2CDS274001R0204

Thermal Magnetic Circuit Breaker, C Curve, S200M, 20 A, 4 Pole, 125 V, 440 V, DIN Rail

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Manufacturer: ABB
Product type: Thermal Magnetic Circuit Breakers
Product Range:S200M Series; Current Rating:20A; No. of Poles:4 Pole; Voltage Rating V DC:125VDC; Voltage Rating VAC:440VAC; Circuit Breaker Mounting:DIN Rail
No. of Poles: 4 Pole
Product Range: S200M
Current Rating: 20A
Voltage Rating VAC: 440V
Voltage Rating VDC: 125V
Circuit Breaker Mounting: DIN Rail
Delivery and price
Units per pack	10
Price	167.78 €
Current stock	10+
Lead time	9 days
Datasheet
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**Technical catalogue - Edition 2011** 

System pro _M_ compact[®] DIN Rail components for low voltage installation 

## **SUMMARY** 

|**Introduction**|**Introduction**|**1**|
|---|---|---|
||||
||||
|**Miniature**|**circuit-breakers**|**2**|
|**Residual current devices**||**3**|
||||
|**Auxiliary elements and accessories**||**4**|
||||
|**Other**<br>**modular**<br>**devices**|**Protection devices**|**5**|
||**Command devices**|**6**|
||||
||**Load management devices**|**7**|
||**Measurement devices**|**8**|
||**Other functions**|**9**|
||||
||**Plug-in systems**|**10**|
||||
|**Technical**|**details**|**11**|
||||
|**Application sheets**||**12**|
||||
|**Overall dimensions**||**13**|
||||
|**Worldwide marks and approvals**||**14**|



**1** 

## System pro _M_ compact[®] News 

The product range is growing and growing. New functions, new characteristics, new possibilities. 

## F2C-ARH-T 

The new autoreclosing unit for domestic and similar application F2C-ARH-T periodically performs the auto test of the associated 2P RCCB F202 30 mA. 

## MeMo4 

A new memory size is available for the MeMo range of modular data memories: MeMo4 with 4 GB of storage available. 

## SPD+MCB 

The OVR Plus range (SPD+MCB) is now complete with the 3Ph+N version in 15 and 40kA (Imax). 

Also available in 1Ph+N version, the compact OVR Plus range cover now all applications from domestic to industrial. 

2 Introduction | System pro _M_ compact[®] 

**1** 

## ANR96PRF 

The ANR range of network analyzers has been widened with the introduction of two versions, ANR96PRF-24 and ANR96PRF-230, with Profibus DP protocol built in. 

## CTO 

The range of current transformers for measurement devices has been broadened with CTO split core current transformer with through primary: this type of current transformers is typically used in distribution panels or power centers for maintenance reasons or system enlargment. They can be installed easily and they allows to save a lot of time, avoiding bar disconnection. 

## Modular sockets 

- *a New modular sockets to be used worldwide: . − M1363 to take the British standard BS1363 plugs up to 13 A; 

   - M1176 to take Australian/New Zealand standard AS/NZS 3112 plugs up to 10 A and 15 A; 

   - M2071 to take Argentine standard IRAM 2071 plugs up to 10 A. 

## EPD24 

The protection devices EPD24 extend the ABB product range of modular DIN rail components by electronic overcurrent protection modules for selective protection of 24V DC load circuits. If a fault occurs in a load circuit, the protection device EPD24 will detect this rapidly and reliably, disable the power output transistor and hence interrupt the current flow in the defective circuit. 

System pro _M_ compact[®] | Introduction  3 

**1** 

## System pro _M_ compact[®] Presentation 

## A wide product range suitable for all applications 

For all applications in residential, industrial and commercial installations ABB System pro _M_ compact[®] range offers many functionalities like: 

The technologically innovative bidirectional cylinder-lift terminal available in the System pro _M_ compact[®] devices enables synchronous closing of the front and rear wiring input. 

Highest safety standard for the installer thanks to protection against electric shock according to EN 41140. 

Marking of devices is reliable and clear. 

- protection and switching 

- checking and monitoring 

Both supply and connection with busbars from top or bottom is admitted. 

- control and programming 

Moreover, shape and dimensions of the devices allow a perfect integration in existing installations. 

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4 Introduction 4 Introduction | |  System pro  System pro M M  compact compact® [®]<br>**----- End of picture text -----**<br>


**1** 

## The System pro _M_ compact[®] range 

## MCBs 

Miniature circuit-breakers. 

## RCDs 

- Residual current circuit-breakers (RCCBs); 

- RCD-blocks; 

- Residual current circuit-breakers with overcurrent protection (RCBOs); 

- Residual current relays (modular and front panel) with external toroid. 

## Auxiliary elements 

A whole range of accessories and auxiliary elements. 

## Command devices 

This category includes devices that are operated manually to command the electric system: contactors, latching relays, switch-isolators, switches, pushbuttons etc. Typically they are installed to control lights from severeal points of the same circuit or to pilot user devices with a high number of operations. 

## Load management devices 

Overload relays, load management switches, anti black-out lamps, time switches and the other modular devices in this category react automatically to variations of parameters and other events in the system to allow for plant optimisation. 

## Measurement devices 

The range of devices in this category is very wide, including a great number of auxiliary components and accessories that make installation in switchboards and consumer units practical and economic. 

## SPDs 

Surge protective devices. 

## Protection devices 

In addition to MCBs and RCDs, ABB supplies other modular devices for protection such as fuse holders, fuses, switch devices for protection such as fuse holders, fuses, switch disconnectors, insulation monitoring devices etc. disconnectors, insulation monitoring devices etc. 

## Other devices 

The System pro _M_ compact[®] range also includes bells, transformers, modular sockets etc. 

## Various Various accessories accessories 

> System pro System pro M _M_ compact compact®[®] | Introduction  5 | Introduction 5 

**1** 

## System pro _M_ compact[®] Advantages 

The System pro _M_ compact[®] range offers enormous advantages in relation to installation. 

Advanced and smart solutions allow a far easier and safer installation and guarantee time saving. 

MCBs are also available with an integrated auxiliary contact (1 NO or 1 NC). Existing installations can be easily upgraded to include auxiliary switch functionality. 

RCD-blocks DDA 200 2P, 3P, 4P up to 40 A fit into two modules. Versions in 63 A sizes are supplied with two additional terminals for remote tripping. 

Safety connections between DDA 200 and S 200 thanks to a safe plastic key system. 

Availability of a wide range of RCBOs. 

Universal signal/auxiliary and auxiliary contacts fit on S 200, F 200 and DS 200. 

Supply from top or bottom either with cables or busbars. 

6 Introduction | System pro _M_ compact[®] 

**1** 

The bi-directional cylinder-lift terminal allows easier and quicker connections. In addition it avoids errors because it prevents the use of free cable seats. 

This high protection level against errors eliminates right from the start industrial accidents deriving from incorrect wiring. 

The terminal guarantees a very high tightening torque for cables with a section up to 25 mm[2] . 

The housing of connection busbars in the rear seat guarantees easier wiring. 

Safe terminal technology: the terminals offer protection from misconnection. 

Without busbars two terminal spaces can be used for cables with different cross sections: incoming supply with supplementary terminal up to 50 mm[2] from the front side. 

Error proof terminals: they avoid the use of free cable seats. 

Special quick fastening for an easy removal of the devices from the assembly pressing upwards, both for MCBs S 200 and RCCBs F 200: the 

only in the market that can be removed without a screwdriver. 

Supply from top or bottom also possible with busbars. 

More working space between component rows. 

System pro _M_ compact[®] | Introduction  7 

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**2** 

## **Miniature circuit-breakers** 

## **Index** 

**General features and breaking capacities ...................................................................... 2** /2 **S 200 System pro** _**M**_ **compact MCBs ............................................................................... 2** /5 **SN 201 MCBs 1P+N in 1 module .................................................................................... 2** /49 **S 280, S 290, S700, S800 and S500 MCBs ..................................................................... 2** /57 

**2** /1 

**MCBs** 

**2** 

## **General features System pro** _**M**_ **compact[®] and breaking capacities** 

NOTE: All the MCBs of S200 series present two values of breaking capacities marked on the product: on the side Ion the front I60947-2 dependig on the rated current, cn according to IEC/EN 60898cu/Ics according to IEC/EN if not otherwise specified. 

|B,C,D,<br>K,Z|B,C,D,<br>K,Z|B,C,D,<br>K,Z|B,C,D,<br>K,Z|K,Z|K,Z|K,Z|K,Z|B,C|B,C,D|B,C|B,C|
|---|---|---|---|---|---|---|---|---|---|---|---|
|0.5≤<br>In<br>≤63|0.2≤<br>In<br>≤25|32≤<br>In<br>≤40|50≤<br>In<br>≤63|0.2≤<br>In<br>≤25|32≤<br>In<br>≤40|50≤<br>In<br>≤63|0.2≤<br>In<br>≤25|2≤<br>In<br>≤40|2≤<br>In<br>≤40|2≤<br>In<br>≤40|80≤<br>In<br>≤100|
|||||||||||||
|||||||||||||
|10|25|15|15|||||4.5|6|10|6|
|25|40|25|25|40|25|25|40|10|15|20|15|
|15|25|15|15|25|15|15|25|6|10|10|6|
|25|40|25|25|40|25|25|40||||10|
|15|25|15|15|25|15|15|25||||6|
|||||||||||||
|||||||||||||
|18.7|20|18.7|18.7|20|18.7|18.7|20|6|10|10|15|
|11.2|12.5|11.2|7.5|12.5|11.2|7.5|12.5|4.5|6|7.5|6|
|18.7|20|18.7|18.7|20|18.7|18.7|20||||10|
|11.2|12.5|11.2|7.5|12.5|11.2|7.5|12.5||||6|
|||||||||||||
|||||||||||||
|||||||||||||
|10|15|10|10|15|10|10|15|10|15|15|10|
|||||||||||||
|||||||||||||
|||||||||||||
|10|15|10|10|15|10|10|15|10|15|15|10|
|||||||||||||
|||||||||||||
|||||||||||||
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|||||||||||||
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|||||||||||||
|||||||||||||
|10|15|10|10|15|10|10|15|10|15|15|10|
|||||||||||||
|||||||||||||
|||||||||||||
|10|15|10|10|15|10|10|15|10|15|15|10|
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|||||||||||||
||10|10|10|||||||||
||10|10|10|||||||||
||10|10|10|||||||||
||10|10|10|||||||||
|||||||||||||
|||||||||||||
|||||10|10|10|10|||||
||||||||10|||||
|||||10|10|10|10|||||
||||||||10|||||
|||||||||||||
||®||||)|||®||||



ABB 

**2** /2 

**2** 

## **General features System pro** _**M**_ **compact[®] and breaking capacities** 

## **MCBs** 

|**S 280 UC**<br>*,<br>:|**S 280 UC**<br>*,<br>:|**S 290**<br>ay|**S 700**<br>Mee<br>Fa<br>7<br>||**S800S**<br>Mee<br>Ph.<br>Fa<br>*&<br>ae<br>|<br>a|**S800S**<br>Mee<br>Ph.<br>Fa<br>*&<br>ae<br>|<br>a|**S800S**<br>Mee<br>Ph.<br>Fa<br>*&<br>ae<br>|<br>a|**S800S**<br>Mee<br>Ph.<br>Fa<br>*&<br>ae<br>|<br>a|**S800S**<br>Mee<br>Ph.<br>Fa<br>*&<br>ae<br>|<br>a|**S800N**<br>*|**S800C**<br>*<br>tt,@.|**S800U**<br><<br><A<br>—|**S800PV-S**<br>oe<br>a<br><A<br>d<br>—|**S800PV-M**<br>“ah<br>oe<br>s|**S500**<br>s<br>: a,<br>®|**S500**<br>s<br>: a,<br>®|**S500**<br>s<br>: a,<br>®|**S500UC**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|B,K,Z|K,Z|B,C,D,K|E,K<br>0)|B,C,D|K|KM|UCB|UCK|B,C,D|B,C,D,K|Z,K|PV-S||K adjustable|||K adjustable|
|0.2≤<br>In<br>≤40|50≤<br>In<br>≤ 63|80≤<br>In<br>≤125|10≤<br>In<br>≤100|6≤<br>In<br>≤125|6≤<br>In<br>≤125|20≤<br>In<br>≤80|10≤<br>In<br>≤125|10≤<br>In<br>≤125|10≤<br>In<br>≤125|10≤<br>In<br>≤125|10≤<br>In<br>≤100|10≤<br>In<br>≤125|32<br>63<br>125|0.1≤<br>In<br>≤3|2.8≤<br>In<br>≤11|10≤<br>In<br>≤45|0.1≤<br>In<br>≤45|
|||||||||||||||||||
|||||||||||||||||||
|~~ee~~|~~ee~~|10<br>~~==—hlO~~|25<br>~~=—hlO~~|25<br>~~CULE~~|~~CULE~~<br>~~el~~|~~ll Tl~~|~~Tl~~|~~lL~~|20<br>~~lL~~|15<br>~~lL~~|~~lL~~|||~~sl~~|~~sl!elUre~~|~~!elUre~~|~~!elUre~~|
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|6<br>~~[LC~~|4.5<br>~~——~~|20 (15)<br>~~——~~|~~<a~~|50<br>~~<a~~<br>~~f|~~|50<br>~~f| |~~|50<br>~~|~~<br>~~|.~~|~~|. |~~|~~|~~<br>~~££.~~|36<br>~~££.~~|25<br>~~££.~~|30<br>~~eu~~|~~eu ii.—<,~~|~~ii.—<,~~|100<br>~~ii.—<, |~~|50<br>~~| |~~|30<br>~~|~~||
|10|6|25||50|50|50|||36|25|50|||||||
|6<br>~~ee~~|4.5<br>~~ee~~|20 (15)<br>~~—=—hlOC~~|~~—=—hlOC~~|50<br>~~hE~~|50<br>~~hE~~<br>~~el~~|50<br>~~ll Tl~~|~~TlTlUEee~~|~~TlUEee~~|36<br>~~TlUEee~~|25<br>~~Oe~~|50<br>~~Oe~~|~~Oe~~||100<br>~~tl~~|50<br>~~tll$+lhUmhreer~~|30<br>~~l$+lhUmhreer~~|~~l$+lhUmhreer~~|
|~~ee~~<br>~~OE~~|~~ee~~<br>~~OE~~|~~—=—hlOC~~<br>~~OE~~|~~—=—hlOC~~<br>~~COO~~|15<br>~~hE~~<br>~~COOOSS~~|15<br>~~hE~~<br>~~el ~~<br>~~OSS~~|15<br> ~~ll Tl~~<br>~~eee~~|~~Tl TlUEee~~<br>~~eee~~|~~TlUEee~~<br>~~eee~~|10<br>~~TlUEee~~<br>~~eee~~<br>~~2lee~~|~~Oe~~<br>~~lee~~|~~Oe~~<br>~~lee~~|~~Oe~~<br>~~lee~~|~~lee~~|100<br>~~tl~~<br>~~lee~~|20<br>~~tll$+lhUmhreer~~<br>~~lee~~|15<br>~~l$+lhUmhreer~~<br>~~lee~~|~~l$+lhUmhreer~~<br>~~lee~~|
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|6<br>~~ses~~|4.5<br>~~ses~~|10 (7.5)<br>~~sesool~~|12.5<br>~~ool~~|40<br>~~ool~~|40<br>~~ool~~<br>~~el~~|40<br>~~el~~<br>~~ll~~|~~lllUhR$l~~|~~lUhR$l~~<br>~~cUrvcelEemeeeelCUO~~|30<br>~~cUrvcelEemeeeelCUO~~|18<br>~~cUrvcelEemeeeelCUO~~|25<br>~~cUrvcelEemeeeelCUO~~|~~cUrvcelEemeeeelCUO~~|~~cUrvcelEemeeeelCUO~~|~~hhvL|lULwn§lklU6ueee~~|~~vL|lULwn§lklU6ueee~~|~~vL|lULwn§lklU6ueee~~|~~vL|lULwn§lklU6ueee~~|
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||||||||||||30|||||||
|||||||||||||||||||
||||||||||||50|||||||
|||||||||||||||||||
||||||||||||||1.5|||||
||||||||||||||1.5|||||



ABB 

**2** /3 

**MCBs** protect installations against overload and shortcircuit, warranting reliability and safety for operations. 

New System pro _M_ compact S 200 series satisfies most **2** common requirements in terms of MCBs, allowing the usage of them for domestic, industrial and commercial applications. 

Three series – **S 200, S 200 M and S 200 P** – with three different breaking capacities up to 25 kA are available, in all characteristics (B, C, D, K and Z) and configurations (1P, 1P+N, 2P, 3P, 3P+N and 4P), in all the sizes up to 63 A. 

All these MCBs comply to IEC/EN 60898 and IEC/EN 60947-2 Standards. The range includes also the new **S 200 U and S 200 UP** in accordance to UL 489/CSAC22.2 N 05 Standard. 

It is also available the new integrated auxiliary contact on the bottom side which permits to save 50% space. 

Thought to be advanced, MCBs range also offers all the “plus” advantages which characterized the whole new System pro _M_ compact range. 

S 200 series devices obtained a lot of marks and approvals, so they can be used in all world’s markets. 

**==> picture [203 x 486] intentionally omitted <==**

**----- Start of picture text -----**<br>
a=<br>=a<br>2CSC400230F0201<br>2CSC400261F0201 2CSC400260F0201<br>2CSC400259F0201<br>**----- End of picture text -----**<br>


ABB SACE 

**2** /4 

**Miniature circuit-breakers S 200 series** 

**2** 

## **Index** 

**==> picture [335 x 211] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of MCBs S 200 series|........................................................................ 2|/6|
|Selection tables of MCBs S 200 series|
|S 200-B  ................................................................................................................................|2|/8|
|S 200-C ...............................................................................................................................|2|/10|
|S 200-D ...............................................................................................................................|2|/12|
|S 200-K ...............................................................................................................................|2|/14|
|S 200-Z ................................................................................................................................|2|/16|
|S 200 M-B ...........................................................................................................................|2|/18|
|S 200 M-C ...........................................................................................................................|2|/20|
|S 200 M-D ...........................................................................................................................|2|/22|
|S 200 M-K ...........................................................................................................................|2|/24|
|S 200 M-Z ...........................................................................................................................|2|/26|
|S 200 P-B ............................................................................................................................|2|/28|
|S 200 P-C ............................................................................................................................|2|/30|
|S 200 P-D ............................................................................................................................|2|/32|
|S 200 P-K ............................................................................................................................|2|/34|
|S 200 P-Z ............................................................................................................................|2|/36|

**----- End of picture text -----**<br>


**==> picture [335 x 79] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Selection tables of MCBs S 200 in accordance to UL 489/CSA-C22.2 N 05|
|S 200 U-K  ...........................................................................................................................|2|/38|
|S 200 U-Z  ...........................................................................................................................|2|/40|
|S 200 UP-K  ........................................................................................................................|2|/42|
|S 200 UP-Z ..........................................................................................................................|2|/44|
|S 200 UDC-K .......................................................................................................................|2|/46|
|S 200 UDC-Z .......................................................................................................................|2|/47|

**----- End of picture text -----**<br>


**2** /5 

**System Technical features pro** _**M**_ **compact[®]** MCBs S 200 series 

**S 200** 

**2** 

**==> picture [568 x 533] intentionally omitted <==**

**----- Start of picture text -----**<br>
Electrical Data Standards IEC/EN<br>UL/CSA<br>Poles<br>Tripping characteristics<br>Rated current In A<br>Rated voltage Un IEC/EN 60898-1 V<br>Rated voltage Ue IEC/EN 60947-2 V<br>Rated voltage UL/CSA V<br>Insulation voltage Ui IEC/EN 60898-1 / 60947-2 V<br>Max. operating voltage UBmax. V<br>Min. operating voltage UBmin. V<br>Rated frequency f Hz<br>Rated short-circuit capacity Icn IEC/EN 60898-1 kA<br>Ultimate short-circuit capacity Icu IEC/EN 60947-2 kA<br>Service short-circuit capacity Ics IEC/EN 60947-2 kA<br>Rated interrupting capacity UL 1077, CSA 22.2 No. 235 kA<br>Short-circuit current rating SCCR UL 489, CSA 22.2 No. 5 kA<br>Energy limiting class IEC/EN 60898-1<br>Overvoltage category IEC/EN 60898-1 / 60947-2<br>Pollution degree IEC/EN 60898-1<br>IEC/EN 60947-2<br>Rated impulse withstand voltage Uimp. (1.2/50 μs) IEC/EN 60898-1 / 60947-2 kV<br>Dielectric test voltage IEC/EN 60898-1 kV<br>Mechanical Data Housing<br>Toggle<br>Contact position indication<br>Protection degree EN 60529<br>Electrical endurance ops.<br>Mechanical endurance ops.<br>Shock resistance IEC/EN 60068-2-27<br>Vibration resistance IEC/EN 60068-2-6<br>Tropicalization (damp heat cyclic) IEC/EN 60068-2-30 °C/RH<br>Ambient temperature °C<br>Storage temperature °C<br>Reference temperature for tripping characteristics IEC/EN 60898-1  °C<br>IEC/EN 60947-2<br>Installation Terminal<br>Cross-section of conductors (top / bottom) IEC/EN 60898-1 / 60947-2 mm [2]<br>UL/CSA AWG<br>Cross-section of busbars (top / bottom) IEC/EN 60898-1 / 60947-2 mm [2]<br>UL/CSA AWG<br>Torque IEC/EN Nm<br>UL/CSA in-Ibs.<br>Screwdriver<br>Mounting<br>Mounting position<br>Supply<br>Dimensions and weight Mounting dimensions DIN 43880<br>Pole dimensions (H x D x W) mm<br>Pole weight g<br>Combination with aux. elements Auxiliary contact<br>Signal contact/auxiliary switch<br>Shunt trip<br>Undervoltage release<br>**----- End of picture text -----**<br>


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**S 200** 

## **System Technical features pro** _**M**_ **compact[®]** MCBs S 200 series 

**2** 

|**S 200**<br>**S 200 M**<br>**S 200 P**<br>**S 200 U**<br>**S 200 UP**<br>**S 200 UDC**|
|---|
|IEC/EN 60898-1, IEC/EN 60947-2 IEC/EN 60898-1, IEC/EN 60947-2 IEC/EN 60898-1, IEC/EN 60947-2<br>IEC/EN 60947-2<br>–|
|UL 489, CSA 22.2 No.5<br>UL 489<br>UL 1077, CSA 22.2 No. 235<br>–<br>UL 1077, CSA 22.2 No. 235|
|1P, 2P, 3P, 4P, 1P+N, 3P+N<br>1P, 2P, 3P, 4P<br>1P, 2P|
|B, C, D, K, Z<br>K, Z|
|0.5…63 A<br>0.2…63 A<br>0.2…63 A<br>0.2…25 A<br>1...63 A<br>1P: 230/400 V AC; 1P+N: 230 V AC ; 2...4P: 400 V AC; 3P+N: 400 V AC<br>–<br>||
|1P: 230 V AC; 1P+N: 230 V AC; 2...4P: 400 V AC; 3P+N: 400 V AC<br>1P: 230 V AC; 2...4P: 400 V AC<br>–|
|480Y / 277 V AC<br>–<br>480Y / 277 V AC<br>1P: 240 V AC<br>2...4P: 240 V AC<br>1P: 277 V AC<br>2...4P: 480Y / 277 V AC<br>1P: 60 V DC<br>2P: 125 V DC<br>250 V AC (phase to ground), 500 V AC (phase to phase)<br>–<br>|<br>|<br>||
|1P: 253 V AC; 1P+N: 253 V AC; 2P: 440 V AC; 3...4P: 440 V AC; 3P+N: 440 V AC<br>1P: 72 V DC; 2P: 125 V DC<br>1P: 253/440 V AC; 2...4P: 440 V AC<br>–<br>12 V AC - 12 V DC<br>12 V AC<br>12 V DC|
|50 / 60 Hz<br>DC|
|6 kA<br>10 kA<br>≤25 A: 25 kA<br>> 25 A: 15 kA<br>–|
|10 kA<br>≤40 A: 15 kA<br>50, 63 A: 10 kA<br>≤25 A: 25 kA<br>≥32 A: 15 kA<br>10 kA<br>–<br>7.5 kA<br>≤40 A: 11.2 kA<br>50, 63 A: 7.5 kA<br>≤25 A: 12.5 kA<br>≤32…40 A: 11.2 kA<br>50, 63 A: 7.5 kA<br>7.5 kA<br>–|
|6 kA<br>–<br>10 kA<br>–|
|–<br>10 kA<br>14 kA (UL)<br>||
|3<br>–<br>||
|III<br>–<br>||
|2<br>–<br>||
|3<br>–<br>4 kV (test voltage 6.2 kV at sea level, 5 kV at 2,000 m)<br>–<br>2 kV (50 / 60Hz, 1 min.)<br>–<br>Insulation group I, RAL 7035<br>Insulation group II, black, sealable<br>Marking on toggle, I ON / 0 OFF<br>Marking on toggle (I ON / 0 OFF), Real CPI (red ON / green OFF)<br>IP20 / IPXXB, IP40 in enclosure with cover<br>In< 32 A: 20,000 ops AC, In ≥32 A: 10,000 ops. AC<br>1,000 ops. DC<br>6,000 ops.<br>a||
|20,000 ops.<br>30 g - 3 shocks - 11 ms<br>5g - 20 cycles at 5…150…5 Hz with load 0.8In<br>28 cycles with 55°C/90-96% and 25°C/95-100%<br>-25 … +55°C<br>-40 … +70°C<br>||
|B, C, D: 30°C<br>K, Z: 20°C<br>25°C (UL/CSA)<br>25°C (UL)<br>Failsafe bi-directional cylinder-lift terminal<br>eG|
|25 mm2/ 25 mm2<br>–<br>18 - 4 AWG<br>–<br>18 - 4 AWG<br>10 mm2/ 10 mm2<br>–<br>18 - 8 AWG<br>–<br>18 - 8 AWG<br>2.8 Nm<br>|<br>||<br>||
|25 in-Ibs.<br>–<br>25 in-Ibs.<br>No. 2 Pozidrive<br>On DIN rail 35 mm acc. to EN 60715 by fast clip<br>any<br>|<br>||
|optional<br>Please note polarity of device<br>Mounting dimension 1<br>–<br>88 x 69 x 17.5 mm<br>92 x 71 x 17.5 mm<br>100 x 71 x 17.5 mm<br>92 x 71 x 17.5 mm<br>ca. 125 g<br>ca. 140 g<br>Yes<br>=<br>||
|Yes<br>Yes|
|Yes<br>no<br>a|



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**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** 6000 L 

**S 200-B** 

**2** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **S 200 B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems. 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=6 kA 

**==> picture [478 x 494] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4016779|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|||1|6|S 201-B   6|2CDS 251 001 R0065|46490 1|0.125|10|
|ee|10|S 201-B 10|2CDS 251 001 R0105|46380 5|0.125|10|
|“kh|13|S 201-B 13|2CDS 251 001 R0135|46500 7|0.125|10|
|16|S 201-B 16|2CDS 251 001 R1165|57863 9|0.125|10|
|20|S 201-B 20|2CDS 251 001 R0205|46510 6|0.125|10|
|25|S 201-B 25|2CDS 251 001 R0255|46520 5|0.125|10|
|32|S 201-B 32|2CDS 251 001 R0325|46530 4|0.125|10|
|UBmax|40|S 201-B 40|2CDS 251 001 R0405|46540 3|0.125|10|
|253 V|
|50|S 201-B 50|2CDS 251 001 R0505|55092 5|0.125|10|
|72 V|...|63|S 201-B 63|2CDS 251 001 R0635|55093 2|0.125|10|
|2|6|S 202-B   6|2CDS 252 001 R0065|46640 0|0.250|5|
|10|S 202-B 10|2CDS 252 001 R0105|46660 8|0.250|5|
|13|S 202-B 13|2CDS 252 001 R0135|46670 7|0.250|5|
|16|S 202-B 16|2CDS 252 001 R0165|46690 5|0.250|5|
|20|S 202-B 20|2CDS 252 001 R0205|46700 1|0.250|5|
|ea|es|25|S 202-B 25|2CDS 252 001 R0255|46710 0|0.250|5|
|UBmax|32|S 202-B 32|2CDS 252 001 R0325|46720 9|0.250|5|
|k|f|i|440 V|;|TT|40|S 202-B 40|2CDS 252 001 R0405|46740 7|0.250|5|
|125 V|...|50|S 202-B 50|2CDS 252 001 R0505|55094 9|0.250|5|
|63|S 202-B 63|2CDS 252 001 R0635|55095 6|0.250|5|
|3|6|S 203-B   6|2CDS 253 001 R0065|46860 2|0.375|1|
|10|S 203-B 10|2CDS 253 001 R0105|46870 1|0.375|1|
|13|S 203-B 13|2CDS 253 001 R0135|46890 9|0.375|1|
|TS|ue|TT|16|S 203-B 16|2CDS 253 001 R0165|46900 5|0.375|1|
|20|S 203-B 20|2CDS 253 001 R0205|46910 4|0.375|1|
|oa|OT|25|S 203-B 25|2CDS 253 001 R0255|46920 3|0.375|1|
|Cy|Om|32|S 203-B 32|2CDS 253 001 R0325|46930 2|0.375|1|
|135|Oe|40|S 203-B 40|2CDS 253 001 R0405|46940 1|0.375|1|
|bid|U440 V Bmax|cc|50|S 203-B 50|2CDS 253 001 R0505|55096 3|0.375|1|
|63|S 203-B 63|2CDS 253 001 R0635|55097 0|0.375|1|
|4|6|S 204-B   6|2CDS 254 001 R0065|52895 5|0.500|1|
|10|S 204-B 10|2CDS 254 001 R0105|52896 2|0.500|1|
|13|S 204-B 13|2CDS 254 001 R0135|52897 9|0.500|1|
|16|S 204-B 16|2CDS 254 001 R0165|52898 6|0.500|1|
|20|S 204-B 20|2CDS 254 001 R0205|52899 3|0.500|1|
|25|S 204-B 25|2CDS 254 001 R0255|52900 6|0.500|1|
|’|U440 V Bmax|a|32 40|S 204-B 32 S 204-B 40|2CDS 254 001 R0325 2CDS 254 001 R0405|52901 352902 0|0.500 0.500|1  1|
|Pea|125 V|TS|...|50|S 204-B 50|2CDS 254 001 R0505|55098 7|0.500|1|
|63|S 204-B 63|2CDS 254 001 R0635|55099 4|0.500|1|
|Lill|O|N|

**----- End of picture text -----**<br>


suitable for flow-type heaters 12 kW suitable for flow-type heaters 21, 24 and 27 kW suitable for flow-type heaters 18 kW UBmax 125 V ~~...~~ with 2 poles connected in series 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

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**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** 6000 [ 

**S 200-B** 

## With disconnecting neutral NA 

||||||||||||With disconnecting neutral NA|With disconnecting neutral NA|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|B|||||||||||With disconnecting neutral NA<br>Number|With disconnecting neutral NA<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
||||||||||||of poles|current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit|
||= ==<br>a,|||||||2CSC400421F0201<br>|||<br>1<br>+<br>NA<br>|In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>6<br>**S 201-B   6 NA**<br>2CDS 251 103 R0065**53158 0**<br>0.250<br>5<br>10<br>**S 201-B 10 NA**<br>2CDS 251 103 R0105**53159 7**<br>0.250<br>5<br>13<br>**S 201-B 13 NA**<br>2CDS 251 103 R0135**53160 3**<br>0.250<br>5<br>16<br>**S 201-B 16 NA**<br>2CDS 251 103 R0165**53161 0**<br>0.250<br>5<br>20<br>**S 201-B 20 NA**<br>2CDS 251 103 R0205**53162 7**<br>0.250<br>5<br>25<br>**S 201-B 25 NA**<br>2CDS 251 103 R0255**53163 4**<br>0.250<br>5<br> ~~a~~|
||||||1]||||||UBmax<br>|32<br>**S 201-B 32 NA**<br>2CDS 251 103 R0325**53164 1**<br>0.250<br>5<br>40<br>**S 201-B 40 NA**<br>2CDS 251 103 R0405**53165 8**<br>0.250<br>5<br> a|
||||||||||||253 V|50<br>**S 201-B 50 NA**<br>2CDS 251 103 R0505**53615 8**<br>0.250<br>5|
||||||||||||72 V~~...~~|63<br>**S 201-B 63 NA**<br>2CDS 251 103 R0635**53614 1**<br>0.250<br>5|
||||||||||||||
||es oS <br>'|os||||||2CSC400418F0201|||3<br>+<br>NA|6<br>**S 203-B   6 NA**<br>2CDS 253 103 R0065**53228 0**<br>0.500<br>1<br>10<br>**S 203-B 10 NA**<br>2CDS 253 103 R0105**53229 7**<br>0.500<br>1<br>13<br>**S 203-B 13 NA**<br>2CDS 253 103 R0135**53230 3**<br>0.500<br>1<br>16<br>**S 203-B 16 NA**<br>2CDS 253 103 R0165**53231 0**<br>0.500<br>1<br>20<br>**S 203-B 20 NA**<br>2CDS 253 103 R0205**53232 7**<br>0.500<br>1<br>25<br>**S 203-B 25 NA**<br>2CDS 253 103 R0255**53233 4**<br>0.500<br>1<br>~~OTT~~<br>oe|
||“|||||||||||32<br>**S 203-B 32 NA**<br>2CDS 253 103 R0325**53234 1**<br>0.500<br>1<br>OO|
|||13<br>5 7N<br>~~Wy~~|||||||||40<br>**S 203-B 40 NA**<br>2CDS 253 103 R0405**53235 8**<br>0.500<br>1<br>50<br>**S 203-B 50 NA**<br>2CDS 253 103 R0505**53616 5**<br>0.580<br>1<br>63<br>**S 203-B 63 NA**<br>2CDS 253 103 R0635**53617 2**<br>0.580<br>1<br>suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>UBmax<br>440 V<br>—Oe<br>—<br>®®||
||||||||||||suitable for flow-type heaters 18 kW<br>®||



**2** 

**Technical details ............................  pag. 11/2** 

**Overall dimensions ........................  pag. 13/2** 

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**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** 6000 L 

**S 200-C** 

**2** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **S 200 C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for resistive and inductive loads with low inrush current. 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=6 kA 

|||||||Number|Rated<br>**Order**|**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
|---|---|---|---|---|---|---|---|---|
|||||||of poles|current<br>**details**|**4016779**1 piece<br>group<br>1 piece<br>unit|
||||||||In A<br>**Type code**|Order code<br>**EAN**<br>kg<br>pc.|
||ie<br>i,<br>fe <br>4.|||||1<br>2CSC400408F0201<br>|0.5<br>**S 201-C   0.5**<br>2CDS 251 001 R0984**52329 5**<br>0.125<br>10<br>1<br>**S 201-C   1**<br>2CDS 251 001 R0014**52331 8**<br>0.125<br>10<br>1.6<br>**S 201-C   1.6**<br>2CDS 251 001 R0974**52330 1**<br>0.125<br>10<br>2<br>**S 201-C   2**<br>2CDS 251 001 R0024**52332 5**<br>0.125<br>10<br>3<br>**S 201-C   3**<br>2CDS 251 001 R0034**52333 2**<br>0.125<br>10<br>4<br>**S 201-C   4**<br>2CDS 251 001 R0044**52334 9**<br>0.125<br>10<br>6<br>**S 201-C   6**<br>2CDS 251 001 R0064**46400 0**<br>0.125<br>10<br>OO<br> a<br>——||
||||||||8<br>**S 201-C   8**|2CDS 251 001 R0084**46410 9**<br>0.125<br>10|
|||||||||10<br>**S 201-C 10**<br>2CDS 251 001 R0104**46420 8**<br>0.125<br>10<br>13<br>**S 201-C 13**<br>2CDS 251 001 R0134**46430 7**<br>0.125<br>10<br>16<br>**S 201-C 16**<br>2CDS 251 001 R0164**46440 6**<br>0.125<br>10<br>20<br>**S 201-C 20**<br>2CDS 251 001 R0204**46450 5**<br>0.125<br>10<br> a<br>—®<br>a||
||||||||25<br>**S 201-C 25**|2CDS 251 001 R0254**46460 4**<br>0.125<br>10|
|||||||UBmax<br>253 V|32<br>**S 201-C 32**<br>2CDS 251 001 R0324**46470 3**<br>0.125<br>10<br>40<br>**S 201-C 40**<br>2CDS 251 001 R0404**46480 2**<br>0.125<br>10<br>50<br>**S 201-C 50**<br>2CDS 251 001 R0504**55100 7**<br>0.125<br>10<br>Oo.<br>®<br>a||
|||||||72 V~~...~~|63<br>**S 201-C 63**|2CDS 251 001 R0634**55101 4**<br>0.125<br>10|
||||||||||
|||||||2|0.5<br>**S 202-C   0.5**|2CDS 252 001 R0984**52335 6**<br>0.250<br>5|
|||||||2CSC400409F0201|1<br>**S 202-C   1**<br>1.6<br>**S 202-C   1.6**<br>2<br>**S 202-C   2**<br>3<br>**S 202-C   3**<br>4<br>**S 202-C   4**|2CDS 252 001 R0014**52336 3**<br>0.250<br>5<br>2CDS 252 001 R0974**52337 0**<br>0.250<br>5<br>2CDS 252 001 R0024**52338 7**<br>0.250<br>5<br>2CDS 252 001 R0034**52339 4**<br>0.250<br>5<br>2CDS 252 001 R0044**52340 0**<br>0.250<br>5|
||||||||6<br>**S 202-C   6**|2CDS 252 001 R0064**46550 2**<br>0.250<br>5|
||||||||8<br>**S 202-C   8**|2CDS 252 001 R0084**46560 1**<br>0.250<br>5|
||||||||10<br>**S 202-C 10**|2CDS 252 001 R0104**46570 0**<br>0.250<br>5|
||||1]||||13<br>**S 202-C 13**<br>2CDS 252 001 R0134**46580 9**<br>0.250<br>5<br>16<br>**S 202-C 16**<br>2CDS 252 001 R0164**46590 8**<br>0.250<br>5<br>OO||
||||||||20<br>**S 202-C 20**|2CDS 252 001 R0204**46600 4**<br>0.250<br>5|
||||||||25<br>**S 202-C 25**|2CDS 252 001 R0254**46610 3**<br>0.250<br>5|
|||||||32<br>**S 202-C 32**<br>2CDS 252 001 R0324**46620 2**<br>0.250<br>5<br>40<br>**S 202-C 40**<br>2CDS 252 001 R0404**46630 1**<br>0.250<br>5<br>50<br>**S 202-C 50**<br>2CDS 252 001 R0504**55104 5**<br>0.250<br>5<br>63<br>**S 202-C 63**<br>2CDS 252 001 R0634**55105 2**<br>0.250<br>5<br>UBmax<br>440 V<br>125 V~~...~~<br>5 ~~T~~TT|||
||||||||||
|||||||3|0.5<br>**S 203-C   0.5**|2CDS 253 001 R0984**52341 7**<br>0.375<br>1|
||||||||1<br>**S 203-C   1**|2CDS 253 001 R0014**52342 4**<br>0.375<br>1|
||ang|||i||2CSC400412F0201<br>|1.6<br>**S 203-C   1.6**<br>2CDS 253 001 R0974**52343 1**<br>0.375<br>1<br>2<br>**S 203-C   2**<br>2CDS 253 001 R0024**52344 8**<br>0.375<br>1<br>3<br>**S 203-C   3**<br>2CDS 253 001 R0034**52345 5**<br>0.375<br>1<br>4<br>**S 203-C   4**<br>2CDS 253 001 R0044**52346 2**<br>0.375<br>1<br>6<br>**S 203-C   6**<br>2CDS 253 001 R0064**46750 6**<br>0.375<br>1<br>8<br>**S 203-C   8**<br>2CDS 253 001 R0084**46760 5**<br>0.375<br>1<br> ~~a~~||
||||||||10<br>**S 203-C 10**|2CDS 253 001 R0104**46780 3**<br>0.375<br>1|
|||lil|||||13<br>**S 203-C 13**<br>2CDS 253 001 R0134**46790 2**<br>0.375<br>1<br>16<br>**S 203-C 16**<br>2CDS 253 001 R0164**46800 8**<br>0.375<br>1<br>20<br>**S 203-C 20**<br>2CDS 253 001 R0204**46810 7**<br>0.375<br>1<br>TT||
||||||||25<br>**S 203-C 25**|2CDS 253 001 R0254**46820 6**<br>0.375<br>1|
||||||||32<br>**S 203-C 32**<br>2CDS 253 001 R0324**46830 5**<br>0.375<br>1<br>40<br>**S 203-C 40**<br>2CDS 253 001 R0404**46840 4**<br>0.375<br>1<br>OO<br>®<br>a||
|||||||UBmax<br>440 V|50<br>**S 203-C 50**<br>63<br>**S 203-C 63**|2CDS 253 001 R0504**55106 9**<br>0.375<br>1<br>2CDS 253 001 R0634**55107 6**<br>0.375<br>1|
||||||||||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>~~|~~|||||||||



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**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** — 6000 

**S 200-C** 

||C||||||||4||0.5<br>**S 204-C   0.5**<br>2CDS 254 001 R0984**52911 2**<br>1<br>**S 204-C   1**<br>2CDS 254 001 R0014**52912 9**<br>1.6<br>**S 204-C   1.6**<br>2CDS 254 001 R0974**52913 6**|0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||2<br>**S 204-C   2**<br>2CDS 254 001 R0024**52914 3**|0.500|1|
||||||||||||3<br>**S 204-C   3**<br>2CDS 254 001 R0034**52915 0**|0.500|1|
||||||||||||4<br>**S 204-C   4**<br>2CDS 254 001 R0044**52916 7**|0.500|1|
||———a|||||||2CSC400419F0201|||6<br>**S 204-C   6**<br>2CDS 254 001 R0064**52917 4**<br>0.500<br>1<br>8<br>**S 204-C   8**<br>2CDS 254 001 R0084**52918 1**<br>0.500<br>1<br>10<br>**S 204-C 10**<br>2CDS 254 001 R0104**52919 8**<br>0.500<br>1<br>13<br>**S 204-C 13**<br>2CDS 254 001 R0134**52920 4**<br>0.500<br>1<br>16<br>**S 204-C 16**<br>2CDS 254 001 R0164**52921 1**<br>0.500<br>1<br>OO|||
||||||||||||20<br>**S 204-C 20**<br>2CDS 254 001 R0204**52922 8**|0.500|1|
||||||||||||25<br>**S 204-C 25**<br>2CDS 254 001 R0254**52923 5**<br>0.500<br>1<br>32<br>**S 204-C 32**<br>2CDS 254 001 R0324**52924 2**<br>0.500<br>1<br>TT|||
|||~~TM~~|||||||UBmax<br>440 V<br>125 V~~...~~<br>|e~~.~~||40<br>**S 204-C 40**<br>2CDS 254 001 R0404**52925 9**<br>0.500<br>1<br>50<br>**S 204-C 50**<br>2CDS 254 001 R0504**55110 6**<br>0.500<br>1<br>63<br>**S 204-C 63**<br>2CDS 254 001 R0634**55111 3**<br>0.500<br>1<br>TWdTS<br>TY|||
||||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>~~®~~®|||||
||||||||||suitable for flow-type heaters 18 kW<br>UBmax125 V~~...~~<br> with 2 poles connected in series<br>@®<br>~~_~~|||||
||||||||||With disconnecting neutral NA||With disconnecting neutral NA|||
||||||||||Number||Rated<br>**Order**<br>**Bbn**<br>Price<br>Price|Weight|Pack|
||||||||||of poles||current<br>**details**<br>**4016779**1 piece<br>group|1 piece|unit|
||||||||||||In A<br>**Type code**<br>Order code<br>**EAN**|kg|pc.|
||—<br>ee,|||||||1<br>+<br>NA<br>2CSC400421F0201<br>|||0.5<br>**S 201-C   0.5 NA**<br>2CDS 251 103 R0984**53166 5**<br>0.250<br>5<br>1<br>**S 201-C   1 NA**<br>2CDS 251 103 R0014**53167 2**<br>0.250<br>5<br>1.6<br>**S 201-C   1.6 NA**<br>2CDS 251 103 R0974**53168 9**<br>0.250<br>5<br>2<br>**S 201-C   2 NA**<br>2CDS 251 103 R0024**53169 6**<br>0.250<br>5<br>3<br>**S 201-C   3 NA**<br>2CDS 251 103 R0034**53170 2**<br>0.250<br>5<br>4<br>**S 201-C   4 NA**<br>2CDS 251 103 R0044**53172 6**<br>0.250<br>5<br>6<br>**S 201-C   6 NA**<br>2CDS 251 103 R0064**53173 3**<br>0.250<br>5<br>8<br>**S 201-C   8 NA**<br>2CDS 251 103 R0084**53174 0**<br>0.250<br>5<br>OO<br> OT|||
||||||||||||10<br>**S 201-C 10 NA**<br>2CDS 251 103 R0104**53175 7**|0.250|5|
|||||~~i~~<br>2 4N|||||||13<br>**S 201-C 13 NA**<br>2CDS 251 103 R0134**53176 4**<br>0.250<br>5<br>16<br>**S 201-C 16 NA**<br>2CDS 251 103 R0164**53177 1**<br>0.250<br>5<br>20<br>**S 201-C 20 NA**<br>2CDS 251 103 R0204**53178 8**<br>0.250<br>5<br>ee<br>eo|||
||||||||||||25<br>**S 201-C 25 NA**<br>2CDS 251 103 R0254**53179 5**|0.250|5|
||||||||||UBmax<br>253 V|32<br>**S 201-C 32 NA**<br>2CDS 251 103 R0324**53180 1**<br>0.250<br>5<br>40<br>**S 201-C 40 NA**<br>2CDS 251 103 R0404**53181 8**<br>0.250<br>5<br>253 V<br>—>TT,_!lLJH_JT2a+f1.__————<br>Te||||
||||||||||72 V|72 V~~...~~|50<br>**S 201-C 50 NA**<br>2CDS 251 103 R0504**55102 1**|0.290|5|
||||||||||||63<br>**S 201-C 63 NA**<br>2CDS 251 103 R0634**55103 8**|0.290|5|
|||||||||||||||
||= <br>=||||||||3<br>+<br>NA<br>2CSC400418F0201|||0.5<br>**S 203-C   0.5 NA**<br>2CDS 253 103 R0984**53236 5**<br>1<br>**S 203-C   1 NA**<br>2CDS 253 103 R0014**53237 2**<br>1.6<br>**S 203-C   1.6 NA**<br>2CDS 253 103 R0974**53238 9**<br>2<br>**S 203-C   2 NA**<br>2CDS 253 103 R0024**53240 2**<br>3<br>**S 203-C   3 NA**<br>2CDS 253 103 R0034**53241 9**<br>4<br>**S 203-C   4 NA**<br>2CDS 253 103 R0044**53242 6**<br>6<br>**S 203-C   6 NA**<br>2CDS 253 103 R0064**53243 3**<br>8<br>**S 203-C   8 NA**<br>2CDS 253 103 R0084**53244 0**<br>—|0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
||||||||||||10<br>**S 203-C 10 NA**<br>2CDS 253 103 R0104**53245 7**|0.500|1|
||||||||||||13<br>**S 203-C 13 NA**<br>2CDS 253 103 R0134**53246 4**|0.500|1|
||||||||||||16<br>**S 203-C 16 NA**<br>2CDS 253 103 R0164**53247 1**|0.500|1|
||||||||||||20<br>**S 203-C 20 NA**<br>2CDS 253 103 R0204**53248 8**|0.500|1|
||||||||||||25<br>**S 203-C 25 NA**<br>2CDS 253 103 R0254**53249 5**|0.500|1|
||||||||||UBmax<br>440 V|440 V|32<br>**S 203-C 32 NA**<br>2CDS 253 103 R0324**53250 1**<br>0.500<br>1<br>40<br>**S 203-C 40 NA**<br>2CDS 253 103 R0404**53251 8**<br>0.500<br>1<br>50<br>**S 203-C 50 NA**<br>2CDS 253 103 R0504**55108 3**<br>0.580<br>1<br>ee<br>a|||
||||||||||||63<br>**S 203-C 63 NA**<br>2CDS 253 103 R0634**55109 0**|0.580|1|
||||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>®<br>®|||||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>suitable for flow-type heaters 18 kW<br>Do||||||||||||oO”F*=EZ7ZFJ|oO”F*=EZ7ZFJ|



**2** 

ABB 

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**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** 6000 L 

**S 200-D** 

**2** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **S 200 D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for circuits which supply loads with high inrush current at the circuit closing (LV/LV transformers, breakdown lamps). 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=6 kA 

||||||||||||Number|Number|Rated<br>**Order**|**Bbn**<br>Price<br>Price<br>Weight<br>Pack||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||of poles||current<br>**details**|**4016779**1 piece<br>group<br>1 piece<br>unit||
||||||||||||||In A<br>**Type code**|Order code<br>**EAN**<br>kg<br>pc.||
||°<br>i,<br>»|||2CSC400408F0201|||||||1||0.5<br>**S 201-D   0.5**<br>2CDS 251 001 R0981**52993 8**<br>0.125<br>10<br>1<br>**S 201-D   1**<br>2CDS 251 001 R0011**52994 5**<br>0.125<br>10<br>1.6<br>**S 201-D   1.6**<br>2CDS 251 001 R0971**52995 2**<br>0.125<br>10<br>2<br>**S 201-D   2**<br>2CDS 251 001 R0021**52996 9**<br>0.125<br>10<br>3<br>**S 201-D   3**<br>2CDS 251 001 R0031**52997 6**<br>0.125<br>10<br>4<br>**S 201-D   4**<br>2CDS 251 001 R0041**52998 3**<br>0.125<br>10<br>6<br>**S 201-D   6**<br>2CDS 251 001 R0061**52999 0**<br>0.125<br>10<br>Neen<br>EO|||
||||||||||||||8<br>**S 201-D   8**|2CDS 251 001 R0081**53000 2**<br>0.125<br>10||
||||||||| <br>|||<br>|<br>|<br>|<br>|10<br>**S 201-D 10**<br>2CDS 251 001 R0101**53001 9**<br>0.125<br>10<br>13<br>**S 201-D 13**<br>2CDS 251 001 R0131**53002 6**<br>0.125<br>10<br>16<br>**S 201-D 16**<br>2CDS 251 001 R0161**53003 3**<br>0.125<br>10<br>20<br>**S 201-D 20**<br>2CDS 251 001 R0201**53004 0**<br>0.125<br>10<br> OO<br> a<br>®@<br>a|||
||||||||||||||25<br>**S 201-D 25**|2CDS 251 001 R0251**53005 7**<br>0.125<br>10||
||||||||||||||32<br>**S 201-D 32**<br>2CDS 251 001 R0321**53006 4**<br>0.125<br>10<br>40<br>**S 201-D 40**<br>2CDS 251 001 R0401**53007 1**<br>0.125<br>10<br>2<br>®<br>a|||
||||||||||||UBmax||50<br>**S 201-D 50**|2CDS 251 001 R0501**55199 1**<br>0.125<br>10||
||||||||||||253 V<br>72 V~~...~~||63<br>**S 201-D 63**|2CDS 251 001 R0631**55200 4**<br>0.125<br>10||
||||||||||||2||0.5<br>**S 202-D   0.5**|2CDS 252 001 R0981**53048 4**<br>0.250<br>5||
|||||2CSC400409F0201|||||||||1<br>**S 202-D   1**<br>1.6<br>**S 202-D   1.6**<br>2<br>**S 202-D   2**<br>3<br>**S 202-D   3**<br>4<br>**S 202-D   4**<br>6<br>**S 202-D   6**|2CDS 252 001 R0011**53049 1**<br>0.250<br>5<br>2CDS 252 001 R0971**53050 7**<br>0.250<br>5<br>2CDS 252 001 R0021**53051 4**<br>0.250<br>5<br>2CDS 252 001 R0031**53052 1**<br>0.250<br>5<br>2CDS 252 001 R0041**53053 8**<br>0.250<br>5<br>2CDS 252 001 R0061**53054 5**<br>0.250<br>5||
||||||||||||||8<br>**S 202-D   8**|2CDS 252 001 R0081**53055 2**<br>0.250<br>5||
||7|||||Ll|||||||10<br>**S 202-D 10**<br>13<br>**S 202-D 13**|2CDS 252 001 R0101**53058 3**<br>0.250<br>5<br>2CDS 252 001 R0131**53060 6**<br>0.250<br>5||
||||||||||||||16<br>**S 202-D 16**|2CDS 252 001 R0161**53061 3**<br>0.250<br>5||
||||||||||||||20<br>**S 202-D 20**|2CDS 252 001 R0201**53063 7**<br>0.250<br>5||
||||||||||||||25<br>**S 202-D 25**|2CDS 252 001 R0251**53064 4**<br>0.250<br>5||
||||||||||||||32<br>**S 202-D 32**|2CDS 252 001 R0321**53065 1**<br>0.250<br>5||
||||||||||||UBmax||40<br>**S 202-D 40**|2CDS 252 001 R0401**53066 8**<br>0.250<br>5||
||||||||||||440 V<br>125 V<br>;|440 V<br>125 V~~...~~<br>~~CT~~|50<br>**S 202-D 50**<br>63<br>**S 202-D 63**|2CDS 252 001 R0501**55203 5**<br>0.250<br>5<br>2CDS 252 001 R0631**55204 2**<br>0.250<br>5||
||||||||||||3||0.5<br>**S 203-D   0.5**|2CDS 253 001 R0981**53081 1**<br>0.375<br>1||
||Reg<br>FJ|||2CSC400412F0201|||||||||1<br>**S 203-D   1**<br>2CDS 253 001 R0011**53082 8**<br>0.375<br>1<br>1.6<br>**S 203-D   1.6**<br>2CDS 253 001 R0971**53083 5**<br>0.375<br>1<br>2<br>**S 203-D   2**<br>2CDS 253 001 R0021**53084 2**<br>0.375<br>1<br>3<br>**S 203-D   3**<br>2CDS 253 001 R0031**53085 9**<br>0.375<br>1<br>4<br>**S 203-D   4**<br>2CDS 253 001 R0041**53086 6**<br>0.375<br>1<br>6<br>**S 203-D   6**<br>2CDS 253 001 R0061**53088 0**<br>0.375<br>1<br>~~Te~~|||
||||||||||||||8<br>**S 203-D   8**|2CDS 253 001 R0081**53089 7**<br>0.375<br>1||
||||||||||||||10<br>**S 203-D 10**|2CDS 253 001 R0101**53090 3**<br>0.375<br>1||
|||||Lhd|||||||||13<br>**S 203-D 13**<br>2CDS 253 001 R0131**53091 0**<br>0.375<br>1<br>16<br>**S 203-D 16**<br>2CDS 253 001 R0161**53092 7**<br>0.375<br>1<br> OO|||
||||||||||||||20<br>**S 203-D 20**|2CDS 253 001 R0201**53093 4**<br>0.375<br>1||
||||||||||||||25<br>**S 203-D 25**|2CDS 253 001 R0251**53094 1**<br>0.375<br>1||
||||||||||||||32<br>**S 203-D 32**<br>2CDS 253 001 R0321**53095 8**<br>0.375<br>1<br>40<br>**S 203-D 40**<br>2CDS 253 001 R0401**53096 5**<br>0.375<br>1<br>2<br>®<br>a|||
||||||||||||||50<br>**S 203-D 50**|2CDS 253 001 R0501**55205 9**<br>0.375<br>1||
||||||||||||UBmax<br>440 V|440 V|63<br>**S 203-D 63**|2CDS 253 001 R0631**55206 6**<br>0.375<br>1||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>LT||||||||||||||||



ABB 

**2** /12 

**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** 6000 [ 

**S 200-D** 

|D|||||||4<br>0.5<br>**S 204-D   0.5**<br>1<br>**S 204-D   1**<br>1.6<br>**S 204-D   1.6**|2CDS 254 001 R0981**53112 2**<br>2CDS 254 001 R0011**53113 9**<br>2CDS 254 001 R0971**53114 6**|||0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||2<br>**S 204-D   2**|2CDS 254 001 R0021**53115 3**|||0.500|1|
|_—<br>a<br>Ase||||||2CSC400419F0201|UBmax<br>440 V<br>125 V~~...~~<br>3<br>**S 204-D   3**<br>4<br>**S 204-D   4**<br>6<br>**S 204-D   6**<br>8<br>**S 204-D   8**<br>10<br>**S 204-D 10**<br>13<br>**S 204-D 13**<br>16<br>**S 204-D 16**<br>20<br>**S 204-D 20**<br>25<br>**S 204-D 25**<br>32<br>**S 204-D 32**<br>40<br>**S 204-D 40**<br>50<br>**S 204-D 50**<br>—<br>—<br>—|2CDS 254 001 R0031**53116 0**<br>2CDS 254 001 R0041**53117 7**<br>2CDS 254 001 R0061**53118 4**<br>2CDS 254 001 R0081**53119 1**<br>2CDS 254 001 R0101**53120 7**<br>2CDS 254 001 R0131**53121 4**<br>2CDS 254 001 R0161**53122 1**<br>2CDS 254 001 R0201**53123 8**<br>2CDS 254 001 R0251**53129 0**<br>2CDS 254 001 R0321**53130 6**<br>2CDS 254 001 R0401**53131 3**<br>2CDS 254 001 R0501**55209 7**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
||~~m~~||||||63<br>**S 204-D 63**<br>2CDS 254 001 R0631**55210 3**<br>0.500<br>1<br>TS||||||
||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>~~©~~®||||||
||||||||suitable for flow-type heaters 18 kW<br>UBmax125 V~~...~~<br> with 2 poles connected in series<br>®®<br>~~_~~||||||
||||||||With disconnecting neutral NA||||||
||||||||Number<br>Rated<br>**Order**|**Bbn**|Price|Price|Weight|Pack|
||||||||of poles<br>current<br>**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
||||||||<br>In A<br>**Type code**|Order code<br>**EAN**|||kg|pc.|
||||||||1<br>0.5<br>**S 201-D   0.5 NA**|2CDS 251 103 R0981**53197 9**|||0.250|5|
|||||||2CSC400421F0201|+<br>1<br>**S 201-D   1 NA**<br>NA<br>1.6<br>**S 201-D   1.6 NA**<br>2<br>**S 201-D   2 NA**<br>3<br>**S 201-D   3 NA**<br>4<br>**S 201-D   4 NA**<br>6<br>**S 201-D   6 NA**|2CDS 251 103 R0011**53198 6**<br>2CDS 251 103 R0971**53199 3**<br>2CDS 251 103 R0021**53200 6**<br>2CDS 251 103 R0031**53201 3**<br>2CDS 251 103 R0041**53202 0**<br>2CDS 251 103 R0061**53203 7**|**53198 6**||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5<br>5|



||||||||Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||of poles|current|current<br>**details**||**4016779**1 piece|1 piece|1 piece<br>group|1 piece|unit|
|||||||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
||||||||1|0.5|**S 201-D   0.5 NA**|2CDS 251 103 R0981|2CDS 251 103 R0981**53197 9**|||0.250|5|
||||||2CSC400421F0201||+<br>NA|1<br>1.6<br>2<br>3<br>4<br>6|**S 201-D   1 NA**<br>**S 201-D   1.6 NA**<br>**S 201-D   2 NA**<br>**S 201-D   3 NA**<br>**S 201-D   4 NA**<br>**S 201-D   6 NA**|2CDS 251 103 R0011<br>2CDS 251 103 R0971<br>2CDS 251 103 R0021<br>2CDS 251 103 R0031<br>2CDS 251 103 R0041<br>2CDS 251 103 R0061|2CDS 251 103 R0011**53198 6**<br>2CDS 251 103 R0971**53199 3**<br>2CDS 251 103 R0021**53200 6**<br>2CDS 251 103 R0031**53201 3**<br>2CDS 251 103 R0041**53202 0**<br>2CDS 251 103 R0061**53203 7**|**53198 6**||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5<br>5|
|||||||||8|**S 201-D   8 NA**|2CDS 251 103 R0081|2CDS 251 103 R0081**53204 4**|||0.250|5|
|||||||||10|**S 201-D 10 NA**|2CDS 251 103 R0101|2CDS 251 103 R0101**53205 1**|||0.250|5|
|||||||||13|**S 201-D 13 NA**|2CDS 251 103 R0131|2CDS 251 103 R0131**53206 8**|||0.250|5|
||||yi||||UBmax<br>|16<br>**S 201-D 16 NA**<br>2CDS 251 103 R0161**53209 9**<br>0.250<br>5<br>20<br>**S 201-D 20 NA**<br>2CDS 251 103 R0201**53210 5**<br>0.250<br>5<br>25<br>**S 201-D 25 NA**<br>2CDS 251 103 R0251**53211 2**<br>0.250<br>5<br>32<br>**S 201-D 32 NA**<br>2CDS 251 103 R0321**53212 9**<br>0.250<br>5<br>40<br>**S 201-D 40 NA**<br>2CDS 251 103 R0401**53213 6**<br>0.250<br>5<br> ><br>—rcT_T||||||||
||||||||253 V|50|**S 201-D 50 NA**|2CDS 251 103 R0501|2CDS 251 103 R0501**55201 1**|||0.290|5|
||||||||72 V~~...~~|63|**S 201-D 63 NA**|2CDS 251 103 R0631|2CDS 251 103 R0631**55202 8**|||0.290|5|
|||||||||||||||||
||||||||3|0.5|**S 203-D   0.5 NA**|2CDS 253 103 R0981|2CDS 253 103 R0981**53276 1**|||0.500|2|
|2CSC400418F0201<br>site.|||||||+<br>NA|1<br>1.6<br>2<br>3<br>4<br>6<br>8<br>10<br>—|**S 203-D   1 NA**<br>**S 203-D   1.6 NA**<br>**S 203-D   2 NA**<br>**S 203-D   3 NA**<br>**S 203-D   4 NA**<br>**S 203-D   6 NA**<br>**S 203-D   8 NA**<br>**S 203-D 10 NA**|2CDS 253 103 R0011<br>2CDS 253 103 R0971<br>2CDS 253 103 R0021<br>2CDS 253 103 R0031<br>2CDS 253 103 R0041<br>2CDS 253 103 R0061<br>2CDS 253 103 R0081<br>2CDS 253 103 R0101|2CDS 253 103 R0011**53277 8**<br>2CDS 253 103 R0971**53278 5**<br>2CDS 253 103 R0021**53279 2**<br>2CDS 253 103 R0031**53280 8**<br>2CDS 253 103 R0041**53281 5**<br>2CDS 253 103 R0061**53282 2**<br>2CDS 253 103 R0081**53283 9**<br>2CDS 253 103 R0101**53284 6**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|2<br>2<br>2<br>2<br>2<br>2<br>2<br>2|
|||||||||13|**S 203-D 13 NA**|2CDS 253 103 R0131|2CDS 253 103 R0131**53286 0**|||0.500|2|
||~~Wn~~|||||||16<br>**S 203-D 16 NA**<br>20<br>**S 203-D 20 NA**<br>25<br>**S 203-D 25 NA**<br>32<br>**S 203-D 32 NA**<br>40<br>**S 203-D 40 NA**<br>—<br>—rcT_T||2CDS 253 103 R0161**53287 7**<br>0.500<br>2<br>2CDS 253 103 R0201**53288 4**<br>0.500<br>2<br>2CDS 253 103 R0251**53289 1**<br>0.500<br>2<br>2CDS 253 103 R0321**53290 7**<br>0.500<br>2<br>2CDS 253 103 R0401**53291 4**<br>0.500<br>2<br>T_T||||||
||||||||UBmax|50|**S 203-D 50 NA**|2CDS 253 103 R0501|2CDS 253 103 R0501**55207 3**|**55207 3**||0.580|2|
||||||||440 V|63|**S 203-D 63 NA**|2CDS 253 103 R0631|2CDS 253 103 R0631**55208 0**|**55208 0**||0.580|2|
||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>©®|||||||||
||||||||suitable for flow-type heaters 18 kW<br>®|||||||||
|||||||||||||||||
|**Technical details ............................  pag. 11/2**|||||||**Technical details ............................  pag. 11/2**||**Overall dimensions ........................  pag. 13/2**|||||||



**2** 

ABB 

**2** /13 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series — 6000 

**S 200-K** 

**2** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S 200 K (power) characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=6 kA (acc. to VDE 0660 Part 101) 

|||||||2CSC400414F0201|2CSC400414F0201||Number<br>of poles<br> <br>1|Rated<br>current<br>In A<br>0.5<br>1<br>1.6|**Order**<br>current<br>**details**<br>**Type code**<br>**S 201-K   0.5**<br>**S 201-K   1**<br>**S 201-K   1.6**|**Bbn**<br>**4016779**<br>Order code<br>**EAN**<br>2CDS 251 001 R0157**50719 6**<br>2CDS 251 001 R0217**50720 2**<br>2CDS 251 001 R0257**50721 9**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.125<br>0.125<br>0.125|Pack<br>unit<br>pc.<br>10<br>10<br>10|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||2|**S 201-K   2**|2CDS 251 001 R0277**50722 6**|**50722 6**||0.125|10|
|||||||||||3|**S 201-K   3**|2CDS 251 001 R0317**50723 3**|||0.125|10|
||||4<br>**S 201-K   4**<br>2CDS 251 001 R0337**50724 0**<br>0.125<br>10<br>6<br>**S 201-K   6**<br>2CDS 251 001 R0377**50725 7**<br>0.125<br>10<br>8<br>**S 201-K   8**<br>2CDS 251 001 R0407**50726 4**<br>0.125<br>10<br>10<br>**S 201-K 10**<br>2CDS 251 001 R0427**49611 7**<br>0.125<br>10<br>|<br>a<br>\<br>On||||||||||||||
|||||||||||13|**S 201-K 13**|2CDS 251 001 R0447**50727 1**|||0.125|10|
|||||||||||16|**S 201-K 16**|2CDS 251 001 R0467**49612 4**|||0.125|10|
|||||||||||20|**S 201-K 20**|2CDS 251 001 R0487**50728 8**|||0.125|10|
|||||||||||25|**S 201-K 25**|2CDS 251 001 R0517**50729 5**|||0.125|10|
|||||||||||32|**S 201-K 32**|2CDS 251 001 R0537**49613 1**|||0.125|10|
||||||||||UBmax<br>253 V|40<br>50|**S 201-K 40**<br>**S 201-K 50**|2CDS 251 001 R0557**50730 1**<br>2CDS 251 001 R0577**55112 0**|||0.125<br>0.125|10<br>10|
||||||||||72 V~~...~~|63|**S 201-K 63**|2CDS 251 001 R0607**55113 7**|||0.125|10|
||||||||||||||||||
||||||||||2|0.5|**S 202-K   0.5**|2CDS 252 001 R0157**50731 8**|||0.250|5|
|||||||2CSC400416F0201||||1<br>1.6<br>2<br>3<br>4<br>6|**S 202-K   1**<br>**S 202-K   1.6**<br>**S 202-K   2**<br>**S 202-K   3**<br>**S 202-K   4**<br>**S 202-K   6**|2CDS 252 001 R0217**50732 5**<br>2CDS 252 001 R0257**50733 2**<br>2CDS 252 001 R0277**50734 9**<br>2CDS 252 001 R0317**50735 6**<br>2CDS 252 001 R0337**50736 3**<br>2CDS 252 001 R0377**50737 0**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5<br>5|
|||||||||||8|**S 202-K   8**|2CDS 252 001 R0407**50738 7**|||0.250|5|
|||||||||||10|**S 202-K 10**|2CDS 252 001 R0427**50739 4**|||0.250|5|
|||iI||||||||13<br>**S 202-K 13**<br>2CDS 252 001 R0447**50740 0**<br>0.250<br>5<br>16<br>**S 202-K 16**<br>2CDS 252 001 R0467**50741 7**<br>0.250<br>5<br>ooo|||||||
|||||||||||20|**S 202-K 20**|2CDS 252 001 R0487**50742 4**|||0.250|5|
|||||||||||25|**S 202-K 25**|2CDS 252 001 R0517**50743 1**|||0.250|5|
|||||||||||32|**S 202-K 32**|2CDS 252 001 R0537**50744 8**|||0.250|5|
||||||||||UBmax|40|**S 202-K 40**|2CDS 252 001 R0557**50745 5**|||0.250|5|
||||||||||440 V<br>125 V~~...~~|50<br>63|**S 202-K 50**<br>**S 202-K 63**|2CDS 252 001 R0577**55116 8**<br>2CDS 252 001 R0607**55117 5**|||0.250<br>0.250|5<br>5|
||||||||||||||||||
|Son||||||2CSC400417F0201<br>|||3<br>|0.5<br>**S 203-K   0.5**<br>2CDS 253 001 R0157**50746 2**<br>0.375<br>1<br>1<br>**S 203-K   1**<br>2CDS 253 001 R0217**50747 9**<br>0.375<br>1<br>1.6<br>**S 203-K   1.6**<br>2CDS 253 001 R0257**50748 6**<br>0.375<br>1<br>2<br>**S 203-K   2**<br>2CDS 253 001 R0277**50749 3**<br>0.375<br>1<br>3<br>**S 203-K   3**<br>2CDS 253 001 R0317**50750 9**<br>0.375<br>1<br>4<br>**S 203-K   4**<br>2CDS 253 001 R0337**50751 6**<br>0.375<br>1<br>6<br>**S 203-K   6**<br>2CDS 253 001 R0377**50752 3**<br>0.375<br>1<br> ~~TT~~|||||||
|||||||||||8|**S 203-K   8**|2CDS 253 001 R0407**50753 0**|||0.375|1|
|||||||||||10|**S 203-K 10**|2CDS 253 001 R0427**49614 8**|||0.375|1|
|ith||||||||||13<br>**S 203-K 13**<br>2CDS 253 001 R0447**50754 7**<br>0.375<br>1<br>16<br>**S 203-K 16**<br>2CDS 253 001 R0467**49615 5**<br>0.375<br>1<br>20<br>**S 203-K 20**<br>2CDS 253 001 R0487**50755 4**<br>0.375<br>1<br> eT|||||||
|||||||||||25|**S 203-K 25**|2CDS 253 001 R0517**50756 1**|||0.375|1|
|||||||||||32|**S 203-K 32**|2CDS 253 001 R0537**49616 2**|||0.375|1|
|||||||||||40|**S 203-K 40**|2CDS 253 001 R0557**50757 8**|||0.375|1|
|||||||||||50|**S 203-K 50**|2CDS 253 001 R0577**55118 2**|||0.375|1|
||||||||||UBmax<br>440 V|63|**S 203-K 63**|2CDS 253 001 R0607**55119 9**|||0.375|1|
||||||||||||||||||
|**Technical details ............................  pag. 11/2**||||||||**Technical details ............................  pag. 11/2**|||**Overall dimensions ........................  pag. 13/2**|**Overall dimensions ........................  pag. 13/2**|||||



ABB 

**2** /14 

**S 200-K** 

**2** 

**Selection tables System S 200-K** MCBs S 200 series **pro** _**M**_ **compact[®]** [| 6000 4 0.5 **S 204-K   0.5** 2CDS 254 001 R0157 **52926 6** 0.500 1 1 **S 204-K   1** 2CDS 254 001 R0217 **52927 3** 0.500 1 K 1.6 **S 204-K   1.6** 2CDS 254 001 R0257 **52928 0** 0.500 1 2 **S 204-K   2** 2CDS 254 001 R0277 **52929 7** 0.500 1 3 **S 204-K   3** 2CDS 254 001 R0317 **52930 3** 0.500 1 4 **S 204-K   4** 2CDS 254 001 R0337 **52931 0** 0.500 1 6 **S 204-K   6** 2CDS 254 001 R0377 **52932 7** 0.500 1 os OO _ 8 **S 204-K   8** 2CDS 254 001 R0407 **52933 4** 0.500 1 eee vm 10 **S 204-K 10** 2CDS 254 001 R0427 **52934 1** 0.500 1 13 **S 204-K 13** 2CDS 254 001 R0447 **52935 8** 0.500 1 16 **S 204-K 16** 2CDS 254 001 R0467 **52936 5** 0.500 1 20 **S 204-K 20** 2CDS 254 001 R0487 **52937 2** 0.500 1 25 32 nn **S 204-K 25 S 204-K 32** 2CDS 254 001 R0517 2CDS 254 001 R0537 **52938 9 52939 6** 0.500 0.500 1  1 aes ~~a~~ 440 V UBmax 40 50 **S 204-K 40 S 204-K 50** 2CDS 254 001 R0557 2CDS 254 001 R0577 **52940 2 55122 9** 0.500 0.500 1  1 ~~i~~ 60 V ~~...~~ 63 — **S 204-K 63** —————— 2CDS 254 001 R0607 **55123 6** 0.500 1 (oO) UBmax 125 V ~~... —~~ with 2 poles connected in series With disconnecting neutral NA Number Rated **Order Bbn** Price Price Weight Pack of poles current **details 4016779** 1 piece group 1 piece unit In A **Type code** Order code **EAN** kg pc. 1 0.5 **S 201-K   0.5 NA** 2CDS 251 103 R0157 **53182 5** 0.250 5 + 1 **S 201-K   1 NA** 2CDS 251 103 R0217 **53183 2** 0.250 5 NA 1.6 **S 201-K   1.6 NA** 2CDS 251 103 R0257 **53184 9** 0.250 5 oom OO 2 **S 201-K   2 NA** 2CDS 251 103 R0277 **53185 6** 0.250 5 3 **S 201-K   3 NA** 2CDS 251 103 R0317 **53186 3** 0.250 5 4 **S 201-K   4 NA** 2CDS 251 103 R0337 **53187 0** 0.250 5 6 **S 201-K   6 NA** 2CDS 251 103 R0377 **53188 7** 0.250 5 

||||||||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||of poles|current|current<br>**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|||||||||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
||||||||||1|0.5|**S 201-K   0.5 NA**|2CDS 251 103 R0157**53182 5**|||0.250|5|
||2CSC400421F0201<br>oom||||||||+<br>NA|1<br>**S 201-K   1 NA**<br>1.6<br>**S 201-K   1.6 NA**<br>2<br>**S 201-K   2 NA**<br>3<br>**S 201-K   3 NA**<br>4<br>**S 201-K   4 NA**<br>6<br>**S 201-K   6 NA**<br>OO||2CDS 251 103 R0217**53183 2**<br>2CDS 251 103 R0257**53184 9**<br>2CDS 251 103 R0277**53185 6**<br>2CDS 251 103 R0317**53186 3**<br>2CDS 251 103 R0337**53187 0**<br>2CDS 251 103 R0377**53188 7**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5<br>5|
|||||||||||8|**S 201-K   8 NA**|2CDS 251 103 R0407**53189 4**|||0.250|5|
|||||||||||10|**S 201-K 10 NA**|2CDS 251 103 R0427**53190 0**|||0.250|5|
|||||||||||13|**S 201-K 13 NA**|2CDS 251 103 R0447**53191 7**|||0.250|5|
|||||||||||16|**S 201-K 16 NA**|2CDS 251 103 R0467**53192 4**|||0.250|5|
|||||} \||||||20<br>**S 201-K 20 NA**<br>2CDS 251 103 R0487**53193 1**<br>0.250<br>5<br>25<br>**S 201-K 25 NA**<br>2CDS 251 103 R0517**53194 8**<br>0.250<br>5<br>32<br>**S 201-K 32 NA**<br>2CDS 251 103 R0537**53195 5**<br>0.250<br>5<br> nT|||||||
||||||||||UBmax|40|**S 201-K 40 NA**|2CDS 251 103 R0557**53196 2**|||0.250|5|
||||||||||253 V<br>72 V~~...~~|50|**S 201-K 50 NA**|2CDS 251 103 R0577**55114 4**|||0.250|5|
|||||||||||63|**S 201-K 63 NA**|2CDS 251 103 R0607**55115 1**|||0.250|5|
||||||||||||||||||
||||||||||3|0.5|**S 203-K   0.5 NA**|2CDS 253 103 R0157**53261 7**|||0.500|1|
||2CSC400418F0201<br>ee..||||||||+<br>NA<br>|1<br>**S 203-K   1 NA**<br>2CDS 253 103 R0217**53262 4**<br>0.500<br>1<br>1.6<br>**S 203-K   1.6 NA**<br>2CDS 253 103 R0257**53263 1**<br>0.500<br>1<br>2<br>**S 203-K   2 NA**<br>2CDS 253 103 R0277**53264 8**<br>0.500<br>1<br>3<br>**S 203-K   3 NA**<br>2CDS 253 103 R0317**53265 5**<br>0.500<br>1<br>4<br>**S 203-K   4 NA**<br>2CDS 253 103 R0337**53266 2**<br>0.500<br>1<br>6<br>**S 203-K   6 NA**<br>2CDS 253 103 R0377**53267 9**<br>0.500<br>1<br>8<br>**S 203-K   8 NA**<br>2CDS 253 103 R0407**53268 6**<br>0.500<br>1<br>10<br>**S 203-K 10 NA**<br>2CDS 253 103 R0427**53269 3**<br>0.500<br>1<br>13<br>**S 203-K 13 NA**<br>2CDS 253 103 R0447**53270 9**<br>0.500<br>1<br> ~~On~~|||||||
|||~~ne!~~||||||||16<br>**S 203-K 16 NA**<br>2CDS 253 103 R0467**53271 6**<br>0.500<br>1<br>20<br>**S 203-K 20 NA**<br>2CDS 253 103 R0487**53272 3**<br>0.500<br>1<br>25<br>**S 203-K 25 NA**<br>2CDS 253 103 R0517**53273 0**<br>0.500<br>1<br>32<br>**S 203-K 32 NA**<br>2CDS 253 103 R0537**53274 7**<br>0.500<br>1<br> ee|||||||
||||||||||UBmax<br>440 V|40<br>50|**S 203-K 40 NA**<br>**S 203-K 50 NA**|2CDS 253 103 R0557**53275 4**<br>2CDS 253 103 R0577**55120 5**|||0.500<br>0.500|1<br>1|
|||||||||||63|**S 203-K 63 NA**|2CDS 253 103 R0607**55121 2**|||0.500|1|
||||||||||||||||||
||||||||||||||||||
||**Technical details ............................  pag. 11/2**|||||||**Technical details ............................  pag. 11/2**|||**Overall dimensions ........................  pag. 13/2**||||||
|ABB||||||||||||||||**2**/15|



**2** /15 

**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** — 6000 

**S 200-Z** 

**2** 

## Z 

## **S 200 Z characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=6 kA (acc. to VDE 0660 Part 101) 

||||Number|Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||of poles||current|**details**|**4016779**1 piece|1 piece|group|group<br>1 piece|unit|
|2CSC400423F0201|||<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201-Z   0.5**<br>2CDS 251 001 R0158**53030 9**<br>0.125<br>10<br>1<br>**S 201-Z   1**<br>2CDS 251 001 R0218**53033 0**<br>0.125<br>10<br>1.6<br>**S 201-Z   1.6**<br>2CDS 251 001 R0258**53034 7**<br>0.125<br>10<br>2<br>**S 201-Z   2**<br>2CDS 251 001 R0278**53035 4**<br>0.125<br>10<br>3<br>**S 201-Z   3**<br>2CDS 251 001 R0318**53036 1**<br>0.125<br>10<br>4<br>**S 201-Z   4**<br>2CDS 251 001 R0338**53037 8**<br>0.125<br>10<br>—_—_zzz::--:--<br>= --E-=<br>SS|||||||||
||||||6|**S 201-Z   6**|2CDS 251 001 R0378**53040 8**|||0.125|10|
||||||8|**S 201-Z   8**|2CDS 251 001 R0408**53041 5**|||0.125|10|
||||||10|**S 201-Z 10**|2CDS 251 001 R0428**53042 2**|||0.125|10|
||||||16<br>20<br>On|**S 201-Z 16**<br>**S 201-Z 20**|2CDS 251 001 R0468**53043 9**<br>2CDS 251 001 R0488**53044 6**|||0.125<br>0.125|10<br>10|
||||||25|**S 201-Z 25**|2CDS 251 001 R0518**53045 3**|||0.125|10|
||||||32|**S 201-Z 32**|2CDS 251 001 R0538**53046 0**|||0.125|10|
||||UBmax||40|**S 201-Z 40**|2CDS 251 001 R0558**53047 7**|||0.125|10|
||||253 V<br>72 V~~...~~||50|**S 201-Z 50**|2CDS 251 001 R0578**55191 5**|||0.125|10|
||||||63|**S 201-Z 63**|2CDS 251 001 R0608**55192 2**|||0.125|10|
|2CSC400416F0201|||2||0.5<br>1<br>1.6<br>2<br>3|**S 202-Z   0.5**<br>**S 202-Z   1**<br>**S 202-Z   1.6**<br>**S 202-Z   2**<br>**S 202-Z   3**|2CDS 252 001 R0158**53068 2**<br>2CDS 252 001 R0218**53067 5**<br>2CDS 252 001 R0258**53069 9**<br>2CDS 252 001 R0278**53070 5**<br>2CDS 252 001 R0318**53071 2**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5|
||||||4|**S 202-Z   4**|2CDS 252 001 R0338**53072 9**|||0.250|5|
||||||6|**S 202-Z   6**|2CDS 252 001 R0378**53073 6**|||0.250|5|
||||||8|**S 202-Z   8**|2CDS 252 001 R0408**53074 3**|||0.250|5|
||||||10<br>**S 202-Z 10**<br>2CDS 252 001 R0428**53075 0**<br>0.250<br>5<br>TT|||||||
||||||16|**S 202-Z 16**|2CDS 252 001 R0468**53076 7**|||0.250|5|
||||||20|**S 202-Z 20**|2CDS 252 001 R0488**53077 4**|||0.250|5|
||||||25|**S 202-Z 25**|2CDS 252 001 R0518**53078 1**|||0.250|5|
||||UBmax<br>440 V<br>125 V|440 V<br>125 V~~...~~<br>~~:~~|32<br>40<br>50|**S 202-Z 32**<br>**S 202-Z 40**<br>**S 202-Z 50**|2CDS 252 001 R0538**53079 8**<br>2CDS 252 001 R0558**53080 4**<br>2CDS 252 001 R0578**55193 9**|||0.250<br>0.250<br>0.250|5<br>5<br>5|
||||©||63|**S 202-Z 63**|2CDS 252 001 R0608**55194 6**|||0.250|5|
|2CSC400417F0201|||3||0.5<br>1<br>1.6<br>2<br>3|**S 203-Z   0.5**<br>**S 203-Z   1**<br>**S 203-Z   1.6**<br>**S 203-Z   2**<br>**S 203-Z   3**|2CDS 253 001 R0158**53097 2**<br>2CDS 253 001 R0218**53098 9**<br>2CDS 253 001 R0258**53099 6**<br>2CDS 253 001 R0278**53100 9**<br>2CDS 253 001 R0318**53101 6**|||0.375<br>0.375<br>0.375<br>0.375<br>0.375|1<br>1<br>1<br>1<br>1|
||||||4|**S 203-Z   4**|2CDS 253 001 R0338**53102 3**|||0.375|1|
||||||6|**S 203-Z   6**|2CDS 253 001 R0378**53103 0**|||0.375|1|
||||||8<br>**S 203-Z   8**<br>2CDS 253 001 R0408**53104 7**<br>0.375<br>1<br>10<br>**S 203-Z 10**<br>2CDS 253 001 R0428**53105 4**<br>0.375<br>1<br>16<br>**S 203-Z 16**<br>2CDS 253 001 R0468**53106 1**<br>0.375<br>1<br>ese|||||||
||||||20|**S 203-Z 20**|2CDS 253 001 R0488**53107 8**|||0.375|1|
||||||25|**S 203-Z 25**|2CDS 253 001 R0518**53108 5**|||0.375|1|
||||||32|**S 203-Z 32**|2CDS 253 001 R0538**53109 2**|||0.375|1|
||||||40|**S 203-Z 40**|2CDS 253 001 R0558**53110 8**|||0.375|1|
||||UBmax||50|**S 203-Z 50**|2CDS 253 001 R0578**55195 3**|||0.375|1|
||||440 V|440 V|63|**S 203-Z 63**|2CDS 253 001 R0608**55196 0**|||0.375|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** es 

ABB 

**2** /16 

**Selection tables System** MCBs S 200 series **pro** _**M**_ **compact[®]** tL] 6000 

**S 200-Z** 

**2** 

|Z|||||||||4|0.5<br>1<br>1.6||**S 204-Z   0.5**<br>**S 204-Z   1**<br>**S 204-Z   1.6**|2CDS 254 001 R0158**53024 8**<br>2CDS 254 001 R0218**53132 0**<br>2CDS 254 001 R0258**53144 3**|||0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||2||**S 204-Z   2**|2CDS 254 001 R0278**53143 6**|||0.500|1|
|||||||||||3||**S 204-Z   3**|2CDS 254 001 R0318**53133 7**|||0.500|1|
|a<br>ory |<br>|<br>rrr|||||||2CSC400419F0201|||4<br>**S 204-Z   4**<br>2CDS 254 001 R0338**53134 4**<br>0.500<br>1<br>6<br>**S 204-Z   6**<br>2CDS 254 001 R0378**53135 1**<br>0.500<br>1<br>8<br>**S 204-Z   8**<br>2CDS 254 001 R0408**53136 8**<br>0.500<br>1<br>10<br>**S 204-Z 10**<br>2CDS 254 001 R0428**53137 5**<br>0.500<br>1<br>16<br>**S 204-Z 16**<br>2CDS 254 001 R0468**53138 2**<br>0.500<br>1<br>20<br>**S 204-Z 20**<br>2CDS 254 001 R0488**53139 9**<br>0.500<br>1<br>25<br>**S 204-Z 25**<br>2CDS 254 001 R0518**53140 5**<br>0.500<br>1<br>32<br>**S 204-Z 32**<br>2CDS 254 001 R0538**53141 2**<br>0.500<br>1<br>ee<br>TO—TTST,___<br>TT<br>————————————————————a||||||||
||~~mn~~||||||||UBmax<br>440 V<br>125 V~~...~~|40<br>**S 204-Z 40**<br>2CDS 254 001 R0558**53142 9**<br>0.500<br>1<br>50<br>**S 204-Z 50**<br>2CDS 254 001 R0578**55197 7**<br>0.500<br>1<br>63<br>**S 204-Z 63**<br>2CDS 254 001 R0608**55198 4**<br>0.500<br>1<br>ee||||||||
||||||||||UBmax125 V~~...~~<br>oO)||~~...~~<br> <br>~~_~~|with 2 poles connected in series||||||
||||||||||With disconnecting neutral NA|||||||||
||||||||||Number|Rated|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
||||||||||of poles|current||**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|||||||||||In A||**Type code**|Order code<br>**EAN**|||kg|pc.|
||||||||||1|0.5||**S 201-Z   0.5  NA**|2CDS 251 103 R0158**53214 3**|||0.260|5|
|||||||||2CSC400421F0201||+<br>NA|1<br>1.6<br>2<br>3<br>4||**S 201-Z   1   NA**<br>**S 201-Z   1.6 NA**<br>**S 201-Z   2   NA**<br>**S 201-Z   3   NA**<br>**S 201-Z   4   NA**|2CDS 251 103 R0218**53215 0**<br>2CDS 251 103 R0258**53216 7**<br>2CDS 251 103 R0278**53217 4**<br>2CDS 251 103 R0318**53218 1**<br>2CDS 251 103 R0338**53219 8**|||0.260<br>0.260<br>0.260<br>0.260<br>0.260|5<br>5<br>5<br>5<br>5|
|||||||||||6||**S 201-Z   6   NA**|2CDS 251 103 R0378**53220 4**|||0.260|5|
|||||||||||8||**S 201-Z   8   NA**|2CDS 251 103 R0408**53221 1**|||0.260|5|
|||||||||||10||**S 201-Z 10   NA**|2CDS 251 103 R0428**53222 8**|||0.260|5|
|||||||||||16||**S 201-Z 16   NA**|2CDS 251 103 R0468**53223 5**|||0.260|5|
||||Y}|||||||20<br>**S 201-Z 20   NA**<br>2CDS 251 103 R0488**53224 2**<br>0.260<br>5<br>25<br>**S 201-Z 25   NA**<br>2CDS 251 103 R0518**53225 9**<br>0.260<br>5<br>TTT||||||||
|||||||||||32||**S 201-Z 32   NA**|2CDS 251 103 R0538**53226 6**|||0.260|5|
||||||||||UBmax|40||**S 201-Z 40   NA**|2CDS 251 103 R0558**53227 3**|||0.260|5|
||||||||||253 V<br>72 V~~...~~|50||**S 201-Z 50   NA**|2CDS 251 103 R0578**55212 7**|||0.320|5|
|||||||||||63||**S 201-Z 63   NA**|2CDS 251 103 R0608**55213 4**|||0.320|5|
|||||||||||||||||||
||||||||||3|0.5||**S 203-Z   0.5 NA**|2CDS 253 103 R0158**53292 1**|||0.520|1|
|"ee5|||||||2CSC400418F0201<br>||+<br>NA<br>|1<br>**S 203-Z   1   NA**<br>2CDS 253 103 R0218**53293 8**<br>0.520<br>1<br>1.6<br>**S 203-Z   1.6 NA**<br>2CDS 253 103 R0258**53294 5**<br>0.520<br>1<br>2<br>**S 203-Z   2   NA**<br>2CDS 253 103 R0278**53295 2**<br>0.520<br>1<br>3<br>**S 203-Z   3   NA**<br>2CDS 253 103 R0318**53297 6**<br>0.520<br>1<br>4<br>**S 203-Z   4   NA**<br>2CDS 253 103 R0338**53298 3**<br>0.520<br>1<br>6<br>**S 203-Z   6   NA**<br>2CDS 253 103 R0378**53299 0**<br>0.520<br>1<br>8<br>**S 203-Z   8   NA**<br>2CDS 253 103 R0408**53300 3**<br>0.520<br>1<br>10<br>**S 203-Z 10   NA**<br>2CDS 253 103 R0428**53301 0**<br>0.520<br>1<br> ~~TT~~||||||||
|||||||||||16||**S 203-Z 16   NA**|2CDS 253 103 R0468**53302 7**|||0.520|1|
||~~Wy)~~|||||||||20<br>**S 203-Z 20   NA**<br>2CDS 253 103 R0488**53305 8**<br>0.520<br>1<br>25<br>**S 203-Z 25   NA**<br>2CDS 253 103 R0518**53306 5**<br>0.520<br>1<br>32<br>**S 203-Z 32   NA**<br>2CDS 253 103 R0538**53307 2**<br>0.520<br>1<br>OO||||||||
|||||||||||40||**S 203-Z 40   NA**|2CDS 253 103 R0558**53308 9**|||0.520|1|
||||||||||UBmax|50||**S 203-Z 50   NA**|2CDS 253 103 R0578**55214 1**|||0.640|1|
||||||||||440 V|63||**S 203-Z 63   NA**|2CDS 253 103 R0608**55216 5**|||0.640|1|
|||||||||||||||||||
|||||||||||||||||||
|**Technical details ............................  pag. 11/2**|||||||||**Technical details ............................  pag. 11/2**||**Overall dimensions ........................  pag. 13/2**|||||||



ABB 

**2** /17 

**Selection tables** MCBs S 200 series M Ly] 10000 

**System pro** _**M**_ **compact[®]** 

**S 200 M-B** 

**2** 

## B 

## **S 200 M-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems. 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=10 kA 

**==> picture [438 x 522] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4016779|1 piece|group|1 piece|unit|
|[[J]]|In A|Type code|Order code|EAN|kg|pc.|
|1|6|S 201 M-B   6|2CDS 271 001 R0065|54942 4|0.125|10|
|=|10|S 201 M-B 10|2CDS 271 001 R0105|54943 1|0.125|10|
|,|13|S 201 M-B 13|2CDS 271 001 R0135|54944 8|0.125|10|
|16|S 201 M-B 16|2CDS 271 001 R0165|54945 5|0.125|10|
|20|S 201 M-B 20|2CDS 271 001 R0205|54946 2|0.125|10|
|;|I|
|ta|25|S 201 M-B 25|2CDS 271 001 R0255|54947 9|0.125|10|
|32|S 201 M-B 32|2CDS 271 001 R0325|54948 6|0.125|10|
|!|U253 V Bmax|=|40|S 201 M-B 40|2CDS 271 001 R0405|54949 3|0.125|10|
|72 V|...|50|S 201 M-B 50|2CDS 271 001 R0505|54381 1|0.125|10|
|63|S 201 M-B 63|2CDS 271 001 R0635|54382 8|0.125|10|
|2|6|S 202 M-B   6|2CDS 272 001 R0065|54958 5|0.250|5|
|10|S 202 M-B 10|2CDS 272 001 R0105|54959 2|0.250|5|
|13|S 202 M-B 13|2CDS 272 001 R0135|54960 8|0.250|5|
|16|S 202 M-B 16|2CDS 272 001 R0165|54961 5|0.250|5|
|ee|
|20|S 202 M-B 20|2CDS 272 001 R0205|54962 2|0.250|5|
|25|S 202 M-B 25|2CDS 272 001 R0255|54963 9|0.250|5|
|UBmax|32|S 202 M-B 32|2CDS 272 001 R0325|54964 6|0.250|5|
|il|440 V|OOOO|
|40|S 202 M-B 40|2CDS 272 001 R0405|54965 3|0.250|5|
|125 V|...|
|50|S 202 M-B 50|2CDS 272 001 R0505|54385 9|0.250|5|
|r|_|
|63|S 202 M-B 63|2CDS 272 001 R0635|54386 6|0.250|5|
|3|6|S 203 M-B   6|2CDS 273 001 R0065|54966 0|0.375|1|
|10|S 203 M-B 10|2CDS 273 001 R0105|54967 7|0.375|1|
|13|S 203 M-B 13|2CDS 273 001 R0135|54968 4|0.375|1|
|16|S 203 M-B 16|2CDS 273 001 R0165|54969 1|0.375|1|
|20|S 203 M-B 20|2CDS 273 001 R0205|54970 7|0.375|1|
|r|oe|
|25|S 203 M-B 25|2CDS 273 001 R0255|54971 4|0.375|1|
|32|S 203 M-B 32|2CDS 273 001 R0325|54972 1|0.375|1|
|40|S 203 M-B 40|2CDS 273 001 R0405|54973 8|0.375|1|
|UBmax|
|lil|440 V|OT|50|S 203 M-B 50|2CDS 273 001 R0505|54387 3|0.375|1|
|63|S 203 M-B 63|2CDS 273 001 R0635|54388 0|0.375|1|
|4|6|S 204 M-B   6|2CDS 274 001 R0065|54982 0|0.500|1|
|10|S 204 M-B 10|2CDS 274 001 R0105|54983 7|0.500|1|
|13|S 204 M-B 13|2CDS 274 001 R0135|54984 4|0.500|1|
|16|S 204 M-B 16|2CDS 274 001 R0165|54985 1|0.500|1|
|20|S 204 M-B 20|2CDS 274 001 R0205|54986 8|0.500|1|
|25|S 204 M-B 25|2CDS 274 001 R0255|54987 5|0.500|1|
|UBmax|32|S 204 M-B 32|2CDS 274 001 R0325|54988 2|0.500|1|
|J|440 V|40|S 204 M-B 40|2CDS 274 001 R0405|54989 9|0.500|1|
|125 V|...|
|50|S 204 M-B 50|2CDS 274 001 R0505|54391 0|0.500|1|
|O|o|
|SS|63|S 204 M-B 63|2CDS 274 001 R0635|54392 7|0.500|1|
|,|suitable for flow-type heaters 12 kW|;|suitable for flow-type heaters 21, 24 and 27 kW|
|suitable for flow-type heaters 18 kW|UBmax 125 V|...|with 2 poles connected in series|

**----- End of picture text -----**<br>


4[[J]] 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /18 

**Selection tables System** MCBs S 200 series M **pro** _**M**_ **compact[®]** [| 10000 

**S 200 M-B** 

**2** 

|B|||||||With disconnecting neutral NA<br>Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
|---|---|---|---|---|---|---|---|
||||||||of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit|
|2CSC400421F0201<br>eR<br>*om<br>a)|||||||<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>6<br>**S 201 M-B   6 NA**<br>2CDS 271 103 R0065**54950 9**<br>0.250<br>5<br>+<br>10<br>**S 201 M-B 10 NA**<br>2CDS 271 103 R0105**54951 6**<br>0.250<br>5<br>NA<br>13<br>**S 201 M-B 13 NA**<br>2CDS 271 103 R0135**54952 3**<br>0.250<br>5<br>16<br>**S 201 M-B 16 NA**<br>2CDS 271 103 R0165**54953 0**<br>0.250<br>5<br>20<br>**S 201 M-B 20 NA**<br>2CDS 271 103 R0205**54954 7**<br>0.250<br>5<br>25<br>**S 201 M-B 25 NA**<br>2CDS 271 103 R0255**54955 4**<br>0.250<br>5<br>—<br> OO|
||~~IT~~<br>} \||||||32<br>**S 201 M-B 32 NA**<br>2CDS 271 103 R0325**54956 1**<br>0.250<br>5<br>40<br>**S 201 M-B 40 NA**<br>2CDS 271 103 R0405**54957 8**<br>0.250<br>5<br>50<br>**S 201 M-B 50 NA**<br>2CDS 271 103 R0505**54383 5**<br>0.250<br>5<br>63<br>**S 201 M-B 63 NA**<br>2CDS 271 103 R0635**54384 2**<br>0.250<br>5<br>UBmax<br>253 V<br>72 V~~...~~<br>CO<br>~~—~~OO|
|a||||2CSC400418F0201|||3<br>6<br>**S 203 M-B   6 NA**<br>2CDS 273 103 R0065**54974 5**<br>0.500<br>1<br>+<br>10<br>**S 203 M-B 10 NA**<br>2CDS 273 103 R0105**54975 2**<br>0.500<br>1<br>NA<br>13<br>**S 203 M-B 13 NA**<br>2CDS 273 103 R0135**54976 9**<br>0.500<br>1<br>16<br>**S 203 M-B 16 NA**<br>2CDS 273 103 R0165**54977 6**<br>0.500<br>1<br>20<br>**S 203 M-B 20 NA**<br>2CDS 273 103 R0205**54978 3**<br>0.500<br>1<br>25<br>**S 203 M-B 25 NA**<br>2CDS 273 103 R0255**54979 0**<br>0.500<br>1<br>~~ee~~<br>OO|
|———|1<br>3<br>5 7N<br>~~iO~~||||||32<br>**S 203 M-B 32 NA**<br>2CDS 273 103 R0325**54980 6**<br>0.500<br>1<br>40<br>**S 203 M-B 40 NA**<br>2CDS 273 103 R0405**54981 3**<br>0.500<br>1<br>50<br>**S 203 M-B 50 NA**<br>2CDS 273 103 R0505**54389 7**<br>0.500<br>1<br>63<br>**S 203 M-B 63 NA**<br>2CDS 273 103 R0635**54390 3**<br>0.580<br>1<br>UBmax<br>440 V<br>OO<br>i)<br>———|
||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW<br>©<br>®|
||||||||suitable for flow-type heaters 18 kW<br>@|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /19 

**Selection tables System** MCBs S 200 series M **pro** _**M**_ **compact[®]** [| 10000 

**S 200 M-C** 

**2** 

## C 

## **S 200 M-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for resistive and inductive loads with low inrush current. 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=10 kA 

||Number|Number|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
|---|---|---|---|
||of poles||current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit|
|2CSC400424F0201|<br>1||In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.5<br>**S 201 M-C   0.5**<br>2CDS 271 001 R0984**54990 5**<br>0.125<br>10<br>1<br>**S 201 M-C   1**<br>2CDS 271 001 R0014**54992 9**<br>0.125<br>10<br>1.6<br>**S 201 M-C   1.6**<br>2CDS 271 001 R0974**54991 2**<br>0.125<br>10<br>2<br>**S 201 M-C   2**<br>2CDS 271 001 R0024**54993 6**<br>0.125<br>10<br>3<br>**S 201 M-C   3**<br>2CDS 271 001 R0034**54994 3**<br>0.125<br>10<br>4<br>**S 201 M-C   4**<br>2CDS 271 001 R0044**54995 0**<br>0.125<br>10<br>OO|
||||6<br>**S 201 M-C   6**<br>2CDS 271 001 R0064**54996 7**<br>0.125<br>10<br>8<br>**S 201 M-C   8**<br>2CDS 271 001 R0084**54997 4**<br>0.125<br>10<br>10<br>**S 201 M-C 10**<br>2CDS 271 001 R0104**54998 1**<br>0.125<br>10<br>13<br>**S 201 M-C 13**<br>2CDS 271 001 R0134**54999 8**<br>0.125<br>10<br>16<br>**S 201 M-C 16**<br>2CDS 271 001 R0164**55000 0**<br>0.125<br>10<br>20<br>**S 201 M-C 20**<br>2CDS 271 001 R0204**55001 7**<br>0.125<br>10<br>TO<br>OeTOO|
||UBmax<br>253 V<br>72 V~~...~~<br>a||25<br>**S 201 M-C 25**<br>2CDS 271 001 R0254**55002 4**<br>0.125<br>10<br>32<br>**S 201 M-C 32**<br>2CDS 271 001 R0324**55003 1**<br>0.125<br>10<br>40<br>**S 201 M-C 40**<br>2CDS 271 001 R0404**55004 8**<br>0.125<br>10<br>50<br>**S 201 M-C 50**<br>2CDS 271 001 R0504**54393 4**<br>0.125<br>10<br>63<br>**S 201 M-C 63**<br>2CDS 271 001 R0634**54394 1**<br>0.125<br>10<br>OO<br>©|
|2CSC400425F0201|2||0.5<br>**S 202 M-C   0.5**<br>2CDS 272 001 R0984**55020 8**<br>0.250<br>5<br>1<br>**S 202 M-C   1**<br>2CDS 272 001 R0014**55022 2**<br>0.250<br>5<br>1.6<br>**S 202 M-C   1.6**<br>2CDS 272 001 R0974**55021 5**<br>0.250<br>5<br>2<br>**S 202 M-C   2**<br>2CDS 272 001 R0024**55023 9**<br>0.250<br>5<br>3<br>**S 202 M-C   3**<br>2CDS 272 001 R0034**55024 6**<br>0.250<br>5<br>4<br>**S 202 M-C   4**<br>2CDS 272 001 R0044**55025 3**<br>0.250<br>5|
||||6<br>**S 202 M-C   6**<br>2CDS 272 001 R0064**55026 0**<br>0.250<br>5<br>8<br>**S 202 M-C   8**<br>2CDS 272 001 R0084**55027 7**<br>0.250<br>5<br>ON|
||||10<br>**S 202 M-C 10**<br>2CDS 272 001 R0104**55028 4**<br>0.250<br>5<br>13<br>**S 202 M-C 13**<br>2CDS 272 001 R0134**55029 1**<br>0.250<br>5|
||||16<br>**S 202 M-C 16**<br>2CDS 272 001 R0164**55030 7**<br>0.250<br>5|
||||20<br>**S 202 M-C 20**<br>2CDS 272 001 R0204**55031 4**<br>0.250<br>5|
||||25<br>**S 202 M-C 25**<br>2CDS 272 001 R0254**55032 1**<br>0.250<br>5|
||UBmax<br>440 V<br>125 V|440 V<br>125 V~~...~~|32<br>**S 202 M-C 32**<br>2CDS 272 001 R0324**55033 8**<br>0.250<br>5<br>40<br>**S 202 M-C 40**<br>2CDS 272 001 R0404**55034 5**<br>0.250<br>5|
||5||50<br>**S 202 M-C 50**<br>2CDS 272 001 R0504**54397 2**<br>0.250<br>5<br>63<br>**S 202 M-C 63**<br>2CDS 272 001 R0634**54398 9**<br>0.250<br>5|
|2CSC400426F0201<br>|3<br>||0.5<br>**S 203 M-C   0.5**<br>2CDS 273 001 R0984**55035 2**<br>0.375<br>1<br>1<br>**S 203 M-C   1**<br>2CDS 273 001 R0014**55037 6**<br>0.375<br>1<br>1.6<br>**S 203 M-C   1.6**<br>2CDS 273 001 R0974**55036 9**<br>0.375<br>1<br>2<br>**S 203 M-C   2**<br>2CDS 273 001 R0024**55038 3**<br>0.375<br>1<br>3<br>**S 203 M-C   3**<br>2CDS 273 001 R0034**55039 0**<br>0.375<br>1<br>4<br>**S 203 M-C   4**<br>2CDS 273 001 R0044**55040 6**<br>0.375<br>1<br> ~~Oe~~|
||||6<br>**S 203 M-C   6**<br>2CDS 273 001 R0064**55041 3**<br>0.375<br>1|
||||8<br>**S 203 M-C   8**<br>2CDS 273 001 R0084**55042 0**<br>0.375<br>1|
||||10<br>**S 203 M-C 10**<br>2CDS 273 001 R0104**55043 7**<br>0.375<br>1<br>13<br>**S 203 M-C 13**<br>2CDS 273 001 R0134**55044 4**<br>0.375<br>1<br>OOOO|
||||16<br>**S 203 M-C 16**<br>2CDS 273 001 R0164**55045 1**<br>0.375<br>1|
||||20<br>**S 203 M-C 20**<br>2CDS 273 001 R0204**55046 8**<br>0.375<br>1|
||||25<br>**S 203 M-C 25**<br>2CDS 273 001 R0254**55047 5**<br>0.375<br>1<br>32<br>**S 203 M-C 32**<br>2CDS 273 001 R0324**55048 2**<br>0.375<br>1<br>OO|
||UBmax<br>440 V|440 V|40<br>**S 203 M-C 40**<br>2CDS 273 001 R0404**55049 9**<br>0.375<br>1<br>50<br>**S 203 M-C 50**<br>2CDS 273 001 R0504**54399 6**<br>0.375<br>1<br>63<br>**S 203 M-C 63**<br>2CDS 273 001 R0634**54400 9**<br>0.375<br>1<br>®<br>a|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /20 

**Selection tables System** MCBs S 200 series M **pro** _**M**_ **compact[®]** 10000 L 

**S 200 M-C** 

**2** 

|C||||||||||||4|||0.5<br>1<br>1.6|**S 204 M-C   0.5**<br>**S 204 M-C   1**<br>**S 204 M-C   1.6**|2CDS 274 001 R0984**55065 9**<br>2CDS 274 001 R0014**55067 3**<br>2CDS 274 001 R0974**55066 6**|||0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||2|**S 204 M-C   2**|2CDS 274 001 R0024**55068 0**|||0.500|1|
||||||||||2CSC400443F0201||||||3<br>4<br>6<br>8<br>10<br>13|**S 204 M-C   3**<br>**S 204 M-C   4**<br>**S 204 M-C   6**<br>**S 204 M-C   8**<br>**S 204 M-C 10**<br>**S 204 M-C 13**|2CDS 274 001 R0034**55069 7**<br>2CDS 274 001 R0044**55070 3**<br>2CDS 274 001 R0064**55071 0**<br>2CDS 274 001 R0084**55072 7**<br>2CDS 274 001 R0104**55073 4**<br>2CDS 274 001 R0134**55074 1**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1|
||||||||||||||||16|**S 204 M-C 16**|2CDS 274 001 R0164**55075 8**|||0.500|1|
||||||||||||||||20|**S 204 M-C 20**|2CDS 274 001 R0204**55076 5**|||0.500|1|
||LiL]|||||||||||UBmax<br>440 V||440 V|25<br>**S 204 M-C 25**<br>2CDS 274 001 R0254**55077 2**<br>0.500<br>1<br>32<br>**S 204 M-C 32**<br>2CDS 274 001 R0324**55078 9**<br>0.500<br>1<br>40<br>**S 204 M-C 40**<br>2CDS 274 001 R0404**55079 6**<br>0.500<br>1<br>ee|||||||
|||||||||||||125 V<br>®||125 V~~...~~<br>|50<br>**S 204 M-C 50**<br>2CDS 274 001 R0504**54403 0**<br>0.500<br>1<br>63<br>**S 204 M-C 63**<br>2CDS 274 001 R0634**54404 7**<br>0.500<br>1<br> Do|||||||
|||||||||||||suitable for|suitable forflow-type heaters 12 kW||||suitable for flow-type heaters 21, 24 and 27 kW|suitable for flow-type heaters 21, 24 and 27 kW||||
|||||||||||||suitable for flow-type heaters 18 kW|suitable for flow-type heaters 18 kW||||UBmax125 V~~...~~<br> with 2 poles connected in series|||||
|||||||||||||With disconnecting neutral NA|||With disconnecting neutral NA|||||||
|||||||||||||Number|||Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|||||||||||||of poles|||current|**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
||||||||||||||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
||||||||||2CSC400420F0201|||1<br>+<br>NA|NA||0.5<br>1<br>1.6<br>2<br>3|**S 201 M-C   0.5 NA**<br>**S 201 M-C   1    NA**<br>**S 201 M-C   1.6 NA**<br>**S 201 M-C   2    NA**<br>**S 201 M-C   3    NA**|2CDS 271 103 R0984**55005 5**<br>2CDS 271 103 R0014**55007 9**<br>2CDS 271 103 R0974**55006 2**<br>2CDS 271 103 R0024**55008 6**<br>2CDS 271 103 R0034**55009 3**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5|
||||||||||||||||4|**S 201 M-C   4    NA**|2CDS 271 103 R0044**55010 9**|||0.250|5|
||||||||||||||||6|**S 201 M-C   6    NA**|2CDS 271 103 R0064**55011 6**|||0.250|5|
||||||||||||||||8|**S 201 M-C   8    NA**|2CDS 271 103 R0084**55012 3**|||0.250|5|
||||||||||||||||10|**S 201 M-C 10    NA**|2CDS 271 103 R0104**55013 0**|||0.250|5|
||||||||||||||||13|**S 201 M-C 13    NA**|2CDS 271 103 R0134**55014 7**|||0.250|5|
||||||||||||||||16|**S 201 M-C 16    NA**|2CDS 271 103 R0164**55015 4**|||0.250|5|
||||||||||||||||20<br>**S 201 M-C 20    NA**<br>2CDS 271 103 R0204**55016 1**<br>0.250<br>5<br>OD|||||||
||||||||||||||||25|**S 201 M-C 25    NA**|2CDS 271 103 R0254**55017 8**|||0.250|5|
|||||||||||||UBmax<br>253 V<br>72 V~~...~~<br>a|||32<br>**S 201 M-C 32    NA**<br>2CDS 271 103 R0324**55018 5**<br>0.250<br>5<br>40<br>**S 201 M-C 40    NA**<br>2CDS 271 103 R0404**55019 2**<br>0.250<br>5<br>50<br>**S 201 M-C 50    NA**<br>2CDS 271 103 R0504**54395 8**<br>0.250<br>5<br>Se<br>©)|||||||
||||||||||||||||63|**S 201 M-C 63    NA**|2CDS 271 103 R0634**54396 5**|||0.250|5|
||||||||||2CSC400418F0201|||3<br>+<br>NA|NA||0.5<br>1<br>1.6<br>2<br>3|**S 203 M-C   0.5 NA**<br>**S 203 M-C   1    NA**<br>**S 203 M-C   1.6 NA**<br>**S 203 M-C   2    NA**<br>**S 203 M-C   3    NA**|2CDS 273 103 R0984**55051 2**<br>2CDS 273 103 R0014**55052 9**<br>2CDS 273 103 R0974**55050 5**<br>2CDS 273 103 R0024**55053 6**<br>2CDS 273 103 R0034**55054 3**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1|
||||||||||||||||4|**S 203 M-C   4    NA**|2CDS 273 103 R0044**55055 0**|||0.500|1|
||||||||||||||||6|**S 203 M-C   6    NA**|2CDS 273 103 R0064**55056 7**|||0.500|1|
||||||||||||||||8|**S 203 M-C   8    NA**|2CDS 273 103 R0084**55057 4**|||0.500|1|
||||||||||||||||10|**S 203 M-C 10    NA**|2CDS 273 103 R0104**55058 1**|||0.500|1|
||||||||||||||||13|**S 203 M-C 13    NA**|2CDS 273 103 R0134**55059 8**|||0.500|1|
||||||||||||||||16|**S 203 M-C 16    NA**|2CDS 273 103 R0164**55060 4**|||0.500|1|
||||||||||||||||20<br>**S 203 M-C 20    NA**<br>2CDS 273 103 R0204**55061 1**<br>0.500<br>1<br>25<br>**S 203 M-C 25    NA**<br>2CDS 273 103 R0254**55062 8**<br>0.500<br>1<br>See<br>a|||||||
||||||||||||||||32<br>a|**S 203 M-C 32    NA**<br>a|2CDS 273 103 R0324**55063 5**<br>a|a|a|0.500<br>a|1<br>a|
|||||||||||||UBmax<br>440 V||440 V|40<br>50<br>a<br>a|**S 203 M-C 40    NA**<br>**S 203 M-C 50    NA**<br>a<br>a|2CDS 273 103 R0404**55064 2**<br>2CDS 273 103 R0504**54401 6**<br>a<br>a|a<br>a|a<br>a|0.500<br>0.580<br>a<br>a|1<br>1<br>a<br>a|
||||||||||||||||63|**S 203 M-C 63    NA**|2CDS 273 103 R0634**54402 3**|||0.580|1|
|||||||||||||suitable for|suitable forflow-type heaters 12 kW||||suitable for flow-type heaters 21, 24 and 27 kW|suitable for flow-type heaters 21, 24 and 27 kW||||



suitable for flow-type heaters 18 kW 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /21 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M — 10000 

**S 200 M-D** 

**2** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **S 200 M-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for circuits which supply loads with high inrush current at the circuit closing (LV/LV transformers, breakdown lamps). 

Applications: residential, commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=10 kA 

**==> picture [5 x 421] intentionally omitted <==**

**==> picture [391 x 567] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4016779|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|1|0.5|S 201 M-D   0.5|2CDS 271 001 R0981|59983 2|0.125|10|
|1|S 201 M-D   1|2CDS 271 001 R0011|50031 3|0.125|10|
|1.6|S 201 M-D   1.6|2CDS 271 001 R0971|59982 5|0.125|10|
|2|S 201 M-D   2|2CDS 271 001 R0021|59933 7|0.125|10|
|3|S 201 M-D   3|2CDS 271 001 R0031|59935 1|0.125|10|
|4|S 201 M-D   4|2CDS 271 001 R0041|59935 7|0.125|10|
|ne|6   8|S 201 M-D   6 S 201 M-D   8|2CDS 271 001 R0061 2CDS 271 001 R0081|59939 959940 5|0.125 0.125|1010|
|10|S 201 M-D 10|2CDS 271 001 R0101|59942 9|0.125|10|
|Oo|13|S 201 M-D 13|2CDS 271 001 R0131|66326 7|0.125|10|
|16|S 201 M-D 16|2CDS 271 001 R0161|59945 0|0.125|10|
|OO|20|S 201 M-D 20|2CDS 271 001 R0201|50046 7|0.125|10|
|25|S 201 M-D 25|2CDS 271 001 R0251|59949 8|0.125|10|
|a|32|S 201 M-D 32|2CDS 271 001 R0321|59956 6|0.125|10|
|40|®|S 201 M-D 40|2CDS 271 001 R0401|59961 0|0.125|10|
|UBmax|50|S 201 M-D 50|2CDS 271 001 R0501|59970 2|0.125|10|
|253 V|
|72 V|...|63|S 201 M-D 63|2CDS 271 001 R0631|59981 8|0.125|10|
|2|0.5|S 202 M-D   0.5|2CDS 272 001 R0981|60088 0|0.250|5|
|1|S 202 M-D   1|2CDS 272 001 R0011|60036 1|0.250|5|
|1.6|S 202 M-D   1.6|2CDS 272 001 R0971|60087 3|0.250|5|
|2|S 202 M-D   2|2CDS 272 001 R0021|60038 5|0.250|5|
|3|S 202 M-D   3|2CDS 272 001 R0031|60040 8|0.250|5|
|4|S 202 M-D   4|2CDS 272 001 R0041|60042 2|0.250|5|
|6|S 202 M-D   6|2CDS 272 001 R0061|60044 6|0.250|5|
|8|S 202 M-D   8|2CDS 272 001 R0081|60045 3|0.250|5|
|SS|10|S 202 M-D 10|S$|2CDS 272 001 R0101|60047 7|0.250|5|
|13|S 202 M-D 13|2CDS 272 001 R0131|66327 4|0.250|5|
|16|S 202 M-D 16|2CDS 272 001 R0161|60050 7|0.250|5|
|20|S 202 M-D 20|2CDS 272 001 R0201|60051 4|0.250|5|
|25|S 202 M-D 25|2CDS 272 001 R0251|60054 5|0.250|5|
|32|S 202 M-D 32|2CDS 272 001 R0321|60061 3|0.250|5|
|UBmax|40|S 202 M-D 40|2CDS 272 001 R0401|60066 8|0.250|5|
|440 V|
|125 V|-|...|50|S 202 M-D 50|2CDS 272 001 R0501|60075 0|0.250|5|
|®|a|63|S 202 M-D 63|2CDS 272 001 R0631|60086 6|0.250|5|
|3|0.5|S 203 M-D   0.5|2CDS 273 001 R0981|60141 2|0.375|1|
|1|S 203 M-D   1|2CDS 273 001 R0011|60089 7|0.375|1|
|1.6|S 203 M-D   1.6|2CDS 273 001 R0971|60140 5|0.375|1|
|2|S 203 M-D   2|2CDS 273 001 R0021|60091 0|0.375|1|
|3|S 203 M-D   3|2CDS 273 001 R0031|60093 4|0.375|1|
|4|S 203 M-D   4|2CDS 273 001 R0041|60095 8|0.375|1|
|6|S 203 M-D   6|2CDS 273 001 R0061|60097 2|0.375|1|
|8|S 203 M-D   8|2CDS 273 001 R0081|60098 9|0.375|1|
|OO|10|S 203 M-D 10|2CDS 273 001 R0101|60100 9|0.375|1|
|13|S 203 M-D 13|2CDS 273 001 R0131|66328 1|0.375|1|
|16|S 203 M-D 16|2CDS 273 001 R0161|60103 0|0.375|1|
|20|®|S 203 M-D 20|2CDS 273 001 R0201|60104 7|0.375|1|
|25|S 203 M-D 25|2CDS 273 001 R0251|60107 8|0.375|1|
|a|32|S 203 M-D 32|2CDS 273 001 R0321|60114 6|0.375|1|
|40|®|S 203 M-D 40|2CDS 273 001 R0401|60119 1|0.375|1|
|50|S 203 M-D 50|2CDS 273 001 R0501|60128 3|0.375|1|
|U440 V Bmax|63|S 203 M-D 63|2CDS 273 001 R0631|60139 9|0.375|1|

**----- End of picture text -----**<br>


**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /22 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M CL 10000 

**S 200 M-D** 

||D|||||||4||0.5<br>**S 204 M-D 0.5**<br>2CDS 274 001 R0981**60214 3**<br>1<br>**S 204 M-D    1**<br>2CDS 274 001 R0011**60163 4**<br>1.6<br>**S 204 M-D    1.6**<br>2CDS 274 001 R0971**60213 6**|0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||2<br>**S 204 M-D    2**<br>2CDS 274 001 R0021**60165 8**|0.500|1|
||||||||2CSC400443F0201|||3<br>**S 204 M-D    3**<br>2CDS 274 001 R0031**60167 2**<br>4<br>**S 204 M-D    4**<br>2CDS 274 001 R0041**60169 6**<br>6<br>**S 204 M-D    6**<br>2CDS 274 001 R0061**60171 9**<br>8<br>**S 204 M-D    8**<br>2CDS 274 001 R0081**60172 6**<br>10<br>**S 204 M-D 10**<br>2CDS 274 001 R0101**60174 0**<br>13<br>**S 204 M-D  13**<br>2CDS 274 001 R0131**66329 8**|0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1|
|||||||||||16<br>**S 204 M-D 16**<br>2CDS 274 001 R0161**60177 1**|0.500|1|
|||Lit]||||||UBmax<br>440 V<br>125 V<br>@®|440 V<br>125 V~~...~~<br>|20<br>**S 204 M-D  20**<br>2CDS 274 001 R0201**60178 8**<br>0.500<br>1<br>25<br>**S 204 M-D  25**<br>2CDS 274 001 R0251**60181 8**<br>0.500<br>1<br>32<br>**S 204 M-D  32**<br>2CDS 274 001 R0321**60188 7**<br>0.500<br>1<br>40<br>**S 204 M-D  40**<br>2CDS 274 001 R0401**60193 1**<br>0.500<br>1<br>50<br>**S 204 M-D  50**<br>2CDS 274 001 R0501**60201 3**<br>0.500<br>1<br>63<br>**S 204 M-D  63**<br>2CDS 274 001 R0631**60212 9**<br>0.500<br>1<br>OO<br> Lo|||
|||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW|||||
|||||||||suitable for flow-type heaters 18 kW<br>UBmax125 V~~...~~<br> with 2 poles connected in series|||||
|||||||||With disconnecting neutral NA|||||
|||||||||Number||Rated<br>**Order**<br>**Bbn**<br>Price<br>Price|Weight|Pack|
||||||||2CSC400420F0201<br>of poles<br> <br>1<br>+<br>NA|||current<br>**details**<br>**4016779**1 piece<br>group<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>0.5<br>**S 201 M-D    0.5 NA**<br>2CDS 271 103 R0981**60035 4**<br>1<br>**S 201 M-D   1 NA**<br>2CDS 271 103 R0011**59984 9**<br>1.6<br>**S 201-M D   1.6 NA**<br>2CDS 271 103 R0971**60034 7**|1 piece<br>kg<br>0.250<br>0.250<br>0.250|unit<br>pc.<br>5<br>5<br>5|
|||||||||||2<br>**S 201 M-D   2 NA**<br>2CDS 271 103 R0021**59986 3**|0.250|5|
|||||||||||3<br>**S 201 M-D   3 NA**<br>2CDS 271 103 R0031**59988 7**|0.250|5|
|||||||||||4<br>**S 201 M-D   4 NA**<br>2CDS 271 103 R0041**59990 0**|0.250|5|
|||||||||||6<br>**S 201 M-D   6 NA**<br>2CDS 271 103 R0061**59992 4**|0.250|5|
|||||||||||8<br>**S 201 M-D   8 NA**<br>2CDS 271 103 R0081**59993 1**|0.250|5|
|||||||||||10<br>**S 201 M-D 10 NA**<br>2CDS 271 103 R0101**59994 8**|0.250|5|
|||||||||||13<br>**S 201 M-D 13 NA**<br>2CDS 271 103 R0131**66330 4**|0.250|5|
|||||||||||16<br>**S 201 M-D 16 NA**<br>2CDS 271 103 R0161**59997 9**<br>0.250<br>5<br>20<br>**S 201 M-D 20 NA**<br>2CDS 271 103 R0201**59998 6**<br>0.250<br>5<br>SJ!,/HhHf,,74f?§,S+Y+$+"yH>7Y+._]——|||
|||||||||||25<br>**S 201 M-D 25 NA**<br>2CDS 271 103 R0251**60001 9**|0.250|5|
||2CSC400418F0201<br>32<br>**S 201 M-D 32 NA**<br>2CDS 271 103 R0321**60008 8**<br>0.250<br>5<br>40<br>**S 201 M-D 40 NA**<br>2CDS 271 103 R0401**60013 2**<br>0.250<br>5<br>50<br>**S 201 M-D 50 NA**<br>2CDS 271 103 R0501**60022 4**<br>0.290<br>5<br>63<br>**S 201 M-D 63 NA**<br>2CDS 271 103 R0631**60033 0**<br>0.290<br>5<br>3<br>0.5<br>**S 203 M-D   0.5 NA**<br>2CDS 273 103 R0981**66331 1**<br>0.500<br>1<br>+<br>1<br>**S 203 M-D   1 NA**<br>2CDS 273 103 R0011**66332 8**<br>0.500<br>1<br>NA<br>1.6<br>**S 203 M-D   1.6 NA**<br>2CDS 273 103 R0971**66333 5**<br>0.500<br>1<br>2<br>**S 203 M-D   2 NA**<br>2CDS 273 103 R0021**66334 2**<br>0.500<br>1<br>3<br>**S 203 M-D   3 NA**<br>2CDS 273 103 R0031**66335 9**<br>0.500<br>1<br>UBmax<br>253 V<br>72 V~~...~~<br>a<br>Oo<br>rhs,<br>—_—.Wd**T**<br>_T.<br>Lie<br>i se<br>~~____~~||||||||||||
|||||||||||4<br>**S 203 M-D   4 NA**<br>2CDS 273 103 R0041**66336 6**|0.500|1|
|||||||||||6<br>**S 203 M-D   6 NA**<br>2CDS 273 103 R0061**66337 3**|0.500|1|
|||||||||||8<br>**S 203 M-D   8 NA**<br>2CDS 273 103 R0081**663380**|0.500|1|
|||||||||||10<br>**S 203 M-D 10 NA**<br>2CDS 273 103 R0101**66339 7**|0.500|1|
|||||||||||13<br>**S 203 M-D 13 NA**<br>2CDS 273 103 R0131**66340 3**|0.500|1|
|||||||||||16<br>**S 203 M-D 16 NA**<br>2CDS 273 103 R0161**66341 0**<br>0.500<br>1<br>20<br>**S 203 M-D 20 NA**<br>2CDS 273 103 R0201**66342 7**<br>0.500<br>1<br>ee|||
|||||||||||25<br>**S 203 M-D 25 NA**<br>2CDS 273 103 R0251**66343 4**|0.500|1|
|||||||||||32<br>**S 203 M-D 32 NA**<br>2CDS 273 103 R0321**66344 1**<br>0.500<br>1<br>40<br>**S 203 M-D 40 NA**<br>2CDS 273 103 R0401**66345 8**<br>0.500<br>1<br>a<br>Oo|||
|||||||||UBmax||50<br>**S 203 M-D 50 NA**<br>2CDS 273 103 R0501**66346 5**|0.580|1|
|||||||||440 V|440 V|63<br>**S 203 M-D 63 NA**<br>2CDS 273 103 R0631**66347 2**|0.580|1|
|||||||||suitable forflow-type heaters 12 kW<br>suitable for flow-type heaters 21, 24 and 27 kW|||||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>suitable for flow-type heaters 18 kW<br>—|||||||||||||



**2** 

ABB 

**2** /23 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M 

**S 200 M-K** 

10000 L | 

**2** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S 200 M-K (power) characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=10 kA (acc. to VDE 0660 Part 101) 

|ee,|ee,|ee,|ee,|ee,|2CSC400424F0201<br>|2CSC400424F0201<br>||Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 M-K   0.5**<br>2CDS 271 001 R0157**59943 6**<br>0.125<br>10<br> ee|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||1<br>**S 201 M-K   1**<br>1.6<br>**S 201 M-K   1.6**<br>2<br>**S 201 M-K   2**<br>3<br>**S 201 M-K   3**<br>——||2CDS 271 001 R0217**59947 4**<br>2CDS 271 001 R0257**59950 4**<br>2CDS 271 001 R0277**59952 8**<br>2CDS 271 001 R0317**59954 2**|**59952 8**||0.125<br>0.125<br>0.125<br>0.125|10<br>10<br>10<br>10|
|||||||||||4<br>**S 201 M-K   4**<br>2CDS 271 001 R0337**59957 3**<br>0.125<br>10<br>6<br>**S 201 M-K   6**<br>2CDS 271 001 R0377**59959 7**<br>0.125<br>10<br> a|||||||
||||||||||8|**S 201 M-K   8**|2CDS 271 001 R0407**59962 7**|||0.125|10|
||||||||||10|**S 201 M-K 10**|2CDS 271 001 R0427**59964 1**|||0.125|10|
||||||||||13|**S 201 M-K 13**|2CDS 271 001 R0447**65939 0**|||0.125|10|
||||||||||16|**S 201 M-K 16**|2CDS 271 001 R0467**59966 5**|||0.125|10|
||||||||||20|**S 201 M-K 20**|2CDS 271 001 R0487**59968 9**|||0.125|10|
||||||||||25|**S 201 M-K 25**|2CDS 271 001 R0517**59971 9**|||0.125|10|
||||||||||32|**S 201 M-K 32**|2CDS 271 001 R0537**59973 3**|||0.125|10|
||||||2CDC021171F0006|||2<br>UBmax<br>253 V<br>72 V~~...~~|40<br>50<br>63<br>0.5<br>1<br>1.6|**S 201 M-K 40**<br>**S 201 M-K 50**<br>**S 201 M-K 63**<br>**S 202 M-K   0.5**<br>**S 202 M-K   1**<br>**S 202 M-K   1.6**|2CDS 271 001 R0557**59975 7**<br>2CDS 271 001 R0577**59977 1**<br>2CDS 271 001 R0607**59979 5**<br>2CDS 272 001 R0157**60048 4**<br>2CDS 272 001 R0217**60052 1**<br>2CDS 272 001 R0257**60055 2**|||0.125<br>0.125<br>0.125<br>0.250<br>0.250<br>0.250|10<br>10<br>10<br>5<br>5<br>5|
||||||||||2|**S 202 M-K   2**|2CDS 272 001 R0277**60057 6**|||0.250|5|
||||||||||3|**S 202 M-K   3**|2CDS 272 001 R0317**60059 0**|||0.250|5|
|||il|||||||4<br>**S 202 M-K   4**<br>2CDS 272 001 R0337**60062 0**<br>0.250<br>5<br>6<br>**S 202 M-K   6**<br>2CDS 272 001 R0377**60064 4**<br>0.250<br>5<br>TT|||||||
||||||||||8|**S 202 M-K   8**|2CDS 272 001 R0407**60067 5**|||0.250|5|
||||||||||10|**S 202 M-K 10**|2CDS 272 001 R0427**60069 9**|||0.250|5|
||||||||||13|**S 202 M-K 13**|2CDS 272 001 R0447**65940 6**|||0.250|5|
||||||||||16|**S 202 M-K 16**|2CDS 272 001 R0467**60071 2**|||0.250|5|
||||||||||20|**S 202 M-K 20**|2CDS 272 001 R0487**60073 6**|||0.250|5|
||||||||||25|**S 202 M-K 25**|2CDS 272 001 R0517**60076 7**|||0.250|5|
|||||||||UBmax<br>440 V|32<br>40|**S 202 M-K 32**<br>**S 202 M-K 40**|2CDS 272 001 R0537**60078 1**<br>2CDS 272 001 R0557**60080 4**|||0.250<br>0.250|5<br>5|
|||||||||125 V~~...~~|50|**S 202 M-K 50**|2CDS 272 001 R0577**60082 8**|||0.250|5|
||||||2CSC400426F0201|||3|63<br>0.5<br>1<br>1.6<br>2|**S 202 M-K 63**<br>**S 203 M-K   0.5**<br>**S 203 M-K   1**<br>**S 203 M-K   1.6**<br>**S 203 M-K   2**|2CDS 272 001 R0607**60084 2**<br>2CDS 273 001 R0157**60101 6**<br>2CDS 273 001 R0217**60105 4**<br>2CDS 273 001 R0257**60108 5**<br>2CDS 273 001 R0277**60110 8**|||0.250<br>0.375<br>0.375<br>0.375<br>0.375|5<br>1<br>1<br>1<br>1|
||||||||||3|**S 203 M-K   3**|2CDS 273 001 R0317**60112 2**|||0.375|1|
||||||||||4|**S 203 M-K   4**|2CDS 273 001 R0337**60115 3**|||0.375|1|
||||||||||6|**S 203 M-K   6**|2CDS 273 001 R0377**60117 7**|||0.375|1|
||ii]||||||||8<br>**S 203 M-K   8**<br>2CDS 273 001 R0407**60120 7**<br>0.375<br>1<br>10<br>**S 203 M-K 10**<br>2CDS 273 001 R0427**60122 1**<br>0.375<br>1<br>OO|||||||
||||||||||13|**S 203 M-K 13**|2CDS 273 001 R0447**65941 3**|||0.375|1|
||||||||||16|**S 203 M-K 16**|2CDS 273 001 R0467**60124 5**|||0.375|1|
||||||||||20|**S 203 M-K 20**|2CDS 273 001 R0487**60126 9**|||0.375|1|
||||||||||25|**S 203 M-K 25**|2CDS 273 001 R0517**60129 0**|||0.375|1|
||||||||||32|**S 203 M-K 32**|2CDS 273 001 R0537**60131 3**|||0.375|1|
||||||||||40|**S 203 M-K 40**|2CDS 273 001 R0557**60133 7**|||0.375|1|
|||||||||UBmax|50|**S 203 M-K 50**|2CDS 273 001 R0577**60135 1**|||0.375|1|
|||||||||440 V|63|**S 203 M-K 63**|2CDS 273 001 R0607**60137 5**|||0.375|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /24 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M — 10000 

**S 200 M-K** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


||4||0.5<br>1<br>1.6|**S 204 M-K   0.5**<br>**S 204 M-K   1**<br>**S 204 M-K   1.6**|2CDS 274 001 R0157**60175 7**<br>2CDS 274 001 R0217**60179 5**<br>2CDS 274 001 R0257**60182 5**|||0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
||||2|**S 204 M-K   2**|2CDS 274 001 R0277**60184 9**|||0.500|1|
|2CSC400443F0201|||3<br>4<br>6<br>8<br>10<br>13|**S 204 M-K   3**<br>**S 204 M-K   4**<br>**S 204 M-K   6**<br>**S 204 M-K   8**<br>**S 204 M-K 10**<br>**S 204 M-K 13**|2CDS 274 001 R0317**60186 3**<br>2CDS 274 001 R0337**60189 4**<br>2CDS 274 001 R0377**60191 7**<br>2CDS 274 001 R0407**60194 8**<br>2CDS 274 001 R0427**60196 2**<br>2CDS 274 001 R0447**65942 0**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1|
||||16|**S 204 M-K 16**|2CDS 274 001 R0467**60198 6**|||0.500|1|
||||20|**S 204 M-K 20**|2CDS 274 001 R0487**60200 6**|||0.500|1|
||||25<br>**S 204 M-K 25**<br>2CDS 274 001 R0517**60202 0**<br>0.500<br>1<br>32<br>**S 204 M-K 32**<br>2CDS 274 001 R0537**60204 4**<br>0.500<br>1<br>NN”|||||||
||UBmax<br>440 V||40<br>50|**S 204 M-K 40**<br>**S 204 M-K 50**|2CDS 274 001 R0557**60206 8**<br>2CDS 274 001 R0577**60208 2**|||0.500<br>0.500|1<br>1|
||125 V~~...~~||63|**S 204 M-K 63**|2CDS 274 001 R0607**60210 5**|||0.500|1|
||U|UBmax125 V|125 V~~...~~<br>|with 2 poles connected in series||||||
|2CDC021170F0006|With disconnecting neutral NA<br>Number<br>Rated<br>**Order**<br>of poles<br>current<br>**details**||||**Bbn**<br>**4016779**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
||1||0.5|**S 201 M-K   0.5 NA**|2CDS 271 103 R0157**59995 5**|||0.250|5|
||+||1|**S 201 M-K   1 NA**|2CDS 271 103 R0217**59999 3**|||0.250|5|
||NA|NA|1.6|**S 201 M-K   1.6 NA**|2CDS 271 103 R0257**60002 6**|||0.250|5|
||||2|**S 201 M-K   2 NA**|2CDS 271 103 R0277**60004 0**|||0.250|5|
||||3|**S 201 M-K   3 NA**|2CDS 271 103 R0317**60006 4**|||0.250|5|
||||4|**S 201 M-K   4 NA**|2CDS 271 103 R0337**60009 5**|||0.250|5|
||||6|**S 201 M-K   6 NA**|2CDS 271 103 R0377**60011 8**|||0.250|5|
||||8|**S 201 M-K   8 NA**|2CDS 271 103 R0407**60014 9**|||0.250|5|
||||10|**S 201 M-K 10 NA**|2CDS 271 103 R0427**60016 3**|||0.250|5|
||||13|**S 201 M-K 13 NA**|2CDS 271 103 R0447**65943 7**|||0.250|5|
||||16|**S 201 M-K 16 NA**|2CDS 271 103 R0467**60018 7**|||0.250|5|
|2CSC400418F0201|UBmax<br>253 V<br>72 V~~...~~||20<br>25<br>32<br>40<br>50<br>63|**S 201 M-K 20 NA**<br>**S 201 M-K 25 NA**<br>**S 201 M-K 32 NA**<br>**S 201 M-K 40 NA**<br>**S 201 M-K 50 NA**<br>**S 201 M-K 63 NA**|2CDS 271 103 R0487**60020 0**<br>2CDS 271 103 R0517**60023 1**<br>2CDS 271 103 R0537**60025 5**<br>2CDS 271 103 R0557**60027 9**<br>2CDS 271 103 R0577**60029 3**<br>2CDS 271 103 R0607**60031 6**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250|5<br>5<br>5<br>5<br>5<br>5|



|Number|Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles||current|**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
|1||0.5|**S 201 M-K   0.5 NA**|2CDS 271 103 R0157**59995 5**|||0.250|5|
|+||1|**S 201 M-K   1 NA**|2CDS 271 103 R0217**59999 3**|||0.250|5|
|NA|NA|1.6|**S 201 M-K   1.6 NA**|2CDS 271 103 R0257**60002 6**|||0.250|5|
|||2|**S 201 M-K   2 NA**|2CDS 271 103 R0277**60004 0**|||0.250|5|
|||3|**S 201 M-K   3 NA**|2CDS 271 103 R0317**60006 4**|||0.250|5|
|||4|**S 201 M-K   4 NA**|2CDS 271 103 R0337**60009 5**|||0.250|5|
|||6|**S 201 M-K   6 NA**|2CDS 271 103 R0377**60011 8**|||0.250|5|
|||8|**S 201 M-K   8 NA**|2CDS 271 103 R0407**60014 9**|||0.250|5|
|||10|**S 201 M-K 10 NA**|2CDS 271 103 R0427**60016 3**|||0.250|5|
|||13|**S 201 M-K 13 NA**|2CDS 271 103 R0447**65943 7**|||0.250|5|
|||16|**S 201 M-K 16 NA**|2CDS 271 103 R0467**60018 7**|||0.250|5|
|3<br>+<br>UBmax<br>253 V<br>72 V~~...~~||20<br>25<br>32<br>40<br>50<br>63<br>0.5<br>1|**S 201 M-K 20 NA**<br>**S 201 M-K 25 NA**<br>**S 201 M-K 32 NA**<br>**S 201 M-K 40 NA**<br>**S 201 M-K 50 NA**<br>**S 201 M-K 63 NA**<br>**S 203 M-K   0.5 NA**<br>**S 203 M-K   1 NA**|2CDS 271 103 R0487**60020 0**<br>2CDS 271 103 R0517**60023 1**<br>2CDS 271 103 R0537**60025 5**<br>2CDS 271 103 R0557**60027 9**<br>2CDS 271 103 R0577**60029 3**<br>2CDS 271 103 R0607**60031 6**<br>2CDS 273 103 R0157**65944 4**<br>2CDS 273 103 R0217**65045 1**|||0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.250<br>0.500<br>0.500|5<br>5<br>5<br>5<br>5<br>5<br>1<br>1|
|NA||1.6|**S 203 M-K   1.6 NA**|2CDS 273 103 R0257**65946 8**|||0.500|1|
|||2|**S 203 M-K   2 NA**|2CDS 273 103 R0277**65947 5**|||0.500|1|
|||3|**S 203 M-K   3 NA**|2CDS 273 103 R0317**65948 2**|||0.500|1|
|||4|**S 203 M-K   4 NA**|2CDS 273 103 R0337**65949 9**|||0.500|1|
|||6|**S 203 M-K   6 NA**|2CDS 273 103 R0377**65950 5**|||0.500|1|
|||8|**S 203 M-K   8 NA**|2CDS 273 103 R0407**65951 2**|||0.500|1|
|||10|**S 203 M-K 10 NA**|2CDS 273 103 R0427**65952 9**|||0.500|1|
|||13|**S 203 M-K 13 NA**|2CDS 273 103 R0447**65953 6**|||0.500|1|
|||16|**S 203 M-K 16 NA**|2CDS 273 103 R0467**65954 3**|||0.500|1|
|||20|**S 203 M-K 20 NA**|2CDS 273 103 R0487**65955 0**|||0.500|1|
|||25|**S 203 M-K 25 NA**|2CDS 273 103 R0517**65956 7**|||0.500|1|
|||32|**S 203 M-K 32 NA**|2CDS 273 103 R0537**65957 4**|||0.500|1|
|||40|**S 203 M-K 40 NA**|2CDS 273 103 R0557**65958 1**|||0.500|1|
|UBmax<br>440 V||50|**S 203 M-K 50 NA**|2CDS 273 103 R0577**65960 4**|||0.500|1|
|||63|**S 203 M-K 63 NA**|2CDS 273 103 R0607**65961 1**|||0.500|1|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** OOS 

ABB 

**2** /25 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M 10000 L | 

**S 200 M-Z** 

**2** 

Z 

## **S 200 M-Z characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=10 kA (acc. to VDE 0660 Part 101) 

||||||||Number|Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||of poles||current|**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|||||2CSC400424F0201|||<br>1||In A<br>0.5<br>1<br>1.6<br>2|**Type code**<br>**S 201 M-Z   0.5**<br>**S 201 M-Z   1**<br>**S 201 M-Z   1.6**<br>**S 201 M-Z   2**|Order code<br>**EAN**<br>2CDS 271 001 R0158**59944 3**<br>2CDS 271 001 R0218**59948 1**<br>2CDS 271 001 R0258**59951 1**<br>2CDS 271 001 R0278**59953 5**|||kg<br>0.125<br>0.125<br>0.125<br>0.125|pc.<br>10<br>10<br>10<br>10|
||||||||||3|**S 201 M-Z   3**|2CDS 271 001 R0318**59955 9**|||0.125|10|
||||||||||4|**S 201 M-Z   4**|2CDS 271 001 R0338**59958 0**|||0.125|10|
||||||||||6|**S 201 M-Z   6**|2CDS 271 001 R0378**59960 3**|||0.125|10|
||||||||||8|**S 201 M-Z   8**|2CDS 271 001 R0408**59963 4**|||0.125|10|
|||||||||||10<br>**S 201 M-Z 10**<br>2CDS 271 001 R0428**59965 8**<br>0.125<br>10<br>16<br>**S 201 M-Z 16**<br>2CDS 271 001 R0468**59967 2**<br>0.125<br>10<br> a|||||||
||||||||||20|**S 201 M-Z 20**|2CDS 271 001 R0488**59969 6**|||0.125|10|
||||||||||25|**S 201 M-Z 25**|2CDS 271 001 R0518**59972 6**|||0.125|10|
||||||||||32|**S 201 M-Z 32**|2CDS 271 001 R0538**59974 0**|||0.125|10|
||||||||UBmax||40|**S 201 M-Z 40**|2CDS 271 001 R0558**59976 4**|||0.125|10|
||||||||253 V|253 V|50|**S 201 M-Z 50**|2CDS 271 001 R0578**59978 8**|||0.125|10|
||||||||72 V|72 V~~...~~|63|**S 201 M-Z 63**|2CDS 271 001 R0608**59980 1**|||0.125|10|
|2CDC021205F0006<br>2<br>0.5<br>**S 202 M-Z   0.5**<br>2CDS 272 001 R0158**60049 1**<br>0.250<br>5<br>1<br>**S 202 M-Z   1**<br>2CDS 272 001 R0218**60053 8**<br>0.250<br>5<br>1.6<br>**S 202 M-Z   1.6**<br>2CDS 272 001 R0258**60056 9**<br>0.250<br>5<br>2<br>**S 202 M-Z   2**<br>2CDS 272 001 R0278**60058 3**<br>0.250<br>5<br>3<br>**S 202 M-Z   3**<br>2CDS 272 001 R0318**60060 6**<br>0.250<br>5<br>4<br>**S 202 M-Z   4**<br>2CDS 272 001 R0338**60063 7**<br>0.250<br>5<br>~~re~~||||||||||||||||
||||||||||6|**S 202 M-Z   6**|2CDS 272 001 R0378**60065 1**|||0.250|5|
|||il|||||||8<br>**S 202 M-Z   8**<br>2CDS 272 001 R0408**60068 2**<br>0.250<br>5<br>10<br>**S 202 M-Z 10**<br>2CDS 272 001 R0428**60070 5**<br>0.250<br>5<br> A<br>__§_<br>—_—.|||||||
||||||||||16|**S 202 M-Z 16**|2CDS 272 001 R0468**60072 9**|||0.250|5|
||||||||||20|**S 202 M-Z 20**|2CDS 272 001 R0488**60074 3**|||0.250|5|
||||||||||25|**S 202 M-Z 25**|2CDS 272 001 R0518**60077 4**|||0.250|5|
||||||||||32|**S 202 M-Z 32**|2CDS 272 001 R0538**60079 8**|||0.250|5|
||||||||UBmax<br>440 V<br>125 V|440 V<br>125 V~~...~~<br>~~-~~|40<br>50|**S 202 M-Z 40**<br>**S 202-M Z 50**|2CDS 272 001 R0558**60081 1**<br>2CDS 272 001 R0578**60083 5**|||0.250<br>0.250|5<br>5|
||||||||5||63|**S 202 M-Z 63**|2CDS 272 001 R0608**60085 9**|||0.250|5|
|||||||||||||||||
|||||2CSC400426F0201|||3||0.5<br>1<br>1.6<br>2<br>3|**S 203 M-Z   0.5**<br>**S 203 M-Z   1**<br>**S 203 M-Z   1.6**<br>**S 203 M-Z   2**<br>**S 203 M-Z   3**|2CDS 273 001 R0158**60102 3**<br>2CDS 273 001 R0218**60106 1**<br>2CDS 273 001 R0258**60109 2**<br>2CDS 273 001 R0278**60111 5**<br>2CDS 273 001 R0318**60113 9**|||0.375<br>0.375<br>0.375<br>0.375<br>0.375|1<br>1<br>1<br>1<br>1|
||||||||||4|**S 203 M-Z   4**|2CDS 273 001 R0338**60116 0**|||0.375|1|
||||||||||6|**S 203 M-Z   6**|2CDS 273 001 R0378**60118 4**|||0.375|1|
||||||||||8|**S 203 M-Z   8**|2CDS 273 001 R0408**60121 4**|||0.375|1|
||~~Lif~~||||||||10<br>**S 203 M-Z 10**<br>16<br>**S 203 M-Z 16**<br>$$||2CDS 273 001 R0428**60123 8**<br>2CDS 273 001 R0468**60125 2**|||0.375<br>0.375|1<br>1|
||||||||||20|**S 203 M-Z 20**|2CDS 273 001 R0488**60127 6**|||0.375|1|
||||||||||25|**S 203 M-Z 25**|2CDS 273 001 R0518**60130 6**|||0.375|1|
||||||||||32|**S 203 M-Z 32**|2CDS 273 001 R0538**60132 0**|||0.375|1|
||||||||||40|**S 203 M-Z 40**|2CDS 273 001 R0558**60134 4**|||0.375|1|
||||||||UBmax||50|**S 203 M-Z 50**|2CDS 273 001 R0578**60136 8**|||0.375|1|
||||||||440 V|440 V|63|**S 203 M-Z 63**|2CDS 273 001 R0608**60138 2**|||0.375|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /26 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series M — 10000 

**S 200 M-Z** 

Z 

|||||||4|0.5<br>1<br>1.6|**S 204 M-Z   0.5**<br>**S 204 M-Z   1**<br>**S 204 M-Z   1.6**|2CDS 274 001 R0158**60176 4**<br>2CDS 274 001 R0218**60181 0**<br>2CDS 274 001 R0258**60183 2**|0.500<br>0.500<br>0.500|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||2|**S 204 M-Z   2**|2CDS 274 001 R0278**60185 6**|0.500|1|
||||||2CSC400443F0201||3<br>4<br>6<br>8<br>10|**S 204 M-Z   3**<br>**S 204 M-Z   4**<br>**S 204 M-Z   6**<br>**S 204 M-Z   8**<br>**S 204 M-Z 10**|2CDS 274 001 R0318**60187 0**<br>2CDS 274 001 R0338**60190 0**<br>2CDS 274 001 R0378**60192 4**<br>2CDS 274 001 R0408**60195 5**<br>2CDS 274 001 R0428**60197 9**|0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1|
||||||||16|**S 204 M-Z 16**|2CDS 274 001 R0468**60199 3**|0.500|1|
||||||||20|**S 204 M-Z 20**|2CDS 274 001 R0488**65962 8**|0.500|1|
|iL|||||||25<br>**S 204 M-Z 25**<br>2CDS 274 001 R0518**60203 7**<br>0.500<br>1<br>32<br>**S 204 M-Z 32**<br>2CDS 274 001 R0538**60205 1**<br>0.500<br>1<br> —|||||
|||||||UBmax|40|**S 204 M-Z 40**|2CDS 274 001 R0558**60207 5**|0.500|1|
|||||||440 V|50|**S 204 M-Z 50**|2CDS 274 001 R0578**60209 9**|0.500|1|
|||||||125 V~~...~~|63|**S 204 M-Z 63**|2CDS 274 001 R0608**60211 2**|0.500|1|



**2** 

UBmax 125 V ~~...~~ with 2 poles connected in series 

## With disconnecting neutral NA 

|||||||2CDC021204F0006|2CDC021204F0006|Number<br>of poles<br> <br>1|Number<br>of poles<br> <br>1|Rated<br>current<br>In A<br>0.5|**Order**<br>current<br>**details**<br>**Type code**<br>**S 201 M-Z    0.5  NA**|**Bbn**<br>**4016779**1 piece<br>Order code<br>**EAN**<br>2CDS 271 103 R0158**59996 2**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.260|Pack<br>unit<br>pc.<br>5|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||+||1|**S 201 M-Z    1   NA**|2CDS 271 103 R0218**60000 2**|||0.260|5|
|||||||||NA||1.6|**S 201 M-Z    1.6 NA**|2CDS 271 103 R0258**60003 3**|||0.260|5|
|||||||||||2|**S 201 M-Z    2   NA**|2CDS 271 103 R0278**60005 7**|||0.260|5|
|||||||||||3|**S 201 M-Z    3   NA**|2CDS 271 103 R0318**60007 1**|||0.260|5|
|||||||||||4|**S 201 M-Z    4   NA**|2CDS 271 103 R0338**60010 1**|||0.260|5|
|||||||||||6|**S 201 M-Z    6   NA**|2CDS 271 103 R0378**60012 5**|||0.260|5|
|||||||||||8|**S 201 M-Z    8   NA**|2CDS 271 103 R0408**60015 6**|||0.260|5|
|||||||||||10|**S 201 M-Z  10   NA**|2CDS 271 103 R0428**60017 0**|||0.260|5|
|||||||||||16|**S 201 M-Z  16   NA**|2CDS 271 103 R0468**60019 4**|||0.260|5|
|||||||||||20|**S 201 M-Z  20   NA**|2CDS 271 103 R0488**60021 7**|||0.260|5|
||2CSC400418F0201<br>|<br>Litt|||||||3<br>+<br>NA<br>UBmax<br>253 V<br>72 V<br>|25<br>**S 201 M-Z  25   NA**<br>2CDS 271 103 R0518**60024 8**<br>0.260<br>5<br>32<br>**S 201 M-Z  32   NA**<br>2CDS 271 103 R0538**60026 2**<br>0.260<br>5<br>40<br>**S 201 M-Z  40   NA**<br>2CDS 271 103 R0558**60028 6**<br>0.260<br>5<br>50<br>**S 201 M-Z  50   NA**<br>2CDS 271 103 R0578**60030 9**<br>0.320<br>5<br>63<br>**S 201 M-Z  63   NA**<br>2CDS 271 103 R0608**60032 3**<br>0.320<br>5<br>0.5<br>**S 203 M-Z    0.5 NA**<br>2CDS 273 103 R0158**60147 4**<br>0.520<br>1<br>1<br>**S 203 M-Z    1   NA**<br>2CDS 273 103 R0218**60148 1**<br>0.520<br>1<br>1.6<br>**S 203 M-Z    1.6 NA**<br>2CDS 273 103 R0258**60149 8**<br>0.520<br>1<br>2<br>**S 203 M-Z    2   NA**<br>2CDS 273 103 R0278**60150 4**<br>0.520<br>1<br>3<br>**S 203 M-Z    3   NA**<br>2CDS 273 103 R0318**60151 1**<br>0.520<br>1<br>253 V<br>72 V~~...~~<br>|~~——————~~<br> ~~TT~~||||||||
|||||||||||4|**S 203 M-Z    4   NA**|2CDS 273 103 R0338**60152 8**|||0.520|1|
|||||||||||6|**S 203 M-Z    6   NA**|2CDS 273 103 R0378**60153 5**|||0.520|1|
|||||||||||8|**S 203 M-Z    8   NA**|2CDS 273 103 R0408**60154 2**|||0.520|1|
|||||||||||10|**S 203 M-Z  10   NA**|2CDS 273 103 R0428**60155 9**|||0.520|1|
|||||||||||16|**S 203 M-Z  16   NA**|2CDS 273 103 R0468**60156 6**|||0.520|1|
|||||||||||20|**S 203 M-Z  20   NA**|2CDS 273 103 R0488**60157 3**|||0.520|1|
|||||||||||25|**S 203 M-Z  25   NA**|2CDS 273 103 R0518**60158 0**|||0.520|1|
|||||||||||32|**S 203 M-Z  32   NA**|2CDS 273 103 R0538**60159 7**|||0.520|1|
|||||||||||40|**S 203 M-Z  40   NA**|2CDS 273 103 R0558**60160 3**|||0.520|1|
|||||||||UBmax||50|**S 203 M-Z  50   NA**|2CDS 273 103 R0578**60161 0**|||0.640|1|
|||||||||440 V|440 V|63|**S 203 M-Z  63   NA**|2CDS 273 103 R0608**60162 7**|||0.640|1|
||||||||||||||||||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>||||||||||||||||||



ABB 

**2** /27 

**Selection tables** MCBs S 200 series P Lo] 25000 - Ld[15000] 

**System pro** _**M**_ **compact[®]** 

**S 200 P-B** 

**2** 

## B 

## **S 200 P-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898 

Icn=25 kA for 0.5 A≤In≤25 A 

Icn=15 kA for 32 A≤In≤63 A 

||||||||||||||Number|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||of poles|current<br>**details**<br>**4016779**1 piece<br>group<br>1 piece<br>unit|
|||||||||||||||In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.|
|.<br>a4<br>,<br>ae<br>| <br>)|||||||||2CSC400056F0201<br>||||1<br>6<br>**S 201 P-B   6**<br>2CDS 281 001 R0065**589574**<br>0.14<br>10<br>10<br>**S 201 P-B 10**<br>2CDS 281 001 R0105**589581**<br>0.14<br>10<br>13<br>**S 201 P-B 13**<br>2CDS 281 001 R0135**589598**<br>0.14<br>10<br>16<br>**S 201 P-B 16**<br>2CDS 281 001 R0165**589260**<br>0.14<br>10<br>20<br>**S 201 P-B 20**<br>2CDS 281 001 R0205**589604**<br>0.14<br>10<br>25<br>**S 201 P-B 25**<br>2CDS 281 001 R0255**589611**<br>0.14<br>10<br>32<br>**S 201 P-B 32**<br>2CDS 281 001 R0325**589628**<br>0.14<br>10<br>40<br>**S 201 P-B 40**<br>2CDS 281 001 R0405**589635**<br>0.14<br>10<br>50<br>**S 201 P-B 50**<br>2CDS 281 001 R0505**589659**<br>0.14<br>10<br>63<br>**S 201 P-B 63**<br>2CDS 281 001 R0635**589666**<br>0.14<br>10<br>UBmax<br>253 V<br>72 V~~...~~<br>OO<br>OdJO0—2a222222222———<br>S$.<br>$$  ~~—~~||
|7<br>as.|||||||||2CSC400057F0201<br>||||2<br>|6<br>**S 202 P-B   6**<br>2CDS 282 001 R0065**589673**<br>0.28<br>5<br>10<br>**S 202 P-B 10**<br>2CDS 282 001 R0105**589680**<br>0.28<br>5<br>13<br>**S 202 P-B 13**<br>2CDS 282 001 R0135**589697**<br>0.28<br>5<br>16<br>**S 202 P-B 16**<br>2CDS 282 001 R0165**589703**<br>0.28<br>5<br>20<br>**S 202 P-B 20**<br>2CDS 282 001 R0205**589710**<br>0.28<br>5<br>25<br>**S 202 P-B 25**<br>2CDS 282 001 R0255**589727**<br>0.28<br>5<br> ~~—~~|
||||||||||||||UBmax|32<br>**S 202 P-B 32**<br>2CDS 282 001 R0325**589734**<br>0.28<br>5|
||||||~~)~~||||||||440 V<br>125 V~~...~~<br>Oo|40<br>**S 202 P-B 40**<br>2CDS 282 001 R0405**589741**<br>0.28<br>5<br>50<br>**S 202 P-B 50**<br>2CDS 282 001 R0505**589758**<br>0.28<br>5<br>63<br>**S 202 P-B 63**<br>2CDS 282 001 R0635**589765**<br>0.28<br>5|
|arme<br>a|me <br>a|||||ql|||2CSC400058F0201<br>||||3<br>|6<br>**S 203 P-B   6**<br>2CDS 283 001 R0065**589772**<br>0.42<br>1<br>10<br>**S 203 P-B 10**<br>2CDS 283 001 R0105**589789**<br>0.42<br>1<br>13<br>**S 203 P-B 13**<br>2CDS 283 001 R0135**589796**<br>0.42<br>1<br>16<br>**S 203 P-B 16**<br>2CDS 283 001 R0165**589802**<br>0.42<br>1<br>20<br>**S 203 P-B 20**<br>2CDS 283 001 R0205**589819**<br>0.42<br>1<br>25<br>**S 203 P-B 25**<br>2CDS 283 001 R0255**589826**<br>0.42<br>1<br> ~~i~~<br>~~ss~~|
|||||||||||||||32<br>**S 203 P-B 32**<br>2CDS 283 001 R0325**589833**<br>0.42<br>1|
|||||||||||||||40<br>**S 203 P-B 40**<br>2CDS 283 001 R0405**589840**<br>0.42<br>1|
|||||Hl|||||||||50<br>**S 203 P-B 50**<br>2CDS 283 001 R0505**589857**<br>0.42<br>1<br>63<br>**S 203 P-B 63**<br>2CDS 283 001 R0635**589864**<br>0.42<br>1<br>UBmax<br>440 V<br> oo||
||||||||||||||||
||||||||||||||||
|||llll|||||||2CSC400059F0201|||||4<br>UBmax<br>440 V<br>125 V~~...~~<br> 9|6<br>**S 204 P-B   6**<br>2CDS 284 001 R0065**589871**<br>0.56<br>1<br>10<br>**S 204 P-B 10**<br>2CDS 284 001 R0105**589888**<br>0.56<br>1<br>13<br>**S 204 P-B 13**<br>2CDS 284 001 R0135**589895**<br>0.56<br>1<br>16<br>**S 204 P-B 16**<br>2CDS 284 001 R0165**589901**<br>0.56<br>1<br>20<br>**S 204 P-B 20**<br>2CDS 284 001 R0205**589918**<br>0.56<br>1<br>25<br>**S 204 P-B 25**<br>2CDS 284 001 R0255**589925**<br>0.56<br>1<br>32<br>**S 204 P-B 32**<br>2CDS 284 001 R0325**589932**<br>0.56<br>1<br>40<br>**S 204 P-B 40**<br>2CDS 284 001 R0405**589949**<br>0.56<br>1<br>50<br>**S 204 P-B 50**<br>2CDS 284 001 R0505**589956**<br>0.56<br>1<br>63<br>**S 204 P-B 63**<br>2CDS 284 001 R0635**589963**<br>0.56<br>1<br>=|
||||||||||||||UBmax125 V~~...~~<br> with 2 poles connected in series||



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** ~~OT~~ TO 

ABB 

**2** /28 

**Selection tables System** MCBs S 200 series P **pro** _**M**_ **compact[®]** rs 25000 -[15000] 

**S 200 P-B** 

**2** 

|B|||||||||With disconnecting neutral NA<br>Number|With disconnecting neutral NA<br>Rated<br>**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||of poles|current<br>**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|2CSC400060F0201<br>eo <br>|||||||||<br>|<br>1<br>+<br>NA<br> <br>|In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>6<br>**S 201 P-B   6 NA**<br>2CDS 281 103 R0065**589970**<br>0.28<br>5<br>10<br>**S 201 P-B 10 NA**<br>2CDS 281 103 R0105**589987**<br>0.28<br>5<br>13<br>**S 201 P-B 13 NA**<br>2CDS 281 103 R0135**589994**<br>0.28<br>5<br>16<br>**S 201 P-B 16 NA**<br>2CDS 281 103 R0165**590006**<br>0.28<br>5<br>20<br>**S 201 P-B 20 NA**<br>2CDS 281 103 R0205**590013**<br>0.28<br>5<br>25<br>**S 201 P-B 25 NA**<br>2CDS 281 103 R0255**590020**<br>0.28<br>5<br>32<br>**S 201 P-B 32 NA**<br>2CDS 281 103 R0325**590037**<br>0.28<br>5<br> ——<br> TT||||||
||||||||||UBmax|40<br>**S 201 P-B 40 NA**|2CDS 281 103 R0405**590044**|||0.28|5|
||||||||||253 V<br>72 V~~...~~|50<br>**S 201 P-B 50 NA**<br>63<br>**S 201 P-B 63 NA**|2CDS 281 103 R0505**590051**<br>2CDS 281 103 R0635**590068**|||0.28<br>0.28|5<br>5|
|||||||||||||||||
|||||||2CSC400062F0201|||3<br>+<br>NA|6<br>**S 203 P-B   6 NA**<br>10<br>**S 203 P-B 10 NA**<br>13<br>**S 203 P-B 13 NA**<br>16<br>**S 203 P-B 16 NA**<br>20<br>**S 203 P-B 20 NA**|2CDS 283 103 R0065**590075**<br>2CDS 283 103 R0105**590082**<br>2CDS 283 103 R0135**590099**<br>2CDS 283 103 R0165**590105**<br>2CDS 283 103 R0205**590112**|||0.56<br>0.56<br>0.56<br>0.56<br>0.56|1<br>1<br>1<br>1<br>1|
|||||||||||25<br>**S 203 P-B 25 NA**|2CDS 283 103 R0255**590129**|||0.56|1|
|rts,|||||||||UBmax<br>440 V<br>|32<br>**S 203 P-B 32 NA**<br>2CDS 283 103 R0325**590136**<br>0.56<br>1<br>40<br>**S 203 P-B 40 NA**<br>2CDS 283 103 R0405**590143**<br>0.56<br>1<br>50<br>**S 203 P-B 50 NA**<br>2CDS 283 103 R0505**590150**<br>0.56<br>1<br>63<br>**S 203 P-B 63 NA**<br>2CDS 283 103 R0635**590167**<br>0.56<br>1<br> TO||||||



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /29 

**Selection tables** MCBs S 200 series P re 25000 - |[15000] 

**System pro** _**M**_ **compact[®]** 

**S 200 P-C** 

**2** 

## C 

## **S 200 P-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for resistive and inductive loads with low inrush current. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898 

Icn=25 kA for 0.5 A≤In≤25 A 

Icn=15 kA for 32 A≤In≤63 A 

**==> picture [431 x 534] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4016779|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|1|0.5|S 201 P-C   0.5|2CDS 281 001 R0984|590174|0.14|10|
|1|S 201 P-C   1|2CDS 281 001 R0014|590181|0.14|10|
|1.6|S 201 P-C   1.6|2CDS 281 001 R0974|590198|0.14|10|
|2|S 201 P-C   2|2CDS 281 001 R0024|590204|0.14|10|
|3|S 201 P-C   3|2CDS 281 001 R0034|590211|0.14|10|
|a|
|4|S 201 P-C   4|2CDS 281 001 R0044|590228|0.14|10|
|6|S 201 P-C   6|2CDS 281 001 R0064|590235|0.14|10|
|;|Oo|
|8|S 201 P-C   8|2CDS 281 001 R0084|590242|0.14|10|
|10|S 201 P-C 10|2CDS 281 001 R0104|590259|0.14|10|
|L|oe|13|S 201 P-C 13|2CDS 281 001 R0134|590266|0.14|10|
|16|S 201 P-C 16|2CDS 281 001 R0164|590273|0.14|10|
|20|S 201 P-C 20|2CDS 281 001 R0204|590280|0.14|10|
|||Te|25|S 201 P-C 25|2CDS 281 001 R0254|590297|0.14|10|
|32|S 201 P-C 32|2CDS 281 001 R0324|590303|0.14|10|
|UBmax|40|S 201 P-C 40|2CDS 281 001 R0404|590310|0.14|10|
|253 V|
|72 V|...|5063|S 201 P-C 50 S 201 P-C 63|2CDS 281 001 R0504 2CDS 281 001 R0634|590327590334|0.14 0.14|1010|
|2|0.5|S 202 P-C   0.5|2CDS 282 001 R0984|590341|0.28|5|
|1|S 202 P-C   1|2CDS 282 001 R0014|590358|0.28|5|
|1.6|S 202 P-C   1.6|2CDS 282 001 R0974|590365|0.28|5|
|2|S 202 P-C   2|2CDS 282 001 R0024|590372|0.28|5|
|3|S 202 P-C   3|2CDS 282 001 R0034|590389|0.28|5|
|4|S 202 P-C   4|2CDS 282 001 R0044|590396|0.28|5|
|/|a|
|6|S 202 P-C   6|2CDS 282 001 R0064|590402|0.28|5|
|8|S 202 P-C   8|2CDS 282 001 R0084|590419|0.28|5|
|10|S 202 P-C 10|2CDS 282 001 R0104|590426|0.28|5|
|13|S 202 P-C 13|2CDS 282 001 R0134|590433|0.28|5|
|1]|a|
|16|S 202 P-C 16|2CDS 282 001 R0164|590440|0.28|5|
|20|S 202 P-C 20|2CDS 282 001 R0204|590457|0.28|5|
|25|S 202 P-C 25|2CDS 282 001 R0254|590464|0.28|5|
|UBmax|32|S 202 P-C 32|2CDS 282 001 R0324|590471|0.28|5|
|440 V|
|40|S 202 P-C 40|2CDS 282 001 R0404|590488|0.28|5|
|125 V|...|
|5|[N]|50|S 202 P-C 50|2CDS 282 001 R0504|[O]|590495|0.28|5|
|63|S 202 P-C 63|2CDS 282 001 R0634|590501|0.28|5|
|3|0.5|S 203 P-C   0.5|2CDS 283 001 R0984|590518|0.42|1|
|1|S 203 P-C   1|2CDS 283 001 R0014|590525|0.42|1|
|||
|1.6|S 203 P-C   1.6|2CDS 283 001 R0974|590532|0.42|1|
|2|S 203 P-C   2|2CDS 283 001 R0024|590549|0.42|1|
|3|S 203 P-C   3|2CDS 283 001 R0034|590556|0.42|1|
|4|S 203 P-C   4|2CDS 283 001 R0044|590563|0.42|1|
|'|OO|6|S 203 P-C   6|2CDS 283 001 R0064|590570|0.42|1|
|8|S 203 P-C   8|2CDS 283 001 R0084|590587|0.42|1|
|10|S 203 P-C 10|2CDS 283 001 R0104|590594|0.42|1|
|13|S 203 P-C 13|2CDS 283 001 R0134|590600|0.42|1|
|es|16|S 203 P-C 16|2CDS 283 001 R0164|590617|0.42|1|
|20|S 203 P-C 20|2CDS 283 001 R0204|590624|0.42|1|
|25|S 203 P-C 25|2CDS 283 001 R0254|590631|0.42|1|
|32|S 203 P-C 32|2CDS 283 001 R0324|590648|0.42|1|
|40|S 203 P-C 40|2CDS 283 001 R0404|590655|0.42|1|
|UBmax|50|S 203 P-C50|2CDS 283 001 R0504|590662|0.42|1|
|440 V|
|63|S 203 P-C63|2CDS 283 001 R0634|590679|0.42|1|

**----- End of picture text -----**<br>


**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /30 

**Selection tables System** MCBs S 200 series P **pro** _**M**_ **compact[®]** re 25000 -[15000] 

**S 200 P-C** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


|||||||**4**||0.5<br>1<br> 1.6|**S 204 P-C   0.5**<br>**S 204 P-C   1**<br>**S 204 P-C   1.6**|2CDS 284 001 R0984**590686**<br>2CDS 284 001 R0014**590693**<br>2CDS 284 001 R0974**590709**|0.56<br>0.56<br>0.56|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||2|**S 204 P-C   2**|2CDS 284 001 R0024**590716**|0.56|1|
|||||2CSC400059F0201||||3<br> 4<br> 6<br> 8<br>10<br>13<br>16|**S 204 P-C   3**<br>**S 204 P-C   4**<br>**S 204 P-C   6**<br>**S 204 P-C   8**<br>**S 204 P-C 10**<br>**S 204 P-C 13**<br>**S 204 P-C 16**|2CDS 284 001 R0034**590723**<br>2CDS 284 001 R0044**590730**<br>2CDS 284 001 R0064**590747**<br>2CDS 284 001 R0084**590754**<br>2CDS 284 001 R0104**590761**<br>2CDS 284 001 R0134**590778**<br>2CDS 284 001 R0164**590785**|0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|1<br>1<br>1<br>1<br>1<br>1<br>1|
|||||||||20|**S 204 P-C 20**|2CDS 284 001 R0204**590792**|0.56|1|
|||||||||25|**S 204 P-C 25**|2CDS 284 001 R0254**590808**|0.56|1|
|LiL!||||||UBmax<br>440 V<br>32<br>**S 204 P-C 32**<br>2CDS 284 001 R0324**590815**<br>0.56<br>1<br>40<br>**S 204 P-C 40**<br>2CDS 284 001 R0404**590822**<br>0.56<br>1<br> TT|||||||
|||||||125 V|125 V~~...~~|50|**S 204 P-C 50**|2CDS 284 001 R0504**590839**|0.56|1|
|||||||||63|**S 204 P-C 63**|2CDS 284 001 R0634**590846**|0.56|1|
|||||||suitable for flow-type heaters 12 kW|suitable for flow-type heaters 12 kW||suitable for flow-type heaters 12 kW|suitable for flow-type heaters 21, 24 and 27 kW|||
|||||||suitable for flow-type heaters 18 kW|suitable for flow-type heaters 18 kW||suitable for flow-type heaters 18 kW|UBmax125 V~~...~~<br> with 2 poles connected in series|||



**2** 

## With disconnecting neutral NA 

||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|2CSC400060F0201|||of poles<br> <br>**1**<br>+<br>**NA**|current<br>In A<br> 0.5<br>1<br> 1.6<br> 2<br> 3<br> 4<br> 6|**details**<br>**Type code**<br>**S 201 P-C   0.5 NA**<br>**S 201 P-C   1 NA**<br>**S 201 P-C   1.6 NA**<br>**S 201 P-C   2 NA**<br>**S 201 P-C   3 NA**<br>**S 201 P-C   4 NA**<br>**S 201 P-C   6 NA**|**4016779**1 piece<br>Order code<br>**EAN**<br>2CDS 281 103 R0984**590853**<br>2CDS 281 103 R0014**590860**<br>2CDS 281 103 R0974**590877**<br>2CDS 281 103 R0024**590884**<br>2CDS 281 103 R0034**590891**<br>2CDS 281 103 R0044**590907**<br>2CDS 281 103 R0064**590914**|1 piece|group|1 piece<br>kg<br>0.28<br>0.28<br>0.28<br>0.28<br>0.28<br>0.28<br>0.28|unit<br>pc.<br>5<br>5<br>5<br>5<br>5<br>5<br>5|
|||||8|**S 201 P-C   8 NA**|2CDS 281 103 R0084**590921**|||0.28|5|
|||||10|**S 201 P-C 10 NA**|2CDS 281 103 R0104**590938**|||0.28|5|
|||||13|**S 201 P-C 13 NA**|2CDS 281 103 R0134**590945**|||0.28|5|
|||||16|**S 201 P-C 16 NA**|2CDS 281 103 R0164**590952**|||0.28|5|
|||||20|**S 201 P-C 20 NA**|2CDS 281 103 R0204**590969**|||0.28|5|
|||||25|**S 201 P-C 25 NA**|2CDS 281 103 R0254**590976**|||0.28|5|
||||UBmax<br>253 V|32<br>40|**S 201 P-C 32 NA**<br>**S 201 P-C 40 NA**|2CDS 281 103 R0324**590983**<br>2CDS 281 103 R0404**590990**|||0.28<br>0.28|5<br>5|
||||72 V~~...~~|50|**S 201 P-C 50 NA**|2CDS 281 103 R0504**591003**|||0.28|5|
|||||63|**S 201 P-C 63 NA**|2CDS 281 103 R0634**591010**|||0.28|5|
||||||||||||
||||**3**|0.5|**S 203 P-C   0.5 NA**|2CDS 283 103 R0984**591027**|||0.56|1|
|2CSC400062F0201|||**+**<br>**NA**|1<br> 1.6<br> 2<br> 3<br> 4<br> 6|**S 203 P-C   1 NA**<br>**S 203 P-C   1.6 NA**<br>**S 203 P-C   2 NA**<br>**S 203 P-C   3 NA**<br>**S 203 P-C   4 NA**<br>**S 203 P-C   6 NA**|2CDS 283 103 R0014**591034**<br>2CDS 283 103 R0974**591041**<br>2CDS 283 103 R0024**591058**<br>2CDS 283 103 R0034**591065**<br>2CDS 283 103 R0044**591072**<br>2CDS 283 103 R0064**591089**|||0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|1<br>1<br>1<br>1<br>1<br>1|
|||||8|**S 203 P-C   8 NA**|2CDS 283 103 R0084**591096**|||0.56|1|
|||||10|**S 203 P-C 10 NA**|2CDS 283 103 R0104**591102**|||0.56|1|
|||||13|**S 203 P-C 13 NA**|2CDS 283 103 R0134**591119**|||0.56|1|
|||||16<br>**S 203 P-C 16 NA**<br>2CDS 283 103 R0164**591126**<br>0.56<br>1<br>20<br>**S 203 P-C 20 NA**<br>2CDS 283 103 R0204**591133**<br>0.56<br>1<br>OO|||||||
|||||25|**S 203 P-C 25 NA**|2CDS 283 103 R0254**591140**|||0.56|1|
|||||32|**S 203 P-C 32 NA**|2CDS 283 103 R0324**591157**|||0.56|1|
|||||40|**S 203 P-C 40 NA**|2CDS 283 103 R0404**591164**|||0.56|1|
||||UBmax<br>440 V|50|**S 203 P-C 50 NA**|2CDS 283 103 R0504**591171**|||0.56|1|
|||||63|**S 203 P-C 63 NA**|2CDS 283 103 R0634**591188**|||0.56|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** ~~|~~ 

ABB 

**2** /31 

**Selection tables** MCBs S 200 series P re 25000 -[15000] 

**System pro** _**M**_ **compact[®]** 

**S 200 P-D** 

**2** 

## D 

## **S 200 P-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for circuits which supply loads with high inrush current at the circuit closing (LV/LV transformers, breakdown lamps). 

Applications: commercial and industrial. 

Standard: IEC/EN 60898 

Icn=25 kA for 0.5 A≤In≤25 A 

Icn=15 kA for 32 A≤In≤63 A 

||||Number|Number|Rated<br>**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
||||of poles||current<br>**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|2CSC400056F0201<br>|||<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.5<br>**S 201 P-D   0.5**<br>2CDS 281 001 R0981**591195**<br>0.14<br>10<br>1<br>**S 201 P-D   1**<br>2CDS 281 001 R0011**591201**<br>0.14<br>10<br>1.6<br>**S 201 P-D   1.6**<br>2CDS 281 001 R0971**591218**<br>0.14<br>10<br>2<br>**S 201 P-D   2**<br>2CDS 281 001 R0021**591225**<br>0.14<br>10<br> 3<br>**S 201 P-D   3**<br>2CDS 281 001 R0031**591232**<br>0.14<br>10<br> 4<br>**S 201 P-D   4**<br>2CDS 281 001 R0041**591249**<br>0.14<br>10<br> 6<br>**S 201 P-D   6**<br>2CDS 281 001 R0061**591256**<br>0.14<br>10<br> OT<br>TT<br>oO||||||||
||||||8<br>**S 201 P-D   8**<br>2CDS 281 001 R0081**591263**<br>0.14<br>10<br>10<br>**S 201 P-D 10**<br>2CDS 281 001 R0101**591270**<br>0.14<br>10<br>13<br>**S 201 P-D 13**<br>2CDS 281 001 R0131**591287**<br>0.14<br>10<br>————<br>OTT||||||
||||||16<br>**S 201 P-D 16**<br>20<br>**S 201 P-D 20**|2CDS 281 001 R0161**591294**<br>2CDS 281 001 R0201**591300**|||0.14<br>0.14|10<br>10|
||||||25<br>**S 201 P-D 25**|2CDS 281 001 R0251**591317**|||0.14|10|
||||||32<br>**S 201 P-D 32**|2CDS 281 001 R0321**591324**|||0.14|10|
||||UBmax<br>253 V<br>72 V~~...~~||40<br>**S 201 P-D 40**<br>50<br>**S 201 P-D 50**|2CDS 281 001 R0401**591331**<br>2CDS 281 001 R0501**591348**|||0.14<br>0.14|10<br>10|
||||||63<br>**S 201 P-D 63**|2CDS 281 001 R0631**591355**|||0.14|10|
|2CSC400057F0201|||**2**||0.5<br>**S 202 P-D   0.5**<br>2CDS 282 001 R0981**591362**<br>0.28<br>5<br> 1<br>**S 202 P-D   1**<br>2CDS 282 001 R0011**591379**<br>0.28<br>5<br> 1.6<br>**S 202 P-D   1.6**<br>2CDS 282 001 R0971**591386**<br>0.28<br>5<br> 2<br>**S 202 P-D   2**<br>2CDS 282 001 R0021**591393**<br>0.28<br>5<br> 3<br>**S 202 P-D   3**<br>2CDS 282 001 R0031**591409**<br>0.28<br>5<br> 4<br>**S 202 P-D   4**<br>2CDS 282 001 R0041**591416**<br>0.28<br>5<br> 6<br>**S 202 P-D   6**<br>2CDS 282 001 R0061**591423**<br>0.28<br>5<br>~~Ne~~||||||
||||||8<br>**S 202 P-D   8**|2CDS 282 001 R0081**591430**|||0.28|5|
||||||10<br>**S 202 P-D 10**|2CDS 282 001 R0101**591447**|||0.28|5|
||||||13<br>**S 202 P-D 13**<br>16<br>**S 202 P-D 16**<br>EEE<br>RE|2CDS 282 001 R0131**591454**<br>2CDS 282 001 R0161**591461**<br>RE|RE|RE|0.28<br>0.28<br>RE|5<br>5<br>RE|
||||||20<br>**S 202 P-D 20**|2CDS 282 001 R0201**591478**|||0.28|5|
||||||25<br>**S 202 P-D 25**|2CDS 282 001 R0251**591485**|||0.28|5|
||||UBmax<br>440 V<br>125 V|440 V<br>125 V~~...~~<br>~~-~~|32<br>**S 202 P-D 32**<br>40<br>**S 202 P-D 40**|2CDS 282 001 R0321**591492**<br>2CDS 282 001 R0401**591508**|||0.28<br>0.28|5<br>5|
||||®||50<br>**S 202 P-D 50**|2CDS 282 001 R0501**591515**|||0.28|5|
||||||63<br>**S 202 P-D 63**|2CDS 282 001 R0631**591522**|||0.28|5|
|2CSC400058F0201|||**3**||0.5<br>**S 203 P-D   0.5**<br>2CDS 283 001 R0981**591539**<br>0.42<br>1<br>1<br>**S 203 P-D   1**<br>2CDS 283 001 R0011**591546**<br>0.42<br>1<br>1.6<br>**S 203 P-D   1.6**<br>2CDS 283 001 R0971**591553**<br>0.42<br>1<br>2<br>**S 203 P-D   2**<br>2CDS 283 001 R0021**591560**<br>0.42<br>1<br>3<br>**S 203 P-D   3**<br>2CDS 283 001 R0031**591577**<br>0.42<br>1<br>4<br>**S 203 P-D   4**<br>2CDS 283 001 R0041**591584**<br>0.42<br>1<br>6<br>**S 203 P-D   6**<br>2CDS 283 001 R0061**591591**<br>0.42<br>1<br>8<br>**S 203 P-D   8**<br>2CDS 283 001 R0081**591607**<br>0.42<br>1<br>TTTTTT||||||
||||||10<br>**S 203 P-D 10**|2CDS 283 001 R0101**591614**|||0.42|1|
||||||13<br>**S 203 P-D 13**|2CDS 283 001 R0131**591621**|||0.42|1|
||||||16<br>**S 203 P-D 16**<br>2CDS 283 001 R0161**591638**<br>0.42<br>1<br>20<br>**S 203 P-D 20**<br>2CDS 283 001 R0201**591645**<br>0.42<br>1<br>TTT||||||
||||||25<br>**S 203 P-D 25**|2CDS 283 001 R0251**591652**|||0.42|1|
||||||32<br>**S 203 P-D 32**|2CDS 283 001 R0321**591669**|||0.42|1|
||||UBmax<br>440 V|440 V|40<br>**S 203 P-D 40**<br>50<br>**S 203 P-D50**|2CDS 283 001 R0401**591676**<br>2CDS 283 001 R0501**591683**|||0.42<br>0.42|1<br>1|
||||||63<br>**S 203 P-D63**|2CDS 283 001 R0631**591690**|||0.42|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /32 

**Selection tables System** MCBs S 200 series P **pro** _**M**_ **compact[®]** a 25000 -[15000] 

**S 200 P-D** 

|D||
|---|---|
||2CSC400059F0201|



|||||||**4**|0.5<br>1<br> 1.6|**S 204 P-D   0.5**<br>**S 204 P-D   1**<br>**S 204 P-D   1.6**|2CDS 284 001 R0981**591706**<br>2CDS 284 001 R0011**591713**<br>2CDS 284 001 R0971**591720**|0.56<br>0.56<br>0.56|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||2|**S 204 P-D   2**|2CDS 284 001 R0021**591737**|0.56|1|
||||||||3|**S 204 P-D   3**|2CDS 284 001 R0031**591744**|0.56|1|
||||||||4|**S 204 P-D   4**|2CDS 284 001 R0041**591751**|0.56|1|
|||||2CSC400059F0201|||6<br> 8<br>10<br>13<br>16<br>20<br>25|**S 204 P-D   6**<br>**S 204 P-D   8**<br>**S 204 P-D 10**<br>**S 204 P-D 13**<br>**S 204 P-D 16**<br>**S 204 P-D 20**<br>**S 204 P-D 25**|2CDS 284 001 R0061**591768**<br>2CDS 284 001 R0081**591775**<br>2CDS 284 001 R0101**591782**<br>2CDS 284 001 R0131**591799**<br>2CDS 284 001 R0161**591805**<br>2CDS 284 001 R0201**591812**<br>2CDS 284 001 R0251**591829**|0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|1<br>1<br>1<br>1<br>1<br>1<br>1|
|Ltil||||||UBmax<br>440 V<br>125 V~~...~~<br>32<br>**S 204 P-D 32**<br>2CDS 284 001 R0321**591836**<br>0.56<br>1<br>40<br>**S 204 P-D 40**<br>2CDS 284 001 R0401**591843**<br>0.56<br>1<br>50<br>**S 204 P-D 50**<br>2CDS 284 001 R0501**591850**<br>0.56<br>1<br>63<br>**S 204 P-D 63**<br>2CDS 284 001 R0631**591867**<br>0.56<br>1<br> ~~O~~O||||||
|||||||suitable for flow-type heaters 12 kW|suitable for flow-type heaters 12 kW|suitable for flow-type heaters 12 kW|suitable for flow-type heaters 21, 24 and 27 kW|||
|||||||suitable for flow-type heaters 18 kW|suitable for flow-type heaters 18 kW|suitable for flow-type heaters 18 kW|UBmax125 V~~...~~<br> with 2 poles connected in series|||



**2** 

## With disconnecting neutral NA 

|||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|
|||||of poles|current|**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
|2CSC400060F0201||||<br>**1**<br>+<br>**NA**|In A<br> 0.5<br>1<br> 1.6<br> 2|**Type code**<br>**S 201 P-D   0.5 NA**<br>**S 201 P-D   1 NA**<br>**S 201 P-D   1.6 NA**<br>**S 201 P-D   2 NA**|Order code<br>**EAN**<br>2CDS 281 103 R0981**591874**<br>2CDS 281 103 R0011**591881**<br>2CDS 281 103 R0971**591898**<br>2CDS 281 103 R0021**591904**|||kg<br>0.28<br>0.28<br>0.28<br>0.28|pc.<br>5<br>5<br>5<br>5|
||||||3|**S 201 P-D   3 NA**|2CDS 281 103 R0031**591911**|||0.28|5|
||||||4|**S 201 P-D   4 NA**|2CDS 281 103 R0041**591928**|||0.28|5|
||||||6|**S 201 P-D   6 NA**|2CDS 281 103 R0061**591935**|||0.28|5|
||||||8|**S 201 P-D   8 NA**|2CDS 281 103 R0081**591942**|||0.28|5|
||||||10|**S 201 P-D 10 NA**|2CDS 281 103 R0101**591959**|||0.28|5|
||||||13|**S 201 P-D 13 NA**|2CDS 281 103 R0131**591966**|||0.28|5|
||||||16|**S 201 P-D 16 NA**|2CDS 281 103 R0161**591973**|||0.28|5|
||||||20|**S 201 P-D 20 NA**|2CDS 281 103 R0201**591980**|||0.28|5|
||||||25|**S 201 P-D 25 NA**|2CDS 281 103 R0251**591997**|||0.28|5|
||||||32|**S 201 P-D 32 NA**|2CDS 281 103 R0321**592000**|||0.28|5|
|||||UBmax<br>253 V<br>72 V~~...~~|40<br>50|**S 201 P-D 40 NA**<br>**S 201 P-D 50 NA**|2CDS 281 103 R0401**592017**<br>2CDS 281 103 R0501**592024**|||0.28<br>0.28|5<br>5|
||||||63|**S 201 P-D 63 NA**|2CDS 281 103 R0631**592031**|||0.28|5|
|||||||||||||
|||||**3**|0.5|**S 203 P-D   0.5 NA**|2CDS 283 103 R0981**592048**|||0.56|1|
|||||**+**|1|**S 203 P-D   1 NA**|2CDS 283 103 R0011**592055**|||0.56|1|
|2CSC400062F0201||||**NA**|1.6<br> 2<br> 3<br> 4<br> 6<br> 8|**S 203 P-D   1.6 NA**<br>**S 203 P-D   2 NA**<br>**S 203 P-D   3 NA**<br>**S 203 P-D   4 NA**<br>**S 203 P-D   6 NA**<br>**S 203 P-D   8 NA**|2CDS 283 103 R0971**592062**<br>2CDS 283 103 R0021**592079**<br>2CDS 283 103 R0031**592086**<br>2CDS 283 103 R0041**592093**<br>2CDS 283 103 R0061**592109**<br>2CDS 283 103 R0081**592116**|||0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|1<br>1<br>1<br>1<br>1<br>1|
||||||10|**S 203 P-D 10 NA**|2CDS 283 103 R0101**592123**|||0.56|1|
||||||13|**S 203 P-D 13 NA**|2CDS 283 103 R0131**592130**|||0.56|1|
||||||16<br>**S 203 P-D 16 NA**<br>2CDS 283 103 R0161**592147**<br>0.56<br>1<br>20<br>**S 203 P-D 20 NA**<br>2CDS 283 103 R0201**592154**<br>0.56<br>1<br>OO|||||||
||||||25|**S 203 P-D 25 NA**|2CDS 283 103 R0251**592161**|||0.56|1|
||||||32|**S 203 P-D 32 NA**|2CDS 283 103 R0321**592178**|||0.56|1|
|||||UBmax<br>440 V|40<br>50|**S 203 P-D 40 NA**<br>**S 203 P-D 50 NA**|2CDS 283 103 R0401**592185**<br>2CDS 283 103 R0501**592192**|||0.56<br>0.56|1<br>1|
||||||63|**S 203 P-D 63 NA**|2CDS 283 103 R0631**592208**|||0.56|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** TOO 

ABB 

**2** /33 

**Selection tables** MCBs S 200 series P LL} 25000 - Ld[15000] 

**System pro** _**M**_ **compact[®]** 

**S 200 P-K** 

**2** 

## K 

## **S 200 P-K (power) characteristic** 

Function: protection and control of the circuits like motors, transformers and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=25 kA for 0.5 A≤In≤25 A; Icu=15 kA for 32 A≤In≤63 A (acc. to VDE 0660 Part 101) 

|ria <br>a|ria <br>a|ria <br>a|||<br>Fy|<br>|2CSC400002F0201<br> <br>|2CSC400002F0201<br> <br>|<br>|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>0.2<br>**S 201 P-K   0.2**<br>2CDS 281 001 R0087**592215**<br>0.14<br>10<br>0.3<br>**S 201 P-K   0.3**<br>2CDS 281 001 R0117**592222**<br>0.14<br>10<br>0.5<br>**S 201 P-K   0.5**<br>2CDS 281 001 R0157**592239**<br>0.14<br>10<br>0.75<br>**S 201 P-K   0.75**<br>2CDS 281 001 R0187**592246**<br>0.14<br>10<br>1<br>**S 201 P-K   1**<br>2CDS 281 001 R0217**592253**<br>0.14<br>10<br> oor<br>Se<br> a|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||1.6|**S 201 P-K   1.6**|2CDS 281 001 R0257**592260**||0.14|10|
||||||4||||||2<br>**S 201 P-K   2**<br>2CDS 281 001 R0277**592277**<br>0.14<br>10<br>3<br>**S 201 P-K   3**<br>2CDS 281 001 R0317**592284**<br>0.14<br>10<br>On||||||
|||||||||||||4<br>**S 201 P-K   4**<br>2CDS 281 001 R0337**592291**<br>0.14<br>10<br>6<br>**S 201 P-K   6**<br>2CDS 281 001 R0377**592307**<br>0.14<br>10<br>8<br>**S 201 P-K   8**<br>2CDS 281 001 R0407**592314**<br>0.14<br>10<br> a||||||
||||||||||||10|**S 201 P-K 10**|2CDS 281 001 R0427**592321**||0.14|10|
||||||||||||13|**S 201 P-K 13**|2CDS 281 001 R0447**592338**||0.14|10|
||||||||||||16|**S 201 P-K 16**|2CDS 281 001 R0467**592345**||0.14|10|
||||||||||||20|**S 201 P-K 20**|2CDS 281 001 R0487**592352**||0.14|10|
||||||||||||25|**S 201 P-K 25**|2CDS 281 001 R0517**592369**||0.14|10|
||||||||||||32|**S 201 P-K 32**|2CDS 281 001 R0537**592376**||0.14|10|
|||||||||||UBmax<br>253 V|40<br>50|**S 201 P-K 40**<br>**S 201 P-K 50**|2CDS 281 001 R0557**592383**<br>2CDS 281 001 R0577**592390**||0.14<br>0.14|10<br>10|
|||||||||||72 V~~...~~|63|**S 201 P-K 63**|2CDS 281 001 R0607**592406**||0.14|10|
|4_ <br>oe|||* <br>oe||; <br>oe||2CSC400004F0201<br>|||**2**<br>0.2<br>**S 202 P-K   0.2**<br>2CDS 282 001 R0087**592413**<br>0.28<br>5<br>0.3<br>**S 202 P-K   0.3**<br>2CDS 282 001 R0117**592420**<br>0.28<br>5<br>0.5<br>**S 202 P-K   0.5**<br>2CDS 282 001 R0157**592437**<br>0.28<br>5<br>0.75<br>**S 202 P-K   0.75**<br>2CDS 282 001 R0187**592444**<br>0.28<br>5<br>1<br>**S 202 P-K   1**<br>2CDS 282 001 R0217**592451**<br>0.28<br>5<br>1.6<br>**S 202 P-K   1.6**<br>2CDS 282 001 R0257**592468**<br>0.28<br>5<br>2<br>**S 202 P-K   2**<br>2CDS 282 001 R0277**592475**<br>0.28<br>5<br>3<br>**S 202 P-K   3**<br>2CDS 282 001 R0317**592482**<br>0.28<br>5<br> ~~ON~~<br>oe|||||||
||||||||||||4|**S 202 P-K   4**|2CDS 282 001 R0337**592499**||0.28|5|
||||||||||||6|**S 202 P-K   6**|2CDS 282 001 R0377**592505**||0.28|5|
|||||Li|||||||8<br>10<br>13<br>Oo|**S 202 P-K   8**<br>**S 202 P-K 10**<br>**S 202 P-K 13**|2CDS 282 001 R0407**592512**<br>2CDS 282 001 R0427**592529**<br>2CDS 282 001 R0447**592536**||0.28<br>0.28<br>0.28|5<br>5<br>5|
||||||||||||16|**S 202 P-K 16**|2CDS 282 001 R0467**592543**||0.28|5|
||||||||||||20|**S 202 P-K 20**|2CDS 282 001 R0487**592550**||0.28|5|
||||||||||||25|**S 202 P-K 25**|2CDS 282 001 R0517**592567**||0.28|5|
||||||||||||32|**S 202 P-K 32**|2CDS 282 001 R0537**592574**||0.28|5|
|je<br>ry|||||‘i||2CSC400128F0201<br>|||40<br>**S 202 P-K 40**<br>2CDS 282 001 R0557**592581**<br>0.28<br>5<br>50<br>**S 202 P-K 50**<br>2CDS 282 001 R0577**592598**<br>0.28<br>5<br>63<br>**S 202 P-K 63**<br>2CDS 282 001 R0607**592604**<br>0.28<br>5<br>**3**<br>0.2<br>**S 203 P-K   0.2**<br>2CDS 283 001 R0087**592611**<br>0.42<br>1<br>0.3<br>**S 203 P-K   0.3**<br>2CDS 283 001 R0117**592628**<br>0.42<br>1<br>0.5<br>**S 203 P-K   0.5**<br>2CDS 283 001 R0157**592635**<br>0.42<br>1<br>0.75<br>**S 203 P-K   0.75**<br>2CDS 283 001 R0187**592642**<br>0.42<br>1<br>1<br>**S 203 P-K   1**<br>2CDS 283 001 R0217**592659**<br>0.42<br>1<br>1.6<br>**S 203 P-K   1.6**<br>2CDS 283 001 R0257**592666**<br>0.42<br>1<br>UBmax<br>440 V<br>125 V~~...~~<br>5 ~~O~~O<br> ~~ee~~|||||||
||||||||||||2|**S 203 P-K   2**|2CDS 283 001 R0277**592673**||0.42|1|
||||||||||||3|**S 203 P-K   3**|2CDS 283 001 R0317**592680**||0.42|1|
||||||||||||4|**S 203 P-K   4**|2CDS 283 001 R0337**592697**||0.42|1|
||||||||||||6|**S 203 P-K   6**|2CDS 283 001 R0377**592703**||0.42|1|
||||Lil||||||||8<br>**S 203 P-K   8**<br>2CDS 283 001 R0407**592710**<br>0.42<br>1<br>10<br>**S 203 P-K 10**<br>2CDS 283 001 R0427**592727**<br>0.42<br>1<br>13<br>**S 203 P-K 13**<br>2CDS 283 001 R0447**592734**<br>0.42<br>1<br>OOOO||||||
|||||||||||UBmax<br>440 V|16<br>20|**S 203 P-K 16**<br>**S 203 P-K 20**|2CDS 283 001 R0467**592741**<br>2CDS 283 001 R0487**592758**||0.42<br>0.42|1<br>1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** ~~C~~ d 

ABB 

**2** /34 

**Selection tables System** MCBs S 200 series P **pro** _**M**_ **compact[®]** a 25000 -[15000] 

**S 200 P-K** 

|K<br>2CSC400003F0201<br>2CSC400132F0201<br>2CSC400132F0201<br>Liil<br>—<br>Ly<br>LLil<br>[Do]|K<br>2CSC400003F0201<br>2CSC400132F0201<br>2CSC400132F0201<br>Liil<br>—<br>Ly<br>LLil<br>[Do]|
|---|---|
|**Technical details ............................  pag. 11/2**<br>[Do]|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>[Do]|



|||||||||||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||of poles|current|current<br>**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
||—|||||||||2CSC400003F0201||<br>1<br>**+**<br>**NA**|In A<br>0.2<br>0.3<br>0.5<br>0.75<br>1|**Type code**<br>**S 201 P-K   0.2 NA**<br>**S 201 P-K   0.3 NA**<br>**S 201 P-K   0.5 NA**<br>**S 201 P-K   0.75 NA**<br>**S 201 P-K   1 NA**|Order code<br>**EAN**<br>2CDS 281 103 R0087**593014**<br>2CDS 281 103 R0117**593021**<br>2CDS 281 103 R0157**593038**<br>2CDS 281 103 R0187**593045**<br>2CDS 281 103 R0217**593052**|||kg<br>0.28<br>0.28<br>0.28<br>0.28<br>0.28|pc.<br>5<br>5<br>5<br>5<br>5|
||||||||||||||1.6|**S 201 P-K   1.6 NA**|2CDS 281 103 R0257**593069**|||0.28|5|
||Ly||||||||||||2<br>**S 201 P-K   2 NA**<br>2CDS 281 103 R0277**593076**<br>0.28<br>5<br> 3<br>**S 201 P-K   3 NA**<br>2CDS 281 103 R0317**593083**<br>0.28<br>5<br> 4<br>**S 201 P-K   4 NA**<br>2CDS 281 103 R0337**593090**<br>0.28<br>5<br>TT|||||||
||||||||||||||6|**S 201 P-K   6 NA**|2CDS 281 103 R0377**593106**|||0.28|5|
||||||||||||||8|**S 201 P-K   8 NA**|2CDS 281 103 R0407**593113**|||0.28|5|
||||||||||||||10|**S 201 P-K 10 NA**|2CDS 281 103 R0427**593120**|||0.28|5|
||||||||||||||13|**S 201 P-K 13 NA**|2CDS 281 103 R0447**593137**|||0.28|5|
||||||||||||||16|**S 201 P-K 16 NA**|2CDS 281 103 R0467**593144**|||0.28|5|
||||||||||||||20|**S 201 P-K 20 NA**|2CDS 281 103 R0487**593151**|||0.28|5|
||||||||||||||25|**S 201 P-K 25 NA**|2CDS 281 103 R0517**593168**|||0.28|5|
||||||||||||||32|**S 201 P-K 32 NA**|2CDS 281 103 R0537**593175**|||0.28|5|
|||||||||||||UBmax<br>253 V<br>72 V~~...~~|40<br>50<br>63|**S 201 P-K 40 NA**<br>**S 201 P-K 50 NA**<br>**S 201 P-K 63 NA**|2CDS 281 103 R0557**593182**<br>2CDS 281 103 R0577**593199**<br>2CDS 281 103 R0607**593205**|||0.28<br>0.28<br>0.28|5<br>5<br>5|
|||||||||||||**3**|0.2|**S 203 P-K   0.2 NA**|2CDS 283 103 R0087**593212**|||0.56|2|
|||||||||||2CSC400132F0201||**+**<br>**NA**|0.3<br>0.5<br>0.75<br>1<br>1.6<br> 2<br> 3|**S 203 P-K   0.3 NA**<br>**S 203 P-K   0.5 NA**<br>**S 203 P-K   0.75 NA**<br>**S 203 P-K   1 NA**<br>**S 203 P-K   1.6 NA**<br>**S 203 P-K   2 NA**<br>**S 203 P-K   3 NA**|2CDS 283 103 R0117**593229**<br>2CDS 283 103 R0157**593236**<br>2CDS 283 103 R0187**593243**<br>2CDS 283 103 R0217**593250**<br>2CDS 283 103 R0257**593267**<br>2CDS 283 103 R0277**593274**<br>2CDS 283 103 R0317**593281**|||0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|2<br>2<br>2<br>2<br>2<br>2<br>2|
||||||||||||||4|**S 203 P-K   4 NA**|2CDS 283 103 R0337**593298**|||0.56|2|
||||||||||||||6|**S 203 P-K   6 NA**|2CDS 283 103 R0377**593304**|||0.56|2|
||||||||||||||8|**S 203 P-K   8 NA**|2CDS 283 103 R0407**593311**|||0.56|2|
|||LLil|||||||||||10<br>**S 203 P-K 10 NA**<br>2CDS 283 103 R0427**593328**<br>0.56<br>2<br>13<br>**S 203 P-K 13 NA**<br>2CDS 283 103 R0447**593335**<br>0.56<br>2<br>16<br>**S 203 P-K 16 NA**<br>2CDS 283 103 R0467**593342**<br>0.56<br>2<br>TO|||||||
||||||||||||||20|**S 203 P-K 20 NA**|2CDS 283 103 R0487**593359**|||0.56|2|
||||||||||||||25|**S 203 P-K 25 NA**|2CDS 283 103 R0517**593366**|||0.56|2|
||||||||||||||32|**S 203 P-K 32 NA**|2CDS 283 103 R0537**593373**|||0.56|2|
||||||||||||||40|**S 203 P-K 40 NA**|2CDS 283 103 R0557**593380**|||0.56|2|
|||||||||||||UBmax|50|**S 203 P-K 50 NA**|2CDS 283 103 R0577**593397**|||0.56|2|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/2**<br>63<br>**S 203 P-K 63 NA**<br>2CDS 283 103 R0607**593403**<br>0.56<br>2<br>440 V<br>[Do]||||||||||||||||||||



**2** 

ABB 

**2** /35 

**Selection tables** MCBs S 200 series P Co 25000 - Cd[15000] 

**System pro** _**M**_ **compact[®]** 

**S 200 P-Z** 

**2** 

**==> picture [25 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
Z<br>**----- End of picture text -----**<br>


## **S 200 P-Z characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

Icu=25 kA for 0.5 A≤In≤25 A; Icu=15 kA for 32 A≤In≤63 A (acc. to VDE 0660 Part 101) 

|2CSC400002F0201|2CSC400002F0201|
|---|---|
|||
|2CSC400004F0201||
|||
|2CSC400128F0201||



|Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
|of poles|current|**details**|**4016779**1 piece|1 piece|group|1 piece|unit|
||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
|1|0.5<br> 1<br>—|**S 201 P-Z   0.5**<br>**S 201 P-Z   1**|2CDS 281 001 R0158**593410**<br>2CDS 281 001 R0218**593427**|||0.14<br>0.14|10<br>10|
||1.6|**S 201 P-Z   1.6**|2CDS 281 001 R0258**593434**|||0.14|10|
||2<br>**S 201 P-Z   2**<br>2CDS 281 001 R0278**593441**<br>0.14<br>10<br> 3<br>**S 201 P-Z   3**<br>2CDS 281 001 R0318**593458**<br>0.14<br>10<br> 4<br>**S 201 P-Z   4**<br>2CDS 281 001 R0338**593465**<br>0.14<br>10<br> 6<br>**S 201 P-Z   6**<br>2CDS 281 001 R0378**593472**<br>0.14<br>10<br> 8<br>**S 201 P-Z   8**<br>2CDS 281 001 R0408**593489**<br>0.14<br>10<br>NT<br>OOO<br>TO|||||||
||10<br>TO|**S 201 P-Z 10**<br>TO|2CDS 281 001 R0428**593496**<br>TO|TO|TO|0.14<br>TO|10<br>TO|
||16<br>**S 201 P-Z 16**<br>2CDS 281 001 R0468**593502**<br>0.14<br>10<br>20<br>**S 201 P-Z 20**<br>2CDS 281 001 R0488**593519**<br>0.14<br>10<br>25<br>**S 201 P-Z 25**<br>2CDS 281 001 R0518**593526**<br>0.14<br>10<br>OO|||||||
||32|**S 201 P-Z 32**|2CDS 281 001 R0538**593533**|||0.14|10|
|UBmax|40|**S 201 P-Z 40**|2CDS 281 001 R0558**593540**|||0.14|10|
|253 V|50|**S 201 P-Z 50**|2CDS 281 001 R0578**593557**|||0.14|10|
|72 V~~...~~|63|**S 201 P-Z 63**|2CDS 281 001 R0608**593564**|||0.14|10|
|||||||||
|**2**|0.5|**S 202 P-Z   0.5**|2CDS 282 001 R0158**593571**|||0.28|5|
||1|**S 202 P-Z   1**|2CDS 282 001 R0218**593588**|||0.28|5|
||1.6|**S 202 P-Z   1.6**|2CDS 282 001 R0258**593595**|||0.28|5|
||2|**S 202 P-Z   2**|2CDS 282 001 R0278**593601**|||0.28|5|
||3<br>**S 202 P-Z   3**<br>2CDS 282 001 R0318**593618**<br>0.28<br>5<br> 4<br>**S 202 P-Z   4**<br>2CDS 282 001 R0338**593625**<br>0.28<br>5<br> 6<br>**S 202 P-Z   6**<br>2CDS 282 001 R0378**593632**<br>0.28<br>5<br>TT|||||||
||8|**S 202 P-Z   8**|2CDS 282 001 R0408**593649**|||0.28|5|
||10<br>**S 202 P-Z 10**<br>2CDS 282 001 R0428**593656**<br>0.28<br>5<br>16<br>**S 202 P-Z 16**<br>2CDS 282 001 R0468**593663**<br>0.28<br>5<br>TT|||||||
||20|**S 202 P-Z 20**|2CDS 282 001 R0488**593670**|||0.28|5|
||25|**S 202 P-Z 25**|2CDS 282 001 R0518**593687**|||0.28|5|
|32<br>**S 202 P-Z 32**<br>2CDS 282 001 R0538**593694**<br>0.28<br>5<br>40<br>**S 202 P-Z 40**<br>2CDS 282 001 R0558**593700**<br>0.28<br>5<br>50<br>**S 202 P-Z 50**<br>2CDS 282 001 R0578**593717**<br>0.28<br>5<br>63<br>**S 202 P-Z 63**<br>2CDS 282 001 R0608**593724**<br>0.28<br>5<br>UBmax<br>440 V<br>125 V~~...~~<br>5 ~~c~~s||||||||
|**3**|0.5<br>**S 203 P-Z   0.5**<br>2CDS 283 001 R0158**593731**<br>0.42<br>1<br> 1<br>**S 203 P-Z   1**<br>2CDS 283 001 R0218**593748**<br>0.42<br>1<br> 1.6<br>**S 203 P-Z   1.6**<br>2CDS 283 001 R0258**593755**<br>0.42<br>1<br>~~SEE~~|||||||
||2|**S 203 P-Z   2**|2CDS 283 001 R0278**593762**|||0.42|1|
||3|**S 203 P-Z   3**|2CDS 283 001 R0318**593779**|||0.42|1|
||4|**S 203 P-Z   4**|2CDS 283 001 R0338**593786**|||0.42|1|
||6|**S 203 P-Z   6**|2CDS 283 001 R0378**593793**|||0.42|1|
||8|**S 203 P-Z   8**|2CDS 283 001 R0408**593809**|||0.42|1|
||10|**S 203 P-Z 10**|2CDS 283 001 R0428**593816**|||0.42|1|
||16<br>**S 203 P-Z 16**<br>2CDS 283 001 R0468**593823**<br>0.42<br>1<br>20<br>**S 203 P-Z 20**<br>2CDS 283 001 R0488**593830**<br>0.42<br>1<br>OO|||||||
||25|**S 203 P-Z 25**|2CDS 283 001 R0518**593847**|||0.42|1|
||32|**S 203 P-Z 32**|2CDS 283 001 R0538**593854**|||0.42|1|
||40|**S 203 P-Z 40**|2CDS 283 001 R0558**593861**|||0.42|1|
|UBmax|50|**S 203 P-Z 50**|2CDS 283 001 R0578**593878**|||0.42|1|
|440 V|63|**S 203 P-Z 63**|2CDS 283 001 R0608**593885**|||0.42|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** LT 

ABB 

**2** /36 

**Selection tables System** MCBs S 200 series P **pro** _**M**_ **compact[®]** a 25000 -[15000] 

**S 200 P-Z** 

Z 

**==> picture [382 x 170] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|4|0.5|S 204 P-Z   0.5|2CDS 284 001 R0158|593892|0.56|1|
|1|S 204 P-Z   1|2CDS 284 001 R0218|593908|0.56|1|
|1.6|S 204 P-Z   1.6|2CDS 284 001 R0258|593915|0.56|1|
|2|S 204 P-Z   2|2CDS 284 001 R0278|593922|0.56|1|
|3|S 204 P-Z   3|2CDS 284 001 R0318|593939|0.56|1|
|4|S 204 P-Z   4|2CDS 284 001 R0338|593946|0.56|1|
|6|S 204 P-Z   6|2CDS 284 001 R0378|593953|0.56|1|
|8|S 204 P-Z   8|2CDS 284 001 R0408|593960|0.56|1|
|10|S 204 P-Z 10|2CDS 284 001 R0428|593977|0.56|1|
|16|S 204 P-Z 16|2CDS 284 001 R0468|593984|0.56|1|
|20|S 204 P-Z 20|2CDS 284 001 R0488|593991|0.56|1|
|25|S 204 P-Z 25|2CDS 284 001 R0518|594004|0.56|1|
|32|S 204 P-Z 32|2CDS 284 001 R0538|594011|0.56|1|
|UBmax|40|OO|S 204 P-Z 40|2CDS 284 001 R0558|594028|0.56|1|
|440 V|
|125 V|...|50|S 204 P-Z 50|2CDS 284 001 R0578|594035|0.56|1|
|O)|63|S 204 P-Z 63|2CDS 284 001 R0608|TT|594042|0.56|1|

**----- End of picture text -----**<br>


**2** 

UBmax 125 V ~~...~~ with 2 poles connected in series 

## With disconnecting neutral NA 

**==> picture [512 x 410] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4016779|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|1|0.5|S 201 P-Z   0.5 NA|2CDS 281 103 R0158|594059|0.28|5|
|+|1|S 201 P-Z   1 NA|2CDS 281 103 R0218|594066|0.28|5|
|NA|1.6|S 201 P-Z   1.6 NA|2CDS 281 103 R0258|594073|0.28|5|
|2|S 201 P-Z   2 NA|2CDS 281 103 R0278|594080|0.28|5|
|3|S 201 P-Z   3 NA|2CDS 281 103 R0318|594097|0.28|5|
|4|S 201 P-Z   4 NA|2CDS 281 103 R0338|594103|0.28|5|
|us|
|6|S 201 P-Z   6 NA|2CDS 281 103 R0378|594110|0.28|5|
|8|S 201 P-Z   8 NA|2CDS 281 103 R0408|594127|0.28|5|
|10|S 201 P-Z 10 NA|2CDS 281 103 R0428|594134|0.28|5|
|16|S 201 P-Z 16 NA|2CDS 281 103 R0468|594141|0.28|5|
|20|S 201 P-Z 20 NA|2CDS 281 103 R0488|594158|0.28|5|
|25|S 201 P-Z 25 NA|2CDS 281 103 R0518|594165|0.28|5|
|32|S 201 P-Z 32 NA|2CDS 281 103 R0538|594172|0.28|5|
|UBmax|40|S 201 P-Z 40 NA|2CDS 281 103 R0558|594189|0.28|5|
|253 V|
|50|S 201 P-Z 50 NA|2CDS 281 103 R0578|594196|0.28|5|
|72 V|...|
|63|S 201 P-Z 63 NA|2CDS 281 103 R0608|594202|0.28|5|
|3|0.5|S 203 P-Z   0.5 NA|2CDS 283 103 R0158|594219|0.56|1|
|+|1|S 203 P-Z   1 NA|2CDS 283 103 R0218|594226|0.56|1|
|NA|1.6|S 203 P-Z   1.6 NA|2CDS 283 103 R0258|594233|0.56|1|
|2|S 203 P-Z   2 NA|2CDS 283 103 R0278|594240|0.56|1|
|3|S 203 P-Z   3 NA|2CDS 283 103 R0318|594257|0.56|1|
|4|S 203 P-Z   4 NA|2CDS 283 103 R0338|594264|0.56|1|
|6|S 203 P-Z   6 NA|2CDS 283 103 R0378|594271|0.56|1|
|8|S 203 P-Z   8 NA|2CDS 283 103 R0408|594288|0.56|1|
|10|S 203 P-Z 10 NA|2CDS 283 103 R0428|594295|0.56|1|
|16|S 203 P-Z 16 NA|2CDS 283 103 R0468|594301|0.56|1|
|20|S 203 P-Z 20 NA|2CDS 283 103 R0488|594318|0.56|1|
|25|S 203 P-Z 25 NA|2CDS 283 103 R0518|594325|0.56|1|
|32|S 203 P-Z 32 NA|2CDS 283 103 R0538|594332|0.56|1|
|40|S 203 P-Z 40 NA|2CDS 283 103 R0558|594349|0.56|1|
|UBmax|50|S 203 P-Z 50 NA|2CDS 283 103 R0578|594356|0.56|1|
|440 V|
|63|S 203 P-Z 63 NA|2CDS 283 103 R0608|594363|0.56|1|
|Technical details ............................  pag. 11/2|Overall dimensions ........................  pag. 13/2|
|>|

**----- End of picture text -----**<br>


ABB 

**2** /37 

**Selection tables System** MCBs S 200 series U **pro** _**M**_ **compact[®]** — 10000 

**S 200 U-K** 

**2** 

## K 

## **S 200 U-K characteristic** 

Function: protection and control of the circuits like motors, transformers and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, UL 489, CSA 22.2 No. 5 

| 

||<br>g<br>Wd||<br>g<br>Wd||<br>g<br>Wd|2CSC400014F0201<br>|<br>|2CSC400014F0201<br>|<br>||Number<br>of poles<br> <br>**1**<br>|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>0.2<br>**S 201 U-K   0.2**<br>2CDS 271 417 R0087**619226**<br>0.14<br>10<br>0.3<br>**S 201 U-K   0.3**<br>2CDS 271 417 R0117**619233**<br>0.14<br>10<br>0.5<br>**S 201 U-K   0.5**<br>2CDS 271 417 R0157**619240**<br>0.14<br>10<br>0.75<br>**S 201 U-K   0.75**<br>2CDS 271 417 R0187**619257**<br>0.14<br>10<br> a|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||1|**S 201 U-K   1**|2CDS 271 417 R0217**619264**|||0.14|10|
||||||||1.6<br>**S 201 U-K   1.6**<br>2<br>**S 201 U-K   2**<br>3<br>**S 201 U-K   3**<br>———||2CDS 271 417 R0257**619271**<br>2CDS 271 417 R0277**619288**<br>2CDS 271 417 R0317**619295**|||0.14<br>0.14<br>0.14|10<br>10<br>10|
||||||||4|**S 201 U-K   4**|2CDS 271 417 R0337**619301**|||0.14|10|
||||||||5|**S 201 U-K   5**|2CDS 271 417 R0357**619318**|||0.14|10|
||||||||6|**S 201 U-K   6**|2CDS 271 417 R0377**619325**|||0.14|10|
||||||||8|**S 201 U-K   8**|2CDS 271 417 R0407**619332**|||0.14|10|
||||||||10|**S 201 U-K 10**|2CDS 271 417 R0427**619349**|||0.14|10|
||||||||13|**S 201 U-K 13**|2CDS 271 417 R0447**619356**|||0.14|10|
||||||||15|**S 201 U-K 15**|2CDS 271 417 R0457**619363**|||0.14|10|
||||||||16|**S 201 U-K 16**|2CDS 271 417 R0467**619370**|||0.14|10|
||||||||20|**S 201 U-K 20**|2CDS 271 417 R0487**619387**|||0.14|10|
||||||||25|**S 201 U-K 25**|2CDS 271 417 R0517**619394**|||0.14|10|
||||||||30|**S 201 U-K 30**|2CDS 271 417 R0527**619400**|||0.14|10|
||||||||32|**S 201 U-K 32**|2CDS 271 417 R0537**619417**|||0.14|10|
||||||||40|**S 201 U-K 40**|2CDS 271 417 R0557**619424**|||0.14|10|
||||2CSC400015F0201|||**2**|50<br>**S 201 U-K 50**<br>2CDS 271 417 R0577**619431**<br>0.14<br>10<br>60<br>**S 201 U-K 60**<br>2CDS 271 417 R0587**619448**<br>0.14<br>10<br>63<br>**S 201 U-K 63**<br>2CDS 271 417 R0607**619455**<br>0.14<br>10<br>0.2<br>**S 202 U-K   0.2**<br>2CDS 272 417 R0087**619462**<br>0.28<br>5<br>0.3<br>**S 202 U-K   0.3**<br>2CDS 272 417 R0117**619479**<br>0.28<br>5<br>0.5<br>**S 202 U-K   0.5**<br>2CDS 272 417 R0157**619486**<br>0.28<br>5<br>~~eee~~|||||||
|we|||||||0.75<br>1|**S 202 U-K   0.75**<br>**S 202 U-K   1**|2CDS 272 417 R0187**619493**<br>2CDS 272 417 R0217**619509**|||0.28<br>0.28|5<br>5|
|il|||||||1.6<br>**S 202 U-K   1.6**<br>2CDS 272 417 R0257**619516**<br>0.28<br>5<br>2<br>**S 202 U-K   2**<br>2CDS 272 417 R0277**619523**<br>0.28<br>5<br>ee|||||||
||||||||3|**S 202 U-K   3**|2CDS 272 417 R0317**619530**|||0.28|5|
||||||||4|**S 202 U-K   4**|2CDS 272 417 R0337**619547**|||0.28|5|
||||||||5|**S 202 U-K   5**|2CDS 272 417 R0357**619554**|||0.28|5|
||||||||6|**S 202 U-K   6**|2CDS 272 417 R0377**619561**|||0.28|5|
||||||||8|**S 202 U-K   8**|2CDS 272 417 R0407**619578**|||0.28|5|
||||||||10|**S 202 U-K 10**|2CDS 272 417 R0427**619585**|||0.28|5|
||||||||13|**S 202 U-K 13**|2CDS 272 417 R0447**619592**|||0.28|5|
||||||||15|**S 202 U-K 15**|2CDS 272 417 R0457**619608**|||0.28|5|
||||||||16|**S 202 U-K 16**|2CDS 272 417 R0467**619615**|||0.28|5|
||||||||20|**S 202 U-K 20**|2CDS 272 417 R0487**619622**|||0.28|5|
||||||||25|**S 202 U-K 25**|2CDS 272 417 R0517**619639**|||0.28|5|
||||||||30|**S 202 U-K 30**|2CDS 272 417 R0527**619646**|||0.28|5|
||||||||32|**S 202 U-K 32**|2CDS 272 417 R0537**619653**|||0.28|5|



**Technical details ............................  pag. 11/2** CC 

**Overall dimensions ........................  pag. 13/2** 

ABB 

**2** /38 

**S 200 U-K** 

## **Selection tables System** MCBs S 200 series U **pro** _**M**_ **compact[®]** [| 10000 

|K||||||||||40<br>50<br>60|**S 202 U-K 40**<br>**S 202 U-K 50**<br>**S 202 U-K 60**|2CDS 272 417 R0557**619660**<br>2CDS 272 417 R0577**619677**<br>2CDS 272 417 R0587**619684**|0.28<br>0.28<br>0.28|5<br>5<br>5|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Pr<br>*<br>9/0|||||2CSC400016F0201<br>63<br>**S 202 U-K 63**<br>2CDS 272 417 R0607**619691**<br>0.28<br>5<br>**3**<br>0.2<br>**S 203 U-K   0.2**<br>2CDS 273 417 R0087**619707**<br>0.42<br>3<br>0.3<br>**S 203 U-K   0.3**<br>2CDS 273 417 R0117**619714**<br>0.42<br>3<br>0.5<br>**S 203 U-K   0.5**<br>2CDS 273 417 R0157**619721**<br>0.42<br>3<br>0.75<br>**S 203 U-K   0.75**<br>2CDS 273 417 R0187**619738**<br>0.42<br>3<br>TT<br> —~~————EEEEEEeeeeeeee~~||||||||||
|||||||||||1|**S 203 U-K   1**|2CDS 273 417 R0217**619745**|0.42|3|
|||||||||||1.6|**S 203 U-K   1.6**|2CDS 273 417 R0257**619752**|0.42|3|
|||||||||||2|**S 203 U-K   2**|2CDS 273 417 R0277**619769**|0.42|3|
||||il|||||||3<br>**S 203 U-K   3**<br>2CDS 273 417 R0317**619776**<br>0.42<br>3<br>4<br>**S 203 U-K   4**<br>2CDS 273 417 R0337**619783**<br>0.42<br>3<br>5<br>**S 203 U-K   5**<br>2CDS 273 417 R0357**619790**<br>0.42<br>3<br>_—————————|||||
|||||||||||6|**S 203 U-K   6**|2CDS 273 417 R0377**619806**|0.42|3|
|||||||||||8|**S 203 U-K   8**|2CDS 273 417 R0407**619813**|0.42|3|
|||||||||||10|**S 203 U-K 10**|2CDS 273 417 R0427**619820**|0.42|3|
|||||||||||13|**S 203 U-K 13**|2CDS 273 417 R0447**619837**|0.42|3|
|||||||||||15|**S 203 U-K 15**|2CDS 273 417 R0457**619844**|0.42|3|
|||||||||||16|**S 203 U-K 16**|2CDS 273 417 R0467**619851**|0.42|3|
|||||||||||20|**S 203 U-K 20**|2CDS 273 417 R0487**619868**|0.42|3|
|||||||||||25|**S 203 U-K 25**|2CDS 273 417 R0517**619875**|0.42|3|
|||||||||||30|**S 203 U-K 30**|2CDS 273 417 R0527**619882**|0.42|3|
||||||||2CSC400017F0201|||32<br>40<br>50<br>60<br>63|**S 203 U-K 32**<br>**S 203 U-K 40**<br>**S 203 U-K 50**<br>**S 203 U-K 60**<br>**S 203 U-K 63**|2CDS 273 417 R0537**619899**<br>2CDS 273 417 R0557**619905**<br>2CDS 273 417 R0577**619912**<br>2CDS 273 417 R0587**619929**<br>2CDS 273 417 R0607**619936**|0.42<br>0.42<br>0.42<br>0.42<br>0.42|3<br>3<br>3<br>3<br>3|
||||wl||||||**4**|0.2<br>**S 204 U-K   0.2**<br>2CDS 274 417 R0087**619943**<br>0.56<br>2<br>0.3<br>**S 204 U-K   0.3**<br>2CDS 274 417 R0117**619479**<br>0.56<br>2<br>~~DT~~|||||
|||||||||||0.5|**S 204 U-K   0.5**|2CDS 274 417 R0157**619967**|0.56|2|
|||itl||||||||0.75<br>**S 204 U-K   0.75**<br>2CDS 274 417 R0187**619974**<br>0.56<br>2<br>1<br>**S 204 U-K   1**<br>2CDS 274 417 R0217**619509**<br>0.56<br>2<br>1.6<br>**S 204 U-K   1.6**<br>2CDS 274 417 R0257**619998**<br>0.56<br>2<br>TT|||||
|||||||||||2|**S 204 U-K   2**|2CDS 274 417 R0277**620000**|0.56|2|
|||||||||||3|**S 204 U-K   3**|2CDS 274 417 R0317**620017**|0.56|2|
|||||||||||4|**S 204 U-K   4**|2CDS 274 417 R0337**620024**|0.56|2|
|||||||||||5|**S 204 U-K   5**|2CDS 274 417 R0357**620031**|0.56|2|
|||||||||||6|**S 204 U-K   6**|2CDS 274 417 R0377**620048**|0.56|2|
|||||||||||8|**S 204 U-K   8**|2CDS 274 417 R0407**620055**|0.56|2|
|||||||||||10|**S 204 U-K 10**|2CDS 274 417 R0427**620062**|0.56|2|
|||||||||||13|**S 204 U-K 13**|2CDS 274 417 R0447**620079**|0.56|2|
|||||||||||15|**S 204 U-K 15**|2CDS 274 417 R0457**620086**|0.56|2|
|||||||||||16|**S 204 U-K 16**|2CDS 274 417 R0467**620093**|0.56|2|
|||||||||||20|**S 204 U-K 20**|2CDS 274 417 R0487**620109**|0.56|2|
|||||||||||25|**S 204 U-K 25**|2CDS 274 417 R0517**620116**|0.56|2|
|||||||||||30|**S 204 U-K 30**|2CDS 274 417 R0527**620123**|0.56|2|
|||||||||||32|**S 204 U-K 32**|2CDS 274 417 R0537**620130**|0.56|2|
|||||||||||40|**S 204 U-K 40**|2CDS 274 417 R0557**620147**|0.56|2|
|||||||||||50|**S 204 U-K 50**|2CDS 274 417 R0577**620154**|0.56|2|
|||||||||||60|**S 204 U-K 60**|2CDS 274 417 R0587**620161**|0.56|2|
|||||||||||63|**S 204 U-K 63**|2CDS 274 417 R0607**620178**|0.56|2|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** CT 

ABB 

**2** /39 

**Selection tables System** MCBs S 200 series U **pro** _**M**_ **compact[®]** CT 10000 

**S 200 U-Z** 

**2** 

## Z 

## **S 200 U-Z characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, UL 489, CSA 22.2 No. 5 

||||||||Number<br>of poles|Rated<br>current|**Order**<br>**details**|**Bbn**<br>**4016779**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
||||||2CSC400014F0201<br>|||**1**<br>|0.5<br>**S 201 U-Z   0.5**<br>2CDS 271 417 R0158**620185**<br>0.14<br>10<br>1<br>**S 201 U-Z   1**<br>2CDS 271 417 R0218**620192**<br>0.14<br>10<br>1.6<br>**S 201 U-Z   1.6**<br>2CDS 271 417 R0258**620208**<br>0.14<br>10<br>2<br>**S 201 U-Z   2**<br>2CDS 271 417 R0278**620215**<br>0.14<br>10<br>3<br>**S 201 U-Z   3**<br>2CDS 271 417 R0318**620222**<br>0.14<br>10<br>4<br>**S 201 U-Z   4**<br>2CDS 271 417 R0338**620239**<br>0.14<br>10<br> TT|||||||
|||||||||5|**S 201 U-Z   5**|2CDS 271 417 R0358**620246**|||0.14|10|
|. _||||||||6<br>**S 201 U-Z   6**<br>2CDS 271 417 R0378**620253**<br>0.14<br>10<br>8<br>**S 201 U-Z   8**<br>2CDS 271 417 R0408**620260**<br>0.14<br>10<br>10<br>**S 201 U-Z 10**<br>2CDS 271 417 R0428**620277**<br>0.14<br>10<br>OTT<br>TTT<br>hs|||||||
|||)||||||15<br>**S 201 U-Z 15**<br>2CDS 271 417 R0458**620291**<br>0.14<br>10<br>16<br>**S 201 U-Z 16**<br>2CDS 271 417 R0468**620307**<br>0.14<br>10<br>20<br>**S 201 U-Z 20**<br>2CDS 271 417 R0488**620314**<br>0.14<br>10<br>Ot|||||||
|||||||||25|**S 201 U-Z 25**|2CDS 271 417 R0518**620321**|||0.14|10|
|||||||||30|**S 201 U-Z 30**|2CDS 271 417 R0528**622851**|||0.14|10|
|||||||||32|**S 201 U-Z 32**|2CDS 271 417 R0538**620345**|||0.14|10|
|||||||||40|**S 201 U-Z 40**|2CDS 271 417 R0558**620352**|||0.14|10|
|||||||||50|**S 201 U-Z 50**|2CDS 271 417 R0578**620369**|||0.14|10|
|||||||||60|**S 201 U-Z 60**|2CDS 271 417 R0588**620376**|||0.14|10|
|||||||||63|**S 201 U-Z 63**|2CDS 271 417 R0608**620383**|||0.14|10|
||||||||||||||||
||||||||**2**|0.5|**S 202 U-Z   0.5**|2CDS 272 417 R0158**620390**|||0.28|5|
|||||||||1|**S 202 U-Z   1**|2CDS 272 417 R0218**620406**|||0.28|5|
|||||||||1.6|**S 202 U-Z   1.6**|2CDS 272 417 R0258**620413**|||0.28|5|
|||||||||2|**S 202 U-Z   2**|2CDS 272 417 R0278**620420**|||0.28|5|
|dk, J ! <br>Dire<br>il||||2CSC400015F0201<br>||||3<br>**S 202 U-Z   3**<br>2CDS 272 417 R0318**620437**<br>0.28<br>5<br>4<br>**S 202 U-Z   4**<br>2CDS 272 417 R0338**620444**<br>0.28<br>5<br>5<br>**S 202 U-Z   5**<br>2CDS 272 417 R0358**620451**<br>0.28<br>5<br>6<br>**S 202 U-Z   6**<br>2CDS 272 417 R0378**620468**<br>0.28<br>5<br>8<br>**S 202 U-Z   8**<br>2CDS 272 417 R0408**620475**<br>0.28<br>5<br>10<br>**S 202 U-Z 10**<br>2CDS 272 417 R0428**620482**<br>0.28<br>5<br>15<br>**S 202 U-Z 15**<br>2CDS 272 417 R0458**620505**<br>0.28<br>5<br>16<br>**S 202 U-Z 16**<br>2CDS 272 417 R0468**620512**<br>0.28<br>5<br>20<br>**S 202 U-Z 20**<br>2CDS 272 417 R0488**620529**<br>0.28<br>5<br>25<br>**S 202 U-Z 25**<br>2CDS 272 417 R0518**620536**<br>0.28<br>5<br>30<br>**S 202 U-Z 30**<br>2CDS 272 417 R0528**620543**<br>0.28<br>5<br> Oe<br>Oe<br>es|||||||
|||||||||32|**S 202 U-Z 32**|2CDS 272 417 R0538**620550**|||0.28|5|
|||||||||40|**S 202 U-Z 40**|2CDS 272 417 R0558**620567**|||0.28|5|
|||||||||50|**S 202 U-Z 50**|2CDS 272 417 R0578**620574**|||0.28|5|
|||||||||60|**S 202 U-Z 60**|2CDS 272 417 R0588**620581**|||0.28|5|
|||||||||63|**S 202 U-Z 63**|2CDS 272 417 R0608**620598**|||0.28|5|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** Cd 

ABB 

**2** /40 

**Selection tables System** MCBs S 200 series U **pro** _**M**_ **compact[®]** a) 10000 

**S 200 U-Z** 

|Z|eae<br>eee|eae<br>eee|eae<br>eee|eae<br>eee|eae<br>eee|eae<br>eee|||2CSC400016F0201|2CSC400016F0201|**3**|0.5<br>1<br>1.6<br>2<br>3<br>4<br>5<br>6<br>8<br>—|**S 203 U-Z   0.5**<br>**S 203 U-Z   1**<br>**S 203 U-Z   1.6**<br>**S 203 U-Z   2**<br>**S 203 U-Z   3**<br>**S 203 U-Z   4**<br>**S 203 U-Z   5**<br>**S 203 U-Z   6**<br>**S 203 U-Z   8**|2CDS 273 417 R0158**620604**<br>2CDS 273 417 R0218**620611**<br>2CDS 273 417 R0258**620628**<br>2CDS 273 417 R0278**620635**<br>2CDS 273 417 R0318**620624**<br>2CDS 273 417 R0338**620659**<br>2CDS 273 417 R0358**620666**<br>2CDS 273 417 R0378**620673**<br>2CDS 273 417 R0408**620680**|0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42|3<br>3<br>3<br>3<br>3<br>3<br>3<br>3<br>3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||10|**S 203 U-Z 10**|2CDS 273 417 R0428**620697**|0.42|3|
|||||||||||||15|**S 203 U-Z 15**|2CDS 273 417 R0458**620710**|0.42|3|
|||||||||||||16|**S 203 U-Z 16**|2CDS 273 417 R0468**620727**|0.42|3|
||||||1|||||||20<br>**S 203 U-Z 20**<br>2CDS 273 417 R0488**620734**<br>0.42<br>3<br>25<br>**S 203 U-Z 25**<br>2CDS 273 417 R0518**620741**<br>0.42<br>3<br>30<br>**S 203 U-Z 30**<br>2CDS 273 417 R0528**620758**<br>0.42<br>3<br>OO|||||
|||||||||||||32|**S 203 U-Z 32**|2CDS 273 417 R0538**620765**|0.42|3|
|||||||||||||40|**S 203 U-Z 40**|2CDS 273 417 R0558**620772**|0.42|3|
|||||||||||||50|**S 203 U-Z 50**|2CDS 273 417 R0578**620789**|0.42|3|
|||||||||||||60|**S 203 U-Z 60**|2CDS 273 417 R0588**620796**|0.42|3|
|||||||||||||63|**S 203 U-Z 63**|2CDS 273 417 R0608**620802**|0.42|3|
||||||||||||||||||
||||||||||||**4**|0.5|**S 204 U-Z   0.5**|2CDS 274 417 R0158**620819**|0.56|2|
|||||||||||||1|**S 204 U-Z   1**|2CDS 274 417 R0218**620826**|0.56|2|
|||||||||||||1.6|**S 204 U-Z   1.6**|2CDS 274 417 R0258**620833**|0.56|2|
|—<br>*|*/efei|||||||||2CSC400017F0201|||2<br>**S 204 U-Z   2**<br>2CDS 274 417 R0278**620840**<br>0.56<br>2<br>3<br>**S 204 U-Z   3**<br>2CDS 274 417 R0318**620857**<br>0.56<br>2<br>4<br>**S 204 U-Z   4**<br>2CDS 274 417 R0338**620864**<br>0.56<br>2<br>5<br>**S 204 U-Z   5**<br>2CDS 274 417 R0358**620871**<br>0.56<br>2<br>6<br>**S 204 U-Z   6**<br>2CDS 274 417 R0378**620888**<br>0.56<br>2<br>8<br>**S 204 U-Z   8**<br>2CDS 274 417 R0408**620895**<br>0.56<br>2<br>10<br>**S 204 U-Z 10**<br>2CDS 274 417 R0428**620901**<br>0.56<br>2<br>15<br>**S 204 U-Z 15**<br>2CDS 274 417 R0458**620925**<br>0.56<br>2<br>—<br>OO|||||
|||||||||||||16|**S 204 U-Z 16**|2CDS 274 417 R0468**620932**|0.56|2|
|||||||||||||20|**S 204 U-Z 20**|2CDS 274 417 R0488**620949**|0.56|2|
|||||||||||||25|**S 204 U-Z 25**|2CDS 274 417 R0518**620956**|0.56|2|
||||iit|||||||||30<br>**S 204 U-Z 30**<br>2CDS 274 417 R0528**620963**<br>0.56<br>2<br>32<br>**S 204 U-Z 32**<br>2CDS 274 417 R0538**620970**<br>0.56<br>2<br> OO|||||
|||||||||||||40|**S 204 U-Z 40**|2CDS 274 417 R0558**620987**|0.56|2|
|||||||||||||50|**S 204 U-Z 50**|2CDS 274 417 R0578**620994**|0.56|2|
|||||||||||||60|**S 204 U-Z 60**|2CDS 274 417 R0588**621007**|0.56|2|
|||||||||||||63|**S 204 U-Z 63**|2CDS 274 417 R0608**621014**|0.56|2|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/2** | 

ABB 

**2** /41 

**S 200 UP-K** 

**2** 

## **Selection tables System** MCBs S 200 series UP **pro** _**M**_ **compact[®]** 10000 ce 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S 200 UP-K characteristic** 

Function: protection and control of the circuits like motors, transformers and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, UL 489, CSA 22.2 No. 5 

||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|2CSC400018F0201|||of poles<br> <br>**1**|current<br>In A<br>0.2<br>0.3|**details**<br>**Type code**<br>**S 201 UP-K   0.2**<br>**S 201 UP-K   0.3**|**4016779**<br>Order code<br>**EAN**<br>2CDS 271 317 R0087**615631**<br>2CDS 271 317 R0117**615648**|1 piece|group|1 piece<br>kg<br>0.14<br>0.14|unit<br>pc.<br>10<br>10|
|||||0.5|**S 201 UP-K   0.5**|2CDS 271 317 R0157**615655**|||0.14|10|
|||||0.75|**S 201 UP-K   0.75**|2CDS 271 317 R0187**615662**|||0.14|10|
|||||1|**S 201 UP-K   1**|2CDS 271 317 R0217**615679**|||0.14|10|
|||||1.6|**S 201 UP-K   1.6**|2CDS 271 317 R0257**615686**|||0.14|10|
|||||2|**S 201 UP-K   2**|2CDS 271 317 R0277**615693**|||0.14|10|
|||||3<br>**S 201 UP-K   3**<br>2CDS 271 317 R0317**615709**<br>0.14<br>10<br>4<br>**S 201 UP-K   4**<br>2CDS 271 317 R0337**615716**<br>0.14<br>10<br>5<br>**S 201 UP-K   5**<br>2CDS 271 317 R0357**615723**<br>0.14<br>10<br>TT|||||||
|||||6|**S 201 UP-K   6**|2CDS 271 317 R0377**615730**|||0.14|10|
|||||8|**S 201 UP-K   8**|2CDS 271 317 R0407**615747**|||0.14|10|
|||||10|**S 201 UP-K 10**|2CDS 271 317 R0427**615754**|||0.14|10|
|||||13|**S 201 UP-K 13**|2CDS 271 317 R0447**615761**|||0.14|10|
|||||15|**S 201 UP-K 15**|2CDS 271 317 R0457**615778**|||0.14|10|
|||||16|**S 201 UP-K 16**|2CDS 271 317 R0467**615785**|||0.14|10|
|||||20|**S 201 UP-K 20**|2CDS 271 317 R0487**615792**|||0.14|10|
|||||25|**S 201 UP-K 25**|2CDS 271 317 R0517**615808**|||0.14|10|
||||||||||||
||||**2**|0.2|**S 202 UP-K   0.2**|2CDS 272 317 R0087**615877**|||0.28|5|
|2CSC400019F0201||||0.3<br>0.5<br>0.75<br>1<br>1.6<br>2|**S 202 UP-K   0.3**<br>**S 202 UP-K   0.5**<br>**S 202 UP-K   0.75**<br>**S 202 UP-K   1**<br>**S 202 UP-K   1.6**<br>**S 202 UP-K   2**|2CDS 272 317 R0117**615884**<br>2CDS 272 317 R0157**615891**<br>2CDS 272 317 R0187**615907**<br>2CDS 272 317 R0217**615914**<br>2CDS 272 317 R0257**615921**<br>2CDS 272 317 R0277**615938**|||0.28<br>0.28<br>0.28<br>0.28<br>0.28<br>0.28|5<br>5<br>5<br>5<br>5<br>5|
|||||3|**S 202 UP-K   3**|2CDS 272 317 R0317**615945**|||0.28|5|
|||||4<br>5<br>6|**S 202 UP-K   4**<br>**S 202 UP-K   5**<br>**S 202 UP-K   6**|2CDS 272 317 R0337**615952**<br>2CDS 272 317 R0357**615969**<br>2CDS 272 317 R0377**615976**|||0.28<br>0.28<br>0.28|5<br>5<br>5|
|||||8|**S 202 UP-K   8**|2CDS 272 317 R0407**615983**|||0.28|5|
|||||10|**S 202 UP-K 10**|2CDS 272 317 R0427**615990**|||0.28|5|
|||||13|**S 202 UP-K 13**|2CDS 272 317 R0447**616003**|||0.28|5|
|||||15|**S 202 UP-K 15**|2CDS 272 317 R0457**616010**|||0.28|5|
|||||16|**S 202 UP-K 16**|2CDS 272 317 R0467**616027**|||0.28|5|
|||||20|**S 202 UP-K 20**|2CDS 272 317 R0487**616034**|||0.28|5|
|||||25|**S 202 UP-K 25**|2CDS 272 317 R0517**616041**|||0.28|5|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** LT 

ABB 

**2** /42 

**Selection tables** MCBs S 200 series UP 10000 

## **System S 200 UP-K** MCBs S 200 series UP **pro** _**M**_ **compact[®]** 10000 ~~a~~ 

|K|||||||||**3**|0.2<br>0.3<br>0.5|**S 203 UP-K   0.2**<br>**S 203 UP-K   0.3**<br>**S 203 UP-K   0.5**|**S 203 UP-K   0.2**<br>**S 203 UP-K   0.3**<br>**S 203 UP-K   0.5**|**S 203 UP-K   0.2**<br>**S 203 UP-K   0.3**<br>**S 203 UP-K   0.5**|**S 203 UP-K   0.2**<br>**S 203 UP-K   0.3**<br>**S 203 UP-K   0.5**|2CDS 273 317 R0087<br>2CDS 273 317 R0117<br>2CDS 273 317 R0157|2CDS 273 317 R0087<br>2CDS 273 317 R0117<br>2CDS 273 317 R0157|2CDS 273 317 R0087<br>2CDS 273 317 R0117<br>2CDS 273 317 R0157|2CDS 273 317 R0087<br>2CDS 273 317 R0117<br>2CDS 273 317 R0157|**616119**<br>**616126**<br>**616133**|0.42<br>0.42<br>0.42|3<br>3<br>3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||2CSC400021F0201|||0.75<br>1<br>1.6<br>2<br>3<br>4|**S 203 UP-K   0.75**<br>**S 203 UP-K   1**<br>**S 203 UP-K   1.6**<br>**S 203 UP-K   2**<br>**S 203 UP-K   3**<br>**S 203 UP-K   4**|**S 203 UP-K   0.75**<br>**S 203 UP-K   1**<br>**S 203 UP-K   1.6**<br>**S 203 UP-K   2**<br>**S 203 UP-K   3**<br>**S 203 UP-K   4**|**S 203 UP-K   0.75**<br>**S 203 UP-K   1**<br>**S 203 UP-K   1.6**<br>**S 203 UP-K   2**<br>**S 203 UP-K   3**<br>**S 203 UP-K   4**|**S 203 UP-K   0.75**<br>**S 203 UP-K   1**<br>**S 203 UP-K   1.6**<br>**S 203 UP-K   2**<br>**S 203 UP-K   3**<br>**S 203 UP-K   4**|2CDS 273 317 R0187<br>2CDS 273 317 R0217<br>2CDS 273 317 R0257<br>2CDS 273 317 R0277<br>2CDS 273 317 R0317<br>2CDS 273 317 R0337|2CDS 273 317 R0187<br>2CDS 273 317 R0217<br>2CDS 273 317 R0257<br>2CDS 273 317 R0277<br>2CDS 273 317 R0317<br>2CDS 273 317 R0337|2CDS 273 317 R0187<br>2CDS 273 317 R0217<br>2CDS 273 317 R0257<br>2CDS 273 317 R0277<br>2CDS 273 317 R0317<br>2CDS 273 317 R0337|2CDS 273 317 R0187<br>2CDS 273 317 R0217<br>2CDS 273 317 R0257<br>2CDS 273 317 R0277<br>2CDS 273 317 R0317<br>2CDS 273 317 R0337|**616140**<br>**616157**<br>**616164**<br>**616171**<br>**616188**<br>**616195**|0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42|3<br>3<br>3<br>3<br>3<br>3|
|||||||||||5|**S 203 UP-K   5**|**S 203 UP-K   5**|**S 203 UP-K   5**|**S 203 UP-K   5**|2CDS 273 317 R0357|2CDS 273 317 R0357|2CDS 273 317 R0357|2CDS 273 317 R0357|**616201**|0.42|3|
|||||||||||6|**S 203 UP-K   6**|**S 203 UP-K   6**|**S 203 UP-K   6**|**S 203 UP-K   6**|2CDS 273 317 R0377|2CDS 273 317 R0377|2CDS 273 317 R0377|2CDS 273 317 R0377|**616218**|0.42|3|
|||||||||||8|**S 203 UP-K   8**|**S 203 UP-K   8**|**S 203 UP-K   8**|**S 203 UP-K   8**|2CDS 273 317 R0407|2CDS 273 317 R0407|2CDS 273 317 R0407|2CDS 273 317 R0407|**616225**|0.42|3|
|||||||||||10|**S 203 UP-K 10**|**S 203 UP-K 10**|**S 203 UP-K 10**|**S 203 UP-K 10**|2CDS 273 317 R0427|2CDS 273 317 R0427|2CDS 273 317 R0427|2CDS 273 317 R0427|**616232**|0.42|3|
|||||||||||13|**S 203 UP-K 13**|**S 203 UP-K 13**|**S 203 UP-K 13**|**S 203 UP-K 13**|2CDS 273 317 R0447|2CDS 273 317 R0447|2CDS 273 317 R0447|2CDS 273 317 R0447|**616249**|0.42|3|
|||||||||||15|**S 203 UP-K 15**|**S 203 UP-K 15**|**S 203 UP-K 15**|**S 203 UP-K 15**|2CDS 273 317 R0457|2CDS 273 317 R0457|2CDS 273 317 R0457|2CDS 273 317 R0457|**616256**|0.42|3|
|||||||||||16|**S 203 UP-K 16**|**S 203 UP-K 16**|**S 203 UP-K 16**|**S 203 UP-K 16**|2CDS 273 317 R0467|2CDS 273 317 R0467|2CDS 273 317 R0467|2CDS 273 317 R0467|**616263**|0.42|3|
|||||||||||20|**S 203 UP-K 20**|**S 203 UP-K 20**|**S 203 UP-K 20**|**S 203 UP-K 20**|2CDS 273 317 R0487|2CDS 273 317 R0487|2CDS 273 317 R0487|2CDS 273 317 R0487|**616270**|0.42|3|
|||||||||||25|**S 203 UP-K 25**|**S 203 UP-K 25**|**S 203 UP-K 25**|**S 203 UP-K 25**|2CDS 273 317 R0517|2CDS 273 317 R0517|2CDS 273 317 R0517|2CDS 273 317 R0517|**616287**|0.42|3|
|||||||||||||||||||||||
||||||||||**4**|0.2|**S 204 UP-K   0.2**|**S 204 UP-K   0.2**|**S 204 UP-K   0.2**|**S 204 UP-K   0.2**|2CDS 274 317 R0087|2CDS 274 317 R0087|2CDS 274 317 R0087|2CDS 274 317 R0087|**616355**|0.56|2|
|||||||||||0.3|**S 204 UP-K   0.3**|**S 204 UP-K   0.3**|**S 204 UP-K   0.3**|**S 204 UP-K   0.3**|2CDS 274 317 R0117|2CDS 274 317 R0117|2CDS 274 317 R0117|2CDS 274 317 R0117|**616362**|0.56|2|
|||||||||||0.5|**S 204 UP-K   0.5**|**S 204 UP-K   0.5**|**S 204 UP-K   0.5**|**S 204 UP-K   0.5**|2CDS 274 317 R0157|2CDS 274 317 R0157|2CDS 274 317 R0157|2CDS 274 317 R0157|**616379**|0.56|2|
|||||||||||0.75|**S 204 UP-K   0.75**|**S 204 UP-K   0.75**|**S 204 UP-K   0.75**|**S 204 UP-K   0.75**|2CDS 274 317 R0187|2CDS 274 317 R0187|2CDS 274 317 R0187|2CDS 274 317 R0187|**616386**|0.56|2|
|||||||||||1|**S 204 UP-K   1**|**S 204 UP-K   1**|**S 204 UP-K   1**|**S 204 UP-K   1**|2CDS 274 317 R0217|2CDS 274 317 R0217|2CDS 274 317 R0217|2CDS 274 317 R0217|**616393**|0.56|2|
||||||||2CSC400022F0201|||1.6<br>2<br>3<br>4<br>5<br>6|**S 204 UP-K   1.6**<br>**S 204 UP-K   2**<br>**S 204 UP-K   3**<br>**S 204 UP-K   4**<br>**S 204 UP-K   5**<br>**S 204 UP-K   6**|**S 204 UP-K   1.6**<br>**S 204 UP-K   2**<br>**S 204 UP-K   3**<br>**S 204 UP-K   4**<br>**S 204 UP-K   5**<br>**S 204 UP-K   6**|**S 204 UP-K   1.6**<br>**S 204 UP-K   2**<br>**S 204 UP-K   3**<br>**S 204 UP-K   4**<br>**S 204 UP-K   5**<br>**S 204 UP-K   6**|**S 204 UP-K   1.6**<br>**S 204 UP-K   2**<br>**S 204 UP-K   3**<br>**S 204 UP-K   4**<br>**S 204 UP-K   5**<br>**S 204 UP-K   6**|2CDS 274 317 R0257<br>2CDS 274 317 R0277<br>2CDS 274 317 R0317<br>2CDS 274 317 R0337<br>2CDS 274 317 R0357<br>2CDS 274 317 R0377|2CDS 274 317 R0257<br>2CDS 274 317 R0277<br>2CDS 274 317 R0317<br>2CDS 274 317 R0337<br>2CDS 274 317 R0357<br>2CDS 274 317 R0377|2CDS 274 317 R0257<br>2CDS 274 317 R0277<br>2CDS 274 317 R0317<br>2CDS 274 317 R0337<br>2CDS 274 317 R0357<br>2CDS 274 317 R0377|2CDS 274 317 R0257<br>2CDS 274 317 R0277<br>2CDS 274 317 R0317<br>2CDS 274 317 R0337<br>2CDS 274 317 R0357<br>2CDS 274 317 R0377|**616409**<br>**616416**<br>**616423**<br>**616430**<br>**616447**<br>**616454**|0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|2<br>2<br>2<br>2<br>2<br>2|
|||||||||||8|**S 204 UP-K   8**|**S 204 UP-K   8**|**S 204 UP-K   8**|**S 204 UP-K   8**|2CDS 274 317 R0407|2CDS 274 317 R0407|2CDS 274 317 R0407|2CDS 274 317 R0407|**616461**|0.56|2|
|||||||||||10|**S 204 UP-K 10**|**S 204 UP-K 10**|**S 204 UP-K 10**|**S 204 UP-K 10**|2CDS 274 317 R0427|2CDS 274 317 R0427|2CDS 274 317 R0427|2CDS 274 317 R0427|**616478**|0.56|2|
|||||||||||13|**S 204 UP-K 13**|**S 204 UP-K 13**|**S 204 UP-K 13**|**S 204 UP-K 13**|2CDS 274 317 R0447|2CDS 274 317 R0447|2CDS 274 317 R0447|2CDS 274 317 R0447|**616485**|0.56|2|
|||||||||||15|**S 204 UP-K 15**|**S 204 UP-K 15**|**S 204 UP-K 15**|**S 204 UP-K 15**|2CDS 274 317 R0457|2CDS 274 317 R0457|2CDS 274 317 R0457|2CDS 274 317 R0457|**616492**|0.56|2|
|||||||||||16|**S 204 UP-K 16**|**S 204 UP-K 16**|**S 204 UP-K 16**|**S 204 UP-K 16**|2CDS 274 317 R0467|2CDS 274 317 R0467|2CDS 274 317 R0467|2CDS 274 317 R0467|**616508**|0.56|2|
|||||||||||20|**S 204 UP-K 20**|**S 204 UP-K 20**|**S 204 UP-K 20**|**S 204 UP-K 20**|2CDS 274 317 R0487|2CDS 274 317 R0487|2CDS 274 317 R0487|2CDS 274 317 R0487|**616515**|0.56|2|
|||||||||||25|**S 204 UP-K 25**|**S 204 UP-K 25**|**S 204 UP-K 25**|**S 204 UP-K 25**|2CDS 274 317 R0517|2CDS 274 317 R0517|2CDS 274 317 R0517|2CDS 274 317 R0517|**616522**|0.56|2|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** | 

ABB 

**2** /43 

**S 200 UP-Z** 

**2** 

## **Selection tables System** MCBs S 200 series UP **pro** _**M**_ **compact[®]** 10000 a 

Z 

## **S 200 UP-Z characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, UL 489, CSA 22.2 No. 5 

|||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|||of poles|current|**details**|**4016779**|1 piece|group|1 piece|unit|
||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
|2CSC400018F0201||**1**|0.5<br>1<br>1.6<br>2<br>3|**S 201 UP-Z   0.5**<br>**S 201 UP-Z   1**<br>**S 201 UP-Z   1.6**<br>**S 201 UP-Z   2**<br>**S 201 UP-Z   3**|2CDS 271 317 R0158**616591**<br>2CDS 271 317 R0218**616607**<br>2CDS 271 317 R0258**616614**<br>2CDS 271 317 R0278**616621**<br>2CDS 271 317 R0318**616638**|||0.14<br>0.14<br>0.14<br>0.14<br>0.14|10<br>10<br>10<br>10<br>10|
||||4|**S 201 UP-Z   4**|2CDS 271 317 R0338**616645**|||0.14|10|
||||5|**S 201 UP-Z   5**|2CDS 271 317 R0358**616652**|||0.14|10|
||||6|**S 201 UP-Z   6**|2CDS 271 317 R0378**616669**|||0.14|10|
||||8|**S 201 UP-Z   8**|2CDS 271 317 R0408**616676**|||0.14|10|
||||10|**S 201 UP-Z 10**|2CDS 271 317 R0428**616683**|||0.14|10|
||||13|**S 201 UP-Z 13**|2CDS 271 317 R0448**616690**|||0.14|10|
||||15|**S 201 UP-Z 15**|2CDS 271 317 R0458**616706**|||0.14|10|
||||16|**S 201 UP-Z 16**|2CDS 271 317 R0468**616713**|||0.14|10|
||||20|**S 201 UP-Z 20**|2CDS 271 317 R0488**616720**|||0.14|10|
||||25|**S 201 UP-Z 25**|2CDS 271 317 R0518**616737**|||0.14|10|
|||||||||||
|||**2**|0.5|**S 202 UP-Z   0.5**|2CDS 272 317 R0158**616805**|||0.28|5|
||||1|**S 202 UP-Z   1**|2CDS 272 317 R0218**616812**|||0.28|5|
||||1.6|**S 202 UP-Z   1.6**|2CDS 272 317 R0258**616829**|||0.28|5|
||||2|**S 202 UP-Z   2**|2CDS 272 317 R0278**616836**|||0.28|5|
||||3|**S 202 UP-Z   3**|2CDS 272 317 R0318**616843**|||0.28|5|
||||4|**S 202 UP-Z   4**|2CDS 272 317 R0338**616850**|||0.28|5|
||||5|**S 202 UP-Z   5**|2CDS 272 317 R0358**616867**|||0.28|5|
||||6|**S 202 UP-Z   6**|2CDS 272 317 R0378**616874**|||0.28|5|
|2CSC400019F0201|||8<br>10<br>13<br>15<br>16|**S 202 UP-Z   8**<br>**S 202 UP-Z 10**<br>**S 202 UP-Z 13**<br>**S 202 UP-Z 15**<br>**S 202 UP-Z 16**|2CDS 272 317 R0408**616881**<br>2CDS 272 317 R0428**616898**<br>2CDS 272 317 R0448**616904**<br>2CDS 272 317 R0458**616911**<br>2CDS 272 317 R0468**616928**|||0.28<br>0.28<br>0.28<br>0.28<br>0.28|5<br>5<br>5<br>5<br>5|
||||20|**S 202 UP-Z 20**|2CDS 272 317 R0488**616935**|||0.28|5|
|i|i|i|25|**S 202 UP-Z 25**|2CDS 272 317 R0518**616942**|||0.28|5|



i 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** LT 

ABB 

**2** /44 

## **Selection tables System S 200 UP-Z** MCBs S 200 series UP **pro** _**M**_ **compact[®]** ~~I~~ 10000 

|Z||||||**3**|0.5<br>1<br>1.6|**S 203 UP-Z   0.5**<br>**S 203 UP-Z   1**<br>**S 203 UP-Z   1.6**|**S 203 UP-Z   0.5**<br>**S 203 UP-Z   1**<br>**S 203 UP-Z   1.6**|**S 203 UP-Z   0.5**<br>**S 203 UP-Z   1**<br>**S 203 UP-Z   1.6**|**S 203 UP-Z   0.5**<br>**S 203 UP-Z   1**<br>**S 203 UP-Z   1.6**|2CDS 273 317 R0158<br>2CDS 273 317 R0218<br>2CDS 273 317 R0258|2CDS 273 317 R0158<br>2CDS 273 317 R0218<br>2CDS 273 317 R0258|2CDS 273 317 R0158<br>2CDS 273 317 R0218<br>2CDS 273 317 R0258|2CDS 273 317 R0158<br>2CDS 273 317 R0218<br>2CDS 273 317 R0258|**617017**<br>**617024**<br>**617031**|0.42<br>0.42<br>0.42|3<br>3<br>3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||2CSC400021F0201||2<br>3<br>4<br>5<br>6<br>8|**S 203 UP-Z   2**<br>**S 203 UP-Z   3**<br>**S 203 UP-Z   4**<br>**S 203 UP-Z   5**<br>**S 203 UP-Z   6**<br>**S 203 UP-Z   8**|**S 203 UP-Z   2**<br>**S 203 UP-Z   3**<br>**S 203 UP-Z   4**<br>**S 203 UP-Z   5**<br>**S 203 UP-Z   6**<br>**S 203 UP-Z   8**|**S 203 UP-Z   2**<br>**S 203 UP-Z   3**<br>**S 203 UP-Z   4**<br>**S 203 UP-Z   5**<br>**S 203 UP-Z   6**<br>**S 203 UP-Z   8**|**S 203 UP-Z   2**<br>**S 203 UP-Z   3**<br>**S 203 UP-Z   4**<br>**S 203 UP-Z   5**<br>**S 203 UP-Z   6**<br>**S 203 UP-Z   8**|2CDS 273 317 R0278<br>2CDS 273 317 R0318<br>2CDS 273 317 R0338<br>2CDS 273 317 R0358<br>2CDS 273 317 R0378<br>2CDS 273 317 R0408|2CDS 273 317 R0278<br>2CDS 273 317 R0318<br>2CDS 273 317 R0338<br>2CDS 273 317 R0358<br>2CDS 273 317 R0378<br>2CDS 273 317 R0408|2CDS 273 317 R0278<br>2CDS 273 317 R0318<br>2CDS 273 317 R0338<br>2CDS 273 317 R0358<br>2CDS 273 317 R0378<br>2CDS 273 317 R0408|2CDS 273 317 R0278<br>2CDS 273 317 R0318<br>2CDS 273 317 R0338<br>2CDS 273 317 R0358<br>2CDS 273 317 R0378<br>2CDS 273 317 R0408|**617048**<br>**617055**<br>**617062**<br>**617079**<br>**617086**<br>**617093**|0.42<br>0.42<br>0.42<br>0.42<br>0.42<br>0.42|3<br>3<br>3<br>3<br>3<br>3|
||||||||10|**S 203 UP-Z 10**|**S 203 UP-Z 10**|**S 203 UP-Z 10**|**S 203 UP-Z 10**|2CDS 273 317 R0428|2CDS 273 317 R0428|2CDS 273 317 R0428|2CDS 273 317 R0428|**617109**|0.42|3|
||||||||13|**S 203 UP-Z 13**|**S 203 UP-Z 13**|**S 203 UP-Z 13**|**S 203 UP-Z 13**|2CDS 273 317 R0448|2CDS 273 317 R0448|2CDS 273 317 R0448|2CDS 273 317 R0448|**617116**|0.42|3|
||||||||15|**S 203 UP-Z 15**|**S 203 UP-Z 15**|**S 203 UP-Z 15**|**S 203 UP-Z 15**|2CDS 273 317 R0458|2CDS 273 317 R0458|2CDS 273 317 R0458|2CDS 273 317 R0458|**617123**|0.42|3|
||||||||16|**S 203 UP-Z 16**|**S 203 UP-Z 16**|**S 203 UP-Z 16**|**S 203 UP-Z 16**|2CDS 273 317 R0468|2CDS 273 317 R0468|2CDS 273 317 R0468|2CDS 273 317 R0468|**617130**|0.42|3|
||||||||20|**S 203 UP-Z 20**|**S 203 UP-Z 20**|**S 203 UP-Z 20**|**S 203 UP-Z 20**|2CDS 273 317 R0488|2CDS 273 317 R0488|2CDS 273 317 R0488|2CDS 273 317 R0488|**617147**|0.42|3|
||||||||25|**S 203 UP-Z 25**|**S 203 UP-Z 25**|**S 203 UP-Z 25**|**S 203 UP-Z 25**|2CDS 273 317 R0518|2CDS 273 317 R0518|2CDS 273 317 R0518|2CDS 273 317 R0518|**617154**|0.42|3|
||||||||||||||||||||
|||||||**4**|0.5|**S 204 UP-Z   0.5**|**S 204 UP-Z   0.5**|**S 204 UP-Z   0.5**|**S 204 UP-Z   0.5**|2CDS 274 317 R0158|2CDS 274 317 R0158|2CDS 274 317 R0158|2CDS 274 317 R0158|**617222**|0.56|2|
||||||||1|**S 204 UP-Z   1**|**S 204 UP-Z   1**|**S 204 UP-Z   1**|**S 204 UP-Z   1**|2CDS 274 317 R0218|2CDS 274 317 R0218|2CDS 274 317 R0218|2CDS 274 317 R0218|**617239**|0.56|2|
||||||||1.6|**S 204 UP-Z   1.6**|**S 204 UP-Z   1.6**|**S 204 UP-Z   1.6**|**S 204 UP-Z   1.6**|2CDS 274 317 R0258|2CDS 274 317 R0258|2CDS 274 317 R0258|2CDS 274 317 R0258|**617246**|0.56|2|
||||||||2|**S 204 UP-Z   2**|**S 204 UP-Z   2**|**S 204 UP-Z   2**|**S 204 UP-Z   2**|2CDS 274 317 R0278|2CDS 274 317 R0278|2CDS 274 317 R0278|2CDS 274 317 R0278|**617253**|0.56|2|
||||||||3|**S 204 UP-Z   3**|**S 204 UP-Z   3**|**S 204 UP-Z   3**|**S 204 UP-Z   3**|2CDS 274 317 R0318|2CDS 274 317 R0318|2CDS 274 317 R0318|2CDS 274 317 R0318|**617260**|0.56|2|
||||||||4|**S 204 UP-Z   4**|**S 204 UP-Z   4**|**S 204 UP-Z   4**|**S 204 UP-Z   4**|2CDS 274 317 R0338|2CDS 274 317 R0338|2CDS 274 317 R0338|2CDS 274 317 R0338|**617277**|0.56|2|
||||||||5|**S 204 UP-Z   5**|**S 204 UP-Z   5**|**S 204 UP-Z   5**|**S 204 UP-Z   5**|2CDS 274 317 R0358|2CDS 274 317 R0358|2CDS 274 317 R0358|2CDS 274 317 R0358|**617284**|0.56|2|
||||||||6|**S 204 UP-Z   6**|**S 204 UP-Z   6**|**S 204 UP-Z   6**|**S 204 UP-Z   6**|2CDS 274 317 R0378|2CDS 274 317 R0378|2CDS 274 317 R0378|2CDS 274 317 R0378|**617291**|0.56|2|
||||||2CSC400022F0201||8<br>10<br>13<br>15<br>16<br>20|**S 204 UP-Z   8**<br>**S 204 UP-Z 10**<br>**S 204 UP-Z 13**<br>**S 204 UP-Z 15**<br>**S 204 UP-Z 16**<br>**S 204 UP-Z 20**|**S 204 UP-Z   8**<br>**S 204 UP-Z 10**<br>**S 204 UP-Z 13**<br>**S 204 UP-Z 15**<br>**S 204 UP-Z 16**<br>**S 204 UP-Z 20**|**S 204 UP-Z   8**<br>**S 204 UP-Z 10**<br>**S 204 UP-Z 13**<br>**S 204 UP-Z 15**<br>**S 204 UP-Z 16**<br>**S 204 UP-Z 20**|**S 204 UP-Z   8**<br>**S 204 UP-Z 10**<br>**S 204 UP-Z 13**<br>**S 204 UP-Z 15**<br>**S 204 UP-Z 16**<br>**S 204 UP-Z 20**|2CDS 274 317 R0408<br>2CDS 274 317 R0428<br>2CDS 274 317 R0448<br>2CDS 274 317 R0458<br>2CDS 274 317 R0468<br>2CDS 274 317 R0488|2CDS 274 317 R0408<br>2CDS 274 317 R0428<br>2CDS 274 317 R0448<br>2CDS 274 317 R0458<br>2CDS 274 317 R0468<br>2CDS 274 317 R0488|2CDS 274 317 R0408<br>2CDS 274 317 R0428<br>2CDS 274 317 R0448<br>2CDS 274 317 R0458<br>2CDS 274 317 R0468<br>2CDS 274 317 R0488|2CDS 274 317 R0408<br>2CDS 274 317 R0428<br>2CDS 274 317 R0448<br>2CDS 274 317 R0458<br>2CDS 274 317 R0468<br>2CDS 274 317 R0488|**617307**<br>**617314**<br>**617321**<br>**617338**<br>**617345**<br>**617352**|0.56<br>0.56<br>0.56<br>0.56<br>0.56<br>0.56|2<br>2<br>2<br>2<br>2<br>2|
||||||||25|**S 204 UP-Z 25**|**S 204 UP-Z 25**|**S 204 UP-Z 25**|**S 204 UP-Z 25**|2CDS 274 317 R0518|2CDS 274 317 R0518|2CDS 274 317 R0518|2CDS 274 317 R0518|**617369**|0.56|2|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** | 

ABB 

**2** /45 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series UDC 

**S 200 UDC-K** 

**2** 

K 

## **S 200 UDC-K characteristic** 

Function: protection and control of the circuits like motors, transformers and auxiliary circuits, against overloads and short-circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: UL 489 (only DC, please note polarity of device) 

|||2CDC 021 126 F0010|2CDC 021 126 F0010||Number<br>of poles<br> <br>**1**|Rated<br>current<br>In A<br>1<br>1,6|**Order**<br>**details**<br>**Type code**<br>**S 201 UDC-K   1**<br>**S 201 UDC-K   1.6**|**Bbn**<br>**4016779**<br>Order code<br>**EAN**<br>2CDS 271 517 R0217**825924**<br>2CDS 271 517 R0257**825948**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.150<br>0.150|Pack<br>unit<br>pc.<br>10<br>10|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||2|**S 201 UDC-K   2**|2CDS 271 517 R0277**825955**|||0.150|10|
|||||||3|**S 201 UDC-K   3**|2CDS 271 517 R0317**825962**|||0.150|10|
|||||||4|**S 201 UDC-K   4**|2CDS 271 517 R0337**825979**|||0.150|10|
||<br>}||||||5<br>**S 201 UDC-K   5**<br>2CDS 271 517 R0357**825986**<br>0.150<br>10<br>6<br>**S 201 UDC-K   6**<br>2CDS 271 517 R0377**825993**<br>0.150<br>10<br>8<br>**S 201 UDC-K   8**<br>2CDS 271 517 R0407**826006**<br>0.150<br>10<br>OOOO<br>OO|||||||
|||||||10|**S 201 UDC-K 10**|2CDS 271 517 R0427**826013**|||0.150|10|
|||||||13|**S 201 UDC-K 13**|2CDS 271 517 R0447**826020**|||0.150|10|
|||||||15|**S 201 UDC-K 15**|2CDS 271 517 R0457**826037**|||0.150|10|
|||||||16|**S 201 UDC-K 16**|2CDS 271 517 R0467**826044**|||0.150|10|
|||||||20|**S 201 UDC-K 20**|2CDS 271 517 R0487**826051**|||0.150|10|
|||||||25|**S 201 UDC-K 25**|2CDS 271 517 R0517**826068**|||0.150|10|
|||||||30|**S 201 UDC-K 30**|2CDS 271 517 R0527**826075**|||0.150|10|
|||||||32|**S 201 UDC-K 32**|2CDS 271 517 R0537**826082**|||0.150|10|
|||||||40|**S 201 UDC-K 40**|2CDS 271 517 R0557**826099**|||0.150|10|
|||||||50|**S 201 UDC-K 50**|2CDS 271 517 R0577**826105**|||0.150|10|
|||||||60|**S 201 UDC-K 60**|2CDS 271 517 R0587**826112**|||0.150|10|
||||2CDC 021 127 F0010<br>|||63<br>**S 201 UDC-K 63**<br>2CDS 271 517 R0607**826129**<br>0.150<br>10<br>**2**<br>1<br>**S 202 UDC-K   1**<br>2CDS 272 517 R0217**825061**<br>0.300<br>5<br>1,6<br>**S 202 UDC-K   1.6**<br>2CDS 272 517 R0257**825160**<br>0.300<br>5<br>2<br>**S 202 UDC-K   2**<br>2CDS 272 517 R0277**825177**<br>0.300<br>5<br>3<br>**S 202 UDC-K   3**<br>2CDS 272 517 R0317**825184**<br>0.300<br>5<br> ~~>~~||||||||
|||||||4|**S 202 UDC-K   4**|2CDS 272 517 R0337**825191**|||0.300|5|
|||||||5|**S 202 UDC-K   5**|2CDS 272 517 R0357**825207**|||0.300|5|
|||||||6|**S 202 UDC-K   6**|2CDS 272 517 R0377**825214**|||0.300|5|
|i]|i]|||||8<br>10|**S 202 UDC-K   8**<br>**S 202 UDC-K 10**|2CDS 272 517 R0407**825221**<br>2CDS 272 517 R0427**825238**|||0.300<br>0.300|5<br>5|
|||||||13|**S 202 UDC-K 13**|2CDS 272 517 R0447**825245**|||0.300|5|
|||||||15|**S 202 UDC-K 15**|2CDS 272 517 R0457**825252**|||0.300|5|
|||||||16|**S 202 UDC-K 16**|2CDS 272 517 R0467**825269**|||0.300|5|
|||||||20|**S 202 UDC-K 20**|2CDS 272 517 R0487**825276**|||0.300|5|
|||||||25|**S 202 UDC-K 25**|2CDS 272 517 R0517**825283**|||0.300|5|
|||||||30|**S 202 UDC-K 30**|2CDS 272 517 R0527**825290**|||0.300|5|
|||||||32|**S 202 UDC-K 32**|2CDS 272 517 R0537**825306**|||0.300|5|
|||||||40|**S 202 UDC-K 40**|2CDS 272 517 R0557**825313**|||0.300|5|
|||||||50|**S 202 UDC-K 50**|2CDS 272 517 R0577**825320**|||0.300|5|
|||||||60|**S 202 UDC-K 60**|2CDS 272 517 R0587**825337**|||0.300|5|
|||||||63|**S 202 UDC-K 63**|2CDS 272 517 R0607**825344**|||0.300|5|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** LT 

ABB 

**2** /46 

**System Selection tables pro** _**M**_ **compact[®]** MCBs S 200 series UDC 

**S 200 UDC-Z** 

**2** 

**==> picture [25 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
Z<br>**----- End of picture text -----**<br>


## **S 200 UDC-Z  characteristic** 

Function: protection and control of the electronic circuits against weak and long duration overloads and short-circuits. 

Applications: commercial and industrial. 

Standard: UL 489 (only DC, please note polarity of device) 

||||Number|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
||||of poles|current|**details**|**4016779**|1 piece|group|1 piece|unit|
|||||In A|**Type code**|Order code<br>**EAN**|||kg|pc.|
|2CDC 021 128 F0010<br>|||**1**<br>1<br>**S 201 UDC-Z   1**<br>2CDS 271 517 R0218**826136**<br>0.150<br>10<br>1,6<br>**S 201 UDC-Z   1.6**<br>2CDS 271 517 R0258**826143**<br>0.150<br>10<br>2<br>**S 201 UDC-Z   2**<br>2CDS 271 517 R0278**826150**<br>0.150<br>10<br>3<br>**S 201 UDC-Z   3**<br>2CDS 271 517 R0318**826167**<br>0.150<br>10<br>4<br>**S 201 UDC-Z   4**<br>2CDS 271 517 R0338**826174**<br>0.150<br>10<br>5<br>**S 201 UDC-Z   5**<br>2CDS 271 517 R0358**826181**<br>0.150<br>10<br> ee<br>NT||||||||
|||||6|**S 201 UDC-Z   6**|2CDS 271 517 R0378**826198**|||0.150|10|
|||||8|**S 201 UDC-Z   8**|2CDS 271 517 R0408**826204**|||0.150|10|
|||||10|**S 201 UDC-Z 10**|2CDS 271 517 R0428**826211**|||0.150|10|
|||||15|**S 201 UDC-Z 15**|2CDS 271 517 R0458**826228**|||0.150|10|
|||||16|**S 201 UDC-Z 16**|2CDS 271 517 R0468**826235**|||0.150|10|
|||||20|**S 201 UDC-Z 20**|2CDS 271 517 R0488**826242**|||0.150|10|
|||||25|**S 201 UDC-Z 25**|2CDS 271 517 R0518**826259**|||0.150|10|
|||||30|**S 201 UDC-Z 30**|2CDS 271 517 R0528**826266**|||0.150|10|
|||||32|**S 201 UDC-Z 32**|2CDS 271 517 R0538**826273**|||0.150|10|
|||||40|**S 201 UDC-Z 40**|2CDS 271 517 R0558**826280**|||0.150|10|
|||||50|**S 201 UDC-Z 50**|2CDS 271 517 R0578**826297**|||0.150|10|
|||||60|**S 201 UDC-Z 60**|2CDS 271 517 R0588**826303**|||0.150|10|
|||||63|**S 201 UDC-Z 63**|2CDS 271 517 R0608**826310**|||0.150|10|
||||||||||||
||||**2**|1|**S 202 UDC-Z   1**|2CDS 272 517 R0218**825351**|||0.300|5|
|||||1,6|**S 202 UDC-Z   1.6**|2CDS 272 517 R0258**825368**|||0.300|5|
|||||2|**S 202 UDC-Z   2**|2CDS 272 517 R0278**825375**|||0.300|5|
|2CDC 021 129 F0010<br> <br>||<br>|<br>|3<br>**S 202 UDC-Z   3**<br>2CDS 272 517 R0318**825382**<br>0.300<br>5<br>4<br>**S 202 UDC-Z   4**<br>2CDS 272 517 R0338**825399**<br>0.300<br>5<br>5<br>**S 202 UDC-Z   5**<br>2CDS 272 517 R0358**825405**<br>0.300<br>5<br>6<br>**S 202 UDC-Z   6**<br>2CDS 272 517 R0378**825412**<br>0.300<br>5<br>8<br>**S 202 UDC-Z   8**<br>2CDS 272 517 R0408**825429**<br>0.300<br>5<br>10<br>**S 202 UDC-Z 10**<br>2CDS 272 517 R0428**825436**<br>0.300<br>5<br> ~~a~~<br> TT|||||||
|||||15|**S 202 UDC-Z 15**|2CDS 272 517 R0458**825443**|||0.300|5|
|||||16|**S 202 UDC-Z 16**|2CDS 272 517 R0468**825450**|||0.300|5|
|||||20|**S 202 UDC-Z 20**|2CDS 272 517 R0488**825467**|||0.300|5|
|||||25|**S 202 UDC-Z 25**|2CDS 272 517 R0518**825474**|||0.300|5|
|||||30|**S 202 UDC-Z 30**|2CDS 272 517 R0528**825481**|||0.300|5|
|||||32|**S 202 UDC-Z 32**|2CDS 272 517 R0538**825498**|||0.300|5|
|||||40|**S 202 UDC-Z 40**|2CDS 272 517 R0558**825504**|||0.300|5|
|||||50|**S 202 UDC-Z 50**|2CDS 272 517 R0578**825511**|||0.300|5|
|||||60|**S 202 UDC-Z 60**|2CDS 272 517 R0588**825528**|||0.300|5|
|||||63|**S 202 UDC-Z 63**|2CDS 272 517 R0608**825535**|||0.300|5|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** EEO 

ABB 

**2** /47 

The SN 201 range of circuitbreakers is the new ABB range of 1P+N single-module MCBs. 

These circuit-breakers are available with rated currents from 2 to 40 A, in the version with C characteristic, and with rated currents from 6 to 40 A, in the version with B and D characteristics. 

For each current there are also three different breaking capacities available: 4.5 kA (SN 201 L series), 6 kA (SN 201 series) and 10 kA (SN 201 M series). 

The circuit-breakers have been designed to ensure, in the final closing section, that the closing speed of the contacts is independent of the speed at which the knob rotated. 

The trip mechanism (ABB international patent) ensures perfect closure every time, t h e re b y  c o n s i d e r a b l y improving the performance of these devices and extending 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400133F0201<br>**----- End of picture text -----**<br>


**==> picture [180 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400129F0201 | 2CSC400005F0201<br>**----- End of picture text -----**<br>


to give maximum visibility to the information relating to the protected loads. 

their average lifetime. to give maximum visibility to A redesigned red/green toggle the information relating to the makes the ON/OFF status protected loads. immediately apparent. The larger neutral hole allows With the practical label carrier the use of an insulated fitted in the new SN 201 screwdriver to tighten the circuit-breakers it’s possible screws of both wire terminals, 

ensuring maximum safety of afety of the operation. 

Due to larger size of the DIN he DIN rail fixing system, made with de with 2 bistable fixing devices, the ‘es, the same screwdriver used for 3ed for tightening the terminals can als can also be used for assembling »mbling and disassembling the ig the device. 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400134F0201<br>**----- End of picture text -----**<br>


> All versions are equipped Jipped 

> with  high capacity  cage type ge type terminals (16 mm[2] ). The SN 201 range circuit circuit breakers have been designed signed for wiring with the ABB SACE 

> Unifix rapid system. 3 SACE 

> The SN 201 fully integrates grates with the range of System pro _M_ compact[®] miniature systemniature circuit-breakers, sharing the ing the wide selection of accessories ssories available through a dedicated dicated interface (half module), which , Which also can be used as auxiliary iuxiliary contact. 

ABB 

**2** /48 

**Miniature circuit-breakers SN 201 series** 

**2** 

## **Index** 

**Technical features of MCBs SN 201 series** Tecl **................................................................... 2** /50 

**==> picture [335 x 93] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Selection tables of MCBs SN 201 series|Sele|
|SN 201 L-B  .........................................................................................................................|SN:|2|/52|
|SN 201 L-C  .........................................................................................................................|SN:|2|/52|
|SN 201-B  ............................................................................................................................|SN:|2|/53|
|SN 201-C  ............................................................................................................................|2|/53|
|SN 201-D  ............................................................................................................................|2|/54|
|SN 201 M-B  .......................................................................................................................|2|/55|
|SN 201 M-C  .......................................................................................................................|SN:|2|/55|

**----- End of picture text -----**<br>


**2** /49 

**System Technical features pro** _**M**_ **compact[®]** MCBs SN 201 series 

**SN 201** 

**2** 

**==> picture [569 x 347] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL FEATURES<br>Standards<br>Rated current In A<br>Poles<br>Rated voltage Ue V<br>Insulation voltage Ui V<br>Max. operating voltage Ub max. AC V<br>DC 1P V<br>DC 1P+N V<br>Min. operating voltage Ub min. V<br>Rated frequency Hz<br>Rated breaking capacity acc. to IEC/EN 60898 ultimate Icn A<br>Rated making and breaking capacity of an individual pole Icn1 kA<br>Rated breaking capacity ultimate Icu kA<br>acc. to IEC 947-2   1P+N - 230 V service Ics kA<br>Rated impulse withstand voltage (1,2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Overvoltage category<br>Thermal-magnetic release B: 3 In ≤ Im ≤ 5 In<br>characteristic C: 5 In ≤ Im ≤ 10 In<br>D: 10 In ≤ Im ≤ 20 In<br>Toggle<br>Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC 68-2 constant climate conditions °C/RH<br>variable climate conditions °C/RH<br>Reference temperature for calibration of thermal element °C<br>Ambient temperature (with daily average  ≤ +35°C) °C<br>Storage temperature °C<br>Terminal size upper/lower per cable mm [2]<br>Tightening torque N*m<br>Mounting<br>Pole dimensions (H x D x W) mm<br>Pole weight g<br>**----- End of picture text -----**<br>


ABB 

**2** /50 

**System Technical features pro** _**M**_ **compact[®]** MCBs SN 201 series 

**SN 201** 

**2** 

**SN 201 L SN 201 SN 201 M** Pe IEC/EN 60898 2 ≤ In ≤ 40 ~~a~~ 1P+N 230 ~~a~~ 500 254 60 125 a 12VAC - 12VDC 50…60 4500 6000 10000 4.5 6 6 6 10 10 4.5 6 7.5 5 a 2.5 III ■ ■ ■ ■ ■ ■ ■ black sealable in ON-OFF position a 10000 20000 IP4X ee IP2X 28 cycles with 55/95…100 23/83 - 40/93 - 55/20 25/95 - 40/95 a 30 -25…+55 a -40…+70 16/16 a 1,2 on DIN rail EN 60715 (35mm) by means of rapid fixing device a 85 x 68.9 x 17.6 110 

SN201 and SN201M series in B and D characteristic are available for rated current In ≥ 6 A 

ABB 

**2** /51 

**Selection tables** SN 201 L series MCBs 4500 

**SN 201 L B SN 201 L C** 

**System pro** _**M**_ **compact[®]** 

**2** 

B 

## **SN 201 L - B characteristic** 

Function: overload and short-circuit protection of circuits in final distribution; protection of long cable lengths in TN and IT systems. 

Applications: residential. 

## C 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
21<br>0<br>20<br>F0<br>001667<br>2CSC400<br>**----- End of picture text -----**<br>


Standard: IEC/EN 60898 

Icn: 4.5 kA 

|Number<br>of poles<br> <br>BS|Rated<br>current<br>In A|**Order details**<br>**Type**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|
|**1+N**|2|**SN201 L B2**|2CSS245101R0025|**087366**|||0.110|6|
||4|**SN201 L B4**|2CSS245101R0045|**087465**|||0.110|6|
||6|**SN201 L B6**|2CSS245101R0065|**087564**|||0.110|6|
||10|**SN201 L B10**|2CSS245101R0105|**087663**|||0.110|6|
||16|**SN201 L B16**|2CSS245101R0165|**087762**|||0.110|6|
||20|**SN201 L B20**|2CSS245101R0205|**087861**|||0.110|6|
||25|**SN201 L B25**|2CSS245101R0255|**087960**|||0.110|6|
||32|**SN201 L B32**|2CSS245101R0325|**088066**|||0.110|6|
||40|**SN201 L B40**|2CSS245101R0405|**088165**|||0.110|6|



## **SN 201 L - C characteristic** 

Function: overload and short-circuit protection of circuits in final distribution; protection of resistive and inductive loads with low inrush current. 

Applications: residential. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400666F0001<br>**----- End of picture text -----**<br>


Standard: IEC/EN 60898 

Icn: 4.5 kA 

|Number<br>of poles|Rated<br>current|**Order details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|
||In A|**Type**|Order code|**EAN**|||kg|pc.|
|**1+N**|2|**SN201 L C2**|2CSS245101R0024|**088264**|||0.110|6|
||4|**SN201 L C4**|2CSS245101R0044|**088363**|||0.110|6|
||6|**SN201 L C6**|2CSS245101R0064|**088462**|||0.110|6|
||10|**SN201 L C10**|2CSS245101R0104|**088561**|||0.110|6|
||16|**SN201 L C16**|2CSS245101R0164|**088660**|||0.110|6|
||20|**SN201 L C20**|2CSS245101R0204|**088769**|||0.110|6|
||25|**SN201 L C25**|2CSS245101R0254|**088868**|||0.110|6|
||32|**SN201 L C32**|2CSS245101R0324|**088967**|||0.110|6|
||40|**SN201 L C40**|2CSS245101R0404|**089063**|||0.110|6|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** | 

ABB 

**2** /52 

**System Selection tables SN 201 B pro** _**M**_ **compact[®]** SN 201 series MCBs **SN 201 C** ~~a~~ 6000 **SN 201 - B characteristic** B Function: overload and short-circuits protection of circuits in final distribution; protection of long cable lengths in TN and IT systems. 

**==> picture [28 x 28] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


Applications: residential and commercial. Standard: IEC/EN 60898 Icn: 6 kA Number Rated **Order details** 

Icn: 6 kA **2** Number Rated **Order details Bbn** Price Price Weight Pack of poles current **8012542** 1 piece group 1 piece unit In A **Type** Order code **EAN** kg pc. **1+N** 6 **SN201 B6** 2CSS255101R0065 **090762** 0.110 6 10 **SN201 B10** 2CSS255101R0105 **090861** 0.110 6 16 **SN201 B16** 2CSS255101R0165 **090960** 0.110 6 20 **SN201 B20** 2CSS255101R0205 **091066** 0.110 6 25 **SN201 B25** 2CSS255101R0255 **091165** 0.110 6 32 **SN201 B32** 2CSS255101R0325 **091264** 0.110 6 40 **SN201 B40** 2CSS255101R0405 **091363** 0.110 6 

## **SN 201 - C characteristic** 

Function: overload and short-circuit protection of circuits in final distribution; protection of resistive and inductive loads with low inrush current. 

|2CSC400671F0001<br>—|Applications: residential and commercial.<br>Standard: IEC/EN 60898<br>Icn: 6 kA<br>Number<br>Rated<br>**Order details**<br>of poles<br>current<br> <br>In A<br>**Type**<br>Order code<br>**1+N**<br>2<br>**SN201 C2**<br>2CSS255101R0024<br>4<br>**SN201 C4**<br>2CSS255101R0044<br>—|Applications: residential and commercial.<br>Standard: IEC/EN 60898<br>Icn: 6 kA<br>Number<br>Rated<br>**Order details**<br>of poles<br>current<br> <br>In A<br>**Type**<br>Order code<br>**1+N**<br>2<br>**SN201 C2**<br>2CSS255101R0024<br>4<br>**SN201 C4**<br>2CSS255101R0044<br>—|Applications: residential and commercial.<br>Standard: IEC/EN 60898<br>Icn: 6 kA<br>Number<br>Rated<br>**Order details**<br>of poles<br>current<br> <br>In A<br>**Type**<br>Order code<br>**1+N**<br>2<br>**SN201 C2**<br>2CSS255101R0024<br>4<br>**SN201 C4**<br>2CSS255101R0044<br>—|Applications: residential and commercial.<br>Standard: IEC/EN 60898<br>Icn: 6 kA<br>Number<br>Rated<br>**Order details**<br>of poles<br>current<br> <br>In A<br>**Type**<br>Order code<br>**1+N**<br>2<br>**SN201 C2**<br>2CSS255101R0024<br>4<br>**SN201 C4**<br>2CSS255101R0044<br>—|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**091462**<br>**091561**<br>—|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece<br>kg<br>0.110<br>0.110<br>—|Pack<br>unit<br>pc.<br>6<br>6<br>—|
|---|---|---|---|---|---|---|---|
|||6|**SN201 C6**|2CSS255101R0064|**091660**|0.110|6|
|||10|**SN201 C10**|2CSS255101R0104|**091769**|0.110|6|
|||13|**SN201 C13**|2CSS255101R0134|**091868**|0.110|6|
|||16|**SN201 C16**|2CSS255101R0164|**091967**|0.110|6|
|||20|**SN201 C20**|2CSS255101R0204|**092063**|0.110|6|
|||25|**SN201 C25**|2CSS255101R0254|**092162**|0.110|6|
|||32|**SN201 C32**|2CSS255101R0324|**092261**|0.110|6|
|||40|**SN201 C40**|2CSS255101R0404|**092360**|0.110|6|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** | 

ABB 

**2** /53 

**SN 201 D** 

**2** 

## **System Selection tables pro** _**M**_ **compact[®]** SN 201 series MCBs 6000 a 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **SN 201 - D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits in final distribution; protection for circuits which supply loads with high inrush current at the circuit closing. Applications: residential and commercial. 

Standard: IEC/EN 60898 

Icn: 6 kA 

|Number<br>of poles|Rated<br>current|**Order details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|
||In A|**Type**|Order code|**EAN**|||kg|pc.|
|**1+N**|6|**SN201 D6**|2CSS255101R0061|**092469**|||0,110|6|
||10|**SN201 D10**|2CSS255101R0101|**092568**|||0,110|6|
||16|**SN201 D16**|2CSS255101R0161|**092667**|||0,110|6|
||20|**SN201 D20**|2CSS255101R0201|**092766**|||0,110|6|
||25|**SN201 D25**|2CSS255101R0251|**092865**|||0,110|6|
||32|**SN201 D32**|2CSS255101R0321|**092964**|||0,110|6|
||40|**SN201 D40**|2CSS255101R0401|**093060**|||0,110|6|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** CT 

ABB 

**2** /54 

**Selection tables** SN 201 M series MCBs 

**SN 201 M B SN 201 M C** 

**System pro** _**M**_ **compact[®]** 

10000 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **SN 201 M - B characteristic** 

Function: overloads and short-circuit protection of circuits in final distribution; protection of long cable lengths in TN and IT systems. 

Applications:  residential and commercial. Standard: IEC/EN 60898 Icn: 10 kA **2** Number Rated **Order details Bbn** Price Price Weight Pack of poles current **8012542** 1 piece group 1 piece unit In A **Type** Order code **EAN** kg pc. **1+N** 6 **SN201 M B6** 2CSS275101R0065 **093152** 0.110 6 ~~—~~ 10 **SN201 M B10** 2CSS275101R0105 **093251** 0.110 6 16 **SN201 M B16** 2CSS275101R0165 **093350** 0.110 6 20 **SN201 M B20** 2CSS275101R0205 **093459** 0.110 6 25 **SN201 M B25** 2CSS275101R0255 **093558** 0.110 6 32 **SN201 M B32** 2CSS275101R0325 **093657** 0.110 6 40 **SN201 M B40** 2CSS275101R0405 **093756** 0.110 6 

## C 

## **SN 201 M - C characteristic** 

Function: overload and short-circuit protection of circuits in final distribution; protection of resistive and inductive loads with low inrush current. 

Applications:  residential and commercial. Standard: IEC/EN 60898 Icn: 10 kA Number Rated **Order details** 

|Number<br>of poles<br> <br>**1+N**<br>—|Rated<br>current<br>In A<br>2<br>4<br>—|**Order details**<br>**Type**<br>**SN201 M C2**<br>**SN201 M C4**<br>—|Order code<br>2CSS275101R0024<br>2CSS275101R0044<br>—|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**093862**<br>**093961**<br>—|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece<br>kg<br>0.110<br>0.110<br>—|Pack<br>unit<br>pc.<br>6<br>6<br>—|
|---|---|---|---|---|---|---|
||6|**SN201 M C6**|2CSS275101R0064|**094067**|0.110|6|
||10|**SN201 M C10**|2CSS275101R0104|**094166**|0.110|6|
||16|**SN201 M C16**|2CSS275101R0164|**094265**|0.110|6|
||20|**SN201 M C20**|2CSS275101R0204|**094364**|0.110|6|
||25|**SN201 M C25**|2CSS275101R0254|**094463**|0.110|6|
||32|**SN201 M C32**|2CSS275101R0324|**094562**|0.110|6|
||40|**SN201 M C40**|2CSS275101R0404|**094661**|0.110|6|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/3** | 

ABB 

**2** /55 

MCBs for heavy-duty industrial protection consist of three different ranges. 

**S 280** series, which includes the 80 A and 100 A rated **2** current versions (one pole, one module), available in B and C characteristics, 6 kA breaking capacity according to IEC/EN 60898 Standard and 35 mm[2] size of the terminals. The range includes also the S 280 UC series that protects direct current circuits with high voltages. 

In all circuit-breakers of the range there is no specific mechanical constraint between the case and the internal mechanical components which form three independent functional blocks: in this way, any distortion of the case, in the event of thermal shock, does not affect the correct functioning of the circuit-breaker. The supply lines of the protected circuit can be connected to either the upper or lower terminals of the circuit-breakers (reversibility of connections). The double terminal of these circuit-breakers enables simultaneous connection of cables and busbars. 

**S 290** series, for the use in switchboards and consumer units for modular devices with 45 mm slotting and rated currents up to 125 A. They can be mounted alongside standard modular circuit-breakers because of their modular design and ability to be installed on 35 mm DIN EN 50022 rails. 

The circuit-breakers are available in 1-2-3-4 pole versions with a width equal to 1 module and a half per pole (27 mm); the characteristic curves are B, C, D and K. 

**S700** series is a range of selective main circuit breakers (smcb) for the use as main incoming protective device for any distribiution board or meter cabinet. 

The main application of S700 is the selective overload and short-circuit protection and isolation of circuits in 230/400 V installations. The outstanding selectivity in combination with high isolation capability and the suitability for the use by laymen are the main characteristics of this range, including single and multipole devices, different tripping characteristics and a broad range of accessories. 

**WT63** is a main current limiting device for the use in dedicated motor protection circuits. With WT 63 it is possible to create smart motor protection solutions for 690V applications, where WT63 can be used as a main current limitor for several motor groups - ensuring high breaking capacity by selective current limiting. 

**==> picture [207 x 189] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400395F0201 * YA 2CSC400396F0201<br>2CSC400556F0201<br>**----- End of picture text -----**<br>


The extensive **S800** range offers the right high performance MCBs with high-rated breaking capacities and various tripping characteristics. The units of the S800S series, both AC and DC types, operate in a nominal current range of between 6 and 125 A covering breaking capacities of up to 50 kA. The S800N is the ideal solution for applications of up to 36 kA, the S800C for applications up to 25 kA; of course also for current ratings of between 10 and 125 A. 

For the photovoltaic market ABB supply the new S800PV range allowing complete protection in such innovative plants. 

The heavy duty circuit breakers **S500** complete the range of the S800. The devices of the series S500K and S500UC-K provide the opportunity to adjust the rated current. This has the benefit to get a very precise tripping. The S500K has a short-circuit current of up to 50 kA. 

The S500UC-K is only for DC applications such as railway systems or DC-networks. He offers a high rated operating voltage up to 750 V DC and a breaking capacity of up to 30 kA. 

The high-rated breaking capacities of up to 50 kA allow electrical distribution systems to be configured and operated safely in an uncomplicated manner. 

Compact dimensions ensure that energy distribution systems can be set up in a space-saving way. S800 MCBs satisfy all the main standards and approvals. 

ABB SACE 

**2** /56 

**Miniature circuit-breakers S 280, S 290, S700, S800 and S500 series** 

## **Index** 

**2** 

**==> picture [335 x 557] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of MCBs S 280 series 80-100 A|...................................................... 2|/58|
|Selection tables of MCBs S 280 series 80-100 A|
|S 280  80-100 A-B  .............................................................................................................|2|/59|
|S 280  80-100 A-C ................................................................................................................|2|/59|
|Technical features of MCBs S 280 UC series|................................................................ 2|/60|
|Selection tables of MCBs S 280 UC series|
|S 280-UC B  ........................................................................................................................|2|/61|
|S 280-UC K ...........................................................................................................................|2|/62|
|S 280-UC Z ...........................................................................................................................|2|/64|
|Technical features of MCBs S 290 series|...................................................................... 2|/66|
|Selection tables of MCBs S 290 series|
|S 290-B  ..............................................................................................................................|2|/67|
|S 290-C  ..............................................................................................................................|2|/68|
|S 290-D .................................................................................................................................|2|/69|
|S 290-K .................................................................................................................................|2|/70|
|Technical features of MCBs S700 series|....................................................................... 2|/71|
|Selection tables of MCBs S700 series|
|S700 E  ................................................................................................................................|2|/72|
|S700 K ...................................................................................................................................|2|/73|
|S700 E+H2WR ......................................................................................................................|2|/74|
|S700 K+H2WR ......................................................................................................................|2|/75|
|WT63 .....................................................................................................................................|2|/76|
|Technical features of MCBs S800 series|....................................................................... 2|/77|
|Selection tables of MCBs S800 series|
|S800S-B  .............................................................................................................................|2|/82|
|S800S-C  .............................................................................................................................|2|/86|
|S800S-D  .............................................................................................................................|2|/90|
|S800S-K  .............................................................................................................................|2|/94|
|S800S-KM  ..........................................................................................................................|2|/98|
|S800S-UCB  ........................................................................................................................|2|/99|
|S800S-UCK  ......................................................................................................................|2|/101|
|S800N-B  ...........................................................................................................................|2|/103|
|S800N-C  ...........................................................................................................................|2|/104|
|S800N-D  ...........................................................................................................................|2|/105|
|S800C-B  ...........................................................................................................................|2|/106|
|S800C-C  ...........................................................................................................................|2|/107|
|S800C-D  ...........................................................................................................................|2|/108|
|S800C-K  ...........................................................................................................................|2|/109|
|S800U-Z  ...........................................................................................................................|2|/110|
|S800U-K  .............................................................................................................................|2|/111|
|S800PV-S  .........................................................................................................................|2|/112|
|S800PV-M  ........................................................................................................................|2|/113|
|Technical features of MCBs S500 series|..................................................................... 2|/114|
|Selection tables of MCBs S500 series|
|S500-K  .............................................................................................................................|2|/116|
|S500UC-K  ........................................................................................................................|2|/118|

**----- End of picture text -----**<br>


**2** /57 

**Technical features** MCBs S 280 series 80-100 A 

**System pro** _**M**_ 

**S 280** 

**2** 

|||||**S 280 80 - 100 A**|
|---|---|---|---|---|
|Electrical Data|Standards<br>Poles<br>Tripping characteristics<br>Rated current In<br>Rated voltage Un<br>Rated voltage Un<br>Rated voltage Ue<br>Rated voltage<br>Insulation voltage Ui<br>Max. operating voltage UBmax.<br>Min. operating voltage UBmin.<br>Rated frequency f<br>Rated short-circuit capacity Icn<br>Ultimate short-circuit capacity Icu<br>Service short-circuit capacity Ics<br>Energy limiting class<br>Overvoltage category<br>Pollution degree<br>Rated impulse withstand voltage Uimp.(1.2/50 μs)<br>Dielectric test voltage|IEC/EN<br>UL/CSA<br>IEC/EN 60898-1<br>IEC/EN 60898-2<br>IEC/EN 60947-2<br>UL/CSA<br>IEC/EN 60898-1 / 60947-2<br>IEC/EN 60898-1<br>IEC/EN 60947-2<br>IEC/EN 60947-2<br>IEC/EN 60898-1<br>IEC/EN 60898-1 / 60947-2<br>IEC/EN 60898-1<br>IEC/EN 60947-2<br>IEC/EN 60898-1 / 60947-2<br>IEC/EN 60898-1|A<br>V<br>V<br>V<br>V<br>V<br>V<br>V<br>Hz<br>kA<br>kA<br>kA<br>kV<br>kV|IEC/EN 60898-1, IEC/EN 60947-2<br>–<br>1P, 2P, 3P, 4P<br>B, C<br>80…100 A<br>1P: 230 V AC<br>2...4P: 400 V AC<br>–<br>1P: 230 - 240 V AC<br>2...4P: 230/400 - 240/415 V AC<br>–<br>250 V AC (phase to ground),<br>500 V AC (phase to phase)<br>1P: 253 V AC<br>2…4P: 440 V AC<br>12 V AC<br>50 / 60 Hz<br>6 kA<br>6 kA<br>6 kA<br>–<br>III<br>2<br>3<br>4 kV (test voltage 6.2 kV at sea level,<br>5 kV at 2,000 m)<br>2 kV (50 / 60 Hz, 1 min.)|
|Mechanical Data|Housing<br>Toggle<br>Contact position indication<br>Protection degree<br>Electrical endurance<br>Mechanical endurance<br>Shock resistance<br>Vibration resistance<br>Tropicalization (damp heat cyclic)<br>Ambient temperature<br>Storage temperature<br>Reference temperature for tripping characteristics|IEC/EN 60529<br>IEC/EN 60068-2-27<br>IEC/EN 60068-2-6<br>IEC/EN 60068-2-30<br>IEC/EN 60898-1<br>IEC/EN 60947-2|ops.<br>ops.<br>°C/RH<br>°C<br>°C<br>°C|Insulation group I, RAL 7035<br>Insulation group II, black, sealable<br>Marking on toggle (I ON / 0 OFF),<br>Real CPI (red ON / green OFF)<br>IP20 / IPXXB, IP40 in enclosure with cover<br>4,000 ops.<br>10,000 ops.<br>30 g - 3 shocks - 11 ms<br>5 g - 20 cycles at 5…150…5 Hz with load 0.8 In<br>28 cycles with 55°C/90-96% and 25°C/95-100%<br>-25 … +55°C<br>-40 … +70°C<br>B, C: 30°C<br>–|
|Installation|Terminal<br>Cross-section of conductors (top / bottom)<br>Cross-section of busbars (top / bottom)<br>Torque<br>Screwdriver<br>Mounting<br>Mounting position<br>Supply|IEC/EN 60898-1 / 60947-2<br>UL/CSA<br>IEC/EN 60898-1 / 60947-2<br>UL/CSA<br>IEC/EN<br>UL/CSA|mm2<br>AWG<br>mm2<br>AWG<br>Nm<br>in-Ibs.|Cage (shock protected)<br>35 mm2/ 35 mm2<br>–<br>16 mm2/ 16 mm2<br>–<br>2.5 Nm<br>–<br>No. 2 Pozidrive<br>On DIN rail 35 mm acc. to EN 60715 by fast clip<br>Any<br>Optional|
|Dimensions<br>and weight|Mounting dimensions<br>Pole dimensions (H x D x W)<br>Pole weight|DIN 43880|mm<br>g|Mounting dimension 1<br>90 x 69 x 17.5 mm<br>ca. 160 g|
|Combination with<br>aux. elements|signal contact/auxiliary switch<br>shunt trip<br>undervoltage release|||Yes<br>Yes<br>Yes|



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**2** /58 

**Selection tables** MCBs S 280 series 80-100 A = 6000 

**System pro** _**M**_ 

**S 280 B and C** 

**==> picture [103 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B & C<br>**----- End of picture text -----**<br>


## **S 280 80-100A B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems. 

Applications: commercial and industrial. 

**==> picture [440 x 470] intentionally omitted <==**

**----- Start of picture text -----**<br>
Standard: IEC/EN 60898, IEC/EN 60947-2<br>Icn=6 kA<br>Number  Rated  Order  Bbn Price  Price  Weight  Pack<br>of poles  current  details 8012542  1 piece  group  1 piece  unit<br>In A  Type code Order code  EAN kg  pc.<br>1  80  S281 B80  GHS2810001R0805 499503 0.140  1/6<br>100  S281 B100  GHS2810001R0825  499602  0.140  1/6<br>—<br>2  80  S282 B80  GHS2820001R0805 500100 0.275  1/3<br>ye) 100  S282 B100  GHS2820001R0825  500209  0.275  1/3<br>3  80  S283 B80  GHS2830001R0805 500704 0.400  1/2<br>100  S283 B100  GHS2830001R0825  500803  0.400  1/2<br>4  80  S284 B80  GHS2840001R0805 518006 0.525  1<br>100  S284 B100  GHS2840001R0825  518105  0.525  1<br>S 280 80-100A C characteristic<br>Function: protection and control of the circuits against overloads and short-circuits; protection for<br>resistive and inductive loads with low inrush current.<br>Applications: commercial and industrial.<br>Standard: IEC/EN 60898, IEC/EN 60947-2<br>Icn=6 kA<br>Number  Rated  Order  Bbn Price  Price  Weight  Pack<br>of poles  current  details 8012542  1 piece  group  1 piece  unit<br>In A  Type code Order code  EAN kg  pc.<br>1  80  S281 C80  GHS2810001R0804 499305 0.140  1/6<br>100  S281 C100  GHS2810001R0824  499404  0.140  1/6<br>2CSC400474F0201<br>2CSC400475F0201<br>2CSC400476F0201<br>2CSC400477F0201<br>**----- End of picture text -----**<br>


Function: protection and control of the circuits against overloads and short-circuits; protection for resistive and inductive loads with low inrush current. 

|||Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|||of poles|current|current<br>**details**||**8012542**1 piece|1 piece|group|1 piece|unit|
||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|2CSC400477F0201||**1**|80<br>100|**S281 C80**<br>**S281 C100**|GHS2810001R0804<br>GHS2810001R0824|**499305**<br>**499404**|||0.140<br>0.140|1/6<br>1/6|
|||**2**|80|**S282 C80**|GHS2820001R0804|**499909**|||0.275|1/3|
||||100|**S282 C100**|GHS2820001R0824|**500001**|||0.275|1/3|
||||||||||||
|||**3**|80|**S283 C80**|GHS2830001R0804|**500506**|||0.400|1/2|
||||100|**S283 C100**|GHS2830001R0824|**500605**|||0.400|1/2|
|||**4**<br>80<br>**S284 C80**<br>GHS2840001R0804<br>**517801**<br>0.525<br>1<br>100<br>**S284 C100**<br>GHS2840001R0824<br>**517900**<br>0.525<br>1<br>~~oe~~|||||||||
||||||||||||
||||||||||||
|**Technical details ............................  pag. 11/2**|**Technical details ............................  pag. 11/2**|||**Overall dimensions ........................  pag. 13/4**|**Overall dimensions ........................  pag. 13/4**||||||



**2** 

ABB 

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**Technical features** MCBs S 280 series UC 

**System pro** _**M**_ 

**S 280 UC** 

**2** 

|||||**S 280 UC**|
|---|---|---|---|---|
|Electrical Data|Standards<br>Poles<br>Tripping characteristics<br>Rated current In<br>Rated voltage Un<br>Rated voltage Un<br>Rated voltage Ue<br>Rated voltage<br>Insulation voltage Ui<br>Max. operating voltage UBmax.<br>Min. operating voltage UBmin.<br>Rated frequency f<br>Rated short-circuit capacity Icn<br>Ultimate short-circuit capacity Icu<br>Service short-circuit capacity Ics<br>Rated interrupting capacity<br>Energy limiting class<br>Overvoltage category<br>Pollution degree<br>Rated impulse withstand voltage Uimp.(1.2/50 μs)<br>Dielectric test voltage|IEC/EN<br>UL/CSA<br>IEC/EN 60898-1<br>IEC/EN 60898-2<br>IEC/EN 60947-2<br>UL/CSA<br>IEC/EN 60898-2 / 60947-2<br>IEC/EN 60898-2<br>IEC/EN 60947-2<br>IEC/EN 60947-2<br>UL 1077, CSA 22.2 No. 235<br>IEC/EN 60898-2<br>IEC/EN 60898-2 / 60947-2<br>IEC/EN 60898-2<br>IEC/EN 60947-2<br>IEC/EN 60898-2 / 60947-2<br>IEC/EN 60898-2|A<br>V<br>V<br>V<br>V<br>V<br>V<br>V<br>Hz<br>kA<br>kA<br>kA<br>kA<br>kV<br>kV|Acc. to IEC/EN 60898-2, IEC/EN 60947-2<br>UL 1077, CSA 22.2 No. 235<br>1P, 2P, 3P, 4P<br>B, K, Z<br>0.2…63 A<br>–<br>1P: 220 V DC, 230 V AC<br>2P: 400 V DC, 400 V AC<br>1P: 220 V DC<br>2...4P: 440 V DC<br>1P: 250 V DC, 277 V AC<br>2...4P: 500 V DC, 480 V AC<br>250 V AC (phase to ground),<br>500 V AC (phase to phase)<br>1P: 253 V AC, 242 V DC<br>2…4P: 440 V AC, 484 V DC<br>12 V AC - 12 V DC<br>50 / 60 Hz<br>≤40 A: 6 kA<br>> 40 A: 4.5 kA<br>≤40 A: 6 kA<br>> 40 A: 4.5 kA<br>≤40 A: 6 kA<br>> 40 A: 4.5 kA<br>4.5 kA (10 kA 60 V DC 1P, 125 V DC 2P)<br>3<br>III<br>2<br>3<br>4 kV (test voltage 6.2 kV at sea level,<br>5 kV at 2,000 m)<br>2 kV (50 / 60 Hz, 1 min.)|
|Mechanical Data|Housing<br>Toggle<br>Contact position indication<br>Protection degree<br>Electrical endurance<br>Mechanical endurance<br>Shock resistance<br>Vibration resistance<br>Tropicalization (damp heat cyclic)<br>Ambient temperature<br>Storage temperature<br>Reference temperature for tripping characteristics|IEC/EN 60529<br>IEC/EN 60068-2-27<br>IEC/EN 60068-2-6<br>IEC/EN 60068-2-30<br>IEC/EN 60898-2<br>IEC/EN 60947-2|ops.<br>ops.<br>°C/RH<br>°C<br>°C<br>°C|Insulation group I, RAL 7035<br>Insulation group II, black, sealable<br>Marking on toggle (I ON / 0 OFF),<br>Real CPI (red ON / green OFF)<br>IP20 / IPXXB, IP40 in enclosure with cover<br>10,000 ops. (AC), 1,000 ops. (DC)<br>20,000 ops.<br>30 g - 3 shocks - 11 ms<br>5g - 20 cycles at 5…150…5 Hz with load 0.8 In<br>28 cycles with 55°C/90-96% and 25°C/95-100%<br>-25 … +55°C<br>-40 … +70°C<br>B: 30°C<br>K, Z: 20°C|
|Installation|Terminal<br>Cross-section of conductors (top / bottom)<br>Cross-section of busbars (top / bottom)<br>Torque<br>Screwdriver<br>Mounting<br>Mounting position<br>Supply|IEC/EN 60898-2 / 60947-2<br>UL/CSA<br>IEC/EN 60898-2 / 60947-2<br>UL/CSA<br>IEC/EN<br>UL/CSA|mm2<br>AWG<br>mm2<br>AWG<br>Nm<br>in-Ibs.|Cage (shock protected)<br>25 mm2/ 25 mm2<br>18 - 4 AWG<br>16 mm2/ 16 mm2<br>–<br>2.5 Nm<br>17.5 in-lbs.<br>No. 2 Pozidrive<br>On DIN rail 35 mm acc. to EN 60715 by fast clip<br>Any<br>Please note polarity of device|
|Dimensions<br>and weight|Mounting dimensions<br>Pole dimensions (H x D x W)<br>Pole weight|DIN 43880|mm<br>g|Mounting dimension 1<br>90 x 69 x 17.5 mm<br>ca. 140 g|
|Combination with<br>aux. elements|signal contact/auxiliary switch<br>shunt trip<br>undervoltage release|||Yes<br>Yes<br>Yes|



ABB 

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**Selection tables S 280 UC B** MCBs S 280 series UC max voltage 220 V DC 1 pole, 440 V DC 2, 3 and 4 poles 

**System pro** _**M**_ 

**S 280 UC B** 

**2** 

## **S 280 series UC B characteristic** 

**S 280 series UC B characteristic** B Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems; version dedicated to application in direct current circuits for voltages up to 220 V DC 1 pole and 440 V DC 2, 3 and 4 poles. Applications: industrial. Standard: Acc. to IEC/EN 60898-2 Icn=6 kA Number Rated **Order Bbn** Price Price Weight Pack of poles current **details 4016779** 1 piece group 1 piece unit In A **Type code** Order code **EAN** kg pc. **1** 6 **S281-UC B 6** GHS2810164R0065 **162302** 0.130 10/40 10 **S281-UC B10** GHS2810164R0105 **162401** 0.130 10/40 ——— UBmax  16 **S281-UC B16** GHS2810164R0165 **162500** 0.130 10/40 254 V~  20 **S281-UC B20** GHS2810164R0205 **162609** 0.130 10/40 242 V –... 25 **S281-UC B25** GHS2810164R0255 **162708** 0.130 10/40 ——<§£€£ **2** 6 **S282-UC B 6** GHS2820164R0065 **162807** 0.260 5/20 10 **S282-UC B10** GHS2820164R0105 **162906** 0.260 5/20 UBmax  16 **S282-UC B16** GHS2820164R0165 **163002** 0.260 5/20 440 V~  20 **S282-UC B20** GHS2820164R0205 **163101** 0.260 5/20 440 V –... 25 **S282-UC B25** GHS2820164R0255 **163200** 0.260 5/20 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** | 

ABB 

**2** /61 

**Selection tables S 280 UC K** MCBs S 280 series UC max voltage 220 V DC 1 pole, 440 V DC 2, 3 and 4 poles 

**System pro** _**M**_ 

**S 280 UC K** 

## **S 280 series UC K (power) characteristic** 

K **2** a Icu=6 kA . 

Function: protection and control of the circuits like motors and auxiliary circuits, against overloads and short-circuits; version dedicated to application in direct current circuits for voltages up to 220 V DC 1 pole and 440 V DC 2, 3 and 4 poles. 

Advantages: no nuisance tripping in the case of functional peak currents up to 8xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

cables and lines. Applications: industrial. Standard: Acc. to IEC/EN 60947-2 Icu=6 kA 

|Number<br>Rated<br>of poles<br>current<br> <br>In A<br>**1**<br>0.2<br>.<br>i|Number<br>Rated<br>of poles<br>current<br> <br>In A<br>**1**<br>0.2<br>.<br>i|Number<br>Rated<br>of poles<br>current<br> <br>In A<br>**1**<br>0.2<br>.<br>i|Number<br>Rated<br>of poles<br>current<br> <br>In A<br>**1**<br>0.2<br>.<br>i|**Order**<br>**details**<br>**Type code**<br>**S 281 UC-K 0.2**|Order code<br>GHS2810164R0087|**Bbn**<br>**4012233**<br>**EAN**<br>**634200**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.130|Pack<br>unit<br>pc.<br>10/40|
|---|---|---|---|---|---|---|---|---|---|---|
||||0.3|**S 281 UC-K 0.3**|GHS2810164R0117|**634309**|||0.130|10/40|
||||0.5|**S 281 UC-K 0.5**|GHS2810164R0157|**634408**|||0.130|10/40|
||||0.75|**S 281 UC-K 0.75**|GHS2810164R0187|**635504**|||0.130|10/40|
||||1|**S 281 UC-K 1**|GHS2810164R0217|**634606**|||0.130|10/40|
||||1.6|**S 281 UC-K 1.6**|GHS2810164R0257|**634705**|||0.130|10/40|
||||2|**S 281 UC-K 2**|GHS2810164R0277|**634804**|||0.130|10/40|
||||3|**S 281 UC-K 3**|GHS2810164R0317|**634903**|||0.130|10/40|
||||4|**S 281 UC-K 4**|GHS2810164R0337|**635009**|||0.130|10/40|
||||6|**S 281 UC-K 6**|GHS2810164R0377|**635207**|||0.130|10/40|
||||8|**S 281 UC-K 8**|GHS2810164R0407|**635108**|||0.130|10/40|
||||10|**S 281 UC-K 10**|GHS2810164R0427|**635306**|||0.130|10/40|
||||16|**S 281 UC-K 16**|GHS2810164R0467|**635405**|||0.130|10/40|
||||20|**S 281 UC-K 20**|GHS2810164R0487|**635603**|||0.130|10/40|
||||25|**S 281 UC-K 25**|GHS2810164R0517|**635702**|||0.130|10/40|
||||32|**S 281 UC-K 32**|GHS2810164R0537|**635801**|||0.130|10/40|
|||UBmax  40|UBmax  40|**S 281 UC-K 40**|GHS2810164R0557|**635900**|||0.130|10/40|
|||254 V~  50|254 V~  50|**S 281 UC-K 50**|GHS2810164R0577|**636006**|||0.160|10/40|
|||242 V –... 63|242 V –... 63|**S 281 UC-K 63**|GHS2810164R0607|**636105**|||0.160|10/40|
|2CSC400475F0201||**2**|0.2<br>0.3<br>0.5|**S 282 UC-K 0.2**<br>**S 282 UC-K 0.3**<br>**S 282 UC-K 0.5**|GHS2820164R0087<br>GHS2820164R0117<br>GHS2820164R0157|**636204**<br>**636303**<br>**636402**|||0.260<br>0.260<br>0.260|5/20<br>5/20<br>5/20|
||||0.75|**S 282 UC-K 0.75**|GHS2820164R0187|**636501**|||0.260|5/20|
||||1|**S 282 UC-K 1**|GHS2820164R0217|**636600**|||0.260|5/20|
||||1.6|**S 282 UC-K 1.6**|GHS2820164R0257|**636709**|||0.260|5/20|
||||2|**S 282 UC-K 2**|GHS2820164R0277|**652808**|||0.260|5/20|
||||3|**S 282 UC-K 3**|GHS2820164R0317|**636808**|||0.260|5/20|
||||4|**S 282 UC-K 4**|GHS2820164R0337|**636907**|||0.260|5/20|
||||6|**S 282 UC-K 6**|GHS2820164R0377|**637003**|||0.260|5/20|
||||8|**S 282 UC-K 8**|GHS2820164R0407|**637102**|||0.260|5/20|
||||10|**S 282 UC-K 10**|GHS2820164R0427|**637201**|||0.260|5/20|
||||16|**S 282 UC-K 16**|GHS2820164R0467|**637300**|||0.260|5/20|
||||20|**S 282 UC-K 20**|GHS2820164R0487|**637409**|||0.260|5/20|
||||25|**S 282 UC-K 25**|GHS2820164R0517|**637508**|||0.260|5/20|
||||32|**S 282 UC-K 32**|GHS2820164R0537|**637607**|||0.260|5/20|
|||UBmax  40|UBmax  40|**S 282 UC-K 40**|GHS2820164R0557|**637706**|||0.260|5/20|
|||440 V~  50|440 V~  50|**S 282 UC-K 50**|GHS2820164R0577|**637904**|||0.320|5/20|
|||440 V –... 63|440 V –... 63|**S 282 UC-K 63**|GHS2820164R0607|**638000**|||0.320|5/20|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** PT 

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**S 280 UC K** 

**2** 

## **System pro** _**M**_ 

## **Selection tables S 280 UC K** MCBs S 280 series UC max voltage 220 V DC 1 pole, 440 V DC 2, 3 and 4 poles 

|K|**3**|0.2<br>0.3<br>0.5|**S 283 UC-K 0.2**<br>**S 283 UC-K 0.3**<br>**S 283 UC-K 0.5**|GHS2830164R0087<br>GHS2830164R0117<br>GHS2830164R0157|**738106**<br>**738205**<br>**738304**|0.390<br>0.390<br>0.390|3/12<br>3/12<br>3/12|
|---|---|---|---|---|---|---|---|
|2CSC400478F0201||0.75<br>1<br>1.6<br>2<br>3|**S 283 UC-K 0.75**<br>**S 283 UC-K 1**<br>**S 283 UC-K 1.6**<br>**S 283 UC-K 2**<br>**S 283 UC-K 3**|GHS2830164R0187<br>GHS2830164R0217<br>GHS2830164R0257<br>GHS2830164R0277<br>GHS2830164R0317|**738403**<br>**738502**<br>**738601**<br>**738700**<br>**738809**|0.390<br>0.390<br>0.390<br>0.390<br>0.390|3/12<br>3/12<br>3/12<br>3/12<br>3/12|
|||4|**S 283 UC-K 4**|GHS2830164R0337|**738908**|0.390|3/12|
|||6|**S 283 UC-K 6**|GHS2830164R0377|**739004**|0.390|3/12|
|||8|**S 283 UC-K 8**|GHS2830164R0407|**739103**|0.390|3/12|
|||10|**S 283 UC-K 10**|GHS2830164R0427|**739202**|0.390|3/12|
|||16|**S 283 UC-K 16**|GHS2830164R0467|**739301**|0.390|3/12|
|||20|**S 283 UC-K 20**|GHS2830164R0487|**739400**|0.390|3/12|
|||25|**S 283 UC-K 25**|GHS2830164R0517|**739509**|0.390|3/12|
|||32|**S 283 UC-K 32**|GHS2830164R0537|**739608**|0.390|3/12|
||UBmax  40||**S 283 UC-K 40**|GHS2830164R0557|**739707**|0.390|3/12|
||440 V~  50||**S 283 UC-K 50**|GHS2830164R0577|**739806**|0.480|3/12|
||440 V –... 63|440 V –... 63|**S 283 UC-K 63**|GHS2830164R0607|**739905**|0.480|3/12|
|||||||||
|2CSC400479F0201|**4**|0.2<br>0.3<br>0.5<br>0.75<br>1<br>1.6|**S 284 UC-K 0.2**<br>**S 284 UC-K 0.3**<br>**S 284 UC-K 0.5**<br>**S 284 UC-K 0.75**<br>**S 284 UC-K 1**<br>**S 284 UC-K 1.6**|GHS2840164R0087<br>GHS2840164R0117<br>GHS2840164R0157<br>GHS2840164R0187<br>GHS2840164R0217<br>GHS2840164R0257|**741601**<br>**741700**<br>**741809**<br>**741908**<br>**742004**<br>**742103**|0.520<br>0.520<br>0.520<br>0.520<br>0.520<br>0.520|2<br>2<br>2<br>2<br>2<br>2|
|||2|**S 284 UC-K 2**|GHS2840164R0277|**742202**|0.520|2|
|||3|**S 284 UC-K 3**|GHS2840164R0317|**742301**|0.520|2|
|||4|**S 284 UC-K 4**|GHS2840164R0337|**742400**|0.520|2|
|||6|**S 284 UC-K 6**|GHS2840164R0377|**742509**|0.520|2|
|||8|**S 284 UC-K 8**|GHS2840164R0407|**742608**|0.520|2|
|||10|**S 284 UC-K 10**|GHS2840164R0427|**742707**|0.520|2|
|||16|**S 284 UC-K 16**|GHS2840164R0467|**742806**|0.520|2|
|||20|**S 284 UC-K 20**|GHS2840164R0487|**743001**|0.520|2|
|||25|**S 284 UC-K 25**|GHS2840164R0517|**743100**|0.520|2|
|||32|**S 284 UC-K 32**|GHS2840164R0537|**743209**|0.520|2|
||UBmax  40||**S 284 UC-K 40**|GHS2840164R0557|**743308**|0.520|2|
||440 V~  50||**S 284 UC-K 50**|GHS2840164R0577|**743407**|0.640|2|
||440 V –... 63|440 V –... 63|**S 284 UC-K 63**|GHS2840164R0607|**743506**|0.640|2|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** PT 

ABB 

**2** /63 

**Selection tables S 280 UC Z** MCBs S 280 series UC max voltage 220 V DC 1 pole, 440 V DC 2, 3 and 4 poles 

**S 280 UC Z** 

## **System pro** _**M**_ 

## **S 280 series UC Z characteristic** 

||||**S 280 series UC Z characteristic**|**S 280 series UC Z characteristic**|**S 280 series UC Z characteristic**|**S 280 series UC Z characteristic**|**S 280 series UC Z characteristic**|**S 280 series UC Z characteristic**|
|---|---|---|---|---|---|---|---|---|
||Z||**S 280 series UC Z characteristic**<br>Function: protection and control of the electronic circuits against weak and long duration overloads||||||
||||and short-circuits; version dedicated to application in direct current circuits for voltages up to 220 V|||and short-circuits; version dedicated to application in direct current circuits for voltages up to 220 V|and short-circuits; version dedicated to application in direct current circuits for voltages up to 220 V||
||||DC 1 pole and 440 V DC 2, 3 and 4 poles.||||||
|**2**<br>2CSC400480F0201<br>Applications: industrial.<br>Standard: Acc. to IEC/EN 60947-2<br>Icu=6 kA<br>Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>current<br>**details**<br>**4012233**<br>1 piece<br>group<br>1 piece<br>unit<br> <br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>0.5<br>**S 281 UC-Z 0.5**<br>GHS2810164R0158<br>**638604**<br>0.130<br>10/40<br>DC<br>®|||||||||
||||1|**S 281 UC-Z 1**|GHS2810164R0218|**638703**|0.130|10/40|
||||1.6|**S 281 UC-Z 1.6**|GHS2810164R0258|**638802**|0.130|10/40|
||||2|**S 281 UC-Z 2**|GHS2810164R0278|**638901**|0.130|10/40|
||||3|**S 281 UC-Z 3**|GHS2810164R0318|**639007**|0.130|10/40|
||||4|**S 281 UC-Z 4**|GHS2810164R0338|**639106**|0.130|10/40|
||||6|**S 281 UC-Z 6**|GHS2810164R0378|**639205**|0.130|10/40|
||||8|**S 281 UC-Z 8**|GHS2810164R0408|**639403**|0.130|10/40|
||||10|**S 281 UC-Z 10**|GHS2810164R0428|**639502**|0.130|10/40|
||||16|**S 281 UC-Z 16**|GHS2810164R0468|**639601**|0.130|10/40|
||||20|**S 281 UC-Z 20**|GHS2810164R0488|**639700**|0.130|10/40|
||||25|**S 281 UC-Z 25**|GHS2810164R0518|**639809**|0.130|10/40|
||||32|**S 281 UC-Z 32**|GHS2810164R0538|**639908**|0.130|10/40|
||||UBmax  40|**S 281 UC-Z 40**|GHS2810164R0558|**640003**|0.130|10/40|
||||254 V~  50|**S 281 UC-Z 50**|GHS2810164R0578|**640102**|0.160|10/40|
||||242 V –... 63|**S 281 UC-Z 63**|GHS2810164R0608|**640201**|0.160|10/40|
||2CSC400481F0201||**2**<br>0.5<br>1<br>1.6<br>2|**S 282 UC-Z 0.5**<br>**S 282 UC-Z 1**<br>**S 282 UC-Z 1.6**<br>**S 282 UC-Z 2**|GHS2820164R0158<br>GHS2820164R0218<br>GHS2820164R0258<br>GHS2820164R0278|**640300**<br>**640409**<br>**642304**<br>**641000**|0.260<br>0.260<br>0.260<br>0.260|5/20<br>5/20<br>5/20<br>5/20|
||||3|**S 282 UC-Z 3**|GHS2820164R0318|**641109**|0.260|5/20|
||||4|**S 282 UC-Z 4**|GHS2820164R0338|**641208**|0.260|5/20|
||||6|**S 282 UC-Z 6**|GHS2820164R0378|**641307**|0.260|5/20|
||||8|**S 282 UC-Z 8**|GHS2820164R0408|**641406**|0.260|5/20|
||||10|**S 282 UC-Z 10**|GHS2820164R0428|**641505**|0.260|5/20|
||||16|**S 282 UC-Z 16**|GHS2820164R0468|**641604**|0.260|5/20|
||||20|**S 282 UC-Z 20**|GHS2820164R0488|**641703**|0.260|5/20|
||||25|**S 282 UC-Z 25**|GHS2820164R0518|**641802**|0.260|5/20|
||||32|**S 282 UC-Z 32**|GHS2820164R0538|**641901**|0.260|5/20|
||||UBmax  40|**S 282 UC-Z 40**|GHS2820164R0558|**642007**|0.260|5/20|
||||440 V~  50|**S 282 UC-Z 50**|GHS2820164R0578|**642106**|0.320|5/20|
||||440 V –... 63|**S 282 UC-Z 63**|GHS2820164R0608|**642205**|0.320|5/20|



**Technical details ............................  pag. 11/2** 

**Overall dimensions ........................  pag. 13/4** 

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**2** /64 

**S 280 UC Z** 

## **Selection tables S 280 UC Z** MCBs S 280 series UC max voltage 220 V DC 1 pole, 440 V DC 2, 3 and 4 poles 

## **System pro** _**M**_ 

|Z|**3**|0.5<br>1<br>1.6|**S 283 UC-Z 0.5**<br>**S 283 UC-Z 1**<br>**S 283 UC-Z 1.6**|GHS2830164R0158<br>GHS2830164R0218<br>GHS2830164R0258|**740000**<br>**740109**<br>**740208**|0.390<br>0.390<br>0.390|3/12<br>3/12<br>3/12|
|---|---|---|---|---|---|---|---|
|2CSC400478F0201||2<br>3<br>4<br>6<br>8|**S 283 UC-Z 2**<br>**S 283 UC-Z 3**<br>**S 283 UC-Z 4**<br>**S 283 UC-Z 6**<br>**S 283 UC-Z 8**|GHS2830164R0278<br>GHS2830164R0318<br>GHS2830164R0338<br>GHS2830164R0378<br>GHS2830164R0408|**740307**<br>**740406**<br>**740505**<br>**740604**<br>**740703**|0.390<br>0.390<br>0.390<br>0.390<br>0.390|3/12<br>3/12<br>3/12<br>3/12<br>3/12|
|||10|**S 283 UC-Z 10**|GHS2830164R0428|**740802**|0.390|3/12|
|||16|**S 283 UC-Z 16**|GHS2830164R0468|**740901**|0.390|3/12|
|||20|**S 283 UC-Z 20**|GHS2830164R0488|**741007**|0.390|3/12|
|||25|**S 283 UC-Z 25**|GHS2830164R0518|**741106**|0.390|3/12|
|||32|**S 283 UC-Z 32**|GHS2830164R0538|**741205**|0.390|3/12|
||UBmax  40||**S 283 UC-Z 40**|GHS2830164R0558|**741304**|0.390|3/12|
||440 V~  50||**S 283 UC-Z 50**|GHS2830164R0578|**741403**|0.480|3/12|
||440 V –... 63|440 V –... 63|**S 283 UC-Z 63**|GHS2830164R0608|**741502**|0.480|3/12|
|||||||||
||**4**|0.5|**S 284 UC-Z 0.5**|GHS2840164R0158|**743605**|0.520|2|
|||1|**S 284 UC-Z 1**|GHS2840164R0218|**743704**|0.520|2|
|||1.6|**S 284 UC-Z 1.6**|GHS2840164R0258|**743803**|0.520|2|
|2CSC400479F0201||2<br>3<br>4<br>6<br>8<br>10|**S 284 UC-Z 2**<br>**S 284 UC-Z 3**<br>**S 284 UC-Z 4**<br>**S 284 UC-Z 6**<br>**S 284 UC-Z 8**<br>**S 284 UC-Z 10**|GHS2840164R0278<br>GHS2840164R0318<br>GHS2840164R0338<br>GHS2840164R0378<br>GHS2840164R0408<br>GHS2840164R0428|**743902**<br>**744008**<br>**744107**<br>**744206**<br>**744305**<br>**744404**|0.520<br>0.520<br>0.520<br>0.520<br>0.520<br>0.520|2<br>2<br>2<br>2<br>2<br>2|
|||16|**S 284 UC-Z 16**|GHS2840164R0468|**744503**|0.520|2|
|||20|**S 284 UC-Z 20**|GHS2840164R0488|**744602**|0.520|2|
|||25|**S 284 UC-Z 25**|GHS2840164R0518|**744701**|0.520|2|
|||32|**S 284 UC-Z 32**|GHS2840164R0538|**744800**|0.520|2|
||UBmax  40||**S 284 UC-Z 40**|GHS2840164R0558|**744909**|0.520|2|
||440 V~  50||**S 284 UC-Z 50**|GHS2840164R0578|**745005**|0.640|2|
||440 V –... 63|440 V –... 63|**S 284 UC-Z 63**|GHS2840164R0608|**745104**|0.640|2|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** PT 

ABB 

**2** /65 

**Technical features** MCBs S 290 series 

**System pro** _**M**_ 

**S 290** 

**2** 

|**S 290**|
|---|
|Electrical Data<br>Standards<br>IEC/EN<br>IEC/EN 60898-1, IEC/EN 60947-2<br>UL/CSA<br>UL 1077<br>Poles<br>1P, 2P, 3P, 4P<br>Tripping characteristics<br>B, C, D, K<br>Rated current In<br>A<br>80…125 A<br>Rated voltage Un<br>IEC/EN 60898-1<br>V<br>1P: 230 V AC<br>2...4P: 400 V AC<br>Rated voltage Un<br>IEC/EN 60898-2<br>V<br>–<br>Rated voltage Ue<br>IEC/EN 60947-2<br>V<br>1P: 230 V AC<br>2...4P: 230/400 V AC<br>Rated voltage<br>UL/CSA<br>V<br>1P: 277 V AC<br>2...4P: 480/277 V AC<br>Insulation voltage Ui<br>IEC/EN 60898-1 / 60947-2<br>V<br>250 V AC (phase to ground),<br>500 V AC (phase to phase)<br>Max. operating voltage UBmax.<br>V<br>IEC: 253/440 V AC<br>UL: 480/277 V AC<br>IEC/UL 1P: 60 V DC; 2P...4P: 125 V DC<br>Min. operating voltage UBmin.<br>V<br>24 V AC - 24 V DC<br>Rated frequency f<br>Hz<br>50 / 60 Hz<br>Rated short-circuit capacity Icn<br>IEC/EN 60898-1<br>kA<br>10 kA<br>Ultimate short-circuit capacity Icu<br>IEC/EN 60947-2<br>kA<br>B, C: 20 kA<br>D, K: 15 kA<br>Service short-circuit capacity Ics<br>IEC/EN 60947-2<br>kA<br>B, C: 10 kA<br>D, K: 8 kA<br>Rated interrupting capacity<br>UL 1077<br>kA<br>5 kA<br>Energy limiting class<br>IEC/EN 60898-1<br>–<br>Overvoltage category<br>IEC/EN 60898-1 / 60947-2<br>III<br>Pollution degree<br>IEC/EN 60898-1<br>3<br>IEC/EN 60947-2<br>–<br>Rated impulse withstand voltage Uimp.(1.2/50 μs)<br>IEC/EN 60898-1 / 60947-2<br>kV<br>4 kV (test voltage 6.2kV at sea level,<br>5 kV at 2,000 m)<br>Dielectric test voltage<br>IEC/EN 60898-1<br>kV<br>2 kV (50 / 60 Hz, 1 min.)<br>TN<br>a<br>a<br>a<br>a|
|Mechanical Data<br>Housing<br>Toggle<br>black, sealable<br>Contact position indication<br>Real CPI (red ON / green OFF)<br>Protection degree<br>IEC/EN 60529<br>IP20 with connected conductors /<br>IPXXB, IP40 in enclosure with cover<br>Electrical endurance<br>ops.<br>10,000 ops.<br>Mechanical endurance<br>ops.<br>20,000 ops.<br>Shock resistance<br>IEC/EN 60068-2-27<br>15 g - 1 shock - 11 ms<br>Vibration resistance<br>IEC/EN 60068-2-6<br>5g at 25…150 Hz, 6g at 35 Hz (4s) with load 0.8 In<br>Tropicalization (damp heat cyclic)<br>IEC/EN 60068-2-30<br>°C/RH<br>28 cycles with 55°C/90-96% and 25°C/95-100%<br>Ambient temperature<br>°C<br>-25 … +45°C<br>Storage temperature<br>°C<br>-40 … +70°C<br>Reference temperature for tripping characteristics<br>IEC/EN 60898-1<br>IEC/EN 60947-2<br>°C<br>B, C, D: 30°C<br>K: 20°C<br>Installation<br>Terminal<br>Cage (shock protected)<br>Cross-section of conductors (top / bottom)<br>IEC/EN 60898-1 / 60947-2<br>mm2<br>50 mm2/ 50 mm2<br>UL/CSA<br>AWG<br>14 - 2 AWG<br>Cross-section of busbars (top / bottom)<br>IEC/EN 60898-1 / 60947-2<br>mm2<br>–<br>UL/CSA<br>AWG<br>–<br>Torque<br>IEC/EN<br>Nm<br>2.5...3.5 Nm<br>UL/CSA<br>in-Ibs.<br>22 - 31 in-lbs.<br>Screwdriver<br>No. 2 Pozidrive<br>Mounting<br>On DIN rail 35 mm acc. to EN 60715 by fast clip<br>Mounting position<br>Any<br>Supply<br>Optional<br>Dimensions<br>and weight<br>Mounting dimensions<br>DIN 43880<br>–<br>Pole dimensions (H x D x W)<br>mm<br>90 x 70 x 26.25 mm<br>Pole weight<br>g<br>ca. 258 g<br>Combination with<br>aux. elements<br>signal contact/auxiliary switch<br>Yes<br>shunt trip<br>Yes<br>undervoltage release<br>Yes<br>a<br>a<br>a<br>a<br>a<br>|<br>a<br>a|



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**Selection tables** MCBs S 290 series 10000 

**System pro** _**M**_ 

**S 290 B** 

**2** 

B 

## **S 290 B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits; protection for people and big length cables in TN and IT systems. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898-1, IEC/EN 60947-2 

Icn=10 kA 

||Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||of poles|current|**details**||**4016797**|1 piece|group|1 piece|unit|
|<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>80<br>**S291 B 80**<br>GHS2912001R0805<br>**12163**<br>0.267<br>1/6<br>100<br>**S291 B100**<br>GHS2912001R0825<br>**12170**<br>0.267<br>1/6<br>125<br>**S291 B125**<br>GHS2912001R0845<br>**12187**<br>0.267<br>1/6<br>**2**<br>80<br>**S292 B 80**<br>GHS2922001R0805<br>**09583**<br>0.534<br>1/3<br>100<br>**S292 B100**<br>GHS2922001R0825<br>**09590**<br>0.534<br>1/3<br>125<br>**S292 B125**<br>GHS2922001R0845<br>**12194**<br>0.534<br>1/3<br>2CSC400010F0201<br>2CSC400020F0201<br>~~2~~||||||||||
||**3**|80|**S293 B 80**|GHS2932001R0805|**09606**|||0.801|1/2|
|||100|**S293 B100**|GHS2932001R0825|**09613**|||0.801|1/2|
|||125|**S293 B125**|GHS2932001R0845|**12200**|||0.801|1/2|
|2CSC400011F0201<br>2CSC400012F0201|**4**|80<br>100<br>125|**S294 B 80**<br>**S294 B100**<br>**S294 B125**|GHS2942001R0805<br>GHS2942001R0825<br>GHS2942001R0845|**11968**<br>**11975**<br>**12217**|||1.068<br>1.068<br>1.068|1<br>1<br>1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** PT 

ABB 

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**Selection tables** MCBs S 290 series 10000 

**System pro** _**M**_ 

**S 290 C** 

**2** _ 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **S 290 C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when high nominal currents are required; protection for resistive and inductive loads with low inrush current. 

||currents are required; protection for resistive and inductive loads with low inrush current.|currents are required; protection for resistive and inductive loads with low inrush current.|currents are required; protection for resistive and inductive loads with low inrush current.|currents are required; protection for resistive and inductive loads with low inrush current.|currents are required; protection for resistive and inductive loads with low inrush current.|currents are required; protection for resistive and inductive loads with low inrush current.|
|---|---|---|---|---|---|---|
||Applications: commercial and industrial.<br>Standard: IEC/EN 60898, IEC/EN 60947-2<br>Icn=10 kA<br>Number<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>ee||||||
||of poles<br>current<br>**details**|**4016799**1 piece|1 piece|group|1 piece|unit|
|<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>80<br>**S291 C 80**<br>GHS2912001R0804<br>**570541**<br>0.267<br>1/6<br>100<br>**S291 C100**<br>GHS2912001R0824<br>**570572**<br>0.267<br>1/6<br>125<br>**S291 C125**<br>GHS2912001R0844<br>**570602**<br>0.267<br>1/6<br>**2**<br>80<br>**S292 C 80**<br>GHS2922001R0804<br>**570626**<br>0.534<br>1/3<br>100<br>**S292 C100**<br>GHS2922001R0824<br>**570657**<br>0.534<br>1/3<br>125<br>**S292 C125**<br>GHS2922001R0844<br>**570688**<br>0.534<br>1/3<br>2CSC400010F0201<br>2CSC400020F0201<br>~~es~~|||||||
||**3**<br>80<br>**S293 C 80**<br>GHS2932001R0804|**570701**|||0.801|1/2|
||100<br>**S293 C100**<br>GHS2932001R0824|**570732**|||0.801|1/2|
||125<br>**S293 C125**<br>GHS2932001R0844|**570763**|||0.801|1/2|
|2CSC400011F0201<br>2CSC400012F0201|**4**<br>80<br>**S294 C 80**<br>GHS2942001R0804<br>100<br>**S294 C100**<br>GHS2942001R0824<br>125<br>**S294 C125**<br>GHS2942001R0844|**570787**<br>**570732**<br>**570848**|||1.068<br>1.068<br>1.068|1<br>1<br>1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** ot 

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**Selection tables** MCBs S 290 series 10000 

**System pro** _**M**_ 

**S 290 D** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **S 290 D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when high nominal current are required; protection for circuits which supply loads with high inrush current at the circuit closing (motors, LV / LV transformers, breakdown lamps). 

Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

**2** 

Icn=10 kA 

||Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|2CSC400020F0201|of poles<br> <br>**1**|current<br>In A<br>80<br>100|**details**<br>**Type code**<br>**S291 D 80**<br>**S291 D100**|Order code<br>GHS2912001R0801<br>GHS2912001R0821|**4016799**1 piece<br>**EAN**<br>**120807**<br>**120906**|1 piece|group|1 piece<br>kg<br>0.267<br>0.267|unit<br>pc.<br>1/6<br>1/6|
||**2**|80|**S292 D 80**|GHS2922001R0801|**121002**|||0.534|1/3|
|||100|**S292 D100**|GHS2922001R0821|**121507**|||0.534|1/3|
|2CSC400010F0201|**3**|80|**S293 D 80**|GHS2932001R0801|**121705**|||0.801|1/2|
|||100|**S293 D100**|GHS2932001R0821|**121804**|||0.801|1/2|
|||||||||||
|2CSC400011F0201<br>2CSC400012F0201|**4**|80<br>100|**S294 D 80**<br>**S294 D100**|GHS2942001R0801<br>GHS2942001R0821|**121200**<br>**121309**|||1.068<br>1.068|1<br>1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** LT 

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**Selection tables** MCBs S 290 series 10000 

**System pro** _**M**_ 

**S 290 K** 

**2** _ 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S 290 K (power) characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when high nominal current are required. 

Advantages: no nuisance tripping in the case of functional peak currents up to 8xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, VDE 0660 Part 101 

|2CSC400020F0201||Icn=10 kA<br>Number<br>of poles<br>|Icn=10 kA<br>Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**4016799**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|||**1**|80|**S291 K 80**|GHS2912001R0807|**570558**|||0.267|1/6|
||||100|**S291 K100**|GHS2912001R0827|**570589**|||0.267|1/6|
|2CSC400010F0201||**2**|80<br>100|**S292 K 80**<br>**S292 K100**|GHS2922001R0807<br>GHS2922001R0827|**570633**<br>**570664**|||0.534<br>0.534|1/3<br>1/3|
|||**3**|80|**S293 K 80**|GHS2932001R0807|**570718**|||0.801|1/2|
||||100|**S293 K100**|GHS2932001R0827|**570749**|||0.801|1/2|
|2CSC400011F0201||**4**|80<br>100|**S294 K 80**<br>**S294 K100**|GHS2942001R0807<br>GHS2942001R0827|**570794**<br>**570824**|||1.068<br>1.068|1<br>1|
|2CSC400012F0201|||||||||||



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/4** >} 

ABB 

**2** /70 

**Technical features** MCBs S700 series 

**System pro** _**M**_ 

**S700** 

**2** 

|**TECHNICAL FEATURES**<br>**S700**<br>Standards<br>E DIN VDE 0645, IEC/EN 60947-2 (VDE 0660-101)<br>**Electrical features**<br>Rated current, In<br>[A]<br>10 … 100<br>Reated voltage, Un<br>[V]<br>230/400<br>Tripping characteristic<br>E, K<br>thermal tripping<br>1,05 … 1,2 x In<br>short-time delayed tripping<br>E: 5 … 6,25 x In<br>K: 10 … 14 x In (≤50 A),  8 …12 x In (≥63 A)<br>minimum tripping delay<br>[ms]<br>10<br>Rated breaking capacity<br>[kA]<br>25<br>Rated frequency<br>[Hz]<br>50<br>Rated isolation voltage<br>[V]<br>690<br>Rated impulse withstand capability<br>(at 2000 m)<br>[kV]<br>6<br>Impulse withstand test voltage (1.2/50 μs)<br>[kV]<br>12.3<br>Isolation coordination<br>overvoltage category<br>IV<br>pollution degree<br>3<br>isolation function<br>acc. to IEC 60364-53, VDE 0100-537<br>Dielectric strength test voltage<br>[V]<br>2000 (50 Hz, 1 min.)<br>IP protection<br>depending on type of terminal cover<br>eee<br>ee<br>ee<br>ee<br>ee<br>ee|
|---|
|**Mechanical fea-**<br>**tures**<br>Mechanical switching cycles<br>without load<br>1000<br>with rated current<br>1000<br>Shock resistance<br>30 g (≥3 shocks, 11 ms)<br>Resistance to vibrations<br>2 g (20 cycles 5…150…5 Hz)<br>Reference temperature<br>[°C]<br>30 (E), 20 (K)<br>Ambient temperature<br>storage<br>[°C]<br>-40 ... +70<br>operating<br>[°C]<br>-25 ... +55<br>Sealing/locking<br>sealable with 1 mm wire, lockable with 3 mm padlock,see also<br>special accessories<br>**Installation**<br>Mounting<br>surface mounting with 2 screws,<br>DIN rail  mounting (35 mm DIN rail acc. to EN 60715, 40 mm-<br>busbar systems (4/5-pole, 5/10 mm x 12 mm)<br>Terminal type<br>saddle clamping<br>Terminal size<br>capable to connect solid and rigid stranded conductors<br>incl. flexible conductors 2.5…50 mm2/70 mm2<br>Terminal screws tighning torque<br>[Nm]<br>2.5 … 3<br>Max. torque for surface mounting<br>[Nm]<br>2.5 … 3 (only fl at-headed screws, no circlips)<br>Source/load side<br>no preferencies<br>**Dimensions and**<br>**weight**<br>Size<br>see drawings<br>Weight<br>see order tables<br>ee<br>ee<br>I|
|**Accessories**<br>Factory assembled auxiliary switch (2 change-over contacts)<br>Terminal covers<br>Handle covers<br>Busbar adapters<br>DIN rail adapters<br>Locking devices|



ABB 

**2** /71 

**System Selection tables pro** _**M**_ **compact[®]** Selective Main Circuit Breakers S700 series 

**S700 E** 

**2** 

## E 

**selective** 

**25.000 A** 

## **S700 E characteristic** 

Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream protective devices due to unique current limiting selectivity. Since S700 breakers are designed for overvoltage category IV and incorporate isolation function, they are predestinated for the use in any main distribution cabinet or meter board. 

The S700 product range is completed by a broad range of accessories. With dedicated adapters, S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K - optional with factory assembled auxiliary switch. 

||||||||||||||Number||Rated||**Order**|**Bbn**<br>Price|Price||Weight||Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||of poles||current||**details**|**4012233**<br>1 piece|group||1 piece||unit|
||||||||||||||||In A||**Type code**|Order code<br>**EAN**|||kg||pc.|
||||||||||||||**1**||10||**S701-E 10**|GHS7015001 R0449<br>**522507**|||0.55||3|
||||||*!||||||||||16||**S701-E 16**|GHS7015001 R0469<br>**522705**|||0.55||3|
|||||||si|||||||||20<br>25||**S701-E 20**<br>**S701-E 25**|GHS7015001 R0489<br>**522903**<br>GHS7015001 R0519<br>**523108**|||0.55<br>0.55||3<br>3|
||||||||||||||||32||**S701-E 32**|GHS7015001 R0529<br>**523207**|||0.55||3|
||||||||||||||||35||**S701-E 35**|GHS7015001 R0539<br>**523405**|||0.55||3|
|a) <br>if|||||||||<br>|||S0011b95<br> <br>|<br>|<br>|40<br>**S701-E 40**<br>GHS7015001 R0559<br>**523603**<br>0.55<br>3<br>50<br>**S701-E 50**<br>GHS7015001 R0579<br>**523801**<br>0.55<br>3<br>63<br>**S701-E 63**<br>GHS7015001 R0599<br>**524006**<br>0.55<br>3<br> a<br> Cn||||||||||
||||||||||||||||80||**S701-E 80**|GHS7015001 R0629<br>**524204**|||0.55||3|
||||||||||||||||100||**S701-E 100**|GHS7015001 R0639<br>**524402**|||0.55||3|
|||||||||||||||||||||||||
||||||||||||||**2**||16||**S702-E 16**|GHS7025001 R0469<br>**105200**1)|||1.1||2|
||||||||||||||||20||**S702-E 20**|GHS7025001 R0489<br>**949007**|||1.1||2|
||||||||||||||||25||**S702-E 25**|GHS7025001 R0519<br>**104005**1)|||1.1||2|
|||x11<br>ay~~’~~||||||||||||32<br>**S702-E 32**<br>GHS7025001 R0529<br>**105408**1)<br>1.1<br>2<br>35<br>**S702-E 35**<br>GHS7025001 R0539<br>**105309**1)<br>1.1<br>2<br>40<br>**S702-E 40**<br>GHS7025001 R0559<br>**105507**1)<br>1.1<br>2<br>50<br>**S702-E 50**<br>GHS7025001 R0579<br>**105606**1)<br>1.1<br>2<br>OO<br> OO||||||||||
||||||||||||||||63||**S702-E 63**|GHS7025001 R0599<br>**052009**1)|||1.1||2|
|wa|wa|wa|FF<br>wa||wa|wa|wa|wa|wa|wa|S0001B95||**3**||80<br>100<br>16||**S702-E 80**<br>**S702-E 100**<br>**S703-E 16**|GHS7025001 R0629<br>**109604**1)<br>GHS7025001 R0639<br>**062503**1)<br>GHS7035001 R0469<br>**865703**|||1.1<br>1.1<br>1.65||2<br>2<br>1|
||||||||||||||||20||**S703-E 20**|GHS7035001 R0489<br>**526307**|||1.65||1|
||||||||||||||||25||**S703-E 25**|GHS7035001 R0519<br>**526505**|||1.65||1|
||||||||||||||||32||**S703-E 32**|GHS7035001 R0529<br>**526604**|||1.65||1|
|||||||||||||||35<br>**S703-E 35**<br>GHS7035001 R0539<br>**526802**<br>1.65<br>1<br>40<br>**S703-E 40**<br>GHS7035001 R0559<br>**527007**<br>1.65<br>1<br>_||||||||||
||*lLil<br>s\ "||||||||||||||50<br>**S703-E 50**<br>63<br>**S703-E 63**<br>80<br>**S703-E 80**<br>100<br>**S703-E 100**<br>TT||||GHS7035001 R0579<br>**527205**<br>GHS7035001 R0599<br>**527403**<br>GHS7035001 R0629<br>**527601**<br>GHS7035001 R0639<br>**527809**|||1.65<br>1.65<br>1.65<br>1.65||1<br>1<br>1<br>1|
|||||||||||||||||||||||||
||||||||||||||**4**||16||**S704-E 16**|GHS7045001 R0469<br>**110600**1)|||2.2||1|
||||||||||||S0012b95||||20<br>25<br>32||**S704-E 20**<br>**S704-E 25**<br>**S704-E 32**|GHS7045001 R0489<br>**110709**1)<br>GHS7045001 R0519<br>**104104**1)<br>GHS7045001 R0529<br>**110808**1)|||2.2<br>2.2<br>2.2||1<br>1<br>1|
||||||||||||||||35||**S704-E 35**|GHS7045001 R0539<br>**104203**1)|||2.2||1|
||||||||||||||||40||**S704-E 40**|GHS7045001 R0559<br>**110907**1)|||2.2||1|
|ee pc <br>wll<br>si)|<br>wll<br>si)|gs’ <br>wll<br>si)\\||||||_)<br>wll<br>\\|||||||50<br>**S704-E 50**<br>GHS7045001 R0579<br>**111003**1)<br>2.2<br>1<br>63<br>**S704-E 63**<br>GHS7045001 R0599<br>**111102**1)<br>2.2<br>1<br>80<br>**S704-E 80**<br>GHS7045001 R0629<br>**111201**1)<br>2.2<br>1<br>100<br>**S704-E 100**<br>GHS7045001 R0639<br>**062602**1)<br>2.2<br>1<br>**1) bbn-Nr. 40 16779**<br>OO<br>TT<br>TT|||||||||||



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~T~~ OO 

ABB 

**2** /72 

**System Selection tables pro** _**M**_ **compact[®]** Selective Main Circuit Breakers S700 series 

**S700 K** 

**2** 

## **S700 K characteristic** 

## K 

Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream protective devices due to unique current limiting selectivity. Since S700 breakers are designed for overvoltage category IV and incorporate isolation function, they are predestinated for the use in any main distribution cabinet or meter board. 

||K||||||||||||||**S700 K characteristic**<br>Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical<br>installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream|**S700 K characteristic**<br>Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical<br>installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||**selective**||||||||||||||installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream<br>protective devices due to unique current limiting selectivity. Since S700 breakers are designed for||
||**25.000 A**||||||||||||||overvoltage category IV and incorporate isolation function, they are predestinated for the use in any||
||||||||||||||||main distribution cabinet or meter board.||
||||ant<br>ae|||||||||||S0029b98|The S700 product range is completed by a broad range of accessories. With dedicated adapters,<br>S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt<br>S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K -<br>optional with factory assembled auxiliary switch.||
||||||||||||||||Number|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
||||||||||||||||of poles|current<br>**details**<br>**4012233**<br>1 piece<br>group<br>1 piece<br>unit|
|||||||||||||||||In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.|
||||||||||||||||**1**|16<br>**S701-K 16**<br>GHS7015001R0467<br>**522606**<br>0.55<br>3|
|||||||||*! <br>si||||||||20<br>**S701-K 20**<br>GHS7015001R0487<br>**522804**<br>0.55<br>3<br>25<br>**S701-K 25**<br>GHS7015001R0517<br>**523009**<br>0.55<br>3<br>35<br>**S701-K 35**<br>GHS7015001R0537<br>**523306**<br>0.55<br>3<br> a<br>—|
|||||||||||||||||40<br>**S701-K 40**<br>GHS7015001R0557<br>**523504**<br>0.55<br>3|
|||||||||||||||||50<br>**S701-K 50**<br>GHS7015001R0577<br>**523702**<br>0.55<br>3|
||a) <br>ma||||||||||||<br>||S0011b95<br> <br>|<br>|63<br>**S701-K 63**<br>GHS7015001R0597<br>**523900**<br>0.55<br>3<br>80<br>**S701-K 80**<br>GHS7015001R0627<br>**524105**<br>0.55<br>3<br>100<br>**S701-K 100**<br>GHS7015001R0637<br>**524303**<br>0.55<br>3<br> a<br> Cn|
||||||||||||||||**2**|16<br>**S702-K 16**<br>GHS7025001R0467<br>**109802**1)<br>1.1<br>2|
|||||||||||||||||20<br>**S702-K 20**<br>GHS7025001R0487<br>**109703**1)<br>1.1<br>2|
|||||||||||||||||25<br>**S702-K 25**<br>GHS7025001R0517<br>**109901**1)<br>1.1<br>2|
|||||||||||||||||35<br>**S702-K 35**<br>GHS7025001R0537<br>**110006**1)<br>1.1<br>2|
|||||||||||||||||40<br>**S702-K 40**<br>GHS7025001R0557<br>**110105**1)<br>1.1<br>2|
||||||x11<br>a~~y~~|||||||||||50<br>**S702-K 50**<br>GHS7025001R0577<br>**110204**1)<br>1.1<br>2<br>63<br>**S702-K 63**<br>GHS7025001R0597<br>**110303**1)<br>1.1<br>2<br>80<br>**S702-K 80**<br>GHS7025001R0627<br>**110402**1)<br>1.1<br>2<br>100<br>**S702-K 100**<br>GHS7025001R0637<br>**110501**1)<br>1.1<br>2<br>TOO<br> TT|
||||||||||||||||||
||Se|WT||||FF||||||||S0001B95<br>|**3**<br>|16<br>**S703-K 16**<br>GHS7035001R0467<br>**526109**<br>1.65<br>1<br>20<br>**S703-K 20**<br>GHS7035001R0487<br>**526208**<br>1.65<br>1<br>25<br>**S703-K 25**<br>GHS7035001R0517<br>**526406**<br>1.65<br>1<br>35<br>**S703-K 35**<br>GHS7035001R0537<br>**526703**<br>1.65<br>1<br> a|
|||||||||||||||||40<br>**S703-K 40**<br>GHS7035001R0557<br>**526901**<br>1.65<br>1|
|||||||||||||||||50<br>**S703-K 50**<br>GHS7035001R0577<br>**527106**<br>1.65<br>1|
|||||||||||||||||63<br>**S703-K 63**<br>GHS7035001R0597<br>**527304**<br>1.65<br>1|
||Ps|pps|||||||||||||||80<br>**S703-K 80**<br>GHS7035001R0627<br>**527502**<br>1.65<br>1<br>100<br>**S703-K 100**<br>GHS7035001R0637<br>**527700**<br>1.65<br>1<br> a|
|||||LL)<br>s\ "||||||||||||**4**<br>16<br>**S704-K 16**<br>GHS7045001R0467<br>**111300**1)<br>2.2<br>1<br>20<br>**S704-K 20**<br>GHS7045001R0487<br>**111409**1)<br>2.2<br>1<br>25<br>**S704-K 25**<br>GHS7045001R0517<br>**111508**1)<br>2.2<br>1<br>eer<br> TT||
|||||||||||||||||35<br>**S704-K 35**<br>GHS7045001R0537<br>**111607**1)<br>2.2<br>1|
|||||||||||||||||40<br>**S704-K 40**<br>GHS7045001R0557<br>**111706**1)<br>2.2<br>1|
|||||||||||||||S0012b95||50<br>**S704-K 50**<br>GHS7045001R0577<br>**965205**<br>2.2<br>1<br>63<br>**S704-K 63**<br>GHS7045001R0597<br>**955503**<br>2.2<br>1<br>80<br>**S704-K 80**<br>GHS7045001R0627<br>**111805**1)<br>2.2<br>1|
|||||||||||||||||100<br>**S704-K 100**<br>GHS7045001R0637<br>**111904**1)<br>2.2<br>1|
||||||||||||||||**1) bbn-Nr. 40 16779**||
|||wi||||lid|||||||||||
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>si)\\"|~~|~~|||||||||||||||||



The S700 product range is completed by a broad range of accessories. With dedicated adapters, S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K - optional with factory assembled auxiliary switch. 

ABB 

**2** /73 

**Selection tables** Selective Main Circuit Breakers S700 series 

**S700 E+H2WR** 

**System pro** _**M**_ **compact[®]** 

**2** 

## E 

**selective** 

**25.000 A** 

**==> picture [5 x 29] intentionally omitted <==**

**----- Start of picture text -----**<br>
S0029b98<br>**----- End of picture text -----**<br>


## **S700 E characteristic** 

Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream protective devices due to unique current limiting selectivity. Since S700 breakers are designed for overvoltage category IV and incorporate isolation function, they are predestinated for the use in any main distribution cabinet or meter board. 

The S700 product range is completed by a broad range of accessories. With dedicated adapters, S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K - optional with factory assembled auxiliary switch. 

## **With factory assembled auxiliary switch (change-over contacts)** 

|||||||||||||Number||Rated|**Order**|||**Bbn**|Price||Price||Weight||Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||of poles||current|**details**|||**4012233**|1 piece||group||1 piece||unit|
|||||3)||||4|||In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>16<br>**S701-E 16+H2WR**<br>GHS7010316 R0469<br>**456609**<br>0.65<br>3<br>20<br>**S701-E 20+H2WR**<br>GHS7010316 R0489<br>**456708**<br>0.65<br>3<br>|<br>oO.TSTSS|||||||||||||||||
|||||||||||||||25|**S701-E 25+H2WR**|GHS7010316 R0519||**456807**|||||0.65||3|
|||she<br>ei||||||||S0011b95<br>|||32<br>**S701-E 32+H2WR**<br>GHS7010316 R0529<br>**456906**<br>0.65<br>3<br>35<br>**S701-E 35+H2WR**<br>GHS7010316 R0539<br>**457002**<br>0.65<br>3<br>40<br>**S701-E 40+H2WR**<br>GHS7010316 R0559<br>**457101**<br>0.65<br>3<br>50<br>**S701-E 50+H2WR**<br>GHS7010316 R0579<br>**457200**<br>0.65<br>3<br>63<br>**S701-E 63+H2WR**<br>GHS7010316 R0599<br>**457309**<br>0.65<br>3<br>80<br>**S701-E 80+H2WR**<br>GHS7010316 R0629<br>**457408**<br>0.65<br>3<br>100<br>**S701-E 100+H2WR**<br>GHS7010316 R0639<br>**457507**<br>0.65<br>3<br> ee|||||||||||||
|||||||||||||**2**||16|**S702-E 16+H2WR**|GHS7020316 R0469||**458405**|||||1.2||2|
|||||||||||||||20|**S702-E 20+H2WR**|GHS7020316 R0489||**458504**|||||1.2||2|
|||||||||||||||25|**S702-E 25+H2WR**|GHS7020316 R0519||**458603**|||||1.2||2|
|||||||||||||||32|**S702-E 32+H2WR**|GHS7020316 R0529||**458702**|||||1.2||2|
|||||||||||||||35|**S702-E 35+H2WR**|GHS7020316 R0539||**458801**|||||1.2||2|
|||||||||||||||40|**S702-E 40+H2WR**|GHS7020316 R0559||**458900**|||||1.2||2|
|||||||||||||||50|**S702-E 50+H2WR**|GHS7020316 R0579||**459006**|||||1.2||2|
|alt||||||||||S0001B95||||63<br>80<br>100|**S702-E 63+H2WR**<br>**S702-E 80+H2WR**<br>**S702-E 100+H2WR**|GHS7020316 R0599<br>GHS7020316 R0629<br>GHS7020316 R0639||**459105**<br>**459204**<br>**459303**|||||1.2<br>1.2<br>1.2||2<br>2<br>2|
|||||||||||||||||||||||||||
|||||||||||||**3**||16|**S703-E 16+H2WR**|GHS7030316 R0469||**460200**|||||1.75||1|
|20<br>**S703-E 20+H2WR**<br>GHS7030316 R0489<br>**460309**<br>1.75<br>1<br>25<br>**S703-E 25+H2WR**<br>GHS7030316 R0519<br>**460408**<br>1.75<br>1<br>32<br>**S703-E 32+H2WR**<br>GHS7030316 R0529<br>**460507**<br>1.75<br>1<br>————————||||||||||||||||||||||||||
|||||||||||||||35|**S703-E 35+H2WR**|GHS7030316 R0539||**460606**|||||1.75||1|
|LLL||||||||WN||||||40<br>50|**S703-E 40+H2WR**<br>**S703-E 50+H2WR**|GHS7030316 R0559<br>GHS7030316 R0579||**460705**<br>**460804**|||||1.75<br>1.75||1<br>1|
|||||||||||||||63|**S703-E 63+H2WR**|GHS7030316 R0599||**460903**|||||1.75||1|
|80<br>**S703-E 80+H2WR**<br>GHS7030316 R0629<br>**461009**<br>1.75<br>1<br>100<br>**S703-E 100+H2WR**<br>GHS7030316 R0639<br>**461108**<br>1.75<br>1<br>**4**<br>16<br>**S704-E 16+H2WR**<br>GHS7040316 R0469<br>**462006**<br>2.3<br>1<br>20<br>**S704-E 20+H2WR**<br>GHS7040316 R0489<br>**462105**<br>2.3<br>1<br>25<br>**S704-E 25+H2WR**<br>GHS7040316 R0519<br>**462204**<br>2.3<br>1<br>32<br>**S704-E 32+H2WR**<br>GHS7040316 R0529<br>**462303**<br>2.3<br>1<br>35<br>**S704-E 35+H2WR**<br>GHS7040316 R0539<br>**462402**<br>2.3<br>1<br>40<br>**S704-E 40+H2WR**<br>GHS7040316 R0559<br>**462501**<br>2.3<br>1<br>50<br>**S704-E 50+H2WR**<br>GHS7040316 R0579<br>**462600**<br>2.3<br>1<br>S0012b95<br>_i———<br>o<br>—<br>ad ee||||||||||||||||||||||||||
|||||||||||||||63|**S704-E 63+H2WR**|GHS7040316 R0599||**462709**|||||2.3||1|
|KL|L|LLLL|LLL|LLL|LLL|LLL|LLL|A|A|||||80<br>100|**S704-E 80+H2WR**<br>**S704-E 100+H2WR**|GHS7040316 R0629<br>GHS7040316 R0639||**462808**<br>**462907**|||||2.3<br>2.3||1<br>1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~C~~ T 

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**System Selection tables pro** _**M**_ **compact[®]** Selective Main Circuit Breakers S700 series 

**S700 K+H2WR** 

**2** 

## **S700 K characteristic** 

## K 

Breakers of the S700 series are selective main circuit breakers for overcurrent protection in electrical installations. They have total selectivity to downstream mcb’s and outstanding selectivity to upstream protective devices due to unique current limiting selectivity. Since S700 breakers are designed for overvoltage category IV and incorporate isolation function, they are predestinated for the use in any main distribution cabinet or meter board. 

**selective** 

**25.000 A** 

The S700 product range is completed by a broad range of accessories. With dedicated adapters, S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K - optional with factory assembled auxiliary switch. 

**==> picture [483 x 524] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|S700 products can be assembled on flat surfaces, on DIN rails or 40 mm busbar systems. To adapt|
|S700 to different installations, they are available 1- to 4-pole with tripping characteristic E and K -|
|optional with factory assembled auxiliary switch.|
|se|
|F|
|With factory assembled auxiliary switch (change-over contacts)|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|4012233|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|si)|if|1|16|S701-K 16+H2WR|GHS7010316R0467|455800|0.65|3|
|20|S701-K 20+H2WR|GHS7010316R0487|455909|0.65|3|
|25|S701-K 25+H2WR|GHS7010316R0517|456005|0.65|3|
|35|S701-K 35+H2WR|GHS7010316R0537|456104|0.65|3|
|40|S701-K 40+H2WR|GHS7010316R0557|456203|0.65|3|
|ee|—|50|S701-K 50+H2WR|GHS7010316R0577|456302|0.65|3|
|63|S701-K 63+H2WR|GHS7010316R0597|456401|0.65|3|
|80|S701-K 80+H2WR|GHS7010316R0627|499651|0.65|3|
|100|S701-K 100+H2WR|GHS7010316R0637|499729|0.65|3|
|———=_———<—<—=—=—=—|
|2|16|S702-K 16+H2WR|GHS7020316R0467|457606|1.2|2|
|20|S702-K 20+H2WR|GHS7020316R0487|457705|1.2|2|
|25|S702-K 25+H2WR|GHS7020316R0517|457804|1.2|2|
|35|S702-K 35+H2WR|GHS7020316R0537|457903|1.2|2|
|wL1|ON|eee|
|40|S702-K 40+H2WR|GHS7020316R0557|458009|1.2|2|
|50|S702-K 50+H2WR|GHS7020316R0577|458108|1.2|2|
|63|S702-K 63+H2WR|GHS7020316R0597|458207|1.2|2|
|80|S702-K 80+H2WR|GHS7020316R0627|499750|1.2|2|
|100|S702-K 100+H2WR|GHS7020316R0637|499767|1.2|2|
|7|ye|TT|
|_|3|16|S703-K 16+H2WR|—|GHS7030316R0467|459402|1.75|1|
|20|S703-K 20+H2WR|GHS7030316R0487|459501|1.75|1|
|25|S703-K 25+H2WR|GHS7030316R0517|459600|1.75|1|
|35|S703-K 35+H2WR|GHS7030316R0537|459709|1.75|1|
|40|S703-K 40+H2WR|GHS7030316R0557|459808|1.75|1|
|50|S703-K 50+H2WR|GHS7030316R0577|459907|1.75|1|
|63|S703-K 63+H2WR|GHS7030316R0597|460002|1.75|1|
|80|S703-K 80+H2WR|GHS7030316R0627|499774|1.75|1|
|KL|Ll|A|EE|
|100|S703-K 100+H2WR|GHS7030316R0637|499781|1.75|1|
|4|16|S704-K 16+H2WR|GHS7040316R0467|461207|2.3|1|
|20|S704-K 20+H2WR|GHS7040316R0487|461306|2.3|1|
|25|S704-K 25+H2WR|GHS7040316R0517|461405|2.3|1|
|i|a————|35|S704-K 35+H2WR|GHS7040316R0537|461504|2.3|1|
|o|40|S704-K 40+H2WR|GHS7040316R0557|461603|2.3|1|
|50|S704-K 50+H2WR|GHS7040316R0577|461702|2.3|1|
|a|OO|63|S704-K 63+H2WR|GHS7040316R0597|461801|2.3|1|
|F|
|80|S704-K 80+H2WR|GHS7040316R0627|499798|2.3|1|
|=|TT|100|S704-K 100+H2WR|GHS7040316R0637|499804|2.3|1|

**----- End of picture text -----**<br>


**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~D~~ o 

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**2** /75 

**2** 

## **System Selection tables pro** _**M**_ **compact[®]** Selective Short-Circuit Current Limiter WT63 

## **WT63 characteristic** 

WT63 is a short-circuit current limiter for 690 V AC applications. 

**==> picture [6 x 170] intentionally omitted <==**

**----- Start of picture text -----**<br>
S0029b98<br>S0029b98<br>S0029b98<br>**----- End of picture text -----**<br>


In combination with other ABB devices WT63 offers smart solutions for coordinated motor protection according to IEC/EN 60947-4-1. As a main limiting device, WT63 can increase the short-circuit breaking capability for several groups of motor circuits to high values at 690 V AC. For further information according to selection and installation see the coordination table. 

**==> picture [371 x 119] intentionally omitted <==**

**----- Start of picture text -----**<br>
Number Rated Order  Bbn Price  Price  Weight  Pack<br>of poles current details 4016779 1 piece group 1 piece unit<br>In A Type code Order code EAN kg pc.<br>as<br>3 63 WT63-3 2CDH103012R0599 510677 1.65 1<br>aa|Y_<br>with factory assembled auxiliary switch (change-over contacts)<br>3 63 WT63-3 HS 2CDH103816R0599 510684 1.75 1<br>terminal cover (2 per pole mandatory)<br>S700 KA 1 GHS7001903R0001 520203 [1)] 0.001 6<br>**----- End of picture text -----**<br>


- **1) bbn-Nr. 40 12233** 

**Auxiliary switch** 

|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|**Motor starter combinations acc. to IEC/EN 60947-4-1**<br>**690 V AC, 35 kA, type 2, normal start-up**<br>**Motor**<br>**short-circuit protection**<br>**contactor**<br>**overload protection**<br>**wiring**<br>a|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Rated|||Rated|Current|||manual|tripping|Type||safety||Type||current|WT63-MMS|
|output|||current|limiter|||motor|current|||clear-||||setting||
||||||||starter||||ance||||range||
|[kW]|||[A]|||||[A]|||[mm]||||[A]|[mm2]|
|0.37|||0.61||||MS/MO 325-1.0|11.50|A9||15||TA 25 DU 1.0|TA 25 DU 1.0|0.63-1.0|max. 16|
|1.5|||2.08||||MS/MO 325-2.5|28.75|A12||15||TA 25 DU 2.4|TA 25 DU 2.4|1.7-2.4|max. 16|
|1.1|||2.36|WT63-3|WT63-3||MS/MO 325-2.5|28.75|A12||15||TA 25 DU 3.1|TA 25 DU 3.1|2.3-3.1|max. 16|
|||||or|||||||||||||
|3|||3.6|WT63-3 HS|WT63-3 HS||MS/MO 325-4.0|40.00|A12||15||TA 25 DU 4.0|TA 25 DU 4.0|2.8-4.0|max. 16|
|4|||4.97||||MS/MO 325-6.3|78.75|A26||15||TA 25 DU 6.5|TA 25 DU 6.5|4.5-6.5|max. 16|
|7.5|||8.7||||MS/MO 325-12.5|187.50|A26||15||TA 25 DU 11|TA 25 DU 11|7.5-11|max. 16|



For further combinations please contact the manufacturer. 

## **Application notes** 

- WT63 may only be used for motor starter combinations confirmed by the manufacturer 

- Max. no. of motor groups to be protected by WT63: 5 

- The wiring between WT63 and MMS has to be short-circuit proof 

- WT63 has to be installed with fitted terminal covers (factory assembled) 

- The max. total operating current of WT63 has to be limited to 63 A, the max. total start-up current shall not exceed 450 A 

For more details see separate product brochure. 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** LT 

ABB 

**2** /76 

**System Technical features pro** _**M**_ **compact[®]** MCBs S800 series 

**S800** 

|**Characteristics available**<br>B, C, D<br>**Max. rated continuous current In**<br>[A]<br>6...125<br>**Poles**<br>1...4<br>**Rated operating voltage Ue**<br>**(AC) 50/60Hz**<br>[V]<br>400/690<br>**(DC)/pole**<br>[V]<br>max. 125<br>**Rated insulation voltage Ui**<br>[V]<br>690<br>**Rated impulse withstand voltage Uimp**<br>[kV]<br>8<br>**Ultimate short-circuit breaking capacity Icuin accordance with IEC 60947-2**<br>(AC) 50/60Hz 240/415V<br>[kA]<br>50<br>(AC) 50/60Hz 254/440V<br>[kA]<br>30<br>(AC) 50/60Hz 289/500V (up to 80A)<br>[kA]<br>15<br>(AC) 50/60Hz 289/500V (100...125A)<br>[kA]<br>10<br>(AC) 50/60Hz 400/690V (up to 80A)<br>[kA]<br>6<br>(AC) 50/60Hz 400/690V (100...125A)<br>[kA]<br>4.5<br>(DC) 125V (1-pole)<br>[kA]<br>30<br>(DC) 250V (1-pole)<br>[kA]<br>-<br>(DC) 250V (2-pole)<br>[kA]<br>30<br>(DC) 375V (3-pole)<br>[kA]<br>30<br>(DC) 500V (2-pole)<br>[kA]<br>-<br>(DC) 500V (4-pole)<br>[kA]<br>30<br>(DC) 750V (3-pole)<br>[kA]<br>-<br>(DC) 750V (4-pole)<br>[kA]<br>-<br>**Rated short-circuit breaking capacity IcnEN 60898-1**<br>(AC) 50/60Hz 240/415V (up to 80A)<br>[kA]<br>25<br>**Service short-circuit breaking capacity Icsin accordance with IEC 60947-2**<br>(AC) 50/60Hz 240/415V<br>[kA]<br>40<br>(AC) 50/60Hz 254/440V (up to 80A)<br>[kA]<br>22.5<br>(AC) 50/60Hz 254/440V (100...125A)<br>[kA]<br>15<br>(AC) 50/60Hz 289/500V (up to 63A)<br>[kA]<br>11<br>(AC) 50/60Hz 289/500V (80A)<br>[kA]<br>8<br>(AC) 50/60Hz 289/500V (100...125A)<br>[kA]<br>5<br>(AC) 50/60Hz 400/690V (up to 80A)<br>[kA]<br>4<br>(AC) 50/60Hz 400/690V (100...125A)<br>[kA]<br>3<br>(DC) 125V (1-pole)<br>[kA]<br>30<br>(DC) 250V (1-pole)<br>[kA]<br>-<br>(DC) 250V (2-pole)<br>[kA]<br>30<br>(DC) 375V (3-pole)<br>[kA]<br>30<br>(DC) 500V (2-pole)<br>[kA]<br>-<br>(DC) 500V (4-pole)<br>[kA]<br>30<br>(DC) 750V (3-pole)<br>[kA]<br>-<br>(DC) 750V (4-pole)<br>[kA]<br>-<br>**Service short-circuit breaking capacity Icsin accordance with EN 60898-1**<br>**(AC) 50/60Hz 240/415V (up to 80A)**<br>[kA]<br>12.5<br>**Rated frequency**<br>[Hz]<br>50/60, (162⁄3)|K<br>6...125<br>1...4<br>400/690<br>max. 125<br>690<br>8<br>50<br>30<br>15<br>10<br>6<br>4.5<br>30<br>-<br>30<br>30<br>-<br>30<br>-<br>-<br>-<br>40<br>22.5<br>15<br>11<br>8<br>5<br>4<br>3<br>30<br>-<br>30<br>30<br>-<br>30<br>-<br>-<br>-<br>50/60, (162⁄3)|KM<br>20...80<br>3<br>400/690<br>max. 125<br>690<br>8<br>50<br>30<br>15<br>10<br>6<br>4.5<br>-<br>30<br>-<br>-<br>-<br>-<br>-<br>40<br>22.5<br>15<br>11<br>8<br>5<br>4<br>3<br>-<br>30<br>-<br>-<br>-<br>-<br>50/60|UCB, UCK<br>10...125<br>1...4<br>-<br>250<br>250<br>8<br>-<br>-<br>-<br>-<br>-<br>-<br>50<br>50<br>50<br>50<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>50<br>50<br>50<br>50<br>-<br>-|
|---|---|---|---|



**2** 

DC)/pole 

ABB 

**2** /77 

**Technical features** MCBs S800 series 

**S800** 

**System pro** _**M**_ **compact[®]** 

**2** , 

**==> picture [430 x 450] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|TECHNICAL FEATURES|S800N|
|Characteristics available|B, C, D|
|Max. rated continuous current In|[A]|10...125|
|Poles|1...4|
|Rated operating voltage Ue|
|(AC) 50/60Hz|[V]|400/690|
|(DC)/pole|[V]|max. 125|
|Rated insulation voltage Ui|[V]|690|
|Rated impulse withstand voltage Uimp|[kV]|8|
|Ultimate short-circuit breaking capacity Icu in accordance with|
|IEC 60947-2|
|(AC) 50/60Hz 240/415V|[kA]|36|
|(AC) 50/60Hz 254/440V|[kA]|20|
|(AC) 50/60Hz 289/500V|[kA]|10|
|(AC) 50/60Hz 400/690V|[kA]|4.5|
|(DC) 125V (1-pole)|[kA]|20|
|(DC) 250V (2-poles)|[kA]|20|
|(DC) 375V (3-poles)|[kA]|20|
|(DC) 500V (4-poles)|[kA]|20|
|Rated short-circuit breaking capacity Icn EN 60898-1|
|(AC) 50/60Hz 240/415V (up to 80A)|[kA]|20|
|Service short-circuit breaking capacity Ics in accordance with|
|IEC 60947-2|
|(AC) 50/60Hz 240/415V|[kA]|30|
|(AC) 50/60Hz 254/440V (10...80A)|[kA]|15|
|(AC) 50/60Hz 254/440V (100...125A)|[kA]|10|
|(AC) 50/60Hz 289/500V (10...63A)|[kA]|8|
|(AC) 50/60Hz 289/500V (80...125A)|[kA]|5|
|(AC) 50/60Hz 400/690V|[kA]|3|
|(DC) 125V (1-pole)|[kA]|20|
|(DC) 250V (2-pole)|[kA]|20|
|(DC) 375V (3-pole)|[kA]|20|
|(DC) 500V (4-pole)|[kA]|20|
|Service short-circuit breaking capacity Ics in accordance with|
|EN 60898-1|
|(AC) 50/60Hz 240/415V (up to 80A)|[kA]|10|
|Rated frequency|[Hz]|50/60|
|Mounting position|any|
|Disconnector properties according to IEC 60947-2|yes|
|Standards|IEC 60947-2, EN 60898-1|
|Connections CU (10...125A)|[mm|[2]|]|1...50 strand|
|1...70 cable|
|Tightening torque|[Nm]|min. 3 / max. 4|
|Supply AC|any|
|Mounting on DIN top hat rail|EN 60715|
|Permissible ambient temperature for operations|[°C]|-25...+60|
|Storage temperature|[°C]|-40...+70|
|Type of protection|IP20, IP40 (only actuation side)|
|Classification in accordance with NF-16-101, NF16-102|I3F2|

**----- End of picture text -----**<br>


ABB 

**2** /78 

**Technical features** MCBs S800 series 

**S800** 

**System pro** _**M**_ **compact[®]** 

**2** 

**==> picture [420 x 413] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|TECHNICAL FEATURES|S800C|
|Characteristics available|B, C, D, K|
|Max. rated continuous current In|[A]|10...125|
|Poles|1...4|
|Rated operating voltage Ue|
|(AC) 50/60Hz|[V]|254/440|
|(DC)/pole|[V]|max. 125|
|Rated insulation voltage Ui|[V]|500|
|Rated impulse withstand voltage Uimp|[kV]|8|
|Ultimate short-circuit breaking capacity Icu in accordance with|
|IEC 60947-2|
|(AC) 50/60Hz 240/415V|[kA]|25|
|(AC) 50/60Hz 254/440V|[kA]|15|
|(DC) 125V (1-pole)|[kA]|10|
|(DC) 250V (2-pole)|[kA]|10|
|(DC) 375V (3-pole)|[kA]|10|
|(DC) 500V (4-pole)|[kA]|10|
|Rated short-circuit breaking capacity Icn EN 60898-1|
|(AC) 50/60Hz 230/400V (characteristic: B, C, D|)|[kA]|15|
|Service short-circuit breaking capacity Ics in accordance with|
|IEC 60947-2|
|(AC) 50/60Hz 240/415V|[kA]|18|
|(AC) 50/60Hz 254/440V|[kA]|10|
|(DC) 125V (1-pole)|[kA]|10|
|(DC) 250V (2-pole)|[kA]|10|
|(DC) 375V (3-pole)|[kA]|10|
|(DC) 500V (4-pole)|[kA]|10|
|Service short-circuit breaking capacity Ics in accordance with|
|EN 60898-1|
|(AC) 50/60Hz 230/400V (characteristic: B, C, D|)|[kA]|7.5|
|Rated frequency|[Hz]|50/60|
|Mounting position|any|
|Disconnector properties according to IEC 60947-2|yes|
|Standards|IEC 60947-2|
|EN 60898 (B, C, D)|
|Connections CU (10...125A)|[mm|[2]|]|1...50 strand|
|1...70 cable|
|Tightening torque|[Nm]|min. 3 / max. 4|
|Supply AC|any|
|Mounting on DIN top hat rail|EN 60715|
|Permissible ambient temperature for operations|[°C]|-25...+60|
|Storage temperature|[°C]|-40...+70|
|Type of protection|IP20|
|IP40 (only actuation side)|
|Classification in accordance with NF-16-101, NF16-102|I3F2|

**----- End of picture text -----**<br>


(DC) ≤ 100A; S800C-D125 only IEC 60947-2 

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**System Technical features pro** _**M**_ **compact[®]** MCBs S800 series 

**S800** 

**2** 

|**TECHNICAL FEATURES**|**S800U-Z**<br>**S800U-K**|
|---|---|
|**Standards**|UL489, CSA 22.2 No. 5-02, IEC 60947-2|
|**Characteristics available**|Z<br>K<br>®<br>@|
|**Rated current In**<br>[A]<br>**Poles**<br>**Rated operating voltage Ue**<br>**(AC) 50/60Hz**<br>[V]<br>**Rated interrupting in accordance with UL489**<br>1-pole<br>[kA]<br>2...4-pole<br>[kA]<br>**Ultimate short-circuit breaking capacity Icu in accordance with IEC 60947-2**<br>(AC) 50/60 Hz 240/415V 1-pole<br>[kA]<br>(AC) 50/60 Hz 240/415V 2 ...4-pole<br>[kA]<br>**Service short-circuit capacity Ics in accordance with IEC 60947-2**<br>(AC) 50/60 Hz 240/415V 1-pole<br>[kA]<br>(AC) 50/60 Hz 240/415V 2 ...4-pole<br>[kA]<br>**Conductor type**<br>**Wire range 10...100A**<br>**Tightening torque**<br>**Mounting position**<br>**Permissible ambient temperature for operations**<br>[°C]<br>**Type of protection**<br>**Contacts**<br>**Certifications**<br>**Standards**|10...100<br>1...4<br>240<br>30<br>50<br>30<br>50<br>25<br>40<br>Single conductor copper only<br>8-1AWG<br>31 in.lbs. (3.5Nm)<br>any<br>-25...+60<br>IP20<br>IP40 (only actuation side)<br>cadmium free<br>UL listed circuit breaker (File 312425)<br>CSA 22.2 No. 5-02|



Magnetic release 4xI Magnetic release 8xInn 

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**System Technical features pro** _**M**_ **compact[®]** MCBs S800 series 

**S800** 

**2** 

|**TECHNICAL FEATURES**<br>**S800PV-S**<br>**S800PV-M**|
|---|
|**Characteristics available**<br>PV-S<br>-<br>**Max. rated continuous current In**<br>[A]<br>10...125<br>32, 63, 125<br>**Poles**<br>2...4<br>2...4|
|**Rated operating voltage Ue**<br>**(AC) 50/60Hz**<br>[V]<br>-<br>**(DC)/pole**<br>[V]<br>400<br>10...80 A<br>100, 125 A<br>32, 63, 125 A<br>**(DC)/2 pole**<br>[V]<br>800<br>600<br>800<br>**(DC)/3 pole**<br>[V]<br>1200<br>1000<br>1200<br>**(DC)/4 pole**<br>[V]<br>1200<br>1200<br>1200<br>**Rated insulation voltage Ui**<br>[V]<br>1500<br>**Rated impulse withstand voltage Uimp**<br>[kV]<br>8<br>**Ultimate short-circuit breaking capacity Icuin accordance with**<br>**IEC 60947-2**<br>(DC) 800V (2-pole)<br>[kA]<br>5<br>-<br>(DC) 1200V (3-pole)<br>[kA]<br>5<br>-<br>(DC) 1200V (4-pole)<br>[kA]<br>5<br>-<br>**Service short-circuit breaking capacity Icsin accordance with IEC**<br>**60947-2**<br>(DC) 800V (2-pole)<br>[kA]<br>5<br>-<br>(DC) 1200V (3-pole)<br>[kA]<br>5<br>-<br>(DC) 1200V (4-pole)<br>[kA]<br>5<br>-<br>**Rated short-time withstand current Icwin accordance with IEC**<br>**60947-3**<br>(DC) 800V (2-pole)<br>[kA]<br>-<br>1.5<br>(DC) 1200V (3-pole)<br>[kA]<br>-<br>1.5<br>(DC) 1200V (4-pole)<br>[kA]<br>-<br>1.5<br>**Rated short-circuit making capacity Icmin accordance with IEC**<br>**60947-3**<br>(DC) 800V (2-pole)<br>[kA]<br>-<br>0.5<br>(DC) 1200V (3-pole)<br>[kA]<br>-<br>0.5<br>(DC) 1200V (4-pole)<br>[kA]<br>-<br>0.5<br>**Mounting position**<br>any<br>**Disconnector properties according to IEC 60947-2**<br>yes<br>**Standards**<br>IEC 60947-2<br>IEC 60947-3<br>**Connections CU (10...125A)**<br>[mm2]<br>1...50 strand<br>1...70 cable<br>**Tightening torque**<br>[Nm]<br>min. 3 / max. 4<br>**DC supply**<br>any<br>**Mounting on DIN top hat rail**<br>EN 60715<br>**Permissible ambient temperature for operations**<br>[°C]<br>-25...+60<br>**Storage temperature**<br>[°C]<br>-40...+70<br>**Type of protection**<br>IP20<br>IP40 (only actuation side)<br>**Resistance to vibration**<br>IEC 60068-2-6;<br>EN 61373 Cat. 1/Class B<br>**Utilisation category**<br>A<br>DC-21A<br>.<br>||
|**Pollution degree**<br>2<br>**Overvoltage category**<br>III|



> 4-pole 1200VDC 

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**S800S-B** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **S800S-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=25 kA Icu=50 kA 

||2CCC413001F0002||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
||2CCC413001F0002|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6<br>8|**Order**<br>**details**<br>**Type code**<br>**S801S-B6***<br>**S801S-B8***|Order code<br>2CCS861001R0065<br>2CCS861001R0085|**Bbn**<br>**7612271**<br>**EAN**<br>**408107**<br>**411329**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.245<br>0.245|Pack<br>unit<br>pc.<br>1<br>1|
||||10|**S801S-B10**|2CCS861001R0105|**200008**|||0.245|1|
||||13|**S801S-B13**|2CCS861001R0135|**200015**|||0.245|1|
|\|||16<br>**S801S-B16**<br>2CCS861001R0165<br>20<br>**S801S-B20**<br>2CCS861001R0205<br>25<br>**S801S-B25**<br>2CCS861001R0255<br>32<br>**S801S-B32**<br>2CCS861001R0325<br> ~~Oo~~|||**200022**<br>**200039**<br>**200046**<br>**200053**|||0.245<br>0.245<br>0.245<br>0.245|1<br>1<br>1<br>1|
||||40|**S801S-B40**|2CCS861001R0405|**200060**|||0.245|1|
||||50|**S801S-B50**|2CCS861001R0505|**200077**|||0.245|1|
||||63|**S801S-B63**|2CCS861001R0635|**200084**|||0.245|1|
||||80|**S801S-B80**|2CCS861001R0805|**200091**|||0.245|1|
||||100|**S801S-B100**|2CCS861001R0825|**200107**|||0.245|1|
||||125|**S801S-B125**|2CCS861001R0845|**200114**|||0.245|1|
||2CCC413001F0002|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-B6***<br>**S802S-B8***<br>**S802S-B10**<br>**S802S-B13**<br>**S802S-B16**<br>**S802S-B20**|2CCS862001R0065<br>2CCS862001R0085<br>2CCS862001R0105<br>2CCS862001R0135<br>2CCS862001R0165<br>2CCS862001R0205|**408114**<br>**411336**<br>**200121**<br>**200138**<br>**200145**<br>**200152**|||0.49<br>0.49<br>0.49<br>0.49<br>0.49<br>0.49|1<br>1<br>1<br>1<br>1<br>1|
||||25|**S802S-B25**|2CCS862001R0255|**200169**|||0.49|1|
||||32|**S802S-B32**|2CCS862001R0325|**200176**|||0.49|1|
|38|||40<br>50<br>63<br>80|**S802S-B40**<br>**S802S-B50**<br>**S802S-B63**<br>**S802S-B80**|2CCS862001R0405<br>2CCS862001R0505<br>2CCS862001R0635<br>2CCS862001R0805|**200183**<br>**200190**<br>**200206**<br>**200213**|||0.49<br>0.49<br>0.49<br>0.49|1<br>1<br>1<br>1|
||||100|**S802S-B100**|2CCS862001R0825|**200220**|||0.49|1|
||||125|**S802S-B125**|2CCS862001R0845|**200237**|||0.49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~LT~~ 

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**S800S-B** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with cage terminal 

|B|2CCC413001F0002|**3**|6<br>8<br>10<br>13<br>16<br>20<br>25<br>32<br>40|**S803S-B6***<br>**S803S-B8***<br>**S803S-B10**<br>**S803S-B13**<br>**S803S-B16**<br>**S803S-B20**<br>**S803S-B25**<br>**S803S-B32**<br>**S803S-B40**|2CCS863001R0065<br>2CCS863001R0085<br>2CCS863001R0105<br>2CCS863001R0135<br>2CCS863001R0165<br>2CCS863001R0205<br>2CCS863001R0255<br>2CCS863001R0325<br>2CCS863001R0405|**408121**<br>0.735<br>**411343**<br>0.735<br>**200244**<br>0.735<br>**200251**<br>0.735<br>**200268**<br>0.735<br>**200275**<br>0.735<br>**200282**<br>0.735<br>**200299**<br>0.735<br>**200305**<br>0.735|1<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|
||||50|**S803S-B50**|2CCS863001R0505|**200312**<br>0.735|1|
||||63|**S803S-B63**|2CCS863001R0635|**200329**<br>0.735|1|
||||80|**S803S-B80**|2CCS863001R0805|**200336**<br>0.735|1|
||||100|**S803S-B100**|2CCS863001R0825|**200343**<br>0.735|1|
||||125|**S803S-B125**|2CCS863001R0845|**200350**<br>0.735|1|
|||||||||
|||**4**|6|**S804S-B6***|2CCS864001R0065|**408138**<br>0.98|1|
||||8|**S804S-B8***|2CCS864001R0085|**411350**<br>0.98|1|
|Se|2CCC413001F0002<br>||10<br>**S804S-B10**<br>2CCS864001R0105<br>**200367**<br>0.98<br>1<br>13<br>**S804S-B13**<br>2CCS864001R0135<br>**200374**<br>0.98<br>1<br>16<br>**S804S-B16**<br>2CCS864001R0165<br>**200381**<br>0.98<br>1<br>20<br>**S804S-B20**<br>2CCS864001R0205<br>**200398**<br>0.98<br>1<br>25<br>**S804S-B25**<br>2CCS864001R0255<br>**200404**<br>0.98<br>1<br>32<br>**S804S-B32**<br>2CCS864001R0325<br>**200411**<br>0.98<br>1<br>40<br>**S804S-B40**<br>2CCS864001R0405<br>**200428**<br>0.98<br>1<br>50<br>**S804S-B50**<br>2CCS864001R0505<br>**200435**<br>0.98<br>1<br> —_———|||||
||||63|**S804S-B63**|2CCS864001R0635|**200442**<br>0.98|1|
||||80|**S804S-B80**|2CCS864001R0805|**200459**<br>0.98|1|
||||100|**S804S-B100**|2CCS864001R0825|**200466**<br>0.98|1|
||||125|**S804S-B125**|2CCS864001R0845|**200473**<br>0.98|1|



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

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**S800S-B** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with ring terminal connection 

## B 

## **S800S-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=25 kA Icu=50 kA 

|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6<br>8|**Order**<br>**details**<br>**Type code**<br>**S801S-B6-R***<br>**S801S-B8-R***|Order code<br>2CCS861002R0065<br>2CCS861002R0085|**Bbn**<br>**7612271**<br>**EAN**<br>**408268**<br>**411480**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0,245<br>0,245|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|---|
||10|**S801S-B10-R**|2CCS861002R0105|**209636**|||0,245|1|
||13|**S801S-B13-R**|2CCS861002R0135|**209643**|||0,245|1|
||16|**S801S-B16-R**|2CCS861002R0165|**209650**|||0,245|1|
||20<br>**S801S-B20-R**<br>25<br>**S801S-B25-R**<br>32<br>**S801S-B32-R**<br>40<br>**S801S-B40-R**<br>~~TT~~||2CCS861002R0205<br>2CCS861002R0255<br>2CCS861002R0325<br>2CCS861002R0405|**209667**<br>**209674**<br>**209681**<br>**206826**|||0,245<br>0,245<br>0,245<br>0,245|1<br>1<br>1<br>1|
||50|**S801S-B50-R**|2CCS861002R0505|**206833**|||0,245|1|
||63|**S801S-B63-R**|2CCS861002R0635|**206840**|||0,245|1|
||80|**S801S-B80-R**|2CCS861002R0805|**206857**|||0,245|1|
||100|**S801S-B100-R**|2CCS861002R0825|**206864**|||0,245|1|
||125|**S801S-B125-R**|2CCS861002R0845|**206871**|||0,245|1|
|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-B6-R***<br>**S802S-B8-R***<br>**S802S-B10-R**<br>**S802S-B13-R**<br>**S802S-B16-R**<br>**S802S-B20-R**|2CCS862002R0065<br>2CCS862002R0085<br>2CCS862002R0105<br>2CCS862002R0135<br>2CCS862002R0165<br>2CCS862002R0205|**408275**<br>**411497**<br>**209698**<br>**209704**<br>**209711**<br>**209728**|||0,49<br>0,49<br>0,49<br>0,49<br>0,49<br>0,49|1<br>1<br>1<br>1<br>1<br>1|
||25|**S802S-B25-R**|2CCS862002R0255|**209735**|||0,49|1|
||32|**S802S-B32-R**|2CCS862002R0325|**209742**|||0,49|1|
||40|**S802S-B40-R**|2CCS862002R0405|**206888**|||0,49|1|
||50|**S802S-B50-R**|2CCS862002R0505|**206895**|||0,49|1|
||63|**S802S-B63-R**|2CCS862002R0635|**206901**|||0,49|1|
||80|**S802S-B80-R**|2CCS862002R0805|**206918**|||0,49|1|
||100|**S802S-B100-R**|2CCS862002R0825|**206925**|||0,49|1|
||125|**S802S-B125-R**|2CCS862002R0845|**206932**|||0,49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~Po~~ 

ABB 

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**S800S-B** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with ring terminal connection 

B 

|2CCC413001F0002|**3**|6<br>8<br>10<br>13<br>16<br>20<br>25<br>32|**S803S-B6-R***<br>**S803S-B8-R***<br>**S803S-B10-R**<br>**S803S-B13-R**<br>**S803S-B16-R**<br>**S803S-B20-R**<br>**S803S-B25-R**<br>**S803S-B32-R**|2CCS863002R0065<br>2CCS863002R0085<br>2CCS863002R0105<br>2CCS863002R0135<br>2CCS863002R0165<br>2CCS863002R0205<br>2CCS863002R0255<br>2CCS863002R0325|**408282**<br>**411503**<br>**209759**<br>**209766**<br>**209773**<br>**209780**<br>**209797**<br>**209803**|0,735<br>0,735<br>0,735<br>0,735<br>0,735<br>0,735<br>0,735<br>0,735|1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|
|||40|**S803S-B40-R**|2CCS863002R0405|**206949**|0,735|1|
|||50|**S803S-B50-R**|2CCS863002R0505|**206956**|0,735|1|
|||63|**S803S-B63-R**|2CCS863002R0635|**206963**|0,735|1|
|||80|**S803S-B80-R**|2CCS863002R0805|**206970**|0,735|1|
|100<br>**S803S-B100-R**<br>2CCS863002R0825<br>**206987**<br>0,735<br>1<br>125<br>**S803S-B125-R**<br>2CCS863002R0845<br>**206994**<br>0,735<br>1<br>~~a~~||||||||
||**4**|6|**S804S-B6-R***|2CCS864002R0065|**408299**|0,98|1|
|||8|**S804S-B8-R***|2CCS864002R0085|**411510**|0,98|1|
|2CCC413001F0002||10<br>13<br>16<br>20<br>25|**S804S-B10-R**<br>**S804S-B13-R**<br>**S804S-B16-R**<br>**S804S-B20-R**<br>**S804S-B25-R**|2CCS864002R0105<br>2CCS864002R0135<br>2CCS864002R0165<br>2CCS864002R0205<br>2CCS864002R0255|**209810**<br>**209827**<br>**209834**<br>**209841**<br>**209858**|0,98<br>0,98<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1<br>1|
|||32|**S804S-B32-R**|2CCS864002R0325|**209865**|0,98|1|
|||40|**S804S-B40-R**|2CCS864002R0405|**207007**|0,98|1|
|||50|**S804S-B50-R**|2CCS864002R0505|**207014**|0,98|1|
|||63|**S804S-B63-R**|2CCS864002R0635|**207021**|0,98|1|
|||80|**S804S-B80-R**|2CCS864002R0805|**207038**|0,98|1|
|||100|**S804S-B100-R**|2CCS864002R0825|**207045**|0,98|1|
|||125|**S804S-B125-R**|2CCS864002R0845|**207052**|0,98|1|



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~oo~~ 

ABB 

**2** /85 

**S800S-C** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with cage terminal 

## C 

## **S800S-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for resistive and inductive loads with low inrush current; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=25 kA Icu=50 kA 

|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6<br>8|**Order**<br>**details**<br>**Type code**<br>**S801S-C6***<br>**S801S-C8***|**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Order code<br>**EAN**<br>kg<br>2CCS861001R0064<br>**408145**<br>0.245<br>2CCS861001R0084<br>**411367**<br>0.245|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|
||10|**S801S-C10**|2CCS861001R0104<br>**200480**<br>0.245|1|
||13|**S801S-C13**|2CCS861001R0134<br>**200497**<br>0.245|1|
||16<br>**S801S-C16**<br>2CCS861001R0164<br>**200503**<br>0.245<br>20<br>**S801S-C20**<br>2CCS861001R0204<br>**200510**<br>0.245<br>25<br>**S801S-C25**<br>2CCS861001R0254<br>**200527**<br>0.245<br> Oe|||1<br>1<br>1|
||32|**S801S-C32**|2CCS861001R0324<br>**200534**<br>0.245|1|
||40|**S801S-C40**|2CCS861001R0404<br>**200541**<br>0.245|1|
||50|**S801S-C50**|2CCS861001R0504<br>**200558**<br>0.245|1|
||63|**S801S-C63**|2CCS861001R0634<br>**200565**<br>0.245|1|
||80|**S801S-C80**|2CCS861001R0804<br>**200572**<br>0.245|1|
||100|**S801S-C100**|2CCS861001R0824<br>**200589**<br>0.245|1|
||125|**S801S-C125**|2CCS861001R0844<br>**200596**<br>0.245|1|
||||||
|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-C6***<br>**S802S-C8***<br>**S802S-C10**<br>**S802S-C13**<br>**S802S-C16**<br>**S802S-C20**|2CCS862001R0064<br>**408152**<br>0.49<br>2CCS862001R0084<br>**411374**<br>0.49<br>2CCS862001R0104<br>**200602**<br>0.49<br>2CCS862001R0134<br>**200619**<br>0.49<br>2CCS862001R0164<br>**200626**<br>0.49<br>2CCS862001R0204<br>**200633**<br>0.49|1<br>1<br>1<br>1<br>1<br>1|
||25|**S802S-C25**|2CCS862001R0254<br>**200640**<br>0.49|1|
||32|**S802S-C32**|2CCS862001R0324<br>**200657**<br>0.49|1|
||40|**S802S-C40**|2CCS862001R0404<br>**200664**<br>0.49|1|
||50|**S802S-C50**|2CCS862001R0504<br>**200671**<br>0.49|1|
||63|**S802S-C63**|2CCS862001R0634<br>**200688**<br>0.49|1|
||80|**S802S-C80**|2CCS862001R0804<br>**200695**<br>0.49|1|
||100|**S802S-C100**|2CCS862001R0824<br>**200701**<br>0.49|1|
||125|**S802S-C125**|2CCS862001R0844<br>**200718**<br>0.49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

**2** /86 

**S800S-C** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with cage terminal 

|C||**3**|6<br>8<br>10|**S803S-C6***<br>**S803S-C8***<br>**S803S-C10**|2CCS863001R0064<br>2CCS863001R0084<br>2CCS863001R0104|**408169**<br>**411381**<br>**200725**|0.735<br>0.735<br>0.735||1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
||2CCC413001F0002||13<br>16<br>20<br>25<br>32<br>40|**S803S-C13**<br>**S803S-C16**<br>**S803S-C20**<br>**S803S-C25**<br>**S803S-C32**<br>**S803S-C40**|2CCS863001R0134<br>2CCS863001R0164<br>2CCS863001R0204<br>2CCS863001R0254<br>2CCS863001R0324<br>2CCS863001R0404|**200732**<br>**200749**<br>**200756**<br>**200763**<br>**200770**<br>**200787**|0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735||1<br>1<br>1<br>1<br>1<br>1|
||||50|**S803S-C50**|2CCS863001R0504|**200794**|0.735||1|
||||63|**S803S-C63**|2CCS863001R0634|**200800**|0.735||1|
||||80|**S803S-C80**|2CCS863001R0804|**200817**|0.735||1|
||||100|**S803S-C100**|2CCS863001R0824|**200824**|0.735||1|
||||125|**S803S-C125**|2CCS863001R0844|**200831**|0.735||1|
|||||||||||
|||**4**|6|**S804S-C6***|2CCS864001R0064|**408176**|0.98||1|
||||8|**S804S-C8***|2CCS864001R0084|**411398**|0.98||1|
||||10|**S804S-C10**|2CCS864001R0104|**200848**|0.98||1|
||2CCC413001F0002||13<br>16<br>20<br>25<br>32<br>40|**S804S-C13**<br>**S804S-C16**<br>**S804S-C20**<br>**S804S-C25**<br>**S804S-C32**<br>**S804S-C40**|2CCS864001R0134<br>2CCS864001R0164<br>2CCS864001R0204<br>2CCS864001R0254<br>2CCS864001R0324<br>2CCS864001R0404|**200855**<br>**200862**<br>**200879**<br>**200886**<br>**200893**<br>**200909**|0.98<br>0.98<br>0.98<br>0.98<br>0.98<br>0.98||1<br>1<br>1<br>1<br>1<br>1|
||||50|**S804S-C50**|2CCS864001R0504|**200916**|0.98||1|
||63<br>**S804S-C63**<br>2CCS864001R0634<br>**200923**<br>0.98<br>1<br>80<br>**S804S-C80**<br>2CCS864001R0804<br>**200930**<br>0.98<br>1<br>100<br>**S804S-C100**<br>2CCS864001R0824<br>**200947**<br>0.98<br>1<br>125<br>**S804S-C125**<br>2CCS864001R0844<br>**200954**<br>0.98<br>1<br>ee|||||||||



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

**2** /87 

**S800S-C** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with ring terminal connection 

## C 

## **S800S-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for resistive and inductive loads with low inrush current; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, IEC/EN 60898 

Icn=25 kA Icu=50 kA 

||2CCC413001F0002||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
||2CCC413001F0002|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6<br>8|**Order**<br>**details**<br>**Type code**<br>**S801S-C6-R***<br>**S801S-C8-R***|Order code<br>2CCS861002R0064<br>2CCS861002R0084|**Bbn**<br>**7612271**<br>**EAN**<br>**408305**<br>**411527**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0,245<br>0,245|Pack<br>unit<br>pc.<br>1<br>1|
||||10|**S801S-C10-R**|2CCS861002R0104|**209872**|||0,245|1|
||||13|**S801S-C13-R**|2CCS861002R0134|**209889**|||0,245|1|
||||16|**S801S-C16-R**|2CCS861002R0164|**209896**|||0,245|1|
|\|||20<br>**S801S-C20-R**<br>2CCS861002R0204<br>25<br>**S801S-C25-R**<br>2CCS861002R0254<br>32<br>**S801S-C32-R**<br>2CCS861002R0324<br>40<br>**S801S-C40-R**<br>2CCS861002R0404<br> ~~Oo~~|||**209902**<br>**209919**<br>**209926**<br>**207069**|||0,245<br>0,245<br>0,245<br>0,245|1<br>1<br>1<br>1|
||||50|**S801S-C50-R**|2CCS861002R0504|**207076**|||0,245|1|
||||63|**S801S-C63-R**|2CCS861002R0634|**207083**|||0,245|1|
||||80|**S801S-C80-R**|2CCS861002R0804|**207090**|||0,245|1|
||||100|**S801S-C100-R**|2CCS861002R0824|**207106**|||0,245|1|
||||125|**S801S-C125-R**|2CCS861002R0844|**207113**|||0,245|1|
||2CCC413001F0002|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-C6-R***<br>**S802S-C8-R***<br>**S802S-C10-R**<br>**S802S-C13-R**<br>**S802S-C16-R**<br>**S802S-C20-R**|2CCS862002R0064<br>2CCS862001R0084<br>2CCS862002R0104<br>2CCS862002R0134<br>2CCS862002R0164<br>2CCS862002R0204|**408312**<br>**411534**<br>**209933**<br>**209940**<br>**209957**<br>**209964**|||0,49<br>0,49<br>0,49<br>0,49<br>0,49<br>0,49|1<br>1<br>1<br>1<br>1<br>1|
||||25|**S802S-C25-R**|2CCS862002R0254|**209971**|||0,49|1|
||||32|**S802S-C32-R**|2CCS862002R0324|**209988**|||0,49|1|
||||40|**S802S-C40-R**|2CCS862002R0404|**207120**|||0,49|1|
||||50|**S802S-C50-R**|2CCS862002R0504|**207137**|||0,49|1|
||||63|**S802S-C63-R**|2CCS862002R0634|**207144**|||0,49|1|
||||80|**S802S-C80-R**|2CCS862002R0804|**207151**|||0,49|1|
||||100|**S802S-C100-R**|2CCS862002R0824|**207168**|||0,49|1|
||||125|**S802S-C125-R**|2CCS862002R0844|**207175**|||0,49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~PT~~ 

ABB 

**2** /88 

**S800S-C** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with ring terminal connection 

|C|||**3**|6<br>8<br>10|**S803S-C6-R***<br>**S803S-C8-R***<br>**S803S-C10-R**|2CCS863002R0064<br>2CCS863002R0084<br>2CCS863002R0104|**408329**<br>**411541**<br>**209995**|0,735<br>0,735<br>0,735|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
|||2CCC413001F0002||13<br>16<br>20<br>25<br>32|**S803S-C13-R**<br>**S803S-C16-R**<br>**S803S-C20-R**<br>**S803S-C25-R**<br>**S803S-C32-R**|2CCS863002R0134<br>2CCS863002R0164<br>2CCS863002R0204<br>2CCS863002R0254<br>2CCS863002R0324|**210007**<br>**210014**<br>**210021**<br>**210038**<br>**210045**|0,735<br>0,735<br>0,735<br>0,735<br>0,735|1<br>1<br>1<br>1<br>1|
|||||40|**S803S-C40-R**|2CCS863002R0404|**207182**|0,735|1|
|||||50|**S803S-C50-R**|2CCS863002R0504|**207199**|0,735|1|
|||||63|**S803S-C63-R**|2CCS863002R0634|**207205**|0,735|1|
|||||80|**S803S-C80-R**|2CCS863002R0804|**207212**|0,735|1|
||B88)|||100<br>125|**S803S-C100-R**<br>**S803S-C125-R**|2CCS863002R0824<br>2CCS863002R0844|**207229**<br>**207236**|0,735<br>0,735|1<br>1|
||||**4**|6|**S804S-C6-R***|2CCS864002R0064|**408336**|0,98|1|
|||||8|**S804S-C8-R***|2CCS864002R0084|**411558**|0,98|1|
|||2CCC413001F0002||10<br>13<br>16<br>20<br>25<br>32|**S804S-C10-R**<br>**S804S-C13-R**<br>**S804S-C16-R**<br>**S804S-C20-R**<br>**S804S-C25-R**<br>**S804S-C32-R**|2CCS864002R0104<br>2CCS864002R0134<br>2CCS864002R0164<br>2CCS864002R0204<br>2CCS864002R0254<br>2CCS864002R0324|**210052**<br>**210069**<br>**210076**<br>**210083**<br>**210090**<br>**210106**|0,98<br>0,98<br>0,98<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1<br>1<br>1|
|||||40|**S804S-C40-R**|2CCS864002R0404|**207243**|0,98|1|
|||||50|**S804S-C50-R**|2CCS864002R0504|**207250**|0,98|1|
|||||63|**S804S-C63-R**|2CCS864002R0634|**207267**|0,98|1|
|||||80|**S804S-C80-R**|2CCS864002R0804|**207274**|0,98|1|
||——|||100<br>125|**S804S-C100-R**<br>**S804S-C125-R**|2CCS864002R0824<br>2CCS864002R0844|**207281**<br>**207298**|0,98<br>0,98|1<br>1|



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2** 

**Overall dimensions ........................  pag. 13/5** 

ABB 

**2** /89 

**S800S-D** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **S800S-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for circuits which supply loads with high inrush current at the circuit closing (motors, LV / LV transformers, breakdown lamps); very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 Icn=25 kA Icu=50 kA 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413001F0002<br>**----- End of picture text -----**<br>


|Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|current|**details**||**7612271**|1 piece|group|1 piece|unit|
||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1**|6|**S801S-D6***|2CCS861001R0061|**408183**|||0.245|1|
||8|**S801S-D8***|2CCS861001R0081|**411404**|||0.245|1|
||10|**S801S-D10**|2CCS861001R0101|**200961**|||0.245|1|
||13|**S801S-D13**|2CCS861001R0131|**200978**|||0.245|1|
||16|**S801S-D16**|2CCS861001R0161|**200985**|||0.245|1|
||20|**S801S-D20**|2CCS861001R0201|**200992**|||0.245|1|
||25|**S801S-D25**|2CCS861001R0251|**201005**|||0.245|1|
||32|**S801S-D32**|2CCS861001R0321|**201012**|||0.245|1|
||40|**S801S-D40**|2CCS861001R0401|**201029**|||0.245|1|
||50|**S801S-D50**|2CCS861001R0501|**201036**|||0.245|1|
||63|**S801S-D63**|2CCS861001R0631|**201043**|||0.245|1|
||80|**S801S-D80**|2CCS861001R0801|**201050**|||0.245|1|
||100|**S801S-D100**|2CCS861001R0821|**201067**|||0.245|1|
||125|**S801S-D125**|2CCS861001R0841|**201074**|||0.245|1|
|**2**|6|**S802S-D6***|2CCS862001R0061|**408190**|||0.49|1|
||8|**S802S-D8***|2CCS862001R0081|**411411**|||0.49|1|
||10|**S802S-D10**|2CCS862001R0101|**201081**|||0.49|1|
||13|**S802S-D13**|2CCS862001R0131|**201098**|||0.49|1|
||16|**S802S-D16**|2CCS862001R0161|**201104**|||0.49|1|
||20|**S802S-D20**|2CCS862001R0201|**201111**|||0.49|1|
||25|**S802S-D25**|2CCS862001R0251|**201128**|||0.49|1|
||32|**S802S-D32**|2CCS862001R0321|**201135**|||0.49|1|
||40|**S802S-D40**|2CCS862001R0401|**201142**|||0.49|1|
||50|**S802S-D50**|2CCS862001R0501|**201159**|||0.49|1|
||63|**S802S-D63**|2CCS862001R0631|**201166**|||0.49|1|
||80|**S802S-D80**|2CCS862001R0801|**201173**|||0.49|1|
||100|**S802S-D100**|2CCS862001R0821|**201180**|||0.49|1|
||125|**S802S-D125**|2CCS862001R0841|**201197**|||0.49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~LT~~ 

ABB 

**2** /90 

**S800S-D** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with cage terminal 

|D|**3**|6<br>8<br>10|**S803S-D6***<br>**S803S-D8***<br>**S803S-D10**|2CCS863001R0061<br>**408206**<br>2CCS863001R0081<br>**411428**<br>2CCS863001R0101<br>**201203**|||0.735<br>0.735<br>0.735||1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
|||13|**S803S-D13**|2CCS863001R0131<br>**201210**|||0.735||1|
|2CCC413001F0002||16<br>20<br>25<br>32<br>40<br>50|**S803S-D16**<br>**S803S-D20**<br>**S803S-D25**<br>**S803S-D32**<br>**S803S-D40**<br>**S803S-D50**|2CCS863001R0161<br>**201227**<br>2CCS863001R0201<br>**201234**<br>2CCS863001R0251<br>**201241**<br>2CCS863001R0321<br>**201258**<br>2CCS863001R0401<br>**201265**<br>2CCS863001R0501<br>**201272**|||0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735||1<br>1<br>1<br>1<br>1<br>1|
|||63|**S803S-D63**|2CCS863001R0631<br>**201289**|||0.735||1|
|||80|**S803S-D80**|2CCS863001R0801<br>**201296**|||0.735||1|
|||100|**S803S-D100**|2CCS863001R0821<br>**201302**|||0.735||1|
|||125|**S803S-D125**|2CCS863001R0841<br>**201319**|||0.735||1|
|||||||||||
||**4**|6|**S804S-D6***|2CCS864001R0061<br>**408213**|||0.98||1|
|||8|**S804S-D8***|2CCS864001R0081<br>**411435**|||0.98||1|
|||10|**S804S-D10**|2CCS864001R0101<br>**201326**|||0.98||1|
|||13|**S804S-D13**|2CCS864001R0131<br>**201333**|||0.98||1|
|2CCC413001F0002||16<br>20<br>25<br>32<br>40<br>50|**S804S-D16**<br>**S804S-D20**<br>**S804S-D25**<br>**S804S-D32**<br>**S804S-D40**<br>**S804S-D50**|2CCS864001R0161<br>**201340**<br>2CCS864001R0201<br>**201357**<br>2CCS864001R0251<br>**201364**<br>2CCS864001R0321<br>**201371**<br>2CCS864001R0401<br>**201388**<br>2CCS864001R0501<br>**201395**|||0.98<br>0.98<br>0.98<br>0.98<br>0.98<br>0.98||1<br>1<br>1<br>1<br>1<br>1|
|||63|**S804S-D63**|2CCS864001R0631<br>**201401**|||0.98||1|
|||80|**S804S-D80**|2CCS864001R0801<br>**201418**|||0.98||1|
|||100|**S804S-D100**|2CCS864001R0821<br>**201425**|||0.98||1|
|||125|**S804S-D125**|2CCS864001R0841<br>**201432**|||0.98||1|



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** CT 

ABB 

**2** /91 

**S800S-D** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with ring terminal connection 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
D<br>**----- End of picture text -----**<br>


## **S800S-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for circuits which supply loads with high inrush current at the circuit closing (motors, LV / LV transformers, breakdown lamps); very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, IEC/EN 60898 

Icn=25 kA Icu=50 kA 

|Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|current|**details**||**7612271**|1 piece|group|1 piece|unit|
||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1**|6|**S801S-D6-R***|2CCS861002R0061|**408343**|||0,245|1|
||8|**S801S-D8-R***|2CCS861002R0081|**411565**|||0,245|1|
||10|**S801S-D10-R**|2CCS861002R0101|**210113**|||0,245|1|
||13<br>16<br>20<br>~~—~~|**S801S-D13-R**<br>**S801S-D16-R**<br>**S801S-D20-R**|2CCS861002R0131<br>2CCS861002R0161<br>2CCS861002R0201|**210120**<br>**210137**<br>**210144**|||0,245<br>0,245<br>0,245|1<br>1<br>1|
||25|**S801S-D25-R**|2CCS861002R0251|**210151**|||0,245|1|
||32|**S801S-D32-R**|2CCS861002R0321|**210168**|||0,245|1|
||40|**S801S-D40-R**|2CCS861002R0401|**207304**|||0,245|1|
||50|**S801S-D50-R**|2CCS861002R0501|**207311**|||0,245|1|
||63|**S801S-D63-R**|2CCS861002R0631|**207328**|||0,245|1|
||80|**S801S-D80-R**|2CCS861002R0801|**207335**|||0,245|1|
||100|**S801S-D100-R**|2CCS861002R0821|**207342**|||0,245|1|
||125|**S801S-D125-R**|2CCS861002R0841|**207359**|||0,245|1|
|**2**|6|**S802S-D6-R***|2CCS862002R0061|**408350**|||0,49|1|
||8|**S802S-D8-R***|2CCS862002R0081|**411572**|||0,49|1|
||10|**S802S-D10-R**|2CCS862002R0101|**210175**|||0,49|1|
||13|**S802S-D13-R**|2CCS862002R0131|**210182**|||0,49|1|
||16|**S802S-D16-R**|2CCS862002R0161|**210199**|||0,49|1|
||20|**S802S-D20-R**|2CCS862002R0201|**210205**|||0,49|1|
||25|**S802S-D25-R**|2CCS862002R0251|**210212**|||0,49|1|
||32|**S802S-D32-R**|2CCS862002R0321|**210229**|||0,49|1|
||40|**S802S-D40-R**|2CCS862002R0401|**207366**|||0,49|1|
||50|**S802S-D50-R**|2CCS862002R0501|**207373**|||0,49|1|
||63|**S802S-D63-R**|2CCS862002R0631|**207380**|||0,49|1|
||80|**S802S-D80-R**|2CCS862002R0801|**207397**|||0,49|1|
||100|**S802S-D100-R**|2CCS862002R0821|**207403**|||0,49|1|
||125|**S802S-D125-R**|2CCS862002R0841|**207410**|||0,49|1|



* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~TO~~ 

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**S800S-D** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with ring terminal connection 

D 

||**3**|6<br>8<br>10|**S803S-D6-R***<br>**S803S-D8-R***<br>**S803S-D10-R**|2CCS863002R0061<br>2CCS863002R0081<br>2CCS863002R0101|**408367**<br>**411589**<br>**210236**|0,735<br>0,735<br>0,735|1<br>1<br>1|
|---|---|---|---|---|---|---|---|
|2CCC413001F0002||13<br>16<br>20<br>25<br>32|**S803S-D13-R**<br>**S803S-D16-R**<br>**S803S-D20-R**<br>**S803S-D25-R**<br>**S803S-D32-R**|2CCS863002R0131<br>2CCS863002R0161<br>2CCS863002R0201<br>2CCS863002R0251<br>2CCS863002R0321|**210243**<br>**210250**<br>**210267**<br>**210274**<br>**210281**|0,735<br>0,735<br>0,735<br>0,735<br>0,735|1<br>1<br>1<br>1<br>1|
|||40|**S803S-D40-R**|2CCS863002R0401|**207427**|0,735|1|
|||50|**S803S-D50-R**|2CCS863002R0501|**207434**|0,735|1|
|||63|**S803S-D63-R**|2CCS863002R0631|**207441**|0,735|1|
|||80|**S803S-D80-R**|2CCS863002R0801|**207458**|0,735|1|
|100<br>**S803S-D100-R**<br>2CCS863002R0821<br>**207465**<br>0,735<br>1<br>125<br>**S803S-D125-R**<br>2CCS863002R0841<br>**207472**<br>0,735<br>1<br>**4**<br>6<br>**S804S-D6-R***<br>2CCS864002R0061<br>**408374**<br>0,98<br>1<br>~~ee~~||||||||
|||8|**S804S-D8-R***|2CCS864002R0081|**411596**|0,98|1|
|2CCC413001F0002||10<br>13<br>16<br>20<br>25<br>32|**S804S-D10-R**<br>**S804S-D13-R**<br>**S804S-D16-R**<br>**S804S-D20-R**<br>**S804S-D25-R**<br>**S804S-D32-R**|2CCS864002R0101<br>2CCS864002R0131<br>2CCS864002R0161<br>2CCS864002R0201<br>2CCS864002R0251<br>2CCS864002R0321|**210298**<br>**210304**<br>**210311**<br>**210328**<br>**210335**<br>**210342**|0,98<br>0,98<br>0,98<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1<br>1<br>1|
|||40|**S804S-D40-R**|2CCS864002R0401|**207489**|0,98|1|
|||50|**S804S-D50-R**|2CCS864002R0501|**207496**|0,98|1|
|||63|**S804S-D63-R**|2CCS864002R0631|**207502**|0,98|1|
|||80|**S804S-D80-R**|2CCS864002R0801|**207519**|0,98|1|
|||100|**S804S-D100-R**|2CCS864002R0821|**207526**|0,98|1|
|||125|**S804S-D125-R**|2CCS864002R0841|**207533**|0,98|1|



**2** 

* Standard: EN/IEC 60947-2 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~CT~~ 

ABB 

**2** /93 

**S800S-K** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with cage terminal 

K 

## **S800S-K characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when a high breaking capacity is required; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. Standard: IEC/EN 60947-2 Icu=50 kA 

|2CCC413001F0002|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6<br>8|**Order**<br>**details**<br>**Type code**<br>**S801S-K6**<br>**S801S-K8**|Order code<br>2CCS861001R0067<br>2CCS861001R0407|**Bbn**<br>**7612271**<br>**EAN**<br>**408220**<br>**411442**|Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>kg<br>0.245<br>0.245|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|
|||10|**S801S-K10**|2CCS861001R0427|**201449**|0.245|1|
|||13|**S801S-K13**|2CCS861001R0447|**201456**|0.245|1|
|\||16<br>**S801S-K16**<br>2CCS861001R0467<br>**201463**<br>0.245<br>1<br>20<br>**S801S-K20**<br>2CCS861001R0487<br>**201470**<br>0.245<br>1<br>25<br>**S801S-K25**<br>2CCS861001R0517<br>**201487**<br>0.245<br>1<br>32<br>**S801S-K32**<br>2CCS861001R0537<br>**201494**<br>0.245<br>1<br> a||||||
|||40|**S801S-K40**|2CCS861001R0557|**201500**|0.245|1|
|||50|**S801S-K50**|2CCS861001R0577|**201517**|0.245|1|
|||63|**S801S-K63**|2CCS861001R0597|**201524**|0.245|1|
|||80|**S801S-K80**|2CCS861001R0627|**201531**|0.245|1|
|||100|**S801S-K100**|2CCS861001R0637|**201548**|0.245|1|
|||125|**S801S-K125**|2CCS861001R0647|**201555**|0.245|1|
|||||||||
|2CCC413001F0002|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-K6**<br>**S802S-K8**<br>**S802S-K10**<br>**S802S-K13**<br>**S802S-K16**<br>**S802S-K20**|2CCS862001R0067<br>2CCS862001R0407<br>2CCS862001R0427<br>2CCS862001R0447<br>2CCS862001R0467<br>2CCS862001R0487|**408237**<br>**411459**<br>**201562**<br>**201579**<br>**201586**<br>**201593**|0.49<br>0.49<br>0.49<br>0.49<br>0.49<br>0.49|1<br>1<br>1<br>1<br>1<br>1|
|||25|**S802S-K25**|2CCS862001R0517|**201609**|0.49|1|
|||32|**S802S-K32**|2CCS862001R0537|**201616**|0.49|1|
|40<br>**S802S-K40**<br>2CCS862001R0557<br>**201623**<br>0.49<br>1<br>50<br>**S802S-K50**<br>2CCS862001R0577<br>**201630**<br>0.49<br>1<br>63<br>**S802S-K63**<br>2CCS862001R0597<br>**201647**<br>0.49<br>1<br>80<br>**S802S-K80**<br>2CCS862001R0627<br>**201654**<br>0.49<br>1<br>100<br>**S802S-K100**<br>2CCS862001R0637<br>**201661**<br>0.49<br>1<br>SSS=||||||||
|||125|**S802S-K125**|2CCS862001R0647|**201678**|0.49|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** PT 

ABB 

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**S800S-K** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with cage terminal 

|K|2CCC413001F0002||**3**||6<br>8<br>10<br>13<br>16<br>20<br>25<br>32|**S803S-K6**<br>**S803S-K8**<br>**S803S-K10**<br>**S803S-K13**<br>**S803S-K16**<br>**S803S-K20**<br>**S803S-K25**<br>**S803S-K32**|2CCS863001R0067<br>2CCS863001R0407<br>2CCS863001R0427<br>2CCS863001R0447<br>2CCS863001R0467<br>2CCS863001R0487<br>2CCS863001R0517<br>2CCS863001R0537||**408244**<br>**411466**<br>**201685**<br>**201692**<br>**201708**<br>**201715**<br>**201722**<br>**201739**|||||0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735||1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||40|**S803S-K40**|2CCS863001R0557||**201746**|||||0.735||1|
||||||50|**S803S-K50**|2CCS863001R0577||**201753**|||||0.735||1|
||||||63|**S803S-K63**|2CCS863001R0597||**201760**|||||0.735||1|
||||||80|**S803S-K80**|2CCS863001R0627||**201777**|||||0.735||1|
||||||100|**S803S-K100**|2CCS863001R0637||**201784**|||||0.735||1|
||||||125|**S803S-K125**|2CCS863001R0647||**201791**|||||0.735||1|
||||||||||||||||||
||||**4**||6|**S804S-K6**|2CCS864001R0067||**408251**|||||0.98||1|
||||||8|**S804S-K8**|2CCS864001R0407||**411473**|||||0.98||1|
||||||10|**S804S-K10**|2CCS864001R0427||**201807**|||||0.98||1|
||2CCC413001F0002||||13<br>16<br>20<br>25<br>32<br>40|**S804S-K13**<br>**S804S-K16**<br>**S804S-K20**<br>**S804S-K25**<br>**S804S-K32**<br>**S804S-K40**|2CCS864001R0447<br>2CCS864001R0467<br>2CCS864001R0487<br>2CCS864001R0517<br>2CCS864001R0537<br>2CCS864001R0557||**201814**<br>**201821**<br>**201838**<br>**201845**<br>**201852**<br>**201869**|||||0.98<br>0.98<br>0.98<br>0.98<br>0.98<br>0.98||1<br>1<br>1<br>1<br>1<br>1|
||||||50|**S804S-K50**|2CCS864001R0577||**201876**|||||0.98||1|
||||||63|**S804S-K63**|2CCS864001R0597||**201883**|||||0.98||1|
||||||80|**S804S-K80**|2CCS864001R0627||**201890**|||||0.98||1|
||||||100|**S804S-K100**|2CCS864001R0637||**201906**|||||0.98||1|
||||||125|**S804S-K125**|2CCS864001R0647||**201913**|||||0.98||1|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** LT 

ABB 

**2** /95 

**S800S-K** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB with ring terminal cable connection 

## K 

## **S800S-K characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when a high breaking capacity is required; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. Standard: IEC/EN 60947-2 Icu=50 kA 

||2CCC413001F0002||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
||2CCC413001F0002|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>6|**Order**<br>**details**<br>**Type code**<br>**S801S-K6-R**|Order code<br>2CCS861002R0067|**Bbn**<br>**7612271**<br>**EAN**<br>**408381**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0,245|Pack<br>unit<br>pc.<br>1|
||||8|**S801S-K8-R**|2CCS861002R0407|**411602**|||0,245|1|
||||10|**S801S-K10-R**|2CCS861002R0427|**209391**|||0,245|1|
||||13|**S801S-K13-R**|2CCS861002R0447|**209407**|||0,245|1|
|||||16<br>**S801S-K16-R**<br>2CCS861002R0467<br>**209414**<br>0,245<br>1<br>20<br>**S801S-K20-R**<br>2CCS861002R0487<br>**209421**<br>0,245<br>1<br>25<br>**S801S-K25-R**<br>2CCS861002R0517<br>**209438**<br>0,245<br>1<br>32<br>**S801S-K32-R**<br>2CCS861002R0537<br>**209445**<br>0,245<br>1<br>40<br>**S801S-K40-R**<br>2CCS861002R0557<br>**207540**<br>0,245<br>1<br> ~~SSS~~||||||||
||||50|**S801S-K50-R**|2CCS861002R0577|**207557**|||0,245|1|
||||63|**S801S-K63-R**|2CCS861002R0597|**207564**|||0,245|1|
||||80|**S801S-K80-R**|2CCS861002R0627|**207571**|||0,245|1|
||||100|**S801S-K100-R**|2CCS861002R0637|**207588**|||0,245|1|
||||125|**S801S-K125-R**|2CCS861002R0647|**207595**|||0,245|1|
||2CCC413001F0002|**2**|6<br>8<br>10<br>13<br>16<br>20|**S802S-K6-R**<br>**S802S-K8-R**<br>**S802S-K10-R**<br>**S802S-K13-R**<br>**S802S-K16-R**<br>**S802S-K20-R**|2CCS862002R0067<br>2CCS862002R0407<br>2CCS862002R0427<br>2CCS862002R0447<br>2CCS862002R0467<br>2CCS862002R0487|**408398**<br>**411619**<br>**209452**<br>**209469**<br>**209476**<br>**209483**|||0,49<br>0,49<br>0,49<br>0,49<br>0,49<br>0,49|1<br>1<br>1<br>1<br>1<br>1|
||||25|**S802S-K25-R**|2CCS862002R0517|**209490**|||0,49|1|
||||32|**S802S-K32-R**|2CCS862002R0537|**209506**|||0,49|1|
||||40|**S802S-K40-R**|2CCS862002R0557|**207601**|||0,49|1|
||||50|**S802S-K50-R**|2CCS862002R0577|**207618**|||0,49|1|
||||63|**S802S-K63-R**|2CCS862002R0597|**207625**|||0,49|1|
||||80|**S802S-K80-R**|2CCS862002R0627|**207632**|||0,49|1|
||||100|**S802S-K100-R**|2CCS862002R0637|**207649**|||0,49|1|
||||125|**S802S-K125-R**|2CCS862002R0647|**207656**|||0,49|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~PT~~ 

ABB 

**2** /96 

**S800S-K** 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** High performance MCB with ring terminal cable connection 

**==> picture [111 x 238] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>3338<br>2CCC413001F0002<br>2CCC413001F0002<br>**----- End of picture text -----**<br>


|**3**|6<br>8<br>10|**S803S-K6-R**<br>**S803S-K8-R**<br>**S803S-K10-R**|2CCS863002R0067<br>2CCS863002R0407<br>2CCS863002R0427|**408404**<br>**411626**<br>**209513**|0,735<br>0,735<br>0,735|1<br>1<br>1|
|---|---|---|---|---|---|---|
||13<br>16<br>20<br>25<br>32<br>40|**S803S-K13-R**<br>**S803S-K16-R**<br>**S803S-K20-R**<br>**S803S-K25-R**<br>**S803S-K32-R**<br>**S803S-K40-R**|2CCS863002R0447<br>2CCS863002R0467<br>2CCS863002R0487<br>2CCS863002R0517<br>2CCS863002R0537<br>2CCS863002R0557|**209520**<br>**209537**<br>**209544**<br>**209551**<br>**209568**<br>**207663**|0,735<br>0,735<br>0,735<br>0,735<br>0,735<br>0,735|1<br>1<br>1<br>1<br>1<br>1|
||50|**S803S-K50-R**|2CCS863002R0577|**207670**|0,735|1|
||63|**S803S-K63-R**|2CCS863002R0597|**207687**|0,735|1|
||80|**S803S-K80-R**|2CCS863002R0627|**207694**|0,735|1|
||100|**S803S-K100-R**|2CCS863002R0637|**207700**|0,735|1|
|**4**|125<br>6<br>8|**S803S-K125-R**<br>**S804S-K6-R**<br>**S804S-K8-R**|2CCS863002R0647<br>2CCS864002R0067<br>2CCS864002R0407|**207717**<br>**408411**<br>**411633**|0,735<br>0,98<br>0,98|1<br>1<br>1|
||10|**S804S-K10-R**|2CCS864002R0427|**209575**|0,98|1|
||13<br>16<br>20<br>25<br>32<br>40|**S804S-K13-R**<br>**S804S-K16-R**<br>**S804S-K20-R**<br>**S804S-K25-R**<br>**S804S-K32-R**<br>**S804S-K40-R**|2CCS864002R0447<br>2CCS864002R0467<br>2CCS864002R0487<br>2CCS864002R0517<br>2CCS864002R0537<br>2CCS864002R0557|**209582**<br>**209599**<br>**209605**<br>**209612**<br>**209629**<br>**207724**|0,98<br>0,98<br>0,98<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1<br>1<br>1|
||50|**S804S-K50-R**|2CCS864002R0577|**207731**|0,98|1|
||63|**S804S-K63-R**|2CCS864002R0597|**207748**|0,98|1|
||80|**S804S-K80-R**|2CCS864002R0627|**207755**|0,98|1|
||100|**S804S-K100-R**|2CCS864002R0637|**207762**|0,98|1|
||125|**S804S-K125-R**|2CCS864002R0647|**207779**|0,98|1|



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~LT~~ 

ABB 

**2** /97 

**Selection tables System pro** _**M**_ **compact[®]** High performance MCB 

**S800S-KM** 

**2** 

## KM 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413001F0002<br>**----- End of picture text -----**<br>


## **S800S-KM characteristic with cage terminal** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; only magnetic version dedicated to protect motors; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

Icu=50 kA 

|Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|current|**details**||**7612271**|1 piece|group|1 piece|unit|
||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**3**|20|**S803S-KM20**|2CCS863001R0486|**202194**|||0.735|1|
||25|**S803S-KM25**|2CCS863001R0516|**202200**|||0.735|1|
||32|**S803S-KM32**|2CCS863001R0536|**202217**|||0.735|1|
||40|**S803S-KM40**|2CCS863001R0556|**202224**|||0.735|1|
||50|**S803S-KM50**|2CCS863001R0576|**202231**|||0.735|1|
||63|**S803S-KM63**|2CCS863001R0596|**202248**|||0.735|1|
||80|**S803S-KM80**|2CCS863001R0626|**202255**|||0.735|1|



## KM 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413001F0002<br>**----- End of picture text -----**<br>


## **S800S-KM-R characteristic with ring terminal connection** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; only magnetic version dedicated to protect motors; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

Icu=50 kA 

|Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|current|**details**||**7612271**|1 piece|group|1 piece|unit|
||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**3**|20|**S803S-KM20-R**|2CCS863002R0486|**210830**|||0,735|1|
||25|**S803S-KM25-R**|2CCS863002R0516|**210847**|||0,735|1|
||32|**S803S-KM32-R**|2CCS863002R0536|**210854**|||0,735|1|
||40|**S803S-KM40-R**|2CCS863002R0556|**207786**|||0,735|1|
||50|**S803S-KM50-R**|2CCS863002R0576|**207793**|||0,735|1|
||63|**S803S-KM63-R**|2CCS863002R0596|**207809**|||0,735|1|
||80|**S803S-KM80-R**|2CCS863002R0626|**207816**|||0,735|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~LT~~ 

ABB 

**2** /98 

**S800S-UCB** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## B 

## **S800S-UCB characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

|By|2CCC413001F0002<br>||Icu=50 kA<br>Number<br>of poles<br>**1**<br>|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|Icu=50 kA<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>10<br>**S801S-UCB10**<br>2CCS861001R1105<br>**202842**<br>0.245<br>1<br>13<br>**S801S-UCB13**<br>2CCS861001R1135<br>**202859**<br>0.245<br>1<br>16<br>**S801S-UCB16**<br>2CCS861001R1165<br>**202866**<br>0.245<br>1<br>20<br>**S801S-UCB20**<br>2CCS861001R1205<br>**202873**<br>0.245<br>1<br> On|
|---|---|---|---|---|---|---|---|---|---|---|---|
|\|||||25<br>32<br>40<br>50|**S801S-UCB25**<br>**S801S-UCB32**<br>**S801S-UCB40**<br>**S801S-UCB50**|2CCS861001R1255<br>2CCS861001R1325<br>2CCS861001R1405<br>2CCS861001R1505||**202880**<br>**202897**<br>**202903**<br>**202910**|0.245<br>0.245<br>0.245<br>0.245|1<br>1<br>1<br>1|
||||||63|**S801S-UCB63**|2CCS861001R1635||**202927**|0.245|1|
||||||80|**S801S-UCB80**|2CCS861001R1805||**202934**|0.245|1|
||||||100|**S801S-UCB100**|2CCS861001R1825||**202941**|0.245|1|
||2CCC413001F0002||**2**||125<br>10<br>13<br>16<br>20|**S801S-UCB125**<br>**S802S-UCB10**<br>**S802S-UCB13**<br>**S802S-UCB16**<br>**S802S-UCB20**|2CCS861001R1845<br>2CCS862001R1105<br>2CCS862001R1135<br>2CCS862001R1165<br>2CCS862001R1205||**202958**<br>**202965**<br>**202972**<br>**202989**<br>**202996**|0.245<br>0.49<br>0.49<br>0.49<br>0.49|1<br>1<br>1<br>1<br>1|
||||||25|**S802S-UCB25**|2CCS862001R1255||**203009**|0.49|1|
||||||32|**S802S-UCB32**|2CCS862001R1325||**203016**|0.49|1|
||||||40|**S802S-UCB40**|2CCS862001R1405||**203023**|0.49|1|
||||||50|**S802S-UCB50**|2CCS862001R1505||**203030**|0.49|1|
||||||63|**S802S-UCB63**|2CCS862001R1635||**203047**|0.49|1|
||||||80|**S802S-UCB80**|2CCS862001R1805||**203054**|0.49|1|
||||||100|**S802S-UCB100**|2CCS862001R1825||**203061**|0.49|1|
||||||125|**S802S-UCB125**|2CCS862001R1845||**203078**|0.49|1|
||2CCC413001F0002||**3**|10<br>13<br>16<br>20<br>25<br>32<br>40<br>—||**S803S-UCB10**<br>**S803S-UCB13**<br>**S803S-UCB16**<br>**S803S-UCB20**<br>**S803S-UCB25**<br>**S803S-UCB32**<br>**S803S-UCB40**|2CCS863001R1105<br>2CCS863001R1135<br>2CCS863001R1165<br>2CCS863001R1205<br>2CCS863001R1255<br>2CCS863001R1325<br>2CCS863001R1405||**203085**<br>**203092**<br>**203108**<br>**203115**<br>**203122**<br>**203139**<br>**203146**|0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1<br>1<br>1<br>1|
||||||50|**S803S-UCB50**|2CCS863001R1505||**203153**|0.735|1|
||||||63|**S803S-UCB63**|2CCS863001R1635||**203160**|0.735|1|
||||||80|**S803S-UCB80**|2CCS863001R1805||**203177**|0.735|1|
||||||100|**S803S-UCB100**|2CCS863001R1825||**203184**|0.735|1|
||||||125|**S803S-UCB125**|2CCS863001R1845||**203191**|0.735|1|
|||||||||||||
||||**4**||10|**S804S-UCB10**|2CCS864001R1105||**203207**|0.98|1|
||2CCC413001F0002||||13<br>16<br>20<br>25<br>32<br>40|**S804S-UCB13**<br>**S804S-UCB16**<br>**S804S-UCB20**<br>**S804S-UCB25**<br>**S804S-UCB32**<br>**S804S-UCB40**|2CCS864001R1135<br>2CCS864001R1165<br>2CCS864001R1205<br>2CCS864001R1255<br>2CCS864001R1325<br>2CCS864001R1405||**203214**<br>**203221**<br>**203238**<br>**203245**<br>**203252**<br>**203269**|0.98<br>0.98<br>0.98<br>0.98<br>0.98<br>0.98|1<br>1<br>1<br>1<br>1<br>1|
||||||50|**S804S-UCB50**|2CCS864001R1505||**203276**|0.98|1|
||||||63|**S804S-UCB63**|2CCS864001R1635||**203283**|0.98|1|
||||||80|**S804S-UCB80**|2CCS864001R1805||**203290**|0.98|1|
||||||100|**S804S-UCB100**|2CCS864001R1825||**203306**|0.98|1|
||||||125|**S804S-UCB125**|2CCS864001R1845||**203313**|0.98|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** 

ABB 

**2** /99 

**S800S-UCB** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with ring terminal connection 

B 

## **S800S-UCB characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

## Applications: commercial and industrial. 

## Standard: IEC/EN 60947-2 

## Icu=50 kA 

||2CCC413001F0002|Number<br>of poles|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**7612271**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|
||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|||**1**|10|**S801S-UCB10-R**|2CCS861002R1105|**210359**|||0,245|1|
||\||13<br>**S801S-UCB13-R**<br>2CCS861002R1135<br>**210366**<br>0,245<br>1<br>16<br>**S801S-UCB16-R**<br>2CCS861002R1165<br>**210373**<br>0,245<br>1<br>20<br>**S801S-UCB20-R**<br>2CCS861002R1205<br>**210380**<br>0,245<br>1<br>25<br>**S801S-UCB25-R**<br>2CCS861002R1255<br>**210397**<br>0,245<br>1<br> ~~oe~~||||||||
||||32|**S801S-UCB32-R**|2CCS861002R1325|**210403**|||0,245|1|
||||40|**S801S-UCB40-R**|2CCS861002R1405|**208424**|||0,245|1|
||2CCC413001F0002||50<br>63<br>80<br>100<br>125|**S801S-UCB50-R**<br>**S801S-UCB63-R**<br>**S801S-UCB80-R**<br>**S801S-UCB100-R**<br>**S801S-UCB125-R**|2CCS861002R1505<br>2CCS861002R1635<br>2CCS861002R1805<br>2CCS861002R1825<br>2CCS861002R1845|**208431**<br>**208448**<br>**208455**<br>**208462**<br>**208479**|||0,245<br>0,245<br>0,245<br>0,245<br>0,245|1<br>1<br>1<br>1<br>1|
|||**2**|10|**S802S-UCB10-R**|2CCS862002R1105|**210410**|||0,49|1|
||||13|**S802S-UCB13-R**|2CCS862002R1135|**210427**|||0,49|1|
||||16|**S802S-UCB16-R**|2CCS862002R1165|**210434**|||0,49|1|
||20<br>**S802S-UCB20-R**<br>2CCS862002R1205<br>**210441**<br>0,49<br>1<br>25<br>**S802S-UCB25-R**<br>2CCS862002R1255<br>**210458**<br>0,49<br>1<br>32<br>**S802S-UCB32-R**<br>2CCS862002R1325<br>**210465**<br>0,49<br>1<br>40<br>**S802S-UCB40-R**<br>2CCS862002R1405<br>**208486**<br>0,49<br>1<br>~~ee~~||||||||||
||||50|**S802S-UCB50-R**|2CCS862002R1505|**208493**|||0,49|1|
||||63|**S802S-UCB63-R**|2CCS862002R1635|**208509**|||0,49|1|
||2CCC413001F0002|**3**|80<br>100<br>125<br>10<br>13|**S802S-UCB80-R**<br>**S802S-UCB100-R**<br>**S802S-UCB125-R**<br>**S803S-UCB10-R**<br>**S803S-UCB13-R**|2CCS862002R1805<br>2CCS862002R1825<br>2CCS862002R1845<br>2CCS863002R1105<br>2CCS863002R1135|**208516**<br>**208523**<br>**208530**<br>**210472**<br>**210489**|||0,49<br>0,49<br>0,49<br>0,735<br>0,735|1<br>1<br>1<br>1<br>1|
||||16|**S803S-UCB16-R**|2CCS863002R1165|**210496**|||0,735|1|
||||20|**S803S-UCB20-R**|2CCS863002R1205|**210502**|||0,735|1|
||||25|**S803S-UCB25-R**|2CCS863002R1255|**210519**|||0,735|1|
||||32|**S803S-UCB32-R**|2CCS863002R1325|**210526**|||0,735|1|
||||40|**S803S-UCB40-R**|2CCS863002R1405|**208547**|||0,735|1|
||||50|**S803S-UCB50-R**|2CCS863002R1505|**208554**|||0,735|1|
||||63|**S803S-UCB63-R**|2CCS863002R1635|**208561**|||0,735|1|
||||80|**S803S-UCB80-R**|2CCS863002R1805|**208578**|||0,735|1|
||||100|**S803S-UCB100-R**|2CCS863002R1825|**208585**|||0,735|1|
||2CCC413001F0002|**4**|125<br>10<br>13<br>16|**S803S-UCB125-R**<br>**S804S-UCB10-R**<br>**S804S-UCB13-R**<br>**S804S-UCB16-R**|2CCS863002R1845<br>2CCS864002R1105<br>2CCS864002R1135<br>2CCS864002R1165|**208592**<br>**210533**<br>**210540**<br>**210557**|||0,735<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1|
||||20|**S804S-UCB20-R**|2CCS864002R1205|**210564**|||0,98|1|
||||25|**S804S-UCB25-R**|2CCS864002R1255|**210571**|||0,98|1|
||||32|**S804S-UCB32-R**|2CCS864002R1325|**210588**|||0,98|1|
||||40|**S804S-UCB40-R**|2CCS864002R1405|**208608**|||0,98|1|
||||50|**S804S-UCB50-R**|2CCS864002R1505|**208615**|||0,98|1|
||||63|**S804S-UCB63-R**|2CCS864002R1635|**208622**|||0,98|1|
||||80|**S804S-UCB80-R**|2CCS864002R1805|**208639**|||0,98|1|
||||100|**S804S-UCB100-R**|2CCS864002R1825|**208646**|||0,98|1|
||||125|**S804S-UCB125-R**|2CCS864002R1845|**208653**|||0,98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~aaa~~|||||||||||



ABB 

**2** /100 

**S800S-UCK** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## K 

## **S800S-UCK characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when a high breaking capacity is required; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

Icu=50 kA 

**==> picture [512 x 547] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|7612271|1 piece|group|1 piece|unit|
|.|In A|Type code|Order code|EAN|kg|pc.|
|k|EE|1|10|—OOOOOOOOOEEEEOEOEOEOEOEEEEEeEeEeEee|S801S-UCK10|2CCS861001R1427|203320|0.245|1|
|13|S801S-UCK13|2CCS861001R1447|203337|0.245|1|
|16|S801S-UCK16|2CCS861001R1467|203344|0.245|1|
|8|a|
|20|S801S-UCK20|2CCS861001R1487|203351|0.245|1|
|25|S801S-UCK25|2CCS861001R1517|203368|0.245|1|
|32|S801S-UCK32|2CCS861001R1537|203375|0.245|1|
|40|S801S-UCK40|2CCS861001R1557|203382|0.245|1|
|50|S801S-UCK50|2CCS861001R1577|203399|0.245|1|
|63|S801S-UCK63|2CCS861001R1597|203405|0.245|1|
|80|S801S-UCK80|2CCS861001R1627|203412|0.245|1|
|100|S801S-UCK100|2CCS861001R1637|203429|0.245|1|
|125|S801S-UCK125|2CCS861001R1647|203436|0.245|1|
|2|10|S802S-UCK10|2CCS862001R1427|203443|0.49|1|
|13|S802S-UCK13|2CCS862001R1447|203450|0.49|1|
|16|S802S-UCK16|2CCS862001R1467|203467|0.49|1|
|20|S802S-UCK20|2CCS862001R1487|203474|0.49|1|
|||iv|a|
|25|S802S-UCK25|2CCS862001R1517|203481|0.49|1|
|32|S802S-UCK32|2CCS862001R1537|203498|0.49|1|
|33)|40|S802S-UCK40|2CCS862001R1557|203504|0.49|1|
|50|S802S-UCK50|2CCS862001R1577|203511|0.49|1|
|63|S802S-UCK63|2CCS862001R1597|203528|0.49|1|
|80|S802S-UCK80|2CCS862001R1627|203535|0.49|1|
|100|S802S-UCK100|2CCS862001R1637|203542|0.49|1|
|125|S802S-UCK125|2CCS862001R1647|203559|0.49|1|
|3|10|S803S-UCK10|2CCS863001R1427|203566|0.735|1|
|13|S803S-UCK13|2CCS863001R1447|203573|0.735|1|
|a|16|S803S-UCK16|2CCS863001R1467|203580|0.735|1|
|20|S803S-UCK20|2CCS863001R1487|203597|0.735|1|
|25|S803S-UCK25|2CCS863001R1517|203603|0.735|1|
|32|S803S-UCK32|2CCS863001R1537|203610|0.735|1|
|kok|&|—.T—_WJ—|40|S803S-UCK40|2CCS863001R1557|A.|203627|0.735|1|
|50|S803S-UCK50|2CCS863001R1577|203634|0.735|1|
|63|S803S-UCK63|2CCS863001R1597|203641|0.735|1|
|80|S803S-UCK80|2CCS863001R1627|203658|0.735|1|
|100|S803S-UCK100|2CCS863001R1637|203665|0.735|1|
|125|S803S-UCK125|2CCS863001R1647|203672|0.735|1|
|4|10|S804S-UCK10|2CCS864001R1427|203689|0.98|1|
|13|S804S-UCK13|2CCS864001R1447|203696|0.98|1|
|16|S804S-UCK16|2CCS864001R1467|203702|0.98|1|
|20|S804S-UCK20|2CCS864001R1487|203719|0.98|1|
|25|S804S-UCK25|2CCS864001R1517|203726|0.98|1|
|32|S804S-UCK32|2CCS864001R1537|203733|0.98|1|
|40|S804S-UCK40|2CCS864001R1557|203740|0.98|1|
|50|S804S-UCK50|2CCS864001R1577|203757|0.98|1|
|ka RS|eR|6380|S804S-UCK63S804S-UCK80|2CCS864001R15972CCS864001R1627|203764203771|0.980.98|11|
|100|S804S-UCK100|2CCS864001R1637|203788|0.98|1|
|S888)|125|S804S-UCK125|2CCS864001R1647|203795|0.98|1|
|Technical details ............................  pag. 11/2|Overall dimensions ........................  pag. 13/5|
|LT|

**----- End of picture text -----**<br>


ABB 

**2** /101 

**S800S-UCK** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with ring terminal connection 

## K 

## **S800S-UCK characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when a high breaking capacity is required; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream; version dedicated to application in direct current circuits. 

Advantages: no nuisance tripping in the case of functional peak currents up to 10xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

Icu=50 kA 

|||Number|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
||\|of poles<br>**1**<br>~~OO~~|current<br>In A<br>10<br>13|**details**<br>**Type code**<br>**S801S-UCK10-R**<br>**S801S-UCK13-R**|Order code<br>2CCS861002R1427<br>2CCS861002R1447|**7612271**<br>**EAN**<br>**210595**<br>**210601**|1 piece|group|1 piece<br>kg<br>0,245<br>0,245|unit<br>pc.<br>1<br>1|
||||16|**S801S-UCK16-R**|2CCS861002R1467|**210618**|||0,245|1|
||||20|**S801S-UCK20-R**|2CCS861002R1487|**210625**|||0,245|1|
||2CCC413001F0002||25<br>32<br>40<br>50<br>63<br>80|**S801S-UCK25-R**<br>**S801S-UCK32-R**<br>**S801S-UCK40-R**<br>**S801S-UCK50-R**<br>**S801S-UCK63-R**<br>**S801S-UCK80-R**|2CCS861002R1517<br>2CCS861002R1537<br>2CCS861002R1557<br>2CCS861002R1577<br>2CCS861002R1597<br>2CCS861002R1627|**210632**<br>**210649**<br>**208660**<br>**208677**<br>**208684**<br>**208691**|||0,245<br>0,245<br>0,245<br>0,245<br>0,245<br>0,245|1<br>1<br>1<br>1<br>1<br>1|
||||100|**S801S-UCK100-R**|2CCS861002R1637|**208707**|||0,245|1|
||||125|**S801S-UCK125-R**|2CCS861002R1647|**208714**|||0,245|1|
||—|**2**<br>|10<br>**S802S-UCK10-R**<br>2CCS862002R1427<br>**210656**<br>0,490<br>1<br>13<br>**S802S-UCK13-R**<br>2CCS862002R1447<br>**210663**<br>0,490<br>1<br>16<br>**S802S-UCK16-R**<br>2CCS862002R1467<br>**210670**<br>0,490<br>1<br>20<br>**S802S-UCK20-R**<br>2CCS862002R1487<br>**210687**<br>0,490<br>1<br>25<br>**S802S-UCK25-R**<br>2CCS862002R1517<br>**210694**<br>0,490<br>1<br> ~~————~~||||||||
||||32|**S802S-UCK32-R**|2CCS862002R1537|**210700**|||0,490|1|
||||40|**S802S-UCK40-R**|2CCS862002R1557|**208721**|||0,490|1|
||2CCC413001F0002|**3**|50<br>63<br>80<br>100<br>125<br>10|**S802S-UCK50-R**<br>**S802S-UCK63-R**<br>**S802S-UCK80-R**<br>**S802S-UCK100-R**<br>**S802S-UCK125-R**<br>**S803S-UCK10-R**|2CCS862002R1577<br>2CCS862002R1597<br>2CCS862002R1627<br>2CCS862002R1637<br>2CCS862002R1647<br>2CCS863002R1427|**208738**<br>**208745**<br>**208752**<br>**208769**<br>**208776**<br>**210717**|||0,490<br>0,490<br>0,490<br>0,490<br>0,490<br>0,735|1<br>1<br>1<br>1<br>1<br>1|
||||13|**S803S-UCK13-R**|2CCS863002R1447|**210724**|||0,735|1|
||||16|**S803S-UCK16-R**|2CCS863002R1467|**210731**|||0,735|1|
||||20|**S803S-UCK20-R**|2CCS863002R1487|**210748**|||0,735|1|
||||25|**S803S-UCK25-R**|2CCS863002R1517|**210755**|||0,735|1|
||||32|**S803S-UCK32-R**|2CCS863002R1537|**210762**|||0,735|1|
||||40|**S803S-UCK40-R**|2CCS863002R1557|**208783**|||0,735|1|
||||50|**S803S-UCK50-R**|2CCS863002R1577|**208790**|||0,735|1|
||||63|**S803S-UCK63-R**|2CCS863002R1597|**208806**|||0,735|1|
||||80|**S803S-UCK80-R**|2CCS863002R1627|**208813**|||0,735|1|
||2CCC413001F0002|**4**|100<br>125<br>10<br>13<br>16|**S803S-UCK100-R**<br>**S803S-UCK125-R**<br>**S804S-UCK10-R**<br>**S804S-UCK13-R**<br>**S804S-UCK16-R**|2CCS863002R1637<br>2CCS863002R1647<br>2CCS864002R1427<br>2CCS864002R1447<br>2CCS864002R1467|**208820**<br>**208837**<br>**210779**<br>**210786**<br>**210793**|||0,735<br>0,735<br>0,98<br>0,98<br>0,98|1<br>1<br>1<br>1<br>1|
||||20|**S804S-UCK20-R**|2CCS864002R1487|**210809**|||0,98|1|
||||25|**S804S-UCK25-R**|2CCS864002R1517|**210816**|||0,98|1|
||||32|**S804S-UCK32-R**|2CCS864002R1537|**210823**|||0,98|1|
||||40|**S804S-UCK40-R**|2CCS864002R1557|**208844**|||0,98|1|
||||50|**S804S-UCK50-R**|2CCS864002R1577|**208851**|||0,98|1|
||||63|**S804S-UCK63-R**|2CCS864002R1597|**208868**|||0,98|1|
||||80|**S804S-UCK80-R**|2CCS864002R1627|**208875**|||0,98|1|
||||100|**S804S-UCK100-R**|2CCS864002R1637|**208882**|||0,98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>125<br>**S804S-UCK125-R**<br>2CCS864002R1647<br>**208899**<br>0,98<br>1<br>~~TOTO7~~|||||||||||



ABB 

**2** /102 

**S800N-B** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## B 

## **S800N-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=20 kA (10 ... 80 A) Icu=36 kA 

||2CCC413001F0002|Number<br>of poles<br>**1**|Rated<br>current<br>In A<br>10<br>13|**Order**<br>**details**<br>**Type code**<br>**S801N-B10**<br>**S801N-B13**|Order code<br>2CCS891001R0105<br>2CCS891001R0135|**Bbn**<br>**7612271**<br>**EAN**<br>**203801**<br>**203818**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.24<br>0.24|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|
||||16|**S801N-B16**|2CCS891001R0165|**203825**|||0.24|1|
||||20|**S801N-B20**|2CCS891001R0205|**203832**|||0.24|1|
||\||25<br>**S801N-B25**<br>2CCS891001R0255<br>**203849**<br>0.24<br>1<br>32<br>**S801N-B32**<br>2CCS891001R0325<br>**203856**<br>0.24<br>1<br>40<br>**S801N-B40**<br>2CCS891001R0405<br>**203863**<br>0.24<br>1<br>50<br>**S801N-B50**<br>2CCS891001R0505<br>**203870**<br>0.24<br>1<br> ~~TT~~||||||||
||||63|**S801N-B63**|2CCS891001R0635|**203887**|||0.24|1|
||||80|**S801N-B80**|2CCS891001R0805|**203894**|||0.24|1|
||||100|**S801N-B100**|2CCS891001R0825|**203900**|||0.24|1|
||2CCC413001F0002|**2**|125<br>10<br>13<br>16|**S801N-B125**<br>**S802N-B10**<br>**S802N-B13**<br>**S802N-B16**|2CCS891001R0845<br>2CCS892001R0105<br>2CCS892001R0135<br>2CCS892001R0165|**203917**<br>**203924**<br>**203931**<br>**203948**|||0.24<br>0.48<br>0.48<br>0.48|1<br>1<br>1<br>1|
||||20|**S802N-B20**|2CCS892001R0205|**203955**|||0.48|1|
||||25|**S802N-B25**|2CCS892001R0255|**203962**|||0.48|1|
||||32|**S802N-B32**|2CCS892001R0325|**203979**|||0.48|1|
||||40|**S802N-B40**|2CCS892001R0405|**203986**|||0.48|1|
||||50|**S802N-B50**|2CCS892001R0505|**203993**|||0.48|1|
||||63|**S802N-B63**|2CCS892001R0635|**204006**|||0.48|1|
||||80|**S802N-B80**|2CCS892001R0805|**204013**|||0.48|1|
||||100|**S802N-B100**|2CCS892001R0825|**204020**|||0.48|1|
||||125|**S802N-B125**|2CCS892001R0845|**204037**|||0.48|1|
||2CCC413001F0002|**3**|10<br>13<br>16<br>20|**S803N-B10**<br>**S803N-B13**<br>**S803N-B16**<br>**S803N-B20**|2CCS893001R0105<br>2CCS893001R0135<br>2CCS893001R0165<br>2CCS893001R0205|**204044**<br>**204051**<br>**204068**<br>**204075**|||0.72<br>0.72<br>0.72<br>0.72|1<br>1<br>1<br>1|
||||25|**S803N-B25**|2CCS893001R0255|**204082**|||0.72|1|
||||32|**S803N-B32**|2CCS893001R0325|**204099**|||0.72|1|
||||40|**S803N-B40**|2CCS893001R0405|**204105**|||0.72|1|
||||50|**S803N-B50**|2CCS893001R0505|**204112**|||0.72|1|
||||63|**S803N-B63**|2CCS893001R0635|**204129**|||0.72|1|
||||80|**S803N-B80**|2CCS893001R0805|**204136**|||0.72|1|
||||100|**S803N-B100**|2CCS893001R0825|**204143**|||0.72|1|
||||125|**S803N-B125**|2CCS893001R0845|**204150**|||0.72|1|
||2CCC413001F0002|**4**|10<br>13<br>16<br>20<br>25<br>32|**S804N-B10**<br>**S804N-B13**<br>**S804N-B16**<br>**S804N-B20**<br>**S804N-B25**<br>**S804N-B32**|2CCS894001R0105<br>2CCS894001R0135<br>2CCS894001R0165<br>2CCS894001R0205<br>2CCS894001R0255<br>2CCS894001R0325|**204167**<br>**204174**<br>**204181**<br>**204198**<br>**204204**<br>**204211**|||0.96<br>0.96<br>0.96<br>0.96<br>0.96<br>0.96|1<br>1<br>1<br>1<br>1<br>1|
||||40|**S804N-B40**|2CCS894001R0405|**204228**|||0.96|1|
||||50|**S804N-B50**|2CCS894001R0505|**204235**|||0.96|1|
||||63|**S804N-B63**|2CCS894001R0635|**204242**|||0.96|1|
||——||80<br>100<br>125|**S804N-B80**<br>**S804N-B100**<br>**S804N-B125**|2CCS894001R0805<br>2CCS894001R0825<br>2CCS894001R0845|**204259**<br>**204266**<br>**204273**|||0.96<br>0.96<br>0.96|1<br>1<br>1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~LT~~|||||||||||



ABB 

**2** /103 

**S800N-C** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

C 

## **S800N-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for resistive and inductive loads with low inrush current; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 Icn=20 kA (10 ... 80 A) Icu=36 kA 

||}<br>)<br>.<br>P<br>;|2CCC413001F0002<br>||Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>In A<br>**Type code**<br>Order code<br>**1**<br>10<br>**S801N-C10**<br>2CCS891001R0104<br>13<br>**S801N-C13**<br>2CCS891001R0134<br>16<br>**S801N-C16**<br>2CCS891001R0164<br>20<br>**S801N-C20**<br>2CCS891001R0204<br>25<br>**S801N-C25**<br>2CCS891001R0254<br>32<br>**S801N-C32**<br>2CCS891001R0324<br>40<br>**S801N-C40**<br>2CCS891001R0404<br>50<br>**S801N-C50**<br>2CCS891001R0504<br>ee<br> Oo||**Bbn**<br>**7612271**<br>**EAN**<br>**204280**<br>**204297**<br>**204303**<br>**204310**<br>**204327**<br>**204334**<br>**204341**<br>**204358**|Price<br>1 piece||Price<br>group||Weight<br>1 piece<br>kg<br>0.24<br>0.24<br>0.24<br>0.24<br>0.24<br>0.24<br>0.24<br>0.24||Pack<br>unit<br>pc.<br>1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||63||**S801N-C63**|2CCS891001R0634||**204365**|||||0.24||1|
|||2CCC413001F0002||**2**||80<br>100<br>125<br>10<br>13||**S801N-C80**<br>**S801N-C100**<br>**S801N-C125**<br>**S802N-C10**<br>**S802N-C13**|2CCS891001R0804<br>2CCS891001R0824<br>2CCS891001R0844<br>2CCS892001R0104<br>2CCS892001R0134||**204372**<br>**204389**<br>**204396**<br>**204402**<br>**204419**|||||0.24<br>0.24<br>0.24<br>0.48<br>0.48||1<br>1<br>1<br>1<br>1|
|||||||16||**S802N-C16**|2CCS892001R0164||**204426**|||||0.48||1|
||44 <br>33)||||20<br>**S802N-C20**<br>2CCS892001R0204<br>**204433**<br>0.48<br>1<br>25<br>**S802N-C25**<br>2CCS892001R0254<br>**204440**<br>0.48<br>1<br>32<br>**S802N-C32**<br>2CCS892001R0324<br>**204457**<br>0.48<br>1<br>40<br>**S802N-C40**<br>2CCS892001R0404<br>**204464**<br>0.48<br>1<br>50<br>**S802N-C50**<br>2CCS892001R0504<br>**204471**<br>0.48<br>1<br> OO||||||||||||||
|||||||63||**S802N-C63**|2CCS892001R0634||**204488**|||||0.48||1|
|||||||80||**S802N-C80**|2CCS892001R0804||**204495**|||||0.48||1|
|||||||100||**S802N-C100**|2CCS892001R0824||**204501**|||||0.48||1|
|||2CCC413001F0002||**3**|125<br>**S802N-C125**<br>2CCS892001R0844<br>**204518**<br>0.48<br>1<br>10<br>**S803N-C10**<br>2CCS893001R0104<br>**204525**<br>0.72<br>1<br>13<br>**S803N-C13**<br>2CCS893001R0134<br>**204532**<br>0.72<br>1<br>16<br>**S803N-C16**<br>2CCS893001R0164<br>**204549**<br>0.72<br>1<br>20<br>**S803N-C20**<br>2CCS893001R0204<br>**204556**<br>0.72<br>1<br>—<||||||||||||||
|||||||25||**S803N-C25**|2CCS893001R0254||**204563**|||||0.72||1|
|||||||32||**S803N-C32**|2CCS893001R0324||**204570**|||||0.72||1|
|||||||40||**S803N-C40**|2CCS893001R0404||**204587**|||||0.72||1|
|||||||50||**S803N-C50**|2CCS893001R0504||**204594**|||||0.72||1|
|||||||63||**S803N-C63**|2CCS893001R0634||**204600**|||||0.72||1|
|||||||80||**S803N-C80**|2CCS893001R0804||**204617**|||||0.72||1|
|||||||100||**S803N-C100**|2CCS893001R0824||**204624**|||||0.72||1|
|||||||125||**S803N-C125**|2CCS893001R0844||**204631**|||||0.72||1|
|||2CCC413001F0002||**4**||10<br>13<br>16<br>20<br>25||**S804N-C10**<br>**S804N-C13**<br>**S804N-C16**<br>**S804N-C20**<br>**S804N-C25**|2CCS894001R0104<br>2CCS894001R0134<br>2CCS894001R0164<br>2CCS894001R0204<br>2CCS894001R0254||**204648**<br>**204655**<br>**204662**<br>**204679**<br>**204686**|||||0.96<br>0.96<br>0.96<br>0.96<br>0.96||1<br>1<br>1<br>1<br>1|
|||||||32||**S804N-C32**|2CCS894001R0324||**204693**|||||0.96||1|
|||||||40||**S804N-C40**|2CCS894001R0404||**204709**|||||0.96||1|
|||||||50||**S804N-C50**|2CCS894001R0504||**204716**|||||0.96||1|
||38838)|||||63<br>80<br>100||**S804N-C63**<br>**S804N-C80**<br>**S804N-C100**|2CCS894001R0634<br>2CCS894001R0804<br>2CCS894001R0824||**204723**<br>**204730**<br>**204747**|||||0.96<br>0.96<br>0.96||1<br>1<br>1|
|||||||125||**S804N-C125**|2CCS894001R0844||**204754**|||||0.96||1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>||||||||||||||||||||



ABB 

**2** /104 

**S800N-D** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## D 

## **S800N-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for circuits which supply loads with high inrush current at the circuit closing (motors, LV / LV transformers, breakdown lamps); very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. 

Applications: commercial and industrial. 

Standard: IEC/EN 60898, IEC/EN 60947-2 

Icn=20 kA (10 ... 80 A) Icu=36 kA 

|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1**<br>10<br>**S801N-D10**<br>2CCS891001R0101<br>**204761**<br>0.245<br>1<br>13<br>**S801N-D13**<br>2CCS891001R0131<br>**204778**<br>0.245<br>1<br>16<br>**S801N-D16**<br>2CCS891001R0161<br>**204785**<br>0.245<br>1<br>20<br>**S801N-D20**<br>2CCS891001R0201<br>**204792**<br>0.245<br>1<br>25<br>**S801N-D25**<br>2CCS891001R0251<br>**204808**<br>0.245<br>1<br>32<br>**S801N-D32**<br>2CCS891001R0321<br>**204815**<br>0.245<br>1<br>2CCC413001F0002<br>~~——————~~<br>~~Oo~~|
|---|---|---|---|---|---|---|---|---|---|
|||40|**S801N-D40**|2CCS891001R0401|**204822**|||0.245|1|
|||50|**S801N-D50**|2CCS891001R0501|**204839**|||0.245|1|
|||63|**S801N-D63**|2CCS891001R0631|**204846**|||0.245|1|
|2CCC413001F0002|**2**|80<br>100<br>125<br>10<br>13|**S801N-D80**<br>**S801N-D100**<br>**S801N-D125**<br>**S802N-D10**<br>**S802N-D13**|2CCS891001R0801<br>2CCS891001R0821<br>2CCS891001R0841<br>2CCS892001R0101<br>2CCS892001R0131|**204853**<br>**204860**<br>**204877**<br>**204884**<br>**204891**|||0.245<br>0.245<br>0.245<br>0.49<br>0.49|1<br>1<br>1<br>1<br>1|
|||16|**S802N-D16**|2CCS892001R0161|**204907**|||0.49|1|
|||20|**S802N-D20**|2CCS892001R0201|**204914**|||0.49|1|
|||25|**S802N-D25**|2CCS892001R0251|**204921**|||0.49|1|
|2||32<br>40<br>50<br>63|**S802N-D32**<br>**S802N-D40**<br>**S802N-D50**<br>**S802N-D63**|2CCS892001R0321<br>2CCS892001R0401<br>2CCS892001R0501<br>2CCS892001R0631|**204938**<br>**204945**<br>**204952**<br>**204969**|||0.49<br>0.49<br>0.49<br>0.49|1<br>1<br>1<br>1|
|||80|**S802N-D80**|2CCS892001R0801|**204976**|||0.49|1|
|||100|**S802N-D100**|2CCS892001R0821|**204983**|||0.49|1|
|2CCC413001F0002|**3**|125<br>10<br>13<br>16<br>20|**S802N-D125**<br>**S803N-D10**<br>**S803N-D13**<br>**S803N-D16**<br>**S803N-D20**|2CCS892001R0841<br>2CCS893001R0101<br>2CCS893001R0131<br>2CCS893001R0161<br>2CCS893001R0201|**204990**<br>**205003**<br>**205010**<br>**205027**<br>**205034**|||0.49<br>0.735<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1<br>1|
|||25|**S803N-D25**|2CCS893001R0251|**205041**|||0.735|1|
|||32|**S803N-D32**|2CCS893001R0321|**205058**|||0.735|1|
|||40|**S803N-D40**|2CCS893001R0401|**205065**|||0.735|1|
|||50|**S803N-D50**|2CCS893001R0501|**205072**|||0.735|1|
|||63|**S803N-D63**|2CCS893001R0631|**205089**|||0.735|1|
|||80|**S803N-D80**|2CCS893001R0801|**205096**|||0.735|1|
|||100|**S803N-D100**|2CCS893001R0821|**205102**|||0.735|1|
|||125|**S803N-D125**|2CCS893001R0841|**205119**|||0.735|1|
|2CCC413001F0002|**4**|10<br>13<br>16<br>20<br>25<br>32|**S804N-D10**<br>**S804N-D13**<br>**S804N-D16**<br>**S804N-D20**<br>**S804N-D25**<br>**S804N-D32**|2CCS894001R0101<br>2CCS894001R0131<br>2CCS894001R0161<br>2CCS894001R0201<br>2CCS894001R0251<br>2CCS894001R0321|**205126**<br>**205133**<br>**205140**<br>**205157**<br>**205164**<br>**205171**|||0.98<br>0.98<br>0.98<br>0.98<br>0.98<br>0.98|1<br>1<br>1<br>1<br>1<br>1|
|||40|**S804N-D40**|2CCS894001R0401|**205188**|||0.98|1|
|||50|**S804N-D50**|2CCS894001R0501|**205195**|||0.98|1|
|||63|**S804N-D63**|2CCS894001R0631|**205201**|||0.98|1|
|||80|**S804N-D80**|2CCS894001R0801|**205218**|||0.98|1|
|||100|**S804N-D100**|2CCS894001R0821|**205225**|||0.98|1|
|||125|**S804N-D125**|2CCS894001R0841|**205232**|||0.98|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** ~~LT~~ 

ABB 

**2** /105 

**S800C-B** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## B 

## **S800C-B characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, IEC/EN 60898 

Icn=15 kA 

Icu=25 kA 

|||2CCC413001F0002|Number<br>of poles|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**7612271**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|---|
|||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|||:|**1**<br>|10<br>**S801C-B10**<br>2CCS881001R0105<br>**212087**<br>0.245<br>1<br>13<br>**S801C-B13**<br>2CCS881001R0135<br>**212247**<br>0.245<br>1<br>16<br>**S801C-B16**<br>2CCS881001R0165<br>**212407**<br>0.245<br>1<br>20<br>**S801C-B20**<br>2CCS881001R0205<br>**212568**<br>0.245<br>1<br>25<br>**S801C-B25**<br>2CCS881001R0255<br>**212728**<br>0.245<br>1<br> ~~ee~~||||||||
|||||32|**S801C-B32**|2CCS881001R0325|**212889**|||0.245|1|
|||||40|**S801C-B40**|2CCS881001R0405|**213046**|||0.245|1|
|||||50|**S801C-B50**|2CCS881001R0505|**213206**|||0.245|1|
|||2CCC413001F0002|**2**|63<br>80<br>100<br>125<br>10|**S801C-B63**<br>**S801C-B80**<br>**S801C-B100**<br>**S801C-B125**<br>**S802C-B10**|2CCS881001R0635<br>2CCS881001R0805<br>2CCS881001R0825<br>2CCS881001R0845<br>2CCS882001R0105|**213367**<br>**213527**<br>**213688**<br>**213848**<br>**212094**|||0.245<br>0.245<br>0.245<br>0.245<br>0.49|1<br>1<br>1<br>1<br>1|
|||||13|**S802C-B13**|2CCS882001R0135|**212254**|||0.49|1|
|||||16|**S802C-B16**|2CCS882001R0165|**212414**|||0.49|1|
|||20<br>**S802C-B20**<br>2CCS882001R0205<br>**212575**<br>0.49<br>1<br>25<br>**S802C-B25**<br>2CCS882001R0255<br>**212735**<br>0.49<br>1<br>32<br>**S802C-B32**<br>2CCS882001R0325<br>**212896**<br>0.49<br>1<br>40<br>**S802C-B40**<br>2CCS882001R0405<br>**213053**<br>0.49<br>1<br>~~Oe~~||||||||||
|||||50|**S802C-B50**|2CCS882001R0505|**213213**|||0.49|1|
|||||63|**S802C-B63**|2CCS882001R0635|**213374**|||0.49|1|
|||||80|**S802C-B80**|2CCS882001R0805|**213534**|||0.49|1|
|||2CCC413001F0002|**3**|100<br>125<br>10<br>13<br>16|**S802C-B100**<br>**S802C-B125**<br>**S803C-B10**<br>**S803C-B13**<br>**S803C-B16**|2CCS882001R0825<br>2CCS882001R0845<br>2CCS883001R0105<br>2CCS883001R0135<br>2CCS883001R0165|**213695**<br>**213855**<br>**212100**<br>**212261**<br>**212421**|||0.49<br>0.49<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1<br>1|
|||||20|**S803C-B20**|2CCS883001R0205|**212582**|||0.735|1|
|||||25|**S803C-B25**|2CCS883001R0255|**212742**|||0.735|1|
|||||32|**S803C-B32**|2CCS883001R0325|**212902**|||0.735|1|
|||||40|**S803C-B40**|2CCS883001R0405|**213060**|||0.735|1|
|||||50|**S803C-B50**|2CCS883001R0505|**213220**|||0.735|1|
|||||63|**S803C-B63**|2CCS883001R0635|**213381**|||0.735|1|
|||||80|**S803C-B80**|2CCS883001R0805|**213541**|||0.735|1|
|||||100|**S803C-B100**|2CCS883001R0825|**213701**|||0.735|1|
||125<br>**S803C-B125**<br>2CCS883001R0845<br>**213862**<br>0.735<br>1<br>**4**<br>10<br>**S804C-B10**<br>2CCS884001R0105<br>**212117**<br>0.98<br>1<br>13<br>**S804C-B13**<br>2CCS884001R0135<br>**212278**<br>0.98<br>1<br>16<br>**S804C-B16**<br>2CCS884001R0165<br>**212438**<br>0.98<br>1<br>20<br>**S804C-B20**<br>2CCS884001R0205<br>**212599**<br>0.98<br>1<br>25<br>**S804C-B25**<br>2CCS884001R0255<br>**212759**<br>0.98<br>1<br>32<br>**S804C-B32**<br>2CCS884001R0325<br>**212919**<br>0.98<br>1<br>2CCC413001F0002<br>~~|~~|||||||||||
|||||40|**S804C-B40**|2CCS884001R0405|**213077**|||0.98|1|
|||||50|**S804C-B50**|2CCS884001R0505|**213237**|||0.98|1|
|||||63|**S804C-B63**|2CCS884001R0635|**213398**|||0.98|1|
|||||80|**S804C-B80**|2CCS884001R0805|**213558**|||0.98|1|
|||||100|**S804C-B100**|2CCS884001R0825|**213718**|||0.98|1|
|||||125|**S804C-B125**|2CCS884001R0845|**213879**|||0.98|1|
|**Technical details ............................  pag. 11/2**<br>~~CC~~||**Technical details ............................  pag. 11/2**|**Technical details ............................  pag. 11/2**||**Overall dimensions ........................  pag. 13/5**|**Overall dimensions ........................  pag. 13/5**||||||



ABB 

**2** /106 

**S800C-C** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## C 

## **S800C-C characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, IEC/EN 60898 

Icn=15 kA 

Icu=25 kA 

||2CCC413001F0002|Number<br>of poles|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**7612271**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|
||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1**<br>10<br>**S801C-C10**<br>2CCS881001R0104<br>**212124**<br>0.245<br>1<br>13<br>**S801C-C13**<br>2CCS881001R0134<br>**212285**<br>0.245<br>1<br>16<br>**S801C-C16**<br>2CCS881001R0164<br>**212445**<br>0.245<br>1<br>20<br>**S801C-C20**<br>2CCS881001R0204<br>**212605**<br>0.245<br>1<br>—~~—————————_—~~|||||||||||
||||25|**S801C-C25**|2CCS881001R0254|**212766**|||0.245|1|
||||32|**S801C-C32**|2CCS881001R0324|**212926**|||0.245|1|
||||40|**S801C-C40**|2CCS881001R0404|**213084**|||0.245|1|
|.|2CCC413001F0002|**2**|50<br>63<br>80<br>100<br>125<br>10<br>~~—=====S—_~~|**S801C-C50**<br>2CCS881001R0504<br>**213244**<br>0.245<br>1<br>**S801C-C63**<br>2CCS881001R0634<br>**213404**<br>0.245<br>1<br>**S801C-C80**<br>2CCS881001R0804<br>**213565**<br>0.245<br>1<br>**S801C-C100**<br>2CCS881001R0824<br>**213725**<br>0.245<br>1<br>**S801C-C125**<br>2CCS881001R0844<br>**213886**<br>0.245<br>1<br>**S802C-C10**<br>2CCS882001R0104<br>**212131**<br>0.49<br>1<br>~~—=====S—_~~|||||||
||||13|**S802C-C13**|2CCS882001R0134|**212292**|||0.49|1|
||||16|**S802C-C16**|2CCS882001R0164|**212452**|||0.49|1|
||||20|**S802C-C20**|2CCS882001R0204|**212612**|||0.49|1|
||||25|**S802C-C25**|2CCS882001R0254|**212773**|||0.49|1|
||||32|**S802C-C32**|2CCS882001R0324|**212933**|||0.49|1|
||||40|**S802C-C40**|2CCS882001R0404|**213091**|||0.49|1|
||||50|**S802C-C50**|2CCS882001R0504|**213251**|||0.49|1|
||||63|**S802C-C63**|2CCS882001R0634|**213411**|||0.49|1|
||||80|**S802C-C80**|2CCS882001R0804|**213572**|||0.49|1|
||2CCC413001F0002|**3**|100<br>125<br>10<br>13|**S802C-C100**<br>**S802C-C125**<br>**S803C-C10**<br>**S803C-C13**|2CCS882001R0824<br>2CCS882001R0844<br>2CCS883001R0104<br>2CCS883001R0134|**213732**<br>**213893**<br>**212148**<br>**212308**|||0.49<br>0.49<br>0.735<br>0.735|1<br>1<br>1<br>1|
||||16|**S803C-C16**|2CCS883001R0164|**212469**|||0.735|1|
||||20|**S803C-C20**|2CCS883001R0204|**212629**|||0.735|1|
||||25|**S803C-C25**|2CCS883001R0254|**212780**|||0.735|1|
||||32|**S803C-C32**|2CCS883001R0324|**212940**|||0.735|1|
||||40|**S803C-C40**|2CCS883001R0404|**213107**|||0.735|1|
||||50|**S803C-C50**|2CCS883001R0504|**213268**|||0.735|1|
||||63|**S803C-C63**|2CCS883001R0634|**213428**|||0.735|1|
||||80|**S803C-C80**|2CCS883001R0804|**213589**|||0.735|1|
||||100|**S803C-C100**|2CCS883001R0824|**213749**|||0.735|1|
|So|2CCC413001F0002<br>|**4**<br>|125<br>**S803C-C125**<br>2CCS883001R0844<br>**213909**<br>0.735<br>1<br>10<br>**S804C-C10**<br>2CCS884001R0104<br>**212155**<br>0.98<br>1<br>13<br>**S804C-C13**<br>2CCS884001R0134<br>**212315**<br>0.98<br>1<br>16<br>**S804C-C16**<br>2CCS884001R0164<br>**212476**<br>0.98<br>1<br>20<br>**S804C-C20**<br>2CCS884001R0204<br>**212636**<br>0.98<br>1<br>25<br>**S804C-C25**<br>2CCS884001R0254<br>**212797**<br>0.98<br>1<br>32<br>**S804C-C32**<br>2CCS884001R0324<br>**212957**<br>0.98<br>1<br> ~~_—~~||||||||
||||40|**S804C-C40**|2CCS884001R0404|**213114**|||0.98|1|
||||50|**S804C-C50**|2CCS884001R0504|**213275**|||0.98|1|
||||63|**S804C-C63**|2CCS884001R0634|**213435**|||0.98|1|
||||80|**S804C-C80**|2CCS884001R0804|**213596**|||0.98|1|
||||100|**S804C-C100**|2CCS884001R0824|**213756**|||0.98|1|
||||125|**S804C-C125**|2CCS884001R0844|**213916**|||0.98|1|
|**Technical details ............................  pag. 11/2**||**Technical details ............................  pag. 11/2**||**Overall dimensions ........................  pag. 13/5**|**Overall dimensions ........................  pag. 13/5**||||||



ABB 

**2** /107 

**S800C-D** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## D 

## **S800C-D characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, IEC/EN 60898 

Icn=15kA 

Icu=25 kA 

||2CCC413001F0002|Number<br>of poles|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**7612271**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|
||||In A|**Type code**|Order code|**EAN**|||kg|pc.|
||:|**1**<br>|10<br>**S801C-D10**<br>2CCS881001R0101<br>**212162**<br>0.245<br>1<br>13<br>**S801C-D13**<br>2CCS881001R0131<br>**212322**<br>0.245<br>1<br>16<br>**S801C-D16**<br>2CCS881001R0161<br>**212483**<br>0.245<br>1<br>20<br>**S801C-D20**<br>2CCS881001R0201<br>**212643**<br>0.245<br>1<br>25<br>**S801C-D25**<br>2CCS881001R0251<br>**212803**<br>0.245<br>1<br> ~~ee~~||||||||
||||32|**S801C-D32**|2CCS881001R0321|**212964**|||0.245|1|
||||40|**S801C-D40**|2CCS881001R0401|**213121**|||0.245|1|
||||50|**S801C-D50**|2CCS881001R0501|**213282**|||0.245|1|
||2CCC413001F0002|**2**|63<br>80<br>100<br>125<br>10|**S801C-D63**<br>**S801C-D80**<br>**S801C-D100**<br>**S801C-D125**<br>**S802C-D10**|2CCS881001R0631<br>2CCS881001R0801<br>2CCS881001R0821<br>2CCS881001R0841<br>2CCS882001R0101|**213442**<br>**213602**<br>**213763**<br>**213923**<br>**212179**|||0.245<br>0.245<br>0.245<br>0.245<br>0.49|1<br>1<br>1<br>1<br>1|
||||13|**S802C-D13**|2CCS882001R0131|**212339**|||0.49|1|
||||16|**S802C-D16**|2CCS882001R0161|**212490**|||0.49|1|
||||20|**S802C-D20**|2CCS882001R0201|**212650**|||0.49|1|
||||25|**S802C-D25**|2CCS882001R0251|**212810**|||0.49|1|
||||32|**S802C-D32**|2CCS882001R0321|**212971**|||0.49|1|
||||40|**S802C-D40**|2CCS882001R0401|**213138**|||0.49|1|
||||50|**S802C-D50**|2CCS882001R0501|**213299**|||0.49|1|
||||63|**S802C-D63**|2CCS882001R0631|**213459**|||0.49|1|
||||80|**S802C-D80**|2CCS882001R0801|**213619**|||0.49|1|
||2CCC413001F0002|**3**|100<br>125<br>10<br>13<br>16|**S802C-D100**<br>**S802C-D125**<br>**S803C-D10**<br>**S803C-D13**<br>**S803C-D16**|2CCS882001R0821<br>2CCS882001R0841<br>2CCS883001R0101<br>2CCS883001R0131<br>2CCS883001R0161|**213770**<br>**213930**<br>**212186**<br>**212346**<br>**212506**|||0.49<br>0.49<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1<br>1|
||||20|**S803C-D20**|2CCS883001R0201|**212667**|||0.735|1|
||||25|**S803C-D25**|2CCS883001R0251|**212827**|||0.735|1|
||||32|**S803C-D32**|2CCS883001R0321|**212988**|||0.735|1|
||||40|**S803C-D40**|2CCS883001R0401|**213145**|||0.735|1|
||||50|**S803C-D50**|2CCS883001R0501|**213305**|||0.735|1|
||||63|**S803C-D63**|2CCS883001R0631|**213466**|||0.735|1|
||||80|**S803C-D80**|2CCS883001R0801|**213626**|||0.735|1|
||||100|**S803C-D100**|2CCS883001R0821|**213787**|||0.735|1|
||2CCC413001F0002<br>eS|**4**<br>|125<br>10<br>13<br>16<br>20<br>25<br> ~~—_—~~|**S803C-D125**<br>**S804C-D10**<br>**S804C-D13**<br>**S804C-D16**<br>**S804C-D20**<br>**S804C-D25**<br>~~—_—~~|2CCS883001R0841<br>**213947**<br>0.735<br>1<br>2CCS884001R0101<br>**212193**<br>0.98<br>1<br>2CCS884001R0131<br>**212353**<br>0.98<br>1<br>2CCS884001R0161<br>**212513**<br>0.98<br>1<br>2CCS884001R0201<br>**212674**<br>0.98<br>1<br>2CCS884001R0251<br>**212834**<br>0.98<br>1<br>~~—_—~~||||||
||||32|**S804C-D32**|2CCS884001R0321|**212995**|||0.98|1|
||||40|**S804C-D40**|2CCS884001R0401|**213152**|||0.98|1|
||||50|**S804C-D50**|2CCS884001R0501|**213312**|||0.98|1|
||||63|**S804C-D63**|2CCS884001R0631|**213473**|||0.98|1|
||||80|**S804C-D80**|2CCS884001R0801|**213633**|||0.98|1|
||||100|**S804C-D100**|2CCS884001R0821|**213794**|||0.98|1|
||||125|**S804C-D125**|2CCS884001R0841|**213954**|||0.98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~Tee~~|||||||||||



ABB 

**2** /108 

**S800C-K** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## K 

## **S800C-K characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: IEC/EN 60947-2 

Icu=25 kA 

||2CCC413001F0002|Number<br>of poles|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|||**1**|10|**S801C-K10**|2CCS881001R0427|**212209**|||0.245|1|
||||13|**S801C-K13**|2CCS881001R0447|**212360**|||0.245|1|
||\||16<br>**S801C-K16**<br>2CCS881001R0467<br>**212520**<br>0.245<br>1<br>20<br>**S801C-K20**<br>2CCS881001R0487<br>**212681**<br>0.245<br>1<br>25<br>**S801C-K25**<br>2CCS881001R0517<br>**212841**<br>0.245<br>1<br>32<br>**S801C-K32**<br>2CCS881001R0537<br>**213008**<br>0.245<br>1<br> ~~OT~~||||||||
||||40|**S801C-K40**|2CCS881001R0557|**213169**|||0.245|1|
||||50|**S801C-K50**|2CCS881001R0577|**213329**|||0.245|1|
||||63|**S801C-K63**|2CCS881001R0597|**213480**|||0.245|1|
||2CCC413001F0002|**2**|80<br>100<br>125<br>10<br>13|**S801C-K80**<br>**S801C-K100**<br>**S801C-K125**<br>**S802C-K10**<br>**S802C-K13**|2CCS881001R0627<br>2CCS881001R0637<br>2CCS881001R0647<br>2CCS882001R0427<br>2CCS882001R0447|**213640**<br>**213800**<br>**213961**<br>**212216**<br>**212377**|||0.245<br>0.245<br>0.245<br>0.49<br>0.49|1<br>1<br>1<br>1<br>1|
||||16|**S802C-K16**|2CCS882001R0467|**212537**|||0.49|1|
||||20|**S802C-K20**|2CCS882001R0487|**212698**|||0.49|1|
||||25|**S802C-K25**|2CCS882001R0517|**212858**|||0.49|1|
||||32|**S802C-K32**|2CCS882001R0537|**213015**|||0.49|1|
||||40|**S802C-K40**|2CCS882001R0557|**213176**|||0.49|1|
||||50|**S802C-K50**|2CCS882001R0577|**213336**|||0.49|1|
||||63|**S802C-K63**|2CCS882001R0597|**213497**|||0.49|1|
||||80|**S802C-K80**|2CCS882001R0627|**213657**|||0.49|1|
||||100|**S802C-K100**|2CCS882001R0637|**213817**|||0.49|1|
||2CCC413001F0002|**3**|125<br>10<br>13<br>16<br>20|**S802C-K125**<br>**S803C-K10**<br>**S803C-K13**<br>**S803C-K16**<br>**S803C-K20**|2CCS882001R0647<br>2CCS883001R0427<br>2CCS883001R0447<br>2CCS883001R0467<br>2CCS883001R0487|**213978**<br>**212223**<br>**212384**<br>**212544**<br>**212704**|||0.49<br>0.735<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1<br>1|
||||25|**S803C-K25**|2CCS883001R0517|**212865**|||0.735|1|
||||32|**S803C-K32**|2CCS883001R0537|**213022**|||0.735|1|
||||40|**S803C-K40**|2CCS883001R0557|**213183**|||0.735|1|
||||50|**S803C-K50**|2CCS883001R0577|**213343**|||0.735|1|
||||63|**S803C-K63**|2CCS883001R0597|**213503**|||0.735|1|
||||80|**S803C-K80**|2CCS883001R0627|**213664**|||0.735|1|
||||100|**S803C-K100**|2CCS883001R0637|**213824**|||0.735|1|
||||125|**S803C-K125**|2CCS883001R0647|**213985**|||0.735|1|
||**4**<br>10<br>**S804C-K10**<br>2CCS884001R0427<br>**212230**<br>0.98<br>1<br>13<br>**S804C-K13**<br>2CCS884001R0447<br>**212391**<br>0.98<br>1<br>16<br>**S804C-K16**<br>2CCS884001R0467<br>**212551**<br>0.98<br>1<br>20<br>**S804C-K20**<br>2CCS884001R0487<br>**212711**<br>0.98<br>1<br>25<br>**S804C-K25**<br>2CCS884001R0517<br>**212872**<br>0.98<br>1<br>32<br>**S804C-K32**<br>2CCS884001R0537<br>**213039**<br>0.98<br>1<br>40<br>**S804C-K40**<br>2CCS884001R0557<br>**213190**<br>0.98<br>1<br>2CCC413001F0002<br>~~3~~||||||||||
||||50|**S804C-K50**|2CCS884001R0577|**213350**|||0.98|1|
||||63|**S804C-K63**|2CCS884001R0597|**213510**|||0.98|1|
||||80|**S804C-K80**|2CCS884001R0627|**213671**|||0.98|1|
||||100|**S804C-K100**|2CCS884001R0637|**213831**|||0.98|1|
||||125|**S804C-K125**|2CCS884001R0647|**213992**|||0.98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~Po~~|||||||||||



ABB 

**2** /109 

**S800U-Z** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

Z 

## **S800U-Z characteristic** 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: UL489, CSA 22.2 NO.5-02, IEC/EN 60947-2 Icu=30 kA (1 pole), 50 kA (2...4 poles) 

||2CCC413001F0002|Number<br>of poles|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|||**1**|10|**S801U-Z10**|2CCS881017R0105|**214487**|||0.245|1|
||~~\~~|~~\~~|15<br>20<br>25<br>30<br>~~\~~|**S801U-Z15**<br>**S801U-Z20**<br>**S801U-Z25**<br>**S801U-Z30**<br>~~\~~|2CCS881017R0155<br>2CCS881017R0205<br>2CCS881017R0255<br>2CCS881017R0305<br>~~\~~|**214524**<br>**214562**<br>**214609**<br>**214647**<br>~~\~~|~~\~~|~~\~~|0.245<br>0.245<br>0.245<br>0.245<br>~~\~~|1<br>1<br>1<br>1<br>~~\~~|
||||40|**S801U-Z40**|2CCS881017R0405|**214685**|||0.245|1|
||||50|**S801U-Z50**|2CCS881017R0505|**214722**|||0.245|1|
||||60|**S801U-Z60**|2CCS881017R0605|**214760**|||0.245|1|
||||70|**S801U-Z70**|2CCS881017R0705|**214807**|||0.245|1|
||2CCC413001F0002|**2**|80<br>90<br>100<br>10|**S801U-Z80**<br>**S801U-Z90**<br>**S801U-Z100**<br>**S802U-Z10**|2CCS881017R0805<br>2CCS881017R0905<br>2CCS881017R0825<br>2CCS862017R0105|**214845**<br>**214883**<br>**214920**<br>**214494**|||0.245<br>0.245<br>0.245<br>0.49|1<br>1<br>1<br>1|
||||15|**S802U-Z15**|2CCS862017R0155|**214531**|||0.49|1|
||||20|**S802U-Z20**|2CCS862017R0205|**214579**|||0.49|1|
||||25|**S802U-Z25**|2CCS862017R0255|**214616**|||0.49|1|
||||30|**S802U-Z30**|2CCS862017R0305|**214654**|||0.49|1|
||||40|**S802U-Z40**|2CCS862017R0405|**214692**|||0.49|1|
||||50|**S802U-Z50**|2CCS862017R0505|**214739**|||0.49|1|
||||60|**S802U-Z60**|2CCS862017R0605|**214777**|||0.49|1|
||||70|**S802U-Z70**|2CCS862017R0705|**214814**|||0.49|1|
||||80|**S802U-Z80**|2CCS862017R0805|**214852**|||0.49|1|
||||90|**S802U-Z90**|2CCS862017R0905|**214890**|||0.49|1|
||2CCC413001F0002|**3**|100<br>10<br>15<br>20|**S802U-Z100**<br>**S803U-Z10**<br>**S803U-Z15**<br>**S803U-Z20**|2CCS862017R0825<br>2CCS863017R0105<br>2CCS863017R0155<br>2CCS863017R0205|**214937**<br>**214500**<br>**214548**<br>**214586**|||0.49<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1|
||||25|**S803U-Z25**|2CCS863017R0255|**214623**|||0.735|1|
||||30|**S803U-Z30**|2CCS863017R0305|**214661**|||0.735|1|
||||40|**S803U-Z40**|2CCS863017R0405|**214708**|||0.735|1|
||||50|**S803U-Z50**|2CCS863017R0505|**214746**|||0.735|1|
||||60|**S803U-Z60**|2CCS863017R0605|**214784**|||0.735|1|
||||70|**S803U-Z70**|2CCS863017R0705|**214821**|||0.735|1|
||||80|**S803U-Z80**|2CCS863017R0805|**214869**|||0.735|1|
||||90|**S803U-Z90**|2CCS863017R0905|**214906**|||0.735|1|
||100<br>**S803U-Z100**<br>2CCS863017R0825<br>**214944**<br>0.735<br>1<br>**4**<br>10<br>**S804U-Z10**<br>2CCS864017R0105<br>**214517**<br>0.98<br>1<br>15<br>**S804U-Z15**<br>2CCS864017R0155<br>**214555**<br>0.98<br>1<br>20<br>**S804U-Z20**<br>2CCS864017R0205<br>**214593**<br>0.98<br>1<br>25<br>**S804U-Z25**<br>2CCS864017R0255<br>**214630**<br>0.98<br>1<br>30<br>**S804U-Z30**<br>2CCS864017R0305<br>**214678**<br>0.98<br>1<br>40<br>**S804U-Z40**<br>2CCS864017R0405<br>**214715**<br>0.98<br>1<br>50<br>**S804U-Z50**<br>2CCS864017R0505<br>**214753**<br>0.98<br>1<br>2CCC413001F0002<br>~~a~~||||||||||
||||60|**S804U-Z60**|2CCS864017R0605|**214791**|||0.98|1|
||||70|**S804U-Z70**|2CCS864017R0705|**214838**|||0.98|1|
||||80|**S804U-Z80**|2CCS864017R0805|**214876**|||0.98|1|
||||90|**S804U-Z90**|2CCS864017R0905|**214913**|||0.98|1|
||||100|**S804U-Z100**|2CCS864017R0825|**214951**|||0.98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~CO~~|||||||||||



ABB 

**2** /110 

**S800U-K** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB with cage terminal 

## **S800U-K characteristic** 

## K 

Function: protection and control of the circuits against overloads and short-circuits when a high breaking capacity is required; protection for people and big length cables in TN and IT systems; very useful when selectivity is needed vs an MCCB or back-up vs other MCBs wired downstream. Applications: commercial and industrial. 

Standard: UL489, CSA 22.2 NO.5-02, IEC/EN 60947-2 

Icu=30 kA (1-pole), 50 kA (2...4-pole) 

||2CCC413001F0002|Number<br>of poles|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|||**1**|10|**S801U-K10**|2CCS881017R0427|**214005**|||0.245|1|
||\||15<br>**S801U-K15**<br>2CCS881017R0457<br>**214043**<br>0.245<br>1<br>20<br>**S801U-K20**<br>2CCS881017R0487<br>**214081**<br>0.245<br>1<br>25<br>**S801U-K25**<br>2CCS881017R0517<br>**214128**<br>0.245<br>1<br>30<br>**S801U-K30**<br>2CCS881017R0527<br>**214166**<br>0.245<br>1<br> ~~On~~||||||||
||||40|**S801U-K40**|2CCS881017R0557|**214203**|||0.245|1|
||||50|**S801U-K50**|2CCS881017R0577|**214241**|||0.245|1|
||||60|**S801U-K60**|2CCS881017R0587|**214289**|||0.245|1|
||||70|**S801U-K70**|2CCS881017R0707|**214326**|||0.245|1|
||2CCC413001F0002|**2**|80<br>90<br>100<br>10|**S801U-K80**<br>**S801U-K90**<br>**S801U-K100**<br>**S802U-K10**|2CCS881017R0627<br>2CCS881017R0907<br>2CCS881017R0637<br>2CCS862017R0427|**214364**<br>**214401**<br>**214449**<br>**214012**|||0.245<br>0.245<br>0.245<br>0.49|1<br>1<br>1<br>1|
||||15|**S802U-K15**|2CCS862017R0457|**214050**|||0.49|1|
||||20|**S802U-K20**|2CCS862017R0487|**214098**|||0.49|1|
||25<br>**S802U-K25**<br>2CCS862017R0517<br>**214135**<br>0.49<br>1<br>30<br>**S802U-K30**<br>2CCS862017R0527<br>**214173**<br>0.49<br>1<br>40<br>**S802U-K40**<br>2CCS862017R0557<br>**214210**<br>0.49<br>1<br>50<br>**S802U-K50**<br>2CCS862017R0577<br>**214258**<br>0.49<br>1<br>~~ee~~||||||||||
||||60|**S802U-K60**|2CCS862017R0587|**214296**|||0.49|1|
||||70|**S802U-K70**|2CCS862017R0707|**214333**|||0.49|1|
||||80|**S802U-K80**|2CCS862017R0627|**214371**|||0.49|1|
||||90|**S802U-K90**|2CCS862017R0907|**214418**|||0.49|1|
||2CCC413001F0002|**3**|100<br>10<br>15<br>20|**S802U-K100**<br>**S803U-K10**<br>**S803U-K15**<br>**S803U-K20**|2CCS862017R0637<br>2CCS863017R0427<br>2CCS863017R0457<br>2CCS863017R0487|**214456**<br>**214029**<br>**214067**<br>**214104**|||0.49<br>0.735<br>0.735<br>0.735|1<br>1<br>1<br>1|
||||25|**S803U-K25**|2CCS863017R0517|**214142**|||0.735|1|
||||30|**S803U-K30**|2CCS863017R0527|**214180**|||0.735|1|
||||40|**S803U-K40**|2CCS863017R0557|**214227**|||0.735|1|
||||50|**S803U-K50**|2CCS863017R0577|**214265**|||0.735|1|
||||60|**S803U-K60**|2CCS863017R0587|**214302**|||0.735|1|
||||70|**S803U-K70**|2CCS863017R0707|**214340**|||0.735|1|
||||80|**S803U-K80**|2CCS863017R0627|**214388**|||0.735|1|
||||90|**S803U-K90**|2CCS863017R0907|**214425**|||0.735|1|
||100<br>**S803U-K100**<br>2CCS863017R0637<br>**214463**<br>0.735<br>1<br>**4**<br>10<br>**S804U-K10**<br>2CCS864017R0427<br>**214036**<br>0.98<br>1<br>15<br>**S804U-K15**<br>2CCS864017R0457<br>**214074**<br>0.98<br>1<br>20<br>**S804U-K20**<br>2CCS864017R0487<br>**214111**<br>0.98<br>1<br>25<br>**S804U-K25**<br>2CCS864017R0517<br>**214159**<br>0.98<br>1<br>30<br>**S804U-K30**<br>2CCS864017R0527<br>**214197**<br>0.98<br>1<br>40<br>**S804U-K40**<br>2CCS864017R0557<br>**214234**<br>0.98<br>1<br>50<br>**S804U-K50**<br>2CCS864017R0577<br>**214272**<br>0.98<br>1<br>2CCC413001F0002<br>o~~OoOu7—~~||||||||||
||||60|**S804U-K60**|2CCS864017R0587|**214319**|||0.98|1|
||||70|**S804U-K70**|2CCS864017R0707|**214357**|||0.98|1|
||||80|**S804U-K80**|2CCS864017R0627|**214395**|||0.98|1|
||||90|**S804U-K90**|2CCS864017R0907|**214432**|||0.98|1|
||||100|**S804U-K100**|2CCS864017R0637|**214470**|||0.98|1|
|**Technical details ............................  pag. 11/2**<br>**Overall dimensions ........................  pag. 13/5**<br>~~|~~|||||||||||



ABB 

**2** /111 

**S800PV-S** 

**System pro** _**M**_ **compact[®]** 

**2** _ 

## **Selection tables** High performance MCB for photovoltaic systems 

## **S800PV-S characteristic** 

## PV-S 

|PV-S|||**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|**S800PV-S characteristic**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|PV-S|||Function: protection and control of photovoltaic strings against overloads and short-circuits. Ideal<br>replacement for fuses due to comfortable string failure identification and signalisation.||||||||||||||
||||Applications: Photovoltaic systems.||||||||||||||
|a——=|2CCC413001F0002<br>——=|Standard: IEC 60947-2<br>Icu=5 kA<br>Number<br>of poles<br>Rated<br>current<br>**Order**<br>**details**<br>**Bbn**<br>**7612271**<br>Price<br>1 piece<br>Price<br>group<br>Weight<br>1 piece<br>Pack<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>10<br>**S802PV-S10**<br>2CCP842001R1109<br>**210939**<br>0.49<br>1<br>13<br>**S802PV-S13**<br>2CCP842001R1139<br>**210946**<br>0.49<br>1<br>16<br>**S802PV-S16**<br>2CCP842001R1169<br>**210953**<br>0.49<br>1<br>BS<br>——=|||||||||||||||
|||||20|**S802PV-S20**||2CCP842001R1209||**210960**|||||0.49||1|
|||||25|**S802PV-S25**||2CCP842001R1259||**210977**|||||0.49||1|
|||||32|**S802PV-S32**||2CCP842001R1329||**210984**|||||0.49||1|
|||||40|**S802PV-S40**||2CCP842001R1409||**210991**|||||0.49||1|
|||||50|**S802PV-S50**||2CCP842001R1509||**211004**|||||0.49||1|
|||||63|**S802PV-S63**||2CCP842001R1639||**211011**|||||0.49||1|
|||||80|**S802PV-S80**||2CCP842001R1809||**211028**|||||0.49||1|
|||||100|**S802PV-S100**||2CCP842001R1829||**214968**|||||0.49||1|
||2CCC413001F0002||**3**|125<br>10<br>13<br>16<br>20|**S802PV-S125**<br>**S803PV-S10**<br>**S803PV-S13**<br>**S803PV-S16**<br>**S803PV-S20**||2CCP842001R1849<br>2CCP843001R1109<br>2CCP843001R1139<br>2CCP843001R1169<br>2CCP843001R1209||**214999**<br>**211035**<br>**211042**<br>**211059**<br>**211066**|||||0.49<br>0.735<br>0.735<br>0.735<br>0.735||1<br>1<br>1<br>1<br>1|
|||||25|**S803PV-S25**||2CCP843001R1259||**211073**|||||0.735||1|
|||||32|**S803PV-S32**||2CCP843001R1329||**211080**|||||0.735||1|
|||||40|**S803PV-S40**||2CCP843001R1409||**211097**|||||0.735||1|
|||||50|**S803PV-S50**||2CCP843001R1509||**211103**|||||0.735||1|
|||||63|**S803PV-S63**||2CCP843001R1639||**211110**|||||0.735||1|
|||||80|**S803PV-S80**||2CCP843001R1809||**211127**|||||0.735||1|
|||||100|**S803PV-S100**||2CCP843001R1829||**214975**|||||0.740||1|
|||||125|**S803PV-S125**||2CCP843001R1849||**215002**|||||0.740||1|
||||||||||||||||||
||2CCC413001F0002||**4**|10<br>13<br>16<br>20<br>25|**S804PV-S10**<br>**S804PV-S13**<br>**S804PV-S16**<br>**S804PV-S20**<br>**S804PV-S25**||2CCP844001R1109<br>2CCP844001R1139<br>2CCP844001R1169<br>2CCP844001R1209<br>2CCP844001R1259||**211134**<br>**211141**<br>**211158**<br>**211165**<br>**211172**|||||0.98<br>0.98<br>0.98<br>0.98<br>0.98||1<br>1<br>1<br>1<br>1|
|||||32|**S804PV-S32**||2CCP844001R1329||**211189**|||||0.98||1|
|||||40|**S804PV-S40**||2CCP844001R1409||**211196**|||||0.98||1|
|||||50|**S804PV-S50**||2CCP844001R1509||**211202**|||||0.98||1|
|||||63|**S804PV-S63**||2CCP844001R1639||**211219**|||||0.98||1|
|||||80|**S804PV-S80**||2CCP844001R1809||**211226**|||||0.98||1|
|||||100|**S804PV-S100**||2CCP844001R1829||**214982**|||||0.98||1|
|||||125|**S804PV-S125**||2CCP844001R1849||**215019**|||||0.98||1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** DT 

ABB 

**2** /112 

**S800PV-M** 

**System pro** _**M**_ **compact[®]** 

**2** 

## **Selection tables** High performance MCB for photovoltaic systems 

## **S800PV-M** 

Function: DC main switch for photovoltaic applications. Safe disconnection of photovoltaic arrays. Applications: Photovoltaic systems. Standard: IEC 60947-3 Icw=1.5 kA 

**==> picture [441 x 436] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Number|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|current|details|7612271|1 piece|group|1 piece|unit|
|In A|Type code|Order code|EAN|kg|pc.|
|2|32|S802PV-M32|2CCP812001R1329|211233|0.43|1|
|63|S802PV-M63|2CCD842001R1590|215026|0.65|1|
|OO|125|S802PV-M125|2CCP812001R1849|211240|0.43|1|
|1|3|
|”|
|2|4|
|3|32|S803PV-M32|2CCP813001R1329|211257|0.65|1|
|63|S803PV-M63|2CCD843001R1590|215033|0.65|1|
|125|S803PV-M125|2CCP813001R1849|211264|0.65|1|
|1|3|5|
|“hdd|
|2|4|6|
|4|32|S804PV-M32|2CCP814001R1329|211271|0.86|1|
|63|S804PV-M63|2CCD844001R1590|215040|0.86|1|
|125|S804PV-M125|2CCP814001R1849|211288|0.86|1|
|1|3|5|7|
|todd|
|2|4|6|8|

**----- End of picture text -----**<br>


**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

**2** /113 

**Technical features** MCBs S500 series 

**System pro** _**M**_ 

**S500** 

**2** 

|**TECHNICAL FEATURES**<br>**S500-K**<br>**Standards**<br>IEC/EN 60947-2, UL 1077 , CAN/CSA-C22.2 No. 35<br>~~i~~|**TECHNICAL FEATURES**<br>**S500-K**<br>**Standards**<br>IEC/EN 60947-2, UL 1077 , CAN/CSA-C22.2 No. 35<br>~~i~~|**TECHNICAL FEATURES**<br>**S500-K**<br>**Standards**<br>IEC/EN 60947-2, UL 1077 , CAN/CSA-C22.2 No. 35<br>~~i~~|**TECHNICAL FEATURES**<br>**S500-K**<br>**Standards**<br>IEC/EN 60947-2, UL 1077 , CAN/CSA-C22.2 No. 35<br>~~i~~|
|---|---|---|---|
|**Rated current In**||A|adjustable 0.1≤In≤3 / 2.8≤In≤11 / 10≤In≤45|
|**Poles**|||1, 2, 3+N, NA|
|**Rated voltage Ue**|IEC AC|V|230/400; 250/440; 3x500; 400/690|
||UL/CSA AC|V|240/415; 277/480; 346/600|
|**Insulation voltage Ui**||V|690|
|**Max. operating**|IEC AC|V|400/690|
|**voltage Ub max.**|UL/CSA AC|V|600 Y/346|
|**Rated frequency**||Hz|16 2/3, 50/60|
|**Rated breaking capacity**ultimate Icu|ultimate Icu|kA|100 (0.1 - 3A) 50 (2.8 - 11A) 30 (10 - 45A)|
|**acc. to IEC/EN 60947-2**||||
|**1P @ 230 VAC**||||
|**2P, 3P, 4P@ 400 VAC**|service Ics|kA|100 (0.1 - 3A) 30 (2.8 - 11A) 25 (10 - 45A)|
|**Rated interrupting capacity**IR|IR|kA|14|
|**acc. to UL1077, CSA22.2**|**acc. to UL1077, CSA22.2**|||
|**No.35 1P@277 VAC**||||
|**2P,3P,4P@480 VAC**||||
|**Rated impulse withstand voltage (1.2/50) Uimp**|**Rated impulse withstand voltage (1.2/50) Uimp**|kV|6|
|**Overvoltage category**||||
|**Thermomagnetic release**|**Thermomagnetic release**K: 8 In≤Im≤14 In||~~|~~|
|**characteristic**||||
|**Toggle**|||grey sealable in ON-OFF position|
|**Protection degree**|housing||IP4X|
||terminals||IP2X|
|**Tropicalization**|humid heat|°C/RH|DIN 50016|
|**acc. to IEC/EN 60068-2**||||
|**Reference temperature for**||||
|**setting of thermal element**||°C|40|
|**Ambient temperature**||||
|**(with daily average**||°C|-25…+55|
|≤**+35 °C)**||||
|**Terminal type**|||cage (shock protected)|
|**Terminal size top/bottom**|**Terminal size top/bottom**|||
|**for cable**|IEC|mm2|1 ... 25|
||UL/CSA|AWG|17|
|**Tightening torque**||Nm|2.5|
|**Mounting**|||on DIN rail EN 60715|
|**Connection**|||from top and bottom|
|**Pole dimensions (H x D x W)**|**Pole dimensions (H x D x W)**|mm|91 x 92 x 25|
|**Pole weight**||g|250|
|**Combinable with:**|signal contact/auxiliary switch||yes|
||shunt trip||yes|
||undervoltage release|undervoltage release|yes (factory fitted)|
||mechanical interlock||no|
||motor operating device||no|



® supplementary protection 

ABB 

**2** /114 

**Technical features** MCBs S500 series 

**System pro** _**M**_ 

**S500** 

**2** 

|**pro****_M_**|MCBs S500 series|MCBs S500 series|MCBs S500 series<br>a|
|---|---|---|---|
|**TECHNICAL FEATURES**|||**S500UC-K**|
|**Standards**|||IEC/EN 60947-2, UL 1077 , CAN/CSA-C22.2 No. 35<br>~~®~~<br>_<br>O)|
|**Rated current In**||A|adjustable 0.1≤In≤3 / 2.8≤In≤11 / 10≤In≤45|
|**Poles**|||1 ... 4|
|**Rated voltage Ue**|DC|V|250 per pole (4P 750V)|
|**Insulation voltage Ui**||V|1000 VDC|
|**Max. operating voltage Ub max.**|DC|V|250 per pole (4P 750V)|
|**Rated breaking capacity**|ultimate Icu|kA|30|
|**acc. to IEC/EN 60947-2 1P@ 250 VDC**|**acc. to IEC/EN 60947-2 1P@ 250 VDC**|||
|**2P@500 VDC 3P, 4P@ 750 VDC**||||
|**Rated interrupting capacity**|IR|kA|30|
|**acc. to UL1077, CSA22.2 No.235**||||
|**1P@60 VDC 2P, 3P, 4P@125 VDC**||||
|**Rated impulse withstand**||||
|**voltage Uimp**||kV|6|
|**Overvoltage category**||||
|**Thermomagnetic release**||||
|**characteristic**|K: 8 In≤Im≤14 In||||
|**Toggle**|||grey sealable in ON-OFF position|
|**Protection degree**|housing||IP4X|
||terminals||IP2X|
|**Tropicalization**|humid heat|°C/RH|DIN 50016|
|**acc. to IEC/EN 60068-2**||||
|**Reference temperature for**||||
|**setting of thermal element**||°C|40|
|**Ambient temperature**||||
|**(with daily average**≤**+35 °C)**||°C|-25…+55|
|**Terminal type**|||cage (shock protected)|
|**Terminal size top/bottom for cable**|IEC|mm2|1 ... 25|
||UL/CSA|AWG|17-4|
|**Tightening torque**|IEC|Nm|2.5|
|**Tool**|||Nr. 2 Posidriv|
|**Mounting**|||on DIN rail EN 60715|
|**Connection**|||from top and bottom|
|**Pole dimensions (H x D x W)**||mm|91 x 92 x 25|
|**Pole weight**||g|250|
|**Combinable with:**|signal contact/auxiliary switch|signal contact/auxiliary switch|yes|
||shunt trip||yes|
||undervoltage release||yes (factory fitted)|
||mechanical interlock||no|
||motor operating device|motor operating device|no|
|supplementary protection<br>@||||



ABB 

**2** /115 

**Selection tables** MCBs S500 series with adjustable thermal release for motor protection 

**System pro** _**M**_ 

**S500-K** 

**2** _ 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S500-K (power) characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when an high breaking capacity is required; very useful when it is needed selectivity vs an MCCB or back-up vs other MCBs wired downstream; version with adjustable thermal release, dedicated to protect motors. 

Advantages: No nuisance tripping in the case of functional peak currents up to 8xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. 

Standard: IEC/EN 60947-2, UL 1077 

Icu up to 100 kA 

|2CCC413001F0002||Number<br>of poles<br> <br>**1**|Rated<br>current<br>In A<br>0.1-0.15<br>0.14-0.21|**Order**<br>**details**<br>**Type code**<br>**S501 K0.1 - 0.15**<br>0.14-0.21**S501 K0.14 - 0.21**|Order code<br>2CCF008856R0001<br>2CCF008857R0001|**Bbn**<br>**7612270**1 piece<br>**EAN**<br>**303007**<br>**303014**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.250<br>0.250|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|
||||0.2-0.3|**S501 K0.2 - 0.3**|2CCF008858R0001|**303021**|||0.250|1|
||||0.28-0.42|0.28-0.42**S501 K0.28 - 0.42**|2CCF008859R0001|**303038**|||0.250|1|
||||0.38-0.58|0.38-0.58**S501 K0.38 - 0.58**|2CCF008860R0001|**303045**|||0.250|1|
||||0.53-0.8|**S501 K0.53 - 0.8**|2CCF008861R0001|**303052**|||0.250|1|
||||0.73-1.1|**S501 K0.73 - 1.1**|2CCF008862R0001|**303069**|||0.250|1|
||||1-1.5|**S501 K1 - 1.5**|2CCF008863R0001|**303076**|||0.250|1|
||||1.4-2.1|**S501 K1.4 - 2.1**|2CCF008864R0001|**303083**|||0.250|1|
||||2-3|**S501 K2-3**|2CCF008865R0001|**303090**|||0.250|1|
||||2.8-4.2|**S501 K2.8 - 4.2**|2CCF008866R0001|**303106**|||0.250|1|
||||3.8-5.8|**S501 K3.8 - 5.8**|2CCF008867R0001|**303113**|||0.250|1|
||||5.3-8|**S501 K5.3 - 8**|2CCF008868R0001|**303120**|||0.250|1|
||||7.3-11|**S501 K7.3 - 11**|2CCF008869R0001|**303137**|||0.250|1|
||||10-15|**S501 K10 - 15**|2CCF008870R0001|**303144**|||0.250|1|
||||14-20|**S501 K14 - 20**|2CCF008871R0001|**303151**|||0.250|1|
||||18-26|**S501 K18 - 26**|2CCF008872R0001|**303168**|||0.250|1|
||||23-32|**S501 K23 - 32**|2CCF008873R0001|**303175**|||0.250|1|
||||29-37|**S501 K29 - 37**|2CCF008874R0001|**303182**|||0.250|1|
||||34-41|**S501 K34 - 41**|2CCF008877R0001|**303199**|||0.250|1|
||||38-45|**S501 K38 - 45**|2CCF008888R0001|**303205**|||0.250|1|
||||||||||||
|2CCC413001F0002||**2**|0.1-0.15<br>0.14-0.21<br>0.2-0.3<br>0.28-0.42<br>0.38-0.58<br>0.53-0.8|**S502 K0.1 - 0.15**<br>0.14-0.21**S502 K0.14 - 0.21**<br>**S502 K0.2 - 0.3**<br>0.28-0.42**S502 K0.28 - 0.42**<br>0.38-0.58**S502 K0.38 - 0.58**<br>**S502 K0.53 - 0.8**|2CCF008894R0001<br>2CCF008895R0001<br>2CCF008896R0001<br>2CCF008897R0001<br>2CCF008898R0001<br>2CCF008899R0001|**303250**<br>**303267**<br>**303274**<br>**303281**<br>**303298**<br>**303304**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1<br>1|
||||0.73-1.1|**S502 K0.73 - 1.1**|2CCF008900R0001|**303311**|||0.500|1|
||||1-1.5|**S502 K1 - 1.5**|2CCF008901R0001|**303328**|||0.500|1|
||||1.4-2.1|**S502 K1.4 - 2.1**|2CCF008902R0001|**303335**|||0.500|1|
||||2-3|**S502 K2-3**|2CCF008903R0001|**303342**|||0.500|1|
||||2.8-4.2|**S502 K2.8 - 4.2**|2CCF008904R0001|**303359**|||0.500|1|
||||3.8-5.8|**S502 K3.8 - 5.8**|2CCF008905R0001|**303366**|||0.500|1|
||||5.3-8|**S502 K5.3 - 8**|2CCF008906R0001|**303373**|||0.500|1|
||||7.3-11|**S502 K7.3 - 11**|2CCF008907R0001|**303380**|||0.500|1|
||||10-15|**S502 K10 - 15**|2CCF008908R0001|**303397**|||0.500|1|
||||14-20|**S502 K14 - 20**|2CCF008909R0001|**303403**|||0.500|1|
||||18-26|**S502 K18 - 26**|2CCF008910R0001|**303410**|||0.500|1|
||||23-32|**S502 K23 - 32**|2CCF008911R0001|**303427**|||0.500|1|
||||29-37|**S502 K29 - 37**|2CCF008912R0001|**303434**|||0.500|1|
||||34-41|**S502 K34 - 41**|2CCF008913R0001|**303441**|||0.500|1|
||||38-45|**S502 K38 - 45**|2CCF008926R0001|**303458**|||0.500|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** Do 

ABB 

**2** /116 

**System pro** _**M**_ 

**S500-K** 

## **Selection tables** MCBs S500 series with adjustable thermal release for motor protection 

|K||||||||||||2CCC413001F0002|**3**|0.1-0.15**S503 K0.1 - 0.15**<br>0.14-0.21**S503 K0.14 - 0.21**<br>0.2-0.3<br>**S503 K0.2 - 0.3**<br>0.28-0.42**S503 K0.28 - 0.42**<br>0.38-0.58**S503 K0.38 - 0.58**<br>0.53-0.8**S503 K0.53 - 0.8**<br>0.73-1.1**S503 K0.73 - 1.1**<br>1-1.5<br>**S503 K1 - 1.5**|0.1-0.15**S503 K0.1 - 0.15**<br>0.14-0.21**S503 K0.14 - 0.21**<br>0.2-0.3<br>**S503 K0.2 - 0.3**<br>0.28-0.42**S503 K0.28 - 0.42**<br>0.38-0.58**S503 K0.38 - 0.58**<br>0.53-0.8**S503 K0.53 - 0.8**<br>0.73-1.1**S503 K0.73 - 1.1**<br>1-1.5<br>**S503 K1 - 1.5**|2CCF008932R0001<br>2CCF008933R0001<br>2CCF008934R0001<br>2CCF008935R0001<br>2CCF008936R0001<br>2CCF008937R0001<br>2CCF008938R0001<br>2CCF008939R0001|**303502**<br>**303519**<br>**303526**<br>**303533**<br>**303540**<br>**303557**<br>**303564**<br>**303571**|0.750<br>0.750<br>0.750<br>0.750<br>0.750<br>0.750<br>0.750<br>0.750|1<br>1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||1.4-2.1|**S503 K1.4 - 2.1**|2CCF008940R0001|**303588**|0.750|1|
|||||||||||||||2-3|**S503 K2-3**|2CCF008941R0001|**303595**|0.750|1|
|||||||||||||||2.8-4.2|**S503 K2.8 - 4.2**|2CCF008942R0001|**303601**|0.750|1|
|||||||||||||||3.8-5.8|**S503 K3.8 - 5.8**|2CCF008943R0001|**303618**|0.750|1|
|||||||||||||||5.3-8|**S503 K5.3 - 8**|2CCF008944R0001|**303625**|0.750|1|
|||||||||||||||7.3-11|**S503 K7.3 - 11**|2CCF008945R0001|**303632**|0.750|1|
|||||||||||||||10-15|**S503 K10 - 15**|2CCF008946R0001|**303649**|0.750|1|
|||||||||||||||14-20|**S503 K14 - 20**|2CCF008947R0001|**303656**|0.750|1|
|||||||||||||||18-26|**S503 K18 - 26**|2CCF008948R0001|**303663**|0.750|1|
|||||||||||||||23-32|**S503 K23 - 32**|2CCF008949R0001|**303670**|0.750|1|
|||||||||||||||29-37|**S503 K29 - 37**|2CCF008950R0001|**303687**|0.750|1|
|||||||||||||||34-41|**S503 K34 - 41**|2CCF008951R0001|**303694**|0.750|1|
|||||||||||||||38-45|**S503 K38 - 45**|2CCF008964R0001|**303700**|0.750|1|
|||||||||||||||||||||
||||||||||||||**4**|0.1-0.15|0.1-0.15**S504UC-K0,15**|2CCF011771R0001|**302758**|0,92|1|
|||||||||||||||0.14-0.21**S504UC-K0,21**||2CCF011772R0001|**302765**|0,92|1|
|||||||||||||||0.2-0.3|**S504UC-K0,3**|2CCF011576R0001|**302772**|0,92|1|
|||||||||||||||0.28-0.42**S504UC-K0,42**||2CCF011773R0001|**302789**|0,92|1|
|||||||||||||||0.38-0.58**S504UC-K0,58**||2CCF011774R0001|**302796**|0,92|1|
|||||||||||||||0.53-0.8|0.53-0.8**S504UC-K0,8**|2CCF011775R0001|**302802**|0,92|1|
|||||||||||||||0.73-1.1|0.73-1.1**S504UC-K1,1**|2CCF011776R0001|**302819**|0,92|1|
|||||||||||||||1-1.5|**S504UC-K1,5**|2CCF011777R0001|**302826**|0,92|1|
|||||||||||||||1.4-2.1|**S504UC-K2,1**|2CCF011778R0001|**302833**|0,92|1|
|||||||||||||||2-3|**S504UC-K3**|2CCF011779R0001|**302840**|0,92|1|
|||||||||||||||2.8-4.2|**S504UC-K4,2**|2CCF011780R0001|**302857**|0,92|1|
|||||||||||||||3.8-5.8|**S504UC-K5,8**|2CCF011781R0001|**302864**|0,92|1|
|||||||||||||||5.3-8|**S504UC-K8**|2CCF011782R0001|**302871**|0,92|1|
|||||||||||||||7.3-11|**S504UC-K11**|2CCF011509R0001|**302888**|0,92|1|
|||||||||||||||10-15|**S504UC-K15**|2CCF011783R0001|**302895**|0,92|1|
|||||||||||||||14-20|**S504UC-K20**|2CCF011784R0001|**302901**|0,92|1|
|||||||||||||||18-26|**S504UC-K26**|2CCF011785R0001|**302918**|0,92|1|
|||||||||||||||23-32|**S504UC-K32**|2CCF011786R0001|**302925**|0,92|1|
|||||||||||||||29-37|**S504UC-K37**|2CCF011787R0001|**302932**|0,92|1|
|||||||||||||||34-41|**S504UC-K41**|2CCF011788R0001|**302949**|0,92|1|
|||||||||||||||38-45|**S504UC-K45**|2CCF011789R0001|**302956**|0,92|1|
||||||||||||||**Note**:  from 5 to 6 poles available upon request|:  from 5 to 6 poles available upon request||||||



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

**2** /117 

**Selection tables** MCBs S500UC series (especially for direct current) 

**System pro** _**M**_ 

**S500UC-K** 

**2** _ 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
K<br>**----- End of picture text -----**<br>


## **S500UC series K (power) characteristic** 

Function: protection and control of the circuits like motors, transformer and auxiliary circuits, against overloads and short-circuits when an high breaking capacity is required; very useful when it is needed selectivity vs an MCCB or back-up vs other MCBs wired downstream; version with adjustable thermal release, dedicated to protect motors; version dedicated to application in direct current circuits. Advantages: No nuisance tripping in the case of functional peak currents up to 8xIn, depending on the series; through its highly sensitive thermostatic bimetal trip, the K-type characteristic offers protection to damageable elements in the overcurrent range; it also provides the best protection to cables and lines. 

Applications: commercial and industrial. Standard: IEC/EN 60947-2, UL1077 

Icu up to 30 kA 

||||||||||2CCC413001F0002|Number<br>of poles<br> <br>**1**|Rated<br>current<br>In A<br>0.1-0.15<br>0.14-0.21|**Order**<br>**details**<br>**Type code**<br>**S501 UC-K0.1 - 0.15**<br>0.14-0.21**S501 UC-K0.14 - 0.21**|Order code<br>2CCF008988R0001<br>2CCF008991R0001|**Bbn**<br>**7612270**1 piece<br>**EAN**<br>**302000**<br>**302017**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.250<br>0.250|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||0.2-0.3|**S501 UC-K0.2 - 0.3**|2CCF008994R0001|**302024**|||0.250|1|
||||||~~\~~||||||0.28-0.42**S501 UC-K0.28 - 0.42**<br>2CCF008997R0001<br>**302031**<br>0.250<br>1<br>0.38-0.58**S501 UC-K0.38 - 0.58**<br>2CCF009000R0001<br>**302048**<br>0.250<br>1<br>0.53-0.8**S501 UC-K0.53 - 0.8**<br>2CCF009003R0001<br>**302055**<br>0.250<br>1<br>0.73-1.1**S501 UC-K0.73 - 1.1**<br>2CCF009006R0001<br>**302062**<br>0.250<br>1<br> TT||||||||
||||||||||||1-1.5|**S501 UC-K1 - 1.5**|2CCF009009R0001|**302079**|||0.250|1|
||||||||||||1.4-2.1|**S501 UC-K1.4 - 2.1**|2CCF009012R0001|**302086**|||0.250|1|
||||||||||||2-3|**S501 UC-K2-3**|2CCF009015R0001|**302093**|||0.250|1|
||||||||||||2.8-4.2|**S501 UC-K2.8 - 4.2**|2CCF009018R0001|**302109**|||0.250|1|
||||||||||||3.8-5.8|**S501 UC-K3.8 - 5.8**|2CCF009021R0001|**302116**|||0.250|1|
||||||||||||5.3-8|**S501 UC-K5.3 - 8**|2CCF009024R0001|**302123**|||0.250|1|
||||||||||||7.3-11|**S501 UC-K7.3 - 11**|2CCF009027R0001|**302130**|||0.250|1|
||||||||||||10-15|**S501 UC-K10 - 15**|2CCF009030R0001|**302147**|||0.250|1|
||||||||||||14-20|**S501 UC-K14 - 20**|2CCF009033R0001|**302154**|||0.250|1|
||||||||||||18-26|**S501 UC-K18 - 26**|2CCF009036R0001|**302161**|||0.250|1|
||||||||||||23-32|**S501 UC-K23 - 32**|2CCF009039R0001|**302178**|||0.250|1|
||||||||||||29-37|**S501 UC-K29 - 37**|2CCF009042R0001|**302185**|||0.250|1|
||||||||||||34-41|**S501 UC-K34 - 41**|2CCF009045R0001|**302192**|||0.250|1|
||||||||||||38-45|**S501 UC-K38 - 45**|2CCF009048R0001|**302208**|||0.250|8|
||||||||||||||||||||
|||||||||||**2**|0.1-0.15|**S502 UC-K0.1 - 0.15**|2CCF008989R0001|**302253**|||0.500|1|
||||||||||2CCC413001F0002||0.14-0.21**S502 UC-K0.14 - 0.21**<br>0.2-0.3<br>**S502 UC-K0.2 - 0.3**<br>0.28-0.42**S502 UC-K0.28 - 0.42**<br>0.38-0.58**S502 UC-K0.38 - 0.58**<br>0.53-0.8**S502 UC-K0.53 - 0.8**<br>TT||2CCF008992R0001<br>2CCF008995R0001<br>2CCF008998R0001<br>2CCF009001R0001<br>2CCF009004R0001|**302260**<br>**302277**<br>**302284**<br>**302291**<br>**302307**|||0.500<br>0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1<br>1|
||||||||||||0.73-1.1|**S502 UC-K0.73 - 1.1**|2CCF009007R0001|**302314**|||0.500|1|
|~~a~~|||||||||||1-1.5<br>**S502 UC-K1 - 1.5**<br>2CCF009010R0001<br>1.4-2.1<br>**S502 UC-K1.4 - 2.1**<br>2CCF009013R0001<br>2-3<br>**S502 UC-K2-3**<br>2CCF009016R0001<br>2.8-4.2<br>**S502 UC-K2.8 - 4.2**<br>2CCF009019R0001<br> ee|||**302321**<br>**302338**<br>**302345**<br>**302352**|||0.500<br>0.500<br>0.500<br>0.500|1<br>1<br>1<br>1|
||||||||||||3.8-5.8|**S502 UC-K3.8 - 5.8**|2CCF009022R0001|**302369**|||0.500|1|
||||||||||||5.3-8|**S502 UC-K5.3 - 8**|2CCF009025R0001|**302376**|||0.500|1|
||||||||||||7.3-11|**S502 UC-K7.3 - 11**|2CCF009028R0001|**302383**|||0.500|1|
||||||||||||10-15|**S502 UC-K10 - 15**|2CCF009031R0001|**302390**|||0.500|1|
||||||||||||14-20|**S502 UC-K14 - 20**|2CCF009034R0001|**302406**|||0.500|1|
||||||||||||18-26|**S502 UC-K18 - 26**|2CCF009037R0001|**302413**|||0.500|1|
||||||||||||23-32|**S502 UC-K23 - 32**|2CCF009040R0001|**302420**|||0.500|1|
||||||||||||29-37|**S502 UC-K29 - 37**|2CCF009043R0001|**302437**|||0.500|1|
||||||||||||34-41|**S502 UC-K34 - 41**|2CCF009046R0001|**302444**|||0.500|1|
||||||||||||38-45|**S502 UC-K38 - 45**|2CCF009049R0001|**302451**|||0.500|1|



**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** Do 

ABB 

**2** /118 

**System pro** _**M**_ 

**S500UC-K** 

## **Selection tables** MCBs S500UC series (especially for direct current) 

|K|||||||||||||**3**|0.1-0.15**S503 UC-K0.1 - 0.15**<br>0.14-0.21**S503 UC-K0.14 - 0.21**<br>0.2-0.3<br>**S503 UC-K0.2 - 0.3**|0.1-0.15**S503 UC-K0.1 - 0.15**<br>0.14-0.21**S503 UC-K0.14 - 0.21**<br>0.2-0.3<br>**S503 UC-K0.2 - 0.3**|2CCF008990R0001<br>2CCF008993R0001<br>2CCF008996R0001|**302505**<br>**302512**<br>**302529**|0.750<br>0.750<br>0.750|1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||2CCC413001F0002||0.28-0.42**S503 UC-K0.28 - 0.42**<br>0.38-0.58**S503 UC-K0.38 - 0.58**<br>0.53-0.8**S503 UC-K0.53 - 0.8**<br>0.73-1.1**S503 UC-K0.73 - 1.1**<br>1-1.5<br>**S503 UC-K1 - 1.5**||2CCF008999R0001<br>2CCF009002R0001<br>2CCF009005R0001<br>2CCF009008R0001<br>2CCF009011R0001|**302536**<br>**302543**<br>**302550**<br>**302567**<br>**302574**|0.750<br>0.750<br>0.750<br>0.750<br>0.750|1<br>1<br>1<br>1<br>1|
|||||||||||||||1.4-2.1|**S503 UC-K1.4 - 2.1**|2CCF009014R0001|**302581**|0.750|1|
|||||||||||||||2-3|**S503 UC-K2-3**|2CCF009017R0001|**302598**|0.750|1|
|||||||||||||||2.8-4.2|**S503 UC-K2.8 - 4.2**|2CCF009020R0001|**302604**|0.750|1|
|||||||||||||||||||||
|||||||||||||||3.8-5.8|**S503 UC-K3.8 - 5.8**|2CCF009023R0001|**302611**|0.750|1|
|||||||||||||||5.3-8|**S503 UC-K5.3 - 8**|2CCF009026R0001|**302628**|0.750|1|
|||||||||||||||7.3-11|**S503 UC-K7.3 - 11**|2CCF009029R0001|**302635**|0.750|1|
|||||||||||||||10-15|**S503 UC-K10 - 15**|2CCF009032R0001|**302642**|0.750|1|
|||||||||||||||14-20|**S503 UC-K14 - 20**|2CCF009035R0001|**302659**|0.750|1|
|||||||||||||||18-26|**S503 UC-K18 - 26**|2CCF009038R0001|**302666**|0.750|1|
|||||||||||||||23-32|**S503 UC-K23 - 32**|2CCF009041R0001|**302673**|0.750|1|
|||||||||||||||29-37|**S503 UC-K29 - 37**|2CCF009044R0001|**302680**|0.750|1|
|||||||||||||||34-41|**S503 UC-K34 - 41**|2CCF009047R0001|**302697**|0.750|1|
|||||||||||||||38-45|**S503 UC-K38 - 45**|2CCF009050R0001|**302703**|0.750|1|
|||||||||||||||||||||
||||||||||||||**4**|0.1-0.15|0.1-0.15**S504UC-K0,15**|2CCF011771R0001|**302758**|0,92|1|
|||||||||||||||0.14-0.21**S504UC-K0,21**||2CCF011772R0001|**302765**|0,92|1|
|||||||||||||||0.2-0.3|**S504UC-K0,3**|2CCF011576R0001|**302772**|0,92|1|
|||||||||||||||0.28-0.42**S504UC-K0,42**||2CCF011773R0001|**302789**|0,92|1|
|||||||||||||||0.38-0.58**S504UC-K0,58**||2CCF011774R0001|**302796**|0,92|1|
|||||||||||||||0.53-0.8|0.53-0.8**S504UC-K0,8**|2CCF011775R0001|**302802**|0,92|1|
|||||||||||||||0.73-1.1|0.73-1.1**S504UC-K1,1**|2CCF011776R0001|**302819**|0,92|1|
|||||||||||||||1-1.5|**S504UC-K1,5**|2CCF011777R0001|**302826**|0,92|1|
|||||||||||||||1.4-2.1|**S504UC-K2,1**|2CCF011778R0001|**302833**|0,92|1|
|||||||||||||||2-3|**S504UC-K3**|2CCF011779R0001|**302840**|0,92|1|
|||||||||||||||2.8-4.2|**S504UC-K4,2**|2CCF011780R0001|**302857**|0,92|1|
|||||||||||||||3.8-5.8|**S504UC-K5,8**|2CCF011781R0001|**302864**|0,92|1|
|||||||||||||||5.3-8|**S504UC-K8**|2CCF011782R0001|**302871**|0,92|1|
|||||||||||||||7.3-11|**S504UC-K11**|2CCF011509R0001|**302888**|0,92|1|
|||||||||||||||10-15|**S504UC-K15**|2CCF011783R0001|**302895**|0,92|1|
|||||||||||||||14-20|**S504UC-K20**|2CCF011784R0001|**302901**|0,92|1|
|||||||||||||||18-26|**S504UC-K26**|2CCF011785R0001|**302918**|0,92|1|
|||||||||||||||23-32|**S504UC-K32**|2CCF011786R0001|**302925**|0,92|1|
|||||||||||||||29-37|**S504UC-K37**|2CCF011787R0001|**302932**|0,92|1|
|||||||||||||||34-41|**S504UC-K41**|2CCF011788R0001|**302949**|0,92|1|
|||||||||||||||38-45|**S504UC-K45**|2CCF011789R0001|**302956**|0,92|1|
||||||||||||||**Note**:  from 4 to 6 poles available upon request|:  from 4 to 6 poles available upon request||||||



**2** 

**Technical details ............................  pag. 11/2 Overall dimensions ........................  pag. 13/5** | 

ABB 

**2** /119 

**==> picture [5 x 268] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400266F0201<br>2CSC400162F0201<br>**----- End of picture text -----**<br>


**==> picture [8 x 492] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400256F0201<br>2CSC400244F0201<br>2CSC400170F0201<br>**----- End of picture text -----**<br>


**3** 

## **Residual current devices** 

## **Index** 

**F 200, DDA 200, DS201, DS202C and DS 200 System pro** _**M**_ **compact RCDs .............. 3** /2 **DDA 60, 70, 90 for S 290 MCBs, DDA 800 RCD-blocks and DS800 ............................ 3** /61 **DS 271 electronic RCBOs 1P+N ..................................................................................... 3** /80 **RD2, RD3, RD residual current relays and TR Toroidal Transformers ........................ 3** /84 

ABB SACE 

**3** /1 

**RCDs** assure a protection to people and installations against fault current to earth. They are divided into three families: 

   - **RCCBs** , which are sensitive only to earth fault current (therefore they have to be connected in series with a MCB or a fuse to protect them against overcurrents and short-circuits) 

- **RCD-blocks** , which are devices to be assembled on a MCB with lower or equal rated current to provide 

- **3** protection against both earth-fault currents and overload or short-circuits 

   - **RCBOs** , which combines in a single device protection against both earth-fault currents and overloads or short-circuits. 

New RCDs System pro _M_ compact[®] range presents a wide offer for all the three families, respectively **F 200** , **DDA 200** and **DS 200** series. 

A large offer for standard instantaneous and selective AC and A types is completed with some confi gurations for special applications, like AP-R type against perturbations or AE type for emergency stop. 

All sizes up to 63 A with all the sensitivity thresholds up to 1 A are offered in all the possible pole confi gurations. 

The new **F200 PV B** is specifi cally designed for differential protect against earth-fault currents in photovoltaic installation. 

ABB expands the offering of its System pro _M_ compact[®] with new residual current circuitbreakers with overcurrent protection, **DS201** (1 phase + neutral) and **DS202C** (2 phases) both available in two modules. 

The new residual current circuitbreakers with overcurrent protection are a technologically advanced and comprehensive range, as concerns size, tripping characteristics, breaking capacity and accessories. 

DS201 and DS202C combine protection against overcurrent 

and earth fault current in a single device. 

the differential tripping and which cannot be activated in case of manual operation on the toggle. 

DS201 and DS202C are the toggle. equipped with clear indication fl ags. With the practical label carrier fi tted in the new The internal contact position circuitbreakers you can give allows an exact information maximum visibility to the of the circuit-breaker status: information relating to the “green”, open contacts; protected loads. 

The internal contact position allows an exact information of the circuit-breaker status: “green”, open contacts; “red”, closed contacts, independently of the toggle position. Any earth fault can be immediately identifi ed through the blue indicator, that signals 

ABB RCDs obtained a lot of marks and approvals and offer the same “plus” advantages of the other System pro _M_ 

compact[®] devices. Residual current relays together with toroidal transformers can detect leakage current. 

They are available in modular version ( **RD2** range and the new **RD3** electronic residual current relay range) and in front panel versions ( **RD** range). 

A common range of **toroidal transformers** is available for all the residual current relays. 

ABB SACE 

**2** /2 

## **Residual current devices F 200, DDA 200 and DS 200 series** 

## **Index** 

## **RCCBs F 200 series** 

**==> picture [336 x 117] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of RCCBs F 200 series ............................................................................|3|/4|
|F 200 AC ................................................................................................................................|3|/6|
|F 200 AC (for overseas market) .............................................................................................|3|/7|
|F 200 A ..................................................................................................................................|3|/8|
|F 200 left neutral ....................................................................................................................|3|/9|
|F 200 AP-R AC ....................................................................................................................|3|/11|
|F 200 AP-R A .......................................................................................................................|3|/12|
|F 200 AC S ..........................................................................................................................|3|/13|
|F 200 A S .............................................................................................................................|3|/14|
|F 200 A 400 Hz, F 200 A 16 2/3 Hz .....................................................................................|3|/15|
|F 200 B ................................................................................................................................|3|/16|
|F 200 PV B ..........................................................................................................................|3|/18|

**----- End of picture text -----**<br>


**3** 

## **RCD-blocks DDA 200 series** 

**==> picture [336 x 97] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of RCD-blocks DDA 200 series .............................................................|3|/20|
|DDA 200 AC ........................................................................................................................|3|/22|
|DDA 200 A ...........................................................................................................................|3|/23|
|DDA 200 special version 110 V and 400 V ..........................................................................|3|/24|
|DDA 200 AC AP-R ...............................................................................................................|3|/25|
|DDA 200 A AP-R .................................................................................................................|3|/25|
|DDA 200 A AE .....................................................................................................................|3|/26|
|DDA 200 AC S .....................................................................................................................|3|/27|
|DDA 200 A S .......................................................................................................................|3|/28|
|DDA 200 B ...........................................................................................................................|3|/29|

**----- End of picture text -----**<br>


## **RCBOs DS201 and DS202C series** 

**==> picture [336 x 137] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of RCBOs DS201 series ........................................................................|3|/30|
|DS201 L AC .........................................................................................................................|3|/32|
|DS201 L A ...........................................................................................................................|3|/32|
|DS201 L APR .......................................................................................................................|3|/33|
|DS201 AC ............................................................................................................................|3|/34|
|DS201 APR ..........................................................................................................................|3|/35|
|DS201 A ..............................................................................................................................|3|/36|
|DS201 M AC ........................................................................................................................|3|/38|
|DS201 M APR .....................................................................................................................|3|/39|
|DS201 M A ..........................................................................................................................|3|/40|
|Technical features of RCBOs DS202C series......................................................................|3|/42|
|DS202C A ............................................................................................................................|3|/44|
|DS202C M A ........................................................................................................................|3|/46|
|DS202C M APR ...................................................................................................................|3|/47|

**----- End of picture text -----**<br>


## **RCBOs DS 200 series** 

**==> picture [336 x 97] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Technical features of RCBOs DS 200 series .......................................................................|3|/48|
|DS 200 AC B .......................................................................................................................|3|/50|
|DS 200 AC C .......................................................................................................................|3|/51|
|DS 200 A B ..........................................................................................................................|3|/52|
|DS 200 A C ..........................................................................................................................|3|/53|
|DS 200 A K ..........................................................................................................................|3|/54|
|DS 200 M AC B ...................................................................................................................|3|/55|
|DS 200 M AC C ...................................................................................................................|3|/56|
|DS 200 M A B ......................................................................................................................|3|/57|
|DS 200 M A C ......................................................................................................................|3|/58|

**----- End of picture text -----**<br>


ABB SACE 

**3** /3 

**System Technical features pro** _**M**_ **compact[®]** RCCBs F 200 series 

**F 200** 

**3** 

**==> picture [569 x 476] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL FEATURES<br>Standards<br>Electrical Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage Ue IEC V<br>UL/CSA V<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test IEC V<br>UL/CSA V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated conditional short-circuit current  Inc=IΔc SCPD - fuse gG 100 A kA<br>kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Overvoltage category<br>Surge current resistance (wave 8/20) A<br>Mechanical Toggle<br>features  Contact position indicator (CPI)<br>Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC/EN 60068-2 constant climatic conditions °C/RH<br>variable climatic conditions °C/RH<br>Ambient temperature (with daily average ≤ +35 °C)  IEC °C<br>UL/CSA °C<br>Storage temperature °C<br>Installation Terminal type<br>Terminal size top/bottom for cable IEC mm [2]<br>UL/CSA AWG<br>Terminal size top/bottom for busbar  IEC mm [2]<br>UL/CSA AWG<br>Tightening torque IEC N*m<br>UL/CSA in-lbs.<br>Tool<br>Mounting<br>Connection<br>Withdrawal from busbar<br>Dimensions  Dimensions (H x D x W) 2P  mm<br>and weight 4P  mm<br>Weight 2P  g<br>4P g<br>Combination  Combinable with:  auxiliary contact<br>with auxiliary signal contact/auxiliary switch<br>elements shunt trip<br>undervoltage release<br>**----- End of picture text -----**<br>


- Ground-fault sensing and relaying equipment-component (up to 63 A) 

- prior to connection of aluminium conductors (≥ 4 mm[2] ) ensure that their contact points are cleaned, brushed and coated with grease 

ABB 

**3** /4 

**F 200** 

**3** 

## **System Technical features pro** _**M**_ **compact[®]** RCCBs F 200 series 

|**F200 AC**|**F200 A**<br>**F200 AC AP-R**<br>**F200 A AP-R**<br>**F200 AC S**<br>IEC/EN 61008, UL 1053|**F200 A S**|**F200 A 400 Hz**<br>IEC/EN 61008|**F200 A 16 2/3 Hz**<br>IEC/EN 61008|
|---|---|---|---|---|
|AC|A<br>AC<br>A<br>AC|A|A|A|
|2P, 4P (for 125 A only 4P)<br>16, 25, 40, 63, 80, 100, 125<br>25, 40, 63<br>25, 40, 63, 80,<br>100, 125<br>40, 63||40, 63, 80, 100,<br>125|4P<br>25, 40|2P, 4P<br>63|
|0.01-0.03-0.1-0.3-0.5<br>0.03<br>0.1-0.3-0.5-1|||0.03|0.03-0.3-0.5|
||230/400 - 240/415||||
||480Y/277 (up to 63 A)<br>500||-||
||254 (440 for 125 A); 440 for F 200 left neutral||254|254|
||277 (up to 63 A); 480 for F 200 left neutral<br>110 (185 for 125 A); 195 for F 200 left neutral<br>50…60||-<br>110<br>110<br>50...400<br>16 2/3||
||10 (for 125 A fuse is gG 125 A)<br>1 (1.25 for 125 A)<br>6<br>2.5<br>III, disconnector abilities||||
|250<br>3000<br>5000|||250|250|
||blue sealable in ON-OFF position<br>yes<br>10000 (2000 for 125 A)<br>20000 (5000 for 125 A)<br>IP4X<br>IP2X<br>28 cycles with 55/95…100<br>23/83 - 40/93 - 55/20<br>25/95 - 40/95||10000<br>20000|10000<br>20000|
||-25…+55 (-25...+40 for 125 A)||-25...+55|-25...+55|
||-35…+70 (up to 63 A)<br>-40…+70||-||
||failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected) (cage for In > 63 A)<br>25/25 (35/35 single slot terminal for In > 63 A)||failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected) (cage for In > 63 A)<br>25/25|25/25|
||18-4 (up to 63 A)||-||
||10/10 (not for In = 80-100 A)||10/10|10/10|
||18-8 (up to 63 A)||-||
||2.8 (3 for In = 125 A)||2.8|2.8|
||25 (up to 63 A)<br>Nr. 2 Pozidriv<br>on DIN rail EN 60715 (35 mm) by means of fast clip device<br>from top and bottom<br>it is possible without using any tools only from the bottom (not for 125 A)||-||
||85 x 69 x 35||-||
||85 x 69 x 70 (85 x 69.5 x 72 for 125 A)||85 x 69 x 70|85 x 69 x 70|
||200||-||
||350 (380 for In = 80 and 100 A and 460 for In = 125A)<br>yes (no for 125 A)<br>yes<br>yes (no for 125 A)<br>yes (no for 125 A)||350<br>yes<br>yes<br>yes<br>yes|350<br>yes<br>yes<br>yes<br>yes|



ABB 

**3** /5 

**System pro** _**M**_ **compact[®]** 

**F 200 AC** 

**3** , 

## **Selection tables** RCCBs F 200 series AC w type 

## AC 

## **F 200 AC type** 

Function: protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to EN 61008 

|2CSC400565F0201|Number<br>of poles<br>**2**|Rated<br>residual<br>current<br>IΔn mA<br>10<br>30<br>100|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>16<br>**F202 AC-16/0.01**<br>2CSF202001R0160<br>**779902**<br>0.225<br>1/6<br>25<br>**F202 AC-25/0.03**<br>2CSF202001R1250<br>**780007**<br>0.225<br>1/6<br>40<br>**F202 AC-40/0.03**<br>2CSF202001R1400<br>**780106**<br>0.225<br>1/6<br>63<br>**F202 AC-63/0.03**<br>2CSF202001R1630<br>**780205**<br>0.225<br>1/6<br>80<br>**F202 AC-80/0.03**<br>2CSF202001R1800<br>**914204**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.03**2CSF202001R1900<br>**914303**<br>0.225<br>1/6<br>25<br>**F202 AC-25/0.1**<br>2CSF202001R2250<br>**780304**<br>0.225<br>1/6<br>40<br>**F202 AC-40/0.1**<br>2CSF202001R2400<br>**780403**<br>0.225<br>1/6<br>eS|
|---|---|---|---|
||||63<br>**F202 AC-63/0.1**<br>2CSF202001R2630<br>**780502**<br>0.225<br>1/6<br>80<br>**F202 AC-80/0.1**<br>2CSF202001R2800<br>**914402**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.1**<br>2CSF202001R2900<br>**914501**<br>0.225<br>1/6<br>—|
|||300|25<br>**F202 AC-25/0.3**<br>2CSF202001R3250<br>**780601**<br>0.225<br>1/6|
||||40<br>**F202 AC-40/0.3**<br>2CSF202001R3400<br>**780700**<br>0.225<br>1/6|
||||63<br>**F202 AC-63/0.3**<br>2CSF202001R3630<br>**780809**<br>0.225<br>1/6|
|2CSC400569F0201||500<br>a|80<br>**F202 AC-80/0.3**<br>2CSF202001R3800<br>**914600**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.3**<br>2CSF202001R3900<br>**914709**<br>0.225<br>1/6<br>25<br>**F202 AC-25/0.5**<br>2CSF202001R4250<br>**780908**<br>0.225<br>1/6<br>40<br>**F202 AC-40/0.5**<br>2CSF202001R4400<br>**781004**<br>0.225<br>1/6<br>63<br>**F202 AC-63/0.5**<br>2CSF202001R4630<br>**781103**<br>0.225<br>1/6<br>80<br>**F202 AC-80/0.5**<br>2CSF202001R4800<br>**914808**<br>0.225<br>1/6<br>ee!<br>a|
||||100<br>**F202 AC-100/0.5**<br>2CSF202001R4900<br>**914907**<br>0.225<br>1/6|
|||||
||**4**|30|25<br>**F204 AC-25/0.03**<br>2CSF204001R1250<br>**781202**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.03**<br>2CSF204001R1400<br>**781301**<br>0.375<br>1/3<br>63<br>**F204 AC-63/0.03**<br>2CSF204001R1630<br>**781400**<br>0.375<br>1/3<br>80<br>**F204 AC-80/0.03**<br>2CSF204001R1800<br>**916604**<br>0.405<br>1/3<br>~~eee~~<br>~~a~~|
||||100<br>**F204 AC-100/0.03**2CSF204001R1900<br>**916703**<br>0.405<br>1/3|
||||125<br>**F204 AC-125/0.03**2CSF204001R1950<br>**941507**<br>0.500<br>1|
|||100|25<br>**F204 AC-25/0.1**<br>2CSF204001R2250<br>**781509**<br>0.375<br>1/3|
|2CSC400197F0201||300|40<br>**F204 AC-40/0.1**<br>2CSF204001R2400<br>**781608**<br>0.375<br>1/3<br>63<br>**F204 AC-63/0.1**<br>2CSF204001R2630<br>**781707**<br>0.375<br>1/3<br>80<br>**F204 AC-80/0.1**<br>2CSF204001R2800<br>**916802**<br>0.405<br>1/3<br>100<br>**F204 AC-100/0.1**<br>2CSF204001R2900<br>**916901**<br>0.405<br>1/3<br>125<br>**F204 AC-125/0.1**<br>2CSF204001R2950<br>**941606**<br>0.500<br>1<br>25<br>**F204 AC-25/0.3**<br>2CSF204001R3250<br>**781806**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.3**<br>2CSF204001R3400<br>**781905**<br>0.375<br>1/3<br>63<br>**F204 AC-63/0.3**<br>2CSF204001R3630<br>**782001**<br>0.375<br>1/3<br>rr<br>Tn<br>a|
||||80<br>**F204 AC-80/0.3**<br>2CSF204001R3800<br>**917007**<br>0.405<br>1/3|
|||500|100<br>**F204 AC-100/0.3**<br>2CSF204001R3900<br>**917106**<br>0.405<br>1/3<br>125<br>**F204 AC-125/0.3**<br>2CSF204001R3950<br>**941705**<br>0.500<br>1<br>25<br>**F204 AC-25/0.5**<br>2CSF204001R4250<br>**782100**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.5**<br>2CSF204001R4400<br>**782209**<br>0.375<br>1/3<br>~~Te~~|
||||63<br>**F204 AC-63/0.5**<br>2CSF204001R4630<br>**782308**<br>0.375<br>1/3|
||||80<br>**F204 AC-80/0.5**<br>2CSF204001R4800<br>**917205**<br>0.405<br>1/3|
||||100<br>**F204 AC-100/0.5**<br>2CSF204001R4900<br>**917304**<br>0.405<br>1/3|
||||125<br>**F204 AC-125/0.5**<br>2CSF204001R4950<br>**941804**<br>0.500<br>1|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /6 

**System pro** _**M**_ **compact[®]** 

**F 200 AC for overseas markets** 

## **Selection tables** RCCBs F 200 series AC w type, for overseas markets 

**==> picture [54 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>**----- End of picture text -----**<br>


## **F 200 AC type (for overseas markets)** 

Function: protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to IEC 61008 

|||||||Number|Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack||
|---|---|---|---|---|---|---|---|---|
|||||||of poles<br>|residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br>IΔn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.||
|2CSC400565F0201<br>**2**<br>10<br>16<br>**F202 AC-16/0.01**<br>2CSF202005R0160<br>**814603**<br>0.225<br>1/6<br>30<br>25<br>**F202 AC-25/0.03**<br>2CSF202005R1250<br>**814702**<br>0.225<br>1/6<br>40<br>**F202 AC-40/0.03**<br>2CSF202005R1400<br>**814801**<br>0.225<br>1/6<br>63<br>**F202 AC-63/0.03**<br>2CSF202005R1630<br>**814900**<br>0.225<br>1/6<br>80<br>**F202 AC-80/0.03**<br>2CSF202005R1800<br>**935902**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.03**2CSF202005R1900<br>**936008**<br>0.225<br>1/6<br>100<br>25<br>**F202 AC-25/0.1**<br>2CSF202005R2250<br>**815006**<br>0.225<br>1/6<br>40<br>**F202 AC-40/0.1**<br>2CSF202005R2400<br>**815105**<br>0.225<br>1/6<br>63<br>**F202 AC-63/0.1**<br>2CSF202005R2630<br>**815204**<br>0.225<br>1/6<br>80<br>**F202 AC-80/0.1**<br>2CSF202005R2800<br>**936107**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.1**<br>2CSF202005R2900<br>**936206**<br>0.225<br>1/6<br>300<br>25<br>**F202 AC-25/0.3**<br>2CSF202005R3250<br>**815303**<br>0.225<br>1/6<br>=o<br>2.a<br>—<br>*<br>Ay<br>a<br>V2<br>3/4<br>——<br>riid<br>\ ~~ao~~<br>an<br>4|||||||||
||||||||40<br>**F202 AC-40/0.3**<br>2CSF202005R3400<br>**815402**<br>0.225<br>1/6||
||||||||63<br>**F202 AC-63/0.3**<br>2CSF202005R3630<br>**815501**<br>0.225<br>1/6||
||||||||80<br>**F202 AC-80/0.3**<br>2CSF202005R3800<br>**936305**<br>0.225<br>1/6||
|=<br>a<br>™<br>os<br>«<br>=|||||2CSC400569F0201||100<br>**F202 AC-100/0.3**<br>2CSF202005R3900<br>**936404**<br>0.225<br>1/6<br>500<br>80<br>**F202 AC-80/0.5**<br>2CSF202005R4800<br>**936503**<br>0.225<br>1/6<br>100<br>**F202 AC-100/0.5**<br>2CSF202005R4900<br>**936602**<br>0.225<br>1/6<br>ae<br>TF<br>OO TCC<br>TTT<br>OO||



**3** 

|**4**|30|25|**F204 AC-25/0.03**|2CSF204005R1250|**817109**|0.375|1/3|
|---|---|---|---|---|---|---|---|
|||40|**F204 AC-40/0.03**|2CSF204005R1400|**817208**|0.375|1/3|
|||63|**F204 AC-63/0.03**|2CSF204005R1630|**817307**|0.375|1/3|
|||80|**F204 AC-80/0.03**|2CSF204005R1800|**936701**|0.405|1/3|
|||100|**F204 AC-100/0.03**2CSF204005R1900|2CSF204005R1900|**936800**|0.405|1/3|
||100|25<br>**F204 AC-25/0.1**<br>2CSF204005R2250<br>**817406**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.1**<br>2CSF204005R2400<br>**817505**<br>0.375<br>1/3<br>a||||||
|||63|**F204 AC-63/0.1**|2CSF204005R2630|**817604**|0.375|1/3|
|||80|**F204 AC-80/0.1**|2CSF204005R2800|**936909**|0.405|1/3|
|||100|**F204 AC-100/0.1**|2CSF204005R2900|**937005**|0.405|1/3|
||300|25|**F204 AC-25/0.3**|2CSF204005R3250|**817703**|0.375|1/3|
|||40|**F204 AC-40/0.3**|2CSF204005R3400|**817802**|0.375|1/3|
|||63|**F204 AC-63/0.3**|2CSF204005R3630|**817901**|0.375|1/3|
|||80|**F204 AC-80/0.3**|2CSF204005R3800|**937104**|0.405|1/3|
|||100|**F204 AC-100/0.3**|2CSF204005R3900|**937203**|0.405|1/3|
||500|80|**F204 AC-80/0.5**|2CSF204005R4800|**937302**|0.405|1/3|
|||100|**F204 AC-100/0.5**|2CSF204005R4900|**937401**|0.405|1/3|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /7 

**System pro** _**M**_ **compact[®]** 

**F 200 A** 

**3** , 

## **Selection tables** RCCBs F 200 series A y type 

## A 

## **F 200 A type** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to EN 61008 

**==> picture [451 x 520] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|n|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|iip|,|[o]|
|2|10|16|F202 A-16/0.01|2CSF202101R0160|782407|0.225|1/6|
|30|25|F202 A-25/0.03|2CSF202101R1250|782506|0.225|1/6|
|40|F202 A-40/0.03|2CSF202101R1400|782605|0.225|1/6|
|ee|63|F202 A-63/0.03|2CSF202101R1630|782704|0.225|1/6|
|x|80|F202 A-80/0.03|2CSF202101R1800|915201|0.225|1/6|
|Wi|ne|100|F202 A-100/0.03|2CSF202101R1900|915300|0.225|1/6|
|100|25|F202 A-25/0.1|2CSF202101R2250|786900|0.225|1/6|
|& P|
|V2|3/4|40|F202 A-40/0.1|2CSF202101R2400|787006|0.225|1/6|
|ml|t|ggg|63|F202 A-63/0.1|2CSF202101R2630|gn|787105|0.225|1/6|
|poe|80|F202 A-80/0.1|2CSF202101R2800|915409|0.225|1/6|
|an|4/3|100|F202 A-100/0.1|2CSF202101R2900|915508|0.225|1/6|
|300|25|F202 A-25/0.3|2CSF202101R3250|782803|0.225|1/6|
|40|F202 A-40/0.3|2CSF202101R3400|782902|0.225|1/6|
|63|F202 A-63/0.3|2CSF202101R3630|783008|0.225|1/6|
|7.|™.|TTS|80|F202 A-80/0.3|2CSF202101R3800|915607|0.225|1/6|
|»|&|oo.|100|F202 A-100/0.3|2CSF202101R3900|915706|SA|TTT|0.225|££|1/6|
|500|25|F202 A-25/0.5|2CSF202101R4250|783107|0.225|1/6|
|_|40|F202 A-40/0.5|2CSF202101R4400|783206|0.225|1/6|
|63|F202 A-63/0.5|2CSF202101R4630|783305|0.225|1/6|
|80|F202 A-80/0.5|2CSF202101R4800|915805|0.225|1/6|
|100|F202 A-100/0.5|2CSF202101R4900|915904|0.225|1/6|
|v|«|
|3/4|5/6|7/8/N|4|30|25|F204 A-25/0.03|2CSF204101R1250|783404|0.375|1/3|
|i|TTT|
|40|F204 A-40/0.03|2CSF204101R1400|783503|0.375|1/3|
|63|F204 A-63/0.03|2CSF204101R1630|783602|0.375|1/3|
|4/3|6/5|87/IN|80|F204 A-80/0.03|2CSF204101R1800|917809|0.405|1/3|
|100|F204 A-100/0.03|2CSF204101R1900|917908|0.405|1/3|
|125|F204 A-125/0.03|2CSF204101R1950|941903|0.500|1|
|100|25|F204 A-25/0.1|2CSF204101R2250|787204|0.375|1/3|
|og|a)|a|40|F204 A-40/0.1|2CSF204101R2400|787303|0.375|1/3|
|Pat|4|63|F204 A-63/0.1|2CSF204101R2630|j@|[$$]|787402|0.375|1/3|
|80|F204 A-80/0.1|2CSF204101R2800|918004|0.405|1/3|
|100|F204 A-100/0.1|2CSF204101R2900|918103|0.405|1/3|
|125|F204 A-125/0.1|2CSF204101R2950|942009|0.500|1|
|300|25|F204 A-25/0.3|2CSF204101R3250|783701|0.375|1/3|
|© ey‘|63 40|F204 A-63/0.3  F204 A-40/0.3|2CSF204101R3630 2CSF204101R3400|783909 783800|0.375 0.375|1/31/3|
|3/4|5/6|7/8/N|80|F204 A-80/0.3|2CSF204101R3800|918202|0.405|1/3|
|i|d|sss...‘i|doa|
|100|F204 A-100/0.3|2CSF204101R3900|918301|0.405|1/3|
|125|F204 A-125/0.3|2CSF204101R3950|942108|0.500|1|
|4/3|6/5|8/7/N|500|25|F204 A-25/0.5|2CSF204101R4250|784005|0.375|1/3|
|40|F204 A-40/0.5|2CSF204101R4400|784104|0.375|1/3|
|63|F204 A-63/0.5|2CSF204101R4630|784203|0.375|1/3|
|80|F204 A-80/0.5|2CSF204101R4800|918400|0.405|1/3|
|100|F204 A-100/0.5|2CSF204101R4900|918509|0.405|1/3|
|125|F204 A-125/0.5|2CSF204101R4950|942207|0.500|1|

**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /8 

**System pro** _**M**_ **compact[®]** 

**F 200 left neutral** 

## **Selection tables** RCCBs F 200 series AC w type left neutral 

## AC 

**==> picture [54 x 221] intentionally omitted <==**

**----- Start of picture text -----**<br>
we « y|<br>"Be<br>N 1/2 3/4 5/6<br>pte<br>N 2/1 4/3 6/5<br>ae)<br>_ r<br>2CSC400571F0201<br>2CSC400197F0201<br>**----- End of picture text -----**<br>


## **F 200 AC type with neutral pole on the left** 

Function: protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. Product helpful where for installation habits, for wiring with busbars or cables, for special needs neutral on the left is needed. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to EN 61008 

|Number<br>of poles|Rated<br>residual<br>current|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
|**4**|IΔn mA<br>30|In A<br>25<br>40|**Type code**<br>**F204 AC-25/0.03**<br>**F204 AC-40/0.03**|Order code<br>2CSF204023R1250<br>2CSF204023R1400|**EAN**<br>**815907**<br>**816003**|||kg<br>0.375<br>0.375|pc.<br>1/3<br>1/3|
|||63|**F204 AC-63/0.03**|2CSF204023R1630|**816102**|||0.375|1/3|
|||80|**F204 AC-80/0.03**|2CSF204023R1800|**917403**|||0.405|1/3|
|||100|**F204 AC-100/0.03**2CSF204023R1900|2CSF204023R1900|**917502**|||0.405|1/3|
|||125|**F204 AC-125/0.03**2CSF204023R1950|2CSF204023R1950|**975106**|||0.500|1|
||100<br>25<br>**F204 AC-25/0.1**<br>2CSF204023R2250<br>**816201**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.1**<br>2CSF204023R2400<br>**816300**<br>0.375<br>1/3<br>63<br>**F204 AC-63/0.1**<br>2CSF204023R2630<br>**816409**<br>0.375<br>1/3<br>300<br>25<br>**F204 AC-25/0.3**<br>2CSF204023R3250<br>**816508**<br>0.375<br>1/3<br>40<br>**F204 AC-40/0.3**<br>2CSF204023R3400<br>**816607**<br>0.375<br>1/3<br>63<br>**F204 AC-63/0.3**<br>2CSF204023R3630<br>**816706**<br>0.375<br>1/3<br>~~Os~~|||||||||
|||80|**F204 AC-80/0.3**|2CSF204023R3800|**917601**|||0.405|1/3|
|||100<br>**F204 AC-100/0.3**<br>2CSF204023R3900<br>**917700**<br>0.405<br>1/3<br>125<br>**F204 AC-125/0.3**<br>2CSF204023R3950<br>**975304**<br>0.500<br>1<br>SU||||||||
||500|25|**F204 AC-25/0.5**|2CSF204023R4250|**816805**|||0.375|1/3|
|||40|**F204 AC-40/0.5**|2CSF204023R4400|**816904**|||0.375|1/3|
|||63|**F204 AC-63/0.5**|2CSF204023R4630|**817000**|||0.375|1/3|



**3** 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /9 

**System pro** _**M**_ **compact[®]** 

**F 200 left neutral** 

## **Selection tables** RCCBs F 200 series A y type left neutral 

## A 

## **F 200 A type with neutral pole on the left** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. Product helpful where for installation habits, for wiring with busbars or cables, for special needs neutral on the left is needed. 

**==> picture [136 x 224] intentionally omitted <==**

**----- Start of picture text -----**<br>
eee)<br>|<br>en |<br>3<br>N 1/2 3/4 5/6<br>_ — —<br>peeee s<br>N 2/1 4/3 6/5<br>e®é@¢ ae;<br>— eat i<br>2CSC400571F0201<br>2CSC400197F0201<br>**----- End of picture text -----**<br>


Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to EN 61008 

|~~s~~|~~s~~|~~s~~|~~s~~||||Number<br>of poles<br>**4**|Rated<br>residual<br>current<br>IΔn mA<br>30|Rated<br>current<br>In A<br>25<br>40|**Order**<br>**details**<br>**Type code**<br>**F204 A-25/0.03**<br>**F204 A-40/0.03**|Order code<br>2CSF204123R1250<br>2CSF204123R1400|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**820109**<br>**820208**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.375<br>0.375|Pack<br>unit<br>pc.<br>1/3<br>1/3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||63|**F204 A-63/0.03**|2CSF204123R1630|**820307**|||0.375|1/3|
||||||||||80|**F204 A-80/0.03**|2CSF204123R1800|**918608**|||0.405|1/3|
||||||||||100|**F204 A-100/0.03**|2CSF204123R1900|**918707**|||0.405|1/3|
||||||||||125|**F204 A-125/0.03**|2CSF204123R1950|**967705**|||0.500|1|
|ae;|ae;|ae;|ae;<br>i||2CSC400197F0201|||100<br>25<br>**F204 A-25/0.1**<br>2CSF204123R2250<br>**820406**<br>0.375<br>1/3<br>40<br>**F204 A-40/0.1**<br>2CSF204123R2400<br>**820505**<br>0.375<br>1/3<br>63<br>**F204 A-63/0.1**<br>2CSF204123R2630<br>**820604**<br>0.375<br>1/3<br>300<br>25<br>**F204 A-25/0.3**<br>2CSF204123R3250<br>**820703**<br>0.375<br>1/3<br>40<br>**F204 A-40/0.3**<br>2CSF204123R3400<br>**820802**<br>0.375<br>1/3<br>63<br>**F204 A-63/0.3**<br>2CSF204123R3630<br>**820901**<br>0.375<br>1/3<br>Oo<br>ee|||||||||
||||||||||80|**F204 A-80/0.3**|2CSF204123R3800|**918806**|||0.405|1/3|
|8,||||||||100<br>**F204 A-100/0.3**<br>2CSF204123R3900<br>**918905**<br>0.405<br>1/3<br>125<br>**F204 A-125/0.3**<br>2CSF204123R3950<br>**967804**<br>0.500<br>1<br> a|||||||||
|||||||||500|25<br>**F204 A-25/0.5**<br>2CSF204123R4250<br>**821007**<br>0.375<br>1/3<br>eee||||||||
||||||||||40|**F204 A-40/0.5**|2CSF204123R4400|**821106**|||0.375|1/3|
||||||||||63|**F204 A-63/0.5**|2CSF204123R4630|**821205**|||0.375|1/3|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /10 

**System pro** _**M**_ **compact[®]** 

**F 200 AC AP-R** 

**3** 

## **Selection tables** RCCBs F 200 series AC w type, AP-R (high immunity) 

## AC 

## **F 200 AP-R, AC type** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Surge current resistance (wave 8/20)=3000 A 

**==> picture [5 x 53] intentionally omitted <==**

Marking: according to EN 61008 

**==> picture [454 x 172] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|ee|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|@|2|30|a|25|F202 AC-25/0.03 AP-R|2CSF202301R1250|785705|0.225|1/6|
|40|F202 AC-40/0.03 AP-R|2CSF202301R1400|823704|0.225|1/6|
|12|3/4|
|ml|t|63|F202 AC-63/0.03 AP-R|2CSF202301R1630|785804|0.225|1/6|
|a|4/3|
|-|es|ee|
|©|&|4|a|30|25|F204 AC-25/0.03 AP-R|2CSF204301R1250|785903|0.375|1/3|
|40|F204 AC-40/0.03 AP-R|2CSF204301R1400|823803|0.375|1/3|
|OT|63|F204 AC-63/0.03 AP-R|2CSF204301R1630|786009|0.375|1/3|

**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /11 

**F 200 A AP-R** 

**3** _ 

## **System pro** _**M**_ **compact[®]** 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


## **Selection tables** RCCBs F 200 series A y type, AP-R (high immunity) 

## **F 200 AP-R, A type** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61008 

Surge current resistance (wave 8/20)=3000 A 

Marking: according to EN 61008 

|Number|Rated|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|residual<br>current|current|**details**|**8012542**1 piece|1 piece|group|1 piece|unit|
||IΔn mA|In A|**Type code**<br>Order code|**EAN**|||kg|pc.|
|**2**|30|25|**F202 A-25/0.03 AP-R **2CSF202401R1250|**785101**|||0.225|1/6|
|||40|**F202 A-40/0.03 AP-R **2CSF202401R1400|**785200**|||0.225|1/6|
|||63<br>OT|**F202 A-63/0.03 AP-R **2CSF202401R1630|**785309**|||0.225|1/6|
|||80|**F202 A-80/0.03 AP-R**2CSF202401R1800|**916406**|||0.225|1/6|
|||100|**F202 A-100/0.03 AP-R**2CSF202401R1900|**916505**|||0.225|1/6|



|**4**|30|25|**F204 A-25/0.03 AP-R **2CSF204401R1250|**785408**|0.375|1/3|
|---|---|---|---|---|---|---|
|||40|**F204 A-40/0.03 AP-R **2CSF204401R1400|**785507**|0.375|1/3|
|||63|**F204 A-63/0.03 AP-R **2CSF204401R1630|**785606**|0.375|1/3|
|||80|**F204 A-80/0.03 AP-R**2CSF204401R1800|**919407**|0.405|1/3|
|||100<br>**F204 A-100/0.03 AP-R**2CSF204401R1900<br>**919506**<br>0.405<br>1/3<br>TN|||||
|||125|**F204 A-125/0.03 AP-R**2CSF204401R1950|**967903**|0.500|1|



*¢6 6 =_ 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /12 

**System pro** _**M**_ **compact[®]** 

**F 200 AC S** 

**3** 

## **Selection tables** RCCBs F 200 series AC w type, selective 

**==> picture [54 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>**----- End of picture text -----**<br>


## **F 200 AC selective type** 

Function: protection against the effects of sinusoidal alternating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide); protection against indirect contacts. Application: commercial, industrial. 

Standard: IEC/EN 61008 

Surge current resistance (wave 8/20)=5000 A Marking: according to EN 61008 

||||Number|Rated|Rated|**Order**||**Bbn**|Price|Price|Weight<br>Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||of poles|residual|current|**details**||**8012542**1 piece|1 piece|group|1 piece<br>unit|
|||||current||||||||
|| <br>°F|2CSC400565F0201<br>||<br>IΔn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>40<br>**F202 AC S-40/0.1**2CSF202901R2400<br>**821304**<br>0.225<br>1/6<br>63<br>**F202 AC S-63/0.1**2CSF202901R2630<br>**821403**<br>0.225<br>1/6<br>300<br>40<br>**F202 AC S-40/0.3**2CSF202901R3400<br>**821502**<br>0.225<br>1/6<br>63<br>**F202 AC S-63/0.3**2CSF202901R3630<br>**821601**<br>0.225<br>1/6<br> ee<br>a<br>,|||||||||
|||||500|40|**F202 AC S-40/0.5**|2CSF202901R4400|**821700**|||0.225<br>1/6|
||||||63|**F202 AC S-63/0.5**|2CSF202901R4630|**821809**|||0.225<br>1/6|
|||||1000|40|**F202 AC S-40/1**|2CSF202901R5400|**821908**|||0.225<br>1/6|
|||||63<br>TT||**F202 AC S-63/1**|2CSF202901R5630|**822004**|||0.225<br>1/6|
|||||||||||||
||||**4**|100|40|**F204 AC S-40/0.1**|2CSF204901R2400|**822103**|||0.375<br>1/3|
||2CSC400569F0201|||300<br>500<br>1000|63<br>**F204 AC S-63/0.1**2CSF204901R2630<br>**822202**<br>0.375<br>1/3<br>40<br>**F204 AC S-40/0.3**2CSF204901R3400<br>**822301**<br>0.375<br>1/3<br>63<br>**F204 AC S-63/0.3**2CSF204901R3630<br>**822400**<br>0.375<br>1/3<br>40<br>**F204 AC S-40/0.5**2CSF204901R4400<br>**822509**<br>0.375<br>1/3<br>63<br>**F204 AC S-63/0.5**2CSF204901R4630<br>**822608**<br>0.375<br>1/3<br>40<br>**F204 AC S-40/1**<br>2CSF204901R5400<br>**822707**<br>0.375<br>1/3<br>a<br>~~a~~<br>iS|||||||
||||||63|**F204 AC S-63/1**|2CSF204901R5630|**822806**|||0.375<br>1/3|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /13 

**System pro** _**M**_ **compact[®]** 

**F 200 A S** 

**3** 

## **Selection tables** RCCBs F 200 series A y type, selective 

## A 

## **F 200 A selective type** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide); protection against indirect contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61008 

Surge current resistance (wave 8/20)=5000 A 

Marking: according to EN 61008 

|Number<br>of poles<br>**2**|Number<br>of poles<br>**2**|Rated<br>residual<br>current<br>IΔn mA<br>100|Rated<br>current<br>In A<br>40|**Order**<br>**details**<br>**Type code**<br>**F202 A S-40/0.1**|Order code<br>2CSF202201R2400|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**822905**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.225|Pack<br>unit<br>pc.<br>1/6|
|---|---|---|---|---|---|---|---|---|---|---|
||||63|**F202 A S-63/0.1**|2CSF202201R2630|**823001**|||0.225|1/6|
||||100|**F202 A S-100/0.1**2CSF202201R2900|2CSF202201R2900|**916000**|||0.225|1/6|
|||300|40|**F202 A S-40/0.3**|2CSF202201R3400|**784302**|||0.225|1/6|
||||63<br>**F202 A S-63/0.3**<br>2CSF202201R3630<br>**784401**<br>0.225<br>1/6<br>TT||||||||
||||100|**F202 A S-100/0.3**2CSF202201R3900|2CSF202201R3900|**916109**|||0.225|1/6|
|||500|40|**F202 A S-40/0.5**|2CSF202201R4400|**784500**|||0.225|1/6|
||||63<br>**F202 A S-63/0.5**<br>~~TTTI~~||2CSF202201R4630|**784609**|||0.225|1/6|
||||100|**F202 A S-100/0.5**2CSF202201R4900|2CSF202201R4900|**916208**|||0.225|1/6|
|||1000|40|**F202 A S-40/1**|2CSF202201R5400|**823100**|||0.225|1/6|
||||63|**F202 A S-63/1**|2CSF202201R5630|**823209**|||0.225|1/6|
||||100|**F202 A S-100/1**|2CSF202201R5900|**916307**|||0.225|1/6|
|**4**||100|40|**F204 A S-40/0.1**|2CSF204201R2400|**823308**|||0.375|1/3|
||||63<br>**F204 A S-63/0.1**<br>2CSF204201R2630<br>**823407**<br>0.375<br>1/3<br>100<br>**F204 A S-100/0.1**2CSF204201R2900<br>**919001**<br>0.405<br>1/3<br>~~ee~~||||||||
|||300|40|**F204 A S-40/0.3**|2CSF204201R3400|**784708**|||0.375|1/3|
||||63|**F204 A S-63/0.3**|2CSF204201R3630|**784807**|||0.375|1/3|
||||100|**F204 A S-100/0.3**2CSF204201R3900|2CSF204201R3900|**919100**|||0.405|1/3|
||||125<br>**F204 A S-125/0.3**2CSF204201R3950<br>**968207**<br>0.500<br>1<br>——_---<br>ss||||||||
|||500|40|**F204 A S-40/0.5**|2CSF204201R4400|**784906**|||0.375|1/3|
||||63|**F204 A S-63/0.5**|2CSF204201R4630|**785002**|||0.375|1/3|
||||100|**F204 A S-100/0.5**2CSF204201R4900|2CSF204201R4900|**919209**|||0.405|1/3|
|=|=|1000|125<br>40<br>63<br>100|**F204 A S-125/0.5**2CSF204201R4950<br>**F204 A S-40/1**<br>**F204 A S-63/1**<br>**F204 A S-100/1**|2CSF204201R4950<br>2CSF204201R5400<br>2CSF204201R5630<br>2CSF204201R5900|**968405**<br>**823506**<br>**823605**<br>**919308**|||0.500<br>0.375<br>0.375<br>0.405|1<br>1/3<br>1/3<br>1/3|



*¢ a @ a= 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /14 

**System pro** _**M**_ **compact[®]** 

**Selection tables F 200 A 400 Hz** RCCBs F 200 series A y type **F 200 A 16 2/3 Hz** for high frequency and railways applications 

**3** 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


## **F 200 A type for high frequency (400 Hz)** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with Idn=30 mA) contacts. 

Advantages: increasing the frequency generates an increase of the magnetic reluctance of the toroidal transformer of standard RCCB and what follows is the value of the increasing operating residual current at 400 Hz reaching values 3 or more times higher than those of the residual current at 50Hz. The RCCB F 200 400 Hz guarantees protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts considering that the operating residual current doesn’t increase with the increase of the network frequency. 

Application: commercial, industrial. 

Standard: IEC/EN 61008 

Marking: according to EN 61008 

|2CSC400569F0201<br>||Number<br>Rated<br>of poles<br>residual<br>current<br> <br>IΔn mA<br>**4**<br>30<br>Tl|Rated<br>current<br>In A<br>25<br>40<br>|**Order**<br>current<br>**details**<br>**Type code**<br>Order code<br>**F204 A-25/0.03 400Hz **2CSF204197R1250<br>**F204 A-40/0.03 400Hz **2CSF204197R1400<br>———|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**968603**<br>**968702**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.375<br>0.375|Pack<br>unit<br>pc.<br>1/3<br>1/3|
|---|---|---|---|---|---|---|---|---|---|



**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


## **F200 A type 16 2/3 Hz** 

Function: protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

The RCCB F200 16 2/3 Hz can work at rated frequency of 16 2/3 Hz which is common in railways applications 

Application: railways 

Standard: IEC/ EN 61008 

Marking: according to EN 61008 

|Number<br>of poles<br> <br>**2**<br>**4**|Rated<br>residual<br>current<br>IΔn mA<br>30<br>300<br>500<br>30|Rated<br>current<br>In A<br>63<br>63<br>63<br>63|**Order**<br>**details**<br>**Type code**<br>Order code<br>**F202 A-63/0.03 16-2/3Hz  **2CSF202196R1630<br>**F202 A-63/0.3 16-2/3Hz  **2CSF202196R3630<br>**F202 A-63/0.5 16-2/3Hz  **2CSF202196R4630<br>**F204 A-63/0.03 16-2/3Hz  **2CSF204196R1630|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**734536**<br>**733638**<br>**734437**<br>**733539**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.225<br>0.225<br>0.225<br>0.375|Pack<br>unit<br>pc.<br>1/6<br>1/6<br>1/6<br>1/3|
|---|---|---|---|---|---|---|---|---|
||300|63|**F204 A-63/0.3 16-2/3Hz  **2CSF204196R3630|**734338**|||0.375|1/3|
||500|63|**F204 A-63/0.5 16-2/3Hz  **2CSF204196R4630|**733430**|||0.375|1/3|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/6** | 

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**System pro** _**M**_ **compact[®]** 

**F 200 B** 

## **Selection tables** RCCBs F 200 series B y [=| type, B y =] type selective 

## **F 200 B type for smooth DC earth fault current** 

**F 200 B type for smooth DC earth fault current** B Function: protection against the effects of sinusoidal alternating, direct pulsating and pulsating DC © ‘e * or smooth DC earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts. Application: industrial. Standard: IEC/EN 61008, IEC 62423 Marking: according to EN 61008 *e ee Number ee Rated Rated **Order Bbn** Price Price Weight Pack **3** 1/2 3/4 5/6 7/8/N Input of poles residual  currentIΔn mA current In A **detailsType code** Order code **EAN8012542** 1 piece group 1 piece kg unitpc. **4** 30 40 **F204 B-40/0.03** 2CSF204501R1400 **988403** 0.500 1 T 63 **F204 B-63/0.03** 2CSF204501R1630 **988502** 0.500 1 red ~~2~~ —— 125 **F204 B-125/0.03** 2CSF204523R1950 **988700** 0.500 1 300 63 **F204 B-63/0.3** 2CSF204501R3630 **989004** 0.500 1 a a a LT] 125 **F204 B-125/0.3** 2CSF204523R3950 **989202** 0.500 1 500 125 5 **F204 B-125/0.5** 2CSF204523R4950 **730439** 0.500 1 2/1 4/3 6/5 8/7/N Output © Devices with rated current In=125 A are with neutral on the left N 3 5 7 Input **F 200 B selective type for smooth DC earth fault current** Function: protection against the effects of sinusoidal alternating, direct pulsating and pulsating DC T ai ~~l~~ or smooth DC earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the “r ~~e,~~ technical guide); protection against indirect contacts. Application: industrial. N 4 6 8 Output 

Function: protection against the effects of sinusoidal alternating, direct pulsating and pulsating DC or smooth DC earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts. 

Standard: IEC/EN 61008, IEC 62423 

Surge current resistance (wave 8/20)=5000 A Marking: according to EN 61008 

|Number|Number|Rated<br>Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|of poles<br>**4**|of poles|residual<br>current<br>current<br>IΔn mA<br>In A<br>300<br>63<br>125<br>500<br>125<br>So|**details**<br>**Type code**<br>**F204 B S-63/0.3**<br>**F204 B S-125/0.3**<br>**F204 B S-125/0.5**|Order code<br>2CSF204801R3630<br>2CSF204823R3950<br>2CSF204823R4950|**8012542**1 piece<br>**EAN**<br>**989301**<br>**989509**<br>**731238**|1 piece|group|1 piece<br>kg<br>0.500<br>0.500<br>0.500|unit<br>pc.<br>1<br>1<br>1|
|o)|Devices with rated current In=125 A are with neutral on the left||Devices with rated current In=125 A are with neutral on the left|||||||



1/2 3/4 5/6 7/8/N Input 

> T “Ee ~~e,~~ 

T 

2/1 4/3 6/5 8/7/N Output N 3 5 7 Input T 

> T “y ~~e~~ N 4 6 8 Output **Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/6** ~~|~~ 

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**System pro** _**M**_ **compact[®]** 

**F 200 B** 

## **Selection tables** RCCBs F 200 series - B y type for continuous, selective continuous type fault currents 

**==> picture [512 x 357] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type (wave form of the detected dispersion current) B<br>Rated current In [A] 40 63 125<br>No. of poles 4<br>Rated voltage Un [V] 230/400<br>Working range of test circuit [V] 185 V AC-440 V AC<br>Rated conditional short-circuit current Inc [kA] 10<br>Rated conditional residual short-circuit current I Δ c [kA] 10<br>Rated making and breaking capacity Im [A] 500 800 1250<br>Rated residual making and breaking capacity I Δ m [A] 500 800 1250<br>Surge current resistance ring wave 0,5 ms/100 kHz: 200 A, impulse 8/20 μs: 3 kA<br>(impulse 8/20 μs: 5 kA for F200 type B S - selective)<br>Rated sensitivity I Δ n [A] 0.03 0.03-0.3 0.03-0.3-0.5<br>Working frequency range [Hz] 0-1000<br>Min. operating voltage<br>for detecting type A/AC residual currents [V] 0 V<br>for detecting type B residual currents [V] 30 V a.c.<br>Own consumption [W] max. 3.5<br>Dissipated power Pv [W] 2.9 7.2 28<br>Short-circuit fuse acc. to VDE 0636/IEC 60269-1 80 A/gL 100 A/gG 125 A/gL<br>Tripping time F200 type B [ms] 1 x IΔn ≤ 300 ms; 5 x IΔn ≤ 40 ms<br>Tripping time F200 type B S [ms] 1 x IΔn > 130 ms ≤ 500 ms; 5 x IΔn > 50 ms ≤ 150 ms<br>Toggle Blue sealable in ON/OFF position<br>Impact resistance 20 g/20 ms<br>Protection degree IP40 (after installation in distribution board)<br>Supply terminal 1, 3, 5, 7<br>Ambient temperature [°C] -25…+40<br>Resistance to climate changes acc. to IEC 68-2-30 25 °C/55 °C; 93%/97% relative humidity, 28 cycles<br>Cables max. size [mm [2] ] 1x1.5-50 mm [2] ; 2x1.5-16 mm [2]<br>Terminal size [mm [2] ] 50<br>Tightening torque [N*m] 3<br>Mechanical life > 5000<br>Electrical life > 2000<br>Electromagnetic compatibility IEC 61453; DIN VDE 0664 Pt.30<br>Mounting on DIN rail EN 60715 (35 mm) by means of fast clip device<br>Dimensions (H x P x L) [mm] 85 x 69,5 x 70<br>Weight 4P [g] 500<br>**----- End of picture text -----**<br>


**3** 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

**3** /17 

**F 200 PV B** 

**3** 

## **System Selection tables F 200 PV B pro** _**M**_ **compact[®]** RCCBs F 200 series = PV B y type 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **F200 PV B type for smooth DC earth fault current for photovoltaic applications** 

Function: protection against the effects of sinusoidal alternating, direct pulsanting and pulsanting DC or smooth DC earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30mA) contacts. 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400676F0001<br>**----- End of picture text -----**<br>


Where an electrical installation includes a PV power supply system without at least simple separation between the AC side and the DC side, an RCD installed to provide fault protection by automatic disconnection of supply should be type B according to IEC 60755, amendment 2 (according to IEC 60364-7 art. 712.413.1.1.1.2) 

Application: particularly suitable for use in solar energy (photovoltaic) systems standard: IEC/EN 61008, IEC 62423 

Marking: according to EN 61008 

**==> picture [74 x 92] intentionally omitted <==**

**----- Start of picture text -----**<br>
5 7<br>T<br>L e<br>6 8<br>**----- End of picture text -----**<br>


|Number<br>of poles<br> <br>**2**|Rated<br>residual<br>current<br>IΔn mA<br>30|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>25<br>**F202PV B-25/0,03**2CSF202601R1250<br>**071235**<br>0.500<br>1<br>63<br>**F202PV B-63/0,03**2CSF202601R1630<br>**368632**<br>0.500<br>1<br>|_———|
|---|---|---|---|---|---|---|---|
||300|25|**F202PV B-25/0,3**|2CSF202601R3250|**910831**|0.500|1|
|||63|**F202PV B-63/0,3**|2CSF202601R3630|**659037**|0.500|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/6** TT 

ABB 

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**System Selection tables pro** _**M**_ **compact[®]** RCCBs F 200 series PV B y type 

**F 200 PV B** 

**==> picture [514 x 361] intentionally omitted <==**

**----- Start of picture text -----**<br>
Rated current In 25A 63 A<br>Rated sensitivity I Δ n 0.03 - 0.3 A<br>Working frequency range 0 - 1000 Hz<br>Rated voltage Un 230 V AC<br>Rated frequency 50 Hz<br>Min. operating voltage<br>for detecting type A/AC residual currents 0 V (mains voltage-independent)<br>for detecting type B residual currents 30 V AC<br>Own consumption max. 1.2 W<br>Working range of test circuit 100 V AC – 250 V AC<br>No. of poles: 2-pole<br>Dissipated power Pv 1.2 W 7.2 W<br>Short-circuit fuse to VDE 0636 / IEC 60269-1 100 A/gG<br>Tripping times F200PV B type 1xIΔn ≤ 300 ms; 5xIΔn ≤ 40 ms<br>Rated making and breaking capacity Im 500 A 800 A<br>Rated residual making and breaking capacity I Δ m 500 A 800 A<br>Rated short circuit current Inc 10 kA<br>Rated conditional residual short-circuit current I Δ c 10 kA<br>Surge current resistance Ring wave 0.5 ms / 100 kHz: 200 A, impulse 8/20 μs: 3 kA<br>Impact resistance 20 g / 20 ms duration<br>Enclosure protection type IP40 (after installation in distribution board)<br>Input side Terminals 5, 7<br>Ambient temperature -25°C to 40°C<br>Resistance to climate changes according to IEC 68-2-30 damp / heat cyclic (25°C / 55°C; 93% / 97% rel.hum., 28 cycles)<br>Cables max. size 1x1.5-50 mm [2]  (1-wire connect.); 2x1.5-16 mm [2]  (2-wire connect.)<br>Tightening torque of fastening screws 3 Nm<br>Mechanical life > 5000 switching cycles<br>Electrical life > 2000 switching cycles<br>Electromagnetic compatibility IEC 61453; DIN VDE 0664 Pt.30 (interference resistance-industrial environment)<br>Mounting On DIN rail EN 60715 (35 mm) by means of fast clip device; any mounting position<br>Toggle Blue sealable in ON/OFF position.<br>Dimensions (H x D x W) 85 x 69 x 72 mm<br>Weight 500 g<br>**----- End of picture text -----**<br>


**3** 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/6** 

ABB 

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**System Technical features pro** _**M**_ **compact[®]** RCD-blocks DDA 200 series 

**DDA 200** 

**3** 

## **TECHNICAL FEATURES** 

**Standards** 

**==> picture [568 x 477] intentionally omitted <==**

**----- Start of picture text -----**<br>
Operating characteristic: type<br>Rated current In [A]<br>Poles<br>Rated voltage Ue 2P [V]<br>3P<br>4P<br>Insulation voltage Ui [V]<br>Operating voltage of circuit test Ut 2P [V]<br>3P<br>4P<br>Rated frequency Hz<br>Rated breaking capacity according to IEC EN 61009 [A]<br>Rated breaking capacity according to IEC EN 60947-2 [A]<br>Rated residual breaking capacity  I Δ m [kA]<br>Rated inpulse withstand capacity (1,2/50) Uimp [kV]<br>Dielectric test voltage at ind. freq. for 1 min. [kV]<br>Surge current resistance (wave 8/20) [A]<br>Rated sensitivity I Δ n [A]<br>Toggle<br>Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization  humid heat [°C/RH]<br>according to DIN 40046 IEC 68-2 constant climatic conditions [°C/RH]<br>variable climatic conditions [°C/RH]<br>Ambient temperature (with daily average  ≤  +35 °C) [°C]<br>Storage temperature [°C]<br>Terminal type 2P<br>3P/4P In=25 and 40 A<br>3P/4P In=63 A<br>Terminal size 2P  [mm [2] ]<br>3P/4P In=25 and 40 A [mm [2] ]<br>3P/4P In=63 A [mm [2] ]<br>Tightening torque 2P  [N*m]<br>3P/4P In=25 and 40 A [N*m]<br>3P/4P In=63 A [N*m]<br>Mounting<br>Dimensions  2P  [mm]<br>H x P x L 3P/4P In=25 and 40 A [mm]<br>3P/4P In=63 A [mm]<br>Weight 2P  [g]<br>3P/4P In=25 and 40 A [g]<br>3P/4P In=63 A [g]<br>Combinable with S 200 L<br>S 200<br>S 200 M<br>S 200 P<br>**----- End of picture text -----**<br>


- All RCD-blocks DDA 200 with rated current 63 A are provided with two additional terminals for remote tripping. �  DDA200 A AE is provided with two additional terminals for remote release in positive safety. 

A remote control circuit should be connected to those terminals where circuit breakers or push buttons with normally closed contacts should be inserted. 

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**System Technical features pro** _**M**_ **compact[®]** RCD-blocks DDA 200 series 

**DDA 200** 

||**DDA 200 AC**|**DDA 200 A**<br>**DDA 200 AC**<br>**AP-R**<br>**DDA 200 A**<br>**AP-R**<br>**DDA 200 A AE**|**DDA 200 AC S**|**DDA 200 AC S**<br>**DDA 200 A S**|**DDA 200 A S**|**DDA 200 B**|
|---|---|---|---|---|---|---|
|||IEC EN 61009 App.G||||IEC EN 61009<br>App. G and IEC<br>60755|
||AC<br>A<br>AC<br>A<br>A<br>AC<br>A<br>25, 40, 63<br>25, 40, 63<br>63<br>63<br>rerere|||||B<br>63|
|||2P, 3P, 4P||||3P, 4P|
||230 (400 for special execution @400 V)<br>230/400<br>230/400<br>230<br>400<br>230|||230<br>230/400<br>230/400||230|
|||500|||||
||110-254 (400 for special execution @400 V)<br>195-440 (110-254 for special execution @110 V)<br>195-440 (110-254 for special execution @110 V)<br>184-264<br>310-440<br>184-264|||110-254<br>195-440<br>195-440||310-440<br>195-254|
|50…60<br>same of the coupled MCB<br>same of the coupled MCB<br>same of the coupled MCB<br>4<br>2,5<br>a<br>a|||||||
||250<br>3000<br>250<br>0.01-0.03-0.1-0.3-0.5-1<br>0.03<br>0.03-0.3-0.5-1|||5000<br>0.1-0.3-0.5-1||3000 (5000 for<br>selective types)<br>0.03 - 0.3|
|blue<br>10000<br>20000<br>IP4X<br>IP2X<br>28 cycles with 55/95…100<br>ee|||||||
|||23/83 - 40/93 - 55/20|||||
|25/95 - 40/95<br>-25...+55<br>-40…+70<br>a|||||||
|||bi-directional cylinder-lift|||||
|||cage type|||||
|||bi-directional cylinder-lift|||||
|||(rigid or fl exible) up to 25|||||
|||(rigid or fl exible) up to 16|||||
|||(rigid or fl exible) up to 25|||||
|||2.8|||||
|||1.2|||||
|||2.8<br>on DIN rail EN 60715 (35 mm) by means of fast clip device|on DIN rail EN 60715 (35 mm) by means of fast clip device||||
|||85 x 69 x 35|||||
|||85 x 69 x 35|||||
|||85 x 69 x 70|||||
|||175|||||
|||175|||||
|||325<br>yes<br>yes<br>yes<br>yes|||||



**3** 

ABB 

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**DDA 200 AC** 

**3** _ 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** RCD-blocks DDA 200 series AC w type 

## **DDA 200 AC type** 

**==> picture [53 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>**----- End of picture text -----**<br>


Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400163F0201<br>**----- End of picture text -----**<br>


Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

**==> picture [477 x 560] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|F|*|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|2|10|25|DDA202 AC-25/0.01|2CSB202001R0250|791003|0.180|1|
|~|30|25|DDA202 AC-25/0.03|2CSB202001R1250|791102|0.180|1|
|40|DDA202 AC-40/0.03|2CSB202001R1400|791201|0.180|1|
|63|DDA202 AC-63/0.03|2CSB202001R1630|791300|0.180|1|
|100|25|DDA202 AC-25/0.1|2CSB202001R2250|791409|0.180|1|
|40|DDA202 AC-40/0.1|2CSB202001R2400|791508|0.180|1|
|63|DDA202 AC-63/0.1|2CSB202001R2630|791607|0.180|1|
|300|25|DDA202 AC-25/0.3|2CSB202001R3250|791706|0.180|1|
|40|DDA202 AC-40/0.3|2CSB202001R3400|791805|0.180|1|
|63|DDA202 AC-63/0.3|2CSB202001R3630|791904|0.180|1|
|a|
|500|25|DDA202 AC-25/0.5|2CSB202001R4250|792000|0.180|1|
|40|DDA202 AC-40/0.5|2CSB202001R4400|792109|0.180|1|
|“a!|63|@|DDA202 AC-63/0.5|2CSB202001R4630|792208|0.180|1|
|=|a|1000|25|DDA202 AC-25/1|2CSB202001R5250|808305|0.180|1|
|40|DDA202 AC-40/1|2CSB202001R5400|808404|0.180|1|
|ia}TO|63|DDA202 AC-63/1|2CSB202001R5630|792307|0.180|1|
|a|
|2000|63|DDA202 AC-63/2|2CSB202001R6630|792406|0.180|1|
|3|30|25|DDA203 AC-25/0.03|2CSB203001R1250|792505|0.220|1|
|40|DDA203 AC-40/0.03|2CSB203001R1400|792604|0.220|1|
|63|DDA203 AC-63/0.03|2CSB203001R1630|792703|0.260|1|
|100|25|DDA203 AC-25/0.1|2CSB203001R2250|792802|0.220|1|
|40|DDA203 AC-40/0.1|2CSB203001R2400|792901|0.220|1|
|B|63|DDA203 AC-63/0.1|2CSB203001R2630|793007|0.260|1|
|i H|300|ee|25|DDA203 AC-25/0.3|2CSB203001R3250|793106|0.220|1|
|Y1|Y2In=63 A|1|3|5|40 63|DDA203 AC-63/0.3  DDA203 AC-40/0.3|2CSB203001R3400 2CSB203001R3630|793205 793304|0.220 0.260|11|
|2|4|6|500|25|DDA203 AC-25/0.5|2CSB203001R4250|793403|0.220|1|
|2/1|4/3|6/5|40|DDA203 AC-40/0.5|2CSB203001R4400|793502|0.220|1|
|63|DDA203 AC-63/0.5|2CSB203001R4630|793601|0.260|1|
|a|
|1000|25|DDA203 AC-25/1|2CSB203001R5250|808503|0.220|1|
|40|DDA203 AC-40/1|2CSB203001R5400|808602|0.220|1|
|63|DDA203 AC-63/1|2CSB203001R5630|793700|0.260|1|
|a|
|2000|63|DDA203 AC-63/2|2CSB203001R6630|793809|0.260|1|
|4|30|25|DDA204 AC-25/0.03|2CSB204001R1250|793908|0.260|1|
|40|DDA204 AC-40/0.03|2CSB204001R1400|794004|0.260|1|
|63|DDA204 AC-63/0.03|2CSB204001R1630|794103|0.305|1|
|*|100|A|25 40|DDA204 AC-25/0.1  DDA204 AC-40/0.1|2CSB204001R2250 2CSB204001R2400|794202 794301|0.260 0.260|11|
|63|DDA204 AC-63/0.1|2CSB204001R2630|794400|0.305|1|
|300|25|DDA204 AC-25/0.3|2CSB204001R3250|794509|0.260|1|
|40|DDA204 AC-40/0.3|2CSB204001R3400|794608|0.260|1|
|63|DDA204 AC-63/0.3|2CSB204001R3630|794707|0.305|1|
|500|25|DDA204 AC-25/0.5|2CSB204001R4250|794806|0.260|1|
|40|DDA204 AC-40/0.5|2CSB204001R4400|794905|0.260|1|
|63|DDA204 AC-63/0.5|2CSB204001R4630|795001|0.305|1|
|1000|25|DDA204 AC-25/1|2CSB204001R5250|808701|0.260|1|
|a|g!|a|40|DDA204 AC-40/1|2CSB204001R5400|808800|0.260|1|
|63|DDA204 AC-63/1|2CSB204001R5630|795100|0.305|1|
|2000|63|DDA204 AC-63/2|2CSB204001R6630|795209|0.305|1|

**----- End of picture text -----**<br>


version with test button working at 110VAC - 254VAC is available. For selection tables refer to special version paragraph. provided with additional terminals for remote tripping 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/7** 

ABB 

**3** /22 

**System pro** _**M**_ **compact[®]** 

**DDA 200 A** 

**3** 

## **Selection tables** RCD-blocks DDA 200 series A y type 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


## **DDA 200 A type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400163F0201<br>**----- End of picture text -----**<br>


## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

**==> picture [481 x 574] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|* aeae.|”|current IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|2|10|25|DDA202 A-25/0.01|2CSB202101R0250|795308|0.180|1|
|30|25|DDA202 A-25/0.03|2CSB202101R1250|795407|0.180|1|
|40|DDA202 A-40/0.03|2CSB202101R1400|795506|0.180|1|
|63|DDA202 A-63/0.03|2CSB202101R1630|795605|0.180|1|
|100|25|DDA202 A-25/0.1|2CSB202101R2250|795704|0.180|1|
|a|g|40|®|DDA202 A-40/0.1|2CSB202101R2400|795803|0.180|1|
|63|®|DDA202 A-63/0.1|2CSB202101R2630|795902|a|0.180|1|
|300|25|DDA202 A-25/0.3|2CSB202101R3250|796008|0.180|1|
|40|DDA202 A-40/0.3|2CSB202101R3400|796107|0.180|1|
|63|®|DDA202 A-63/0.3|2CSB202101R3630|796206|a|0.180|1|
|500|25 40|DDA202 A-25/0.5  DDA202 A-40/0.5|2CSB202101R4250 2CSB202101R4400|796305 796404|0.180 0.180|TTT|11|
|oT)|a|'|TT|
|63|DDA202 A-63/0.5|2CSB202101R4630|796503|0.180|1|
|—|a|1000|25|DDA202 A-25/1|2CSB202101R5250|808909|0.180|1|
|40|DDA202 A-40/1|2CSB202101R5400|809005|0.180|1|
|Pig|TT|
|;|63|®|DDA202 A-63/1|2CSB202101R5630|796602|0.180|1|
|:|3|30|25|DDA203 A-25/0.03|2CSB203101R1250|796701|0.220|1|
|tn|al|ssssssss3939393.s|w00|ooo|
|yoy)|40|®|DDA203 A-40/0.03|2CSB203101R1400|796800|0.220|1|
|63|DDA203 A-63/0.03|2CSB203101R1630|796909|0.260|1|
|1n=25-40 A|meen|a|1)|
|100|25|DDA203 A-25/0.1|2CSB203101R2250|797005|0.220|1|
|40|DDA203 A-40/0.1|2CSB203101R2400|797104|0.220|1|
|63|DDA203 A-63/0.1|2CSB203101R2630|797203|0.260|1|
|300|25|DDA203 A-25/0.3|2CSB203101R3250|797302|0.220|1|
|Y1|Y2In=63 A|1|3|5|40|DDA203 A-40/0.3|2CSB203101R3400|797401|0.220|1|
|63|DDA203 A-63/0.3|2CSB203101R3630|797500|0.260|1|
|2|4|6|500|25|DDA203 A-25/0.5|2CSB203101R4250|797609|0.220|1|
|s|i|a|2/1|4/3|6/5|ai|40|.|DDA203 A-40/0.5|2CSB203101R4400|797708|0.220|1|
|63|®|DDA203 A-63/0.5|2CSB203101R4630|oo|797807|0.260|1|
|1000|25|DDA203 A-25/1|2CSB203101R5250|809104|0.220|1|
|40|DDA203 A-40/1|2CSB203101R5400|809203|0.220|1|
|63|®|DDA203 A-63/1|2CSB203101R5630|797906|a|0.260|1|
|—|
|4|30|25|DDA204 A-25/0.03|2CSB204101R1250|798002|0.260|1|
|40|DDA204 A-40/0.03|2CSB204101R1400|798101|0.260|1|
|a]|TO|
|63|DDA204 A-63/0.03|2CSB204101R1630|798200|0.305|1|
|O®|a|
|100|25|DDA204 A-25/0.1|2CSB204101R2250|798309|0.260|1|
|40|DDA204 A-40/0.1|2CSB204101R2400|798408|0.260|1|
|——.|=|
|63|DDA204 A-63/0.1|2CSB204101R2630|798507|0.305|1|
|300|25|DDA204 A-25/0.3|2CSB204101R3250|798606|0.260|1|
|40|DDA204 A-40/0.3|2CSB204101R3400|798705|0.260|1|
|era|63|®|DDA204 A-63/0.3|2CSB204101R3630|798804|0.305|1|
|500|25|DDA204 A-25/0.5|2CSB204101R4250|798903|0.260|1|
|40|DDA204 A-40/0.5|2CSB204101R4400|799009|0.260|1|
|63|DDA204 A-63/0.5|2CSB204101R4630|799108|0.305|1|
|1000|25|DDA204 A-25/1|2CSB204101R5250|809302|0.260|1|
|40|DDA204 A-40/1|2CSB204101R5400|809401|0.260|1|
|ek|.|a|
|2H|43|6S|BT|ry|63|DDA204 A-63/1|2CSB204101R5630|799207|0.305|1|
|me|e|e|
|version with test button working at 110VAC - 254VAC is available. For selection tables refer to special version paragraph.|
|provided with additional terminals for remote tripping|

**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/7** 

ABB 

**3** /23 

**System pro** _**M**_ **compact[®]** 

**Selection tables DDA 200 @ 110 V** RCD-blocks DDA 200 series **DDA 200 @ 400 V** special version 

**3** | 

## **DDA 200 special version 110 V and 400 V** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400115F0001<br>**----- End of picture text -----**<br>


Function: special version of RCD-blocks to assembly on site with MCBs S 200 series.  Special version are available with protection against the effects of sinusoidal alternating and/or direct pulsating earth fault currents, protection against indirect contacts and additional protection against direct contacts (with IΔn=30 mA). 

DDA200 110 V is a particular RCD-block with voltage range for test button Ut = 110-245 V. RCDblocks work for naval applications where the IT system is typically used and the voltage between the phase and the neutral conductor is 115 - 125 V. DDA200 110 V (Ut = 110-245 V) are suitable for naval applications. 

Special version is also available for 400 V in the two poles version working in two-phase industrial systems where voltage between phases is 400 V. 

Applications: naval, industrial. 

Standards: IEC EN 61009 Ann. G 

## 110 V version 

**==> picture [487 x 265] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles residual current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|AC type|
|4|AC|63|DDA 204 AC-63/0.03 110V|2CSB204099R1630|929901|0.350|1|
|A type|
|A|BC|3|A|40|DDA 203 A-40/0.03 110V|2CSB203199R1400|811701|0.350|1|
|—|ts|SS|
|3|A|63|DDA 203 A-63/0.03 110V|2CSB203199R1630|811800|0.350|1|
|oe|a|
|4|A|63|DDA 204 A-63/0.03 110V|2CSB204199R1630|812104|0.350|1|
|sie|6|
|In=40 A|400 V version|
|Number Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles residual current|details|8012542|1 piece|group|1 piece|unit|
|current|
|a|n|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|In=63 A|1|3|5|
|Y1|Y2|
|A type|
|2|4|6|
|:|ee|2|A|63|DDA 202 A-63/0.03 400V|2CSB202192R1630|954934|0.200|1|
|S|LI|2/1|4/3|6/5|nT|

**----- End of picture text -----**<br>


provided with additional terminals for remote tripping 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400562F0001<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/7** 

ABB 

**3** /24 

**DDA 200 AP-R** 

## **System Selection tables pro** _**M**_ **compact[®]** RCD-blocks DDA 200 series AC w type and A y type, AP-R (high immunity) 

**==> picture [107 x 89] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>wet<br>= an<br>oe lis)<br>2CSC400163F0201<br>**----- End of picture text -----**<br>


## **DDA 200 AP-R, AC type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

Surge current resistance (wave 8/20)=3000 A 

**==> picture [56 x 28] intentionally omitted <==**

**----- Start of picture text -----**<br>
Y1 Y2In=63 A 1 3 5<br>2 4 6<br>2/1 4/3 6/5<br>**----- End of picture text -----**<br>


**==> picture [108 x 88] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>wet<br>= an<br>oe lis)<br>2CSC400163F0201<br>**----- End of picture text -----**<br>


|Number<br>of poles<br> <br>**2**|Rated<br>residual<br>current<br>IΔn mA<br>30|Rated<br>current<br>In A<br>25<br>40<br>63<br>®|**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**DDA202 AC-25/0.03 AP-R **2CSB202301R1250<br>**800507**<br>0.180<br>1<br>**DDA202 AC-40/0.03 AP-R **2CSB202301R1400<br>**800606**<br>0.180<br>1<br>**DDA202 AC-63/0.03 AP-R **2CSB202301R1630<br>**800705**<br>0.180<br>1<br>——_—.._—_—_=<br>——————<br>ooo|**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**DDA202 AC-25/0.03 AP-R **2CSB202301R1250<br>**800507**<br>0.180<br>1<br>**DDA202 AC-40/0.03 AP-R **2CSB202301R1400<br>**800606**<br>0.180<br>1<br>**DDA202 AC-63/0.03 AP-R **2CSB202301R1630<br>**800705**<br>0.180<br>1<br>——_—.._—_—_=<br>——————<br>ooo|**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**DDA202 AC-25/0.03 AP-R **2CSB202301R1250<br>**800507**<br>0.180<br>1<br>**DDA202 AC-40/0.03 AP-R **2CSB202301R1400<br>**800606**<br>0.180<br>1<br>**DDA202 AC-63/0.03 AP-R **2CSB202301R1630<br>**800705**<br>0.180<br>1<br>——_—.._—_—_=<br>——————<br>ooo|**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**DDA202 AC-25/0.03 AP-R **2CSB202301R1250<br>**800507**<br>0.180<br>1<br>**DDA202 AC-40/0.03 AP-R **2CSB202301R1400<br>**800606**<br>0.180<br>1<br>**DDA202 AC-63/0.03 AP-R **2CSB202301R1630<br>**800705**<br>0.180<br>1<br>——_—.._—_—_=<br>——————<br>ooo|
|---|---|---|---|---|---|---|
|**3**|30|25|**DDA203 AC-25/0.03 AP-R **2CSB203301R1250|**810704**||0.220<br>1|
|||40|**DDA203 AC-40/0.03 AP-R **2CSB203301R1400|**810803**||0.220<br>1|
|||63<br>(0)|**DDA203 AC-63/0.03 AP-R **2CSB203301R1630|**810902**||0.260<br>1|
|**4**|30|25|**DDA204 AC-25/0.03 AP-R **2CSB204301R1250|**800804**||0.260<br>1|
|||40|**DDA204 AC-40/0.03 AP-R **2CSB204301R1400|**800903**||0.260<br>1|
|||63<br>**DDA204 AC-63/0.03 AP-R **2CSB204301R1630<br>**801009**<br>0.305<br>1<br>~~a~~|||||



## **DDA 200 AP-R, A type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

**3** 

Surge current resistance (wave 8/20)=3000 A 

|||||||||||||||||||||||||Number|Rated|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||||||||||of poles<br>|residual<br>current<br>IΔn mA|current<br>In A|**details**<br>**Type code**<br>Order code|**8012542**1 piece<br>**EAN**|1 piece|group|1 piece<br>kg|unit<br>pc.|
|||||||||||||||||||||||||**2**|30|25|**DDA202 A-25/0.03 AP-R **2CSB202401R1250|**801108**|||0.180|1|
|||||||||||||||||||||||||||40|**DDA202 A-40/0.03 AP-R **2CSB202401R1400|**801207**|||0.180|1|
|||||||||||||||||||||||||||63|**DDA202 A-63/0.03 AP-R **2CSB202401R1630|**801306**|||0.180|1|
||||||||||||||||||||||||||||||||||
|**In=63 A**<br>**Y1 Y2**<br>:||||||||**In=63 A**|||**2/1**|**4/3**|**6/5**||**1**<br>**3**<br>**5**<br>**2**<br>**4**<br>**6**<br>“pape|||||||||**3**|30|25<br>**DDA203 A-25/0.03 AP-R **2CSB203401R1250<br>**811008**<br>0.220<br>1<br>40<br>**DDA203 A-40/0.03 AP-R **2CSB203401R1400<br>**811107**<br>0.220<br>1<br>63<br>**DDA203 A-63/0.03 AP-R **2CSB203401R1630<br>**811206**<br>0.260<br>1<br>~~as~~|||||||
|||||||||||||||||||||||||**4**|30|25|**DDA204 A-25/0.03 AP-R **2CSB204401R1250|**801405**|||0.260|1|
|||||||||||||||||||||||||||40|**DDA204 A-40/0.03 AP-R **2CSB204401R1400|**801504**|||0.260|1|
|||||||||||||||||||||||||||63|**DDA204 A-63/0.03 AP-R **2CSB204401R1630|**801603**|||0.305|1|



provided with additional terminals for remote tripping 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................ pag. 13/7** 

ABB 

**3** /25 

**System pro** _**M**_ **compact[®]** 

**DDA 200 AE** 

**3** 

## **Selection tables** RCD-blocks DDA 200 series A y type, AE (for emergency stop) 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


**==> picture [78 x 485] intentionally omitted <==**

**----- Start of picture text -----**<br>
e<br>“<br>INPUT<br>1   3<br>2   4<br>Y1   Y2<br>2   4<br>OUTPUT<br>Y1   Y2 INPUT<br>1   3   5<br>2   4   6<br>2   4   6 | tt<br>OUTPUT<br>2CSC400163F0201<br>2CSC400563F0201<br>2CSC400562F0201<br>**----- End of picture text -----**<br>


## **DDA 200 AE, A type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

The RCD-block is provided with two additional terminals to be used in emergency circuits for remote opening in positive safety. A remote control circuit should be connected to those terminals where NC push buttons should be inserted in series. 

ATTENTION! 

It’s allowed to use multiple NC buttons to control one DDA200 AE but it’s not permitted to use one button in a control circuit for more RCD-blocks DDA200 AE. DDA200 AE must be supplied by the top side. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

|Number|Rated|Rated|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|of poles|residual|current|**details**|**8012542**1 piece|1 piece|group|1 piece|unit|
||current||||||||
||IΔn mA|In A|**Type code**<br>Order code|**EAN**|||kg|pc.|
|**2**<br>30<br>63<br>**DDA202 A-63/0.03 AE **2CSB202701R1630<br>**801702**<br>0.180<br>1<br>300<br>63<br>**DDA202 A-63/0.3 AE **2CSB202701R3630<br>**801801**<br>0.180<br>1<br>es|||||||||
||500|63|**DDA202 A-63/0.5 AE **2CSB202701R4630|**801900**|||0.180|1|
||1000|63|**DDA202 A-63/1 AE**<br>2CSB202701R5630|**802006**|||0.180|1|



|**3**|30|63|**DDA203 A-63/0.03 AE**|**DDA203 A-63/0.03 AE **2CSB203701R1630|**802105**|0.260|1|
|---|---|---|---|---|---|---|---|
||300|63|**DDA203 A-63/0.3 AE**|**DDA203 A-63/0.3 AE **2CSB203701R3630|**802204**|0.260|1|
||500<br>1000|63<br>63|**DDA203 A-63/0.5 AE**<br>**DDA203 A-63/1 AE**|**DDA203 A-63/0.5 AE **2CSB203701R4630<br>**DDA203 A-63/1 AE**<br>2CSB203701R5630|**802303**<br>**802402**|0.260<br>0.260|1<br>1|



|**4**|30|63|**DDA204 A-63/0.03 AE**|**DDA204 A-63/0.03 AE **2CSB204701R1630|**802501**|0.305|1|
|---|---|---|---|---|---|---|---|
||300|63|**DDA204 A-63/0.3 AE**|**DDA204 A-63/0.3 AE **2CSB204701R3630|**802600**|0.305|1|
||500|63|**DDA204 A-63/0.5 AE**|**DDA204 A-63/0.5 AE **2CSB204701R4630|**802709**|0.305|1|
||1000|63|**DDA204 A-63/1 AE**|**DDA204 A-63/1 AE**<br>2CSB204701R5630|**802808**|0.305|1|



> Y1   Y2 INPUT 1   3   5   N 2   4   6   N i 2  4  6  N OUTPUT 

**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/7 Application sheets .........................  pag. 12/4** | 

ABB 

**3** /26 

**System pro** _**M**_ **compact[®]** 

**DDA 200 AC S** 

## **Selection tables** 

## RCD-blocks DDA 200 series AC w type, selective 

**==> picture [54 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>**----- End of picture text -----**<br>


## **DDA 200 AC selective type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide). 

Application: commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

Surge current resistance (wave 8/20)=5000 A 

**==> picture [481 x 468] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|é|j|
|“lt|a|a|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|2|100|63|DDA202 AC S-63/0.1|2CSB202901R2630|809500|0.180|1|
|300|63|DDA202 AC S-63/0.3|2CSB202901R3630|809609|0.180|1|
|500|63|DDA202 AC S-63/0.5|2CSB202901R4630|809708|0.180|1|
|1000|63|DDA202 AC S-63/1|2CSB202901R5630|809807|0.180|1|
|3|100|63|DDA203 AC S-63/0.1|2CSB203901R2630|809906|0.260|1|
|300|63|DDA203 AC S-63/0.3|2CSB203901R3630|810001|0.260|1|
|500|63|DDA203 AC S-63/0.5|2CSB203901R4630|810100|0.260|1|
|1000|63|DDA203 AC S-63/1|2CSB203901R5630|810209|0.260|1|
|i|
|Y1|Y2In=63 A|1|3|5|
|2|4|6|
|2/1|4/3|6/5|
|||
|7|
|4|100|63|DDA204 AC S-63/0.1|2CSB204901R2630|810308|0.305|1|
|300|63|DDA204 AC S-63/0.3|2CSB204901R3630|810407|0.305|1|
|500|63|DDA204 AC S-63/0.5|2CSB204901R4630|810506|0.305|1|
|1000|63|DDA204 AC S-63/1|2CSB204901R5630|810605|0.305|1|
|-|Attention:|
|All DDA 200 AC S are provided with additional terminals for remote tripping|

**----- End of picture text -----**<br>


**3** 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/7** 

ABB 

**3** /27 

**System pro** _**M**_ **compact[®]** 

**DDA 200 A S** 

**3** 

## **Selection tables** 

## RCD-blocks DDA 200 series A y type, selective 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


## **DDA 200 A selective type** 

Function: RCD-block for assembly on site with MCBs S 200 series. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide). 

Application: commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

Surge current resistance (wave 8/20)=5000 A 

**==> picture [341 x 465] intentionally omitted <==**

**----- Start of picture text -----**<br>
Number  Rated  Rated  Order<br>of poles  residual  current  details<br>current<br>oe ail<br>IΔn mA  In A  Type code Order code<br>gt.<br>2  100  63  DDA202 A S-63/0.1   2CSB202201R2630<br>300  63  DDA202 A S-63/0.3   2CSB202201R3630<br>500  63  DDA202 A S-63/0.5   2CSB202201R4630<br>1000  63  DDA202 A S-63/1   2CSB202201R5630<br>3  100  63  DDA203 A S-63/0.1   2CSB203201R2630<br>300  63  DDA203 A S-63/0.3   2CSB203201R3630<br>500  63  DDA203 A S-63/0.5   2CSB203201R4630<br>1000  63  DDA203 A S-63/1   2CSB203201R5630<br>Y1 Y2In=63 A 1 3 5<br>2 4 6<br>2/1 4/3 6/5<br>4  100  63  DDA204 A S-63/0.1   2CSB204201R2630<br>. 300  63  DDA204 A S-63/0.3   2CSB204201R3630<br>500  63  DDA204 A S-63/0.5   2CSB204201R4630<br>1000  63  DDA204 A S-63/1   2CSB204201R5630<br>Attention:<br>All DDA 200 A S are provided with additional terminals for remote tripping<br>= ; oe<br>2CSC400163F0201<br>2CSC400563F0201<br>2CSC400562F0201<br>**----- End of picture text -----**<br>


|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|Number<br>Rated<br>Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>of poles<br>residual<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>current<br> <br>IΔn mAΔn mAn mA<br>In A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**2**<br>100<br>63<br>**DDA202 A S-63/0.1**2CSB202201R2630<br>**799306**<br>0.180<br>1<br>————|
|---|---|---|---|---|---|---|---|---|
||300|63|**DDA202 A S-63/0.3**2CSB202201R3630|**799405**|||0.180|1|
||500|63|**DDA202 A S-63/0.5**2CSB202201R4630|**799504**|||0.180|1|
||1000|63|**DDA202 A S-63/1**2CSB202201R5630|**799603**|||0.180|1|



|**3**|100<br>300<br>500<br>1000|63<br>63<br>63<br>63|**DDA203 A S-63/0.1**<br>**DDA203 A S-63/0.3**<br>**DDA203 A S-63/0.5**<br>**DDA203 A S-63/1**|**DDA203 A S-63/0.1**<br>**DDA203 A S-63/0.3**<br>**DDA203 A S-63/0.5**<br>**DDA203 A S-63/1**|**DDA203 A S-63/0.1**2CSB203201R2630<br>**DDA203 A S-63/0.3**2CSB203201R3630<br>**DDA203 A S-63/0.5**2CSB203201R4630<br>2CSB203201R5630|**799702**<br>**799801**<br>**799900**<br>**800002**|0.260<br>0.260<br>0.260<br>0.260|1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|



|**4**|100|63|**DDA204 A S-63/0.1**|**DDA204 A S-63/0.1**|**DDA204 A S-63/0.1**2CSB204201R2630|**800101**|0.305|1|
|---|---|---|---|---|---|---|---|---|
||300<br>500<br>1000|63<br>63<br>63|**DDA204 A S-63/0.3**<br>**DDA204 A S-63/0.5**<br>**DDA204 A S-63/1**|**DDA204 A S-63/0.3**<br>**DDA204 A S-63/0.5**<br>**DDA204 A S-63/1**|**DDA204 A S-63/0.3**2CSB204201R3630<br>**DDA204 A S-63/0.5**2CSB204201R4630<br>2CSB204201R5630|**800200**<br>**800309**<br>**800408**|0.305<br>0.305<br>0.305|1<br>1<br>1|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/7** 

ABB 

**3** /28 

**System pro** _**M**_ **compact[®]** 

**DDA 200 B** 

**3** 

## **Selection tables** RCD-blocks DDA 200 series B y [A] type 

**==> picture [106 x 180] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>THI 1 3<br>2 4<br>2/1 4/3<br>2CSC400563F0001<br>2CSC400563F0001<br>**----- End of picture text -----**<br>


## **DDA 200 type B for continuous type fault currents** 

RCD-blocks type B are also sensitive to continuous or mainly continuous (continuous with weak ondulation) current pulsating earth fault currents. They are also sensitive to alternate sinusoidal and direct pulsating earth fault currents as with type A circuit breakers. 

They satisfy the requirements of type A devices and thus the requirements for type AC devices which can be considered an extension. For this reason the differential blocks type B are sometimes referred as “universal type”, as sensitive to “all” kind of residual current shape. 

DDA 200 type B can be coupled with all the S 200 series MCBs. 

They are used for protection in installations with electronic equipments according to EN 50178. 

Applications: tertiary and industrial. 

Standards: IEC EN 61009 Ann. G, IEC 60755 

Surge current resistance (8/20 wave): 3000 A 

Number Rated Rated **Order Bbn** Price Price Weight Pack of poles residual current **details 8012542** 1 piece group 1 piece unit current 1 3 5 TH IΔn mA In A **Type code** Order code **EAN** kg pc. 2 4 6 **2** 30 63 **DDA202 B-63/0.03** 2CSB202501R1630 **987802** 0.260 1 ~~_~~ ———— 300 63 **DDA202 B-63/0.3** 2CSB202501R3630 **987703** 0.260 1 2/1 4/3 6/5 **3** 30 63 **DDA203 B-63/0.03** 2CSB203501R1630 **154754** 0.325 1 300 63 **DDA203 B-63/0.3** 2CSB203501R3630 **154853** 0.325 1 **4** 30 63 **DDA204 B-63/0.03** 2CSB204501R1630 **987505** 0.325 1 300 63 **DDA204 B-63/0.3** 2CSB204501R3630 **987604** 0.325 1 Thr 1 3 5 N 2 4 6 N 2/1 4/3 6/5 N **DDA 200 type B for selective continuous type fault currents** Function: protection against the effects of alternate sinusoidal, direct pulsating, continuous current and continuous current pulsating earth fault currents with an intentional trip delay that permits selectivity with instantaneous type devices placed downstream (for further information on selectivity, see chapter 10). DDA 200 type B can be coupled with all the S 200 series MCBs. They are used for protection in installations with electronic equipments according to EN 50178. Applications: tertiary and industrial. Standards: IEC EN 61009 Ann. G, IEC 60755 TH 1 3 5 Surge current resistance (8/20 wave): 5000 A 2 4 6 2/1 4/3 6/5 Number Rated Rated **Order Bbn** Price Price Weight Pack of poles residual current **details 8012542** 1 piece group 1 piece unit current IΔn mA In A **Type code** Order code **EAN** kg pc. **3** 300 63 **DDA203 B S-63/0.3** 2CSB203801R3630 **987901** 0.325 1 **4** 300 63 **DDA204 B S-63/0.3** 2CSB204801R3630 **154952** 0.325 1 a... 

**==> picture [27 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


Function: protection against the effects of alternate sinusoidal, direct pulsating, continuous current and continuous current pulsating earth fault currents with an intentional trip delay that permits selectivity with instantaneous type devices placed downstream (for further information on selectivity, see chapter 10). 

thr 1 3 5 N 2 4 6 N 2/1 4/3 6/5 N 

**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/7** ~~T~~ OO 

ABB 

**3** /29 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS201 series 

**DS201** 

**3** 

**==> picture [569 x 461] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL CHARACTERISTICS<br>Standards<br>Electrical Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage Ue V<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated breaking capacity acc. to IEC/EN 61009 ultimate Icn A<br>Rated breaking capacity acc. to IEC/EN 60947-2   ultimate Icu kA<br>1P+N @230 VAC service Ics kA<br>Rated residual breaking capacity IΔm kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Thermomagnetic release B: 3 In ≤ Im ≤ 5 In<br>characteristic C: 5 In ≤ Im ≤ 10 In<br>K: 10 In ≤ Im ≤ 14 In<br>Surge current resistance (wave 8/20) A<br>Mechanical Toggle<br>features Flag indicators<br>Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization constant climatic conditions °C/RH<br>acc. to IEC /EN 60068-2 variable climatic conditions °C/RH<br>Reference temperature for setting of thermal element °C<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Installation Terminal type top<br>bottom<br>Terminal size top/bottom for cables mm [2]<br>Terminal size top/bottom for busbar mm [2]<br>Tightening torque top/bottom N*m<br>Mounting<br>Connection<br>Dimensions  Dimensions (H  x D x W) mm<br>and weight Weight g<br>Combination  Combinable with:  auxiliary contact<br>with auxiliary signal contact<br>elements shunt trip<br>undervoltage release<br>**----- End of picture text -----**<br>


ABB 

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**System Technical features pro** _**M**_ **compact[®]** RCBOs DS201 series 

**DS201** 

**3** 

|AC|DS201 L<br>A|DS201 L<br>A|DS201 L<br>A|DS201<br>IEC / EN 61009<br>APR<br>AC<br>A<br>APR|AC|DS201 M<br>A|DS201 M<br>A|DS201 M<br>A|APR|
|---|---|---|---|---|---|---|---|---|---|
|||||1P+N||||||
||6≤In≤32|||1≤In≤40||4≤In≤40||||
|0.03-0.3|0.01-0.03-0.3|||0.03<br>0.03-0.1-0.3-1<br>0.01-0.03-0.1-0.3<br>0.03-0.1-0.3|0.03-0.1-0.3|0.01-0.03-0.1-0.3|||0.03-0.1-0.3|
|||||230-240<br>500<br>254<br>110<br>50…60||||||
|||4500<br>6<br>4.5<br>4.5||6000<br>10<br>6<br>6|||10000<br>10<br>7.5<br>6|||
|||||4<br>2.5<br>250 (3000 for APR versions)||||||
|||||black sealable in ON-OFF position<br>differential trip indicator (blue)<br>contact position indicator (green/red)<br>10000<br>20000<br>IP4X<br>IP2X<br>23/83 - 40/93 - 55/20<br>25/95 - 40/95<br>30<br>-25…+55<br>-40…+70||||||
|||||failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected)<br>failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected)<br>25/25<br>10/10<br>2.8<br>on DIN rail EN 60715 (35 mm) by means of fast clip  device<br>from top and bottom||||||
|||||85 x 69 x 35<br>239||||||
|||||yes<br>yes<br>yes<br>yes||||||



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**System pro** _**M**_ **compact[®]** 

**DS201 L** 

**3** 

## **Selection tables** RCBOs DS201 series[4500] C AC[w] type, A[y] type 

## C 

## C 

## **DS201 L AC type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 Icn=4.5 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**1+N**|30|6|**DS201 L C6 AC30**|2CSR245040R1064|**171201**|||0.240|5|
|||10|**DS201 L C10 AC30**|2CSR245040R1104|**171300**|||0.240|5|
|||16|**DS201 L C16 AC30**|2CSR245040R1164|**171409**|||0.240|5|
|||20|**DS201 L C20 AC30**|2CSR245040R1204|**171508**|||0.240|5|
|||25|**DS201 L C25 AC30**|2CSR245040R1254|**171607**|||0.240|5|
|||32|**DS201 L C32 AC30**|2CSR245040R1324|**171706**|||0.240|5|
||300|6|**DS201 L C6 AC300**|2CSR245040R3064|**171805**|||0.240|5|
|||10|**DS201 L C10 AC300**2CSR245040R3104|2CSR245040R3104|**171904**|||0.240|5|
|||16|**DS201 L C16 AC300**2CSR245040R3164|2CSR245040R3164|**172000**|||0.240|5|
|||20|**DS201 L C20 AC300**2CSR245040R3204|2CSR245040R3204|**172109**|||0.240|5|
|||25|**DS201 L C25 AC300**2CSR245040R3254|2CSR245040R3254|**172208**|||0.240|5|
|||32|**DS201 L C32 AC300**2CSR245040R3324|2CSR245040R3324|**172307**|||0.240|5|



## **DS201 L A type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=4.5 kA 

|Number<br>of poles|Rated<br>residual|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
||current|||||||||
||IΔn mA|In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1+N**|10|6|**DS201 L C6 A10**|2CSR245140R0064|**163404**|||0.240|5|
|||10|**DS201 L C10 A10**|2CSR245140R0104|**171003**|||0.240|5|
|||16|**DS201 L C16 A10**|2CSR245140R0164|**171102**|||0.240|5|
||30|6|**DS201 L C6 A30**|2CSR245140R1064|**172406**|||0.240|5|
|||10|**DS201 L C10 A30**|2CSR245140R1104|**172505**|||0.240|5|
|||16|**DS201 L C16 A30**|2CSR245140R1164|**172604**|||0.240|5|
|||20|**DS201 L C20 A30**|2CSR245140R1204|**172703**|||0.240|5|
|||25|**DS201 L C25 A30**|2CSR245140R1254|**173809**|||0.240|5|
|||32|**DS201 L C32 A30**|2CSR245140R1324|**173908**|||0.240|5|
||300|6|**DS201 L C6 A300**|2CSR245140R3064|**174004**|||0.240|5|
|||10|**DS201 L C10 A300**|2CSR245140R3104|**174103**|||0.240|5|
|||16|**DS201 L C16 A300**|2CSR245140R3164|**174202**|||0.240|5|
|||20|**DS201 L C20 A300**|2CSR245140R3204|**174301**|||0.240|5|
|||25|**DS201 L C25 A300**|2CSR245140R3254|**174707**|||0.240|5|
|||32|**DS201 L C32 A300**|2CSR245140R3324|**174806**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** PT 

ABB 

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**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series[4500] L A[y] APR type 

**DS201 L** 

**==> picture [98 x 107] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>se<br>2CSC400005F0202<br>**----- End of picture text -----**<br>


## **DS201 L APR type, C characteristic** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing an optimal trade-off between safety and continuity of service, thanks to the resistance to unwanted tripping; protection against indirect contact and additional protection against direct (IΔn=30mA) contact; protection and isolation of resistive and inductive loads. 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=4.5 kA 

|Number<br>of poles<br> <br>4|Rated<br>residual<br>current<br>IΔn mA<br>4|Rated<br>current<br>In A<br>4|**Order**<br>**details**<br>**Type code**<br>4|Order code<br>4|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>4|Price<br>1 piece<br>4|Price<br>group<br>4|Weight<br>1 piece<br>kg<br>4|Pack<br>unit<br>pc.<br>4|**3**<br>4|
|---|---|---|---|---|---|---|---|---|---|---|
|**1+N**|30|6|**DS201 L C6 APR30**|2CSR245440R1064|**174905**|||0.240|5||
|||10|**DS201 L C10 APR30**2CSR245440R1104|2CSR245440R1104|**175001**|||0.240|5||
|||16|**DS201 L C16 APR30**2CSR245440R1164|2CSR245440R1164|**175100**|||0.240|5||
|||20|**DS201 L C20 APR30**2CSR245440R1204|2CSR245440R1204|**175209**|||0.240|5||
|||25|**DS201 L C25 APR30**2CSR245440R1254|2CSR245440R1254|**175605**|||0.240|5||
|||32|**DS201 L C32 APR30**2CSR245440R1324|2CSR245440R1324|**175704**|||0.240|5||



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DS201** 

**3** 

## **Selection tables** RCBOs DS201 series tL][6000] AC[w] type, APR type 

## B 

## C 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400005F0202<br>**----- End of picture text -----**<br>


## **DS201 AC type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=6 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**1+N**|30|6|**DS201 B6 AC30**|2CSR255040R1065|**279709**|||0.240|5|
|||10<br>13<br>16<br>20|**DS201 B10 AC30**<br>**DS201 B13 AC30**<br>**DS201 B16 AC30**<br>**DS201 B20 AC30**|2CSR255040R1105<br>2CSR255040R1135<br>2CSR255040R1165<br>2CSR255040R1205|**280309**<br>**285205**<br>**285304**<br>**285403**|||0.240<br>0.240<br>0.240<br>0.240|5<br>5<br>5<br>5|
|||25|**DS201 B25 AC30**|2CSR255040R1255|**285502**|||0.240|5|
|||32|**DS201 B32 AC30**|2CSR255040R1325|**285601**|||0.240|5|
|||40|**DS201 B40 AC30**|2CSR255040R1405|**285700**|||0.240|5|
||100|6|**DS201 B6 AC100**|2CSR255040R2065|**285809**|||0.240|5|
|||10|**DS201 B10 AC100**|2CSR255040R2105|**285908**|||0.240|5|
|||13|**DS201 B13 AC100**|2CSR255040R2135|**286004**|||0.240|5|
|||16|**DS201 B16 AC100**|2CSR255040R2165|**286103**|||0.240|5|
|||20|**DS201 B20 AC100**|2CSR255040R2205|**286202**|||0.240|5|
|||25|**DS201 B25 AC100**|2CSR255040R2255|**286301**|||0.240|5|
|||32|**DS201 B32 AC100**|2CSR255040R2325|**286400**|||0.240|5|
|||40|**DS201 B40 AC100**|2CSR255040R2405|**286509**|||0.240|5|
||300|6|**DS201 B6 AC300**|2CSR255040R3065|**286608**|||0.240|5|
|||10|**DS201 B10 AC300**|2CSR255040R3105|**286707**|||0.240|5|
|||13|**DS201 B13 AC300**|2CSR255040R3135|**293903**|||0.240|5|
|||16|**DS201 B16 AC300**|2CSR255040R3165|**294009**|||0.240|5|
|||20|**DS201 B20 AC300**|2CSR255040R3205|**294108**|||0.240|5|
|||25|**DS201 B25 AC300**|2CSR255040R3255|**294207**|||0.240|5|
|||32|**DS201 B32 AC300**|2CSR255040R3325|**294306**|||0.240|5|
|||40|**DS201 B40 AC300**|2CSR255040R3405|**294405**|||0.240|5|



## **DS201 AC type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400005F0202<br>**----- End of picture text -----**<br>


Standard: IEC/EN 61009 

Icn=6 kA 

|Number<br>of poles|Rated<br>residual<br>current|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
||IΔn mA|In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1+N**|30|6|**DS201 C6 AC30**|2CSR255040R1064|**294504**|||0.240|5|
|||10<br>**DS201 C10 AC30**<br>2CSR255040R1104**294603**<br>0.240<br>5<br>13<br>**DS201 C13 AC30**<br>2CSR255040R1134**294702**<br>0.240<br>5<br>On||||||||
|||16|**DS201 C16 AC30**|2CSR255040R1164|**294801**|||0.240|5|
|||20|**DS201 C20 AC30**|2CSR255040R1204|**294900**|||0.240|5|
|||25|**DS201 C25 AC30**|2CSR255040R1254|**295006**|||0.240|5|
|||32|**DS201 C32 AC30**|2CSR255040R1324|**296003**|||0.240|5|
|||40|**DS201 C40 AC30**|2CSR255040R1404|**296102**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

**3** /34 

**DS201** 

## **System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series a[6000] AC[w] type, APR type 

## C 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400005F0202<br>**----- End of picture text -----**<br>


|100|6|**DS201 C6 AC100**|**DS201 C6 AC100**|2CSR255040R2064**296201**|0.240|5|
|---|---|---|---|---|---|---|
||10|**DS201 C10 AC100**|**DS201 C10 AC100**|2CSR255040R2104**296409**|0.240|5|
||13|**DS201 C13 AC100**|**DS201 C13 AC100**|2CSR255040R2134**370802**|0.240|5|
||16|**DS201 C16 AC100**|**DS201 C16 AC100**|2CSR255040R2164**370901**|0.240|5|
||20|**DS201 C20 AC100**|**DS201 C20 AC100**|2CSR255040R2204**371601**|0.240|5|
||25|**DS201 C25 AC100**|**DS201 C25 AC100**|2CSR255040R2254**371700**|0.240|5|
||32|**DS201 C32 AC100**|**DS201 C32 AC100**|2CSR255040R2324**371809**|0.240|5|
||40|**DS201 C40 AC100**|**DS201 C40 AC100**|2CSR255040R2404**498100**|0.240|5|
|300|6|**DS201 C6 AC300**|**DS201 C6 AC300**|2CSR255040R3064**498209**|0.240|5|
||10|**DS201 C10 AC300**|**DS201 C10 AC300**|2CSR255040R3104**498308**|0.240|5|
||13<br>16<br>20|**DS201 C13 AC300**<br>**DS201 C16 AC300**<br>**DS201 C20 AC300**|**DS201 C13 AC300**<br>**DS201 C16 AC300**<br>**DS201 C20 AC300**|2CSR255040R3134**505907**<br>2CSR255040R3164**506003**<br>2CSR255040R3204**506102**|0.240<br>0.240<br>0.240|5<br>5<br>5|
||25|**DS201 C25 AC300**|**DS201 C25 AC300**|2CSR255040R3254**506201**|0.240|5|
||32|**DS201 C32 AC300**|**DS201 C32 AC300**|2CSR255040R3324**618300**|0.240|5|
||40|**DS201 C40 AC300**|**DS201 C40 AC300**|2CSR255040R3404**638407**|0.240|5|
|1000|6|**DS201 C6 AC1000**|**DS201 C6 AC1000**|2CSR255040R5064**996606**|0.240|5|
||10|**DS201 C10 AC1000**|**DS201 C10 AC1000**|2CSR255040R5104**996705**|0.240|5|
||16|**DS201 C16 AC1000**|**DS201 C16 AC1000**|2CSR255040R5164**996804**|0.240|5|
||20|**DS201 C20 AC1000**|**DS201 C20 AC1000**|2CSR255040R5204**996903**|0.240|5|
||25|**DS201 C25 AC1000**|**DS201 C25 AC1000**|2CSR255040R5254**997009**|0.240|5|
||32|**DS201 C32 AC1000**|**DS201 C32 AC1000**|2CSR255040R5324**997108**|0.240|5|
||40|**DS201 C40 AC1000**|**DS201 C40 AC1000**|2CSR255040R5404**997207**|0.240|5|



## **DS201 APR type, C characteristic** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing an optimal trade-off between safety and continuity of service thanks to the resistance to unwanted tripping; protection against indirect contact and additional protection against direct (IΔn=30 mA) contact; protection and isolation of resistive and inductive loads. 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=6 kA 

|Number<br>of poles<br> <br>—|Rated<br>residual<br>current<br>IΔn mA<br>—|Rated<br>current<br>In A<br>—|**Order**<br>**details**<br>**Type code**<br>—|Order code<br>—|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>—|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece<br>kg<br>—|Pack<br>unit<br>pc.<br>—|
|---|---|---|---|---|---|---|---|
|**1+N**|30|6|**DS201 C6 APR30**|2CSR255440R1064|**997306**|0.240|5|
|||10|**DS201 C10 APR30**|2CSR255440R1104|**997405**|0.240|5|
|||13|**DS201 C13 APR30**|2CSR255440R1134|**997504**|0.240|5|
|||16|**DS201 C16 APR30**|2CSR255440R1164|**997603**|0.240|5|
|||20|**DS201 C20 APR30**|2CSR255440R1204|**997702**|0.240|5|
|||25|**DS201 C25 APR30**|2CSR255440R1254|**997801**|0.240|5|
|||32|**DS201 C32 APR30**|2CSR255440R1324|**997900**|0.240|5|
|||40|**DS201 C40 APR30**|2CSR255440R1404|**998006**|0.240|5|
||100|6|**DS201 C6 APR100**|2CSR255440R2064|**126454**|0.240|5|
|||10|**DS201 C10 APR100**2CSR255440R2104|2CSR255440R2104|**126553**|0.240|5|
|||13|**DS201 C13 APR100**2CSR255440R2134|2CSR255440R2134|**126652**|0.240|5|
|||16|**DS201 C16 APR100**2CSR255440R2164|2CSR255440R2164|**126751**|0.240|5|
|||20|**DS201 C20 APR100**2CSR255440R2204|2CSR255440R2204|**126850**|0.240|5|
|||25|**DS201 C25 APR100**2CSR255440R2254|2CSR255440R2254|**126959**|0.240|5|
|||32|**DS201 C32 APR100**2CSR255440R2324|2CSR255440R2324|**127055**|0.240|5|
|||40|**DS201 C40 APR100**2CSR255440R2404|2CSR255440R2404|**127154**|0.240|5|
||300|6|**DS201 C6 APR300**|2CSR255440R3064|**998105**|0.240|5|
|||10|**DS201 C10 APR300**2CSR255440R3104|2CSR255440R3104|**998204**|0.240|5|
|||13|**DS201 C13 APR300**2CSR255440R3134|2CSR255440R3134|**998303**|0.240|5|
|||16|**DS201 C16 APR300**2CSR255440R3164|2CSR255440R3164|**998402**|0.240|5|
|||20|**DS201 C20 APR300**2CSR255440R3204|2CSR255440R3204|**998501**|0.240|5|
|||25|**DS201 C25 APR300**2CSR255440R3254|2CSR255440R3254|**998600**|0.240|5|
|||32|**DS201 C32 APR300**2CSR255440R3324|2CSR255440R3324|**998709**|0.240|5|
|||40|**DS201 C40 APR300**2CSR255440R3404|2CSR255440R3404|**998808**|0.240|5|



**3** 

**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

**3** /35 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series L[|][6000] A[y] type 

**DS201** 

**3** 

## **DS201 A type, B characteristic** 

## B 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=6 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**1+N**|10|10|**DS201 B10 A10**|2CSR255140R0105|**995708**|||0.240|5|
||30|13<br>**DS201 B13 A10**<br>2CSR255140R0135**995807**<br>0.240<br>5<br>16<br>**DS201 B16 A10**<br>2CSR255140R0165**995906**<br>0.240<br>5<br>6<br>**DS201 B6 A30**<br>2CSR255140R1065**638506**<br>0.240<br>5<br>10<br>**DS201 B10 A30**<br>2CSR255140R1105**647805**<br>0.240<br>5<br>—————<br>SS||||||||
|||13|**DS201 B13 A30**|2CSR255140R1135|**655503**|||0.240|5|
|||16|**DS201 B16 A30**|2CSR255140R1165|**655602**|||0.240|5|
|||20|**DS201 B20 A30**|2CSR255140R1205|**655701**|||0.240|5|
|||25|**DS201 B25 A30**|2CSR255140R1255|**766902**|||0.240|5|
|||32|**DS201 B32 A30**|2CSR255140R1325|**814504**|||0.240|5|
|||40|**DS201 B40 A30**|2CSR255140R1405|**910602**|||0.240|5|
||100|6|**DS201 B6 A100**|2CSR255140R2065|**990307**|||0.240|5|
|||10|**DS201 B10 A100**|2CSR255140R2105|**990406**|||0.240|5|
|||13|**DS201 B13 A100**|2CSR255140R2135|**990505**|||0.240|5|
|||16|**DS201 B16 A100**|2CSR255140R2165|**990604**|||0.240|5|
|||20|**DS201 B20 A100**|2CSR255140R2205|**990703**|||0.240|5|
|||25|**DS201 B25 A100**|2CSR255140R2255|**990802**|||0.240|5|
|||32|**DS201 B32 A100**|2CSR255140R2325|**990901**|||0.240|5|
|||40|**DS201 B40 A100**|2CSR255140R2405|**991007**|||0.240|5|
||300|6|**DS201 B6 A300**|2CSR255140R3065|**991908**|||0.240|5|
|||10|**DS201 B10 A300**|2CSR255140R3105|**992004**|||0.240|5|
|||13|**DS201 B13 A300**|2CSR255140R3135|**992103**|||0.240|5|
|||16|**DS201 B16 A300**|2CSR255140R3165|**992202**|||0.240|5|
|||20|**DS201 B20 A300**|2CSR255140R3205|**992301**|||0.240|5|
|||25|**DS201 B25 A300**|2CSR255140R3255|**992400**|||0.240|5|
|||32|**DS201 B32 A300**|2CSR255140R3325|**992509**|||0.240|5|
|||40|**DS201 B40 A300**|2CSR255140R3405|**992608**|||0.240|5|



## **DS201 A type, C characteristic** 

## C 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=6 kA 

|2CSC400005F0202<br>why '|Number<br>of poles|Rated<br>residual<br>current|Rated<br>residual<br>current|**Order**<br>current<br>**details**|**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
|||IΔn mA|In A|**Type code**<br>Order code|**EAN**|||kg|pc.|
||**1+N**|10|10|**DS201 C10 A10**<br>2CSR255140R0104|**996002**|||0.240|5|
|**Technical details ..........................  pag. 11/76**<br>**Overall dimensions ........................  pag. 13/9**<br>13<br>**DS201 C13 A10**<br>2CSR255140R0134**996101**<br>0.240<br>5<br>16<br>**DS201 C16 A10**<br>2CSR255140R0164**996200**<br>0.240<br>5<br>30<br>2<br>**DS201 C2 A30**<br>2CSR255140R1024**123958**<br>0.240<br>5<br>4<br>**DS201 C4 A30**<br>2CSR255140R1044**942306**<br>0.240<br>5<br>6<br>**DS201 C6 A30**<br>2CSR255140R1064**942405**<br>0.240<br>5<br>8<br>**DS201 C8 A30**<br>2CSR255140R1084**124054**<br>0.240<br>5<br>10<br>**DS201 C10 A30**<br>2CSR255140R1104**952503**<br>0.240<br>5<br>13<br>**DS201 C13 A30**<br>2CSR255140R1134**976004**<br>0.240<br>5<br>16<br>**DS201 C16 A30**<br>2CSR255140R1164**976103**<br>0.240<br>5<br>" ~~t~~ha~~|~~||||||||||



ABB 

**3** /36 

**DS201** 

**3** 

## **System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series[6000] L | A[y] type 

||20|**DS201 C20 A30**|**DS201 C20 A30**|2CSR255140R1204**976202**|0.240|5|
|---|---|---|---|---|---|---|
||25|**DS201 C25 A30**|**DS201 C25 A30**|2CSR255140R1254**976301**|0.240|5|
||32|**DS201 C32 A30**|**DS201 C32 A30**|2CSR255140R1324**990109**|0.240|5|
||40|**DS201 C40 A30**|**DS201 C40 A30**|2CSR255140R1404**990208**|0.240|5|
|100|6|**DS201 C6 A100**|**DS201 C6 A100**|2CSR255140R2064**991106**|0.240|5|
||10|**DS201 C10 A100**|**DS201 C10 A100**|2CSR255140R2104**991205**|0.240|5|
||13|**DS201 C13 A100**|**DS201 C13 A100**|2CSR255140R2134**991304**|0.240|5|
||16|**DS201 C16 A100**|**DS201 C16 A100**|2CSR255140R2164**991403**|0.240|5|
||20|**DS201 C20 A100**|**DS201 C20 A100**|2CSR255140R2204**991502**|0.240|5|
||25|**DS201 C25 A100**|**DS201 C25 A100**|2CSR255140R2254**991601**|0.240|5|
|300|32<br>40<br>2|**DS201 C32 A100**<br>**DS201 C40 A100**<br>**DS201 C2 A300**|**DS201 C32 A100**<br>**DS201 C40 A100**<br>**DS201 C2 A300**|2CSR255140R2324**991700**<br>2CSR255140R2404**991809**<br>2CSR255140R3024**124153**|0.240<br>0.240<br>0.240|5<br>5<br>5|
||4|**DS201 C4 A300**|**DS201 C4 A300**|2CSR255140R3044**124252**|0.240|5|
||6|**DS201 C6 A300**|**DS201 C6 A300**|2CSR255140R3064**992707**|0.240|5|
||8|**DS201 C8 A300**|**DS201 C8 A300**|2CSR255140R3084**124351**|0.240|5|
||10|**DS201 C10 A300**|**DS201 C10 A300**|2CSR255140R3104**992806**|0.240|5|
||13|**DS201 C13 A300**|**DS201 C13 A300**|2CSR255140R3134**992905**|0.240|5|
||16|**DS201 C16 A300**|**DS201 C16 A300**|2CSR255140R3164**993001**|0.240|5|
||20|**DS201 C20 A300**|**DS201 C20 A300**|2CSR255140R3204**993100**|0.240|5|
||25|**DS201 C25 A300**|**DS201 C25 A300**|2CSR255140R3254**993209**|0.240|5|
||32|**DS201 C32 A300**|**DS201 C32 A300**|2CSR255140R3324**993308**|0.240|5|
||40|**DS201 C40 A300**|**DS201 C40 A300**|2CSR255140R3404**993407**|0.240|5|



## C 

## **DS201 A type, K characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 60947-2 

## Icn=6 kA 

|Number<br>of poles<br> <br>**1+N**|Rated<br>residual<br>current<br>IΔn mA<br>10|Rated<br>current<br>In A<br>10|**Order**<br>**details**<br>**Type code**<br>**DS201 K10 A10**|Order code<br>2CSR255140R0107|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**996309**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.240|Pack<br>unit<br>pc.<br>5|
|---|---|---|---|---|---|---|---|---|---|
|||13|**DS201 K13 A10**|2CSR255140R0137|**996408**|||0.240|5|
|||16|**DS201 K16 A10**|2CSR255140R0167|**996507**|||0.240|5|
||30|1|**DS201 K1 A30**|2CSR255140R1017|**993506**|||0.240|5|
|||2|**DS201 K2 A30**|2CSR255140R1027|**993605**|||0.240|5|
|||4|**DS201 K4 A30**|2CSR255140R1047|**993704**|||0.240|5|
|||6|**DS201 K6 A30**|2CSR255140R1067|**993803**|||0.240|5|
|||8|**DS201 K8 A30**|2CSR255140R1087|**123750**|||0.240|5|
|||10|**DS201 K10 A30**|2CSR255140R1107|**993902**|||0.240|5|
|||13|**DS201 K13 A30**|2CSR255140R1137|**994008**|||0.240|5|
|||16|**DS201 K16 A30**|2CSR255140R1167|**994107**|||0.240|5|
|||20|**DS201 K20 A30**|2CSR255140R1207|**994206**|||0.240|5|
|||25|**DS201 K25 A30**|2CSR255140R1257|**994305**|||0.240|5|
|||32|**DS201 K32 A30**|2CSR255140R1327|**994404**|||0.240|5|
|||40|**DS201 K40 A30**|2CSR255140R1407|**994503**|||0.240|5|
||300|1|**DS201 K1 A300**|2CSR255140R3017|**994602**|||0.240|5|
|||2|**DS201 K2 A300**|2CSR255140R3027|**994701**|||0.240|5|
|||4|**DS201 K4 A300**|2CSR255140R3047|**994800**|||0.240|5|
|||6|**DS201 K6 A300**|2CSR255140R3067|**994909**|||0.240|5|
|||8|**DS201 K8 A300**|2CSR255140R3087|**123859**|||0.240|5|
|||10|**DS201 K10 A300**|2CSR255140R3107|**995005**|||0.240|5|
|||13|**DS201 K13 A300**|2CSR255140R3137|**995104**|||0.240|5|
|||16|**DS201 K16 A300**|2CSR255140R3167|**995203**|||0.240|5|
|||20|**DS201 K20 A300**|2CSR255140R3207|**995302**|||0.240|5|
|||25|**DS201 K25 A300**|2CSR255140R3257|**995401**|||0.240|5|
|||32|**DS201 K32 A300**|2CSR255140R3327|**995500**|||0.240|5|
|||40|**DS201 K40 A300**|2CSR255140R3407|**995609**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

**3** /37 

**System pro** _**M**_ **compact[®]** 

**DS201 M** 

**3** 

## **Selection tables** RCBOs DS201 series[10000] C AC[w] type, A[y] APR type 

## B 

## C 

## **DS201 M AC type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**1+N**|30|6|**DS201 M B6 AC30**|2CSR275040R1065|**998907**|||0.240|5|
|||10|**DS201 M B10 AC30**2CSR275040R1105|2CSR275040R1105|**999003**|||0.240|5|
|||13|**DS201 M B13 AC30**2CSR275040R1135|2CSR275040R1135|**999102**|||0.240|5|
|||16|**DS201 M B16 AC30**2CSR275040R1165|2CSR275040R1165|**999201**|||0.240|5|
|||20|**DS201 M B20 AC30**2CSR275040R1205|2CSR275040R1205|**999300**|||0.240|5|
|||25|**DS201 M B25 AC30**2CSR275040R1255|2CSR275040R1255|**999409**|||0.240|5|
|||32|**DS201 M B32 AC30**2CSR275040R1325|2CSR275040R1325|**999508**|||0.240|5|
|||40|**DS201 M B40 AC30**2CSR275040R1405|2CSR275040R1405|**999607**|||0.240|5|
||100|6|**DS201 M B6 AC100**2CSR275040R2065|2CSR275040R2065|**106159**|||0.240|5|
|||10|**DS201 M B10 AC100**2CSR275040R2105|2CSR275040R2105|**106258**|||0.240|5|
|||13|**DS201 M B13 AC100**2CSR275040R2135|2CSR275040R2135|**106357**|||0.240|5|
|||16|**DS201 M B16 AC100**2CSR275040R2165|2CSR275040R2165|**106456**|||0.240|5|
|||20|**DS201 M B20 AC100**2CSR275040R2205|2CSR275040R2205|**106555**|||0.240|5|
|||25|**DS201 M B25 AC100**2CSR275040R2255|2CSR275040R2255|**106654**|||0.240|5|
|||32|**DS201 M B32 AC100**2CSR275040R2325|2CSR275040R2325|**106753**|||0.240|5|
|||40|**DS201 M B40 AC100**2CSR275040R2405|2CSR275040R2405|**106852**|||0.240|5|
||300|6|**DS201 M B6 AC300**2CSR275040R3065|2CSR275040R3065|**107750**|||0.240|5|
|||10|**DS201 M B10 AC300**2CSR275040R3105|2CSR275040R3105|**107859**|||0.240|5|
|||13|**DS201 M B13 AC300**2CSR275040R3135|2CSR275040R3135|**107958**|||0.240|5|
|||16|**DS201 M B16 AC300**2CSR275040R3165|2CSR275040R3165|**108054**|||0.240|5|
|||20|**DS201 M B20 AC300**2CSR275040R3205|2CSR275040R3205|**108153**|||0.240|5|
|||25|**DS201 M B25 AC300**2CSR275040R3255|2CSR275040R3255|**108252**|||0.240|5|
|||32|**DS201 M B32 AC300**2CSR275040R3325|2CSR275040R3325|**108351**|||0.240|5|
|||40|**DS201 M B40 AC300**2CSR275040R3405|2CSR275040R3405|**108450**|||0.240|5|



## **DS201 M AC type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=10 kA 

|Number<br>of poles|Rated<br>residual<br>current|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
||IΔn mA|In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1+N**|30|6|**DS201 M C6 AC30**|2CSR275040R1064|**999706**|||0.240|5|
|||10|**DS201 M C10 AC30**2CSR275040R1104|2CSR275040R1104|**999805**|||0.240|5|
|||13|**DS201 M C13 AC30**2CSR275040R1134|2CSR275040R1134|**999904**|||0.240|5|
|||16|**DS201 M C16 AC30**2CSR275040R1164|2CSR275040R1164|**105657**|||0.240|5|
|||20|**DS201 M C20 AC30**2CSR275040R1204|2CSR275040R1204|**105756**|||0.240|5|
|||25|**DS201 M C25 AC30**2CSR275040R1254|2CSR275040R1254|**105855**|||0.240|5|
|||32|**DS201 M C32 AC30**2CSR275040R1324|2CSR275040R1324|**105954**|||0.240|5|
|||40|**DS201 M C40 AC30**2CSR275040R1404|2CSR275040R1404|**106050**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** PT 

ABB 

**3** /38 

**DS201 M** 

## **System pro** _**M**_ **compact[®]** 

## C 

## **Selection tables** 

## RCBOs DS201 series a[10000] AC[w] type, A[y] APR type 

|100|6|**DS201 M C6 AC100**|**DS201 M C6 AC100**2CSR275040R2064**106951**|0.240|5|
|---|---|---|---|---|---|
||10|**DS201 M C10 AC100**|**DS201 M C10 AC100**2CSR275040R2104**107057**|0.240|5|
||13|**DS201 M C13 AC100**|**DS201 M C13 AC100**2CSR275040R2134**107156**|0.240|5|
||16|**DS201 M C16 AC100**|**DS201 M C16 AC100**2CSR275040R2164**107255**|0.240|5|
||20|**DS201 M C20 AC100**|**DS201 M C20 AC100**2CSR275040R2204**107354**|0.240|5|
||25|**DS201 M C25 AC100**|**DS201 M C25 AC100**2CSR275040R2254**107453**|0.240|5|
||32|**DS201 M C32 AC100**|**DS201 M C32 AC100**2CSR275040R2324**107552**|0.240|5|
||40|**DS201 M C40 AC100**|**DS201 M C40 AC100**2CSR275040R2404**107651**|0.240|5|
|300|6|**DS201 M C6 AC300**|**DS201 M C6 AC300**2CSR275040R3064**108559**|0.240|5|
||10|**DS201 M C10 AC300**|**DS201 M C10 AC300**2CSR275040R3104**108658**|0.240|5|
||13<br>16<br>20|**DS201 M C13 AC300**<br>**DS201 M C16 AC300**<br>**DS201 M C20 AC300**|**DS201 M C13 AC300**2CSR275040R3134**108757**<br>**DS201 M C16 AC300**2CSR275040R3164**108856**<br>**DS201 M C20 AC300**2CSR275040R3204**108955**|0.240<br>0.240<br>0.240|5<br>5<br>5|
||25|**DS201 M C25 AC300**|**DS201 M C25 AC300**2CSR275040R3254**109051**|0.240|5|
||32|**DS201 M C32 AC300**|**DS201 M C32 AC300**2CSR275040R3324**109150**|0.240|5|
||40|**DS201 M C40 AC300**|**DS201 M C40 AC300**2CSR275040R3404**109259**|0.240|5|



## **DS201 M APR type, C characteristic** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing an optimal compromise between safety and continuity of service, thanks to the resistance to unwanted tripping; protection against indirect contact and additional protection against direct (IΔn=30 mA) contact; protection and isolation of resistive and inductive loads. 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=10 kA 

|Number<br>of poles|Rated<br>residual|Rated<br>current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|
||current|||||||||
||IΔn mA|In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**1+N**|30|6|**DS201 M C6 APR30**|2CSR275440R1064|2CSR275440R1064**114154**|||0.240|5|
|||10|**DS201 M C10 APR30**2CSR275440R1104|2CSR275440R1104|2CSR275440R1104**114253**|||0.240|5|
|||13|**DS201 M C13 APR30**2CSR275440R1134|2CSR275440R1134|2CSR275440R1134**114352**|||0.240|5|
|||16|**DS201 M C16 APR30**2CSR275440R1164|2CSR275440R1164|2CSR275440R1164**114451**|||0.240|5|
|||20|**DS201 M C20 APR30**2CSR275440R1204|2CSR275440R1204|2CSR275440R1204**114550**|||0.240|5|
|||25|**DS201 M C25 APR30**2CSR275440R1254|2CSR275440R1254|2CSR275440R1254**114659**|||0.240|5|
|||32|**DS201 M C32 APR30**2CSR275440R1324|2CSR275440R1324|2CSR275440R1324**114758**|||0.240|5|
|||40|**DS201 M C40 APR30**2CSR275440R1404|2CSR275440R1404|2CSR275440R1404**114857**|||0.240|5|
||100|6|**DS201 M C6 APR100**2CSR275440R2064|2CSR275440R2064|2CSR275440R2064**127253**|||0.240|5|
|||10|**DS201 M C10 APR100**2CSR275440R2104|2CSR275440R2104|2CSR275440R2104**127352**|||0.240|5|
|||13|**DS201 M C13 APR100**2CSR275440R2134|2CSR275440R2134|2CSR275440R2134**127451**|||0.240|5|
|||16|**DS201 M C16 APR100**2CSR275440R2164|2CSR275440R2164|2CSR275440R2164**127550**|||0.240|5|
|||20|**DS201 M C20 APR100**2CSR275440R2204|2CSR275440R2204|2CSR275440R2204**127659**|||0.240|5|
|||25|**DS201 M C25 APR100**2CSR275440R2254|2CSR275440R2254|2CSR275440R2254**127758**|||0.240|5|
|||32|**DS201 M C32 APR100**2CSR275440R2324|2CSR275440R2324|2CSR275440R2324**127857**|||0.240|5|
|||40|**DS201 M C40 APR100**2CSR275440R2404|2CSR275440R2404|2CSR275440R2404**127956**|||0.240|5|
||300|6|**DS201 M C6 APR300**2CSR275440R3064|2CSR275440R3064|2CSR275440R3064**114956**|||0.240|5|
|||10|**DS201 M C10 APR300**2CSR275440R3104|2CSR275440R3104|2CSR275440R3104**115052**|||0.240|5|
|||13|**DS201 M C13 APR300**2CSR275440R3134|2CSR275440R3134|2CSR275440R3134**115151**|||0.240|5|
|||16|**DS201 M C16 APR300**2CSR275440R3164|2CSR275440R3164|2CSR275440R3164**115250**|||0.240|5|
|||20|**DS201 M C20 APR300**2CSR275440R3204|2CSR275440R3204|2CSR275440R3204**115359**|||0.240|5|
|||25|**DS201 M C25 APR300**2CSR275440R3254|2CSR275440R3254|2CSR275440R3254**115458**|||0.240|5|
|||32|**DS201 M C32 APR300**2CSR275440R3324|2CSR275440R3324|2CSR275440R3324**115557**|||0.240|5|
|||40|**DS201 M C40 APR300**2CSR275440R3404|2CSR275440R3404|2CSR275440R3404**115656**|||0.240|5|



**3** 

**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

**3** /39 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series[10000] C A[y] type 

**DS201 M** 

**3** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **DS201 M A type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**1+N**|10|10|**DS201 M B10 A10**|2CSR275140R0105|**124450**|||0.240|5|
|||16|**DS201 M B16 A10**|2CSR275140R0165|**124559**|||0.240|5|
||30|6|**DS201 M B6 A30**|2CSR275140R1065|**109358**|||0.240|5|
|||10|**DS201 M B10 A30**|2CSR275140R1105|**109457**|||0.240|5|
|||13|**DS201 M B13 A30**|2CSR275140R1135|**109556**|||0.240|5|
|||16|**DS201 M B16 A30**|2CSR275140R1165|**109655**|||0.240|5|
|||20|**DS201 M B20 A30**|2CSR275140R1205|**109754**|||0.240|5|
|||25|**DS201 M B25 A30**|2CSR275140R1255|**109853**|||0.240|5|
|||32|**DS201 M B32 A30**|2CSR275140R1325|**109952**|||0.240|5|
|||40|**DS201 M B40 A30**|2CSR275140R1405|**110057**|||0.240|5|
||100|6|**DS201 M B6 A100**|2CSR275140R2065|**111054**|||0.240|5|
|||10|**DS201 M B10 A100**|2CSR275140R2105|**111153**|||0.240|5|
|||13|**DS201 M B13 A100**|2CSR275140R2135|**111252**|||0.240|5|
|||16|**DS201 M B16 A100**|2CSR275140R2165|**111351**|||0.240|5|
|||20|**DS201 M B20 A100**|2CSR275140R2205|**111450**|||0.240|5|
|||25|**DS201 M B25 A100**|2CSR275140R2255|**111559**|||0.240|5|
|||32|**DS201 M B32 A100**|2CSR275140R2325|**111658**|||0.240|5|
|||40|**DS201 M B40 A100**|2CSR275140R2405|**111757**|||0.240|5|
||300|6|**DS201 M B6 A300**|2CSR275140R3065|**112556**|||0.240|5|
|||10|**DS201 M B10 A300**|2CSR275140R3105|**112655**|||0.240|5|
|||13|**DS201 M B13 A300**|2CSR275140R3135|**112754**|||0.240|5|
|||16|**DS201 M B16 A300**|2CSR275140R3165|**112853**|||0.240|5|
|||20|**DS201 M B20 A300**|2CSR275140R3205|**112952**|||0.240|5|
|||25|**DS201 M B25 A300**|2CSR275140R3255|**113058**|||0.240|5|
|||32|**DS201 M B32 A300**|2CSR275140R3325|**113157**|||0.240|5|
|||40|**DS201 M B40 A300**|2CSR275140R3405|**113256**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** PT 

ABB 

**3** /40 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS201 series a[10000] A[y] type 

**DS201 M** 

**3** 

**==> picture [28 x 28] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


**==> picture [5 x 53] intentionally omitted <==**

## **DS201 M A type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

**==> picture [372 x 309] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|1+N|10|10|DS201 M C10 A10|2CSR275140R0104|124658|0.240|5|
|16|DS201 M C16 A10|2CSR275140R0164|124757|0.240|5|
|30|4|DS201 M C4 A30|2CSR275140R1044|110156|0.240|5|
|6|DS201 M C6 A30|2CSR275140R1064|110255|0.240|5|
|10|DS201 M C10 A30|2CSR275140R1104|110354|0.240|5|
|13|DS201 M C13 A30|2CSR275140R1134|110453|0.240|5|
|16|DS201 M C16 A30|2CSR275140R1164|110552|0.240|5|
|20|DS201 M C20 A30|2CSR275140R1204|110651|0.240|5|
|25|DS201 M C25 A30|2CSR275140R1254|110750|0.240|5|
|32|DS201 M C32 A30|2CSR275140R1324|110859|0.240|5|
|40|DS201 M C40 A30|2CSR275140R1404|110958|0.240|5|
|100|6|DS201 M C6 A100|2CSR275140R2064|111856|0.240|5|
|10|DS201 M C10 A100|2CSR275140R2104|111955|0.240|5|
|16|DS201 M C16 A100|2CSR275140R2164|112051|0.240|5|
|20|DS201 M C20 A100|2CSR275140R2204|112150|0.240|5|
|25|DS201 M C25 A100|2CSR275140R2254|112259|0.240|5|
|32|DS201 M C32 A100|2CSR275140R2324|112358|0.240|5|
|40|DS201 M C40 A100|2CSR275140R2404|112457|0.240|5|
|300|6|DS201 M C6 A300|2CSR275140R3064|113355|0.240|5|
|10|DS201 M C10 A300|2CSR275140R3104|113454|0.240|5|
|13|DS201 M C13 A300|2CSR275140R3134|113553|0.240|5|
|16|DS201 M C16 A300|2CSR275140R3164|113652|0.240|5|
|20|DS201 M C20 A300|2CSR275140R3204|113751|0.240|5|
|25|DS201 M C25 A300|2CSR275140R3254|113850|0.240|5|
|32|DS201 M C32 A300|2CSR275140R3324|113959|0.240|5|
|40|DS201 M C40 A300|2CSR275140R3404|114055|0.240|5|

**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

**3** /41 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS202C series 

**DS202C** 

**3** 

**==> picture [569 x 461] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL CHARACTERISTICS<br>Standards<br>Electrical Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage Ue V<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated breaking capacity acc. to IEC/EN 61009 ultimate Icn A<br>Rated breaking capacity acc. to IEC/EN 60947-2   ultimate Icu kA<br>2P @230 VAC service Ics kA<br>Rated residual breaking capacity IΔm kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Thermomagnetic release B: 3 In ≤ Im ≤ 5 In<br>characteristic C: 5 In ≤ Im ≤ 10 In<br>K: 10 In ≤ Im ≤ 14 In<br>Surge current resistance (wave 8/20) A<br>Mechanical Toggle<br>features Flag indicators<br>Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization constant climatic conditions °C/RH<br>acc. to IEC /EN 60068-2 variable climatic conditions °C/RH<br>Reference temperature for setting of thermal element °C<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Installation Terminal type top<br>bottom<br>Terminal size top/bottom for cables mm [2]<br>Terminal size top/bottom for busabar mm [2]<br>Tightening torque top/bottom N*m<br>Mounting<br>Connection<br>Dimensions  Dimensions (H  x D x W) mm<br>and weight Weight g<br>Combination  Combinable with:  auxiliary contact<br>with auxiliary signal contact<br>elements shunt trip<br>undervoltage release<br>**----- End of picture text -----**<br>


ABB 

**3** /42 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS202C series 

**DS202C** 

**3** 

|DS202C<br>DS202C M<br>IEC / EN 61009<br>A<br>A<br>2P<br>6≤In≤32<br>PC|DS202C<br>DS202C M<br>IEC / EN 61009<br>A<br>A<br>2P<br>6≤In≤32<br>PC||APR|
|---|---|---|---|
|0.03-0.3<br>0.01-0.03-0.3||0.03-0.3||
|230-240<br>500<br>254<br>110<br>50…60||||
|6000<br>10000<br>10<br>10<br>6<br>7.5<br>6<br>6||||
|4<br>2.5||||
|**||**<br>|<br>|<br>| |||||
|250 (3000 for APR versions)||||
|black sealable in ON-OFF position<br>differential trip indicator (blue)<br>contact position indicator (green/red)<br>10000<br>20000<br>IP4X<br>IP2X<br>23/83 - 40/93 - 55/20<br>25/95 - 40/95<br>30<br>-25…+55<br>-40…+70||||
|failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected)<br>failsafe bi-directional cylinder-lift terminal at top and bottom (shock protected)<br>25/25<br>10/10<br>2.8<br>on DIN rail EN 60715 (35 mm) by means of fast clip  device<br>from top and bottom||||
|85 x 69 x 35<br>239||||
|yes<br>yes<br>yes<br>yes||||



ABB 

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**System pro** _**M**_ **compact[®]** 

**DS202C A** 

**3** 

## **Selection tables** RCBOs DS202C series [|[6000] A[y] type 

## B 

## **DS202C A type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

## Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=6 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**2**|30|6|**DS202C B6 A30**|2CSR252140R1065|**132257**|||0.240|5|
|||10|**DS202C B10 A30**|2CSR252140R1105|**132356**|||0.240|5|
|||13|**DS202C B13 A30**|2CSR252140R1135|**132455**|||0.240|5|
|||16|**DS202C B16 A30**|2CSR252140R1165|**132554**|||0.240|5|
|||20|**DS202C B20 A30**|2CSR252140R1205|**132653**|||0.240|5|
|||25|**DS202C B25 A30**|2CSR252140R1255|**132752**|||0.240|5|
|||32|**DS202C B32 A30**|2CSR252140R1325|**132851**|||0.240|5|
||300|6|**DS202C B6 A300**|2CSR252140R3065|**132950**|||0.240|5|
|||10|**DS202C B10 A300**|2CSR252140R3105|**133056**|||0.240|5|
|||13|**DS202C B13 A300**|2CSR252140R3135|**133155**|||0.240|5|
|||16|**DS202C B16 A300**|2CSR252140R3165|**133254**|||0.240|5|
|||20|**DS202C B20 A300**|2CSR252140R3205|**133353**|||0.240|5|
|||25|**DS202C B25 A300**|2CSR252140R3255|**133452**|||0.240|5|
|||32|**DS202C B32 A300**|2CSR252140R3325|**133551**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** LT 

ABB 

**3** /44 

**DS202C A** 

**3** 

## **System Selection tables pro** _**M**_ **compact[®]** RCBOs DS202C series[6000] L A[y] type 

**==> picture [28 x 28] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **DS202C A type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=6 kA 

|Number<br>of poles<br>|Rated<br>residual<br>current<br>IΔn mA|Rated<br>current<br>In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|
|**2**|30|6|**DS202C C6 A30**|2CSR252140R1064|**122357**|||0.240|5|
|||10|**DS202C C10 A30**|2CSR252140R1104|**122456**|||0.240|5|
|||13|**DS202C C13 A30**|2CSR252140R1134|**122555**|||0.240|5|
|||16|**DS202C C16 A30**|2CSR252140R1164|**122654**|||0.240|5|
|||20|**DS202C C20 A30**|2CSR252140R1204|**122753**|||0.240|5|
|||25|**DS202C C25 A30**|2CSR252140R1254|**122852**|||0.240|5|
|||32|**DS202C C32 A30**|2CSR252140R1324|**122951**|||0.240|5|
||300|6|**DS202C C6 A300**|2CSR252140R3064|**123057**|||0.240|5|
|||10|**DS202C C10 A300**|2CSR252140R3104|**123156**|||0.240|5|
|||13|**DS202C C13 A300**|2CSR252140R3134|**123255**|||0.240|5|
|||16|**DS202C C16 A300**|2CSR252140R3164|**123354**|||0.240|5|
|||20|**DS202C C20 A300**|2CSR252140R3204|**123453**|||0.240|5|
|||25|**DS202C C25 A300**|2CSR252140R3254|**123552**|||0.240|5|
|||32|**DS202C C32 A300**|2CSR252140R3324|**123651**|||0.240|5|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** | 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DS202C M A** 

**3** " 

## **Selection tables** RCBOs DS202C series[10000] A[y] type 

## B 

## **DS202C M A type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

## C 

Standard: IEC/EN 61009 Icn=10 kA 

|Number<br>of poles<br> <br>**1+N**|Rated<br>residual<br>current<br>IΔn mA<br>10|Rated<br>current<br>In A<br>10|**Order**<br>**details**<br>**Type code**<br>**DS202C M B10 A10**2CSR272140R0105|**Bbn**<br>**8012542**1 piece<br>Order code<br>**EAN**<br>2CSR272140R0105**124856**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.240|Pack<br>unit<br>pc.<br>5|
|---|---|---|---|---|---|---|---|---|
|||13<br>16<br>oe|**DS202C M B13 A10**2CSR272140R0135<br>**DS202C M B16 A10**2CSR272140R0165|2CSR272140R0135**117759**<br>2CSR272140R0165**117858**|||0.240<br>0.240|5<br>5|
||30|6|**DS202C M B6 A30**|2CSR272140R1065**118152**|||0.240|5|
|||10|**DS202C M B10 A30**2CSR272140R1105|2CSR272140R1105**118251**|||0.240|5|
|||13|**DS202C M B13 A30**2CSR272140R1135|2CSR272140R1135**118350**<br>a|a|a|0.240<br>a|5<br>a|
|||16|**DS202C M B16 A30**2CSR272140R1165|2CSR272140R1165**118459**|||0.240|5|
|||20|**DS202C M B20 A30**2CSR272140R1205|2CSR272140R1205**118558**|||0.240|5|
|||25|**DS202C M B25 A30**2CSR272140R1255|2CSR272140R1255**118657**|||0.240|5|
|||32|**DS202C M B32 A30**2CSR272140R1325|2CSR272140R1325**118756**|||0.240|5|
||300|6|**DS202C M B6 A300**2CSR272140R3065|2CSR272140R3065**119555**|||0.240|5|
|||10|**DS202C M B10 A300**2CSR272140R3105|2CSR272140R3105**119654**|||0.240|5|
|||13|**DS202C M B13 A300**2CSR272140R3135|2CSR272140R3135**119753**|||0.240|5|
|||16|**DS202C M B16 A300**2CSR272140R3165|2CSR272140R3165**119852**|||0.240|5|
|||20|**DS202C M B20 A300**2CSR272140R3205|2CSR272140R3205**119951**|||0.240|5|
|||25|**DS202C M B25 A300**2CSR272140R3255|2CSR272140R3255**120056**|||0.240|5|
|||32|**DS202C M B32 A300**2CSR272140R3325|2CSR272140R3325**120155**|||0.240|5|



## **DS202C M A type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

|Number<br>of poles<br> <br>**1+N**|Rated<br>residual<br>current<br>IΔn mA<br>10<br>30<br>Cn|Rated<br>current<br>In A<br>13<br>16<br>6|**Order**<br>**details**<br>**Type code**<br>**DS202C M C13 A10**2CSR272140R0134<br>**DS202C M C16 A10**2CSR272140R0164<br>**DS202C M C6 A30**|Order code<br>2CSR272140R0134<br>2CSR272140R0164<br>2CSR272140R1064|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**117957**<br>**118053**<br>**118855**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.240<br>0.240<br>0.240|Pack<br>unit<br>pc.<br>5<br>5<br>5|
|---|---|---|---|---|---|---|---|---|---|
|||10|**DS202C M C10 A30**2CSR272140R1104|2CSR272140R1104|**118954**|||0.240|5|
|||13|**DS202C M C13 A30**2CSR272140R1134|2CSR272140R1134|**119050**|||0.240|5|
|||16|**DS202C M C16 A30**2CSR272140R1164|2CSR272140R1164|**119159**|||0.240|5|
|||20|**DS202C M C20 A30**2CSR272140R1204|2CSR272140R1204|**119258**|||0.240|5|
|||25|**DS202C M C25 A30**2CSR272140R1254|2CSR272140R1254|**119357**|||0.240|5|
|||32|**DS202C M C32 A30**2CSR272140R1324|2CSR272140R1324|**119456**|||0.240|5|
||300|6|**DS202C M C6 A300**2CSR272140R3064|2CSR272140R3064|**120254**|||0.240|5|
|||10|**DS202C M C10 A300**2CSR272140R3104|2CSR272140R3104|**120353**|||0.240|5|
|||13|**DS202C M C13 A300**2CSR272140R3134|2CSR272140R3134|**120452**|||0.240|5|
|||16|**DS202C M C16 A300**2CSR272140R3164|2CSR272140R3164|**120551**|||0.240|5|
|||20|**DS202C M C20 A300**2CSR272140R3204|2CSR272140R3204|**120650**|||0.240|5|
|||25|**DS202C M C25 A300**2CSR272140R3254|2CSR272140R3254|**120759**|||0.240|5|
|||32|**DS202C M C32 A300**2CSR272140R3324|2CSR272140R3324|**120858**|||0.240|5|



**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/9** 

ABB 

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**DS202C M APR** 

**3** 

## **System Selection tables pro** _**M**_ **compact[®]** RCBOs DS202C series[10000] A[y] APR type 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **DS202C M APR type, B characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

## Icn=10 kA 

**==> picture [455 x 182] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|3/4|T|2|30|6|DS202C M B6 APR30|2CSR272440R1065|120957|0.240|5|
|10|DS202C M B10 APR30|2CSR272440R1105|121053|0.240|5|
|13|DS202C M B13 APR30|2CSR272440R1135|121152|0.240|5|
|k|i|T]|a|16|DS202C M B16 APR30|2CSR272440R1165|121251|0.240|5|
|413|20|DS202C M B20 APR30|2CSR272440R1205|121350|0.240|5|
|25|DS202C M B25 APR30|2CSR272440R1255|121459|0.240|5|
|32|DS202C M B32 APR30|2CSR272440R1325|121558|0.240|5|
|300|6|DS202C M B6 APR300|2CSR272440R3065|124955|0.240|5|
|10|DS202C M B10 APR300|2CSR272440R3105|125051|0.240|5|
|13|DS202C M B13 APR300|2CSR272440R3135|125150|0.240|5|
|16|DS202C M B16 APR300|2CSR272440R3165|125259|0.240|5|
|20|DS202C M B20 APR300|2CSR272440R3205|125358|0.240|5|
|25|DS202C M B25 APR300|2CSR272440R3255|125457|0.240|5|
|32|DS202C M B32 APR300|2CSR272440R3325|125556|0.240|5|

**----- End of picture text -----**<br>


## C 

## **DS202C M APR type, C characteristic** 

Function: protection of end user single-phase circuits against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contact and additional protection against direct contact (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC/EN 61009 

**==> picture [468 x 127] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Icn=10 kA|
|ie|||
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual|current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|2|30|6|DS202C M C6 APR30|2CSR272440R1064|121657|0.240|5|
|a|13 10|DS202C M C13 APR30DS202C M C10 APR30|2CSR272440R1134  2CSR272440R1104|121855121756|0.240 0.240|55|
|"2|at|T_|16|DS202C M C16 APR30|2CSR272440R1164|121954|0.240|5|
|20|DS202C M C20 APR30|2CSR272440R1204|122050|0.240|5|
|25|DS202C M C25 APR30|2CSR272440R1254|122159|0.240|5|
|32|DS202C M C32 APR30|2CSR272440R1324|122258|0.240|5|

**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/9** 

ABB 

**3** /47 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS 200 series 

**DS 200** 

**==> picture [596 x 566] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL CHARACTERISTICS<br>Standards<br>3 Electricalfeatures Operating characteristic: type (wave form of the earth leakage sensed)Poles<br>Rated sensitivity IΔn A<br>Rated current In A<br>Rated voltage Ue 2P, 3P, 4P V<br>Rated residual operating current A<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated breaking capacity acc. to IEC/EN 61009 ultimate Icn A<br>Rated breaking capacity ultimate Icu kA<br>acc. to IEC/EN 60947-2  1P+N @230 VAC, 2P, 3P, 4P @400 VAC service Ics kA<br>Rated residual breaking capacity  IΔm kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Overvoltage category<br>Thermomagnetic release B: 3 In ≤ Im ≤ 5 In<br>characteristic C: 5 In ≤ Im ≤ 10 In<br>K: 10 In ≤ Im ≤ 14 In<br>Surge current resistance (wave 8/20) A<br>Mechanical  Toggle 2P, 3P, 4P<br>features Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC /EN 60068-2 constant climatic conditions °C/RH<br>variable climatic conditions °C/RH<br>Reference temperature for setting of thermal element °C<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Installation Terminal type top<br>bottom    2P<br>               3P/4P In ≤ 40 A<br>               3P/4P 50 A ≤ In ≤ 63 A<br>Terminal size top/bottom per cable 2P  mm [2]<br>3P/4P In ≤ 40 A mm [2]<br>3P/4P 50 A ≤ In ≤ 63 A mm [2]<br>Tightening torque top/bottom 2P  N*m<br>3P/4P In ≤ 40 A N*m<br>3P/4P 50 A ≤ In ≤ 63 A N*m<br>Mounting<br>Connection<br>Dimensions  Dimensions (H  x D x W) 2P mm<br>and weight 3P In ≤ 40 A mm<br>4P In ≤ 40 A mm<br>3P 50 A ≤ In ≤ 63 A mm<br>4P 50 A ≤ In ≤ 63 A mm<br>Weight 2P g<br>3P In ≤ 40 A g<br>4P In ≤ 40 A g<br>3P 50 A ≤ In ≤ 63 A g<br>4P 50 A ≤ In ≤ 63 A g<br>Combination  Combinable with:  auxiliary contact<br>with auxiliary signal contact/auxiliary switch<br>elements shunt trip<br>undervoltage release<br>**----- End of picture text -----**<br>


� Available depending on type and characteristic curve. For 2P RCBOs A type B-C curves up to 32 A, refer to DS202C 2 protected poles RCBOs in only two modules 

� Prior to connection of aluminium conductors (≥ 4 mm[2] ) ensure that their contact points are cleaned, brushed and coated with grease 

ABB 

**3** /48 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS 200 series 

**DS 200** 

**3** 

**DS 200 AC DS 200 A DS 200 M AC DS 200 M A** ee ee IEC/EN 61009, IEC/EN 60947-2 AC es A AC A 2P, 3P, 4P 0.03 i ) 6 ≤In ≤ 63 230-240 230/400 - 240/415 rr 0.03 500 rr 254 (440 for 3P and 4P) 110 (195 for 3P and 4P) 50…60 6000 6000 10000 10000 10 10 15 15 7.5 7.5 11.2 11.2 6 6 10 10 6 2.5 rr III, disconnector abilities |_| a 250 ~~a~~ black (MCB) sealable in ON-OFF position + blue (RCD) ~~r~~ r 10000 20000 IP4X IP2X 28 cycles with 55/95…100 23/83 - 40/93 - 55/20 25/95 - 40/95 a 30 -25…+55 ~~a~~ -25…+55 failsafe bidirectional cylinder-lift terminal (shock protected) 2) failsafe bidirectional cylinder-lift terminal (shock protected) @ cage (shock protected) failsafe bidirectional cylinder-lift terminal (shock protected) (rigid and flexible) up to 25/25 (rigid and flexible) up to 25/16 (rigid and flexible) up to 25/25 2.8/2.8 2.8/1.2 2.8/2.8 a on DIN rail EN 60715 (35 mm) by means of fast clip device 715 (35 mm) by means of fast clip devicefrom top and bottom 85 x 69 x 70 85 x 69 x 87.5 85 x 69 x 105 85 x 69 x  122.5 85 x 69 x  140 475 625 775 775 925 yes yes yes yes 

ABB 

**3** /49 

**System pro** _**M**_ **compact[®]** 

**DS 200 AC B** 

**3** 

## **Selection tables** RCBOs DS 200 series 6000 - AC w type 

## B 

## **DS 200 AC type, B characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 and IEC/EN 60947-2 

Icn=6 kA 

**1/2 3/4 1/2 3/4** 

|Number<br>of poles|Type/<br>class|Rated<br>residual current<br>current|Rated<br>residual current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|
|||IΔn mA In A|n mA In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**2**|AC|30|6|**DS202 AC-B6/0.03**|**DS202 AC-B6/0.03**2CSR252001R1065|**863502**|||0.440|1|
||||10|**DS202 AC-B10/0.03  **|2CSR252001R1105|**863601**|||0.440|1|
||||13|**DS202 AC-B13/0.03  **|2CSR252001R1135|**863700**|||0.440|1|
||||16|**DS202 AC-B16/0.03  **|2CSR252001R1165|**863809**|||0.440|1|
||||20|**DS202 AC-B20/0.03  **|2CSR252001R1205|**863908**|||0.440|1|
||||25|**DS202 AC-B25/0.03  **|2CSR252001R1255|**864004**|||0.440|1|
||||32|**DS202 AC-B32/0.03  **|2CSR252001R1325|**864103**|||0.440|1|
||||40|**DS202 AC-B40/0.03  **|2CSR252001R1405|**864202**|||0.440|1|
||||50<br>63<br>0<br>SO|**DS202 AC-B50/0.03  **<br>**DS202 AC-B63/0.03  **|2CSR252001R1505<br> 2CSR252001R1635|**864301**<br>**864400**|||0.440<br>0.440|1<br>1|



**1/2 3/4 5/6 3** AC 30 6 **DS203 AC-B6/0.03** 2CSR253001R1065 **865506** 0.610 1 10 **DS203 AC-B10/0.03** 2CSR253001R1105 **865605** 0.610 1 13 **DS203 AC-B13/0.03** 2CSR253001R1135 **865704** 0.610 1 16 **DS203 AC-B16/0.03** 2CSR253001R1165 **865803** 0.610 1 ~~re~~ | ~~a~~ 20 **DS203 AC-B20/0.03** 2CSR253001R1205 **865902** 0.610 1 25 **DS203 AC-B25/0.03** 2CSR253001R1255 **866008** 0.610 1 **Y1 Y2In=50-63 A 1/2 3/4 5/6** TT 32 **DS203 AC-B32/0.03** 2CSR253001R1325 **866107** 0.610 1 rapt EL | tld TTT 40 **DS203 AC-B40/0.03** 2CSR253001R1405 **866206** 0.610 1 50 **DS203 AC-B50/0.03** 2CSR253001R1505 **866305** 0.650 1 | 0 **2/1 4/3 6/5** a 63 **DS203 AC-B63/0.03** 2CSR253001R1635 **866404** 0.650 1 

**1/2 3/4 5/6 7/8** 

**In up to 40 A** 

**==> picture [83 x 45] intentionally omitted <==**

**----- Start of picture text -----**<br>
Y1 Y2In=50-63 A an 43 GS 1/2 BT 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


|**4**<br>AC<br>30<br>6<br>**DS204 AC-B6/0.03**2CSR254001R1065**867500**<br>0.780<br>1<br>10<br>**DS204 AC-B10/0.03  **2CSR254001R1105**867609**<br>0.780<br>1<br>13<br>**DS204 AC-B13/0.03  **2CSR254001R1135**867708**<br>0.780<br>1<br>~~a~~|**4**<br>AC<br>30<br>6<br>**DS204 AC-B6/0.03**2CSR254001R1065**867500**<br>0.780<br>1<br>10<br>**DS204 AC-B10/0.03  **2CSR254001R1105**867609**<br>0.780<br>1<br>13<br>**DS204 AC-B13/0.03  **2CSR254001R1135**867708**<br>0.780<br>1<br>~~a~~|**4**<br>AC<br>30<br>6<br>**DS204 AC-B6/0.03**2CSR254001R1065**867500**<br>0.780<br>1<br>10<br>**DS204 AC-B10/0.03  **2CSR254001R1105**867609**<br>0.780<br>1<br>13<br>**DS204 AC-B13/0.03  **2CSR254001R1135**867708**<br>0.780<br>1<br>~~a~~|**4**<br>AC<br>30<br>6<br>**DS204 AC-B6/0.03**2CSR254001R1065**867500**<br>0.780<br>1<br>10<br>**DS204 AC-B10/0.03  **2CSR254001R1105**867609**<br>0.780<br>1<br>13<br>**DS204 AC-B13/0.03  **2CSR254001R1135**867708**<br>0.780<br>1<br>~~a~~|
|---|---|---|---|
|16|**DS204 AC-B16/0.03  **2CSR254001R1165**867807**|0.780|1|
|20|**DS204 AC-B20/0.03  **2CSR254001R1205**867906**|0.780|1|
|25|**DS204 AC-B25/0.03  **2CSR254001R1255**868002**|0.780|1|
|32|**DS204 AC-B32/0.03  **2CSR254001R1325**868101**|0.780|1|
|40|**DS204 AC-B40/0.03 **2CSR254001R1405**868200**|0.780|1|
|50<br>63<br>Ii|**DS204 AC-B50/0.03  **2CSR254001R1505**868309**<br>**DS204 AC-B63/0.03  **2CSR254001R1635**868408**|0.825<br>0.825|1<br>1|



a) provided with additional terminals for remote tripping 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions .......................  pag. 13/8** 

ABB 

**3** /50 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS 200 series 6000 - AC w type 

**DS 200 AC C** 

**3** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **DS 200 AC type, C characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 and IEC/EN 60947-2 

Icn=6 kA 

**==> picture [372 x 140] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number|Type/|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|class|residual current|details|8012542|1 piece|group|1 piece|unit|
|current|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|2|AC|30|6|DS202 AC-C6/0.03|2CSR252001R1064|869504|0.440|1|
|10|DS202 AC-C10/0.03|2CSR252001R1104|869603|0.440|1|
|13|DS202 AC-C13/0.03|2CSR252001R1134|869702|0.440|1|
|16|DS202 AC-C16/0.03|2CSR252001R1164|869801|0.440|1|
|20|DS202 AC-C20/0.03|2CSR252001R1204|869900|0.440|1|
|25|DS202 AC-C25/0.03|2CSR252001R1254|870005|0.440|1|
|32|DS202 AC-C32/0.03|2CSR252001R1324|870104|0.440|1|
|40|DS202 AC-C40/0.03|2CSR252001R1404|870203|0.440|1|
|a|50|DS202 AC-C50/0.03|2CSR252001R1504|870302|0.440|1|
|63|DS202 AC-C63/0.03|2CSR252001R1634|870401|0.440|1|

**----- End of picture text -----**<br>


to40.A cad **1/2 3/4** d . ae **1/2 3/4** 

**==> picture [479 x 189] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|SE a4 4 j|Oa|63|DS202 AC-C63/0.03|2CSR252001R1634|870401|0.440|1|
|1/2|3/4|5/6|
|Inup|to40.A od|d|3|ee|AC|30|6|DS203 AC-C6/0.03|2CSR253001R1064|871507|0.610|1|
|10|DS203 AC-C10/0.03|2CSR253001R1104|871606|0.610|1|
|13|DS203 AC-C13/0.03|2CSR253001R1134|871705|0.610|1|
|16|DS203 AC-C16/0.03|2CSR253001R1164|871804|0.610|1|
|pe|||20|DS203 AC-C20/0.03|2CSR253001R1204|871903|0.610|1|
|In=50-63 A|1/2|3/4|5/6|25|DS203 AC-C25/0.03|2CSR253001R1254|872009|0.610|1|
|32|DS203 AC-C32/0.03|2CSR253001R1324|872108|0.610|1|
|7|40|DS203 AC-C40/0.03|2CSR253001R1404|872207|0.610|1|
|50|®|DS203 AC-C50/0.03|2CSR253001R1504|872306|0.650|1|
|2/1|4/3|6/5|63|®|DS203 AC-C63/0.03|2CSR253001R1634|872405|0.650|1|

**----- End of picture text -----**<br>


**==> picture [93 x 276] intentionally omitted <==**

**----- Start of picture text -----**<br>
In=50-63 A 1/2 3/4 5/6<br>Y1 Y2<br>7<br>2/1 4/3 6/5<br>a. a4 “on = =<br>hel ®<br>1/2 3/4 5/6 7/8<br>In up to 40 A<br>Y1 Y2In=50-63 A 24 43 65 1/2 BIT 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CSC400194F0201<br>**----- End of picture text -----**<br>


**==> picture [381 x 111] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|SSS|
|4|AC|30|6|DS204 AC-C6/0.03|2CSR254001R1064|873501|0.780|1|
|10|DS204 AC-C10/0.03|2CSR254001R1104|873600|0.780|1|
|13|DS204 AC-C13/0.03|2CSR254001R1134|873709|0.780|1|
|16|DS204 AC-C16/0.03|2CSR254001R1164|873808|0.780|1|
|20|DS204 AC-C20/0.03|2CSR254001R1204|873907|0.780|1|
|25|DS204 AC-C25/0.03|2CSR254001R1254|874003|0.780|1|
|32|DS204 AC-C32/0.03|2CSR254001R1324|874102|0.780|1|
|40|DS204 AC-C40/0.03|2CSR254001R1404|874201|0.780|1|
|50|DS204 AC-C50/0.03|2CSR254001R1504|874300|0.825|1|
|63|®|DS204 AC-C63/0.03|2CSR254001R1634|874409|0.825|1|

**----- End of picture text -----**<br>


a) provided with additional terminals for remote tripping 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /51 

**System pro** _**M**_ **compact[®]** 

**DS 200 A B** 

**3** _ 

## **Selection tables** RCBOs DS 200 series 6000 - A y type 

## B 

a -* ry | om Pot **1/2 3/4 1/2 3/4** \ | L | 

**1/2 3/4 5/6** 

**In=50-63 A 1/2 3/4 5/6 Y1 Y2** ~~E~~ LL **2/1 4/3 6/5** ~~A~~ 

## **DS 200 A type, B characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 and IEC/EN 60947-2 Icn=6 kA 

|Number<br>of poles<br>|Type/<br>class|Rated<br>residual current<br>current<br>IΔn mA In A|Rated<br>residual current<br>n mA In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|**2**|A|30|40|**DS202 A-B40/0.03**|**DS202 A-B40/0.03**2CSR252101R1405|**858201**|||0.440|1|
||||50|**DS202 A-B50/0.03**|**DS202 A-B50/0.03**2CSR252101R1505|**858300**|||0.440|1|
||||63|**DS202 A-B63/0.03**|**DS202 A-B63/0.03**2CSR252101R1635|**858409**|||0.440|1|



|**3**|A|30|6<br>10<br>13<br>16<br>20<br>25<br>32|**DS203 A-B6/0.03**<br>**DS203 A-B10/0.03**<br>**DS203 A-B13/0.03**<br>**DS203 A-B16/0.03**<br>**DS203 A-B20/0.03**<br>**DS203 A-B25/0.03**<br>**DS203 A-B32/0.03**|**DS203 A-B6/0.03**<br>**DS203 A-B10/0.03**<br>**DS203 A-B13/0.03**<br>**DS203 A-B16/0.03**<br>**DS203 A-B20/0.03**<br>**DS203 A-B25/0.03**<br>**DS203 A-B32/0.03**|2CSR253101R1065<br>**DS203 A-B10/0.03**2CSR253101R1105<br>**DS203 A-B13/0.03**2CSR253101R1135<br>**DS203 A-B16/0.03**2CSR253101R1165<br>**DS203 A-B20/0.03**2CSR253101R1205<br>**DS203 A-B25/0.03**2CSR253101R1255<br>**DS203 A-B32/0.03**2CSR253101R1325|**858508**<br>**858607**<br>**858706**<br>**858805**<br>**858904**<br>**859000**<br>**859109**|0.610<br>0.610<br>0.610<br>0.610<br>0.610<br>0.610<br>0.610|1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
||||40|**DS203 A-B40/0.03**|**DS203 A-B40/0.03**|**DS203 A-B40/0.03**2CSR253101R1405|**859208**|0.610|1|
||||50|**DS203 A-B50/0.03**|**DS203 A-B50/0.03**|**DS203 A-B50/0.03**2CSR253101R1505|**859307**|0.650|1|
||||63<br>I|**DS203 A-B63/0.03**|**DS203 A-B63/0.03**|**DS203 A-B63/0.03**2CSR253101R1635|**859406**|0.650|1|



|**4**|A|30|6|**DS204 A-B6/0.03**2CSR254101R1065**859505**|0.780|1|
|---|---|---|---|---|---|---|
||||10|**DS204 A-B10/0.03**2CSR254101R1105**859604**|0.780|1|
||||13|**DS204 A-B13/0.03**2CSR254101R1135**859703**|0.780|1|
||||16|**DS204 A-B16/0.03**2CSR254101R1165**859802**|0.780|1|
||||20|**DS204 A-B20/0.03**2CSR254101R1205**859901**|0.780|1|
||||25<br>**DS204 A-B25/0.03**2CSR254101R1255**860006**<br>0.780<br>1<br>32<br>**DS204 A-B32/0.03**2CSR254101R1325**860105**<br>0.780<br>1<br>40<br>**DS204 A-B40/0.03**2CSR254101R1405**860204**<br>0.780<br>1<br>50<br>**DS204 A-B50/0.03**2CSR254101R1505**860303**<br>0.825<br>1<br>63<br>**DS204 A-B63/0.03**2CSR254101R1635**860402**<br>0.825<br>1<br>SO<br>a||||



provided with additional terminals for remote tripping 

**==> picture [24 x 3] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8<br>**----- End of picture text -----**<br>


**==> picture [19 x 4] intentionally omitted <==**

**----- Start of picture text -----**<br>
In up to 40 A<br>**----- End of picture text -----**<br>


**==> picture [84 x 40] intentionally omitted <==**

**----- Start of picture text -----**<br>
In=50-63 A 1/2 3/4 5/6 7/8<br>Y1 Y2<br>si a tlliinii 2/1 4/3 6/5 8/7 |<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /52 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS 200 series 6000 - A y type 

**DS 200 A C** 

## **DS 200 A type, C characteristic** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400191F0201<br>**----- End of picture text -----**<br>


Standard: IEC/EN 61009 and IEC/EN 60947-2 

Icn=6 kA 

|Number<br>of poles|Type/<br>class|Rated<br>residual current<br>current|Rated<br>residual current|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|
|||IΔn mA In A|n mA In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**2**|A|30|40|**DS202 A-C40/0.03**|**DS202 A-C40/0.03**2CSR252101R1404|**861201**|||0.440|1|
||||50|**DS202 A-C50/0.03**|**DS202 A-C50/0.03**2CSR252101R1504|**861300**|||0.440|1|
||||63|**DS202 A-C63/0.03**|**DS202 A-C63/0.03**2CSR252101R1634|**861409**|||0.440|1|



**==> picture [75 x 4] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 1/2 3/4<br>**----- End of picture text -----**<br>


|‘«-.|.|2CSC400193F0201|**3**|A|30|6<br>**DS203 A-C6/0.03**2CSR253101R1064**861508**<br>10<br>**DS203 A-C10/0.03**2CSR253101R1104**861607**<br>13<br>**DS203 A-C13/0.03**2CSR253101R1134**861706**<br>16<br>**DS203 A-C16/0.03**2CSR253101R1164**861805**<br>20<br>**DS203 A-C20/0.03**2CSR253101R1204**861904**<br>25<br>**DS203 A-C25/0.03**2CSR253101R1254**862000**<br>32<br>**DS203 A-C32/0.03**2CSR253101R1324**862109**<br>CC|0.610<br>0.610<br>0.610<br>0.610<br>0.610<br>0.610<br>0.610|1<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|
|**1/2**<br>**3/4**<br>**5/6**<br>AL|AL|||||40<br>**DS203 A-C40/0.03**2CSR253101R1404**862208**<br>50<br>**DS203 A-C50/0.03**2CSR253101R1504**862307**<br>63<br>**DS203 A-C63/0.03**2CSR253101R1634**862406**<br>®<br>nO|0.610<br>0.650<br>0.650|1<br>1<br>1|
|**1/2**<br>**3/4**<br>**5/6**<br>L|||**4**|A|30|6<br>**DS204 A-C6/0.03**2CSR254101R1064**862505**|0.780|1|
|||||||10<br>**DS204 A-C10/0.03**2CSR254101R1104**862604**|0.780|1|
|||||||13<br>**DS204 A-C13/0.03**2CSR254101R1134**862703**|0.780|1|
|||||||16<br>**DS204 A-C16/0.03**2CSR254101R1164**862802**|0.780|1|
|||||||20<br>**DS204 A-C20/0.03**2CSR254101R1204**862901**|0.780|1|
|25<br>**DS204 A-C25/0.03**2CSR254101R1254**863007**<br>0.780<br>1<br>32<br>**DS204 A-C32/0.03**2CSR254101R1324**863106**<br>0.780<br>1<br>40<br>**DS204 A-C40/0.03**2CSR254101R1404**863205**<br>0.780<br>1<br>50<br>**DS204 A-C50/0.03**2CSR254101R1504**863304**<br>0.825<br>1<br>63<br>**DS204 A-C63/0.03**2CSR254101R1634**863403**<br>0.825<br>1<br>2CSC400194F0201<br>j®<br>®Te|||||||||
||||provided with additional terminals for remote tripping<br>®|provided with additional terminals for remote tripping|provided with additional terminals for remote tripping||||



Bs =* ‘«-. Inup to 40A AL **1/2 3/4 5/6** HBS **In=50-63 A 1/2 3/4 5/6 Y1 Y2** ~~L~~ **2/1 4/3** L **6/5** - é 

**3** 

**==> picture [84 x 103] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8<br>In up to 40 A<br>In=50-63 A 1/2 3/4 5/6 7/8<br>Y1 Y2<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /53 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS 200 series LJ 6000 - A y type 

**DS 200 A K** 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **DS 200 A type, K characteristic** 

Function: protection and control against overloads and short-circuit in systems where motors, transformers and auxiliary circuits are present. Advantages: no unwanted release in case of currents peak up to 8 x In, according to the series; thanks to the high sensibility bimetal, the K curve switches offer protection of the sensible elements from overcurrents; they also allow the best protection of cables and lines. 

Application: commercial, industrial. 

Standard: IEC/EN 60947-2 

Icn=6 kA **3** Number Type/ Rated Rated **Order Bbn** Price Price Weight Pack of poles class residual current **details 8012542** 1 piece group 1 piece unit current IΔn mA In A **Type code** Order code **EAN** kg pc. **2** A 30 6 **DS202 A-K6/0.03** 2CSR252101R1067 **930303** 0.475 1 _ = a*.i a 10 **DS202 A-K10/0.03** 2CSR252101R1107 **900702** 0.475 1 **1/2 3/4 1/2 3/4** 13 **DS202 A-K13/0.03** 2CSR252101R1137 **930402** 0.475 1 16 **DS202 A-K16/0.03** 2CSR252101R1167 **930501** 0.475 1 20 **DS202 A-K20/0.03** 2CSR252101R1207 **930600** 0.475 1 25 **DS202 A-K25/0.03** 2CSR252101R1257 **930709** 0.475 1 32 **DS202 A-K32/0.03** 2CSR252101R1327 **930808** 0.475 1 40 **DS202 A-K40/0.03** 2CSR252101R1407 **930907** 0.475 1 50 **DS202 A-K50/0.03** 2CSR252101R1507 **931003** 0.475 1 63 **DS202 A-K63/0.03** 2CSR252101R1637 **931102** 0.475 1 BE a= an ~* = Le ~~ere~~ **4** A 30 6 **DS204 A-K6/0.03** 2CSR254101R1067 **931201** 0.775 1 10 **DS204 A-K10/0.03** 2CSR254101R1107 **931300** 0.775 1 13 **DS204 A-K13/0.03** 2CSR254101R1137 **931409** 0.775 1 16 **DS204 A-K16/0.03** 2CSR254101R1167 **931508** 0.775 1 20 **DS204 A-K20/0.03** 2CSR254101R1207 **931607** 0.775 1 **1/2 3/4 5/6 7/8** 25 **DS204 A-K25/0.03** 2CSR254101R1257 **931706** 0.775 1 **In up to 40 A** 32 **DS204 A-K32/0.03** 2CSR254101R1327 **931805** 0.775 1 40 **DS204 A-K40/0.03** 2CSR254101R1407 **931904** 0.775 1 50 **DS204 A-K50/0.03** 2CSR254101R1507 **932000** 0.775 1 63 **DS204 A-K63/0.03** 2CSR254101R1637 **932109** 0.775 1 ~~a~~ 2 asg65 a7 0) provided with additional terminals for remote tripping oT **In=50-63 A 1/2 3/4 5/6 7/8 Y1 Y2 2/1 4/3 6/5 8/7** 

|**4**<br>A<br>30<br>6<br>**DS204 A-K6/0.03**<br>2CSR254101R1067<br>**931201**<br>0.775<br>1<br>10<br>**DS204 A-K10/0.03**2CSR254101R1107<br>**931300**<br>0.775<br>1<br>13<br>**DS204 A-K13/0.03**2CSR254101R1137<br>**931409**<br>0.775<br>1<br>~~ere~~|**4**<br>A<br>30<br>6<br>**DS204 A-K6/0.03**<br>2CSR254101R1067<br>**931201**<br>0.775<br>1<br>10<br>**DS204 A-K10/0.03**2CSR254101R1107<br>**931300**<br>0.775<br>1<br>13<br>**DS204 A-K13/0.03**2CSR254101R1137<br>**931409**<br>0.775<br>1<br>~~ere~~|
|---|---|
||16<br>**DS204 A-K16/0.03**2CSR254101R1167<br>**931508**<br>0.775<br>1|
||20<br>**DS204 A-K20/0.03**2CSR254101R1207<br>**931607**<br>0.775<br>1|
||25<br>**DS204 A-K25/0.03**2CSR254101R1257<br>**931706**<br>0.775<br>1|
|provided with additional terminals for remote tripping<br>0)|32<br>**DS204 A-K32/0.03**2CSR254101R1327<br>**931805**<br>0.775<br>1<br>40<br>**DS204 A-K40/0.03**2CSR254101R1407<br>**931904**<br>0.775<br>1<br>50<br>**DS204 A-K50/0.03**2CSR254101R1507<br>**932000**<br>0.775<br>1<br>63<br>**DS204 A-K63/0.03**2CSR254101R1637<br>**932109**<br>0.775<br>1<br>provided with additional terminals for remote tripping<br>oT|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/8** DT 

ABB 

**3** /54 

**System pro** _**M**_ **compact[®]** 

**DS 200 M AC B** 

**3** 

## **Selection tables** RCBOs DS 200 series M 10000 - AC w type 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **DS 200 M AC type, B characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

**==> picture [102 x 532] intentionally omitted <==**

**----- Start of picture text -----**<br>
to 40.A 1/2 i 3/4 =50- 1/2 i 3/4<br>oo ee<br>1/2 3/4 5/6<br>In=50-63 A 1/2 3/4 5/6<br>Y1 Y2 ran Lp} ddd<br>2/1 4/3 6/5<br>os a* ain = =<br>7<br>1/2 3/4 5/6 7/8<br>In up to 40 A<br>Y1 Y2In=50-63 A 2A 43 65 1/2 8/7 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CSC400193F0201<br>2CSC400194F0201<br>**----- End of picture text -----**<br>


||Number<br>of poles|Type/<br>class|Rated<br>residual current<br>current|Rated<br>residual current|Rated<br>residual current|**Order**<br>**details**|**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|---|---|---|
||<br>**2**|AC|IΔn mA In A<br>30|n mA In A<br>6<br>10<br>13||**Type code**<br>**DS202 M AC-B6/0.03 **<br>**DS202 M AC-B10/0.03  **<br>**DS202 M AC-B13/0.03**|Order code<br>**EAN**<br>2CSR272001R1065**932208**<br> 2CSR272001R1105**932307**<br>**DS202 M AC-B13/0.03 **2CSR272001R1135**932406**|||kg<br>0.440<br>0.440<br>0.440|pc.<br>1<br>1<br>1|
|||||16|16|**DS202 M AC-B16/0.03**|**DS202 M AC-B16/0.03 **2CSR272001R1165**932505**|||0.440|1|
|||||20|20|**DS202 M AC-B20/0.03**|**DS202 M AC-B20/0.03 **2CSR272001R1205**932604**|||0.440|1|
|||||25|25|**DS202 M AC-B25/0.03**|**DS202 M AC-B25/0.03 **2CSR272001R1255**932703**|||0.440|1|
|||||32|32|**DS202 M AC-B32/0.03**|**DS202 M AC-B32/0.03 **2CSR272001R1325**932802**|||0.440|1|
|||||40|40|**DS202 M AC-B40/0.03**|**DS202 M AC-B40/0.03 **2CSR272001R1405**932901**|||0.440|1|
|||||50<br>63|50<br>63<br>o)<br>o)|**DS202 M AC-B50/0.03**<br>**DS202 M AC-B63/0.03**|**DS202 M AC-B50/0.03 **2CSR272001R1505**933007**<br>0.440<br>1<br>**DS202 M AC-B63/0.03 **2CSR272001R1635**933106**<br>0.440<br>1<br>Te|||||
|||||||||||||
||**3**|AC|30|6||**DS203 M AC-B6/0.03 **|2CSR273001R1065**933205**|||0.610|1|
|||||10|10|**DS203 M AC-B10/0.03**|**DS203 M AC-B10/0.03 **2CSR273001R1105**933304**|||0.610|1|
|||||13|13|**DS203 M AC-B13/0.03**|**DS203 M AC-B13/0.03 **2CSR273001R1135**933403**|||0.610|1|
|||||16|16|**DS203 M AC-B16/0.03**|**DS203 M AC-B16/0.03 **2CSR273001R1165**933502**|||0.610|1|
|||||20|20|**DS203 M AC-B20/0.03**|**DS203 M AC-B20/0.03 **2CSR273001R1205**933601**|||0.610|1|
|||||25|25|**DS203 M AC-B25/0.03**|**DS203 M AC-B25/0.03 **2CSR273001R1255**933700**|||0.610|1|
|||||32<br>**DS203 M AC-B32/0.03 **2CSR273001R1325**933809**<br>0.610<br>1<br>40<br>**DS203 M AC-B40/0.03 **2CSR273001R1405**933908**<br>0.610<br>1<br>ini<||||||||
|||||50|50|**DS203 M AC-B50/0.03**|**DS203 M AC-B50/0.03 **2CSR273001R1505**934004**|||0.650|1|
|||||63|63<br>®|**DS203 M AC-B63/0.03**|**DS203 M AC-B63/0.03 **2CSR273001R1635**934103**<br>0.650<br>1<br>ee|||||
|**4**<br>~~—~~||AC|30|6<br>10<br>13|10<br>13|**DS204 M AC-B6/0.03 **<br>**DS204 M AC-B10/0.03**<br>**DS204 M AC-B13/0.03**|2CSR274001R1065**934202**<br>**DS204 M AC-B10/0.03 **2CSR274001R1105**934301**<br>**DS204 M AC-B13/0.03 **2CSR274001R1135**934400**|||0.780<br>0.780<br>0.780|1<br>1<br>1|
|||||16|16|**DS204 M AC-B16/0.03**|**DS204 M AC-B16/0.03 **2CSR274001R1165**934509**|||0.780|1|
|||||20|20|**DS204 M AC-B20/0.03  **|2CSR274001R1205**934608**|||0.780|1|
|||||25|25|**DS204 M AC-B25/0.03**|**DS204 M AC-B25/0.03 **2CSR274001R1255**934707**|||0.780|1|
|||||32|32|**DS204 M AC-B32/0.03**|**DS204 M AC-B32/0.03 **2CSR274001R1325**934806**|||0.780|1|
|||||40|40|**DS204 M AC-B40/0.03**|**DS204 M AC-B40/0.03 **2CSR274001R1405**934905**|||0.780|1|
|||||50|50|**DS204 M AC-B50/0.03**|**DS204 M AC-B50/0.03 **2CSR274001R1505**935001**|||0.825|1|
|||||63|63<br>®|**DS204 M AC-B63/0.03**|**DS204 M AC-B63/0.03 **2CSR274001R1635**935100**|||0.825|1|



a) provided with additional terminals for remote tripping 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /55 

**System pro** _**M**_ **compact[®]** 

**DS 200 M AC C** 

**3** 

## **Selection tables** RCBOs DS 200 series M 10000 - AC w type 

**==> picture [28 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
C<br>**----- End of picture text -----**<br>


## **DS 200 M AC type, C characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 

Icn=10 kA 

**==> picture [488 x 286] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Number|Type/|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|class|residual current|details|8012542|1 piece|group|1 piece|unit|
|1/2|3/4|1/2|3/4|current|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|2|AC|30|6|DS202 M AC-C6/0.03|2CSR272001R1064|851509|0.440|1|
|10|DS202 M AC-C10/0.03|2CSR272001R1104|851608|0.440|1|
|13|DS202 M AC-C13/0.03|2CSR272001R1134|851707|0.440|1|
|16|DS202 M AC-C16/0.03|2CSR272001R1164|851806|0.440|1|
|20|DS202 M AC-C20/0.03|2CSR272001R1204|851905|0.440|1|
|25|DS202 M AC-C25/0.03|2CSR272001R1254|852001|0.440|1|
|32|DS202 M AC-C32/0.03|2CSR272001R1324|852100|0.440|1|
|40|DS202 M AC-C40/0.03|2CSR272001R1404|852209|0.440|1|
|a|50|DS202 M AC-C50/0.03|2CSR272001R1504|852308|0.440|1|
|“4a j|a|63|DS202 M AC-C63/0.03|2CSR272001R1634|852407|0.440|1|
|1/2|3/4|5/6|
|3|AC|30|6|DS203 M AC-C6/0.03|2CSR273001R1064|852506|0.610|1|
|10|DS203 M AC-C10/0.03|2CSR273001R1104|852605|0.610|1|
|13|DS203 M AC-C13/0.03|2CSR273001R1134|852704|0.610|1|
|16|DS203 M AC-C16/0.03|2CSR273001R1164|852803|0.610|1|
|2|;|20|DS203 M AC-C20/0.03|2CSR273001R1204|852902|0.610|1|
|25|DS203 M AC-C25/0.03|2CSR273001R1254|853008|0.610|1|
|In=50-63 A|1/2|3/4|5/6|
|Y1|Y2|

**----- End of picture text -----**<br>


**==> picture [362 x 101] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|3|AC|30|6|DS203 M AC-C6/0.03|2CSR273001R1064|852506|0.610|1|
|10|DS203 M AC-C10/0.03|2CSR273001R1104|852605|0.610|1|
|13|DS203 M AC-C13/0.03|2CSR273001R1134|852704|0.610|1|
|16|DS203 M AC-C16/0.03|2CSR273001R1164|852803|0.610|1|
|20|DS203 M AC-C20/0.03|2CSR273001R1204|852902|0.610|1|
|25|DS203 M AC-C25/0.03|2CSR273001R1254|853008|0.610|1|
|32|DS203 M AC-C32/0.03|2CSR273001R1324|853107|0.610|1|
|40|DS203 M AC-C40/0.03|2CSR273001R1404|853206|0.610|1|
|50|DS203 M AC-C50/0.03|2CSR273001R1504|853305|0.650|1|
|63|DS203 M AC-C63/0.03|2CSR273001R1634|853404|0.650|1|

**----- End of picture text -----**<br>


**==> picture [84 x 103] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8<br>In up to 40 A<br>Y1 Y2In=50-63 A 2n 43 6S 1/2 BIT 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


**==> picture [382 x 114] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|—_——|4|AC|30|6|DS204 M AC-C6/0.03|2CSR274001R1064|853503|0.780|1|
|10|DS204 M AC-C10/0.03|2CSR274001R1104|853602|0.780|1|
|13|DS204 M AC-C13/0.03|2CSR274001R1134|853701|0.780|1|
|16|DS204 M AC-C16/0.03|2CSR274001R1164|853800|0.780|1|
|20|DS204 M AC-C20/0.03|2CSR274001R1204|853909|0.780|1|
|25|DS204 M AC-C25/0.03|2CSR274001R1254|854005|0.780|1|
|32|DS204 M AC-C32/0.03|2CSR274001R1324|854104|0.780|1|
|40|DS204 M AC-C40/0.03|2CSR274001R1404|854203|0.780|1|
|50|DS204 M AC-C50/0.03|2CSR274001R1504|854302|0.825|1|
|a|63|DS204 M AC-C63/0.03|2CSR274001R1634|854401|0.825|1|

**----- End of picture text -----**<br>


a) provided with additional terminals for remote tripping 

**2/1 4/3 6/5** ‘in ~* . 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /56 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS 200 series M L 10000 - A y type 

**DS 200 M A B** 

## **DS 200 M A type, B characteristic** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

**==> picture [508 x 481] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|=|aes|Standard: IEC/EN 61009|
|f.|caaae|Icn=10 kA|
|Number|Type/|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|class|residual current|details|8012542|1 piece|group|1 piece|unit|
|1/2|3/4|1/2|3/4|current|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|In up to 40|A dt|In=50-63 A|ae.|a|
|2|A|30|40|DS202 M A-B40/0.03|2CSR272101R1405|846208|0.440|1|
|50|DS202 M A-B50/0.03|2CSR272101R1505|846307|0.440|1|
|63|DS202 M A-B63/0.03|2CSR272101R1635|846406|0.440|1|
|co|n|‘|Ag|a|
|3|A|30|6|DS203 M A-B6/0.03|2CSR273101R1065|846505|0.610|1|
|10|DS203 M A-B10/0.03|2CSR273101R1105|846604|0.610|1|
|13|DS203 M A-B13/0.03|2CSR273101R1135|846703|0.610|1|
|16|DS203 M A-B16/0.03|2CSR273101R1165|846802|0.610|1|
|20|DS203 M A-B20/0.03|2CSR273101R1205|846901|0.610|1|
|25|DS203 M A-B25/0.03|2CSR273101R1255|847007|0.610|1|
|32|DS203 M A-B32/0.03|2CSR273101R1325|847106|0.610|1|
|1/2|3/4|5/6|40|DS203 M A-B40/0.03|2CSR273101R1405|847205|0.610|1|
|LL|||a|
|50|DS203 M A-B50/0.03|2CSR273101R1505|847304|0.650|1|
|In up|to 40A i ae|I|
|||a|63|DS203 M A-B63/0.03|2CSR273101R1635|847403|0.650|1|
|In=50-63 A|1/2|3/4|5/6|
|Y1|Y2|
|2/1|4/3|6/5|4|A|30|6|DS204 M A-B6/0.03|2CSR274101R1065|847502|0.780|1|
|10|DS204 M A-B10/0.03|2CSR274101R1105|847601|0.780|1|
|13|DS204 M A-B13/0.03|2CSR274101R1135|847700|0.780|1|
|16|DS204 M A-B16/0.03|2CSR274101R1165|847809|0.780|1|
|20|DS204 M A-B20/0.03|2CSR274101R1205|847908|0.780|1|
|ah|a*|_*|‘+|ra!|vii|25 32|DS204 M A-B25/0.03 DS204 M A-B32/0.03|2CSR274101R1255 2CSR274101R1325|848004 848103|0.780 0.780|11|
|_—|Cc|40|DS204 M A-B40/0.03|2CSR274101R1405|848202|0.780|1|
|:|50|DS204 M A-B50/0.03|2CSR274101R1505|848301|0.825|1|
|j|I|
|a|63|DS204 M A-B63/0.03|2CSR274101R1635|848400|0.825|1|

**----- End of picture text -----**<br>


**3** 

provided with additional terminals for remote tripping 

**==> picture [84 x 103] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8<br>In up to 40 A<br>In=50-63 A 1/2 3/4 5/6 7/8<br>Y1 Y2<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /57 

**System pro** _**M**_ **compact[®]** 

**DS 200 M A C** 

**3** 

## **Selection tables** RCBOs DS 200 series M 10000 - A y type 

## C 

## **DS 200 M A type, C characteristic** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct contacts. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 

ee _ * ef i a **1/2** l **3/4** | **1/2** | **3/4** | 

Icn=10 kA 

|Number<br>of poles<br>|Type/<br>class|Rated<br>residual current<br>current<br>IΔn mA In A|Rated<br>residual current<br>n mA In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|**2**|A|30|40|**DS202 M A-C40/0.03 **|2CSR272101R1404|**849209**|||0.440|1|
||||50<br>63<br>A<br>a|**DS202 M A-C50/0.03 **<br>**DS202 M A-C63/0.03 **|2CSR272101R1504<br> 2CSR272101R1634|**849308**<br>**849407**|||0.440<br>0.440|1<br>1|



|**3**|A|30|6|**DS203 M A-C6/0.03  **2CSR273101R1064**849506**|0.610|1|
|---|---|---|---|---|---|---|
||||10|**DS203 M A-C10/0.03 **2CSR273101R1104**849605**|0.610|1|
||||13<br>**DS203 M A-C13/0.03 **2CSR273101R1134**849704**<br>0.610<br>1<br>16<br>**DS203 M A-C16/0.03 **2CSR273101R1164**849803**<br>0.610<br>1<br>20<br>**DS203 M A-C20/0.03 **2CSR273101R1204**849902**<br>0.610<br>1<br>25<br>**DS203 M A-C25/0.03 **2CSR273101R1254**850007**<br>0.610<br>1<br>32<br>**DS203 M A-C32/0.03 **2CSR273101R1324**850106**<br>0.610<br>1<br>40<br>**DS203 M A-C40/0.03 **2CSR273101R1404**850205**<br>0.610<br>1<br>50<br>**DS203 M A-C50/0.03 **2CSR273101R1504**850304**<br>0.650<br>1<br>63<br>**DS203 M A-C63/0.03 **2CSR273101R1634**850403**<br>0.650<br>1<br>eee<br>A<br>i||||



to 40.4 oaee **1/2 3/4 5/6** 

**In=50-63 A 1/2 3/4 5/6 Y1 Y2** ~~LL~~ **2/1 4/3 6/5** 

**Technical details ..........................  pag. 11/76** 

**Overall dimensions ........................  pag. 13/8** 

ABB 

**3** /58 

**System pro** _**M**_ **compact[®]** 

**DS 200 M A C** 

## **Selection tables** RCBOs DS 200 series M a 10000 - A y type 

|||||||||||||||||||**4**|A|30|6|**DS204 M A-C6/0.03  **2CSR274101R1064**850502**|0.780|1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||||||||10|**DS204 M A-C10/0.03 **2CSR274101R1104**850601**|0.780|1|
|a||||||||er|||||||||2CSC400194F0201||||13<br>**DS204 M A-C13/0.03 **2CSR274101R1134**850700**<br>0.780<br>1<br>16<br>**DS204 M A-C16/0.03 **2CSR274101R1164**850809**<br>0.780<br>1<br>20<br>**DS204 M A-C20/0.03 **2CSR274101R1204**850908**<br>0.780<br>1<br>25<br>**DS204 M A-C25/0.03 **2CSR274101R1254**851004**<br>0.780<br>1<br>32<br>**DS204 M A-C32/0.03 **2CSR274101R1324**851103**<br>0.780<br>1<br>~~TT~~||||
||||||||||||||||||||||40|**DS204 M A-C40/0.03 **2CSR274101R1404**851202**|0.780|1|
||||||||||||||||||||||50|**DS204 M A-C50/0.03 **2CSR274101R1504**851301**|0.825|1|
|||||||||**1/2**|**3/4**||**5/6**|||**7/8**|||||||63|**DS204 M A-C63/0.03 **2CSR274101R1634**851400**|0.825|1|
||||||||||||||||||||||||||
|||||**In up to 40 A**||**In up to 40 A**<br>|||||||||||||provided with additional terminals for remote tripping<br>O|provided with additional terminals for remote tripping||||||
||||||||||||||||||||||||||
||||||||||||||||||||||||||
||||||||||||||||||||||||||
||||||||||||||||||||||||||
|**In=50-63 A**|||||||||**1/2**||**3/4**||**5/6**||**7/8**||||||||||
|**Y1 Y2**|||||||||||||||||||||||||
||||||||||||||||||||||||||
||||||**2/1**||**4/3**<br>**6/5**<br>**8/7**||||||||||||||||||



**3** 

**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/8** PT 

ABB 

**3** /59 

**3** 

The range of DDA 60, 70 and selective 90 RCD blocks for the S 290 series includes 100A devices suitable for assembly with MCBs in the S 290 series of type C only. 

The DDA 800 RCD blocks for protecting people and electrical installations are useful when a higher breaking capacity is required. Assembling a DDA 800 RCD block with an S 800 N or S 800 S MCB creates an RCBO with a breaking capacity of 36 kA and 50 kA respectively. The RCD-blocks must be mounted on the right side of the MCB, so that the available accessories can be mounted on the left side. DDA 800 RCD blocks are available in AC and A, A AP-R (high immunity) and A selective types. DS 800 RCBOs are available, only in the size of 125 A, in A, AP-R (high immunity) and A selective types. 

In compliance with IEC EN 61009, which establishes that the RCD blocks can be assembled with an MCB only once, the S 290 series DDA blocks have a mechanical pin which prevents disassembly once inserted. 

In contrast, RCD blocks for the S 800 series which conform to IEC EN 60947-2 app. B do not have unlosable coupling elements. 

DDA RCD blocks for the S 290 and S 800 series are 

not sensitive to impulsive atmospheric and operational discharges, therefore, they are not subject to unwanted tripping in accordance with IEC EN 61008, and IEC EN 61009, even with 8/20 μs wave up to 250 A. 

**==> picture [5 x 53] intentionally omitted <==**

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2CSC400170F0201<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
2CSC400273F0201 2CSC400274F0201<br>**----- End of picture text -----**<br>


ABB SACE 

**2** /60 

## **Residual current devices DDA for S 290 and S800 series, RCBOs DS800 and 1P+N RCBOs DS271, RD2, RD3, RD residual current relays and TR toroidal transformers** 

## **Index** 

**3** 

**==> picture [336 x 323] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Technical features of RCDs-blocks for MCBs S 290 series|........................................|3|/62|
|Selection tables of RCDs-blocks for MCBs S 290 series|
|DDA 60, DDA 70 and DDA 90 for MCBs S 290 series ........................................................|3|/64|
|Technical features of RCDs-blocks for MCBs S800 series|.........................................|3|/66|
|Selection tables of RCD-blocks for MCBs S800 series|
|DDA 800 for MCBs S800 series ..........................................................................................|3|/68|
|Technical features of DS800 RCBOs series|..................................................................|3|/72|
|Selection tables of DS800 RCBOs series|
|DS800 RCBOs series ..........................................................................................................|3|/74|
|Technical features of 1P+N RCBOs DS271 series|........................................................|3|/80|
|Selection tables of 1P+N RCBOs DS271 series|
|DS271 RCBOs series ..........................................................................................................|3|/82|
|Selection tables of residual current relays RD2, RD3, RD and toroidal transformers TR|
|RD2 residual current relays .................................................................................................|3|/84|
|RD3 residual current relays .................................................................................................|3|/85|
|RD front panel residual current relays .................................................................................|3|/86|
|TR toroidal transformers ......................................................................................................|3|/87|

**----- End of picture text -----**<br>


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ABB SACE<br>**----- End of picture text -----**<br>


**3** /61 

**System pro** _**M**_ **compact[®]** 

**Technical features** RCD-blocks for MCBs S 290 series 

**DDA 60 DDA 70 DDA 90** 

**3** 

**==> picture [569 x 370] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL FEATURES<br>Standards<br>Electrical Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage UN V<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated breaking capacity (Icn) acc. to IEC /EN 61009 A<br>Rated breaking capacity (Icn) acc. to IEC/EN 60947-2 A<br>Rated residual breaking capacity  IΔm kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Surge current resistance (wave 8/20) A<br>Mechanical Toggle<br>features  Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC /EN 60068-2 constant climatic conditions °C/RH<br>variable climatic conditions °C/RH<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Installation Terminal size for cables mm [2]<br>Tightening torque N*m<br>Mounting<br>Dimensions  Dimensions (H x D x  W) 2P  mm<br>and weight 3P/4P   mm<br>Weight 2P  g<br>3P/4P  g<br>Combination Combinable with:  S 290 C characteristic<br>with auxiliary S 290 D and K characteristics<br>elements<br>**----- End of picture text -----**<br>


ABB 

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**Technical features** RCD-blocks for MCBs S 290 series 

**DDA 60 DDA 70 DDA 90** 

**3** 

## **System pro** _**M**_ **compact[®]** 

|**DDA 60**<br>**DDA 70**<br>IEC/EN  61009 Ann. G<br>Po|**DDA 90**|
|---|---|
|AC<br>A|A - A selective|
|2P, 4P<br>100||
|0.03-0.3<br>0.03-0.3|0.3-1|
|230/400<br>500<br>240(2P), 415(4P)<br>100(2P), 175(4P)<br>50…60<br>according to the breaking capacity of the associated MCB<br>according to the breaking capacity of the associated MCB<br>7.5<br>4<br>2.5||
|250<br>1000|3000|
|black operating from ON-OFF position<br>10000<br>20000<br>IP4X<br>IP2X<br>28 cycles with 55/95…100<br>23/83 - 40/93 - 55/20<br>25/95 - 40/95<br>-25…+45<br>-40…+60||
|50<br>3.5<br>on DIN rail EN 60715 (35 mm) by means of rapid fixing device||
|94 x 68 x 61<br>94 x 68 x 90<br>325<br>600||
|yes<br>no||



ABB 

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**System pro** _**M**_ **compact[®]** 

**DDA 60** 

**3** 

## **Selection tables** RCD-blocks DDA 60 for MCBs S 290 series 

**==> picture [53 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC<br>**----- End of picture text -----**<br>


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2CSC400167F0201<br>**----- End of picture text -----**<br>


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Y1 Y2 2 4/N<br>2/14/3(N)<br>2CSC400169F0201<br>**----- End of picture text -----**<br>


## **DDA 60 AC type for MCBs S 290** 

Function: RCD-block for assembly on site with MCBs S 290 series only in C characteristic. Protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. Additional terminals for remote tripping are available. 

Application: commercial, industrial. 

Standard: IEC/EN 61009 Ann. G 

|Number<br>of poles|Rated<br>Rated<br>residual   current|**Order**<br>**details**||**Bbn**<br>**4016779**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|---|
||current<br>IΔn mA<br>In A|**Type code**|Order code|**EAN**|||kg|pc.|
|**2**|0.03<br>100<br>ee|**DDA62 100  30MA**<br>ee|36229002<br>ee|**183307**<br>ee|ee|ee|0.325<br>ee|1<br>ee|
|**4**|0.3<br>100<br>0.03<br>100<br>~~BC~~|**DDA62 100 300MA**<br>**DDA 64 100  30MA**|36229010<br>36229044|**183505**<br>**183901**|||0.325<br>0.600|1<br>1|
||0.3<br>100|**DDA 64 100 300MA**|36229051|**184106**|||0.600|1|



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**----- Start of picture text -----**<br>
Y1 Y2 2 4 6 8/N<br>2/14/36/58/7(N)<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ......................  pag. 13/10** 

ABB 

**3** /64 

**System pro** _**M**_ **compact[®]** 

## **Selection tables** RCD-blocks DDA 70 and DDA 90 for MCBs S 290 series 

# **DDA 70 DDA 90** 

## **DDA 70 A type for MCBs S 290** 

**DDA 70 A type for MCBs S 290** A Function: RCD-block for assembly on site with MCBs S 290 series only in C characteristic. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts. Additional terminals for remote tripping are available. Application: commercial, industrial. Standard: IEC/EN 61009 Ann. G Number Rated Rated **Order Bbn** Price Price Weight Pack of poles residual   current **details 4016779** 1 piece group 1 piece unit Y1 a Y2 2 4/N current IΔn mA In A **Type code** Order code **EAN** kg pc. **2** 0.03 100 **DDA 72 100  30MA** 36229069 **184304** 0.325 1 0.3 100 **DDA 72 100 300MA** 36229077 **184403** 0.325 1 O————— 2/14/3(N) **4** 0.03 100 **DDA 74 100  30MA** 36229101 **184700** 0.600 1 0.3 100 **DDA 74 100 300MA** 36229119 **184809** 0.600 1 Y1 Y2 2 4 6 8/N 2/14/36/58/7(N) **DDA 90 A selective type for MCBs S 290** Function: RCD-block for assembly on site with MCBs S 290 series (only in C characteristic). Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for 

Function: RCD-block for assembly on site with MCBs S 290 series only in C characteristic. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts. Additional terminals for remote tripping are available. 

Function: RCD-block for assembly on site with MCBs S 290 series (only in C characteristic). Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide). 

**3** 

Additional terminals for remote tripping are available. 

|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|Application: commercial, industrial.<br>Standard: IEC/EN 61009 Ann. G<br>**2**<br>0.3<br>100<br>**DDA 92 100 300MA S**<br>36229127<br>**185103**<br>0.325<br>1<br>2/1<br>4/3(N)<br>~~Se~~|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||1<br>100<br>**DDA 92 100 1A S**|36229135|**185509**|0.325|1|
||||||||||||2CSC400169F0201|**4**<br>0.3<br>100<br>**DDA 94 100 300MA S**<br>1<br>100<br>**DDA 94 100 1A S**|36229168<br>36229176|**185905**<br>**186001**|0.600<br>0.600|1<br>1|



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**----- Start of picture text -----**<br>
Y1 Y2 2 4 6 8/N<br>2/14/36/58/7(N)<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76** 

**Overall dimensions ......................  pag. 13/10** 

ABB 

**3** /65 

**System Technical features pro** _**M**_ **compact[®]** RCD-blocks for MCBs S800 series 

**DDA 800** 

**3** 

**==> picture [569 x 392] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL FEATURES<br>Standards<br>Electrical  Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage Ue V<br>Insulation voltage Ui V<br>Max. operating voltage of circuit test V<br>Min. operating voltage of circuit test V<br>Rated frequency Hz<br>Rated breaking capacity (Icn) acc. to IEC /EN 60947-2 A<br>Rated residual breaking capacity  IΔm with S 800 N kA<br>with S 800 S kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Surge current resistance (wave 8/20) A<br>Mechanical  Toggle<br>features Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC /EN 60068-2 constant climatic conditions °C/RH<br>variable climatic conditions °C/RH<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Terminal size for cables flexible mm [2]<br>rigid mm [2]<br>Tightening torque N*m<br>Mounting<br>Dimensions  Dimensions (H x D x  W) 2P  mm<br>and weight 3P mm<br>4P   mm<br>Weight 2P g<br>3P g<br>4P g<br>Combination  Combinable with:  S 800 N<br>with MCBs S 800 S<br>**----- End of picture text -----**<br>


ABB 

**3** /66 

**DDA 800** 

**3** 

## **System Technical features pro** _**M**_ **compact[®]** RCDs-blocks for MCBs S800 series 

|**DDA 800 AC**|**DDA 800 A**<br>**DDA 800 A AP-R**<br>IEC/EN 60947-2 Ann. B|**DDA 800 A S**|**DDA 800 A S**|
|---|---|---|---|
|AC|A<br>A|A||
||2P, 3P, 4P|||
|63<br>0.03-0.3|63<br>100<br>63-100<br>0.03-0.3-0.5<br>0.3-0.5<br>0.03|63<br>0.3-1|100<br>0.3-0.5*-1|
||230/400 - 240/415 - 400/690<br>690<br>690<br>195<br>50...60<br>according to the breaking capacity of the associated MCB<br>according to the Icu of the associated MCB<br>according to the Icu of the associated MCB<br>6<br>2.5|||
|250<br>3000||5000||
||blue operating just from OFF position<br>10000<br>20000<br>IP4X<br>IP2X<br>28 cycles with 55/95...100<br>23/83 - 40/93 - 55/20<br>25/95 - 40/95<br>-25...+60<br>-40...+70<br>6...50<br>6...70<br>min. 3 / max. 4<br>on DIN rail EN 60715 (35 mm) by means of rapid fixing device|||
||108.2 x 82.3 x 81<br>108.2 x 82.3 x 117<br>108.2 x 82.3 x 117<br>300 for 63 A - 415 for 100 A<br>400 for 63 A - 640 for 100 A<br>460 for 63 A - 765 for 100 A|||
||yes<br>yes|||



* only on 3P and 4P versions 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DDA 800 AC** 

**3** 

## **Selection tables** RCD-blocks DDA 800 AC w type 

## AC 

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2CSC400177F0201<br>**----- End of picture text -----**<br>


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2/1 4/3<br>1 3 5<br>2 4 6<br>2/1 4/3 6/5<br>1 3 5 7<br>2 4 6 8<br>2/1 4/3 6/5 8/7<br>2CSC400178F0201<br>2CSC400179F0201<br>**----- End of picture text -----**<br>


## **DDA 800 AC type for MCBs S800** 

Function: RCD-block for assembly on site with MCBs S800 series up to 63 A. Protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

## Application: commercial, industrial. 

Standard: IEC/EN 60947-2 Ann. B 

|Number<br>of poles<br> <br>**2**<br>|Rated<br>residual   current<br>current<br>IΔn mA<br>30<br>300<br>|Rated<br>residual   current<br>In A<br>63<br>63<br>|**Order**<br>**details**<br>**Type code**<br>**DDA802AC-63/0.03**<br>**DDA802AC-63/0.3**<br>|Order code<br>**DDA802AC-63/0.03**2CSB802001R1630<br>2CSB802001R3630<br>|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**919704**<br>**919902**<br>|Price<br>1 piece<br>|Price<br>group<br>|Weight<br>1 piece<br>kg<br>0.300<br>0.300<br>|Pack<br>unit<br>pc.<br>1<br>1<br>|
|---|---|---|---|---|---|---|---|---|---|
|||||||||||
|**3**|30|63|**DDA803AC-63/0.03**|**DDA803AC-63/0.03**2CSB803001R1630|**922001**|||0.400|1|
||300|63|**DDA803AC-63/0.3**|2CSB803001R3630|**922209**|||0.400|1|
|||||||||||
|**4**|30<br>300|63<br>63|**DDA804AC-63/0.03**<br>**DDA804AC-63/0.3**|**DDA804AC-63/0.03**2CSB804001R1630<br>2CSB804001R3630|**924401**<br>**924609**|||0.460<br>0.460|1<br>1|



**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** | 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DDA 800 A** 

## **Selection tables** RCD-blocks DDA 800 A y type 

## **DDA 800 A type for MCBs S800** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


Function: RCD-block for assembly on site with MCBs S800 up to 100 A. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct (with IΔn=30 mA) contacts. 

**==> picture [492 x 381] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Application: commercial, industrial.|
|Standard: IEC/EN 60947-2 Ann. B|
|Number|Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles|residual   current|details|8012542|1 piece|group|1 piece|unit|
|current|
|1|3|IΔn mA|In A|Type code|Order code|EAN|kg|pc.|
|2|30|63|DDA802 A-63/0.03|2CSB802101R1630|920007|0.300|1|
|2|4|
|300|63|DDA802 A-63/0.3|2CSB802101R3630|920205|0.300|1|
|2/1|4/3|100|DDA802 A-100/0.3|2CSB802101R3000|545033|0.415|1|
|500|63|DDA802 A-63/0.5|2CSB802101R4630|920403|0.300|1|
|100|DDA802 A-100/0.5|2CSB802101R4000|542636|0.415|1|
|3|30|63|DDA803 A-63/0.03|2CSB803101R1630|922308|0.400|1|
|300|63|DDA803 A-63/0.3|2CSB803101R3630|922506|0.400|1|
|100|DDA803 A-100/0.3|2CSB803101R3000|544135|0.640|1|
|500|63|DDA803 A-63/0.5|2CSB803101R4630|922704|0.400|1|
|100|DDA803 A-100/0.5|2CSB803101R4000|541738|0.640|1|
|wad|i|
|1|3|5|
|4|30|63|DDA804 A-63/0.03|2CSB804101R1630|924807|0.460|1|
|2|4|6|300|63|DDA804 A-63/0.3|2CSB804101R3630|925002|0.460|1|
|100|DDA804 A-100/0.3|2CSB804101R3000|547532|0.765|1|
|2/1|4/3|6/5|500|63|DDA804 A-63/0.5|2CSB804101R4630|925200|0.460|1|
|100|DDA804 A-100/0.5|2CSB804101R4000|544937|0.765|1|
|te|
|1|3|5|7|
|2|4|6|8|

**----- End of picture text -----**<br>


**3** 

**2/1 4/3 6/5 8/7 Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** | 

ABB 

**3** /69 

**System pro** _**M**_ **compact[®]** 

**DDA 800 A AP-R** 

**3** 

## **Selection tables** RCD-blocks DDA 800 A y type AP-R (high immunity) 

## **DDA 800 A AP-R type for MCBs S800** 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


Function: RCD-block for assembly on site with MCBs S800 up to 100 A. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts  and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts. 

**==> picture [497 x 412] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|against indirect contacts  and additional protection against direct (with IΔn=30 mA) contacts.Δn=30 mA) contacts.n=30 mA) contacts.|
|Application: commercial, industrial.|
|Standard: IEC/EN 60947-2 Ann. B|
|1|3|Number Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles residual   current|details|8012542|1 piece|group|1 piece|unit|
|current|
|2|4|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|2/1|4/3|2|30|63|DDA802 A-63/0.03 AP-R|2CSB802401R1630|921400|0.300|1|
|100|DDA802 A-100/0.03 AP-R|2CSB802401R1000|544630|0.415|1|
|3|30|63|DDA803 A-63/0.03 AP-R|2CSB803401R1630|923800|0.400|1|
|100|DDA803 A-100/0.03 AP-R|2CSB803401R1000|542230|0.640|1|
|4|30|63|DDA804 A-63/0.03 AP-R|2CSB804401R1630|927709|0.460|1|
|100|DDA804 A-100/0.03 AP-R|2CSB804401R1000|547136|0.765|1|
|ao|1|3|5|OO|
|2|4|6|
|2/1|4/3|6/5|
|1|3|5|7|
|2|4|6|8|
|2/1|4/3|6/5|8/7|

**----- End of picture text -----**<br>


Ge **Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DDA 800 A S** 

## **Selection tables** 

## RCD-blocks DDA 800 A y type selective 

## **DDA 800 A selective type for MCBs S800** 

**==> picture [26 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>**----- End of picture text -----**<br>


Function: RCD-block for assembly on site with MCBs S800 series up to 100 A. Protection against the effects of sinusoidal alternating and direct pulsating earth fault currents with an intentional tripping delay, which permits to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide). 

**==> picture [496 x 412] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|information about selectivity see the technical guide).|
|Application: commercial, industrial.|
|Standard: IEC/EN 60947-2 Ann. B|
|1|3|Number Rated|Rated|Order|Bbn|Price|Price|Weight|Pack|
|of poles residual   current|details|8012542|1 piece|group|1 piece|unit|
|2|4|current|
|IΔn mA In A|Type code|Order code|EAN|kg|pc.|
|2/1|4/3|
|2|300|63|DDA802 A S-63/0.3|2CSB802201R3630|920601|0.300|1|
|100|DDA802 A S-100/0.3|2CSB802201R3000|542537|0.415|
|1000|63|DDA802 A S-63/1|2CSB802201R5630|920809|0.300|1|
|100|DDA802 A S-100/1|2CSB802201R5000|547433|0.415|1|
|3|300|63|DDA803 A S-63/0.3|2CSB803201R3630|922902|0.400|1|
|100|DDA803 A S-100/0.3|2CSB803201R3000|544838|0.640|1|
|500|100|DDA803 A S-100/0.5|2CSB803201R4000|542438|0.640|1|
|1000|63|DDA803 A S-63/1|2CSB803201R5630|923206|0.400|1|
|utd|a|100|DDA803 A S-100/1|2CSB803201R5000|547334|0.640|1|
|1|3|5|
|2|4|6|3|300|63|DDA804 A S-63/0.3|2CSB804201R3630|926207|0.460|1|
|100|DDA804 A S-100/0.3|2CSB804201R3000|544739|0.765|1|
|2/1|4/3|6/5|500|100|DDA804 A S-100/0.5|2CSB804201R4000|542339|0.765|1|
|1000|63|DDA804 A S-63/1|2CSB804201R5630|926504|0.460|1|
|100|DDA804 A S-100/1|2CSB804201R5000|547235|0.765|1|
|1|3|5|7|
|2|4|6|8|
|2/1|4/3|6/5|8/7|

**----- End of picture text -----**<br>


**3** 

**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** PT 

ABB 

**3** /71 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS800 series 

**DS800** 

**3** 

**==> picture [569 x 529] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL CHARACTERISTICS<br>Standards<br>Electrical   Operating characteristic: type (wave form of the earth leakage sensed)<br>features   Poles<br>Rated sensitivity IΔn   A<br>Rated current In   A<br>Rated voltage Ue  V<br>Insulation voltage Ui   V<br>Max. operating voltage of circuit test   V<br>Min. operating voltage of circuit test   V<br>Rated frequency   Hz<br>Short-circuit breaking capacity   240/415 V kA<br>ultimate Icu   254/440 V kA<br>acc. to IEC/EN 60947-2  289/500 V kA<br>(AC) 50/60 Hz 400/690 V kA<br>Short-circuit breaking capacity   240/415 V kA<br>service Ics   254/440 V kA<br>acc. to IEC/EN 60947-2  289/500 V kA<br>(AC) 50/60 Hz 400/690 V kA<br>Rated impulse withstand voltage (1.2/50) Uimp   kV<br>Dielectric test voltage at ind. freq. for 1 min.   kV<br>Thermomagnetic release    B: 3 In ≤ Im ≤ 5 In<br>characteristic    C: 5 In ≤ Im ≤ 10 In<br> D: 10 In ≤ Im ≤ 20 In<br> K: 8 In ≤ Im ≤ 14 In<br>Surge current resistance acc. to VDE 0432 Part 2 (wave 8/20)   A<br>Mechanical   Toggle<br>features   Electrical life<br>Mechanical life<br>Protection degree    housing<br> terminals<br>Tropicalization    humid heat   °C/RH<br>acc. to IEC /EN 60068-2    constant climatic conditions   °C/RH<br> variable climatic conditions   °C/RH<br>Ambient temperature (with daily average ≤ + 35 °C)   °C<br>Storage temperature   °C<br>Installation   Terminal size for cables flexible mm2<br>rigid mm2<br>Tightening torque  N*m<br>Mounting<br>Dimensions   Dimensions (H x D x W)   2P mm<br>and weight   3P mm<br>4P mm<br>Weight   2P g<br>3P g<br>4P g<br>Combination   Combinable with:    auxiliary contact<br>with auxiliary    signal contact/auxiliary switch<br>elements    shunt trip<br> undervoltage release<br>**----- End of picture text -----**<br>


(*) 1A on 2P and 4P versions, while 0.3A only on 4P ones. 

ABB 

**3** /72 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS800 series 

**DS800** 

**3** 

**DS800S A DS800N A DS800S A S DS800N A S DS800S A AP-R DS800N A AP-R** IEC/EN 60947-2 A A A 2P, 3P, 4P 2P,4P 2P, 3P, 4P 0.3 0.3-1(*) 0.03 125 230/400-240/415-400/690 690 690 ee 195 50…60 50 36 50 36 50 36 30 20 30 20 30 20 10 10 10 10 10 10 4.5 4.5 4.5 4.5 4.5 4.5 40 30 40 30 40 30 15 10 15 10 15 10 5 5 5 5 5 5 3 3 3 3 3 3 6 —— 2.5 250 250 5000 5000 3000 3000 black (MCB) sealable in ON-OFF position + blue (RCD) operating just from OFF position 10000 ~~ee~~ 20000 IP4X IP2X 28 cycles with 55/95…100 23/83 - 40/93 - 55/20 25/95 - 40/95 -25…+60 -40…+70 6…50 6…70 min. 3 / max. 4 on DIN rail EN 60715 (35 mm) by means of rapid fi xing device 108,2 x 82,3 x 133.5 108,2 x 82,3 x 196 108,2 x 82,3 x 223 ~~Oe~~ 790 1140 1440 yes yes yes yes 

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**System pro** _**M**_ **compact[®]** 

**DS800S A** 

**3** 

## **Selection tables** RCBOs DS800 series A y type 

## **DS800S, A type** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts; command and isolation of resistive and inductive loads. 

Application: industrial. 

Standard: IEC/EN 60947-2 

**==> picture [96 x 399] intentionally omitted <==**

**----- Start of picture text -----**<br>
_——<br>1/2 tl 3/4  oe] fed<br>2/1 4/3<br><n<br>1/2 3/4 5/6<br>2/1 4/3 6/5<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CCC413257F0001<br>2CCC413258F0001<br>2CCC413259F0001<br>**----- End of picture text -----**<br>


Icu=50 kA 

|Number Curve Rated<br>of poles|Number Curve Rated<br>of poles|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A|Rated<br>residual   current<br>n mA In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**1 piece group<br>**EAN**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg|Weight Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|**2**|B<br>300<br>125<br>**DS802S-B125/0.3A**<br>C<br>300<br>125<br>**DS802S-C125/0.3A**<br>-=——GD##C«<CTTT SS||||2CCA862005R0845<br>2CCA862005R0844|**211721**<br>**211738**|||0.790 1<br>0.790 1|0.790 1<br>0.790 1|
||D|300|125|**DS802S-D125/0.3A**|2CCA862005R0841|**211745**|||0.790 1|0.790 1|
||K|300|125|**DS802S-K125/0.3A**|2CCA862005R0647|**211752**|||0.790 1|0.790 1|
||||||||||||
|**3**|B|300|125|**DS803S-B125/0.3A**|2CCA863005R0845|**211769**|||1.14|1|
||C|300|125|**DS803S-C125/0.3A**|2CCA863005R0844|**211776**|||1.14|1|
||D|300|125|**DS803S-D125/0.3A**|2CCA863005R0841|**211783**|||1.14|1|
||K|300|125|**DS803S-K125/0.3A**|2CCA863005R0647|**211790**|||1.14|1|
||||||||||||
|**4**|B|300|125|**DS804S-B125/0.3A**|2CCA864005R0845|**211806**|||1.44|1|
||C<br>300<br>125<br>**DS804S-C125/0.3A**<br>2CCA864005R0844<br>**211813**<br>1.44<br>1<br>a||||||||||
||D|300|125|**DS804S-D125/0.3A**|2CCA864005R0841|**211820**|||1.44|1|
||K|300|125|**DS804S-K125/0.3A**|2CCA864005R0647|**211837**|||1.44|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** ~~D~~ T 

ABB 

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**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS800 series A y type 

**DS800N A** 

**3** 

## **DS800N, A type** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts; command and isolation of resistive and inductive loads. 

Application: industrial. 

Standard: IEC/EN 60947-2 

**==> picture [94 x 399] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4<br>2/1 4/3<br>1/2 3/4 5/6<br>2/1 4/3 6/5<br>aleletar<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CCC413257F0001<br>2CCC413258F0001<br>2CCC413259F0001<br>**----- End of picture text -----**<br>


## Icu=36 kA 

|Number Curve Rated<br>of poles|Number Curve Rated<br>of poles|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A|Rated<br>residual   current<br>n mA In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**1 piece group<br>**EAN**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg|Weight Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|**2**|B|300|125|**DS802N-B125/0.3A**|2CCA892005R0845|**211844**|||0.790 1|0.790 1|
||C|300|125|**DS802N-C125/0.3A**|2CCA892005R0844|**211851**|||0.790 1|0.790 1|
||D|300|125|**DS802N-D125/0.3A**|2CCA892005R0841|**211868**|||0.790 1|0.790 1|
||||||||||||
|**3**|B|300|125|**DS803N-B125/0.3A**|2CCA893005R0845|**211875**|||1.14|1|
||C|300|125|**DS803N-C125/0.3A**|2CCA893005R0844|**211882**|||1.14|1|
||D|300|125|**DS803N-D125/0.3A**|2CCA893005R0841|**211899**|||1.14|1|
||||||||||||
|**4**|B|300|125|**DS804N-B125/0.3A**|2CCA894005R0845|**211905**|||1.44|1|
||C|300|125|**DS804N-C125/0.3A**|2CCA894005R0844|**211912**|||1.44|1|
||D|300|125|**DS804N-D125/0.3A**|2CCA894005R0841|**211929**|||1.44|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** Do 

ABB 

**3** /75 

**DS800S A S** 

**3** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** RCBOs DS800 series A y type, selective 

## **DS800S, A selective type** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents with an intentional tripping delay, which allows to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide); protection against indirect contacts; command and isolation of resistive and inductive loads. 

Application: industrial. 

Standard: IEC/EN 60947-2 

(LE **1/2 3/4** ~~S~~ 

**2/1 4/3** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413257F0001<br>**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413259F0001<br>**----- End of picture text -----**<br>


Icu=50 kA 

|Number Curve Rated<br>of poles<br>**2**|Number Curve Rated<br>of poles<br>B<br>C<br>D<br>K|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A<br>1000<br>1000<br>1000<br>1000|Rated<br>residual   current<br>n mA In A<br>125<br>125<br>125<br>125|**Order**<br>**details**<br>**Type code**<br>**DS802S-B125/1AS**<br>**DS802S-C125/1AS**<br>**DS802S-D125/1AS**<br>**DS802S-K125/1AS**|Order code<br>2CCC862006R0845<br>2CCC862006R0844<br>2CCC862006R0841<br>2CCC862006R0647|**Bbn**<br>**7612271**1 piece group<br>**EAN**<br>**211516**<br>**211523**<br>**211530**<br>**211547**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg<br>0.790 1<br>0.790 1<br>0.790 1<br>0.790 1|Weight Pack<br>1 piece unit<br>pc.<br>0.790 1<br>0.790 1<br>0.790 1<br>0.790 1|
|---|---|---|---|---|---|---|---|---|---|---|
|**4**|B|300|125|**DS804S-B125/0.3AS**|2CCC864005R0845|**211554**|||1.44|1|
|||1000|125|**DS804S-B125/1AS**|2CCC864006R0845|**211592**|||1.44|1|
||C|300|125|**DS804S-C125/0.3AS**|2CCC864005R0844|**211561**|||1.44|1|
|||1000|125|**DS804S-C125/1AS**|2CCC864006R0844|**211608**|||1.44|1|
||D<br>K|300<br>1000<br>300<br>1000|125<br>125<br>125<br>125|**DS804S-D125/0.3AS**<br>**DS804S-D125/1AS**<br>**DS804S-K125/0.3AS**<br>**DS804S-K125/1AS**|2CCC864005R0841<br>2CCC864006R0841<br>2CCC864005R0647<br>2CCC864006R0647|**211578**<br>**211615**<br>**211685**<br>**211622**|||1.44<br>1.44<br>1.44<br>1:44|1<br>1<br>1<br>1|



**==> picture [65 x 40] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** ~~L~~ T 

ABB 

**3** /76 

**System Selection tables pro** _**M**_ **compact[®]** RCBOs DS800 series A y type 

**DS800N A S** 

**3** 

## **DS800N, A selective type** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents with an intentional tripping delay, which allows to realize the selectivity with downstream instantaneous devices (for more information about selectivity see the technical guide); protection against indirect contacts; command and isolation of resistive and inductive loads. 

Application: industrial. 

Standard: IEC/EN 60947-2 

**==> picture [94 x 261] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4<br>2/1 4/3<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CCC413257F0001<br>2CCC413259F0001<br>**----- End of picture text -----**<br>


## Icu=36 kA 

|Number Curve Rated<br>of poles|Number Curve Rated<br>of poles|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A|Rated<br>residual   current<br>n mA In A|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612271**1 piece group<br>**EAN**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg|Weight Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|**2**|B|1000|125|**DS802N-B125/1AS**|2CCC892006R0845|**211639**|||0.790 1|0.790 1|
||C|1000|125|**DS802N-C125/1AS**|2CCC892006R0844|**211646**|||0.790 1|0.790 1|
||D|1000|125|**DS802N-D125/1AS**|2CCC892006R0841|**211653**|||0.790 1|0.790 1|
||||||||||||
|**4**|B|300|125|**DS804N-B125/0.3AS**|2CCC894005R0845|**211660**|||1.44|1|
|||1000|125|**DS804N-B125/1AS**|2CCC894006R0845|**211691**|||1.44|1|
||C|300|125|**DS804N-C125/0.3AS**|2CCC894005R0844|**211677**|||1.44|1|
|||1000|125|**DS804N-C125/1AS**|2CCC894006R0844|**211707**|||1.44|1|
||D|300<br>1000|125<br>125|**DS804N-D125/0.3AS**<br>**DS804N-D125/1AS**|2CCC894005R0841<br>2CCC894006R0841|**211684**<br>**211714**|||1.44<br>1.44|1<br>1|



**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** | 

ABB 

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**System pro** _**M**_ **compact[®]** 

**DS800S A AP-R** 

**3** 

## **Selection tables** 

## RCBOs DS800 series A y type, AP-R (high immunity) 

## **DS800S AP-R, A type** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (IΔn=30 mA) contacts; protection and isolation of resistive and inductive loads. 

## Application: industrial. 

Standard: IEC/EN 60947-2 

Icu=50 kA 

**==> picture [96 x 419] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4<br>2/1 4/3<br>1/2 3/4 5/6<br>2/1 4/3 6/5<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CCC413257F0001<br>2CCC413258F0001<br>2CCC413259F0001<br>**----- End of picture text -----**<br>


|Number Curve Rated<br>of poles<br>**2**|Number Curve Rated<br>of poles<br>B|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A<br>30|Rated<br>residual   current<br>n mA In A<br>125|**Order**<br>**details**<br>**Type code**<br>**DS802SB125/.03AP-R**|Order code<br>2CCB862004R0845|**Bbn**<br>**7612271**1 piece group<br>**EAN**<br>**211301**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg<br>0.790 1|Weight Pack<br>1 piece unit<br>pc.<br>0.790 1|
|---|---|---|---|---|---|---|---|---|---|---|
||C|30|125|**DS802SC125/.03AP-R**|2CCB862004R0844|**211318**|||0.790 1|0.790 1|
||D|30|125|**DS802SD125/.03AP-R**|2CCB862004R0841|**211325**|||0.790 1|0.790 1|
||K|30|125|**DS802SK125/.03AP-R**|2CCB862004R0647|**211332**|||0.790 1|0.790 1|
||||||||||||
|**3**|B|30|125|**DS803SB125/.03AP-R**|2CCB863004R0845|**211349**|||1.14|1|
||C|30|125|**DS803SC125/.03AP-R**|2CCB863004R0844|**211356**|||1.14|1|
||D|30|125|**DS803SD125/.03AP-R**|2CCB863004R0841|**211363**|||1.14|1|
||K|30|125|**DS803SK125/.03AP-R**|2CCB863004R0647|**211370**|||1.14|1|
||||||||||||
|**4**|B|30|125|**DS804SB125/.03AP-R**|2CCB864004R0845|**211387**|||1.44|1|
||C|30|125|**DS804SC125/.03AP-R**|2CCB864004R0844|**211394**|||1.44|1|
||D|30|125|**DS804SD125/.03AP-R**|2CCB864004R0841|**211400**|||1.44|1|
||K|30|125|**DS804SK125/.03AP-R**|2CCB864004R0647|**211417**|||1,44|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** ~~|~~ 

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**DS800N A AP-R** 

## **System Selection tables pro** _**M**_ **compact[®]** RCBOs DS800 series A y type, AP-R (high immunity) 

## **DS800N AP-R, A type** 

Function: protection against the effects of sinusoidal alternating earth fault currents, providing the best compromise between safety and continuity in the service thanks to the resistance to unwanted trippings; protection against indirect contacts and additional protection against direct (IΔn=30 mA) contacts; protection and isolation of resistive and inductive loads. 

Application: industrial. 

Standard: IEC/EN 60947-2 

Icu=36 kA 

**==> picture [94 x 419] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4<br>2/1 4/3<br>1/2 3/4 5/6<br>2/1 4/3 6/5<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>2CCC413257F0001<br>2CCC413258F0001<br>2CCC413259F0001<br>**----- End of picture text -----**<br>


|Number Curve Rated<br>of poles<br>**2**|Number Curve Rated<br>of poles<br>B|Number Curve Rated<br>residual   current<br>current<br>IΔn mA In A<br>30|Rated<br>residual   current<br>n mA In A<br>125|**Order**<br>**details**<br>**Type code**<br>**DS802NB125/.03AP-R**|Order code<br>2CCB892004R0845|**Bbn**<br>**7612271**1 piece group<br>**EAN**<br>**211424**|Price<br>1 piece group|Price<br>1 piece group|Weight Pack<br>1 piece unit<br>kg<br>0.790 1|Weight Pack<br>1 piece unit<br>pc.<br>0.790 1|
|---|---|---|---|---|---|---|---|---|---|---|
||C|30|125|**DS802NC125/.03AP-R**|2CCB892004R0844|**211431**|||0.790 1|0.790 1|
||D|30|125|**DS802ND125/.03AP-R**|2CCB892004R0841|**211448**|||0.790 1|0.790 1|
||||||||||||
|**3**|B|30|125|**DS803NB125/.03AP-R**|2CCB893004R0845|**211455**|||1.14|1|
||C|30|125|**DS803NC125/.03AP-R**|2CCB893004R0844|**211462**|||1.14|1|
||D|30|125|**DS803ND125/.03AP-R**|2CCB893004R0841|**211479**|||1.14|1|
||||||||||||
|**4**|B|30|125|**DS804NB125/.03AP-R**|2CCB894004R0845|**211486**|||1.44|1|
||C|30|125|**DS804NC125/.03AP-R**|2CCB894004R0844|**211493**|||1.44|1|
||D|30|125|**DS804ND125/.03AP-R**|2CCB894004R0841|**211509**|||1.44|1|



**3** 

**Technical details ..........................  pag. 11/76 Overall dimensions ......................  pag. 13/10** | 

ABB 

**3** /79 

**System Technical features pro** _**M**_ **compact[®]** RCBOs DS 271 series 

**DS 271** 

**3** 

**==> picture [569 x 443] intentionally omitted <==**

**----- Start of picture text -----**<br>
TECHNICAL CHARACTERISTICS<br>Standards<br>Electrical Type (wave form of the earth leakage sensed)<br>features Poles<br>Rated current In A<br>Rated sensitivity IΔn A<br>Rated voltage Ue V<br>Insulation voltage Ui<br>Max. operating voltage V<br>Min. operating voltage V<br>Rated frequency Hz<br>Rated breaking capacity acc. to IEC/EN 61009 ultimate Icn A<br>Rated breaking capacity ultimate Icu kA<br>acc. to IEC/EN 60947-2  1P+N @230 VAC, 2P, 3P, 4P @400 VAC service Ics kA<br>Rated residual breaking capacity  IΔm kA<br>Rated impulse withstand voltage (1.2/50) Uimp kV<br>Dielectric test voltage at ind. freq. for 1 min. kV<br>Thermomagnetic release B: 3 In ≤ Im ≤ 5 In<br>characteristic C: 5 In ≤ Im ≤ 10 In<br>Surge current resistance (wave 8/20) A<br>Mechanical Toggle<br>features  Electrical life<br>Mechanical life<br>Protection degree housing<br>terminals<br>Tropicalization humid heat °C/RH<br>acc. to IEC /EN 60068-2 constant climatic conditions °C/RH<br>variable climatic conditions °C/RH<br>Reference temperature for setting of thermal element °C<br>Ambient temperature (with daily average ≤ +35 °C) °C<br>Storage temperature °C<br>Installation Terminal type top<br>bottom<br>Terminal size top/bottom for cables 1P+N mm [2]<br>line side mm [2]<br>load side mm [2]<br>Tightening torque top/bottom 1P+N N*m<br>Mounting<br>Dimensions Dimensions (H  x D x W) 1P+N mm<br>and weight Weight 1P+N g<br>Combination Combinable with:  auxiliary contact<br>with auxiliary signal contact<br>elements shunt trip<br>undervoltage release<br>**----- End of picture text -----**<br>


ABB 

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**System Technical features pro** _**M**_ **compact[®]** RCBOs DS 271 series 

**DS 271** 

**3** 

**DS 271 AC DS 271 A** IEC 61009, BSEN 61009-2-2 AC A 1P+N 6 ≤ In ≤ 40 ~~T~~ 0.01-0.03-0.1-0.3 ee 0.01-0.03-0.1-0.3 230-240 SS 500 254 ~~I~~ 85 50…60 10000 eee - a 7.5 6 eee a 5 2.5 SS | | ~~a~~ 250 black sealable in on-off position ~~S~~ S 10000 20000 IP4X IP2X 28 cycles with 55/95…100 23/83 - 40/93 - 55/20 25/95 - 40/95 ST 30 -25…+55 ~~a~~ -25…+70 cage (shock protected) cage (shock protected) - L1: 1up to 25; N: flexible 4; FE: flexible 0.5 L1 and N: 1 up to 10 2 top; 1.2 bottom ~~R~~ on DIN rail EN 60715 (35 mm) by means of fast clip device n 120 x 67.6 x 17.5 ~~a~~ 205 no no no no 

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**System pro** _**M**_ **compact[®]** 

**Selection tables** RCBOs DS 271 series 10000 AC w type 

**DS 271 AC B DS 271 AC C** 

**3** BQ 

B 

## **DS 271 AC type, B and C characteristics** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating earth fault currents; protection against indirect contacts and additional protection against direct contacts (IΔn=30 mA). 

Application: residential, commercial, industrial. 

Standard: IEC 61009, BSEN61009-2-2 

Icn=10 kA 

## C 

|Character Rated<br>istics/<br>Curve<br> <br>**B**|Character Rated<br>residual   current<br>current<br>IΔn mA<br>10|Rated<br>residual   current<br>In A<br>6<br>10<br>16<br>20<br>25<br>32|**Order**<br>**details**<br>**Type code**<br>**DS271 AC-B6/0.01 ELN**<br>**DS271 AC-B10/0.01 ELN**<br>**DS271 AC-B16/0.01 ELN**<br>**DS271 AC-B20/0.01 ELN**<br>**DS271 AC-B25/0.01 ELN**<br>**DS271 AC-B32/0.01 ELN**|Order code<br>2CSR175092R0065<br>2CSR175092R0105<br>2CSR175092R0165<br>2CSR175092R0205<br>2CSR175092R0255<br>2CSR175092R0325|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**036753**<br>**036852**<br>**036951**<br>**037057**<br>**037156**<br>**037255**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.205<br>0.205<br>0.205<br>0.205<br>0.205<br>0.205|Pack<br>unit<br>pc.<br>1<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
||30|6|**DS271 AC-B6/0.03 ELN**|2CSR175092R1065|**037354**|||0.205|1|
|||10|**DS271 AC-B10/0.03 ELN**|2CSR175092R1105|**037453**|||0.205|1|
|||16<br>**DS271 AC-B16/0.03 ELN**2CSR175092R1165**037552**<br>0.205<br>1<br>20<br>**DS271 AC-B20/0.03 ELN**2CSR175092R1205**037651**<br>0.205<br>1<br>25<br>**DS271 AC-B25/0.03 ELN**2CSR175092R1255**037750**<br>0.205<br>1<br>32<br>**DS271 AC-B32/0.03 ELN**2CSR175092R1325**037859**<br>0.205<br>1/20<br>TOO||||||||



|**C**|10|6<br>10|**DS271 AC-C6/0.01 ELN**<br>**DS271 AC-C10/0.01 ELN**|2CSR175092R0064**038559**<br>**DS271 AC-C10/0.01 ELN**2CSR175092R0104**038658**|0.205<br>0.205|1<br>1|
|---|---|---|---|---|---|---|
|||16|**DS271 AC-C16/0.01 ELN**|**DS271 AC-C16/0.01 ELN**2CSR175092R0164**038757**|0.205|1/20|
|||20|**DS271 AC-C20/0.01 ELN**|**DS271 AC-C20/0.01 ELN**2CSR175092R0204**038856**|0.205|1|
|||25|**DS271 AC-C25/0.01 ELN**|**DS271 AC-C25/0.01 ELN**2CSR175092R0254**038955**|0.205|1|
|||32|**DS271 AC-C32/0.01 ELN**|**DS271 AC-C32/0.01 ELN**2CSR175092R0324**039051**|0.205|1/20|
||30|6|**DS271 AC-C6/0.03 ELN**|2CSR175092R1064**039150**|0.205|1|
|||10|**DS271 AC-C10/0.03 ELN**|**DS271 AC-C10/0.03 ELN**2CSR175092R1104**039259**|0.205|1|
|||16|**DS271 AC-C16/0.03 ELN**|**DS271 AC-C16/0.03 ELN**2CSR175092R1164**039358**|0.205|1|
|||20|**DS271 AC-C20/0.03 ELN**|**DS271 AC-C20/0.03 ELN**2CSR175092R1204**039457**|0.205|1|
|||25|**DS271 AC-C25/0.03 ELN**|**DS271 AC-C25/0.03 ELN**2CSR175092R1254**039556**|0.205|1|
|||32|**DS271 AC-C32/0.03 ELN**|**DS271 AC-C32/0.03 ELN**2CSR175092R1324**039655**|0.205|1|
||100|40<br>6<br>10<br>16<br>20<br>25|**DS271 AC-C40/0.03 ELN**2CSR175092R1404<br>**DS271 AC-C6/0.1 ELN**<br>**DS271 AC-C10/0.1 ELN**<br>**DS271 AC-C16/0.1 ELN**<br>**DS271 AC-C20/0.1 ELN**<br>**DS271 AC-C25/0.1 ELN**|2CSR175092R1404**128755**<br>2CSR175092R2064**039754**<br>2CSR175092R2104**039853**<br>2CSR175092R2164**039952**<br>2CSR175092R2204**040057**<br>2CSR175092R2254**040156**|0.205<br>0.205<br>0.205<br>0.205<br>0.205<br>0.205|1<br>1<br>1/20<br>1/20<br>1/20<br>1|
|||32|**DS271 AC-C32/0.1 ELN**|2CSR175092R2324**040255**|0.205|1|
||300|6|**DS271 AC-C6/0.3 ELN**|2CSR175092R3064**040354**|0.205|1|
|||10<br>**DS271 AC-C10/0.3 ELN**<br>2CSR175092R3104**040453**<br>0.205<br>1<br>16<br>**DS271 AC-C16/0.3 ELN**<br>2CSR175092R3164**040552**<br>0.205<br>1<br>20<br>**DS271 AC-C20/0.3 ELN**<br>2CSR175092R3204**040651**<br>0.205<br>1<br>25<br>**DS271 AC-C25/0.3 ELN**<br>2CSR175092R3254**040750**<br>0.205<br>1<br>OT|||||
|||32|**DS271 AC-C32/0.3 ELN**|2CSR175092R3324**040859**|0.205|1|
|||40|**DS271 AC-C40/0.3 ELN**|2CSR175092R3404**128854**|0.205|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** OOO 

ABB 

**3** /82 

**System Selection tables DS 271 A B pro** _**M**_ **compact[®]** RCBOs DS 271 series **DS 271 A C** 10000 A y type ~~I~~ 

**DS 271 A B DS 271 A C** 

**3** 

**==> picture [27 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
B<br>**----- End of picture text -----**<br>


## **DS 271 A type, B and C characteristics** 

Function: protection against overload and short-circuit currents; protection against the effects of sinusoidal alternating and direct pulsating earth fault currents; protection against indirect contacts and additional protection against direct contacts (IΔn=30 mA). 

Application: commercial, industrial. 

Standard: IEC 61009, BSEN61009-2-2 Icn=10 kA 

## C 

|Character Rated|Character Rated|Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|istics/<br>Curve<br>|residual   current<br>current<br>IΔn mA|residual   current<br>In A|**details**<br>**Type code**|Order code|**8012542**1 piece<br>**EAN**|1 piece|group|1 piece<br>kg|unit<br>pc.|
|**B**|10|6<br>10<br>16<br>20<br>25<br>32|**DS271 A-B6/0.01 ELN**<br>**DS271 A-B10/0.01 ELN**<br>**DS271 A-B16/0.01 ELN**<br>**DS271 A-B20/0.01 ELN**<br>**DS271 A-B25/0.01 ELN**<br>**DS271 A-B32/0.01 ELN**|2CSR175192R0065<br>2CSR175192R0105<br>2CSR175192R0165<br>2CSR175192R0205<br>2CSR175192R0255<br>2CSR175192R0325|**032557**<br>**032656**<br>**032755**<br>**032854**<br>**032953**<br>**033059**|||0.205<br>0.205<br>0.205<br>0.205<br>0.205<br>0.205|1<br>1<br>1<br>1<br>1<br>1|
||30|6|**DS271 A-B6/0.03 ELN**|2CSR175192R1065|**033158**|||0.205|1|
|||10|**DS271 A-B10/0.03 ELN**|2CSR175192R1105|**033257**|||0.205|1|
|||16<br>**DS271 A-B16/0.03 ELN**<br>20<br>**DS271 A-B20/0.03 ELN**<br>25<br>**DS271 A-B25/0.03 ELN**<br>32<br>**DS271 A-B32/0.03 ELN**<br>OO||2CSR175192R1165<br>2CSR175192R1205<br>2CSR175192R1255<br>2CSR175192R1325|**033356**<br>**033455**<br>**033554**<br>**033653**|||0.205<br>0.205<br>0.205<br>0.205|1<br>1<br>1<br>1|



|**C**|10|6<br>10<br>16|**DS271 A-C6/0.01 ELN**<br>**DS271 A-C10/0.01 ELN**<br>**DS271 A-C16/0.01 ELN**|2CSR175192R0064**034353**<br>2CSR175192R0104**034452**<br>2CSR175192R0164**034551**|0.205<br>0.205<br>0.205|1<br>1<br>1|
|---|---|---|---|---|---|---|
|||20|**DS271 A-C20/0.01 ELN**|2CSR175192R0204**034650**|0.205|1|
|||25|**DS271 A-C25/0.01 ELN**|2CSR175192R0254**034759**|0.205|1|
|||32|**DS271 A-C32/0.01 ELN**|2CSR175192R0324**034858**|0.205|1|
||30|6|**DS271 A-C6/0.03 ELN**|2CSR175192R1064**034957**|0.205|1|
|||10|**DS271 A-C10/0.03 ELN**|2CSR175192R1104**035053**|0.205|1/20|
|||16|**DS271 A-C16/0.03 ELN**|2CSR175192R1164**035152**|0.205|1/20|
|||20|**DS271 A-C20/0.03 ELN**|2CSR175192R1204**035251**|0.205|1/20|
|||25|**DS271 A-C25/0.03 ELN**|2CSR175192R1254**035350**|0.205|1|
|||32|**DS271 A-C32/0.03 ELN**|2CSR175192R1324**035459**|0.205|1|
|||40|**DS271 A-C40/0.03 ELN**|2CSR175192R1404**128557**|0.205|1|
||100|6<br>10<br>16<br>20<br>25<br>32|**DS271 A-C6/0.1 ELN**<br>**DS271 A-C10/0.1 ELN**<br>**DS271 A-C16/0.1 ELN**<br>**DS271 A-C20/0.1 ELN**<br>**DS271 A-C25/0.1 ELN**<br>**DS271 A-C32/0.1 ELN**|2CSR175192R2064**035558**<br>2CSR175192R2104**035657**<br>2CSR175192R2164**035756**<br>2CSR175192R2204**035855**<br>2CSR175192R2254**035954**<br>2CSR175192R2324**036050**|0.205<br>0.205<br>0.205<br>0.205<br>0.205<br>0.205|1<br>1<br>1<br>1<br>1<br>1|
||300|6|**DS271 A-C6/0.3 ELN**|2CSR175192R3064**036159**|0.205|1|
|||10|**DS271 A-C10/0.3 ELN**|2CSR175192R3104**036258**|0.205|1|
|||16<br>**DS271 A-C16/0.3 ELN**<br>2CSR175192R3164**036357**<br>0.205<br>1<br>20<br>**DS271 A-C20/0.3 ELN**<br>2CSR175192R3204**036456**<br>0.205<br>1<br>25<br>**DS271 A-C25/0.3 ELN**<br>2CSR175192R3254**036555**<br>0.205<br>1<br>32<br>**DS271 A-C32/0.3 ELN**<br>2CSR175192R3324**036654**<br>0.205<br>1<br>OOOO|||||
|||40|**DS271 A-C40/0.3 ELN**|2CSR175192R3404**128656**|0.205|1|



**Technical details ..........................  pag. 11/76 Overall dimensions ........................  pag. 13/9** LT 

ABB 

**3** /83 

**RD2** 

**3** _ 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** RD2 residual current relays 

Residual current relays with external toroidal transformer can detect leakage currents. Through minidip you can set sensitivity and intervention time. 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400320F0201<br>**----- End of picture text -----**<br>


## **RD2 residual current relays** 

**==> picture [376 x 86] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Operating|Order|Bbn|Price|Price|Weight|Pack|
|voltage|details|8012542|1 piece|group|1 piece unit|
|V|Type code|Order code|EAN|kg|pc.|
|230…400 a.c.|RD2|2CSM142120R1201|058007|0.125|1|
|48…150 a.c./d.c.|RD2-48|2CSM242120R1201|537809|0.125|1|
|SSS|ccc ccc|

**----- End of picture text -----**<br>


## **Technical features** 

**==> picture [238 x 149] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|Operating voltage|[V]|230÷400 a.c. (RD2) and|
|48÷150 a.c./d.c. (RD2-48)|
|Type|A|
|Frequency|[Hz]|50÷60|
|Sensitivity settings I|Δ|n|[A]|0.03; 0.1; 0.3; 0.5; 1; 2|
|Intervention time|[s]|Fast (instantaneous); 0.3; 0.5; 1; 2; 5|
|settings|
|Contact capacity|[A]|10 at 250 V a.c. (ohmic)|
|Contact type|NC-C-NO|
|Operating|
|temperature|[°C]|-5…+40|
|Modules|[No.] 2|
|Standards|IEC/EN 62020|

**----- End of picture text -----**<br>


**==> picture [150 x 151] intentionally omitted <==**

**----- Start of picture text -----**<br>
Selection of calibration<br>IΔn(A) 0.03 0.1 0.3 0.5 1 2<br>0.03 Be asaB BB<br>0.1<br>LL} Lo} ey 2 Ly)<br>0.3 Wooo<br>0.5<br>Wey [ooo] oa G<br>1 Hoe oe<br>2 LL ou od oo<br>Fast 0.3 0.5 1 2 5 Time<br>(sec.)<br>SEEeaeapeuanB Fast<br>Lo Gg eg ew Be 0.3<br>0.5<br>Cy oy eg eg ey ee<br>1<br>Cy GO) GO fg ee<br>2<br>Ca)Lo Co)Lo ES)Loa Goa) ByGo 5<br>**----- End of picture text -----**<br>


## **Indications** 

Green LED: supply voltage  present Red LED: alarm status 

## **More functions** 

The connection between the toroidal transformer and the residual current relay is continually checked by the relay; if the connection interrupts, the residual current relay enters the “alarm” status. The ”test” pushbutton simulates - internally to the RD2 - the residual current conditions for the RD2 to operate. If pushed, the RD2 must enter the alarm status. 

The “reset” pushbutton allows the residual current relay to return to the starting condition. 

If the configuration is not appropriate, the device will automatically consider as valid the first configuration (according to the diagram) and enter the maximum safety. 

**Technical details ..........................  pag. 11/96** 

**Overall dimensions ......................  pag. 13/11** 

ABB 

**3** /84 

**System Selection tables pro** _**M**_ **compact[®]** RD3 residual current relays 

**RD3** 

**3** 

**==> picture [5 x 248] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400691F0201<br>2CSC400690F0201<br>2CSC400689F0201<br>**----- End of picture text -----**<br>


## **RD3 residual current relays** 

The RD3 family of electronic residual current relays provides residual current protection and monitoring functions according to IEC/EN 60947-2:2006 annex M and can be used in conjunction with all S 200 automatic devices and Tmax range moulded case devices up to T5, for industrial installations. 

The RD3 residual current relays can provide status indications through two output contacts. 

**==> picture [376 x 91] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Operating|Order|Bbn|Price|Price|Weight|Pack|
|voltage|details|8012542|1 piece|group|1 piece unit|
|V|Type code|Order code|EAN|kg|pc.|
|12-48 a.c./d.c.|RD3-48|2CSJ201001R0001|748236|0.13|1|
|230-400 a.c.|RD3|2CSJ201001R0002|734833|0.25|1|
|12-48 a.c./d.c.|RD3M-48|2CSJ202001R0001|733935|0.13|1|
|230-400 a.c.|RD3M|2CSJ202001R0002|747031|0.25|1|
|12-48 a.c./d.c.|RD3P-48|2CSJ203001R0001|734734|0.13|1|
|230-400 a.c.|RD3P|2CSJ203001R0002|733836|0.25|1|

**----- End of picture text -----**<br>


## **Technical features** 

**==> picture [510 x 323] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|RD3/RD3-48|RD3M/RD3M-48|RD3P/RD3P-48|
|Operating voltage|RD3: 230-400 Vac +10% / -15%|RD3M: 230-400 Vac +10% / -15%|RD3P: 230-400 Vac +10% / -15%|
|RD3-48: 12-48 Vac/Vdc +10% / -15%|RD3M-48: 12-48 Vac/Vdc +10% / -15%|RD3P-48: 12-48 Vac/Vdc +10% / -15%|
|Auxiliary supply frequency|50-60 Hz|50-60 Hz|50-60 Hz|
|Network monitored frequency|50 Hz -150 Hz*|50 Hz -150 Hz*|50 Hz -150 Hz*|
|Frequency filter|-|150 Hz fT = 400 Hz|150 Hz fT = 400 Hz|
|Type|A (up to IΔn=5 A),|A (up to IΔn=5 A)|A (up to IΔn=5 A)|
|AC (for higher current)|AC (for higher current)|AC (for higher current)|
|Operating temperature|-25….+70 °C|-25….+70 °C|-25….+70 °C|
|Maximum power consumption|<3.6 W (RD3),|<3.6W (RD3M),|<3.6 W (RD3P),|
|<600 mW (RD3-48)|<600mW (RD3M-48)|<600 mW (RD3P-48)|
|Sensitivity settings I|Δ|n|0.03-0.1-0.3-0.5-1-2-3-5-10-30|0.03-0.1-0.3-0.5-1-2-3-5-10-30|0.03-0.1-0.3-0.5-1-2-3-5-10-30|
|Tripping time settings|Δ|t|0-0.06-0.2-0.3-0.5-1-2-3-5-10|0-0.06-0.2-0.3-0.5-1-2-3-5-10|0-0.06-0.2-0.3-0.5-1-2-3-5-10|
|Pre-alarm threshold|-|60%|60%|
|Max. resistance connection between|
|toroidal transformer and relay|3 W|3 W|3 W|
|Max. length connection of|
|remote reset button|15 m|15 m|15 m|
|Output Contact capacity|
|(7-8-9); (10-11-12)|8 A, 250 V a.c.|8 A, 250 V a.c.|8 A, 250 V a.c.|
|Led bar indicator|-|-|Yes|
|Max. cable terminals section|2.5 mm²|2.5 mm²|2.5 mm²|
|Modules|3|3|3|
|Dimensions|52.8 × 85 × 64.7 mm|52.8 × 85 × 64.7 mm|52.8 × 85 × 64.7 mm|
|Protection degree|IP20|IP20|IP20|
|Standards|IEC/EN 60947-2 annex. M|IEC/EN 60947-2 annex. M|IEC/EN 60947-2 annex. M|

**----- End of picture text -----**<br>


*RD3 can detect, as a monitor, sinusoidal earth fault currents in networks with frequencies between 50 Hz and 150 Hz. 

**==> picture [512 x 16] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||
|---|---|
|Technical details ..........................  pag. 11/96|Overall dimensions ......................  pag. 13/11|
|LT|

**----- End of picture text -----**<br>


ABB 

**3** /85 

**System pro** _**M**_ **compact[®]** 

**Selection tables** Front panel residual current relays 

**RD** 

**3** _ 

## **RD front panel residual current relays** 

RD front panel residual current relays achieve their protective function in combination with an external toroidal transformer. You can set the sensitivity between 0.025 A and 25 A, the tripping time can vary from 0.02 to 5 seconds. 

Residual current relays are available in 48 mm x 48 mm, 72 mm x  72 mm and 96 mm x 96 mm versions. 

The RD296 version is provided of dip switch to select the fail safe function (the output contacts will switch both for differential current over the threshold that for the lack of input current). The RD296-S is provided of fail safe function and memory led. The RD296-DIG version is provided of fail safe function (as the precedent). The digital display allows the visualization of differential current IΔn. 

|Operating<br>**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|
|voltage<br>**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|V<br>**Type code**<br>24, 48 V a.c./V d.c.<br>**RD148-24**<br>115 V a.c./ d.c., 230 V a.c.<br>**RD148-230**<br>24, 48 V a.c./V d.c.<br>**RD172-24**<br>115 V a.c./ d.c., 230 V a.c.<br>**RD172-230**|Order code<br>2CSG452211R1201<br>2CSG252211R1201<br>2CSG452120R1201<br>2CSG252120R1201|**EAN**<br>**540908**<br>**541004**<br>**747406**<br>**747505**|||kg<br>0.112<br>0.112<br>0.322<br>0.322|pc.<br>1<br>1<br>1<br>1|
||||||||
|24, 48 V a.c./V d.c.<br>**RD272-24**|2CSG452424R1201|**742302**|||0.322|1|
|115 V a.c./V d.c<br>**RD272-115**<br>2CSG352424R1201<br>**742401**<br>115, 230, 400 V a.c.<br>**RD272-230**<br>2CSG152424R1201<br>**742500**<br>24, 48 V a.c./V d.c.<br>**RD196-24**<br>2CSG452130R1201<br>**541103**<br>115 V a.c./ d.c. and 230, 400 V a.c. **RD196-230**<br>2CSG252130R1201<br>**541202**<br> OO|||||0.322<br>0.322<br>0.383<br>0.383|1<br>1<br>1<br>1|
||||||||
|24, 48, 115 V a.c./ V d.c.<br>**RD296-24**|2CSG452434R1201|**541301**|||0.383|1|
|115 V a.c./ V d.c.<br>**RD296-115**|2CSG352434R1201|**742906**|||0.383|1|
|115 V a.c./ V d.c. and 230, 400 V a.c. **RD296-230**|2CSG152434R1201|**541400**|||0.383|1|
|24, 48, 115 V a.c./ V d.c.<br>**RD296-S-24**<br>2CSG452435R1201<br>**541509**<br>0.383<br>1<br>115 V a.c./ V d.c.<br>**RD296-S-115**<br>2CSG352435R1201<br>**743002**<br>0.383<br>1<br>115 V a.c./ V d.c. and 230, 400 V a.c. **RD296-S-230**<br>2CSG152435R1201<br>**541608**<br>0.383<br>1<br>24, 48 V a.c./ V d.c.<br>**RD296-DIG-24**<br>2CSG452436R1201<br>**743101**<br>0.383<br>1<br>115 V a.c./V d.c.<br>**RD296-DIG-115**<br>2CSG352436R1201<br>**743200**<br>0.383<br>1<br> NN<br> ee<br>———————————|||||||
|115, 230, 400 V a.c.<br>**RD296-DIG-230**|2CSG152436R1201|**743309**|||0.383|1|



## **Technical features** 

|**Technical features**||||||||
|---|---|---|---|---|---|---|---|
|||**RD148**|**RD172**|**RD272**|**RD196**|**RD296**|**RD296-S**<br>**RD296-DIG**|
|**Type**||A|A|A|A|A|A|
|**Operating voltage**|[V]|24, 48,|24, 48,|24, 48, 115|24, 48, 115,|24, 48, 115,|24, 48, 115,|
|||115, 230 a.c./|115, 230 a.c./|230, 400 a.c./|230, 400 a.c./|230, 400 a.c./|230, 400 a.c./|
|||24, 48, 115 d.c.|24, 48, 115 d.c.|24, 48, 115 d.c.|24, 48, 115 d.c.|24, 48, 115 d.c.|24, 48, 115 d.c.|
|**Operating frequency**|[Hz]|50 – 60|50 – 60|50 – 60|50 – 60|50 – 60|50 – 60|
|**Current tripping thresholds I**Δ**n**|[A]|from 0.025 to 25|from 0.025 to 25|from 0.025 to 25|from 0.025 to 25|from 0.025 to 25|from 0.025 to 25 (S)<br>from 0.03 to 30 (DIG)|
|**Tripping times**|[sec.]|from 0.02 to 5|from 0.02 to 5|from 0.02 to 5|from 0.02 to 5|from 0.02 to 5|from 0.02 to 5|
|**Number of contacts**|[No.]|2|1|2|1|2|2|
|**Contact capacity**|[A]|5 (250 V a.c.)|5 (250 V a.c.)|5 (250 V a.c.)|5 (250 V a.c.)|5 (250 V a.c.)|5 (250 V a.c.)|
|**Contact type**||change over|change over|change over|change over|change over|change over|
|**Working temperature**|[°C]|-10…+60|-10…+60|-10…+60|-10…+60|-10…+60|-10…+60|
|**Storage temperature**|[°C]|-10…+70|-10…+70|-10…+70|-10…+70|-10…+70|-10…+70|
|**Dissipated power**|[W]|7 max.|7 max.|7 max.|7 max.|7 max.|7 max.|
|**Dimensions W x H**|[mm]|48 x 48|72 x 72|72 x 72|96 x 96|96 x 96|96 x 96|
|**Display**||-|-|-|-|-|yes|
|**Applicable standards**||EN 62020|EN 62020|EN 62020|EN 62020|EN 62020|EN 62020|
|||IEC 62020|IEC 62020|IEC 62020|IEC 62020|IEC 62020|IEC 62020|



**Technical details ..........................  pag. 11/96 Overall dimensions ......................  pag. 13/11** | 

ABB 

**3** /86 

**System Selection tables pro** _**M**_ **compact[®]** Toroidal transformers 

**TR** 

## **Toroidal transformers** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400494F0201<br>**----- End of picture text -----**<br>


|DimensionØ<br>mm<br>29 (modular version)<br>35|**Order**<br>**details**<br>**Type code**<br>**TRM**<br>**TR1**|Order code<br>2CSM029000R1211<br>2CSG035100R1211|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**020707**<br>**020301**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.170<br>0.212|Pack<br>1 piece unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|
|60|**TR2**|2CSG060100R1211|**020400**|||0.274|1|
|80|**TR3**|2CSG080100R1211|**020509**|||0.454|1|
|110|**TR4**|2CSG110100R1211|**020608**|||0.530|1|
|110 (openable version)<br>160|**TR4/A**<br>**TR160**|2CSG110200R1211<br>2CSG160100R1211|**743408**<br>**743507**|||0.600<br>1.350|1<br>1|
|160 (openable version)|**TR160A**|2CSG160200R1211|**743606**|||1.600|1|
|210|**TR5**|2CSG210100R1211|**024804**|||1.534|1|
|210 (openable version)|**TR5/A**|2CSG210200R1211|**065708**|||1.856|1|



**3** 

**Technical details ..........................  pag. 11/96 Overall dimensions ......................  pag. 13/11** | 

ABB 

**3** /87 

## **Auxiliary elements and accessories** 

## **Index** 

## **Auxiliary elements and accessories for** 

**MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series ................. 4** /3 

**4** 

**Auxiliary elements and accessories for MCBs S 280, S 290, S 700,** 

**S800 and S 500 series and for RCD-blocks DDA 800 .................................................. 4** /45 

ABB 

**4** /1 

New System pro _M_ compact range of auxiliary elements and accessories is universal: in fact it is suitable for MCBs S 200 and SN 201 range, for RCDs F 200 range and also for RCBOs DS 200 range and it is useful in terms of stock management. 

The auxiliary elements range (composed by auxiliary and signal contacts, shunt trips, undervoltage releases and automatic reclosing units) **4** is quite wide and there are different possible schemes for assemblage with devices. Thus MCBs and RCDs performances are improved, even because innovative and integrated solutions can be used in every installation. 

The connection accessories range (busbars, connection terminals, feeder terminals) allows any kind of wiring. The range of standard accessories (labels, covers) permits to customize the installation. 

ABB 

**4** /2 

## **Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series** 

## **Index** 

**Schemes for combination of auxiliary elements** 

**and S 200, SN 201, F 200, DS201, DS202C and DS 200 series and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series ............ 4** /4 

**4** 

**Technical features of auxiliary elements and accessories** 

**for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series ........... 4** /6 

## **Technical features - Busbars** 

**for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series ........... 4** /8 

**==> picture [336 x 283] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Selection tables of auxiliary elements and accessories|
|for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series|
|Signal/auxiliary contacts .....................................................................................................|4|/12|
|Auxiliary contacts ................................................................................................................|4|/12|
|Bottom-fitting auxiliary contacts for S 200, S 200 M, S 200 P ...........................................|4|/12|
|Auxiliary contact bridge for bottom-fitting auxiliary contacts .............................................|4|/12|
|Signal contacts for SN 201 .................................................................................................|4|/12|
|Auxiliary contact/interface module for SN 201....................................................................|4|/12|
|Signal/auxiliary contacts for F 200 125 A and F 200 B .......................................................|4|/13|
|Clamping cover for F 200 125 A and F 200 B .....................................................................|4|/13|
|Shunt trips ...........................................................................................................................|4|/13|
|Undervoltage releases .........................................................................................................|4|/14|
|Overvoltage releases ...........................................................................................................|4|/14|
|Hand operated neutral ........................................................................................................|4|/14|
|Accessories for S 200 U and S 200 UP ..............................................................................|4|/15|
|Mechanical tripping device .................................................................................................|4|/15|
|Plug-in base ........................................................................................................................|4|/15|
|Motor operating devices .....................................................................................................|4|/16|
|Auto-reclosing units ............................................................................................................|4|/16|
|Home automatic resetting unit ............................................................................................|4|/16|
|Home automatic resetting unit with autotest ......................................................................|4|/16|
|Modular DIN rail device with USB cable .............................................................................|4|/22|
|Busbars ...............................................................................................................................|4|/23|
|Other accessories ...............................................................................................................|4|/36|

**----- End of picture text -----**<br>


ABB 

**4** /3 

**4** 

**System Schemes for combination pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [511 x 376] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of auxiliary elements with S 200, DDA 200 + S 200 or DS 200<br>S 200<br>ST-L H-R      H-R<br>H-L H H H<br>or<br>NT<br>H H<br>H-BF<br>S/H<br>DDA 200<br>S/H S/H<br>(H) (H)<br>ST H H H<br>or<br>UR<br>or<br>OR<br>H Auxiliary contact S2C-H6R<br>H-R Auxiliary contact S2C-H6-...R<br>S/H Signal/Auxiliary contact S2C-S/H6R H H<br>S/H (H) Signal/Auxiliary contact used as<br>auxiliary contact S2C-S/H6R<br>ST Shunt trip for S 200 MCB S2C-A...<br>UR Undervoltage release S2C-UA<br>OR Overvoltage release S2C-OVP BP S/H<br>ST-L Shunt trip for S 200 MCBs to be<br>mounted on the left S2C-A...L<br>H-L Auxiliary contact for S 200 MCBs to<br>be mounted on the left S2C-H...L<br>H-BF Auxiliary contact for MCBs bottom  S/H S/H<br>fitting (1 for each pole of MCB)  S2C-H01/S2C-H10 (H) (H)<br>BP Mechanical tripping device S2C-BP<br>NT Switched neutral S2C-Nt<br>2CSC400010F0202<br>**----- End of picture text -----**<br>


**==> picture [511 x 298] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of S 200 with motor operating device   Combination of auxiliary elements with SN 201<br>S ST-F/UR H H<br>MOD-S SN 201<br>S/H S/H<br>(H)<br>S 200 IH S/H S/H<br>(H)<br>ST MOD-S IH Coupling interface/  SN201-IH<br>auxiliary contact<br>S Signal contact SN201-S<br>H Auxiliary contact  S2C-H6R<br>S/H Signal/auxiliary contact S2C-S/H6R<br>S/H (H) Signal/auxiliary contact<br>ST Shunt trip for S 200 MCB S S2C-A... used as auxiliary contact S2C-S/H6R<br>MOD-S* Motor operating device S2C-CM... ST-F Shunt trip of F200 RCD F2C-A H H<br>UR Undervoltage release S2C-UA<br>* in case of using S 200 coupled with DDA 200, MOD-S doesn’t operate in case of earth-leakage fault<br>2CSC400011F0202<br>2CSC400011F0202<br>**----- End of picture text -----**<br>


ABB 

**4** /4 

**4** 

## **System Schemes for combination pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [249 x 299] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of home automatic resetting unit with F 200<br>F 200 * ARH<br>ARH Home automatic resetting unit F2C-ARH<br>* F 202 30 mA, max 63 A<br>2CSC400011F0202<br>**----- End of picture text -----**<br>


**==> picture [249 x 299] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of auxiliary elements with F 200<br>H<br>H<br>or<br>S/H<br>S/H<br>(H)<br>H<br>F 200 ST-For Hor<br>UR S/H<br>or<br>OR<br>AR/MOD-F S/H<br>(H)<br>H Auxiliary contact  S2C-H6R<br>S/H Signal/Auxiliary contact S2C-S/H6R<br>S/H (H) Signal/Auxiliary contact used as<br>auxiliary contact S2C-S/H6R<br>UR Undervoltage release S2C-UA<br>OR Overvoltage release S2C-OVP<br>AR Auto reclosing unit  F2C-ARI<br>MOD-F Motor operating device F2C-CM<br>ST-F Shunt trip for F 200 RCCB F2C-A 2CSC400010F0202<br>**----- End of picture text -----**<br>


**==> picture [500 x 375] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of auxiliary elements with F 204 125 A, B type, PV B   Combination of auxiliary elements with DS201, DS202C<br>+ S/H + H<br>+ MOD-DS<br>+ S/H + S/H (H)<br>DS201<br>DS202C<br>+ H + H<br>F2 125 A S/H<br>F 204 125 A<br>F 204 B typeF 204 PV B + ST-F + H + H<br>F2 125 A S/H Signal/Auxiliary contact + ST-F + S/H + S/H (H)<br>+ UR + H + H<br>+ OR + H + H<br>+ UR + S/H + S/H (H)<br>+ OR + S/H + S/H (H)<br>H Auxiliary contact  S2C-H6R<br>S/H Signal/Auxiliary contact  S2C-S/H6R<br>S/H (H) Signal/Auxiliary contact used as<br>auxiliary contact S2C-S/H6R<br>ST-F Shunt trip for F 200 RCCB F2C-A<br>UR Undervoltage release S2C-UA<br>OR Overvoltage release S2C-OVP<br>MOD-DS Motor operating device  DS2C-CM<br>2CSC400010F0202<br>2CSC400012F0202<br>**----- End of picture text -----**<br>


**==> picture [246 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination of auxiliary elements with F 204 125 A, B type, PV B<br>**----- End of picture text -----**<br>


ABB 

**4** /5 

**4** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [512 x 678] intentionally omitted <==**

**----- Start of picture text -----**<br>
Auxiliary contact and signal/auxiliary contact S2C-H6R, S2C-H11L, S2C-H20, S2C-H02 and S2C-S/H6R<br>Rated current A 10<br>Min. rated voltage UBmin AC V 24<br>DC V 24<br>Min. rated operational current/voltage 10 mA at 12 V; 5 mA at 24 V<br>Short-circuit withstand capacity V 230 a.c. 100A with S201 K4<br>Overvoltage category III<br>Surge voltage (1.2/50 ms) kV 4<br>Connection cross section mm [2] 0.75…2.5 (up to 2 x 1.5 mm [2]  for S2C-H11L, S2C-H20L and S2C-H02L)<br>Tightening torque Nm 1.2 (max. 0.8 for S2C-H11L, S2C-H20L and S2C-H02L)<br>Contact stability in vibration test according  5g, 20 sweep cycles 5…150…5 Hz at 24 V AC/DC, 5 mA<br>to DIN IEC 68-2-6  automatic reclosing < 10 ms<br>Mechanical service life 10000 operations<br>Dimensions (H x D x W) mm 85 x 69 x 8.8<br>Auxiliary contact and signal/auxiliary contact S2C-H6-11R, S2C-H6-20R, S2C-H6-02R<br>Rated current A 10<br>Min. rated voltage UBmin AC V 24<br>DC V 24<br>Min. rated operational current/voltage 10 mA at 12 V; 5 mA at 24 V<br>Overvoltage category III<br>Surge voltage (1.2/50 ms) kV 4<br>Connection cross section mm [2] 0.75…2.5<br>Tightening torque Nm 1.2<br>Mechanical service life 10000 operations<br>Dimensions (H x D x W) mm 85 x 69 x 8.8<br>Bottom-fitting auxiliary contact S2C-H10 and S2C-H01<br>Contact complement 1NO (1 make contact), 1NC (1 normally closed contact), leading make contact, late closing<br>Contact load AC14 2 A/230 V - DC 12 identical DC13/DC13 1 A /50 V, 2 A/30 V<br>Min. rated voltage V 12 AC/DC at 0.1 VA<br>Short-circuit withstand capacity 230 VAC 1000 A, fault protection with S 201-K2 or Z2<br>Electrical serviceable life > 4000 switchover cycles<br>Standard VDE 0106 Part 101<br>Connection cross-section mm [2] 0.75 to 2.5<br>Tightening torque N*m 0.5<br>Signal auxiliary contact for F 200 125A and F 200 B F2 125A-S/H<br>Rated current AC A 6<br>DC A 1<br>Min. rated voltage Ub min AC V 230<br>DC V 110<br>Connection cross section mm [2] 1...1.5<br>Tightening torque Nm 0.8<br>Dimensions (H x D x W) mm 85 x 69 x 8.8<br>Shunt trip for S 200 MCBs S2C-A1 S2C-A2<br>Rated voltage  AC V 12…60 110…415<br>DC V 12…60 110…250<br>Max release duration ms <10 <10<br>Min. release voltage AC V 7 55<br>DC V 10 80<br>Consumption on release Ub V 12 DC 12 AC 24 DC 24 AC 60 DC 60 AC 110 DC 110 AC 220 DC 230 AC 415 AC<br>Ib max A 2.2 2.5 4.5 5 14 8.8 0.35 0.5 1.1 1.0 2.7<br>Coil resistance Ω 3.7 225<br>Terminals mm [2] 16 16<br>Tightening torque Nm 2.5 2.5<br>Dimensions (H x D x W) mm 85 x 69 x 17.5 85 x 69 x 17.5<br>Shunt trip for F 200 RCCBs F2C-A1 F2C-A2<br>Rated voltage  AC V 12...60 110...415<br>DC V 12...60 110...250<br>Max release duration ms 10 10<br>Min. release voltage AC V 6 75<br>DC V 4.5 55<br>Consumption on release Ub V 12 DC 12 AC 24 DC 60 DC 60 AC 110 DC 110 AC 250 DC 415 AC<br>Ib max A 0.88 0.65 1.58 5.8 5 0.05 0.03 0.1 0.16<br>Coil resistance Ω 5.5 1355<br>Terminals mm [2] 2x1.5 2x1.5<br>Tightening torque Nm 0.2 0.2<br>Dimensions (H x D x W) mm 85 x 69 x 17.5 85 x 69 x 17.5<br>**----- End of picture text -----**<br>


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## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [513 x 324] intentionally omitted <==**

**----- Start of picture text -----**<br>
S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA<br>Undervoltage release<br>12 DC 24 AC  24 DC  48 AC  48 DC  110 AC  110 DC  230 AC 230 DC 400 AC<br>Standards IEC/EN 60947-1<br>Rated voltage  AC V 24 48 110 230 400<br>DC V 12 24 48 110 230<br>Frequency  Hz 50…60<br>Release trip V 0.35 Un � V � 0.7 Un<br>Terminals mm [2] 2x1.5<br>Consumption VA 2.2 3.6 2 3.6 2.1 3.5 2.2 3.7 2.3 2.4<br>Resistance to corrosion °C/RH constant atmosphere: 23/83 - 40/93 - 55/20; variable atmosphere: 25/95 - 40/93<br>Protection degree IPXXB/IP2X<br>Tightening torque Nm 0.4<br>Dimensions (H x D x W) mm 85 x 69 x 17.5<br>Overvoltage release S2C - OVP2 S2C - OVP1<br>Rated voltage  VAC 230<br>Rated frequency  Hz 50<br>Max non-tripping voltage AC V 253<br>Max tripping voltage AC V 290 275<br>Tripping time  @ 290V AC  s t<1<br>@ 380V AC  s t<0.1<br>Peak current  @ 315V AC A 1<br>@ 440V AC  A 1.8<br>Max duration of impulse command  ms 7<br>Operating temperature  °C -5….+40<br>Hand operated neutral left side mounted S2C-Nt<br>Rated current A max. 40<br>Terminal mm [2] 10; box terminal<br>Tightening torque Nm 1.2<br>Dimensions (H x D x W) mm 85 x 69 x 8.8<br>**----- End of picture text -----**<br>


**4** 

**==> picture [512 x 75] intentionally omitted <==**

**----- Start of picture text -----**<br>
Signal and auxiliary contacts SN201-S SN201-IH<br>Terminals mm [2] 2x1,5<br>Tightening torque N 1.2<br>Dimensions mm H: 85 x D: 68 x W: 8.9 H: 85 x D: 68,7 x W: 8.9<br>Rated voltage V 230<br>Rated current A 2<br>**----- End of picture text -----**<br>


**==> picture [304 x 77] intentionally omitted <==**

**----- Start of picture text -----**<br>
Utilization category and contact capacity SN201-S, SN201-IH<br>AC14 Ue V 400 230<br>Ie A 1 2<br>DC12 Ue V 220 110<br>Ie A 1 1,5<br>DC13 Ue V 60 24<br>Ie A 2 4<br>**----- End of picture text -----**<br>


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**4** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

|**Busbars PS, PS...SP, PS...BP**||
|---|---|
|Materials<br>Busbar:<br>insulation: PS<br>Heat deflection temp.<br> Climate stability<br>Insulation coordination<br>Comparative tracking index<br>Standards<br>Dielectric strength<br>Impulse voltage strength<br>Operation voltage<br>Busbar cross section<br>Max. current Is phase<br>Short circuit withstand capacity|E – Cu 58 F25<br>insulation: PS<br>PC / ABS<br>PS...SP<br>PC / ABS<br>PS...BP<br>PA 66<br>PS<br>VST B 120 – ISO 306 = 113 °C – UL94-V0/1,5<br>PS...SP<br>VST B 120 – ISO 306 = 113 °C – UL94-V0/1,5<br>PS...BP<br>HDT B – ISO179 = 200 °C – UL94-V0/0,4 mm<br>according to DIN EN 60068<br>Overvoltage category III / Pollution degree 2<br>600 V<br>PS<br>DIN EN 60947-1 VDE 0660 part 100 = IEC 60947-1:2004<br>PS...SP<br>DIN EN 60947-1 VDE 0660 part 100 = IEC 60947-1:2004; UL1077<br>PS...BP<br>DIN EN 60947-1 VDE 0660 part 100 = IEC 60947-1:2004; UL489<br>PS<br>32 kV/mm<br>PS...SP<br>32 kV/mm<br>PS...BP<br>30 kV/mm<br>PS<br>4.5 kV<br>PS...SP<br>9.5 kV<br>PS...BP<br>9.5 kV<br>PS<br>690 VAC<br>PS...SP<br>480 VAC<br>PS...BP<br>480 VAC<br>10/16/30 mm2<br>see chart below<br>PS<br>25 kA with back up fuse NH3 355 A gG/gL500V<br>PS...SP<br>10 kA with back up fuse NH3 355 A gG/gL500V<br>PS...BP<br>10 kA with back up fuse NH3 355 A gG/gL500V|



## **Currrent carrying capacity at 35 °C (depending on feeding)** 

|**End feeding**|||||
|---|---|---|---|---|
|||busbar blocks PS|||
|**cross section/mm2**||10|16|30|
|**max. supply current IS/phase**|A|63|801)|120*|



|||busbar blocks PS|busbar blocks PS|busbar blocks PS|
|---|---|---|---|---|
|**cross section/mm2**||10|16|30|
|**max. current in branch IE/phase**|A|100|1301) 2)|160*|
|**max. supply current IE/phase**|A|depends on cross section|||



- If fed via the terminals, always ensure that 130 A (110 A for terminals 16 mm[2] ) are not exceeded, irrespective of the current carrying capacity (IS) of the busbar 

- 1) PS...BP 115 A if cubicle size > 30” x 30” x 10” 

- 2) PS...SP 100 A 

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## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [513 x 324] intentionally omitted <==**

**----- Start of picture text -----**<br>
S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA  S2C-UA<br>Undervoltage release<br>12 DC 24 AC  24 DC  48 AC  48 DC  110 AC  110 DC  230 AC 230 DC 400 AC<br>Standards IEC/EN 60947-1<br>Rated voltage  AC V 24 48 110 230 400<br>DC V 12 24 48 110 230<br>Frequency  Hz 50…60<br>Release trip V 0.35 Un ≥ V ≥ 0.7 Un<br>Terminals mm [2] 2x1.5<br>Consumption VA 2.2 3.6 2 3.6 2.1 3.5 2.2 3.7 2.3 2.4<br>Resistance to corrosion °C/RH constant atmosphere: 23/83 - 40/93 - 55/20; variable atmosphere: 25/95 - 40/93<br>Protection degree IPXXB/IP2X<br>Tightening torque Nm 0.4<br>Dimensions (H x D x W) mm 85 x 69 x 17.5<br>Overvoltage release S2C - OVP2 S2C - OVP1<br>Rated voltage  VAC 230<br>Rated frequency  Hz 50<br>Max non-tripping voltage AC V 253<br>Max tripping voltage AC V 290 275<br>Tripping time  @ 290V AC  s t<1<br>@ 380V AC  s t<0.1<br>Peak current  @ 315V AC A 1<br>@ 440V AC  A 1.8<br>Max duration of impulse command  ms 7<br>Operating temperature  °C -5….+40<br>Hand operated neutral left side mounted S2C-Nt<br>Rated current A max. 40<br>Terminal mm [2] 10; box terminal<br>Tightening torque Nm 1.2<br>Dimensions (H x D x W) mm 85 x 69 x 8.8<br>**----- End of picture text -----**<br>


**4** 

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**4** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [513 x 183] intentionally omitted <==**

**----- Start of picture text -----**<br>
Motor operating devices S2C-CM F2C-CM<br>Supply V 12 ... 30 V a.c. +10% - 15% (50-60Hz); 12 ... 48 V d.c. +10% - 15%<br>Power consumption during  12 V a.c. VA < 15<br>the operation 24 V a.c. VA < 22<br>30 V a.c. VA < 25<br>12 ... 48 Vd.c. VA < 20<br>Power consumption at rest VA < 1.5<br>Make-time at ambient temperature sec < 1<br>Opening time at ambient temperature sec < 0.5<br>Number of operations < 20.000<br>Operating temperature °C - 25 ... + 55<br>Cables length of control circuit m < 1500<br>Cables cross-section mm [2] < 2.5<br>Signal contact (terminals 3 – 4 – 5) Current carrying capacity 1NA + 1NC (change-over contact) 5 A (250 V AC) (inductive-ohmic load)<br>Auxiliary contact (terminals 6 – 7 – 8) Current carrying capacity 1NA + 1NC (change-over contact) 3 A (250 V AC) (inductive-ohmic load)<br>Remote control* By means of dry contacts<br>Remote control terminals Terminal 9 = make contact; Terminal 10 = opening contact<br>Terminal 11 = common reference for control contacts, +5V d.c. (supplied by the motor operating device)<br>**----- End of picture text -----**<br>


- Note: 1- After having powered the device, wait 5 seconds before activating the control functions. 

   - 2- In case of the device opening due to a fault, please wait 8 seconds before attempting to reclose the motor operator. 

**==> picture [513 x 261] intentionally omitted <==**

**----- Start of picture text -----**<br>
Motor operating devices DS2C-CM<br>Supply V 12 ... 30 V a.c. +10% - 15% (50-60Hz); 12 ... 48 V d.c. +10% - 15%<br>Insulation voltage V 2500 for 1 minute<br>Power consumption during  12 V a.c. VA < 15<br>the operation 24 V a.c. VA < 22<br>30 V a.c. VA < 25<br>12 ... 48 V d.c. VA < 20<br>Power consumption at rest VA < 1.5<br>Remote control * by means of dry contacts<br>Make-time at ambient temperature sec < 1<br>Opening time at ambient temperature sec < 0.5<br>Time before attempting to reclose the motor operator sec 8<br>Number of operations < 20.000<br>Operating temperature °C - 25 ... + 55<br>Storage temperature °C - 40 ... + 70<br>Mounting on DIN rail EN 60715 by means of fast clip device<br>Protection degree (EN 60529 terminals: IP2X<br>enclosure: IP4X<br>Cables length of control circuit m < 1500<br>Cables cross-section mm [2] < 2.5<br>Signal contact (terminals 3 – 4 – 5)  1NO + 1NC (change-over contact)<br>Current carrying capacity 5 A (250 V AC) (resistive load)<br>Auxiliary contact (terminals 6 – 7 – 8) 1NO + 1NC (change-over contact)<br>Current carrying capacity 3 A (250 V AC) (resistive load)<br>Remote control terminals Terminal 9 = make contact; Terminal 10 = opening contact<br>Terminal 11 = common reference for control contacts, +5 V d.c. (supplied by the motor operating device)<br>**----- End of picture text -----**<br>


- Note: 1- After having powered the device, wait 5 seconds before activating the control functions. 

   - 2- In case of the device opening due to a fault, please wait 8 seconds before attempting to reclose the motor operator. 

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**4** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S 200 and SN 201, RCDs F 200, DS201, DS202C and DS 200 series 

**==> picture [512 x 250] intentionally omitted <==**

**----- Start of picture text -----**<br>
Auto-reclosing unit F2C-ARI F2C-ARI30<br>Supply V 12 ... 30 V a.c. +10% - 15% (50-60Hz); 12 ... 48 V d.c. +10% - 15%<br>Number of automatic reset attempts 3<br>Time of reset of the auto-reset meter sec 16 45<br>Power consumption during  12Va.c. VA < 15<br>the operation 24Va.c. VA < 22<br>30Va.c. VA < 25<br>12 ... 48Vd.c. VA < 20<br>Power consumption at rest VA < 1.5<br>Waiting time between auto-reset attempts sec 3 30<br>Closing time at ambient temperature sec < 1<br>Opening time at ambient temperature sec < 0.5<br>Number of operations < 20.000<br>Operating temperature °C - 25 ... + 55<br>Cables length of control circuit m < 1500<br>Cables cross-section mm [2] < 2.5<br>Signaling  contact  to signal a locked state following  1NA + 1NC (change-over contact)<br>three auto-reset attempts (terminals 3 – 4 – 5)<br>Current carrying capacity 5 A (250 V AC) (ohmic load)<br>Auxiliary contact (terminals 6 – 7 – 8) 1NA + 1NC (change-over contact)<br>Current carrying capacity 3 A (250 V AC) (ohmic load)<br>Remote control By means of dry contacts<br>Remote control terminals Terminal 9 = closing and remote reset  contact for  locked  state; Terminal 10 = opening contact<br>Terminal 11 = common reference for control contacts, +5V d.c. (supplied by the motor operating<br>device)<br>**----- End of picture text -----**<br>


* After having powered the device, wait 5 seconds before activating the control functions. 

**==> picture [512 x 124] intentionally omitted <==**

**----- Start of picture text -----**<br>
Home automatic resetting unit F2C-ARH /F2C-ARH-T<br>Power supply VAC 230<br>Number of automatic reclosing attempts 1<br>Reset time for counter of automatic reclosing  sec 12<br>attempts<br>Power absorbed during the operation VA (t<0.5s) 20 max<br>Power consumption in stand-by W 0.4 max<br>Number of operations  ≤ 10.000<br>Operating temperature  °C -25 ... + 55<br>Signal contact cable section  mm² ≤ 2.5<br>Signal contact for the locked state (terminals 1-2) 1NA (change-over contact)<br>Signal contact rated current A 3 (250V AC)<br>**----- End of picture text -----**<br>


## **Accessories for range S 200 U and S 200 UP acc. to UL 489/CSA-22.2 No.5** 

**==> picture [512 x 277] intentionally omitted <==**

**----- Start of picture text -----**<br>
Auxiliary contact and signal contact S2C-H6R U, S2C-S/6R U<br>Rated current A 10<br>Min. rated voltage UBmin AC V 24<br>DC V 24<br>Min. rated operational current/voltage 10 mA at 12 V; 5 mA at 24 V<br>Short-circuit withstand capacity V 230 a.c. 100A with S201 K4<br>Overvoltage category III<br>Surge voltage (1.2/50 ms) kV 4<br>Connection cross section mm [2] 0.75…2.5<br>Tightening torque Nm 1.2<br>Contact stability in vibration test  5g, 20 sweep cycles 5…150…5 Hz according to DIN IEC 68-2-6 at 24 V AC/DC,<br>5 mA automatic reclosing < 10 ms<br>Mechanical service life 10000 operations<br>Dimensions (H x D x W) mm 100 x 69 x 8.8<br>Shunt trip S2C-A1 U S2C-A2 U<br>Rated voltage  AC V 12…60 110…415<br>DC V 12…60 110…250<br>Max release duration ms <10 <10<br>Min. release voltage AC V 7 55<br>DC V 10 80<br>Consumption on release Ub V 12 DC 12 AC 24 DC 24 AC 60 DC 60 AC 110 DC 110 AC 220 DC 230 AC 415 AC<br>Ib max A 2.2 2.5 4.5 5 14 8.8 0.35 0.5 1.1 1.0 2.7<br>Coil resistance Ω 3.7 225<br>Terminals mm [2] 16 16<br>Tightening torque Nm 2 2<br>Dimensions (H x D x W) mm 100 x 69 x 17.5 100 x 69 x 17.5<br>**----- End of picture text -----**<br>


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**4** 

## **System Selection tables pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S 200, SN 201, RCDs F 200 and DS 200 series 

## **Signal/auxiliary contacts** 

**==> picture [504 x 391] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Function S2C-S/H6R: choice through a selector between indication of the position of the device’s|
|ak|||ai|contacts and signalling of the fault (overcurrent/short-circuit for MCBs and RCBOs; earth fault for|
|RCCBs and RCBOs). Suitable for MCBs S 200 series, RCCBs F 200 series, RCBOs DS201, DS202C,|
|*|y|DS 200 series.|
|Function S2C-H6R: indication of the position of the device’s contacts. Suitable for MCBs S200 series.|
|To be mounted on the left side of the MCBs thanks to the special pin. They are not suitable to be|
|mounted together with RCD-block DDA200.|
|S2C-S/H6R|S2C-H6-...|Function S2C-H6-xxR: indication of the position of the MCB contact. Mounted on the right side. They|
|are not suitabel to be mounted together with RCD-block DDA200 and/or other auxiliary contacts.|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|S2C-S/H6R|details|4016779|1 piece|group|1 piece|unit|
|MW|IB|Type code|Order code|EAN|kg|pc.|
|Signal contact/|
|auxiliary switch 1CO|S2C-S/H6R|2CDS200922R0001|563819|0.04|1|
|Auxiliary contact 1CO|S2C-H6R|2CDS200912R0001|563826|0.04|1|
|S2C-H6R|
|Auxiliary contact 1NO/1NC|S2C-H6-11R|2CDS200946R0001|697941|0.04|1|
|Auxiliary contact 2NO|S2C-H6-20R|2CDS200946R0002|697958|0.04|1|
|Auxiliary contact 2NC|S2C-H6-02R|2CDS200946R0003|697965|0.04|1|
|11|13|1|11|13|1|11|13|1|
|S2C-H6-11R|Auxiliary contacts mounting on the left side|
|12|My|14|2|12|a|14|2|12|“ar|14|2|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4016779|1 piece|group|1 piece|unit|
|13|23|1|13|23|1|13|23|1|Type code|Order code|EAN|kg|pc.|
|S2C-H6-20R|Auxiliary contact 1 NO/1NC|S2C-H11L|2CDS200936R0001|648820|0.04|1|
|_—|14|24|2|14|24|2|14|24|2|Auxiliary contact 2 NO|——————|S2C-H20L|2CDS200936R0002|648837|0.04|1|
|Auxiliary contact 2 NC|S2C-H02L|2CDS200936R0003|648844|0.04|1|
|11|21|1|11|21|1|11|21|1|
|S2C-H6-02R|Bottom-fitting auxiliary contacts for S 200, S 200 M, S 200 P|
|Wb|12|22|2|12|A|22|2|12|He|22|2|1 NC|S 2C-H01|2CDS 200 970 R0001|64551 5|0.01|1|
|1 NO|S 2C-H10|2CDS 200 970 R0002|64552 2|0.01|1|
|packing unit 15 parts|
|tay|
|1 NC|S 2C-H01 15x|2CDS 200 970 R0011|64677 2|0.01|15|
|1 NO|S 2C-H10 15x|2CDS 200 970 R0012|64681 9|0.01|15|

**----- End of picture text -----**<br>


Function S2C-S/H6R: choice through a selector between indication of the position of the device’s contacts and signalling of the fault (overcurrent/short-circuit for MCBs and RCBOs; earth fault for RCCBs and RCBOs). Suitable for MCBs S 200 series, RCCBs F 200 series, RCBOs DS201, DS202C, DS 200 series. 

Function S2C-H6R: indication of the position of the device’s contacts. Suitable for MCBs S200 series. To be mounted on the left side of the MCBs thanks to the special pin. They are not suitable to be mounted together with RCD-block DDA200. 

Function S2C-H6-xxR: indication of the position of the MCB contact. Mounted on the right side. They are not suitabel to be mounted together with RCD-block DDA200 and/or other auxiliary contacts. 

## **Auxiliary contact bridge for bottom-fitting auxiliary contacts** 

Wire jumper for integrated auxiliary contact (MCB S 200 H or auxiliary contacts S2C-H01/S2C-H10 for series connections (HKB) or parallel connections (HKB1). 

**==> picture [374 x 110] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|1/2 mod.|HKB|GH V036 0504 R0100|523134|0.001|1000|
|1 mod.|HKB 1|GH V036 0504 R0101|524209|0.001|1000|
|Signal contact for SN201 MCBs|
|OO|
|Function: indication of the device contact positions only after the automatic release of the MCBs|
|due to overcurrent.|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Signal contact 1NO + 1 NC|SN201-S|2CSS200924R0001|104957|0.040|1|

**----- End of picture text -----**<br>


**Signal contact for SN201 MCBs** Ld ~~OO~~ Function: indication of the device contact positions only after the automatic release of the MCBs due to overcurrent. 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400681F0001<br>**----- End of picture text -----**<br>


## **Auxiliary contact / interface module for SN201 MCBs** 

Function: indication of the device contact positions. The auxiliary contact  can be used as an interface module between SN201 and other compact auxiliary elements. 

**==> picture [371 x 46] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Interface module/Aux.|
|Contact 1NO+1NC|SN201-IH|2CSS200923R0001|104858|0.050|1|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/13** ~~Cd~~ 

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**4** 

## **System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S 200, **SN 201, F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

## **Signal/auxiliary contact for F 200 125A and F 200 B** 

Function: choice through a selector between indication of the position of the device’s contacts and signalling of the earth fault. Suitable for RCCBs F 200 125A and F 200 B series 

|12||||||||||
|---|---|---|---|---|---|---|---|---|---|
|14|21|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|22|||**details**||**8012542**|1 piece|group|1 piece|unit|
||11||**Type code**|Order code|**EAN**|||kg|pc.|
|||Signal/auxiliarycontact|**F2 125A-S/H**2CSS200922R0001|2CSS200922R0001|**941408**|||0.04|1|
|||**Clamping cover for F200 125A-F200 B type**|**Clamping cover for F200 125A-F200 B type**||**Clamping cover for F200 125A-F200 B type**|**Clamping cover for F200 125A-F200 B type**||||
||||**Order**||**Bbn**|Price|Price|Weight|Pack|
||||**details**||**8012542**|1 piece|group|1 piece|unit|
||||**Type code**|Order code|**EAN**|||kg|pc.|
||||**CPV B**|2CSF200988R0001|**999638**||||1|



## **Shunt trips** 

Function: remote opening of the device when a voltage is applied. Suitable for MCBs S 200 series and RCBOs DS 200 series. 

|Rated voltage|**Order**<br>**details**||**Bbn**<br>**4016779**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|
||**Type code**|Order code|**EAN**|||kg|pc.|
|AC/DC 12…60 V|**S2C-A1**|2CDS200909R0001|**570992**|||0.15|1|
|AC 110…415 V/||||||||
|DC110…250 V|**S2C-A2**|2CDS200909R0002|**571005**|||0.15|1|



y ~~TN~~ Function: remote opening of the device when a voltage is applied. Suitable for RCCBs F 200 series and RCBOs DS201 and DS202C. 

It can be used with MCBs SN201 series by means of SN201-IH interface module. 

|Rated voltage|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**<br>**Type code**|Order code|**8012542**<br>**EAN**|1 piece|group|1 piece<br>kg|unit<br>pc.|
|AC/DC 12...60V|**F2C-A1**|2CSS200933R0011|**974901**|||0.15|1|
|AC 110...415V / DC 110...250V **F2C-A2**||2CSS200933R0012|**975007**|||0.15|1|



**Overall dimensions ......................  pag. 13/13** ~~|~~ 

ABB 

**4** /13 

**System pro** _**M**_ **compact[®]** 

**Selection tables Auxiliary elements S 200,** Auxiliary elements for MCBs S 200, **SN 201, F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**4** , 

## **Undervoltage releases** 

Function: protection of the load in the event of a voltage drop (between 70% and 35% of its rated value); positive safety (device’s tripping when the voltage is disconnected) emergency stop by means of a button. Suitable for MCBs S 200 series, RCCBs F200 series and RCBOs DS201, DS202C, DS 200 series It can be used with MCBs SN201 series by means of SN201-IH interface module. 

||Rated voltage<br>12VDC|**Order**<br>**details**<br>**Type code**<br>Order code<br>**S2C-UA 12 DC** 2CSS200911R0001|**Bbn**<br>**8012542**<br>**EAN**<br>**839705**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.09|Pack<br>unit<br>pc.<br>1|
|---|---|---|---|---|---|---|---|
|24VAC<br>**S2C-UA 24 AC**2CSS200911R0002<br>24VDC<br>**S2C-UA 24 DC** 2CSS200911R0007<br>Oo|||**839804**<br>**896401**|||0.09<br>0.09|1<br>1|
||48VAC|**S2C-UA 48 AC**2CSS200911R0003|**839903**|||0.09|1|
||48VDC|**S2C-UA 48 DC**2CSS200911R0008|**896500**|||0.09|1|
|110VAC<br>**S2C-UA 110 AC**2CSS200911R0004<br>110VDC<br>**S2C-UA 110 DC **2CSS200911R0009<br>230VAC<br>**S2C-UA 230 AC **2CSS200911R0005<br>230VDC<br>**S2C-UA 230 DC **2CSS200911R0010<br>Oo|||**840008**<br>**896609**<br>**840107**<br>**896708**|||0.09<br>0.09<br>0.09<br>0.09|1<br>1<br>1<br>1|
||400VAC|**S2C-UA 400 AC **2CSS200911R0006|**840206**|||0.09|1|



## **Overvoltage releases** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400677F0001<br>**----- End of picture text -----**<br>


Function: monitoring voltage between the neutral and phase; when an overvoltage reaches the threshold value, the OVP device causes the tripping of the associated MCB or RCCB. Suitable for MCBs of the S200 series up to 63 A, and RCCBs of the F200 series up to 100 A and RCBOs DS201 and DS202C series. 

|Description|**Order**<br>**details**||**Bbn**<br>**8012542**|Price<br>1 piece|Price<br>group|Weight<br>1 piece|Pack<br>unit|
|---|---|---|---|---|---|---|---|
||**Type code**|Order code|**EAN**|||kg|pc.|
|Overvoltage release (max||||||||
|tripping voltage AC: 275V)|**S2C-OVP1**|2CSS200910R0005|**748137**|||0.100|1/5|
|Overvoltage release (max||||||||
|tripping voltage AC: 290V)|**S2C-OVP2**|2CSS200993R0005|**952039**|||0.100|1/5|



## **Hand operated neutral** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400055F0201<br>**----- End of picture text -----**<br>


The hand operated neutral has to be mounted to the left side of the MCB and be snaped on the DIN rail. It is used for measuring duties where the neutral conductor must be in the open position. Due to the special design of the handle - when switching ON the MCB – the neutral will make before the MCB is closed. 

The S2C - Nt is not to switch with a tool (screw driver). 

|Description<br>Max 40A|**Order**<br>**details**<br>**Type code**<br>**S2C-Nt**|Order code<br>2CDS200918R0001|**Bbn**<br>**4016779**<br>**EAN**<br>**647625**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.06|Pack<br>unit<br>pc.<br>1|
|---|---|---|---|---|---|---|---|



**Overall dimensions ......................  pag. 13/13** LT 

ABB 

**4** /14 

## **System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S 200, **SN 201, F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

## **Accessories for S 200 U and S 200 UP acc. UL 489 and CSA-22.2 No. 5** 

Auxiliary contact (switch) 

only for range U and UP **S 2C-H6R U** 2CDS 200 914 R0001 **61561 7** 0.035 1 Signal contact (bell alarm) only for range U and UP **S 2C-S6R U** 2CDS 200 924 R0001 **64677 2** 0.035 1 ~~————~~ **S 2C-S6R U** Shunt trip only for range U and UP 12 - 60 V AC/DC **S 2C-A1 U** 2CDS 200 908 R0001 **64472 3** 0.15 1 110-415 V AC,110-250V DC **S 2C-A2 U** 2CDS 200 908 R0002 **64473 0** 0.15 1 **S 2C-H6R U** F act BE **S 2C-A1 U** 

**4** 

**Overall dimensions ......................  pag. 13/13** TT 

ABB 

**4** /15 

**4** 

## **System pro** _**M**_ **compact[®]** 

# **Selection tables Auxiliary elements S 200,** Auxiliary elements for MCBs S 200, **SN 201, F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

## **Mechanical tripping device** 

**==> picture [6 x 173] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400573F0201<br>2CSC400568F0201<br>**----- End of picture text -----**<br>


Function: it causes the automatic tripping of the circuit-breakers which it is associated to, when the panel or the door of the electrical switchboard are opened or removed. 

Suitable for MCBs S 200 series (on both sides of the devices) and for DS 200 (only on the right side, because on the left side there’s RCD-block DDA 200). 

|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**<br>**Type code**|Order code|**8012542**1 piece<br>**EAN**|1 piece|group|1 piece<br>kg|unit<br>pc.|
|Mechanical trippingdevice|**S2C-BP**|2CSS200998R0001|**941309**|||0.048|1|



## **Plug-in base** 

Function: it is possible to transform a standard circuit-breaker of the S 200 and F 200 range in a plug-in device which can be pulled out of the circuit where it is installed  in one operation. Suitable for MCBs S 200 series and for RCCBs F 200 series up to 63 A and RCBOs DS201 and DS202C. 

Plug-in base **S2C-EST** 2CSS200999R0001 **940708** 0.115 1 

**Overall dimensions ......................  pag. 13/13** | 

ABB 

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**System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Motor operating and **SN 201, F 200, DS 200** autoreclosing devices for RCDs and MCBs **and other series** 

## **Motor operating devices** 

Function: S2C-CM, F2C-CM and DS2C-CM allow the remote control (opening or closing) of the coupled device. Suitable for S200 MCBs up to 63 A, F 200 RCCBs up to 100 A and RCBOs DS201 and DS202C. 

**==> picture [5 x 482] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400248F0201<br>2CSC400247F0201<br>2CSC400678F0001<br>2CSC400014F0202<br>**----- End of picture text -----**<br>


**==> picture [368 x 129] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Motor operating device for|
|1P S200 MCBs|S2C-CM1|2CSS201997R0013|026259|0,166|1|
|Motor operating device for|
|2P and 3P S200 MCBs|S2C-CM2/3|2CSS203997R0013|026358|0,166|1|
|Motor operating device for|
|4P S200 MCBs|S2C-CM4|2CSS204997R0013|026457|0,166|1|
|Motor operating device for|
|2P and 4P F200 RCCBs|F2C-CM|2CSF200997R0013|026556|0,166|1|
|Motor operating device for|
|1P+N and 2P DS201,|
|DS202C RCBOs|DS2C-CM|2CSR201997R0013|135951|0,166|1|

**----- End of picture text -----**<br>


## **Auto-reclosing units** 

Function: F2C-ARI and F2C-ARI30 allow the auto-reclosing of the coupled device in case of unwanted tripping. Suitable for F 200 RCCBs up to 100 A. 

**==> picture [359 x 34] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|Auto-reclosing unit for 2P|
|and 4P F200 RCCBs|F2C-ARI|2CSF200996R0013|026655|0,166|1|
|Auto-reclosing unit for 2P|
|and 4P F200 RCCBs (30”)|F2C-ARI30|2CSF200995R0013|064350|0,166|1|

**----- End of picture text -----**<br>


## **Home automatic resetting unit (for domestic and similar applications)** 

Function: recloses the associated residual current device (2-pole RCCBs up to 63 A - 30 mA), only after having checked that there are no effective faults in the the system protected by the RCCB. Suitable for 2-pole RCCB series with 30 mA sensitivity 

Home automatic resetting unit **F2C-ARH** 2CSF200992R0005 **732433** 0,200 1 

## **Home automatic resetting unit with autotest (for domestic and similar applications)** 

Function: recloses the associated residual current device (2-pole RCCBs up to 63 A - 30 mA ), only after having checked that there are no effective faults in the system protected by RCCB. Suitable for 2-pole RCCB series with 30 mA sensitivity. 

**4** 

F2C-ARH-T allows the RCCBs automatic test every six months. 

**==> picture [359 x 15] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|Home automatic resetting unit|
|with RCCBs autotest|F2C-ARH-T|2CSF200991R0005|733232|0,200|1|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/13** ~~LT~~ 

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**System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Motor operating and **SN 201, F 200, DS 200** autoreclosing devices for RCDs and MCBs **and other series** 

**4** 

## Wiring diagrams for S2C-CM motor operating devices 

**==> picture [444 x 180] intentionally omitted <==**

**----- Start of picture text -----**<br>
Low voltage use: 12...30 V AC, 12...48 V DC Use at 230 V AC via a TM15/12 bell transformer<br>N L N L<br>12-30 V AC<br>FAULT 12-48 V DC FAULT<br>1 2 3 4 5 1 2 3 4 5<br>SIGN SIGN 5 6 7 8<br>TM15/2<br>0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF<br>AUX AUX 1 2 3 4<br>6 7 8 9 10 11 6 7 8 9 10 11<br>OFF OFF<br>230 V AC<br>ON MAX 1500m ON MAX 1500m<br>open open<br>closed closed<br>**----- End of picture text -----**<br>


**==> picture [245 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
Low voltage use of several motor operating devices: 12...30 V AC, 12...48 V DC<br>**----- End of picture text -----**<br>


**==> picture [330 x 154] intentionally omitted <==**

**----- Start of picture text -----**<br>
12-48 V DC<br>1 2 3 4 5 1 2 3 4 5 1 2 3 4 5<br>SIGN SIGN SIGN<br>0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF<br>AUX AUX AUX<br>6 7 8 9 10 11 6 7 8 9 10 11 6 7 8 9 10 11<br>1 2 n ...<br>closed open closed open closed open<br>**----- End of picture text -----**<br>


**Use of several motor operating devices at 230 V AC via a single safety transformer** 

**==> picture [370 x 253] intentionally omitted <==**

**----- Start of picture text -----**<br>
12-30 V a.c. 230 V AC<br>1 2 3 4 5 1 2 3 4 5 1 2 3 4 5<br>SIGN SIGN SIGN<br>0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF 0 OFF<br>AUX AUX AUX<br>6 7 8 9 10 11 6 7 8 9 10 11 6 7 8 9 10 11<br>1 2 n ...<br>Modular transformer  Secondary voltage  N° max S2C-CM 4 usable<br>TM15/12 12 V  1<br>TM15/24 24 V  1<br>TS16/12 12 V  1<br>TM30/24 12 V  2<br>TM30/24 24 V  3<br>TS 25/12-24 C 12, 24 V  5<br>TS 40/12-24 C 12, 24 V  6<br>TS 63/12-24 C 12, 24 V  7<br>closed open closed open closed open<br>**----- End of picture text -----**<br>


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**System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Motor operating and **SN 201, F 200, DS 200** autoreclosing devices for RCDs and MCBs **and other series** 

**4** 

Wiring diagrams for DS2C-CM motor operating devices 

**==> picture [250 x 212] intentionally omitted <==**

**----- Start of picture text -----**<br>
Low voltage use 12...30 V AC, 12...48 V DC<br>N L<br>12-30 V AC<br>LOCKED 12-48 V DC<br>1 2 3 4 5<br>LOCKED / BLOCCATO<br>AUX<br>6 7 8 9 10 11<br>OFF<br>ON<br>MAX 1500 m<br>open<br>closed<br>**----- End of picture text -----**<br>


**Use at 230 V AC via a TN15/12 transformer** 

**==> picture [269 x 197] intentionally omitted <==**

**----- Start of picture text -----**<br>
N L<br>LOCKED<br>1 2 3 4 5<br>LOCKED / BLOCCATO 5 6 7 8<br>TM15/2<br>AUX 1 2 3 4<br>6 7 8 9 10 11<br>OFF<br>230 V AC [.]<br>ON<br>MAX 1500 m<br>open<br>closed<br>**----- End of picture text -----**<br>


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**4** 

## **System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Motor operating and **SN 201, F 200, DS 200** autoreclosing devices for RCDs and MCBs **and other series** 

Wiring diagrams for motor operating device F2C-CM and F2C-ARI auto-reclosing unit 

**==> picture [437 x 175] intentionally omitted <==**

**----- Start of picture text -----**<br>
Low voltage use: 12...30 V AC, 12...48 V DC Use at 230 V AC via a TM15/12 bell transformer<br>N L N L<br>12-30 V AC<br>LOCKED STATE 12-48 V DC LOCKED STATE<br>1 2 3 4 5 1 2 3 4 5<br>LOCKED LOCKED 5 6 7 8<br>TM15/2<br>AUX AUX 1 2 3 4<br>6 7 8 9 10 11 6 7 8 9 10 11<br>OFF OFF<br>230 V AC<br>ON MAX 1500m ON MAX 1500m<br>open open<br>closed / reset closed / reset<br>**----- End of picture text -----**<br>


**==> picture [307 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Low voltage use of several motor operating devices or auto-reclosing units: 12-30 V AC, 12-48 V DC<br>**----- End of picture text -----**<br>


**==> picture [432 x 452] intentionally omitted <==**

**----- Start of picture text -----**<br>
12-48 V DC<br>1 2 3 4 5 1 2 3 4 5 1 2 3 4 5<br>LOCKED LOCKED LOCKED<br>AUX AUX AUX<br>6 7 8 9 10 11 6 7 8 9 10 11 6 7 8 9 10 11<br>1 2 n ...<br>Use of several motor operating devices or auto-reclosing units at 230 V AC via a single transformer<br>12-30 V AC 230 V AC<br>1 2 3 4 5 1 2 3 4 5 1 2 3 4 5<br>LOCKED LOCKED LOCKED<br>AUX AUX AUX<br>6 7 8 9 10 11 6 7 8 9 10 11 6 7 8 9 10 11<br>1 2 n ...<br>Modular transformer  Secondary voltage  N° max F2C-CM or F2C-ARI usable<br>TM15/12 12 V  1<br>TM15/24 24 V  1<br>TS16/12 12 V  1<br>TM30/24 12 V  5<br>TM30/24 24 V  8<br>TS 25/12-24 C 12, 24 V  10<br>TS 40/12-24 C 12 V  10<br>TS 63/12-24 C 12, 24 V  10<br>closed / reset open closed / reset open closed / reset open<br>closed / reset open closed / reset open closed / reset open<br>2CSC400016F0202<br>**----- End of picture text -----**<br>


ABB 

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**System Selection tables Auxiliary elements S 200, pro** _**M**_ **compact[®]** Motor operating and **SN 201, F 200, DS 200** autoreclosing devices for RCDs and MCBs **and other series** 

**4** 

Wiring diagram for F2C-ARH and F2C-ARH-T 

**==> picture [200 x 203] intentionally omitted <==**

**----- Start of picture text -----**<br>
L<br>N<br>ON<br>1 2<br>LOAD<br>**----- End of picture text -----**<br>


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**4** 1 

# **System Selection tables Accessories S 200, SN 201, pro** _**M**_ **compact[®]** USB Modular DIN rail device **F 200, DS 200 and other series** 

|**USB Modular DIN rail device**<br>Function: Modular DIN rail device to store electronic information, files and applications.  All the data<br>required will be available in the switchboard. No supply is required.<br>ATTENTION!<br>MeMo2 is available with built in USB cable. MeMo4 is available with USB port (USB cable not included).<br>Description<br>Storage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>2CSC400018F0202<br>{4|**USB Modular DIN rail device**<br>Function: Modular DIN rail device to store electronic information, files and applications.  All the data<br>required will be available in the switchboard. No supply is required.<br>ATTENTION!<br>MeMo2 is available with built in USB cable. MeMo4 is available with USB port (USB cable not included).<br>Description<br>Storage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>2CSC400018F0202<br>{4|**USB Modular DIN rail device**<br>Function: Modular DIN rail device to store electronic information, files and applications.  All the data<br>required will be available in the switchboard. No supply is required.<br>ATTENTION!<br>MeMo2 is available with built in USB cable. MeMo4 is available with USB port (USB cable not included).<br>Description<br>Storage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>2CSC400018F0202<br>{4|**USB Modular DIN rail device**<br>Function: Modular DIN rail device to store electronic information, files and applications.  All the data<br>required will be available in the switchboard. No supply is required.<br>ATTENTION!<br>MeMo2 is available with built in USB cable. MeMo4 is available with USB port (USB cable not included).<br>Description<br>Storage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>2CSC400018F0202<br>{4|
|---|---|---|---|
||||Modular data|
|5|2CSC400019F0202||memory<br>2 GB<br>**MeMo2**<br>2CSS200960R0001<br>**128052**<br>0.200<br>1<br>Modular data<br>memory<br>4 GB<br>**MeMo4**<br>2CSS200960R0002<br>**144656**<br>0.200<br>1|



Function: Modular DIN rail device to store electronic information, files and applications.  All the data required will be available in the switchboard. No supply is required. 

MeMo2 is available with built in USB cable. MeMo4 is available with USB port (USB cable not included). 

**Overall dimensions ......................  pag. 13/18** 

**Application sheets .......................  pag. 12/30** 

ABB 

**4** /22 

**4** 

## **System Selection tables Accessories S 200, SN 201, pro** _**M**_ **compact[®] Busbars and accessories for MCBs S 200, F 200, DS 200 SN 201, RCDs F 200 and DS 200 series and other series** 

**==> picture [49 x 195] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 1/2 - PS 1/12<br>PS 3/6 - PS 3/12<br>SK 0027 B 99<br>SK 0028 B 99<br>**----- End of picture text -----**<br>


No. of Phases mm[2] **Order Bbn** Price Price Cu-No. Weight Pack pins **details 4016779** 1 piece group 1 piece unit **Type code** Order code **EAN** kg kg pc. 

## **Pre-assembled busbars (not to be cut)** 

1-phase busbars, pin distance 17.6 mm, end caps PS-END 0 

|2|1|1<br>10|**PS1/2**|2CDL 210 001 R1002**463003**|0.01|0.01|180|
|---|---|---|---|---|---|---|---|
|3|1|1<br>10|**PS1/3**|2CDL 210 001 R1003**514651**|0.03|0.03|120|
|4|1|1<br>10|**PS1/4**|2CDL 210 001 R1004**648233**|0.03|0.03|100|
|6|1|1<br>10|**PS1/6**|2CDL 210 001 R1006**463102**|0.03|0.03|60|
|9<br>12<br>12|1<br>1<br>1|1<br>10<br>1<br>10<br>1<br>10|**PS1/9**<br>**PS1/12**<br>**PS1/12A**➁|2CDL 210 001 R1009**463201**<br>2CDL 210 001 R1012**463300**<br>2CDL 210 010 R1012**682985**|0.04<br>0.05<br>0.05|0.04<br>0.05<br>0.05|30<br>30<br>30|
|3-phase busbars, pin distance 17.6 mm||3-phase busbars, pin distance 17.6 mm|3-phase busbars, pin distance 17.6 mm|3-phase busbars, pin distance 17.6 mm||||
|6|3|3<br>10|**PS3/6**|2CDL 231 001 R1006**463409**|0.04|0.04|60|
|9|3|3<br>10|**PS3/9**|2CDL 231 001 R1009**463508**|0.07|0.07|30|
|12|3|3<br>10|**PS3/12**|2CDL 231 001 R1012**463607**|0.10|0.10|30|
|12|3|3<br>10|**PS3/12FI ***|2CDL 231 002 R1012**463706**|0.10|0.09|50|



* phase sequence: L1, L2, L3, free, L2, L3, L1, ... 

## **Busbars suitable for cutting** 

1-phase busbars, pin distance 17.6 mm, end caps PS-END 0 

**==> picture [75 x 71] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS…A<br>break-out of pins<br>2CDC062415F0004<br>**----- End of picture text -----**<br>


|60|1|10|**PS1/60**|2CDL 210 001 R1060**514668**|0.26|0.26  20|
|---|---|---|---|---|---|---|
|60|1|10|**PS1/60A**➁|2CDL 210 010 R1060**682992**|0.26|0.28  50|
|60|1|16|**PS1/60/16**|2CDL 210 001 R1660**516655**|0.41|0.41  20|
|60|1|16|**PS1/60/16A**➁|2CDL 210 010 R1660**683005**|0.41|0.39  50|
|5|1|30|**PS1/5/30**➀|2CDL 210 001 R3005**653244**|0.04|0.04 100|
|7<br>10<br>11<br>14<br>15<br>18|1<br>1<br>1<br>1<br>1<br>1|30<br>30<br>30<br>30<br>30<br>30|**PS1/7/30**➀<br>**PS1/10/30**➀<br>**PS1/11/30**➀<br>**PS1/14/30**➀<br>**PS1/15/30**➀<br>**PS1/18/30**➀|2CDL 210 001 R3007**653251**<br>2CDL 210 001 R3010**653268**<br>2CDL 210 001 R3011**653275**<br>2CDL 210 001 R3014**653282**<br>2CDL 210 001 R3015**653299**<br>2CDL 210 001 R3018**653305**|0.06<br>0.09<br>0.09<br>0.120 0.120 50<br>0.130 0.130 50<br>0.150 0.150 50|0.06 100<br>0.09 100<br>0.10 100<br>0.120 0.120 50<br>0.130 0.130 50<br>0.150 0.150 50|
|19|1|30|**PS1/19/30**➀|2CDL 210 001 R3019**653312**|0.160 0.160 50|0.160 0.160 50|
|60|1|30|**PS1/60/30**|2CDL 210 001 R3060**653596**|0.520 0.520 20|0.520 0.520 20|



1-phase busbars, connection of 1-pole devices with auxiliary, end caps PS-END 0 

|38|1|1<br>10|**PS1/38H**|2CDL 210 001 R1038**586139**|0.27|0.27|30|
|---|---|---|---|---|---|---|---|
|38|1|1<br>16|**PS1/38/16H**|2CDL 210 001 R1638**586146**|0.45|0.45|30|
|1-phase busbars, connection of neutral (blue insulation), end caps END 1.1||1-phase busbars, connection of neutral (blue insulation), end caps END 1.1|1-phase busbars, connection of neutral (blue insulation), end caps END 1.1|||||
|28|1|1<br>10|**PS1/28N**|2CDL 210 001 R1028**629546**|0.24|0.14|50|
|28|1|1<br>16|**PS1/28/16N**|2CDL 210 001 R1628**629560**|0.32|0.20|50|
|57|1|1<br>10|**PS1/57NA**➁|2CDL 210 011 R1057**579728**|0.24|0.14|50|
|57|1|1<br>10|**PS1/57N**|2CDL 210 001 R1057**629539**|0.24|0.14|50|
|57|1|1<br>16|**PS1/57/16NA**➁|2CDL 210 011 R1657**579735**|0.32|0.20|50|
|57|1|1<br>16|**PS1/57/16N**|2CDL 210 001 R1657**629553**|0.32|0.20|50|
|1-phase busbars, connection of auxiliaries, end caps END 1.1 except PS 1/57/6||1-phase busbars, connection of auxiliaries, end caps END 1.1 except PS 1/57/6|1-phase busbars, connection of auxiliaries, end caps END 1.1 except PS 1/57/6|||||
|23|1|1<br>6|**PS1/23/6**|2CDL 210 005 R0623**584739**|0.16|0.09|50|
|29|1|1<br>6|**PS1/29/6**|2CDL 210 005 R0629**580823**|0.14|0.10|50|
|38|1|1<br>6|**PS1/38/6**|2CDL 210 005 R0638**580816**|0.14|0.09|50|
|57|1|1<br>6|**PS1/57/6**|2CDL 210 005 R0657**585309**|0.11|0.08|50|



- ➀ inclusive of end caps ➂ use end cap PS-END 3 ➄  removal of installed MCB ➁ pre-cutted pins ➃ use end cap PS-END 3.1 not possible 

**Overall dimensions ......................  pag. 13/18** 

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**4** 

## **System pro** _**M**_ **compact[®]** 

# **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

No. of Phases mm[2] **Order Bbn** Price Price Cu-No. Weight Pack pins **details 4016779** 1 piece group 1 piece unit **Type code** Order code **EAN** kg kg pc. 

1-phase busbars, connection of hand operated neutral S2C-Nt (blue insulation), end caps END 1.1 

38 1 10 **PS1/38 NT** 2CDL 210 002 R1038 **655361** 0.410 10 

## 2-phase busbars, pin distance 17.6 mm, end caps PS-END 

|12|2|10|**PS2/12**➀|2CDL 220 001 R1012**556521**|0.07|0.08|50|
|---|---|---|---|---|---|---|---|
|12|2|10|**PS2/12A**➀➁|2CDL 220 010 R1012**584616**|0.07|0.08|50|
|12|2|16|**PS2/12/16**|2CDL 220 001 R1612**646918**|0.11|0.09|50|
|58|2|10|**PS2/58**|2CDL 220 001 R1058**556552**|0.32|0.36|10|
|58|2|16|**PS2/58/16**|2CDL 220 001 R1658**556569**|0.55|0.49|10|
|58|2|16|**PS2/58/16A**➁|2CDL 220 010 R1658**584746**|0.55|0.49|10|
|58|2|30|**PS2/58/30** ➂➄|2CDL 220 010 R3058**654272**|1.81|1.81|10|
|Note:|PS...A|is a busbar|with removable pin|||||



## 2-phase busbars, connection of 2-pole devices with auxiliary, end caps PS-END 

|48<br>48<br>48|2<br>10<br>**PS2/48H**<br>2CDL 220 001 R1048**556538**<br>0.47<br>0.35<br>10|
|---|---|
||2<br>16<br>**PS2/48/16H**<br>2CDL 220 001 R1648**556545**<br>0.68<br>0.48<br>10|
||2<br>16<br>**PS2/48/16HA**➁<br>2CDL 220 012 R1648**584630**<br>0.68<br>0.48<br>10|



## 3-phase busbars, pin distance 17.6 mm, end caps PS-END 

|11<br>12<br>12<br>12<br>60<br>60<br>60<br>60<br>60|3<br>10<br>**PS3/11** ➀<br>2CDL 230 001 R1011**649926**<br>0.10<br>0.08<br>50|
|---|---|
||3<br>10<br>**PS3/12**➀<br>2CDL 230 001 R1012**576116**<br>0.09<br>0.09<br>50|
||3<br>10<br>**PS3/12A**➀➁<br>2CDL 230 010 R1012**584647**<br>0.09<br>0.09<br>50|
||3<br>16<br>**PS3/12/16**➀<br>2CDL 230 001 R1612**562805**<br>0.16<br>0.12<br>50|
||3<br>10<br>**PS3/60**<br>2CDL 230 001 R1060**514699**<br>0.51<br>0.47<br>10|
||3<br>10<br>**PS3/60A**➁<br>2CDL 230 010 R1060**563758**<br>0.51<br>0.47<br>10|
||3<br>16<br>**PS3/60/16**<br>2CDL 230 001 R1660**514705**<br>0.76<br>0.65<br>10|
||3<br>16<br>**PS3/60/16A**➁<br>2CDL 230 010 R1660**563765**<br>0.76<br>0.65<br>10|
||3<br>30<br>**PS3/60/30** ➂➄<br>2CDL 230 001 R3060**654289**<br>2.65<br>2.65<br>10|



## 3-phase busbars, connection of 1-pole devices with auxiliary, end caps PS-END 

|39|3|<br>10|**PS3/39H**|2CDL 230 001 R1039**556590**|0.51|<br>0.43|10|
|---|---|---|---|---|---|---|---|
|39|3|<br>16|**PS3/39/16H**|2CDL 230 001 R1639**556606**|0.76|<br>0.60|10|
|3-phase||busbars,|connection of 2-pole devices (Phase+N) with auxiliary, end caps PS-END|||||
|24|3|<br>10|**PS3/24H**|2CDL 230 001 R1024**556576**|0.80|<br>0.41|10|
|3-phase busbars, connection of 2-pole||||devices (Phase+Phase) with auxiliary, end||caps PS-END||
|46|3|<br>16|**PS3/46/16H-IT**|2CDL 230 001 R1646**662109**|0.98|<br>0.98|10|



## 3-phase busbars, connection of 3-pole devices with auxiliary, end caps PS-END 

|48<br>3|10|**PS3/48H**<br>2CDL 230 001 R1048**556613**|0.51|0.43|10|
|---|---|---|---|---|---|
|48<br>3|16|**PS3/48/16H**<br>2CDL 230 001 R1648**556644**|0.76|0.60|10|
|48<br>3|16|**PS3/48/16HA**➁<br>2CDL 230 012 R1648**584654**|0.76|0.60|10|
|3-phase busbars,||connection of 1+N or RCBOs, end caps PS-END||||
|30<br>3|10|**PS3/30**<br>2CDL 230 001 R1030**556583**|0.50|0.42|10|
|➀inclusive of end|caps|➂use end cap PS-END 3|➄removal of installed|MCB||
|➁pre-cutted pins||➃use end cap PS-END 3.1|not possible|||



**Overall dimensions ......................  pag. 13/18** 

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**System pro** _**M**_ **compact[®]** 

**4** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

No. of Phases mm[2] **Order Bbn** Price Price Cu-No. Weight Pack pins **details 4016779** 1 piece group 1 piece unit **Type code** Order code **EAN** kg kg pc. 

## 3-phase busbars, N of the RCD omitted, end caps PS-END 

|9<br>10<br>12<br>57|3<br>10<br>**PS3/9FI**➀<br>2CDL 230 002 R1009**517515**<br>0.10<br>0.06<br>50|
|---|---|
||3<br>10<br>**PS3/10FI**➀<br>2CDL 230 002 R1010**517522**<br>0.10<br>0.07<br>50|
||3<br>10<br>**PS3/12FI**➀<br>2CDL 230 002 R1012**571074**<br>0.11<br>0.09<br>50|
||3<br>10<br>**PS3/57FI**<br>2CDL 230 002 R1057**556651**<br>0.55<br>0.46<br>10|



## 3-phase busbars, N of the RCD omitted, with auxilary at RCD end caps PS-END 

|12<br>3<br>10<br>**PS3/12FIH**➀<br>2CDL 230 003 R1012**571081**<br>0.11<br>0.09<br>50<br>4-phase busbars, pin distance 17.6 mm, end caps PS-END 1|3<br>10<br>**PS3/12FIH**➀<br>2CDL 230 003 R1012**571081**<br>0.11<br>0.09<br>50|
|---|---|
|12<br>12<br>12<br>60<br>60<br>60<br>60|4<br>10<br>**PS4/12**➀<br>2CDL 240 101 R1012**656054**<br>0.12<br>0.11<br>30|
||4<br>10<br>**PS4/12A**➀➁<br>2CDL 240 110 R1012**656061**<br>0.12<br>0.11<br>30|
||4<br>16<br>**PS4/12/16**➀<br>2CDL 240 101 R1612**656078**<br>0.24<br>0.16<br>30|
||4<br>10<br>**PS4/60**<br>2CDL 240 101 R1060**656085**<br>0.80<br>0.64<br>10|
||4<br>16<br>**PS4/60/16**<br>2CDL 240 101 R1660**656092**<br>1.21<br>0.89<br>10|
||4<br>16<br>**PS4/60/16A**➁<br>2CDL 240 110 R1660**656108**<br>1.21<br>0.89<br>10|
||4<br>30<br>**PS4/60/30** ➃➄<br>2CDL 240 001 R3060**654296**<br>3.37<br>3.37<br>10|



Note: PS...A is a busbar with removable pin 

## 4-phase busbars, connection of 4-pole devices with auxiliary, end caps PS-END 1 

|52<br>4<br>16<br>**PS4/52/16H**<br>2CDL 240 101 R1652**656115**<br>1.30<br>0.78<br>10<br>52<br>4<br>16<br>**PS4/52/16HA**➁<br>2CDL 240 212 R1652**656122**<br>1.30<br>0.78<br>10<br>4-phase busbars, connection of 1+N or RCBOs, end caps PS-END 1|4<br>16<br>**PS4/52/16H**<br>2CDL 240 101 R1652**656115**<br>1.30<br>0.78<br>10|
|---|---|
||4<br>16<br>**PS4/52/16HA**➁<br>2CDL 240 212 R1652**656122**<br>1.30<br>0.78<br>10|
|12<br>58<br>58<br>58|4<br>10<br>**PS4/12NA**➀➁<br>2CDL 240 213 R1012**656139**<br>0.14<br>0.10<br>30|
||4<br>10<br>**PS4/58N**<br>2CDL 240 101 R1058**656146**<br>0.80<br>0.59<br>10|
||4<br>16<br>**PS4/58/16N**<br>2CDL 240 101 R1658**656153**<br>1.21<br>0.77<br>10|
||4<br>16<br>**PS4/58/16NA**➁<br>2CDL 240 213 R1658**656221**<br>1.21<br>0.77<br>10|



## 4-phase busbars, connection of 1+N or RCBOs with auxiliary, end caps PS-END 1 

|48<br>4<br>16<br>**PS4/48/16NHA**➁<br>2CDL 240 114 R1648**656160**<br>1.48<br>0.76<br>10<br>4-phase busbars, connection of 4-pole RCD with 1+N , end caps PS-END 1|4<br>16<br>**PS4/48/16NHA**➁<br>2CDL 240 114 R1648**656160**<br>1.48<br>0.76<br>10|
|---|---|
|58<br>58|4<br>10<br>**PS4/58NNA**➁<br>2CDL 240 110 R1058**656177**<br>0.80<br>0.58<br>10|
||4<br>16<br>**PS4/58/16NNA**➁<br>2CDL 240 110 R1658**656184**<br>1.21<br>0.80<br>10|



➀ inclusive of end caps ➁ pre-cutted pins 

➂ use end cap PS-END 3 ➃ use end cap PS-END 3.1 

➄  removal of installed MCB not possible 

**Overall dimensions ......................  pag. 13/18** 

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**4** , 

## **System Selection tables pro** _**M**_ **compact[®]** Busbars and accessories for 

## MCBs S 200 U and S200 UP – UL 489 (Branch Protection) 

No. of Phases mm[2] **Order Bbn** Price Price Cu-No. Weight Pack pins **details 4016779** 1 piece group 1 piece unit **Type code** Order code **EAN** kg kg pc. 

## **Pre-assembled busbars (not to be cut) UL 489** 

1-phase busbars, pin distance 17.6 mm, UL 489 6 1 16 **PS 1/6/16 BP** 2CDL 210 489 R1606 **644969** 0.04 0.05 1 12 1 16 **PS 1/12/16 BP** 2CDL 210 489 R1612 **644976** 0.07 0.11 1 st 18 1 16 **PS 1/18/16 BP** 2CDL 210 489 R1618 **644983** 0.11 0.16 1 **PS2/6/16 BP** 2-phase busbars, pin distance 17.6 mm, UL489 6 2 16 **PS 2/6/16 BP** 2CDL 220 489 R1606 **644990** 0.07 0.06 1 12 2 16 **PS 2/12/16 BP** 2CDL 220 489 R1612 **645003** 0.14 0.13 1 18 2 16 **PS 2/18/16 BP** 2CDL 220 489 R1618 **645010** 0.21 0.20 1 ~~On~~ 3-phase busbars. pin distance 17.6 mm. UL 489 6 3 16 **PS 3/6/16 BP** 2CDL 230 489 R1606 **645027** 0.11 0.07 1 12 3 16 **PS 3/12/16 BP** 2CDL 230 489 R1612 **645034** 0.22 0.15 1 18 3 16 **PS 3/18/16 BP** 2CDL 230 489 R1618 **645041** 0.33 0.24 1 **Shock-protection caps for PS...BP (UL 489)** 3 parts **BSK BP** 2CDL 200 489 R0001 **656368** 0.001 10 **BSK BP** Conn. **Order Bbn** Price Price Cu-No. Weight Pack capacity **details 4016779** 1 piece group 1 piece unit mm[2] **Type code** Order code **EAN** kg kg pc. **Feeder Terminals for PS...BP (UL 489)** Terminal, insulated with pin contact 35 **AST 35/15 BP** 2CDL 201 489 R3515 **710350** 0.035 0.035 25 **AST35/15BP** Feeder Terminal single-pole terminal, can be mounted side by side, feed on the pin of the busbar 50 **SZ-ESK BP** 2CDL 201 489 R5001 **710367** 0.038 50 **SZ-ESK BP** 

➀ inclusive of end caps ➂ use end cap PS-END 3 ➄  removal of installed MCB ➁ pre-cutted pins ➃ use end cap PS-END 3.1 not possible 

**==> picture [299 x 94] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|Technical features|
|Feeder terminals SZ-ESK BP / AST 35/15 BP|
|Max. operating voltage|480 VAC|
|Max. current|115 A|[1)]|
|Protection degree|IP 20|
|Wire range|SZ-ESK PB|35 mm|[2]|finely stranded with ferrule|
|50 mm|[2]|solid/stranded|
|AST 35/15 BP|25 mm|[2]|finely stranded with ferrule|
|35 mm|[2]|solid/stranded|

**----- End of picture text -----**<br>


1)  regardless of the rated current of the feeder terminal the maximum current rating of the device terminal may not be exceeded 

**Overall dimensions ......................  pag. 13/18** DO 

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## **System Selection tables pro** _**M**_ **compact[®]** Busbars and accessories for 

## MCBs S 200 and S200 P – UL 1077 (Supplementary Protection) 

Al a **BSK SP** h ef **AST 35/15 SP** 3. **SZ-ESK SP** 

|No. of<br>Phases<br>mm2<br>**Order**|**Bbn**|Price|Price|Cu-No. Weight Pack|Cu-No. Weight Pack|Cu-No. Weight Pack|
|---|---|---|---|---|---|---|
|pins<br>**details**|**4016779**|1 piece group|||1 piece unit|1 piece unit|
|**Type code**<br>Order code|**EAN**|||kg|kg|pc.|
|**Busbars (suitable for cutting) UL 1077**|||||||
|1-phase busbars, pin distance 17.6 mm, end caps PS-END 0|||||||
|60<br>1<br>10<br>**PS 1/60 SP**<br>2CDL 210 111 R1060|**830409**|||0.26|0.26<br>0.26|20|
|60<br>1<br>16<br>**PS 1/60/16 SP**<br>2CDL 210 111 R1660|**830423**|||0.41|0.41<br>0.41|20|
|1-phase busbars, connection of 1-pole devices with auxiliary, PS-END 0|||||||
|38<br>1<br>10<br>**PS 1/38H SP**<br>2CDL 210 111 R1038|**830430**|||0.27|0.27<br>0.27|30|
|38<br>1<br>16<br>**PS 1/38/16H SP**<br>2CDL 210 111 R1638|**830447**|||0.45|0.45<br>0.45|30|
|2-phase busbars, pin distance 17.6 mm, end caps PS-END SP|||||||
|58<br>2<br>10<br>**PS 2/58 SP**<br>2CDL 220 111 R1058|**646413**|||0.42|0.42|10|
|58<br>2<br>16<br>**PS 2/58/16 SP**<br>2CDL 220 111 R1658|**646420**|||0.69|0.69|10|
|2-phase busbars, connection of 2-pole devices with auxiliary, end caps PS-END SP|||||||
|48<br>2<br>16<br>**PS 2/48/16 SP**<br>2CDL 220 112 R1648|**646437**|||0.68|0.68|10|
|3-phase busbars, pin distance 17.6 mm, end caps PS-END SP|||||||
|60<br>3<br>10<br>**PS 3/60 SP**<br>2CDL 230 111 R1060|**646444**|||0.68|0.68|10|
|60<br>3<br>16<br>**PS 3/60/16 SP**<br>2CDL 230 111 R1660|**646451**|||1.02|1.02|10|
|3-phase busbars, connection of 3-pole devices with auxiliary, end caps PS-END SP|||||||
|48<br>3<br>16<br>**PS 3/48/16 SP**<br>2CDL 230 112 R1648|**646468**|||1.16|1.16|10|
|4-phase busbars, pin distance 17.6 mm, PS-END 1 SP|||||||
|60<br>4<br>16<br>**PS 4/60/16 SP**<br>2CDL 240 311 R1660|**656191**|||1.97|1.97|10|
|4-phase busbars, connection of 4-pole devices with auxiliary, end caps PS-END 1 SP|||||||
|52<br>4<br>16<br>**PS 4/52/16H SP**<br>2CDL 240 312 R1652|**656207**|||1.90|1.90|10|
|4-phase busbars, connection of 1+N and RCBO, end caps PS-END 1 SP<br>58<br>4<br>16<br>**PS4/58/16N SP**<br>2CDL 240 313 R1658**656214**<br>**Shock-protection caps for PS...SP (UL 1077)**<br>5parts<br>**BSK SP**<br>2CDL 200 111 R0001**710398**||||1.86|1.86<br>0.001<br>100|10<br>100|
||||||||
|Conn.<br>**Order**<br>capacity<br>**details**<br>mm2<br>**Type code**<br>Order code<br>**Feeder Terminals for PS...SP (UL 1077)**<br>Terminal, insulated with pin contact<br>35<br>**AST 35/15 SP**<br>2CDL 200 111 R0001|**Bbn**<br>**4016779**<br>**EAN**<br>**710398**|Price<br>Price<br>1 piece group||Cu-No. Weight Pack<br>1 piece unit<br>kg<br>kg<br>0.038 0.025 25||Cu-No. Weight Pack<br>1 piece unit<br>pc.<br>0.038 0.025 25|



## Feeder Terminal 

single-pole terminal, can be mounted side by side, feed on the pin of the busbar 

|50<br>**SZ-ESK SP**<br>2CDL 200 489 R5001<br>**Technical features**<br>**Feeder terminals SZ-ESK SP / AST 35/15 SP**<br>Max. operating voltage<br>Max. current<br>Protection degree<br>Wire range<br>SZ-ESK SP<br>AST 35/15 SP|2CDL 200 489 R5001**710381**<br>480 VAC<br>115 A1)<br>IP 20<br>35 mm2finely stranded with ferrule<br>50 mm2solid/stranded<br>25 mm2finely stranded with ferrule<br>35 mm2solid/stranded|0.038 0.032 50|
|---|---|---|



1)  regardless of the rated current of the feeder terminal the maximum current rating of the device terminal may not be exceeded 

**Overall dimensions ......................  pag. 13/18** | 

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**4** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

|No. of|Phases|mm2|**Order**||**Bbn**|Price|Price|Cu-No.|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|pins|||**details**||**4016779**|1 piece|group||1 piece|unit|
||||**Type code**|Order code|**EAN**|||kg|kg|pc.|



## **Busbars (suitable for cutting) for DDA 200 and DS 200 – bottom mounting (RCD)** 

3-phase busbars, connection of DDA 202 and DS 202, end caps PSB-END 3 (phase sequence L1-L2-free-free-L3-L1.....without N) 

|30<br>30|3<br>10<br>**PS 3/30-DDA 202**<br>2CDL 230 202 R1030**647472**<br>0.97<br>0.41<br>10|
|---|---|
||3<br>16<br>**PS 3/30/16-DDA 202 **2CDL 230 202 R1630**647502**<br>1.46<br>0.55<br>10|



3-phase busbars, connection of DDA 202 and  DS 202 with auxiliary, end caps PSB-END 3 (phase sequence L1-L2-aux.(free)-free-free-L3-L1-aux.(free).....without N) 

26 3 16 **PS 3/26/16H-DDA 202** 2CDL 230 202 R1626 **648912** 

4-phase busbars, connection of DDA 204 63 A and DS 204 50 A and 63 A, end caps PSB-END 4 (phase sequence L1-L2-L3-N-free-free-free-free-L1.....) 

|32<br>32|4<br>10<br>**PS 4/32-DDA 204**<br>2CDL 240 204 R1032**647458**<br>1.41<br>0.56<br>10|
|---|---|
||4<br>16<br>**PS 4/32/16-DDA 204 **2CDL 240 204 R1632**647465**<br>2.12<br>0.77<br>10|



**Overall dimensions ......................  pag. 13/18** 

ABB 

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**System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

No. of Phases mm[2] **Order Bbn** Price Price Cu-No. Weight Pack pins **details 4016779** 1 piece group 1 piece unit **Type code** Order code **EAN** kg kg pc. 

## **Busbars (suitable for cutting) for DDA 200 and DS 200 – top side mounting (MCB)** 

2-phase busbars, connection of DDA 202 and DS 202, end caps PSB-END 3 (phase sequence L1-L2/N-free-free-.....) 30 2 16 **PS 2/30/16N-DDA 202T** 2CDL 020 202 R1630 **697675** 0.512 10 

3-phase busbars, connection of DDA 202 and DS 202, end caps PSB-END 3 (phase sequence L1-L2-free-free-L3-L1.....without N) 

30 3 16 **PS 3/30/16-DDA 202T** 2CDL 033 202 R1630 **652629** 1.25 10 

**4** 

3-phase busbars, connection of DDA 202 and DS 202 with auxiliary, end caps PSB-END 3 (phase sequence L1-L2-aux.(free)-free-free-L3-L1-aux.(free).....without N) 

|28<br>3<br>16<br>**PS 3/28/16H-DDA 202T **2CDL 034 202 R1628**652636**|1.31|10|
|---|---|---|
|4-phase busbars, connection of DDA 202 and DS 202, end caps PSB-END 4|||
|(phase sequence L1-N-free-free-L2-N...)|||
|30<br>4<br>16<br>**PS 4/30/16N-DDA 202T **2CDL 040 202 R1630**652852**|1.67|10|
|4-phase busbars, connection of DDA 202 and DS 202 with auxiliary, end caps|PSB-END 4||
|(phase sequence L1-N-aux.(free)-free-free-L2-N-aux.(free)...)|||
|30<br>4<br>16<br>**PS 4/30/16NH-DDA 202T **2CDL 041 202 R1630**652599**|1.72|10|
|4-phase busbars, connection of DDA 204 25 A and 40 A and DS 204 up to 40 A,|||
|end caps PSB-END 4|||
|(phase sequence L1-L2-L3-N-free-free-L1.....)|||
|40<br>4<br>16<br>**PS 4/40/16-DDA 204T **2CDL 040 204 R1640**652605**|1.79|10|



4-phase busbars, connection of DDA 204 25 A and 40 A and DS 204 up to 40 A with auxiliary, end caps PSB-END 4 

(phase sequence L1-L2-L3-N-aux.(free)-free-free-free-free-L1) 

36 4 16 **PS 4/36/16H-DDA 204T** 2CDL 041 204 R1636 **652612** 1.73 10 

**Overall dimensions ......................  pag. 13/18** 

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**4** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

||2CSC400099F0201||Conn.<br>capacity<br>mm2<br>**End caps**|Module<br>capacity<br>**End caps**|Phases|**Order**<br>**details**<br>**Type code**|**Bbn**<br>**4016779**<br>Order code<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||**END 1.1**|2CDL 200 011 R0011**638913**|||0.001|50|
|**END 1.1**||||||**PS-END 0**|2CDL 200 001 R0004**652261**|||0.001|50|
|||||||**PS-END**|2CDL 200 001 R0001**514729**|||0.001|50|
|||||||**PS-END 1**|2CDL 200 001 R0002**570114**|||0.001|50|
|F|2CSC400101F0201<br>||**PS-END SP**<br>2CDL 200 110 R0001**646505**<br>0.001<br>50<br>**PS-END 1 SP**<br>2CDL 200 110 R0002**646512**<br>0.001<br>50<br>**PS-END 3**<br>2CDL 200 001 R3001**654302**<br>0.001<br>50<br>**PS-END 3.1**<br>2CDL 200 001 R3002**654319**<br>0.001<br>50<br>**PSB-END 3**<br>GHV0 361 325 R0001**556304** ➀<br>0.001<br>50<br> OO|||||||||
|||||||**PSB-END 4**|GHV0 361 325 R0002**556403** ➀|||0.001|50|
||||➀**bbn-No. 4012233**|||||||||
|**PS-END 0**||||||||||||
||2CSC400098F0201|||||||||||
|**PS-END**||||||||||||



**Overall dimensions ......................  pag. 13/18** | 

ABB 

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**4** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**==> picture [35 x 23] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 1/…<br>PS 1/.../16<br>PS 1/.../30<br>**----- End of picture text -----**<br>


**==> picture [241 x 628] intentionally omitted <==**

**----- Start of picture text -----**<br>
| lelelelstelel|<br>HL, Bonanno<br>PS 3/…<br>(2CDL 231 …)<br>Aes a)<br>PS 3/39 H<br>PS 3/39/16 H<br>Bocce<br>th Ges<br>PS 1/38 H<br>PS 1/38/16 H E-E-B-E-§<br>A [eHeWe Hold}<br>PS 1/38 NT<br>PS 1/23/6<br>BG ;<br> -BG-0-9<br>4 tebele hte lobed |<br>2CDC062166F0003<br>2CDC062021F0004<br>s0061z02<br>2CDC062526F0003<br>2CDC062148F0008<br>2CDC062019F0004<br>**----- End of picture text -----**<br>


**==> picture [237 x 672] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 1/29/6<br>O-o--oe<br>t [ebblebblobet<br>2 ae<br>PS 1/38/6<br>a<br>PS 1/57/6 H<br>(integrierter<br>Hilfskontakt)<br>d [slefetatete<br>hebene<br>PS 2/12<br>PS 2/58<br>‘<br>PS 2/58/16<br>PS 2/12 A<br>PS 2/58/16 A<br>PS 2/58 SP<br>PS 2/58/16 SP<br>=H.<br>PS 2/48 H<br>PS 2/48/16 H<br>PS 2/48/16 HA OG-GEl-o<br>PS 2/48/16 SP<br>PS 3/46/16 H-IT fefe p fefe R fefe f yey<br>set ele le el<br>2CDC062389F0003<br>2CDC062390F0003<br>2CDC062527F0003<br>2CSC400010F0202<br>s0059z02<br>2CDC062092F0007<br>**----- End of picture text -----**<br>


ABB 

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**4** , 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**==> picture [238 x 97] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/12<br>PS 3/12 A<br>PS 3/12/16 EEREEEF<br>PS 3/60<br>PS 3/60/16<br>PS 3/60/30<br>PS 3/60 A<br>PS 3/60/16 A<br>1 elefolslelel}<br>PS 3/60 SP<br>PS 3/60/16 SP<br>fi Ct,<br>s0060z02<br>**----- End of picture text -----**<br>


**==> picture [48 x 30] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/48 H<br>PS 3/48/16 H<br>PS 3/48/16 HA<br>PS 3/48/16 SP<br>**----- End of picture text -----**<br>


**==> picture [238 x 492] intentionally omitted <==**

**----- Start of picture text -----**<br>
ir oe,<br>PS 3/12 E 463<br>lemie@ aaa] e| a<br>PS 4/12<br>PS 4/12/16<br>PS 4/60<br>ef fofofe (eter<br>PS 4/60/16<br>PS 4/12 A<br>pliable<br>PS 4/60/16 A<br>PS 4/60/16 SP<br>Woccccach<br>PS 4/52/16 H<br>PS 4/52/16 HA<br>PS 4/52/16 SP<br>{e[alagfetel |<br>i pelea<br>[elsisleWelel |<br>PS 4/12 NA<br>PS 4/58 N<br>PS 4/58/16 NPS 4/58/16 NA [e[aleyes]ay |<br>PS 4/58/16 N SP<br>4 [efelefelelal |<br>s0062z02<br>s0023z01<br>s0063z02<br>s0056z02<br>SK0065Z02<br>**----- End of picture text -----**<br>


**==> picture [56 x 131] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 4/48/16 NH A<br>PS 4/58/ NN A<br>PS 4/58/16 NN A<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC062530F0003<br>**----- End of picture text -----**<br>


**==> picture [238 x 111] intentionally omitted <==**

**----- Start of picture text -----**<br>
Example for<br>overlap<br>|_ — ;<br>s0250z02<br>**----- End of picture text -----**<br>


ABB 

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**4** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**==> picture [250 x 166] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/30-DDA 202<br>PS 3/30/16-DDA 202 DS 202 + DS 202 + (DDA 202 + S 202) + (DDA 202 + S 202) ...<br>PS 3/26/16H-DDA 202<br>DS 202 + S2C-S/H6R + DS 202 + S2C-S/H6R + DDA 202<br>+ S 202 + S2C-S/H6R + DDA 202 + S 202 + S2C-S/H6R ...<br>**----- End of picture text -----**<br>


**==> picture [223 x 92] intentionally omitted <==**

## **PS 4/32-DDA 204   PS 4/32/16-DDA 204** 

**==> picture [132 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS 204 (50/63 A) + (DDA 204 (63 A) + S 204) ...<br>**----- End of picture text -----**<br>


**==> picture [234 x 92] intentionally omitted <==**

**==> picture [249 x 273] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 2/30/16N-DDA 202T<br>DS 202 + DS 202 + (DDA 202 + S 202) ...<br>PS 4/30/16N-DDA 202 T<br>DS 202 + DS 202 + (DDA 202 + S 202) ...<br>**----- End of picture text -----**<br>


## **PS 4/30/16NH-DDA 202 T** 

**DS 202 + S2C-S/H6R + DS 202 + S2C-S/H6R + (DDA 202 + S 202) + S2C-S/H6R + (DDA 202 + S 202) + S2C-S/H6R ...** 

**==> picture [220 x 86] intentionally omitted <==**

## **PS 3/30/16-DDA 202 T** 

**==> picture [158 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS 202 + DS 202 + DA 202 + S 202 + DDA 202 + S 202 ...<br>**----- End of picture text -----**<br>


**==> picture [208 x 86] intentionally omitted <==**

**==> picture [82 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/28/16 H-DDA 202 T<br>**----- End of picture text -----**<br>


**==> picture [163 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS 202 + S2C-S/H6R + (DDA 202 + S 202) + S2C-S/H6R ...<br>**----- End of picture text -----**<br>


**==> picture [220 x 86] intentionally omitted <==**

## **PS 4/40/16-DDA 204 T** 

**DS 204 (** � **40 A) + DS 204 (** � **40 A) + DDA 204 (** � **40 A) + S 204 +  DDA 204 (** � **40 A) + S 204 ...** 

**==> picture [192 x 87] intentionally omitted <==**

**PS 4/36/16 H-DDA 204 T DS 204 (** � **40 A) + S2C-S/H6R + DS 204 (** � **40 A) + S2C-S/H6R + DDA 204 (** � **40 A) + S 204 +  S2C-S/H6R + DDA 204 (** � **40 A) + S 204 + S2C-S/H6R** 

**==> picture [228 x 78] intentionally omitted <==**

ABB 

**4** /33 

**4** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200, SN 201,** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**==> picture [236 x 673] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 4/12 NA<br>PS 4/58 N<br>PS 4/58/16 N e ole e]@ a<br>PS 4/58/16 NA<br>:F EE ee<br>ae eee<br>PS 4748/16 NH A F 202 + S2C-S/H6R + F 202 + S<br>= age ays eye op<br>t EselGeallaee ml<br>1 [pale<br>ale obs ao<br>PS 3/12 FI F 204 + S 200 + S 200 + …<br>(2CDL 230 …)<br>PS 3/9 FI BSGGEGIE<br>PS 3/10 FI I<br>PS 3/57 FI<br>t — ee<br>| [eweeselelelele]ee  |<br>———a<br>PS 3/12 FI H F 204 + S2C-S/H6R + S 200 + S 200 …<br>ees epee] |<br>es1 se ee<br>[ee @ efelelel)<br>PPL? la o4 Tt ow? L= bi<br>PS 4/58 NN A F 204 + F 202 + F 202 + …<br>PS 4/58/16 NN A Ee Gi Gd Gale aed<br>Serre<br>FA jaaSS= ape oeee ole ole of<br>PS 1/3 F 202 + S 201 + S 201 + …<br>PS 1/6<br>PS 1/9<br>PS 1/60 S3PPPPEYo]<br>PS 1/60/16 [F202 |fs2019's201]S201]'s2019'S201}[| 7 fT Y<br>eeleeelg<br>i.<br>L ee a<br>[eclolelelete<br>l<br>2CDC062443F0004<br>2CDC062440F0004<br>s0058z02<br>s0139z02<br>2CDC062442F0004<br>2CDC062141F0008<br>**----- End of picture text -----**<br>


**==> picture [240 x 673] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 2/12  F 202 + F 202 + …<br>PS 2/12/16<br>PS 2/58  fe ale oe ©)<br>PS 2/58/16<br>PS 2/12 A<br>PS 2758/16 A tt [eEEeleeeoleee©,<br>har a:<br>PS 2/48 H F 202 + S2C-S/H6R + F 202 + …<br>PS 2/48/16 H<br>PS 2/48/16 HA<br>eee|| oble| Frof||<br>F eeFire!eee<br>4 [ep oho [oho] ob<br>."' La Li la L' owt<br>PS 4/12 F 204 + F 204 + …<br>PS 4/12/16<br>PS 4/60<br>PS 4/60/16<br>PS 4/12 A<br>PS 4/60/16 A<br>- ee<br>|<br>PS 4/52/16 H F 204 + S2C-S/H6R + …<br>PS 4/52/16 HA eee eyes Sep<br>Se a<br>¢ [eeeone » ¢ ale<br>PS 3/11 F 204 (N links) + S 200 + S 200 …<br>PS 3/12 .<br>PS 3/12 A<br>PS 3/12/16<br>PS 3/60 = fal at |<br>PS 3/60/16 ete!<br>PS 3/60 A eeee ee<br>PS 3/60/16 A<br>ef Se © alelelal:<br>Lifts La §1 bo Lil<br>Beispiel für ta 1 x F 204 + 20 x S 201<br>Überlappungen ae ed BES<br>1 a]ne geee ee ee<br>£ a" [Beer]<br>|,<br>9 eee els] Talelele sie<br>.<br>—<br>:<br>2CDC062437F0004<br>2CDC062438F0004<br>s0064z02<br>2CDC062441F0004<br>2CDC062439F0004<br>s0251z02<br>**----- End of picture text -----**<br>


ABB 

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**4** 

## **System Selection tables Accessories S 200, SN 201, pro** _**M**_ **compact[®]** Busbars and accessories for MCBs S 200, **F 200, DS 200** SN 201, RCDs F 200 and DS 200 series **and other series** 

**==> picture [251 x 455] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 2/12 DS 201  DS 201 …<br>PS 2/12 A DS 202 C DC 202 C …<br>PS 2/58<br>PS 2/58/16<br>PS 2/58/16 A<br>PS 4/12 NA DS 201  DS 201  …<br>PS 4/58 N DS 202 C DC 202 C …<br>PS 4/58/16 N<br>PS 4/58/16 NA<br>PS 1/12 A S 201  S 201  S 201  DS 201       …<br>PS 1/60 A                                  DS 202 C   …<br>PS 1/60/16 A<br>2CDC062054F0009<br>2CDC062056F0009<br>2CDC062052F0009<br>**----- End of picture text -----**<br>


**==> picture [250 x 607] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 2/48 H DS201 + S2C-S/H6R + DS201 ...<br>PS 2/48/16 H DS202C + S2C-S/H6R + DS202C ...<br>PS 2/48/16 HA<br>PS 2/48 H DS 201 + S2C-S/H6R + DS 201…<br>PS 2/48/16 H DS 202 + S2C-S/H6R + DS 202 C…<br>PS 2/48/16 HA<br>PS 4/48 NHA DS 201 + S2C-S/H6R + DS 201 …<br>PS 4/48/16 NHA DS 202 + S2C-S/H6R + DS 202 …<br>PS 3/12 A S 201  S 201  S 201  DS 201     DS 201<br>PS 3/60 A                                  DS 202 C DS 202 C<br>PS 3/60/16 A<br>2CDC062053F0009<br>2CDC062052F0009<br>2CDC062057F0009<br>2CDC062055F0009<br>**----- End of picture text -----**<br>


ABB 

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**System pro** _**M**_ **compact[®]** 

**Selection tables Accessories S 200,** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

**4** 

## **Rail connectors** 

**==> picture [108 x 230] intentionally omitted <==**

**----- Start of picture text -----**<br>
a ee<br>ety 4 eo<br>RV 3<br>- i . 1<br>RV 4<br>SZ-BSK<br>Co,652°ou<br>BSK<br>SK 0120 Z 01<br>SK 0121 Z 01<br>2CSC400450F0201<br>2CSC400096F0201<br>**----- End of picture text -----**<br>


For wiring of component rails in the consumer unit, rail-to-rail clearance 125 mm. In the case of the 4-pole connector, the color of the N conductor is blue. 

|10<br>10|3-pole<br>4-pole|**RV 3**<br>**RV 4**|**RV 3**<br>**RV 4**|GH V036 0504 R0023<br>GH V036 0504 R0024|GH V036 0504 R0023<br>GH V036 0504 R0024|GH V036 0504 R0023<br>GH V036 0504 R0024|**512381**<br>**512244**|0.080<br>0.114|25<br>25|
|---|---|---|---|---|---|---|---|---|---|



## **Auxiliary contact bridge for bottom-fitting auxiliary contacts** 

Wire jumper for integrated auxiliary contact (MCB S200 H or auxiliary contacts S2C-H01/S2C-H10) for series connections (HKB) or parallel connections (HKB1). 

|1/2 mod.<br>1 mod.|**HKB**<br>**HKB 1**|GH V036 0504 R0100**523134**<br>GH V036 0504 R0101**524209**|0.001<br>0.001|1000<br>1000|
|---|---|---|---|---|



## **Shock-protection caps for PS...** 

|5 parts<br>**SZ-BSK**<br>2CDL 200 001 R0011**420006**<br>0.003<br>10<br>5 parts<br>**BSK***<br>2CDL 200 001 R0012**649834**<br>0.003<br>10<br>* closed version<br>|—)HWHL—_————|
|---|



## **Shock-protection caps for busbars** 

PS...BP - see page 4/26 PS...SP - see page 4/27 

## **Labelling system** 

Package comes with 40 labels, marked or blank. Blank labels can be labeled by hand with an indelible, waterproof pen or using a computerised labelling system (plotter). 

**==> picture [60 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
identification label<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400427F0201<br>**----- End of picture text -----**<br>


||identification labels blank|**BS**|GH S200 1946 R0001**478106**|0.004|30|
|---|---|---|---|---|---|
|identification labels<br>**BS Pikto**<br>GH S200 1946 R0002**478205**<br> <br>0.004<br>30<br>with pictograms<br>identification labels<br>**BS 1/10**<br>GH S200 1946 R0003**478304**<br> <br>0.004<br>30<br>marked 4 x 1 – 10<br>identification labels<br>**BS 1/20**<br>GH S200 1946 R0004**478403**<br> <br>0.004<br>30<br>marked 2 x 1 – 20<br>identification labels<br>**BS 1/40**<br>GH S200 1946 R0005**478502**<br> <br>0.004<br>30<br>marked 1 – 40<br>identification labels<br>**BS 41 – 80**<br>GH S200 1946 R0006**585910**<br> <br>0.004<br>30<br>~~OO~~<br>Oc||||||
||marked 41 – 80|||||
||identification labels|**BS 81 – 120**|GH S200 1946 R0007**585927**|0.004|30|
||marked 81 – 120|||||
||identification labels|**BS 121/160**|GH S200 1946 R0008**585934**<br>|0.004|30|
||marked 121 – 160|||||



## **Identification system ILS** 

The ILS individual identification sytem for labels is a DIN A5 polyester film for ink jet and laser printers with high temperature resistance. (If laser printers are used, please check whether self-adhesive film with thickness of 250 μm can be fed.) Adhesive coating 3MTM9471 LE has obtained UL approval (file No. MH 11410). There are two types of sheet: uncut for making individual labels or precut with 23 stripes (6 x 191 mm each) for labelling 11 devices (1-module width) per stripe. Word template can be downloaded from www.abb.de/stotz-kontakt. Can also be used as write-on labels (ink, ballpoint pen, pencil, marker). 

**==> picture [97 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
BS 1/10  Sk 0103 Z99<br>**----- End of picture text -----**<br>


|1 sheet DIN A5 uncut|**ILS-L**|2CDL 200 002 R0003|**663076**|0.011|1|
|---|---|---|---|---|---|
|for laser printer||||||
|1 sheet DIN A5 precut<br>in 23 stripes (6 x 191 mm)<br>for laser printer|**ILS-LS**|2CDL 200 002 R0004|**663083**|0.011|1|
|1 sheet DIN A5 uncut<br>for inkjet printer|**ILS-I**|2CDL 200 002 R0005|**663090**|0.011|1|
|1 sheet DIN A5 precut<br>in 23 stripes (6 x 191 mm)<br>for inkjet printer|**IILS-IS**|2CDL 200 002 R0006|**663106**|0.011|1|



**Overall dimensions ......................  pag. 13/18** 

ABB 

**4** /36 

## **System Selection tables Accessories S 200, pro** _**M**_ **compact[®]** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

|Conn.|Terminal  Type of|Terminal  Type of|**Order**||**Bbn**|Cu No. Price|Price|Weight Pack|Weight Pack|
|---|---|---|---|---|---|---|---|---|---|
|capacity|Iug|connection|connection**details**||**4016779**|1 piece group|1 piece group|1 piece unit|1 piece unit|
|mm2|LxW mm||**Type code**|Order code|**EAN**|||kg|pc.|



**==> picture [505 x 622] intentionally omitted <==**

**----- Start of picture text -----**<br>
Ast 25/15 QS Terminals, insulated with pin contact<br>Ast 25/15 Q<br>Ast 25/30 QS<br>Ast 25/30 Q 6-25  15/4  90°  Ast 25/15 QS 2CDL200010R2515  656535 0.012   50<br>Ast 50/15 QS 6-25  15/4  straight  Ast 25/15 S 2CDL200011R2515  656542 0.012   50<br>Ast 50/15 Q<br>6-25  15/6  90°  Ast 25/15 Q 2CDL200000R2515  656474 0.012   50<br>Ast 50/18 Q<br>Ast 50/32 Q 6-25  22/4  90°  Ast 25/22 QS 2CDL200010R2522  669436 0.012   50<br>6-25  30/4  90°  Ast 25/30 QS 2CDL200010R2530  656481 0.012   50<br>6-25  30/6  90°  Ast 25/30 Q 2CDL200000R2530  656498 0.014   50<br>6-50  15/4  90°  Ast 50/15 QS 2CDL200000R5015  656504 0.014   50<br>SZ-Ast 95 gk 6-50  15/4  straight  Ast 50/15 S 2CDL200011R5015  656566 0.014   50<br>6-50  15/7  90°  Ast 50/15 Q 2CDL200010R5015  656559 0.014   50<br>6-50  15/7  straight  Ast 50/15 2CDL200001R5015  656511 0.014   50<br>SZ-Ast 95 5-50  17.5/7  90°  Ast 50/18 Q 2CDL200100R5018  656580 0.019   50<br>6-50  17.5/7  straight  Ast 50/18 2CDL200101R5018  656573 0.019   50<br>6-50  32/6  90°  Ast 50/32 Q 2CDL200000R5032  656528 0.017   50<br>——— 25-95  21/6.5  straight  SZ-Ast 95 gk* GHV0360501R0012       522618        0.06                               0.067    50<br>Ast 25/15 S 25-95  21/6.5  straight  SZ-Ast 95* GHV0360501R0013       522625        0.06                               0.067    50 —<br>Ast 50/15 S<br>Ast 50/15 Abbreviations: Q terminal 90°  *  not for pro  M  compact<br>Ast 50/18 S narrow connection pin<br>Technical features<br>Ast 50/32 Q<br>Connection capacity 6-25 mm [2] 6-50 mm [2] 25-95 mm [2]<br>Max. electrical load 63 A  100 A  225 A<br>Max. operating voltage 600 V AC  600 V AC  690 V AC<br>Max. tightening torque 2 Nm  3 Nm  19 Nm<br>af= _ OOOO<br>SZ-ESK 2 A? Feeder terminals<br>Single-pole terminals can be mounted side by side with multipole terminals.<br>6-35  SZ-ESK 2  2CDL200001R3501  646765  0.024  10<br>SZ-ESK 3<br>6-50  SZ-ESK 3  2CDL200003R5001  652575 0.025  10<br>6-50  SZ-ESK 3 S  2CDL200003R5003  652889 0.024  10<br>sf eee<br>SZ-ESK 3 S<br>Flexible connecting wires<br>with fork-type cable lug (black)<br>Conn.  Length  Order  Bbn Cu No. Price  Price  Weight Pack<br>SZ-DB 121 capacity  details 4012233 1 piece group  1 piece unit<br>mm [2] Type code Order code  EAN kg  pc.<br> 6  125  SZ-DB 121  GH V036 1425 R0001  55650 2  0.006  0.025  1000/50<br>SZ-DB 232 N<br>10  135  SZ-DB 122 N  GH V036 1425 R0031  55670 0  0.010  0.02  500/25<br> 6  260  SZ-DB 231 N  GH V036 1425 R0032  55680 9  0.014  0.02  500/25<br>10  SZ-DB 232 N  GH V036 1425 R0033  55690 8  0.022  0.04  250/25<br>SZ-DB 125 N<br>10  330  SZ-DB 311  GH V036 1425 R0034  55700 4  0.029  0.05  100/25<br>with fork-type cable lug and ultrasonic compacted cable ends (black)<br>7 afeleyelelol<br> 6  125  SZ-DB 123  GH V036 1425 R0006  55660 1  0.007  0.01  1000/50<br>10  135  SZ-DB 124 N  GH V036 1425 R0035  55710 3  0.012  0.02  500/25<br>[|]  6  260  SZ-DB 235  GH V036 1425 R0036  55720 2  0.014  0.02  500/25<br>10  SZ-DB 236  GH V036 1425 R0037  55730 1  0.024  0.04  250/25<br>‘4 [Jaen] 1 ey:<br>example 1 Advantages:<br>wiring of devices consisting of<br>modules with different lengths with   - smaller dimensions for the same cross-section (more space in terminal)<br>SZ-DB 125 N or 312<br>S0068Z94<br>S0118Z01<br>2CDC062220F0005<br>s0187z02<br>S0133b99<br>2CDC062244F0005<br>2CDC062245F0005<br>2CSC400038F0201<br>**----- End of picture text -----**<br>


|6-25|15/4|90°|**Ast 25/15 QS**|2CDL200010R2515|**656535**|0.012<br>50|
|---|---|---|---|---|---|---|
|6-25<br>6-25|15/4<br>15/6|straight<br>90°|**Ast 25/15 S**<br>**Ast 25/15 Q**|2CDL200011R2515<br>2CDL200000R2515|**656542**<br>**656474**|0.012<br>50<br>0.012<br>50|
|6-25|22/4|90°|**Ast 25/22 QS**|2CDL200010R2522|**669436**|0.012<br>50|
|6-25|30/4|90°|**Ast 25/30 QS**|2CDL200010R2530|**656481**|0.012<br>50|
|6-25|30/6|90°|**Ast 25/30 Q**|2CDL200000R2530|**656498**|0.014<br>50|
|6-50<br>6-50<br>6-50<br>6-50|15/4<br>15/4<br>15/7<br>15/7|90°<br>straight<br>90°<br>straight|**Ast 50/15 QS**<br>**Ast 50/15 S**<br>**Ast 50/15 Q**<br>**Ast 50/15**|2CDL200000R5015<br>2CDL200011R5015<br>2CDL200010R5015<br>2CDL200001R5015|**656504**<br>**656566**<br>**656559**<br>**656511**|0.014<br>50<br>0.014<br>50<br>0.014<br>50<br>0.014<br>50|
|5-50|17.5/7|90°|**Ast 50/18 Q**|2CDL200100R5018|**656580**|0.019<br>50|
|6-50<br>17.5/7<br>straight<br>**Ast 50/18**<br>2CDL200101R5018<br>**656573**<br>0.019<br>50<br>6-50<br>32/6<br>90°<br>**Ast 50/32 Q**<br>2CDL200000R5032<br>**656528**<br>0.017<br>50<br>25-95<br>21/6.5<br>straight<br>**SZ-Ast 95 gk***<br>GHV0360501R0012**522618**0.06                               0.067    50<br>25-95<br>21/6.5<br>straight<br>**SZ-Ast 95***<br>GHV0360501R0013**522625**0.06                               0.067    50<br>————|||||||



6-35 **SZ-ESK 2** 2CDL200001R3501 **646765** 0.024 10 6-50 **SZ-ESK 3** 2CDL200003R5001 **652575** 0.025 10 6-50 **SZ-ESK 3 S** 2CDL200003R5003 **652889** 0.024 10 ~~eee~~ **Flexible connecting wires** 

- nearly no transition resistances - more reliability; conductor sleeves could be loosen under specific conditions 

**4** 

**Overall dimensions ......................  pag. 13/18** | 

ABB 

**4** /37 

## **System[[Selection tables]] pro** _**M**_ **compact[®]** 

## **[[Selection tables]] Accessories S 200,** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

## with ultrasonic compacted cable ends (black) 

**==> picture [380 x 118] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|6|125|SZ-DB 125 N|GH V036 1425 R0038|55740 0|0.007|0.01|1000/50|
|6|260|SZ-DB 233 N|GH V036 1425 R0039|55750 9|0.015|0.02|500/25|
|10|135|SZ-DB 126 N|GH V036 1425 R0040|55760 8|0.013|0.02|500/25|
|10|260|SZ-DB 234 N|GH V036 1425 R0041|55770 7|0.025|0.04|250/25|
|10|330|SZ-DB 312|GH V036 1425 R0042|55780 6|0.032|0.05|100/25|
|with ultrasonic compacted cable ends (blue)|
|10|135|SZ-DB 10/135 N|2CDL 200 301 R0135|66352 6|0.013|0.02|25|
|10|260|SZ-DB 10/260 N|2CDL 200 301 R0260|66353 3|0.025|0.04|25|
|10|330|SZ-DB 10/330 N|2CDL 200 301 R0330|66354 0|0.032|0.05|25|

**----- End of picture text -----**<br>


**4** — **SZ-6/3** Input mm[[2]] 1 x 16 **SZ-KLB 8, 12, 16, 24** 1 x 16 1 x 16 1 x 35 1 x 35 **SZ-Ktr** ~~=~~ **SZ-Ktr with KLB** 1 x 16 ~~—~~ **SZ-N6/3** 1 x 16 1 x 16 “ae 1 x 16 **SZ-N11/3** 

## Advantages: 

- smaller dimensions for the same cross-section (more space in terminal) 

- nearly no transition resistances 

- more reliability; conductor sleeves could be loosen under specific conditions 

**==> picture [372 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Input|Output|Order|Bbn|Price|Price|Weight|Pack|
|details|4012233|1 piece|group|1 piece|unit|
|mm|[[2]]|mm|[2]|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


## **Neutral or protective-conductor terminals without insulation holder** 

**==> picture [368 x 80] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|1 x 16|6 x to 16|SZ-6/3|GH V036 0876 R0003|50592 5|0.022|10|
|1 x 16|2 x to 16|SZ-KLB  8|GJ I232 0131 R0001|59660 7|0.025|30|
|6 x to 10|
|1 x 16|2 x to 16|SZ-KLB 12|GJ I232 0071 R0013|59530 3|0.035|30|
|10 x to 10|
|1 x 35|4 x to 16|SZ-KLB 16|GJ I232 0072 R0017|59540 2|0.077|30|
|12 x to 10|
|1 x 35|4 x to 16|SZ-KLB 24|GJ I232 0073 R0016|59550 1|0.100|30|
|20 x to 10|

**----- End of picture text -----**<br>


## **Holders for SZ-KLB terminals** 

Screw-fixing SZ-KLB  8 and 12 each 1 piece required 

SZ-KLB 16 and 24 each 2 pieces required 

**SZ-Ktr** GJ I202 4027 R0001 **59450 4** 0.003 100 

## **Neutral and protective-conductor terminals with insulation holder for quick fastening onto DIN rails EN 50 022** 

Neutral with blue insulation holder; type C finger safe, conductor opening closed on one side 

**==> picture [366 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|1 x 16|6 x 16|SZ-N  6/3|GH V036 0876 R0001|55570 3|0.027|20|
|1 x 16|11 x 16|SZ-N 11/3|GH V036 0876 R0002|55580 2|0.043|20|
|1 x 16|6 x 16|SZ-N  6/3 C|GH V036 0876 R0011|57095 4|➀|0.028|20|
|1 x 16|6 x 16|SZ-N 11/3 C|GH V036 0876 R0012|57096 1|➀|0.046|20|

**----- End of picture text -----**<br>


Protective conductor with green/yellow insulation holder; type C finger safe, conductor opening closed on one side 

**==> picture [366 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|1 x 16|6 x 16|SZ-PE  6/3|GH V036 0876 R0004|55600 7|0.027|20|
|1 x 16|11 x 16|SZ-PE 11/3|GH V036 0876 R0005|55610 6|0.043|20|
|1 x 16|6 x 16|SZ-PE  6/3 C|GH V036 0876 R0014|57097 8|➀|0.028|20|
|1 x 16|11 x 16|SZ-PE 11/3 C|GH V036 0876 R0015|57098 5|➀|0.046|20|

**----- End of picture text -----**<br>


➀ bbn-No. 40 16779 

**Overall dimensions ......................  pag. 13/18** 

ABB 

**4** /38 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200,** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

## Busbars for SN 201 range 

**==> picture [31 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
se<br>2CSC400146F0201<br>2CSC400148F0201<br>**----- End of picture text -----**<br>


|No. pins<br>12<br>12<br>56<br>56|Phases Cross<br>1<br>1<br>1<br>1|Phases Cross<br>section<br>mm2<br>10<br>10<br>10<br>10|**Order**<br>section**details**<br>**Type code**<br>Order code<br>**BS9  1/12**<br>2CSL910001R1012<br>**BS9  1/12 NA**<br>2CSL910011R1012<br>**BS9  1/56**<br>2CSL910001R1056<br>**BS9  1/56 NA**<br>2CSL910011R1056|**Bbn**<br>**8012542**<br>**EAN**<br>**047650**<br>**047759**<br>**047353**<br>**047452**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg<br>0.050<br>0.050<br>0.140<br>0.140|Pack<br>unit<br>pc.<br>10<br>10<br>10<br>10|
|---|---|---|---|---|---|---|---|---|
|12|3|10|**BS9  3/12**<br>2CSL930001R1012|**047551**|||0.090|5|
|57|3|10|**BS9  3/57**<br>2CSL930001R1057|**047858**|||0.470|5|
|Busbars for F200/S200 and SN 201 range<br>2 + 10 x 1+N 2<br>10<br>**BF2-S9 UP 1N/12**2CSL920009R1012<br>4 + 8 x 1+N<br>4<br>10<br>**BF2-S9 UP 3N/12**2CSL940009R1012<br>2 + 10 x 1+N 2<br>10<br>**BF2-S9 DOWN 1N/12**2CSL920002R1012<br>4 + 8 x 1+N<br>4<br>10<br>**BF2-S9 DOWN 3N/12**2CSL940002R1012||||**046950**<br>**047056**<br>**047155**<br>**047254**|||0,110<br>0,110<br>0,110<br>0,110|5<br>5<br>5<br>5|
|Terminals, insulated|||||||||
|Conn.|Type of Terminal|Type of Terminal**Order**||**Bbn**|Price|Price|Weight|Pack|
|capacity|connect. lug L|connect. lug L|**details**|**8012542**|1 piece|group|1 piece|unit|
|mm2||mm|**Type code**<br>Order code|**EAN**|||kg|pc.|
|25|pin|15|**FEED-IN 25/15 1P**2CSL980001R2515|**047957**|||0.010|5|
|25|pin|30|**FEED-IN 25/30 3P**2CSL980001R2530|**048053**|||0.010|5|
|End caps|||||||||
||||**Order**|**Bbn**|Price|Price|Weight|Pack|
||||**details**|**8012542**|1 piece|group|1 piece|unit|
||||**Type code**<br>Order code|**EAN**|||kg|pc.|
|**BS9-END 3P**<br>2CSL980001R0001<br>In combination with BS9 3/57<br>~~3~~<br>~~dO~~||||**064251**|||0.001|20|



**4** 

Example of application with SN 201 breakers 

**==> picture [496 x 316] intentionally omitted <==**

**----- Start of picture text -----**<br>
1+N systems 3+N systems<br>Feed-in 25-15 Feed-in 25-30 3P (x3)<br>Feed-in 25-15 Feed-in 25-15 1P<br>[ Tt BS9 1/12 NABS9 1/12 | DU BS9 1/12 NABS9 3/12<br>mt ah<br>Phase 3<br>Phase 2<br>Phase 1<br>| rT , we<br>er eS a<br>een eee eee” ee<br>ww peer ie ae cad<br>| 00 | ] eer no<br>PT BF2-S9 UP 1N/12 L 1  L 2  L 3  N<br>@e co ——————<br>a e ~| — — — eh eh ee th oe) ce<br>9 SEES a cneessn<br>feo 0 a POROUS<br>L 1  N PO BF2-S9 DOWN 3N/12<br>Overall dimensions ......................  pag. 13/18<br>2CSC400020F0202<br>**----- End of picture text -----**<br>


ABB 

**4** /39 

**4** 

## **System Selection tables Accessories S 200, pro** _**M**_ **compact[®]** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

**==> picture [372 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Length|Order|Bbn|Price|Price|Weight|Pack|
|details|4012233|1 piece|group|1 piece|unit|
|mm|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


**==> picture [410 x 652] intentionally omitted <==**

**----- Start of picture text -----**<br>
DSW 6 mm  Type code Order code  EAN<br>DSW 4<br>DIN rails<br>DSW 3<br>DSW 2<br>module = 17.5 mm)<br>DSW 1<br>for 1 module  DSW 1  GH S210 1926 R0001  13580 6<br>for 2 modules  DSW 2  GH S210 1926 R0002  13590 5<br>for 3 modules  DSW 3  GH S210 1926 R0003  13600 1<br>for 4 modules  DSW 4  GH S210 1926 R0004  13610 0<br>for 6 modules  DSW 6  GH S210 1926 R0006  13620 9<br>SKV-GTS 1<br>DIN rail DIN EN 60 715, 35 x 7.5, material thickness 1 mm, surface protected, galvanised.<br>241  SKV-GTS 1  GH L110 1915 R0001  04090 2<br>SZ-SI 45.460<br>DIN rails DIN EN 60 715, 35 x 7.5, material thickness 1 mm, surface galvanised.<br>1000  SZ-SI 45.460  GJ I232 2218 R0001  59730 7<br>2000  SZ-TS 7.5 L2  GJ I232 2218 R0007  59760 4<br>SZ-TS 7.5 L2<br>DIN rails DIN EN 60 715, 35 x 15, material thickness 1.5 mm, surface galvanised<br>2000  SZ-SI 45.472  GJ I232 2218 R0010  59780 2<br>SZ-SI 45.472 2000  SZ-TS 15 L2  GJ I232 2218 R0009  59770 3<br>1 SZ-TS 15 L2<br>SZ-FB 45.53-1 Spring catch for mounting devices onto DIN rails (DIN EN 60 715, 35 x 7.5)<br>for screw type M4  SZ-FB 45.53-3  GJ I184 2013 P0003  64560 2<br>Tis y for screw type M5  SZ-FB 45.53-1  GJ I184 2013 P0004  64580 0<br>SZ-FB 45.53-3<br>False poles<br>Description  Order  Bbn Price<br>details 8012542  1 piece<br>Type code Order code  EAN<br>False pole - 1 module  FP1 16021765  061304<br>False pole - 2 modules  FP2 16021773  061403<br>False pole - 4 modules  FP4 16021781  061502<br>False pole - 6 modules  FP6 16021799  061601<br>Support for false pole  SFP 16021831  061700<br>2CSC400449F0201<br>2CSC400045F0201<br>2CSC400046F0201<br>2CSC400047F0201<br>2CSC400049F0201<br>2CSC400048F0201<br>2CSC400448F0201<br>2CSC400108F0201<br>2CSC400107F0201<br>2CSC400529F0201<br>**----- End of picture text -----**<br>


DIN rails (DIN EN 60 715 – 35 x 7.5) for individual installation with 2 screws on an even surface (1 module = 17.5 mm) 

**==> picture [366 x 49] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|for 1 module|DSW 1|GH S210 1926 R0001|13580 6|0.060|10|
|for 2 modules|DSW 2|GH S210 1926 R0002|13590 5|0.012|10|
|for 3 modules|DSW 3|GH S210 1926 R0003|13600 1|0.018|10|
|for 4 modules|DSW 4|GH S210 1926 R0004|13610 0|0.024|10|
|for 6 modules|DSW 6|GH S210 1926 R0006|13620 9|0.036|10|

**----- End of picture text -----**<br>


DIN rail DIN EN 60 715, 35 x 7.5, material thickness 1 mm, surface protected, galvanised. 

241 **SKV-GTS 1** GH L110 1915 R0001 **04090 2** 0.09 40 

DIN rails DIN EN 60 715, 35 x 7.5, material thickness 1 mm, surface galvanised. 

**==> picture [366 x 16] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|1000|SZ-SI 45.460|GJ I232 2218 R0001|59730 7|0.35|10|
|2000|SZ-TS 7.5 L2|GJ I232 2218 R0007|59760 4|0.70|20|

**----- End of picture text -----**<br>


DIN rails DIN EN 60 715, 35 x 15, material thickness 1.5 mm, surface galvanised 

**==> picture [366 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|2000|SZ-SI 45.472|GJ I232 2218 R0010|59780 2|1.30|10|
|2000|SZ-TS 15 L2|GJ I232 2218 R0009|59770 3|0.78|10|

**----- End of picture text -----**<br>


for screw type M4 **SZ-FB 45.53-3** GJ I184 2013 P0003 **64560 2** 0.03 50 ~~i~~ for screw type M5 **SZ-FB 45.53-1** GJ I184 2013 P0004 **64580 0** 0.03 50 

**==> picture [372 x 81] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|False pole - 1 module|FP1|16021765|061304|0.01|100|
|False pole - 2 modules|FP2|16021773|061403|0.014|50|
|False pole - 4 modules|FP4|16021781|061502|0.022|30|
|False pole - 6 modules|FP6|16021799|061601|0.031|20|
|Support for false pole|SFP|16021831|061700|0.012|100|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/18** PT 

ABB 

**4** /40 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200,** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

**==> picture [371 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Height of|Width|Order|Bbn|Price|Price|Weight|Pack|
|cutout/color|details|4012233|1 piece|group|1 piece|unit|
|mm|mm|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


**==> picture [102 x 646] intentionally omitted <==**

**----- Start of picture text -----**<br>
SZ-BP 1<br>SZ-B<br>SZ-BP 2<br>SZ-BP 12 G<br>SZ-BP R<br>SZ-VP 1500<br>S2C-DH<br>END<br>SZ-FDT 2<br>SZ-FST 2 + SZ-FDT 2<br>bs<br>SZ-FST<br>2CSC400050F0201<br>2CSC400102F0201<br>2CSC400041F0201<br>2CSC400064F0201<br>2CSC400446F0201<br>2CSC400042F0201<br>2CSC400054F0201<br>2CSC400043F0201<br>**----- End of picture text -----**<br>


## **Blanking plates** 

For device covers with materials of a thickness of 1 to 3 mm, width: 1 module = 17.5 mm; color: grey RAL 7035, white RAL 9001 

**==> picture [381 x 117] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|46/grey|213|SZ-BP 1|GH L530 1904 R0001|06050 4|0.028|100|
|46/white|17.5|SZ-BP|GH S270 1913 R0001|12857 4|0.005|
|46/grey|17.5|SZ-BP 2|GH S270 1913 R0002|12861 1|0.005|
|46/grey|220|SZ-BP 12 G|2CDL 000 001 R1220|65227 8|0.022|50|
|46/white|220|SZ-BP 12 W|2CDL 000 001 R2220|66355 7|0.020|50|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4012233|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Locking devices|
|=e|for SZ-BP 12 G|SZ-BP R|2CDL 000 001 R1001|652285|0.001|30|

**----- End of picture text -----**<br>


## **Sealing plate** 

Seal-proof locking of stamped-out device covers. Detachable only from the inside of the device cover. 

Can be used for device covers with 1.5 to 3 mm material thickness. 

**==> picture [371 x 39] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Height of|Width|Order|Bbn|Price|Price|Weight|Pack|
|cutout/color|details|4012233|1 piece|group|1 piece|unit|
|mm|mm|Type code|Order code|EAN|kg|pc.|
|46/grey|1500|SZ-VP 1500|GJ I995 9038 R0001|60290 2|0.366|10|

**----- End of picture text -----**<br>


## **Rotary operating mechanism** 

For the actuation of 2-, 3- or 4pole miniature circuit-breakers in closed distribution boards for driveaxles of 5 or 6 mm[2] (square) 

**S2C-DH** GH S200 1901 R0003 **57960 5** 0.01 25 

## **End bracket** 

Prevents lateral shifting of built-in devices mounted on DIN rails according to DIN EN 60 715, 35 x 7.5 mm. 

**END** GJ I100 1814 R0001 **59090 2** 0.02 50 

## **Filling piece** 

e.g. for heat dissipation of closely mounted devices that generate much heat. Width 8.75 mm, as spacer, two different heights, breakable, for DIN rails according to DIN EN 60 715, 35 x 7.5 mm. 

8.75 **SZ-FST 2** GH L530 1908 R0002 **06070 2** 0.01 25 

## **Spring piece** 

Holder for device covers, various heights available (in connection with FST 2  filling piece) 

> **SZ-FST 2 + SZ-FDT 2 SZ-FDT 2** GH L530 1908 R0005 **06080 1** 0.002 25 

**Filling piece** Two different heights, breakable, for DIN rails according to DIN EN 60 715, 35 x 7.5 mm for MCBs S 220 (3 different heights) 8.75 **SZ-FST** GH I148 0003 R0001 **59410 8** 0.01 25 ~~Be~~ bbn-Nr. 4016779 

**4** 

**Overall dimensions ......................  pag. 13/18** ~~LT~~ 

ABB 

**4** /41 

**System Selection tables Accessories S 200, pro** _**M**_ **compact[®]** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

**SZ-ES 68/83 SA 1 4** a" SQ **SA 2** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400053F0201<br>**----- End of picture text -----**<br>


|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**4012233**|1 piece|group|1 piece|unit|
||**Type code**|Order code|**EAN**|||kg|pc.|



## **Elevation piece** 

Compensates for different size of built-in devices with a mounting height of 68 mm and power MCBs of series S500 (83 mm) 

**SZ-ES 68/83** GH V021 1425 R0001 **53390 9** 0.003 100 

## **Locking device for MCBs and switches** 

Prevents unauthorised or dangerous operation of the operating lever. An adaptor makes it possible to block the operating lever whether switched ON or OFF. The lever is blocked with a padlock having a cross bar section of 3 or, as the case may be, 6 mm max. For multipole devices, one lock may be fitted per pole. 

The lock adaptor can be used for all MCBs of the S 220, S 280 series as well as for switches E 200. The lock adaptor SA 1/S 290 can be used for all MCBs of the S 290 series. 

|locking devices<br>3 mm<br>for padlock bar<br>6 mm<br>locking devices<br>3 mm<br>for S 290, padlock bar|**SA 1**<br>**SA 1E**<br>**SA 1/S 290**|GJ F110 1903 R0001**58760 5**➁<br>GJ F110 1903 R0004**58790 2**➁<br>GJ F110 1903 R0007**58261 2**➀|0.004<br>0.004<br>0.004|10<br>10<br>10|
|---|---|---|---|---|
|padlock with 2 keys|**SA 2**|GJ F110 1903 R0002**58770 4**➁|0.02|10|
|padlock, identical|||||
|locking with 2 keys<br>lock adaptor incl. padlock<br>with 3 keys<br>in transparent box|**SA 2 i**<br>**SA 3**|GJ F110 9999 R0001**96940 1**➁<br>GJ F110 1903 R0003**58780 3**➁|0.02<br>0.05|10<br>10|



## **Terminal cover KA 27** 

Provides overall touch protection of live parts. Suitable for installations acc. to DIN EN 50274 (DIN VDE 0660 Part 514) and BGV A2. 

**==> picture [54 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
KA 27 H + KA 27 S<br>**----- End of picture text -----**<br>


End parts can be snapped onto mounting rails EN 60 715, 35 mm. Covers are 486 mm = 27 modules (18 mm each) long. Knockouts for each half module for individualised use. 

|cover, 1 piece|**KA 27 H**|GH S210 1933 R0001**13630 8**|0.104|10|
|---|---|---|---|---|
|end part, 1 piece|**KA 27 S**|GH S210 1934 R0001**13640 7**|0.027|10|



**==> picture [100 x 169] intentionally omitted <==**

**----- Start of picture text -----**<br>
PCD 2 N PCD 4 N<br>PCD 8 N<br>2CSC400435F0201<br>2CSC400437F0201<br>**----- End of picture text -----**<br>


## **Terminal covers with base plate, protection IP 40** 

Material: high-impact and flame-retardant (UL 94 V-0), color: white (RAL 9001), glow-wire test 960 °C according to IEC 695-2-1 

The base plate has an integrated top-hat rail for snap-on fixing of MCBs, RCDs, modular built-in devices, etc. 

|for 2 modules|for 2 modules|for 2 modules|**PCD 2 N**|**PCD 2 N**|**PCD 2 N**|GH S270 1921 R0002|GH S270 1921 R0002|GH S270 1921 R0002|**12402 6**|**12402 6**|**12402 6**➀|0.09|1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|for 4 modules|for 4 modules|for 4 modules|**PCD 4 N**|**PCD 4 N**|**PCD 4 N**|GH S270 1921 R0004|GH S270 1921 R0004|GH S270 1921 R0004|**12404 0**|**12404 0**|**12404 0**➀|0.15|1|
|for 6 modules<br>for 8 modules|for 6 modules<br>for 8 modules|for 6 modules<br>for 8 modules|**PCD 6 N**<br>**PCD 8 N**|**PCD 6 N**<br>**PCD 8 N**|**PCD 6 N**<br>**PCD 8 N**|GH S270 1921 R0006<br>GH S270 1921 R0008|GH S270 1921 R0006<br>GH S270 1921 R0008|GH S270 1921 R0006<br>GH S270 1921 R0008|**12406 4**<br>**12408 8**|**12406 4**<br>**12408 8**|**12406 4**➀<br>**12408 8**➀|0.2<br>0.7|1<br>1|



## **Common terminals for terminal covers PCD** 

|for PCD 4 N and 6 N|for PCD 4 N and 6 N|for PCD 4 N and 6 N|for PCD 4 N and 6 N|for PCD 4 N and 6 N|**KL-PCD 4/6**|**KL-PCD 4/6**|GH S270 1912 R0004|GH S270 1912 R0004|GH S270 1912 R0004|**12502 3**|**12502 3**|**12502 3**➀|0.017|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|for PCD 8 N|for PCD 8 N|for PCD 8 N|||**KL-PCD 8**|**KL-PCD 8**|GH S270 1912 R0008|GH S270 1912 R0008|GH S270 1912 R0008|**12592 7**|**12592 7**|**12592 7**➀|0.079|



➀ **bbn-No. 80 00126** ➁ **bbn-No. 40 16779** 

**Overall dimensions ......................  pag. 13/18** 

ABB 

**4** /42 

**System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories S 200,** Accessories for S 200, SN 201, **SN 201, F 200, DS 200** F 200, DS 200 and other series **and other series** 

## **Insulated housings IP 55** 

come with DIN rail according to DIN EN 60 715 and cable entry grommet without N + PE common terminals (see SMO) 

Material: high-impact and flame-retardant (UL 94 V-0), color grey (RAL 7035),  glow-wire test 960 °C according to IEC 695-2-1 

°C according to IEC 695-2-1 Type with Enclosed **Order Bbn** Price Price Weight Pack knock-outs cable **details 8000126** 1 piece group 1 piece unit ø in mm grommets **Type code** Order code **EAN** kg pc. housings for 4 modules 2 x Ø 27 2 **QES 4/3 N** GH L111 2304 R0013 **12644 0** 0.370 18 housings for 6 modules 2 x Ø 27 2 **QES 6/3 N** GH L111 2306 R0013 **12646 4** 0.440 12 housings for 10 modules 6 x Ø 32 3 **QES 10/3 N** GH L111 2310 R0013 **12650 1** 0.690 10 **N + PE common terminals for QES (IP 55)** Neutral and protective-conductor terminals with insulation holder for screw-fixing Description **Order Bbn** Price Price Weight Pack **details 4012233** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. for QES  4/3 N **SMO  4** GH L430 1910 R0004 **12880 2** 0.093 10 for QES  6/3 N **SMO  6** GH L430 1910 R0006 **12882 6** 0.125 10 Se for QES 10/3 N **SMO 10** GH L430 1910 R0010 **12884 0** 0.105 10 **Flanges** 

**==> picture [30 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
QES 4/3 N<br>**----- End of picture text -----**<br>


**==> picture [112 x 113] intentionally omitted <==**

**----- Start of picture text -----**<br>
SMO...<br>2CSC400533F0201<br>**----- End of picture text -----**<br>


|**Flanges**||||||||
|---|---|---|---|---|---|---|---|
|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|Flange for rear board fixing<br>1 module - IP40<br>Flange for rear board fixing<br>2 modules - IP40|**details**<br>**Type code**<br>**ME 1**<br>**ME 2**|Order code<br>16219300<br>16219318|**8012542**1 piece<br>**EAN**<br>**304401**<br>**304500**|1 piece|group|1 piece<br>kg<br>0.040<br>0.045|unit<br>pc.<br>1<br>1|
|Flange for rear board fixing||||||||
|3 modules - IP40|**ME 3**|16219326|**304609**|||0.055|1|
|Flange for rear board fixing||||||||
|4 modules - IP40|**ME 4**|16219334|**304708**|||0.060|1|
|Flange for rear board fixing||||||||
|6 modules - IP40|**ME 6**|16219342|**304807**|||0.070|1|
|Flange for rear board fixing||||||||
|8 modules - IP40|**ME 8**|16219359|**304906**|||0.080|1|



**4** 

**Overall dimensions ......................  pag. 13/18** LT 

ABB 

**4** /43 

The S 280 and S 280 UC series of MCBs are supported by a whole group of auxiliary elements with many functions and configurations. Undervoltage releases, shunt trips, auxiliary contacts, signal contacts, mechanical interlocks are available. A wide range of auxiliary elements considerably improves the performance of the MCBs and enables inno-vative and integrated solutions to be used in every installation. 

**4** 

The S 290 circuit-breakers are supplied with special shunt trips, undervoltage releases and contacts (auxiliary and signal). All the accessories are installed to the right of the circuitbreaker. The left part is used for installing RCD blocks. 

Also S800 MCBs series is completed with a wide range of accessories which includes auxiliary and signal contacts, separating neutral, rotary handles and interchangeable adapter kits. 

All the auxiliary elements are installed to the left side of the circuit breakers. The right part is used for installing DDA 800 RCD blocks. 

ABB 

**4** /44 

## **Auxiliary elements and accessories for MCBs S 280, S 290 and S800 series and for RCD-blocks DDA 800** 

## **Index** 

**==> picture [336 x 524] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Schemes for combination of auxiliary elements and MCBs S 280 series|.................. 4|/46|
|Technical features of auxiliary elements for MCBs S 280 series|................................ 4|/46|
|Selection tables of auxiliary elements for MCBs S 280 series|
|Shunt trips ...........................................................................................................................|4|/48|
|Auxiliary contacts ................................................................................................................|4|/48|
|Signal/auxiliary contacts .....................................................................................................|4|/48|
|Undervoltage releases .........................................................................................................|4|/49|
|Hand operated neutral ........................................................................................................|4|/49|
|Schemes for combination of auxiliary elements and|
|accessories for MCBs S 290 series|............................................................................... 4|/50|
|Technical features of auxiliary elements and accessories for MCBs S 290 series|... 4|/51|
|Selection tables of auxiliary elements for MCBs S 290 series|
|Shunt trips ...........................................................................................................................|4|/52|
|Signal/auxiliary contact .......................................................................................................|4|/52|
|Undervoltage releases .........................................................................................................|4|/52|
|Technical features S700 series|....................................................................................... 4|/53|
|Selection tables of accessories for S700  ....................................................................... 4|/54|
|Schemes for combination of auxiliary elements and|
|accessories for MCBs S800 series|................................................................................ 4|/55|
|Technical features of auxiliary elements for MCBs S800 series|................................. 4|/56|
|Selection tables of auxiliary elements and accessories for MCBs S800 series|
|Short-circuit current limiters with cage terminal .................................................................|4|/58|
|Short-circuit current limiters with ring terminal cable connection .......................................|4|/58|
|Auxiliary contact ..................................................................................................................|4|/58|
|Signal/auxiliary contact .......................................................................................................|4|/58|
|Separating neutral ...............................................................................................................|4|/58|
|Remote switching ................................................................................................................|4|/58|
|Shunt operation releases  ....................................................................................................|4|/59|
|Under voltage releases ........................................................................................................|4|/59|
|Accessories .........................................................................................................................|4|/53|
|Auxiliary elements and accessories for MCBs S500 series|........................................ 4|/61|
|Auxiliary elements and accessories for DDA800 RCD-blocks|.................................... 4|/61|

**----- End of picture text -----**<br>


**4** 

ABB 

**4** /45 

**4** 

## **System pro** _**M**_ 

## **Schemes for combination and technical features** 

## Auxiliary elements for MCBs S 280 series 

**==> picture [511 x 445] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination between auxiliary elements and S 280<br>H<br>S/H S 280 ST<br>S UR<br>UR<br>H<br>S ST<br>H Auxiliary contact<br>S Signal contact<br>UR Undervoltare release<br>S/H S ST Shunt trip<br>2CSC400021F0202<br>**----- End of picture text -----**<br>


## **Technical characteristics of auxiliary and signal contacts** 

|**Type**|S2-H11 I<br>S2-H11 X|S2-H20 I<br>S2-H20 X|S2-H02 I<br>S2-H02 X|S2-H21|S2-H12|S2-H30|S2-H03|
|---|---|---|---|---|---|---|---|
|**Description**|1NO+1NC|2NO|2NC|2NO+1NC|1NO+2NC|3NO|3NC|
|**Alternating**|Ue [V] •••••••••••••••••••••••••••••••|||240<br>415||||
|**current**|Ie [A]•••••••••••••••••••••••••••••••|||6<br>2||||
|**Direct**|Ue [V]••••••••••••••••••••••••||24|60<br>110|250|||
|**current**|Ie [A]••••••••••••••••••••••••||4|2<br>1.5|1|||
|**Min.operating**<br>**voltage**|[V]|||12 a.c.-12 d.c.||||
|**Min. operating**||||||||
|**current**|[mA]|||12||||
|**Terminals**|[mm2]|||up to 2x1.5||||
|**Dielectric strength**|[kV]|||3||||
|**Resistance to short-circuit**||||||||
|**at 240 V a.c.**|[A]|1000|(protected with S 2 breaker characteristic K - 6 A)|||||
|**Impulse voltage withstand**<br>**capacity**<br>[kV]||||4||||
|**Tightening torque**|[Nm]|||0.7||||
|**Dimensions (WxDxH)**|[mm]|||8.75x68x90||||



NB:  the auxiliary contacts S2-H11 X, S2-H20 X, S2-H02 X differ from the contacts S2-H11, S2-H20, S2-H02 in that they do not have a terminal to tighten the cable which is replaced by a bayonet for the Faston connection. 

ABB 

**4** /46 

**4** 

## **System pro** _**M**_ 

## **Technical features** Auxiliary elements for MCBs S 280 series 

## **Technical characteristics of shunt trips** 

|**Type**|S2-A1<br>S2-A2|
|---|---|
|**Rated voltage**|[V]<br>a.c.<br>12 - 60<br>110 - 415|
||d.c.<br>12 - 60<br>110 - 250|
|**Max. release duration**|[ms]<br><10<br><10|
|**Min. release**<br>**voltage**|[V]<br>a.c.<br>7<br>55|
||d.c.<br>10<br>80|
|**Consumption on release**|[VA]<br>12 V a.c.<br>35<br>12 V d.c.<br>30|
||24 V a.c.<br>140<br>24 V d.c.<br>100|
||48 V a.c.<br>600<br>48 V d.c.<br>330|
||110 V a.c.<br>40<br>110 V d.c.<br>40|
||220 V a.c.<br>180<br>220 V d.c.<br>170|
|**Coil resistance**|[Ω]<br>3.7<br>225|
|**Terminals**|[mm2]<br>25<br>25|
|**Tightening torque**|[Nm]<br>2<br>2|
|**Dimens.(WxDxH)**|[mm]<br>17.5x68x90<br>17.5x68x90|



## **Technical characteristics of undervoltage releases** 

|**Type**|S2-UA 12<br>S2-UA 24<br>S2-UA 48<br>S2-UA 110<br>S2-UA 220<br>S2-UA 380|
|---|---|
|**Standards**|VDE0660 part I - IEC EN 60947.1|
|**Rated**<br>[V]<br>**voltage**<br>[V]|a.c.<br>-<br>24<br>48<br>110<br>220-240<br>380|
||d.c.<br>12<br>24<br>-<br>110<br>220-240<br>380|
|**Frequency**<br>[Hz]<br>50...60||
|**Release trip**<br>[V]<br>0.35 Un≤V≤0.7 Un||
|**Terminals**<br>[mm2]<br>2 x 1.5||
|**Consumption**<br>[mA]<br>10||
|**Resistance to corrosion**<br>[°C/RH]<br>const. climatic cond.: 23/83-40/93-55/20; var. climatic cond.: 25/95-40/93||
|**Protection degree**<br>IP20||
|**Tightening torque**<br>[Nm]<br>0.4||
|**Dimensions (WxDxH)**<br>[mm]<br>17.5x68x90||



||S2-S|||||S2-SH|
|---|---|---|---|---|---|---|
|1|change over|||||2 change over|
||||240|<br>415|||
||||6|2|||
|||250|110|<br>60|24||
|||0.5|1|1|4||
||||12 a.c.-12 d.c.||||
|||||12|||
|||||up to 2x1.5|||
|||||3|||
|||1000|(protected with S 2 breaker characteristic||K - 6 A)||
|||||4|||
|||||0.7|||
|||||8.75x68x90|||



ABB 

**4** /47 

**Selection tables Auxiliary elements** Auxiliary elements for MCBs S 280 **for S 280 and** and S 280 UC series **S 280 UC series** 

## **System pro** _**M**_ 

**==> picture [371 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4012233|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


**==> picture [134 x 463] intentionally omitted <==**

**----- Start of picture text -----**<br>
S2-A1 I,<br>S2-A2 I<br>C1 1 1 C1<br>C2 2 2 C2<br>4<br>g th<br>2CSC400495F0201<br>2CSC400497F0201<br>2CSC400498F0201<br>2CSC400499F0201<br>**----- End of picture text -----**<br>


## **Shunt trips** 

Function: remote opening of the device when a voltage is applied Suitable for MCBs S 280 and S 280 UC series 

**==> picture [362 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||
|---|---|---|---|---|---|
|12-60 VAC/VDC shunt trip|S2-A1|GH S280 1909 R0001|42930 1|0.145|1|
|110-415 VAC and|
|110-250 VDC shunt trip|S2-A2|GH S280 1909 R0002|42940 0|0.145|1|

**----- End of picture text -----**<br>


## **Auxiliary contacts** 

Function: indication of the position of the device’s contacts Suitable for MCBs S 280 and S 280 UC series 

## **Signal contacts** 

Function: indication of the position of the device’s contacts only after the automatic release of the MCBs and RCBOs due to an overload or a short-circuit Suitable for MCBs S 280 and S 280 UC series 

**==> picture [440 x 422] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Auxiliary contact 1 NO +|
|1 NC (1/2 module)|S2-H11|GH S270 1916 R0001|61500 1|0.04|1|
|Auxiliary contact 2 NO|
|(1/2 module)|S2-H20|GH S270 1916 R0002|61510 0|0.04|1|
|Auxiliary contact 2 NC|
|(1/2 module)|S2-H02|GH S270 1916 R0003|61520 9|0.04|1|
|Auxiliary contact 1 NO +|
|1 NC (1/2 module)  with|
|Faston connections|S2-H11X|GH S270 1917 R0001|61530 8|0.04|1|
|Auxiliary contact 2 NO|
|(1/2 module) with|
|Faston connections|S2-H20X|GH S270 1917 R0002|61540 7|0.04|1|
|Auxiliary contact 2 NC|
|(1/2 module) with|
|Faston connections|S2-H02X|GH S270 1917 R0003|61550 6|0.04|1|
|Auxiliary contact 2 NO +|
|1 NC (1/2 module)|S2-H21|GH S270 1936 R0001|01370 3*|0.05|1|
|Auxiliary contact 1 NO +|
|2 NC (1/2 module)|S2-H12|GH S270 1936 R0002|01380 2 *|0.05|1|
|Auxiliary contact 3 NO|
|(1/2 module)|S2-H30|GH S270 1936 R0003|01390 1*|0.05|1|
|Auxiliary contact 3 NC|
|(1/2 module)|S2-H03|GH S270 1936 R0004|01400 7*|0.05|1|
|Signal contact (1/2 module)|S2-S|GH S280 1902 R0008|12770 7*|0.07|1|
|Signal contact + Auxiliary|
|contact (1/2 module)|S2-S/H|GH S280 1901 R0008|42900 4|0.05|1|
|* Bbn 4016779|
|S2-H11|S2-H20|S2-H02|S2-H21|S2-H12|S2-H30|S2-H03|
|S2-h11 X|S2-H20 X|S2-H02 X|
|13|21|1|13|23|1|11|21|1|11|23|33|1|11|21|33|1|13|23|33|1|11|21|31|1|
|HEH|14|22|2|14|24|2|12|HENNE|22|2|12|24|34|2|12|22|34|2|HEA|14|24|34|2|12|22|32|2|
|S2-S|S2-S/H|
|Automatic|Manual|Automatic|Manual|
|opening|opening|opening|opening|
|96|MA|9598|21|969598|21|96|tk|9598|21|96|RMEANG|9598|121114|21|969598|121114|21|A|969598|121114|21|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/17** 

ABB 

**4** /48 

**System pro** _**M**_ 

**Selection tables Auxiliary elements** Auxiliary elements for MCBs S 280 **for S 280 and** and S 280 UC series **S 280 UC series** 

## **Undervoltage releases** 

Function: protection of the load in the event of a voltage drop (between 70% and 35% of its rated value); positive safety (device’s tripping when the voltage is disconnected) emergency stop by means of a button. 

Suitable for MCBs S 280 and S 280 UC series 

**==> picture [479 x 140] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4012233|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Undervoltage release|
|12V DC (1 module)|S2-UA 12|GH S280 1911 R0001|42970 7|0.09|1|
|Undervoltage release|
|24V AC/DC (1 module)|S2-UA 24|GH S280 1911 R0002|42980 6|0.09|1|
|Undervoltage release|
|48V AC/DC (1 module)|S2-UA 48|GH S280 1911 R0003|79360 0|0.09|1|
|3|—|Undervoltage release|
|110V AC/DC (1 module)|S2-UA 110|GH S280 1911 R0004|43000 0|0.09|1|
|Undervoltage release|
|220V AC/DC (1 module)|S2-UA 220|GH S280 1911 R0005|43010 9|0.09|1|
|Undervoltage release|
|380V AC (1 module)|S2-UA 380|GH S280 1911 R0006|79370 9|0.09|1|

**----- End of picture text -----**<br>


**4** 

## **Hand operated neutral** 

The hand operated neutral has to be mounted to the left side of the MCB and be snaped on the DIN rail. It is used for measuring duties where the neutral conductor must be in the open position. Due to the special design of the handle - when switching ON the MCB – the neutral will make before the MCB is closed. 

The S2C - Nt is not to switch with a tool (screw driver). 

Hand operated neutral **S2-NT** GH S270 1908 R0001 **36610 1** 0.06 1 

**Overall dimensions ......................  pag. 13/17** CF 

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**4** 

## **System pro** _**M**_ 

## **Schemes for combination** Auxiliary elements and accessories for MCBs S 290 series 

## **Combination between auxiliary elements and S 290** 

**==> picture [493 x 349] intentionally omitted <==**

**----- Start of picture text -----**<br>
UR H S<br>DDA 122,5 S 290 Hor Hor<br>S S<br>for<br>S 290<br>H Auxiliary contact<br>S Signal contact ST h H<br>ST Shunt trip or or<br>UR Undervoltare release S S<br>2CSC400022F0202<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ 

**4** 

## **Technical features** Auxiliary elements and accessories for MCBs S 290 series 

## **Technical characteristics of shunt trips** 

|**Type**|**Type**|S 290 A1<br>S 290 A2|
|---|---|---|
|**Rated voltage**||[V]<br>a.c.<br>110...415<br>24...48|
|||d.c.<br>110<br>24...48|
|**Max. release duration**||[ms]<br><10<br><10|
|**Peak-up power**||[W]<br>110 V AC/ DC: 8<br>24 V AC/ DC: 23<br>415 V AC: 153<br>48 V AC/ DC: 108|
|**Terminals**|solid conductor<br>[mm2]<br>2 x 1.5 max||
||strandet conductor<br>2 x 1 max||
||fexible conductor<br>2 x 1 max||
|**Tightening torque**|[Nm]<br>2<br>2||
|**Dimensions (WxDxH)**<br>[mm]<br>17.5x68x90<br>17.5x68x90|||



## **Technical characteristics of auxiliary and signal contacts** 

|**Type**|**Type**|S 290 H11<br>S 290 S|
|---|---|---|
|**Description**||1NO+1NC|
|**Alternating**<br>**current (AC 13)**||Ue [V]<br>230/400|
|||Ie [A]<br>6/2|
|**Direct**<br>**current (DC 13)**||Ue [V]<br>24/60/110/220|
|||Ie [A]<br>6/3/1/1|
|**Min. operating voltage**||[V]<br>12 a.c.-12 d.c.|
|**Min. operating current**||[mA]<br>5|
|**Terminals**|solid conductor|[mm2]<br>1 x 0.5 ...1 x 4|
||strandet conductor<br>1 x 1.5 ...1 x 2.5||
||fexible conductor<br>1 x 0.5 ...1 x 2.5||
|**Dielectric strength**<br>[kV]<br>3|||
|**Resistance to short-**<br>[A]<br>1000 (protected with<br>**circuit at 240 V a.c.**<br>breaker char. K 6 A)|||
|**Impulse voltage withstand**<br>**capacity**<br>[kV]<br>4|||
|**Tightening torque**<br>[Nm]<br>0.5|||
|**Dimensions (WxDxH)**<br>[mm]<br>8.75x68x90|||



## **Technical characteristics of undervoltage releases** 

|**Type**|**S290-UA 24**<br>**S290-UA 110**<br>S 290-UA 230|
|---|---|
|**Standards**|VDE0660 part I - IEC EN 60947.1|
|**Rated**<br>**voltage **|[V] a.c.<br>230|
||[V] d.c.<br>-|
|**Frequency**|[Hz]<br>50...60|
|**Release trip threshold**|[V]<br>0.35 Un≤V≤0.7 Un|
|**Terminals**|[mm2]<br>2x1.5|
|**Consumption [W]**|2,3<br>1,74<br>1,44|
|**Resistance to corrosion**|[°C/RH]<br>constant atmosphere: 23/83-40/93-55/20;<br>variable atmosphere: 25/95-40/93|
|**Protection degree**|IPXXB/IP2X|
|**Tightening torque**|[Nm]<br>0.4|
|**Dimensions (WxDxH)**|[mm]<br>17.5x68x90|



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**Selection tables** Auxiliary elements for MCBs S 290 series 

**Auxiliary elements for S 290 series** 

**4** 

## **System pro** _**M**_ 

**==> picture [371 x 26] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4016779|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


**==> picture [510 x 677] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|details|4016779|1 piece|group|1 piece|unit|
|Type code|Order code|EAN|kg|pc.|
|Shunt trips|
|Function: remote opening of the device when a voltage is applied|
|Suitable for MCBs S 290 series|
|110-415V AC/110 DC|
|S 290 A1|shunt trip|S 290 A1|GH S290 1909 R0011|57033 6|0,09|1|
|S 290 A2|24-48V AC/DC|S 290 A2|GH S290 1909 R0012|57034 3|0,09|1|
|1|C1|
|2|C2|
|M|t|i|l|d|t|
|Auxiliary contact|
|Function: indication of the position of the device’s contacts|
|Suitable for MCBs S 290 series|
|Signal contact|
|Automatic|Manual|
|S 290-H11|opening|opening|Function: indication of the position of the device’s contacts only after the automatic release of the|
|13|21|1|13|21|1|13|21|1|MCBs and RCBOs due to an overload or a short-circuit|
|Suitable for MCBs S 290 series|
|14|mitmlt|22|2|14|22|2|14|22|2|Auxiliary contact 1 NO +|
|1 NC (1/2 module)|S 290 H11|GH S290 1916 R0011|57031 2|0,05|1|
|S 290 S|Automaticopening|openingManual|Signal contact (1/2 module)|S 290-S11|GH S290 1902 R0018|57032 9|0,05|1|
|13|21|1|13|21|1|13|21|1|
|14|Neh|22|2|14|22|2|14|th|22|2|
|Undervoltage releases|
|Function: protection of the load in the event of a voltage drop (between 70% and 35% of its rated|
|value); positive safety (device’s tripping when the voltage is disconnected) emergency stop by means|
|of a button.|
|Suitable for MCBs S 290 series|
|Undervolage release DC|
|24 V|S 290-UA 24|GH S290 1911 R0012|57035 0|0,09|1|
|Undervolage release DC|
|110 V|S 290-UA 110|GH S290 1911 R0014|57036 7|0,09|1|
|Undervolage release AC|
|a|230 V|S 290-UA 230|GH S290 1911 R0015|57037 4|0,09|1|
|Overall dimensions ......................  pag. 13/17|

**----- End of picture text -----**<br>


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**Technical features** S 700 

**S700 + H2WR** 

## **System pro** _**M**_ 

## **Auxiliary switch S700 + H2WR** 

|**2 Switch-over contacts**||
|---|---|
|**Conv. thermal current Ith**|10 A|
|**Min. operating voltage**|24 V AC/DC|
|**Min. switching power**|5 VA➀|
|**Short-circuit withstand capability**|1000 A @ 230 V AC with S 200 K6 back-up|
|**Isolation coordination**||
|– overvoltage category|III|
|– pollution degree|2|
|– surge withstand capability|4 kV (1.2/50 μs)|
|**Wiring**|up to 2 x 1.5 mm2|
|**Contact reliability under**|5 g, 20 cycles 5…150…5 Hz|
||@ 24 V AC/DC, 5 mA|
||–> contact|



➀ the min. operating current under operating conditions acc. to EN 60204-1 and EN 60439-1 (indoor installation): 24 V AC/DC, 5 mA (AC 12, DC 12) 

**4** 

|AC<br>DC|14<br>12|Ue<br>Ie<br>Ue<br>Ie|400<br>2<br>220<br>1|V<br>A<br>V<br>A|230<br>6<br>110<br>1.5|V<br>A<br>V<br>A|
|---|---|---|---|---|---|---|
|||Ue|60|V|24|V|
|DC|13||||||
|||Ie|2|A|4|A|



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**Selection tables** Accessories for S 700 

**Accessories for S 700 series** 

**4** 

## **System pro** _**M**_ 

## **Mounting adapters** 

**==> picture [112 x 655] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 700 BT 3<br>S 700 KA 1<br>S 700 KA 2/3 S 700 KA 4<br>S 700 KA 5<br>oe<br>S 700 SPA S 700 SPB 1<br>S 700 SPB 2<br>ef;<br>é<br>S 700 QA<br>S 700 SA 1<br>cow)<br>S 700-SPE<br>SK 0142 B 00<br>SK 0166 B 91<br>SK 0167 B 91<br>SK 0174 B 91<br>SK 0072 B 96<br>SK 0169 B 91 SK 0170 B 91<br>SK 119 B 02<br>SK 0145 B 00<br>SK 0079 Z 94<br>**----- End of picture text -----**<br>


|Application|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**4012233**<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece<br>kg|Pack<br>unit<br>pc.|
|---|---|---|---|---|---|---|---|



## **DIN rail adapter** 

for mounting S 700 onto 1 or 2 DIN rails 35 mm acc. to EN 50022 (distance of DIN rails 125 mm when using 2 DIN rails) 

|no. to be used:<br>S701: 1 pc.<br>**S 700 BT 3**<br>S 702,S703,S704: 2pc|GHS7 001 902 R0003**28440 0**➀||10|
|---|---|---|---|
|**Busbar adapter**||||
|for mounting onto 40 mm busbar systems, 4 or 5 pole, with busbars 5 x 12 mm or 10 x 12 mm<br>single phase:<br>L1 or L2 or L3 (adjustable)<br>**S 700 SA 1**<br>GHS7 001 917 R0001**25430 4**➀ <br>3-phase<br>**S 700 QA**<br>GHS7 001 106 R0001**52793 4**➀||for mounting onto 40 mm busbar systems, 4 or 5 pole, with busbars 5 x 12 mm or 10 x 12 mm<br>0.105<br>0.35|for mounting onto 40 mm busbar systems, 4 or 5 pole, with busbars 5 x 12 mm or 10 x 12 mm<br>1<br>1|
|**Terminal covers, 2 per pole**||||
|within the shape of S 700<br>**S 700 KA 1**|GHS7 001 903 R0001**52050 3**|0.001|6|
|for cutouts of 160 mm<br>**S 700 KA 2**|GHS7 001 907 R0001**52090 9**|0.01|6|
|for cutouts of 175 mm<br>**S 700 KA 3**<br>with cable entry<br>**S 700 KA 4**<br>for IP20 protection (front)<br>**S 700 KA 5**|GHS7 001 908 R0001**52100 5**<br>GHS7 001 913 R0001**52140 1**<br>GHS7 001 903 R0005**24300 1**➀|0.01<br>0.015<br>0.003|6<br>6<br>6|
|**Handle covers, 1 per pole**||||
|to prevent||||
|manual switch-off<br>**S 700 SPA**<br>to prevent<br>manual switch-off/-on<br>transparent<br>**S 700 SPB 1**|GHS7 001 905 R0001**52060 2**<br>GHS7 001 906 R0001**52070 1**|0.001<br>0.002|10<br>10|
|grey<br>**S 700 SPB 2**|GHS7 001 906 R0002**52080 0**|0.002|10|
|**Locking for 3 mm padlock**||||
|locking plate<br>3pole<br>**S 700 SPE**<br>GHS7 001 909 R0001**52110 4**<br>0.002<br>10<br>➀ **bbn-No. 4016779**<br>~~©.~~||||



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**4** 

## **System Schemes for combination** 

## **pro** _**M**_ **compact[®]** Auxiliary elements and accessories for MCBs S800 series 

**==> picture [511 x 407] intentionally omitted <==**

**----- Start of picture text -----**<br>
  Combination between auxiliary elements and S800<br>H H<br>or<br>S/H<br>S/H S800<br>DDA 800<br>H H<br>or<br>S/H<br>ST<br>or<br>UR<br>H Auxiliary contact<br>S/H Signal/Auxiliary contact<br>S/H ST Shunt trip<br>UR Undervoltare release<br>2CSC400023F0202<br>**----- End of picture text -----**<br>


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**Auxiliary elements for S800 series** 

**4 Short circuit limiter S803S-SCL** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S800 series 

## **Remote switch unit S800-RSU-H** 

## **Auxiliary contact S800-AUX** 

|**Operating voltage**|[V]|24 DC|
|---|---|---|
|**Current consumption Irms**|[A]|2.5|
|**Stand-by current**|[mA]|< 50|
|**Switching time OFF-ON**|[ms]|< 500|
|**Switching time ON-OFF**|[ms]|< 250|
|**Ambient operation temperature**|[°C]|-25…+70|
|**Switching cycles over lifetime**||10000|
|**Standard**||IEC 60947-2|
|**Protection**<br>**Weight**<br>**Connection**|[g]|Annex N<br>IP20<br>300<br>10 pole Micro<br>Fit 3.0|



|**Auxiliary contact S800-AUX**||
|---|---|
|**Utilisation category**|AC15 400/2A<br>AC15 240/6A<br>DC13 250/0.55A<br>DC13 125V/1.1A<br>DC13 60V/2A<br>DC13 24V/4A|
|**Continuous thermal current  In**<br>[A]|6|
|**Rated insulation voltage Ui**<br>[V]|690|
|**Number of contacts**|2|
|**Rated impulse withstand voltage Uimp**<br>[kV]|6|
|**Pollution degree**|3|
|**Function of contact**|Changeover contacts|
|**Connection Cu**<br>[mm2]|1 x 2.5<br>2 x 1.5|
|**Tightening torque**<br>[Nm]|1|
|**AC/DC supply**|any|
|**Mounting on DIN top hat rail**|EN 60715|
|**Type of protection**|IP20|
|**Permissible ambient temperature for**<br>**operations**<br>[°C]|-25...+60|
|**Storage temperature**<br>[°C]|-40...+70|
|**Mech. device service life**|6000 switching cycles|
|**Icu with S450E**<br>[A]|1000|
|**Resistance to vibration**|IEC 60068-2-6;<br>EN 61373 Cat.1/class B<br>5g, 20 frequency cycle<br>5...150...5Hz<br>at 24V AC/DC, 5mA<br>brief interrupt <10ms|



|**Short circuit limiter S803S-SCL**|||
|---|---|---|
|**Max. rated continuous current In**|[A]|32, 63, 125|
|**Poles**||3|
|**Rated operating voltage Ue**|[V]|400/690|
|**(AC) 50/60Hz**|||
|**Rated insulation voltage Ui**<br>**Rated impulse withstand voltage Uimp**<br>**Ultimate short-circuit breaking capacity Icu in**<br>**accordance with IEC 60947-2**|[V]<br>[kW]|690<br>8|
|400VAC|[kA]|100|
|440VAC<br>690VAC|[kA]<br>[kA]|100<br>50|



Valid combination see: http://www.abb.com/product Low Voltage Products and Systems/Modular DIN Rail Products/High Performance Circuit Breakers HPCBs/Software 

|**Service short-circuit breaking capacity Ics in**||100% Icu|
|---|---|---|
|**accordance with IEC 60947-2**<br>**Rated frequency**|[Hz]|50/60|
|**Mounting position**||any|
|**Disconnector proporties according to IEC 60947-2**||yes|
|**Standard**||IEC 60947-2|
|**Connection Cu**|[mm2]|1...25 strand|
|||1...35 cable|
|**Connection Cu > 32 A**|[mm2]|6...50 strand|
|**Tightening torque**<br>**Supply**<br>**Mounting on DIN top hat rail**<br>**Permissible ambient temperature for operations**<br>**Storage temperature**<br>**Type of protection**|[Nm]<br>[°C]<br>[°C]|6...70 cable<br>min. 3/max. 4<br>any<br>EN 60715<br>-25...+60<br>-40...+70<br>IP20<br>IP40 (only<br>actuation side)|
|**Classifcation in accordance with NF-16-101,**<br>**NF16-102**<br>**Resistance to vibration**||I3F2<br>IEC 60068-2-27;<br>IEC 60068-2;|
|||EN 61373 Cat.1/|
|||class B|



## **Combined auxiliary and signal contact S800 AUX/ALT** 

|**Rated frequency**||[Hz]|50/60|**Combined auxiliary and sign**|**al con**|**tact S800 AUX/ALT**|
|---|---|---|---|---|---|---|
|**Mounting position**|||any|**Utilisation category**||AC15 400/2A|
|**Disconnector proporties**|**according to IEC 60947-2**||yes|||AC15 240/6A|
|**Standard**|||IEC 60947-2|||DC13 250/0.55A|
|**Connection Cu**||[mm2]|1...25 strand|||DC13 125V/1.1A|
||||1...35 cable|||DC13 60V/2A|
|**Connection Cu > 32 A**<br>**Tightening torque**<br>**Supply**<br>**Mounting on DIN top hat rail**<br>**Permissible ambient temperature for operations**<br>**Storage temperature**<br>**Type of protection**||[mm2] <br>[Nm]<br>[°C]<br>[°C]|6...50 strand<br>6...70 cable<br>min. 3/max. 4<br>any<br>EN 60715<br>-25...+60<br>-40...+70<br>IP20<br>IP40 (only<br>actuation side)|**Continuous thermal current  In**<br>**Rated insulation voltage Ui**<br>**Number of contacts**<br>**Rated impulse withstand voltage Uimp**<br>**Pollution degree**<br>**Function of contact**<br>**Connection Cu**|[A]<br>[[A]]<br>[kV]<br>[mm2]|DC13 24V/4A<br>6<br>690<br>2 (1x AUX, 1 x AUX/ALT)<br>6<br>3<br>Changeover contacts<br> 1 x 2.5<br>2 x 1.5|
|**Classifcation in accordance with NF-16-101,**<br>**NF16-102**<br>**Resistance to vibration**|||I3F2<br>IEC 60068-2-27;<br>IEC 60068-2;|**Tightening torque**<br>**AC/DC supply**<br>**Mounting on DIN top hat rail**|[Nm]|1<br>any<br>EN 60715|
||||EN 61373 Cat.1/<br>class B|**Type of protection**<br>**Permissible ambient temperature for**|[°C]|IP20<br>-25...+60|
|||||**operations**|||
|||||**Storage temperature**|[°C]|-40...+70|
|**Rated current In **|**Internal resistance Ri**|**Power loss Pv**||**Mech. device service life**||6000 switching cycles|
|**[A]**|**[m ]**|**[W]**||**Icu with S450E**|[A]|1000|
|32|1.7|1.7||**Resistance to vibration**||IEC 60068-2;|
|63|1.0|4.0||||EN 61373 Cat.1/class B|
|125|0.6|9.4||||5g, 20 frequency cycle<br>5...150...5Hz|
|||||||at 24V AC/DC, 5mA|
|||||||brief interrupt <10ms|



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**4** 

## **System Technical features pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S800 series 

# **Auxiliary elements for S800 series** 

## **Shunt Operation Release S800-SOR** 

|**Shunt Operation Release S800-SOR**||
|---|---|
|**S800-SOR24**<br>**S800-SOR130**|**S800-SOR250**<br>**S800-SOR400**|
|**Rated voltage Ue**<br>[V AC/DC]<br>24<br>48...130|110...250<br>220...400/250�|
|**Operating range**<br>[%] Ue<br>70...110||
|**Rated insulation voltage Ui**<br>[V]<br>690||
|**Coil pull in consumption**<br>[W/VA]<br>16.6/17�<br>41.9...307.3<br>42...310�|23...119<br>20...105�<br>45...148.1|
|**Rated frequency**<br>[Hz]<br>DC; 50/60||
|**Pollution degree**|3|
|**Connection Cu**<br>[mm2]<br>1...25 strand<br>_1...35 cable_||
|**Tightening torque**<br>[Nm]<br>min.3/ max.4||
|**AC/DC supply**<br>any||
|**DIN top hat rail**<br>EN 60715||
|**Type of protection**<br>IP20<br>IP40 (only actuation side)||
|<br>**Permissible ambient temperature of operations**<br>[°C]<br>-25...+60||
|**Storage temperature**<br>[°C]<br>-40...+70||
|**Resistance to vibration**<br>IEC 60068-2-6; EN61373  Cat.1/class B||



## **Undervoltage Release S800-UVR** 

|**Undervoltage Release S800-UVR**||
|---|---|
|**S800-UVR36**<br>**S800-UVR60**<br>**S800-UVR130**|**S800-UVR250**|
|**Rated voltage Ue**<br>[V AC/DC]<br>24...36<br>48...60<br>110...130|220...250|
|**Operating range**||
|**Operating opening**<br>[%] Ue<br>35...70||
|**Operating closing**<br>[%] Ue<br>85||
|**Rated insulation voltage Ui**<br>[V]<br>690||
|**Coil pull in consumption**<br>[W/VA]<br>1.11...1.14/1.2<br>1.14...1.25/1.3�<br>1.3...1.41/1.4�|1.71...1.91/1.9�|
|**Rated frequency**<br>[Hz]<br>DC; 50/60||
|**Pollution degree**<br>3||
|**Standard**<br>IEC 60947-5-1, UL 489||
|**Connection Cu**<br>[mm2]<br>1...25 strand<br>1...35 cable||
|**Tightening torque**<br>[Nm]<br>min.3/ max.4||
|**AC/DC supply**<br>any||
|**DIN top hat rail**<br>EN 60715||
|**Type of protection**<br>IP20<br>IP40 (only actuation side)||
|<br>**Permissible ambient temperature of operations**<br>[°C]<br>-25...+60||
|**Storage temperature**<br>[°C]<br>-40...+70||
|**Resistance to vibration**<br>IEC 60068-2-6; EN61373 Cat.1/class B||



� according to UL 489 

## **Busbar S803-BB250** 

|**Busbar S803-BB250**|||
|---|---|---|
|**Max. rated continuous current In**|||
|Side supply|[A]|125|
|Central supply|[A]|250|
|**Conditional short circuit current Ip**|[kA eff]|100  protected by Tmax|
|**Poles**||3|
|**Rated operating voltage Ue**<br>(AC) 50/60Hz<br>**Rated insulation voltage Ui**|[V]<br>[V]|400/690<br>690|
|**Rated impulse withstand voltage**<br>**Uimp**|[kV]|8|
|**Rated frequency**|[Hz]|50|
|**Standards**||EN 60439-2:2000|
|**Material of the bars**||E-Cu 58 half-hard rolled F25|
|**Material of the insulation profle**<br>**Material of the end caps**||Cycoloy C 3600; UL94 V-0 at<br>1.5mm<br>Polyamide PA66+PA6; UL94|
|||V-0 at 0.4mm Free of halogen|
|||and phosphorus|
|**Busbar cross-sections**|[mm2]|60|
|**Overvoltage category**||III|
|**Polution degree**||2|



## **Busbar Power Connector S803-BBPC120** 

|**Max. rated continuous current In**|[A]|250|
|---|---|---|
|**Poles**||3|
|**Rated operating voltage Ue**|[V]|400/690|
|**Rated frequency**|[Hz]|50|
|**Standards**||EN 60439-2:2000|
|**Material of the terminals**||CuZn39Pb2; material|
|||no.:2.0380|
|**Casing material**||Polyamide PA66+PA6; UL94|
|||V-0 at 0.4mm|
|||Free of halogen and phos-|
|||phorus|
|**Tightening torque**|||
|At supply end|[Nm]|19|
|At busbar end|[Nm]|3|
|**Connection cross-section**|[mm2]|1.6...120|
|**Polution degree**||2|



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**Auxiliary elements for S800 series** 

## **System Selection tables pro** _**M**_ **compact[®]** Auxiliary elements for MCBs S800 series 

**==> picture [539 x 635] intentionally omitted <==**

**----- Start of picture text -----**<br>
Description  Order  Bbn Price  Price  Weight  Pack<br>details 7612271  1 piece  group  1 piece  unit<br>Type code Order code  EAN kg  pc.<br>Remote switching unit<br>Remote switching unit  S800-RSU-H 2CCS800900R0501  411244 0.300  1<br>breaker is<br>not included<br>Description  Order  Bbn Price  Price  Weight  Pack<br>details 7612271  1 piece  group  1 piece  unit<br>[A]  Type code Order code  EAN kg  pc.<br>Short-circuit current limiters with cage terminal<br>4<br>32  S803S-SCL32 2CCS800900R0291  208912 0.735  1<br>63  S803S-SCL63 2CCS800900R0301  208929 0.735    1<br>125   S803S-SCL125 2CCS800900R0281  208905 0.735    1<br>a<br>Short-circuit current limiters with ring terminal cable connection<br>32  S803S-SCL32-R 2CCS800900R0332  408916 0.735    1<br>63   S803S-SCL63-R 2CCS800900R0331  208950 0.735    1<br>125   S803S-SCL125-R 2CCS800900R0311  208936 0.735    1<br>Description  Order  Bbn Price  Price  Weight  Pack<br>details 7612271  1 piece  group  1 piece  unit<br>Type code Order code  EAN kg  pc.<br>Auxiliary contact<br>Auxiliary contact  S800-AUX 2CCS800900R0011  206802 0.049  1<br>Combined auxiliary and signal contact<br>Auxiliary/signal contact S800-AUX/ALT  2CCS800900R0021  206819  0.050  1<br>é<br>Separating neutral<br>Separating neutral 63A  S800-NT  2CCS800900R0061  208196 0.115  1<br>2CSC400025F0202<br>2CCC413019F0002<br>2CCC413020F0001<br>2CCC413069F0001<br>2CCC413070F0001<br>2CCC413067F0001<br>**----- End of picture text -----**<br>


**==> picture [251 x 45] intentionally omitted <==**

**----- Start of picture text -----**<br>
Overall dimensions ......................  pag. 13/17<br>vo<br>**----- End of picture text -----**<br>


~~__——~~ 

ABB 

**4** /58 

**Accessories for S800 series** 

## **System Selection tables pro** _**M**_ **compact[®]** Accessories for MCBs S800 series 

|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**7612271**1 piece|1 piece|group|1 piece|unit|
|**Type code**<br>**Shunt operation releases**||Order code|**EAN**|||kg|pc.|
|12VAC/DC|**S800-SOR12**|2CCS800900R0191|**212070**|||0.15|1|
|24VAC/DC|**S800-SOR24**|2CCS800900R0191|**208318**|||0.15|1|
|48...130VAC/DC|**S800-SOR130**|2CCS800900R0221|**208349**|||0.15|1|
|110...250VAC/DC|**S800-SOR250**|2CCS800900R0211|**208332**|||0.15|1|
|220...400VAC/DC|**S800-SOR400**|2CCS800900R0231|**208356**|||0.15|1|
|**Under voltage releases**<br>24...36VAC/DC<br>**S800-UVR36**<br>48...60VAC/DC<br>**S800-UVR60**<br>110...130VAC/DC<br>**S800-UVR130**||2CCS800900R0241<br>2CCS800900R0251<br>2CCS800900R0261|**208363**<br>**208370**<br>**208387**|||0.15<br>0.15<br>0.15|1<br>1<br>1|
|220...250VAC/DC|**S800-UVR250**|2CCS800900R0271|**208394**|||0.15|1|



**==> picture [5 x 166] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413239F<br>2CCC413240F<br>**----- End of picture text -----**<br>


|ee|**Rotary drive adapter for 3-4-pole High Performance MCB**<br>RotaryDrive<br>**S800-RD**<br>2CCS800900R0041<br>**208172**<br>0.080<br>1<br> ~~|~~<br>~~!_L!JYJYySS_——~~|**Rotary drive adapter for 3-4-pole High Performance MCB**<br>RotaryDrive<br>**S800-RD**<br>2CCS800900R0041<br>**208172**<br>0.080<br>1<br> ~~|~~<br>~~!_L!JYJYySS_——~~|
|---|---|---|
||2CCC413061F0001|**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8015644**1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**Anthracite/Standard rotary handle for door assembly**|



**==> picture [5 x 281] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC413061F0001<br>2CCC413062F0001<br>2CCC413064F0001<br>**----- End of picture text -----**<br>


|Anthracite rotaryhandle<br>**S800-RHE-H**|1SDA060150R1<br>**625771**|0.21|1|
|---|---|---|---|
|**Red/Emergency rotary handle for door assembly**<br>Red rotaryhandle<br>**S800-RHE-EM**<br>1SDA060151R1<br>**625764**<br>**Axial extension of rotary drive – rotary handle 500mm**||0.21|1|
|Axial extension||||
|500mm for RHE<br>**S800-RHE-S**|1SDA060179R1<br>**626242**|0.19|1|



**4** 

**Overall dimensions ......................  pag. 13/17** LT 

ABB 

**4** /59 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Accessories for S800** Accessories for MCBs S800 **and RCD-blocks** and RCD-blocks DDA 800 series **DDA 800 series** 

## **IP54 protection for rotary handle** 

||||IP54 kit<br>**S800-RHE-IP54** <br>1SDA060180R1<br>**626259**<br>0.075 <br>1|
|---|---|---|---|
||||Description<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack|
||||**details**<br>**7612271**1 piece<br>group<br>1 piece<br>unit|
||||**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.|
|**4**<br>**Intermediate piece**<br>Intermediate Piece 9mm<br>**S800-IP9**<br>2CCS800900R0031<br>**20820 2**<br>0.011 <br>1<br>**Padlock device**<br>Padlock Lever Lock<br>with 4mm hasp<br>**S800-PLL**<br>2CCS800900R0051<br>**208189**<br>0.0015<br>1<br>2CCC413068F0001<br>2CCC413066F0001<br>~~—~~||||
|||2CCC413308F0001||
||||**UL locking device**|
||||UL lockingdevice<br>**S800U-PLL**<br>2CCS800017R0001<br>**215057**<br>0.03<br>2|
||~~;~~|2CCC413045F0001<br>~~;~~|**Interchangeable adapter kit**<br>Cage Terminal<br>**S800N-CT2125**<br>2CCS800900R0471<br>**212049**<br>0.03<br>2<br>Cage Terminal<br>**S800N-CT4125**<br>2CCS800900R0461<br>**212032**<br>0.06<br>4<br>~~;~~<br>~~———~~|
||ze||2CCC413046F0004|**Interchangeable adapter kit**<br>RingTerminal cable connection**S800-RT2125**<br>2CCS800900R0161<br>**208240**<br>0.03<br>2<br>RingTerminal cable connection**S800-RT4125**<br>2CCS800900R0131<br>**208219**<br>0.06<br>4<br>~~ee~~|
|**Overall dimensions ......................  pag. 13/17**<br>~~LT~~||||



ABB 

**4** /60 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** 

## **Selection tables Accessories for S800,** Accessories for MCBs S800 **S500 and** and RCD-blocks DDA 800 series **DDA 800 series** 

## **Busbar** 

**==> picture [512 x 674] intentionally omitted <==**

**----- Start of picture text -----**<br>
Busbar 250A  S803-BB250 2CCS800900R0071  208288 1.5 1<br>Supply block<br>Busbar Power<br>Connector 120mm [2] S803-BBPC120 2CCS800900R0101  208301 0.46 1<br>Contact protection cap<br>Busbar Isolation Cap S800-BBIC 2CCS800900R0081  208967 0.02 12<br>End cap<br>End cap S800-END 2CCS800900R0091  208295 0.04 10<br>S 800-ILS<br>Identification Labeling<br>System 168x6x11.5mm  S800-ILS 2CCS800900R0121  208271 0.011 1<br>13 21 13 23<br>14 i 22 é 14 24 Auxiliary elements and accessories for S500<br>S500-H11 S500-H20<br>Description   Order  Bbn Price  Price  Weight  Pack<br>details 761227 1 piece  group  1 piece  unit<br>Type code Order code  EAN  kg  pc.<br>Auxiliary contact<br>1 NO and 1 NC contact   S500-H11  2CCF008681R0001   0305506 0.06  1<br>2 NO contacts  S500-H20 2CCF008682R0001  0305513 0.06  1<br>13 21 13 23<br>14 4 22 14 24 |<br>S500-S11 S500-S20<br>Signal contact<br>1 NO and 1 NC contact   S500-S11 2CCF008684R0001  0305537 0.06  1<br>2 NO contacts  S500-S20 2CCF008685R0001  0305544 0.06  1<br>Remote switch unit<br>Remote switch unit   S500-RSU-H 2CCF017987R0001  1407780 0.3  1<br>breaker is<br>— ——<br>not included<br>Auxiliary elements and accessories for DDA 800 RCD-blocks<br>Description   Order  Bbn Price  Price  Weight  Pack<br>details 8012542  1 piece  group  1 piece  unit<br>Type code Order code  EAN  kg  pc.<br>Ring tongue terminal kit  DDA 800-RT 2CSB100913R0001  987406 0.01  1/12<br>ay OH Oo<br>Overall dimensions ......................  pag. 13/17<br>LT<br>2CCC413057F0001<br>2CCC413058F0001<br>5008681<br>5008684<br>2CSC400025F0202<br>2CSC400680F0001<br>**----- End of picture text -----**<br>


**4** 

ABB 

**4** /61 

The following chapter shows other protection devices in addition to the MCBs and RCDs ones.: 

Surge protective devices OVR: they are aimed at protecting electrical and electronic equipment against overvoltages and impulse currents (such as switching and lighting surges). 

SPDs feature the following two functions: 

- they limit overvoltage to a level acceptable by the equipment to be protected 

- - they divert surge currents 

Fuse holders can protect against short circuits and overloads. 

They are available in the following versions: 

- E 90 fuse switch disconnectors that can disconnect circuits under load 

- E 90 and E 930 fuse holders ranges suitable for use with gG and aM cylindrical fuse 

Insulation monitoring devices 

Moreover ABB offers a wide range of insulation monitoring devices: 

For medical location 

- ISOLTESTER/ SELVTESTER insulation monitoring devices for medical locations 

- QSD remote signalling panel 

- For industrial environments - ISL insulation monitoring devices 

TI insulating transformers for medical use: permanently connected to an IT power supply system they provide galvanic separation between the distribution network and the loads. 

QSO Complete electrical switchboard for medical locations : they are the ideal solution for distribution within group II medical locations, allowing monitoring of all network parameters. 

- E 90 PV fuse disconnectors, designed for operating voltages of 1000 V d.c. with utilization category DC-20 

## Cylindrical fuses 

gG and aM cylindrical fuse series to protect against short circuits and overloads. The range can cover a wide range of sizes, up to 690 V AC, and in PV version up to 1000 V DC. The E 9F series is the ideal completion for the ABB range of E 90 fuse switch disconnectors, E 9F fuseholders and E 930 fuse disconnectors. 

**5** 

## **Other modular devices Protection devices** 

## **Index** Index 

> **Technical features of OVR Surge Protective Devices** Technical f **.................................................... 5** /2 

**==> picture [335 x 179] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Selection tables|Selection|[t]|
|OVR Surge Protective Devices ..............................................................................................|OVR|Surge|5|/7|
|E 90 Fuse switch disconnectors, fuse holders and fuse disconnectors .............................|E 90 Fuse|5|/12|
|E 930 Fuse disconnectors ...................................................................................................|E|930|Fuse|5|/19|
|E 9F cylindrical fuses ...........................................................................................................|cor cylindi|5|/22|
|E 9F PV cylindrical fuses for photovoltaic applications ......................................................|E|9F|PV|cyl|5|/31|
|ILTS switch-disconnectors ..................................................................................................|ILTS|switch|5|/33|
|D0 fuse carrier ISS ..............................................................................................................|DO|fuse|car|5|/34|
|EPD24 electronic protection devices ....................................................................................|EPD24|elec|5|/36|
|ISOLTESTER-DIG insulation monitoring devices ................................................................|ISOLTESTE|5|/40|
|SELVTESTER Insulation monitoring device for insulated networks at 24 V a.c./d.c. ..........|SELVTESTE|5|/42|
|QSD-DIG 230/24 Remote signalling panel for insulation monitoring devices .....................|QSD-DIG|2|5|/42|
|TI insulating transformers for medical locations ..................................................................|TI|insulating|5|/44|
|QSO switchboards for medical locations  ............................................................................|QSO switct|5|/45|
|ISL industrial insulation monitoring devices ........................................................................|ISL|industri|5|/46|

**----- End of picture text -----**<br>


**ABB** SACE 

**5** /1 

**System Technical features pro** _**M**_ **compact[®]** OVR Surge Protective Devices Type 1 & Type 1+2 

**SPDs** 

**5** 

**==> picture [500 x 438] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Type 1|
|TECHNICAL FEATURES|
|OVR T1|H|[25 ]|B|TS|
|Technology|Triggered spark-gap|
|Electrical features|
|Standard|IEC 61643-1 / EN 61643-11|
|Type / test class|1 / I|
|Poles|1P|-|1P|-|,|[2P ]|2L|3P|3L|4P|4L|1P+N|1N|3P+N|3N|
|Types of networks|IT - TNS|eee|TNS-TNC|TNC|TNS|TT - TNS|a|TT - TNS|
|Type of current|A.C.|
|Nominal voltage Un (L-N/L-L)|V|400|230|230/400|230/400|230/400|
|Max. cont. operating voltage Uc|V|||440|||255|-|-|
|Max. cont. operating voltage Uc (L-N / N-|)|V|-|-|||255|[/ 255]|||255|[/ 255]|
|Impulse current Iimp (10/350) per pole|kA|25|25|-|-|
|Impulse current Iimp (10/350) (L-N / N-|)|kA|-|-|25 / 50|25 / 100|
|Imax discharge current (8/20) per pole (Imax)|kA|-|-|-|-|
|Imax discharge current (8/20) (L-N/N-terre) (Imax)|kA|-|-|-|-|
|Nominal discharge current In (8/20) per pole|kA|25|25|-|-|
|Nominal discharge current In (8/20 (L-N / N-|)|kA|-|25 / 50|25 / 100|
|Voltage protection level Up|kV|2|2.5|-|-|
|Voltage protection level Up (L-N / N-|)|kV|-|-|2.5 / 2|2.5 / 2|
|Follow current interrupting rating Ifi|kArms|50|50|-|-|
|Follow current interrupting rating Ifi (L-N / N-|)|kArms|-|-|50 / 0.1|50 / 0.1|
|TOV (Temporary overvoltage) withstand UT (5s.)|V|690|400|-|-|
|TOV (Temporary overvoltage) withstand UT|(L-N: 5s. / N-|: 200ms.)|V|-|-|400 / 1200|400 / 1200|
|Continuous operating current Ic|mA|None|
|Short-circuit withstand capability|kArms|50|
|Load current Iload (for V-wiring)|A|125|
|-|
|Maximum back-up fuse gG/gL|
|Parallel Connection|A|≤125|
|Serial Connection (V-wiring)|A|≤125|
|Mechanical features|
|Stocking and operating temperature|°C|-40 to +80|
|Degree of protection|IP 20|
|Fire resistance according to UL 94|V0|
|Colour of Housing|Polyarylamide grey RAL 7035|
|State indicator|Option (with TS)|
|TS remote indicator|Option (TS)|
|Installation|
|Wire range (L, N,|)|
|solid wire|mm|[2]|2.5 ... 50|
|stranded wire|mm|[2]|2.5 ... 35|
|Stripping length (L, N,|)|mm|15|
|Tightening torque (L, N,|)|Nm|3.5|

**----- End of picture text -----**<br>


## **TECHNICAL FEATURES** 

## **TECHNICAL FEATURES OF THE INTEGRATED AUXILIARY CONTACT (TS)** 

**==> picture [441 x 89] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Electrical features|
|Contact complement|1NO (1 normally open contact),|
|+1NC (1 normally closed contact)|
|Min. load|6 V D.C. - 10 mA|
|Max. load|250 V A.C. - 5 A|
|Continuous operating current|mA|10|
|Installation|
|Connection cross-section|mm|[2]|1.5|

**----- End of picture text -----**<br>


ABB 

**5** /2 

**SPDs** 

**5** 

## **System Technical features pro** _**M**_ **compact[®]** OVR Surge Protective Devices Type 1 & Type 1+2 

|**Type 1**<br>**OVR T1**<br> **25 255-7**<br>**Triggered spark-gap**<br>Oo|**Type 1**<br>**OVR T1**<br> **25 255-7**<br>**Triggered spark-gap**<br>Oo||**Type1+2**<br>**OVR T1+2 25 255 TS**<br>**Triggered spark-gap/varistor**|**Type 1+2**<br>**OVR T1+2**<br> **15 255-7**<br>**Triggered spark-gap**<br>Oo|**Type 1+2**<br>**OVR T1+2**<br> **15 255-7**<br>**Triggered spark-gap**<br>Oo||||**Type 1+2**<br>**OVR T1+2**<br> **7 275 s P**<br>**Varistor**<br>Oo|**Type 1+2**<br>**OVR T1+2**<br> **7 275 s P**<br>**Varistor**<br>Oo||
|---|---|---|---|---|---|---|---|---|---|---|---|
|IEC 61643-1 / EN 61643-11<br>1 / I<br>1P<br>-<br>3P+N<br>3N<br>TNS-TNC<br>TT - TNS<br>A.C.<br>230<br>230/400<br>255<br>-<br>-<br>255 / 255<br>25<br>-<br>-<br>25 / 100<br>-<br>-<br>-<br>-<br>25<br>-<br>-<br>25 / 100<br>2.5<br>-<br>-<br>2.5 / 1.5<br>7<br>-<br>-<br>7 / 0.1<br>650<br>-<br>-<br>650 / 1200<br>< 2 (LED)<br>50<br>-<br>≤125<br>NA<br>:~~a~~<br>||||IEC 61643-1 / EN 61643-11<br>IEC 61643-1 / EN 61643-11<br>1/ I<br>1 / I<br>1P<br>-<br>3P+N<br>3N<br>TNS - TNC<br>TNS-TNC<br>TT - TNS<br>A.C.<br>A.C.<br>230<br>230<br>230/400<br>255<br>255<br>-<br>-<br>-<br>255 / 255<br>25<br>15<br>-<br>-<br>-<br>15 / 50<br>40<br>60<br>-<br>-<br>-<br>60/60<br>25<br>15<br>-<br>-<br>-<br>15 / 50<br>1.5<br>1.5<br>-<br>-<br>-<br>1.5 / 1.5<br>15<br>7<br>-<br>-<br>-<br>7 / 0.1<br>334<br>650<br>-<br>-<br>-<br>650 / 1200<br>< 1 (Varistor leakage)<br>< 2 (LED)<br>50<br>50<br>125<br>-<br>≤125<br>≤125<br>125<br>NA<br>~~a~~;||||IEC 61643-1 / EN 61643-11<br>1 / I<br>1P<br>-<br>3P<br>3L<br>4P<br>4L<br>1P+N<br>1N<br>3P+N<br>3N<br>TNS-TNC<br>TNC TNS<br>TT - TNS<br>TT - TNS<br>A.C.<br>230<br>230/400<br>230/400<br>230/400<br>275<br>275<br>275 / 255<br>7<br>-<br>-<br>-<br>7 / 12<br>7 / 12<br>70<br>-<br>-<br>-<br>70/70<br>70/70<br>6<br>-<br>-<br>-<br>6<br>6<br>0.9<br>-<br>-<br>-<br>0.9 / 1.4<br>0.9 / 1.5<br>NA<br>-<br>-<br>-<br>NA / 0.1<br>NA / 0.1<br>334<br>-<br>-<br>-<br>334 / 1200<br>< 1<br>50<br>-<br>≤50<br>NA<br>; |<br>||||||
|-40 to +80<br>IP 20<br>V0<br>Polyarylamide grey RAL 7035<br>Yes<br>No|||-40 to +80<br>IP 20<br>V0<br>Polyarylamide grey RAL 7035<br>Yes<br>Yes|-40 to +80<br>IP 20<br>V0<br>Polyarylamide grey RAL 7035<br>Yes<br>No|||||-40 to +80<br>IP 20<br>V0<br>PC grey RAL 7035<br>Yes<br>No|||
|2.5 ... 50<br>2.5 ... 35<br>15<br>3.5|||2.5 ... 50<br>2.5 ... 35<br>15<br>3.5|2.5 ... 50<br>2.5 ... 35<br>15<br>3.5|||||2.5 ... 25<br>2.5 ... 16<br>12.5<br>2.8|||
|||||||||||||
|-<br>-<br>-<br>-<br>-|||1NO (1 normally open contact),<br>+1NC (1 normally closed contact)<br>12V D.C. - 10 mA<br>250V A.C. - 1 A<br>None|-<br>-<br>-<br>-|||||-<br>-<br>-<br>-|||
|-|||1.5|-|||||-|||



ABB 

**5** /3 

**5** 

## **System Technical features pro** _**M**_ **compact[®]** OVR Surge Protective Devices Type 2 

## **SPDs** 

**==> picture [555 x 582] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Type 2|(pluggable)|
|TECHNICAL FEATURES|
|OVR T2|Ha|[(s) P (TS)]|
|Technology|Varistor|
|Electrical features|
|Standard|IEC 61643-1 / EN 61643-11|
|Type / test class|2 / II|
|Poles|1P|-|3P|3L|4P|4L|3P+N 3N|1P|-|3P|3L|4P|4L|1P+N 1N|3P+N 3N|
|Types of networks|IT - TNS|Oo|IT*|7s|IT|TT - TNS|Oo|TNS-TNC|a\)a5|TNC|TNS|TT-TNS|a|TT-TNS|Oo|
|Type of current|A.C.|A.C.|A.C.|A.C.|A.C.|
|Nominal voltage Un (L-N/L-L)|V|400|230/400|230/400|230|||230||||400|230|230/400|
|Max. cont. operating voltage Uc|V|440|440|-|i|275|-|
|Max. cont. operating voltage Uc (L-N / N-PE)|V|-|-|||440|[/ 255]|-|275|[/ 255]|
|Max. cont. operating voltage Ucpv|V|
|Maximum discharge current Imax (8/20) per pole|kA|HBHEH|15|40|70|HH|40|70|-|-|-|HH|15|HH|40|70|-|-|-|
|Maximum discharge current Imax (8/20) (L-N / N-PE)   kA|-|-|-|-|-|BH|15|[/70]|40|[/70]|BB|70|[/70]|-|-|-|nH|15|[/70]|8H|40|[/70]|HB|70|[/70]|
|Nominal discharge current In (8/20) per pole|kA|5|20|30|20|30|-|-|-|5|20|30|-|-|-|
|Nominal discharge current In (8/20) (L-N / N-PE)|kA|-|-|-|-|-|5/30|20/30|30/30|-|-|-|5/30|20/30|30/30|
|Voltage protection level Up|kV|1.5 1.9|2|1.9|2|-|-|-|1|1.4|1.5|-|-|-|
|Voltage protection level Up (L-N / N-PE)|kV|-|-|-|-|-|1.5/1.4|1.9/1.4|2/1.4|-|-|-|1/1.4|1.4/1.4 1.5/1.4|
|Residual voltage Ures at 3 kA per pole|kV|1.4 1.4 1.3|1.4|1.3|-|0.9|0.9|0.85|-|
|Residual voltage Ures at 3kA (L-N / N-PE)|kV|-|-|-|-|-|1.4/1.2|1.4/1.2 1.3/1.2|-|0.9/1.2 0.9/1.2 0.85/1.2|
|Follow current interrupting rating Ifi|kArms|NA|NA|-|NA|-|
|Follow current interrupting rating Ifi (L-N / N-PE)|kArms|-|-|NA / 0.1|-|NA / 0.1|
|TOV (Temporary overvoltage) withstand Ut (5s.)|V|440 440 440|440|-|334|-|
|TOV (Temporary overvoltage) withstand Ut (L-N: 5s./N-PE: 200ms)|V|-|-|440 / 1200|-|334 / 1200|
|Continuous operating current Ic|mA|< 1|< 1|< 1|< 1|< 1|
|Short-circuit withstand capability|kArms|50|50|50|50|50|
|Short-circuit D.C. current withstand capability Iscwpv|A|
|Disconnector|
|gG -gL fuse|A|≤50|≤50|≤50|≤50|≤50|
|curve C circuit breaker|A|≤50|≤50|≤50|≤50|≤50|
|Mechanical features|
|Stocking and operating temperature|°C|-40 to +80|
|Degree of protection|IP 20|
|Fire resistance according to UL 94|V0|
|Material of Housing|PC grey RAL 7035|
|Pluggable cartridge|Yes|
|Integrated thermal disconnector|Yes|
|State indicator|Yes|
|Safety reserve|Option (s)|
|TS remote indicator|Option (TS)|
|Installation|
|Wire range (L, N,|)|
|solid wire|mm|[2]|2.5 ... 25|
|stranded wire|mm|[2]|2.5 ... 16|
|Stripping length (L, N,|)|mm|12.5|
|Tightening torque (L, N,|)|Nm|2.8|
|TECHNICAL FEATURES OF THE INTEGRATED AUXILIARY CONTACT (TS)|
|Electrical features|
|Contact complement|1NO (1 make contact),|
|+1NC (1 normally closed contact)|
|Min. load|12V D.C. - 10 mA|
|Max. load|250V A.C. - 1 A|
|Continuous operating current|mA|None|
|Installation|
|Connection cross-section|mm|[2]|1.5|

**----- End of picture text -----**<br>


ABB 

**5** /4 

**SPDs** 

**5** 

## **System Technical features pro** _**M**_ **compact[®]** OVR Surge Protective Devices Type 2 

|en all<br>*.|**NEW**<br>+<br>¥<br>wees|**NEW**<br>—<br>pete.|,<br>pa|
|---|---|---|---|
|fe '|+|&|a.|
|**Type 2**(non pluggable)<br>**OVR Plus N1 40**|**OVR Plus N3 15**|**OVR Plus N3 40**|**Type 2**(non pluggable)<br>**OVR T2**<br> **275**<br>a)|
||||**Varistor**|
|IEC 61643-1 / EN 61643-11<br>2 / II<br>1P+N<br>N1<br>TT - TNS<br>A.C.<br>230/400<br>320<br>-<br>20 /<br>40<br>-<br>20<br>-<br>1.6 / 1.5<br>-<br>1/0.6<br>NA<br>-<br>-<br>-<br>< 1<br>15<br>Integrated MCB<br>-<br>-<br>O|EN 61643-11, IEC 61643-1<br>EN 61643-11, IEC 61643-1<br>T2/II<br>T2/II<br>4<br>4<br>TT-TNS<br>TT-TNS<br>A.C.<br>A.C.<br>230/400<br>230/400<br>320<br>320<br>-<br>-<br>-<br>-<br>-<br>-<br>15/60<br>40/60<br>-<br>-<br>5/40<br>20/40<br>-<br>-<br>1.3/1.5<br>2/1.5<br>-<br>-<br>1.1/1<br>1.1/1<br>-<br>-<br>-<br>-<br>-<br>-<br>334/1200<br>334/1200<br><0.1<br><0.1<br>10<br>15<br>Integrated MCB<br>Integrated MCB<br>==||IEC 61643-1 / EN 61643-11<br>2 / II<br>1P<br>-<br>4P<br>4L<br>TT* - TNS - TNC<br>TNS<br>A.C.<br>230<br>230/400<br>275<br>-<br>-<br>15<br>40<br>-<br>-<br>5<br>20<br>-<br>-<br>1<br>1.4<br>-<br>-<br>1<br>0.9<br>-<br>-<br>NA<br>-<br>334<br>-<br>< 1<br>50<br>≤50<br>≤50<br> |<br>i<br>i|
|||||
|-40 to +80<br>IP 20<br>V0<br>PC grey RAL 7035<br>No<br>Yes<br>Yes (MCB)<br>No<br>Optional (S2C-H6R)<br>ABB (2CDS200912R0001)|No<br>Yes<br>Yes (MCB)<br>No<br>Optional (S2C-H6R)<br>ABB (2CDS200912R0001)|No<br>Yes<br>Yes (MCB)<br>No<br>Optional (S2C-H6R)<br>ABB (2CDS200912R0001)|-40 to +80<br>IP 20<br>V0<br>PC grey RAL 7035<br>No<br>Yes<br>Yes<br>No<br>No|
|2.5 ... 25<br>2.5 ... 16<br>11<br>2.8|2.5 … 25<br>2.5 … 16<br>11<br>2,8|2.5 … 25<br>2.5 … 16<br>11<br>2,8|2.5 ... 25<br>2.5 ... 16<br>12.5<br>2,8|
|||||
|-<br>-<br>-<br>-<br>-<br>-|-<br>-<br>-<br>-<br>-<br>-|-<br>-<br>-<br>-<br>-<br>-|-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-<br>-|



ABB 

**5** /5 

**SPDs** 

**5** 

## **System Technical features pro** _**M**_ **compact[®]** OVR Surge Protective Devices Type 2 

|**TECHNICAL FEATURES**<br>**Type 2 Photovoltaic**<br>**OVR PV**<br> **P (TS)**<br>Technology<br>**Varistor**<br>la||||||||**Telecom / Dataline**<br>**OVR TC**<br>**VP**<br>is|**Telecom / Dataline**<br>**OVR TC**<br>**VP**<br>is|**Telecom / Dataline**<br>**OVR TC**<br>**VP**<br>is|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|**Electrical features**|||||||||||||||||
|Standard<br>IEC 61643-1 / EN 61643-11 / UTE C 61-740-51<br>Type / test class<br>2 / II|||||||||IEC 61643-21<br>TC||||||||
|Poles<br>3<br>Types of networks<br>Photovoltaic<br>B|||||||||1 pair<br>D.C:||||||||
|Type of current<br>D.C.<br>D.C.<br>Nominal voltage Un (L-N/L-L)<br>V<br>600<br>1000<br>Max. cont. operating voltage Uc<br>V<br>-<br>-<br>Max. cont. operating voltage Ucpv<br>V<br>670<br>1000<br>=<br>(a|||Low current<br>6<br>12<br>24<br>48<br>200<br>200FR<br>7<br>14<br>27<br>53<br>220<br>220<br>-<br>~~222222~~||||||||||||||
|Maximum discharge current Imax (8/20) per pole<br>kA<br>40<br>40<br>i<br>=|||||||||10||||||||
|Nominal discharge current In (8/20) per pole<br>kA<br>20<br>20<br>Nominal discharge current In (8/20) (L-N / N-PE)<br>kA<br>-<br>-|||||||||5<br>-||||||||
|Voltage protection level Up<br>kV<br>1.4<br>3.8<br>Residual voltage Ures at 3 kA per pole<br>kV<br>Residual voltage Ures at 3kA (L-N / N-PE)<br>kV<br>Follow current interrupting rating Ifi<br>kArms<br>-<br>-<br>Follow current interrupting rating Ifi(L-N / N-PE)<br>kArms<br>-<br>-<br>TOV (Temporary overvoltage) withstand Ut (5s.)<br>V<br>-<br>-<br>TOV (Temporary overvoltage) withstand Ut(L-N: 5s./N-PE: 200ms) V<br>-<br>-<br>Continuous operating current Ic<br>mA<br>< 0.05<br>< 0.05<br>Short-circuit withstand capability<br>kArms<br>-<br>-<br>Short-circuit D.C. current withstand capability Iscwpv<br>A<br>100<br>100<br>Disconnector<br>If DC current >100 A If DC current >100 A<br>gG -gL fuse<br>A<br>E90PV<br>E90PV<br>Circuit breaker<br>A<br>S802PV-S10<br>S804PV-S10||||15|20<br>35<br>70<br>700<br>400<br>-<br>-<br>-<br>-<br>140<br>-<br>-<br>-<br>|<br>|<br>|<br>|<br>|||||||||||||
|**Mechanical features**<br>Stocking and operating temperature<br>°C<br>-40 to +80<br>Degree of protection<br>IP 20<br>Fire resistance according to UL 94<br>V0<br>Material of Housing<br>PC grey RAL 7035<br>Pluggable cartridge<br>Yes||||||||-40 to +80<br>IP 20<br>V0<br>PC grey RAL 7035<br>Yes|||||||||
|Integrated thermal disconnector<br>Yes (specific PV)<br>State indicator<br>Yes<br>Safety reserve<br>No<br>TS remote indicator<br>Yes (TS option)||||Yes|Yes<br>Yes<br>Yes<br>No<br>No<br>No<br>No<br>|<br>|<br>|<br>|<br>||||||||||Yes|||
|**Installation**|||||||||||||||||
|Wire range (L, N,<br>)<br>solid wire<br>mm2<br>2.5 ... 25<br>stranded wire<br>mm2<br>2.5 ... 16|||||||||0.5 ... 2.5<br>0.5 ... 2.5||||||||
|Stripping length (L, N,<br>)<br>mm<br>12.5|||||||||-||||||||
|Tightening torque (L, N,<br>)<br>Nm<br>2.8|||||||||-||||||||
|**TECHNICAL FEATURES OF THE INTEGRATED AUXILIARY CONTACT (TS)**|||||||||||||||||
|**Electrical features**<br>Contact complement<br>-<br>-<br>Min. load<br>-<br>Max. load<br>-<br>Continuous operating current<br>mA<br>-<br>**Installation**|||||||||-<br>-<br>-<br>-<br>-||||||||
|Connection cross-section<br>mm2<br>-|||||||||-||||||||



ABB 

**5** /6 

**System Selection tables pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

**SPDs** 

T1 

## **Surge Protective Devices, Type 1 / Type 1+2** 

Function: Type 1 and Type 1+2 SPDs are Lightning Current Arresters. They can handle and divert high energy from lightning. 

They are necessary when the installation is exposed to direct lightning (for example when the building is equipped with external lightning protection system or powered by aerial lines). They shall be installed at the line entrance of the installation (meter board or main distribution board). 

ABB Type 1 and Type 1+2 SPDs are tested with wave-shape 10/350. Additionnaly, Type 1+2 SPDs are also tested with wave-shape 8/20 to guarantee protection against overvoltage of low energy from remote lightning stroke or from switching operations. 

ABB Type 1+2 SPDs feature a better voltage protection level (Up) than Type 1 SPDs which make them suitable for protection of most of electrical and electronic equipment. 

Type 1 Neutral SPDs are for TT networks when used in combination with phase SPDs Type 1 or Type 1+2. 

## Application: residential, commercial, industrial Standard: IEC 61643-1 / EN 61643-11 

10/350 current wave for SPDs Type 1, 10/350 & 8/20 for SPDs Type 1+2, spark-gap technology (no blow-out). 

|Nb. of<br>Impulse Follow|Impulse Follow|Voltage|Nominal Max. cont.|Nominal Max. cont.|**Order**||**Bbn**|Price|Price Weight Pack|Price Weight Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|poles<br>current current<br>Iimp<br>(10/350) If|current current<br>interruptinglevel<br>(10/350) Ifi|protection voltage operating<br>level<br>Up|protection voltage operating<br>voltage<br>Un<br>Uc||**details**||**3660308**1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|
|kA|kArms|kV|V|V|**Type code**|Order code|**EAN**||kg|pc.|
|**Type 1 (Ifi = 50 kA)**<br>TNS, TNC<br>1<br>25|**Type 1 (Ifi = 50 kA)**<br>50|**Type 1 (Ifi = 50 kA)**<br>2.5|230|255|**OVR T1 25 255**|2CTB815101R0100|**510877**||0.25|1|
|IT (230 / 400 V), TNC (400 / 690 V)|||||||||||
|1<br>25|50|2|400|440|**OVR T1 25 440-50**|2CTB815101R9300|**514929**||0.27|1|
|TNS (1 Ph+N)<br>2<br>25(2)<br>50<br>2<br>25(2)<br>50||2.5<br>2.5|230<br>230|255<br>255|**OVR T1 2L 25 255**<br>2CTB815101R1200<br>**OVR T1 2L 25 255 TS**(3)2CTB815101R1100||**510891**<br>**510945**||0.50<br>0.60|1<br>1|
|TT (1 Ph+N), TNS|||||||||||
|1+N<br>25/50(1)50/0.1|50/0.1(1)2.5/2|2.5/2(1)|230|255/255(1)|**OVR T1 1N 25 255**|2CTB815101R1500|**510921**||0.50|1|
|1+N<br>25/50(1)50/0.1|50/0.1(1)2.5/2|2.5/2(1)|230|255/255(1)|**OVR T1 1N 25 255 TS**(3)|(3)2CTB815101R1000|**510976**||0.60|1|
|TNC<br>3<br>25(2)<br>3<br>25(2)|50<br>50|2.5<br>2.5|230<br>230|255<br>255|**OVR T1 3L 25 255**<br>2CTB815101R1300<br>**OVR T1 3L 25 255 TS**(3)2CTB815101R0600||**510907**<br>**510952**||0.75<br>0.85|1<br>1|
|TNS (3 Ph+N)|||||||||||
|4<br>25(2)|50|2.5|230|255|**OVR T1 4L 25 255**|2CTB815101R1400|**510914**||1.00|1|
|4<br>25(2)|50|2.5|230|255|**OVR T1 4L 25 255 TS**(3)2CTB815101R0800||**510969**||1.10|1|
|TT (3 Ph+N), TNS<br>3+N<br>25/100 (1)50/0.1(1)2.5/2<br>3+N<br>25/100 (1)50/0.1(1)2.5/2<br>(1) L-N / N-<br>.||2.5/2(1)<br>2.5/2(1)|230<br>230|255/255(1) <br>255/255(1)|**OVR T1 3N 25 255**<br>**OVR T1 3N 25 255 TS**(3)|2CTB815101R1600<br>(3)2CTB815101R0700|**510938**<br>**510983**||1.00<br>1.10|1<br>1|
|(2) per pole.|||||||||||



**5** 

(3) TS: telesignal contact for remote control of the status of the Surge Protective Device. 

**Technical details ........................  pag. 11/119 Overall dimensions ......................  pag. 13/26 Application sheets .........................  pag. 12/5** Cs 

ABB 

**5** /7 

**SPDs** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

T1 

**==> picture [517 x 601] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Nb. of|Impulse Follow|Voltage|Nominal Max. cont.|Order|Bbn|Price|Price Weight Pack|
|poles|current current|protection voltage operating|details|3660308|1 piece group 1 piece unit|
|Iimp|75%|level|voltage|
|(10/350) Ifi|Up|Un|Uc|
|kA|kArms|kV|V|V|Type code|Order code|EAN|kg|pc.|
|Type 1 (Ifi = 7 kA)|
|TNS, TNC|
|1|25|7|2.5|230|255|OVR T1 25 255-7|2CTB815101R8700|514110|0.12|1|
|TT (3 Ph+N), TNS|
|3+N|25/100|[ (1)]|7/0.1|[ (1) ]|2.5/1.5|[ (1) ]|230|255/255|[ (1) ]|OVR T1 3N 25 255-7|2CTB815101R8800|514127|0.60|1|
|ge)|||OVR HL (Type 1 with varistors)|
|TT, TNS, TNC, IT|
|1|15|NA|1.4|400|440|OVR HL 15 440 s P TS|2CTB815201R0800|509802|0.25|1|
|TNS|
|2|15|NA|1.4|400|440|OVR HL 2L 15 440 s P TS|2CTB815303R0400|509826|0.5|1|
|T1+T2|Type 1+2 (Iimp = 25 kA)|
|TNS, TNC|
|1|25|15|1.5|230|255|OVR T1+2 25 255 TS|[ (3)]|2CTB815101R0300|510884|0.30|1|
|Type 1+2 (Iimp = 15 kA)|
|TNS, TNC|
|1|15|7|1.5|230|255|OVR T1+2 15 255-7|2CTB815101R8900|514134|0.12|1|
|TT (3 Ph+N), TNS|
|3+N|15/50|[ (1)]|7/0.1|[ (1)]|1.5/1.5|[ (1)]|230|255/255|[ (1)]|OVR T1+2 3N 15 255-7|2CTB815101R9000|514141|0.60|1|
|Type 1+2 (Iimp = 7 kA)|
|1|7|0|0.9|230|275|OVR T1+2 7 275s P|2CTB815101R3900|513403|0.12|1|
|2|7|0|0.9/1.4|230|275|OVR T1+2 1N 7 275s P|2CTB815302R1000|515728|0.27|1|
|4|7|0|0.9/1.4|230|275|OVR T1+2 3N 7 275s P|2CTB815502R1000|515735|0.5|1|
|a|3|7|0|0.9|230|275|OVR T1+2 3L 7 275s P|2CTB815101R4000|513410|0.4|1|
|4|7|0|0.9|230|275|OVR T1+2 4L 7 275s P|2CTB815101R4100|513427|0.5|1|
|-|7|0|0.9|230|275|OVR T1+2 7 275s C|2CTB815101R3800|513458|0.1|1|
|-|7|0|1.4|230|275|OVR T1+2 70 NC|2CTB815101R5100|515742|0.05|1|
|Type 1 Neutral|
|1N|4L|
|For TT networks when used in combination with phase SPDs Type 1 or Type 1+2|
|T1 (N+PE)|1|25|0.1|< 4|-|690|OVR T1 25 N|2CTB815101R9700|517043|0.25|1|
|1|50|0.1|1.5|-|255|OVR T1 50 N|2CTB815101R0400|510853|0.25|1|
|1|100|0.1|2|-|255|OVR T1 100 N|2CTB815101R0500|510860|0.25|1|
|(1) L-N / N-|.|
|(3) TS: telesignal contact for remote control of the status of the Surge Protective Device.|

**----- End of picture text -----**<br>


## **Bus bar** 

For TT (3Ph+N) networks, this bus bar can be used to connect four single pole Type 1 & Type 1+2 SPDs (except for Type 1 with Ifi = 7 kA) 

- - - - - - **Bus bar 3N** 2CTB815102R0400 **516091** 0.005 50 

**Technical details ........................  pag. 11/119 Overall dimensions ......................  pag. 13/26 Application sheets .........................  pag. 12/5** ~~|~~ 

ABB 

**5** /8 

**SPDs** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **Surge Protective Devices, Type 2** 

**==> picture [508 x 691] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|T2|
|—|Function: Type 2 SPDs are surge arresters. They can handle energy from distant/ indirect lightning strikes or from switching|
|‘|operations. Type 2 SPDs can not discharge high energies from direct lightning like Type 1 SPDs but they feature lower protec-|
|-|1|tion level (Up). They are recommended at the incoming of installation for locations with no exposure to direct lightning impulses.|
|Application: residential, commercial, industrial|
|Standard: IEC 61643-1 / EN 61643-11|8/20 current wave, varistor technology|
|.|
|Nb. of|Maxi.|Nominal|Voltage|Nom.|Max. cont.|Order|Bbn|Price|Price|Weight|Pack|
|poles|discharge discharge protection|voltage operating|details|3660308|1 piece group 1 piece unit|
|PE}|current|current|level|Un|voltage|
|Imax|In|Up|Uc|
|—|(8/20)|(8/20)|
|]|kA|kA|kV|V|V|Type code|Order code|EAN|kg|ppc.|
|=|||Type 2 (pluggable)|
|1|
|L*|TNS, TNC|
|i|1|15|5|1.0|230|275|OVR T2 15 275 P|2CTB803851R2400|512840|0.12|1|
|1|40|20|1.4|230|275|OVR T2 40 275 P|2CTB803851R2300|512833|0.12|1|
|1|40|20|1.4|230|275|OVR T2 40 275s P|2CTB803851R2000|512826|0.12|1|
|PE!|Tn|1|40|20|1.4|230|275|OVR T2 40 275 P TS|2CTB803851R1700|514363|0.14|1|
|1|40|20|1.4|230|275|OVR T2 40 275s P TS|[ (3)]|2CTB803851R1400|512802|0.15|1|
|1|70|30|1.5|230|275|OVR T2 70 275 s P|2CTB803851R1900|512819|0.12|1|
|—|om|Se|1|70|30|1.5|230|275|OVR T2 70 275s P TS|[ (3)]|2CTB803851R1300|©|512796|©»|©|0.15|__—|1|
|IT, TNS|
|1|15|5|1.5|400|440|OVR T2 15 440 P|2CTB803851R1100|512772|0.12|1|
|—|1|40|20|1.9|400|440|OVR T2 40 440 P|2CTB803851R1200|512789|0.12|1|
|1|40|20|1.9|400|440|OVR T2 40 440 s P|2CTB803851R0800|512765|0.12|1|
|1|40|20|1.9|400|440|OVR T2 40 440 P TS|2CTB803851R0500|514370|0.14|1|
|1|40|20|1.9|400|440|OVR T2 40 440s P TS|[ (3)]|2CTB803851R0200|512741|0.15|1|
|is|+.|OO|1 1|70 70|30 30|2 2.0|400 400|440 440|OVR T2 70 440 s POVR T2 70 440s P TS|[ (3)]|2CTB803851R0100 2CTB803851R0700|512734512758|0.15 0.12|11|
|a|
|TNS, TNC, IT|
|1|120|60|2.5|400|440|OVR T2 120 440s P TS|[(3)]|2CTB803951R1300|517036|0.12|1|
|TT, TN-S (1 Ph+N) (Common + Differential mode protection)|
|LIN|
|1+N|15/70|[(1)]|5|[(1)]|1.0/1.4|[(1)]|230|275/255|[(1)]|OVR T2 1N 15 275 P|2CTB803952R1200|513106|0.22|1|
|1+N|40/70|[(1)]|20|[(1)]|1.4/1.4|[(1)]|230|275/255|[(1)]|OVR T2 1N 40 275 P|2CTB803952R1100|513250|0.27|1|
|OO|« o|ae|——|1+N|40/70|[(1)]|20|[(1)]|1.4/1.4|230|275/255|OVR T2 1N 40 275s P|2CTB803952R0800|513090|0.27|1|
|PEI|ia|TCT|1+N|40/70|[(1)]|20|[(1)]|1.4/1.4|[(1)]|230|275/255|[(1)]|OVR T2 1N 40 275 P TS|2CTB803952R0500|514387|0.27|1|
|*. Le|ee:|:|TTTCCST|NN|1+N1+N|7040/70/70|[(1)][(1)]|20 30|[(1)][(1)]|1.4/1.41.5/1.4|[(1)]|230 230|275/255275/255|[(1)]|OVR T2 1N 40 275s P TSOVR T2 1N 70 275 s P|[ (3)]|2CTB803952R0200 2CTB803952R0700|513076513083|0.27 0.27|11|
|1+N|70/70|[(1)]|30|[(1)]|1.5/1.4|[(1)]|230|275/255|[(1)]|OVR T2 1N 70 275s P TS|[ (3)]|2CTB803952R0100|513069|0.27|1|
|TNC (common mode protection)|
|3|15|[ (2)]|5|[(2)]|1.0|230|275|OVR T2 3L 15 275 P|2CTB803853R3400|512987|0.35|1|
|Lt}|L2}|L3|he|ee|3|40|[ (2)]|20|[(2)]|1.4|230|275|OVR T2 3L 40 275 P|2CTB803853R2400|513366|0.35|1|
|3|40|[ (2)]|20|[ (2)]|1.4|230|275|OVR T2 3L 40 275sP|2CTB803853R2200|512963|0.35|1|
|3|40|[ (2)]|20|[ (2)]|1.4|230|275|OVR T2 3L 40 275 P TS|2CTB803853R2500|514400|0.40|1|
|PENI|re|a|3 3|7040|[ (2)][ (2)]|3020|[ (2)][(2)]|1.4 1.5|230 230|275 275|OVR T2 3L 40 275s P TSOVR T2 3L 70 275 s P|[ (3)]|2CTB803853R2300 2CTB803853R4100|512970512994|0.40 0.35|11|
|3|70|[ (2)]|30|[(2)]|1.5|230|275|OVR T2 3L 70 275s P TS|[ (3)]|2CTB803853R4400|513007|0.40|1|
|ha|Ca|TTT|TTC|
|TNS (3 Ph+N)|
|4|15|[ (2)]|5|[(2)]|1.0|230|275|OVR T2 4L 15 275 P|2CTB803853R6000|513038|0.45|1|
|4|40|[ (2)]|20|[(2)]|1.4|230|275|OVR T2 4L 40 275 P|2CTB 803853R5600|513274|0.45|1|
|L1]|L2]|L3]-N hy|TT|4|40|[ (2)]|20|[ (2)]|1.4|230|275|OVR T2 4L 40 275sP|2CTB803853R5400|513021|0.45|1|
|4|40|[ (2)]|20|[ (2)]|1.4|230|275|OVR T2 4L 40 275 P TS|2CTB803853R5200|514417|0.50|1|
|4|40|[ (2)]|20|[(2)]|1.4|230|275|OVR T2 4L 40 275s P TS|[ (3)]|2CTB803853R5000|513014|0.50|1|
|4|70|[ (2)]|30|[ (2)]|1.5|230|275|OVR T2 4L 70 275 s P|2CTB803919R0200|513045|0.45|1|
|PEt|eee|RR|4|70|[ (2)]|30|[(2)]|1.5|230|275|OVR T2 4L 70 275s P TS|[ (3)]|2CTB803919R0400|513052|0.50|1|
|TT, TN-S (3 Ph+N) (Common + Differential mode protection)|
|3+N|15/70|[(1)]|5|[(1)]|1.0/1.4|[(1)]|230|275/255|[(1)]|OVR T2 3N 15 275 P|2CTB803953R1200|513151|0.45|1|
|tay|=|TN|3+N 3+N|4040/70/70|[(1)][(1)]|20 20|[(1)][(1)]|1.4/1.41.4/1.4|[(1)]|230 230|275/255275/255|[(1)]|OVR T2 3N 40 275sPOVR T2 3N 40 275 P|2CTB803953R1100 2CTB803953R0800|513267513144|0.45 0.45|11|
|Lt]|L2]|L3]-N|ie|3+N|40/70|[(1)]|20|[(1)]|1.4/1.4|[(1)]|230|275/255|[(1)]|OVR T2 3N 40 275 P TS|2CTB803953R0500|514394|0.50|1|
|3+N|40/70|[(1)]|20|[(1)]|1.4/1.4|[(1)]|230|275/255|[(1)]|OVR T2 3N 40 275s P TS|[ (3)]|2CTB803953R0200|513120|0.50|1|
|3+N|70/70|[(1)]|30|[(1)]|1.5/1.4|230|275/255|OVR T2 3N 70 275 s P|2CTB803953R0700|513137|0.45|1|
|3+N|70/70|[(1)]|30|[(1)]|1.5/1.4|[(1)]|230|275/255|[(1)]|OVR T2 3N 70 275s P TS|[ (3)]|2CTB803953R0100|513113|0.50|1|
|PEI|OT|(1) L-N / N-|. (2) per pole. (3) TS: telesignal contact for remote control of the status of the Surge Protective Device. The safety reserve(s)|CO|TTT|
|ensures a preventive maintenance of the installation.|TT*: in TT network for L/N protection only|
|Technical details ........................  pag. 11/119|Overall dimensions ......................  pag. 13/26|Application sheets .........................  pag. 12/5|

**----- End of picture text -----**<br>


ABB 

**5** /9 

**SPDs** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

**==> picture [512 x 693] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|T2|Nb. of poles|discharge discharge protection Maxi.|Nominal|Voltage|voltage operating Nom.|Max. cont.|Orderdetails|3660308Bbn|Price 1 piece group 1 piece unit Price|Weight|Pack|
|current|current|level|Un|voltage|
|Imax|In|Up|Uc|
|(8/20)|(8/20)|
|kA|kA|kV|V|V|Type code|Order code|EAN|kg|ppc.|
|TT (3 Ph+N), TNS|
|3+N|15|5|1.5/1.4 (1) 230|440/255|[(1)]|OVR T2 3N 15-440 P|2CTB803953R1300|3660308516800|0.45|1|
|3+N|40|20|1.9/1.4 (1) 230|440/255|[(1)]|OVR T2 3N 40-440 P|2CTB803953R1400|3660308516817|0.45|1|
|3+N|40|20|1.9/1.4 (1) 230|440/255|[(1)]|OVR T2 3N 40-440 P TS|[(3)]|2CTB803953R1500|3660308516824|0.45|1|
|3+N|40|20|1.9/1.4 (1) 230|440/255|[(1)]|OVR T2 3N 40-440s P TS|[(3)]|2CTB803953R1600|3660308516831|0.45|1|
|3+N|70|30|2/1.4 (1)|230|440/255|[(1)]|OVR T2 3N 70-440s P|2CTB803953R1700|3660308516848|0.45|1|
|3+N|70|30|2/1.4 (1)|230|440/255|[(1)]|OVR T2 3N 70-440s P TS|[(3)]|2CTB803953R1800|3660308516855|0.45|1|
|Li]|L2]|13|+|A|ik|TNC (3 Ph), IT|
|3|40|20|1.9|230|440|OVR T2 3L 40-440 P|2CTB803853R2600|516879|0.35|1|
|3|40|20|1.9|230|440|OVR T2 3L 40-440 P TS|2CTB803853R2700|516886|0.40|1|
|a|TT|3|70|30|2|230|440|OVR T2 3L 70-440s P|2CTB803853R4200|516893|0.35|1|
|3|70|30|2|230|440|OVR T2 3L 70-440s P TS|2CTB803853R4300|516909|0.40|1|
|TNS, IT (3 Ph+N)|
|4|40|20|1.9/1.4|[(1)]|230|440|OVR T2 4L 40-440 P|2CTB803853R5100|516916|0.45|1|
|4|40|20|1.9/1.4|[(1)]|230|440|OVR T2 4L 40-440 P TS|2CTB803853R5300|516923|0.50|1|
|4|70|30|2/1.4|[(1)]|230|440|OVR T2 4L 70-440s P|2CTB803853R7000|516930|0.45|1|
|4|70|30|2/1.4|[(1)]|230|440|OVR T2 4L 70-440s P TS|2CTB803853R7100|516947|0.50|1|
|Type 2 Neutral|
|1|70|30|1.4|230|255|OVR T2 70 N P|2CTB803953R1900|516862|
|OVR Type 2 Special 24/48V AC & DC|
|These type 2 SPD’s can be used in very low voltages & data lines for current higher than 140mA.|
|1|15|5|0.3|57|75|OVR 15 75 P|2CTB813851R2800|504647|0.12|1|
|1|15|5|0.3|57|75|OVR 15 75 P TS|2CTB813851R2700|504630|0.13|1|
|———_|——EE>~>E>E>>———=x|2|15|5|0.3/0.6|57|75|OVR 2 15 75 P|2CTB813852R1700|504609|0.22|1|
|pe}|pe}|2 2|15 15|5 5|0.3/0.6 0.3/0.6|57 57|75 75|OVR 2 15 75 P TSOVR 2 15 75s P TS|a|2CTB813852R1600 2CTB813852R1300|504593504579|0.23 0.23|11|
|Back-up protection by fuse: 16A gG under AC, 16A gR under DC|
|Replacement cartridges for Surge Protective Devices Type 2|
|Phase cartridge, 75 V|
|<4|oe|-|15|5|0.3|57|75|OVR 15 75 C|2CTB813854R1400|508892|0.10|1|
|Phase cartridge, 275 V|
|-|15|5|1.0|230|275|OVR T2 15 275 C|2CTB803854R1200|513168|0.10|1|
|-|40|20|1.4|230|275|OVR T2 40 275 C|2CTB803854R1000|513182|0.10|1|
|-|40|20|1.4|230|275|OVR T2 40 275s C|[(1)]|2CTB803854R0900|513199|0.10|1|
|-|70|30|1.5|230|275|OVR T2 70 275s C|[(1)]|2CTB803854R0700|513229|0.10|1|
|Neutral cartridge for products OVR T2 1N (..) & OVR T2 3N (..), 275 V|
|ee|-|70|30|1.4|-|440|OVR T2 70 N C|2CTB803854R0000|513243|0.05|1|
|Phase cartridge, 440 V|
|-|15|5|1.5|400|440|OVR T2 15 440 C|2CTB803854R0600|513175|0.10|1|
|-|40|20|1.9|400|440|OVR T2 40 440 C|2CTB803854R0400|513205|0.10|1|
|-|40|20|1.9|400|440|OVR T2 40 440s C|[(1)]|2CTB803854R0300|513212|0.10|1|
|-|70|30|2.0|400|440|OVR T2 70 440s C|[(1)]|2CTB803854R0100|513236|0.10|1|
|Fle|—_—T!’_,—-|
|T2+T3|Nb. of|Maxi.|Nominal|Voltage|Voltage|Voltage|Nom.|Max. cont.|Order|Bbn|Price|Price|Weight|Pack|
|poles|discharge discharge protection|protection combination voltage|operating|details|3660308|1 piece|group|1 piece|unit|
|current|current|level|level|wave|Un|voltage|
|Imax|In|Up|Up|Uoc|Uc|
|(8/20)|(8/20)|at Uoc|
|kA|kA|kV|kV|kV|V|V|Type code|Order code|EAN|kg|ppc.|
|Type 2 & Type 3 (non pluggable)|
|1+N|10|3|0.9/1.4|0.9/1.4|6|230|275|OVR 1N 10 275|2CTB813912R1000|509208|0.25|1|
|3N|
|3+N|10|3|0.9/1.4|0.9/1.4|6|230|275|OVR 3N 10 275|2CTB813913R1000|509215|0.45|1|
|Technical details ........................  pag. 11/119|Overall dimensions ......................  pag. 13/26|Application sheets .........................  pag. 12/5|
|LT|

**----- End of picture text -----**<br>


ABB 

**5** /10 

**SPDs** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

**==> picture [21 x 13] intentionally omitted <==**

**----- Start of picture text -----**<br>
T2<br>**----- End of picture text -----**<br>


**==> picture [380 x 111] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Nb. of|Maxi.|Nominal|Voltage|Nom.|Max. cont.|Order|Bbn|Price|Price|Weight|Pack|
|poles|discharge discharge protection|voltage operating|details|3660308|1 piece group 1 piece unit|
|current|current|level|Un|voltage|
|Imax|In|Up|Uc|
|(8/20)|(8/20)|
|kA|kA|kV|V|V|Type code|Order code|EAN|kg|ppc.|
|Type 2 (non pluggable)|
|1|15|5|1|230|275|OVR T2 15 275|2CTB804200R0100|514882|0.12|1|
|1|40|20|1,4|230|275|OVR T2 40 275|2CTB804201R0100|514103|0.12|1|
|4|15|5|1|230|275|OVR T2 4L 15 275|2CTB804600R0500|515612|0.45|1|
|4|40|20|1.4|230|275|OVR T2 4L 40 275|2CTB804601R0500|515988|0.45|1|

**----- End of picture text -----**<br>


poles discharge discharge protection voltage operating **details 3660308** 1 piece group 1 piece unit current current level Un voltage Imax In Up Uc (8/20) (8/20) = kA kA kV V V **Type code** Order code **EAN** kg ppc. **Type 2 (non pluggable)** 1 15 5 1 230 275 **OVR T2 15 275** 2CTB804200R0100 **514882** 0.12 1 1 40 20 1,4 230 275 **OVR T2 40 275** 2CTB804201R0100 **514103** 0.12 1 4 15 5 1 230 275 **OVR T2 4L 15 275** 2CTB804600R0500 **515612** 0.45 1 4 40 20 1.4 230 275 **OVR T2 4L 40 275** 2CTB804601R0500 **515988** 0.45 1 3N **OVR Plus with integrated end of life protection (auto-protected) auto-protected** N+1 40*/40 20/40 1.6/1.5 230 320/255 **OVR Plus N1 40** 2CTB803701R0100 **517005** 0.26 1 N L N+3 15/60 5/40 1.3/1.5 230/400 320 **OVR Plus N3 15** 2CTB803701R0400 **517081** 0.79 1 N+3 40/60 20/40 2/1.5 230/400 320 **OVR Plus N3 40** 2CTB803701R0300 **517074** 0.79 1 *Im = Imax MOV GND F Mea ~~es~~ **Surge Protective Devices, Low current** The transmission line pluggable surge arresters (OVR TC P) provide protection against transient overvoltages for quipment connected to telephone lines (digital or analog), computer links or current loops, for applications such as RS-485, or 4-20 mA. 1 10 5 0.015 6 **OVR TC 6V P** 2CTB804820R0000 **515230** 0.05 1 1 10 5 0.02 12 **OVR TC 12V P** 2CTB804820R0100 **515247** 0.05 1 1 10 5 0.035 24 **OVR TC 24V P** 2CTB804820R0200 **515254** 0.05 1 1 10 5 0.07 48 **OVR TC 48V P** 2CTB804820R0300 **515261** 0.05 1 TC 1 1 10 10 5 5 0.7 0.3 200 200 **OVR TC 200V POVR TC 200FR P** 2CTB804820R0400 2CTB804820R0500 **515278515285** 0.05 0.05 11 - 10 5 0.015 7 **OVR TC 6V C** 2CTB804821R0000 **515292** 0.02 1 - 10 5 0.02 14 **OVR TC 12V C** 2CTB804821R0100 **515308** 0.02 1 - 10 5 0.035 27 **OVR TC 24V C** 2CTB804821R0200 **515315** 0.02 1 - 10 5 0.07 53 **OVR TC 48V C** 2CTB804821R0300 **515322** 0.02 1 - 10 5 0.7 220 **OVR TC 200V C** 2CTB804821R0400 **515339** 0.02 1 - 10 5 0.3 220 **OVR TC 200FR C** 2CTB804821R0500 **515346** 0.02 1 1 - - - - - **Base OVR TC RJ11** 2CTB804840R1000 **515599** 0.02 1 2 - - - - - **Base OVR TC RJ45** 2CTB804840R1100 **515605** 0.04 1 **Surge Protective Devices, Photovoltaic** The specific OVR PV range offer a safe and efficient protection against transient overvoltages for equipments OVR TC P 200 V on photovoltaic installations. in parallel OVR TC P / xx V / 200 FR in series The OVR PV range comply with the UTE C 61-740-51 on surge protective devices connected to photovoltaic generators. Nb. of Maxi. Nominal Voltage Max. Short circuit **Order Bbn** Price Price Weight Pack PV poles discharge discharge protection Cont. DC current **details 3660308** 1 piece group 1 piece unit current current level Operating withstand withstand Imax In Up Voltage Iscwpv (8/20) (8/20) Ucpv kA kA kV V A **Type code** Order code **EAN** kg ppc. 3 40 20 1.4 670 100 **OVR PV 40 600 P** 2CTC803953R5300 **516510** 0.27 1 3 40 20 1.4 670 100 **OVR PV 40 600 P TS** 2CTC803953R5400 **516527** 0.27 1 3 40 20 3.8 1000 100 **OVR PV 40 1000 P** 2CTC803953R6400 **516534** 0.27 1 

**==> picture [507 x 91] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Nb. of|Maxi.|Nominal|Voltage|Max.|Short circuit|Order|Bbn|Price|Price|Weight|Pack|
|PV|poles|discharge discharge protection|Cont.|DC current|details|3660308|1 piece group 1 piece unit|
|current|current|level|Operating withstand withstand|
|Imax|In|Up|Voltage Iscwpv|
|(8/20)|(8/20)|Ucpv|
|kA|kA|kV|V|A|Type code|Order code|EAN|kg|ppc.|
|3|40|20|1.4|670|100|OVR PV 40 600 P|2CTC803953R5300|516510|0.27|1|
|3|40|20|1.4|670|100|OVR PV 40 600 P TS|2CTC803953R5400|516527|0.27|1|
|3|40|20|3.8|1000|100|OVR PV 40 1000 P|2CTC803953R6400|516534|0.27|1|
|3|40|20|3.8|1000|100|OVR PV 40 1000 P TS|2CTC803953R6500|516541|0.27|1|

**----- End of picture text -----**<br>


**==> picture [454 x 46] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Replacement cartridges for Surge Protective Devices OVR PV|
|-|40|20|1.4|670|100|OVR PV 40-600 C|2CTB803950R0000|516558|0.10|1|
|448)|||—iO|
|-|40|20|1.9|1000|100|OVR PV 40-1000 C|2CTB803950R0100|516565|0.10|1|
|OVR PV 600 V|-|70|30|1.4|1000|-|OVR PV MC*|2CTB803950R0300|516756|0.10|1|

**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/119 Overall dimensions ......................  pag. 13/26 Application sheets .........................  pag. 12/5** ~~LT~~ 

ABB 

**5** /11 

**E 90** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** 

## E 90 fuse switch disconnectors 

## **E 90 fuse switch disconnectors** 

E 90 series fuse switch disconnectors are designed for switching circuits under load, providing protection against short circuits and overloads. The case is made of self-extinguishing thermoplastic material resistant to high temperatures (all materials are UL listed) while the contact clips are in silver plated copper. 

**==> picture [6 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400696F0201<br>2CSC400694F0201<br>**----- End of picture text -----**<br>


E 90 fuse switch disconnectors can be sealed or padlocked to ensure operator safety during maintenance. Versions with blown fuse indicator allow to check whether the fuse is still working correctly or not. For easy and quick installation E 90 range is totally compatible with connecting bars, terminals and caps of S 200 MCBs. 

Thanks to cURus approval, they can be installed in UL certified machines. 

||||E 90 fuse switch disconnectors for 10.3 x 38 mm fuses (AC-22B)|E 90 fuse switch disconnectors for 10.3 x 38 mm fuses (AC-22B)|E 90 fuse switch disconnectors for 10.3 x 38 mm fuses (AC-22B)|E 90 fuse switch disconnectors for 10.3 x 38 mm fuses (AC-22B)||||38 mm||Ø 10.3 mm|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|*e8<br>8 @<br>Li! bi|2CSC400694F0201<br>|Poles<br>Rated<br>Modules<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>current<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>In<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1<br>32<br>1<br>**E 91/32**<br>2CSM200923R1801<br>**009238**<br>0.061<br>6<br>1<br>32<br>1<br>**E 91/32s**<br>2CSM202483R1801<br>**024835**<br>0.062<br>6<br>1+N<br>32<br>2<br>**E 91N/32**<br>2CSM200893R1801<br>**008934**<br>0.130<br>3<br> ~~OO~~|||||||||||
|7 ‘5||2<br>3<br>3+N||32<br>32<br>32|2<br>**E 92/32**<br>2CSM200883R1801<br>3<br>**E 93/32**<br>2CSM204753R1801<br>4<br>**E 93N/32**<br>2CSM204733R1801|2CSM200883R1801<br>**008835**<br>2CSM204753R1801<br>**047537**<br>2CSM204733R1801<br>**047339**||||0.122<br>0.183<br>0.252||3<br>2<br>1|
|||4||32|4<br>**E 94/32**<br>2CSM204723R1801|2CSM204723R1801<br>**047230**||||0.244||1|



s: version with blown fuse indicator light 

||E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>1|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>20|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>1<br>**E 91/20**|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>1<br>**E 91/20**|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>2CSM200983R1801|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>**009832**<br>0.061<br>6<br>31.5 mm<br>Ø 8.5 mm<br>~~ae~~|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>**009832**<br>0.061<br>6<br>31.5 mm<br>Ø 8.5 mm<br>~~ae~~|E 90 fuse switch disconnectors for 8.5 x 31.5 mm fuses (AC-22B)<br>**009832**<br>0.061<br>6<br>31.5 mm<br>Ø 8.5 mm<br>~~ae~~|
|---|---|---|---|---|---|---|---|---|---|
|1|||20|1|**E 91/20s**|2CSM202423R1801|**024231**|0.062|6|
|2|||20|2|**E 92/20**|2CSM200953R1801|**009535**|0.122|3|
|3|||20|3|**E 93/20**|2CSM200943R1801|**009436**|0.183|2|



s: version with blown fuse indicator light 

**Technical details ........................  pag. 11/127 Overall dimensions ......................  pag. 13/28 Application sheets .........................  pag. 12/5** ~~|~~ 

ABB 

**5** /12 

**E 90** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 90 fuse switch disconnectors 

## **Technical features** 

|**Type**||**E 90/20**||**E 90/32**|
|---|---|---|---|---|
|Fuse|[mm]|8 x 31||10 x 38|
|Current type|||a.c. / d.c.||
|Rated frequency|[Hz]||= / 50-60||
|Rated current|[A]|20||32|
|Max power dissipation|[W]|2.5||3|
|Tightening torque|[Nm]||PZ2 2-2.5||
|Terminal cross section|[mm2]||25||
|Protection degree|||IP20||
|Can be padlocked (open)|||■||
|Can be sealed (closed)|||■||
|**IEC 60947-3**|||||
|Rated operating voltage|[V]|400||400|
|Utilization category|||AC-22B||
|Markings|||IMQ, NF||
|**Alternate current characteristics according to IEC 60947-3**|||||
|Rated operating voltage|[V]|400||690|
|Utilization category<br>**Direct current characteristics according to IEC 60947-3**|||AC-22B||
|Rated operating voltage|[V]|400||690|
|Utilization category|||DC-20B*||
|**IEC 60269-1**|||||
|Rated a.c. voltage|[V]|400||690|
|Rated d.c. voltage|[V]|400||690|
|**IEC 60269-2**|||||
|Fuse system|||F||
|Rated a.c. voltage|[V]|400||690|
|Rated d.c. voltage|[V]|250||440|
|Breaking capacity|[kA]||200 (a.c.) – 100 (d.c.)||
|**IEC 60269-3**|||||
|Fuse system|||B||
|Rated a.c. voltage|[V]||400||
|**IEC 60269-4**|||||
|Fuse system|||F||
|Rated a.c. voltage|[V]|400||690|
|Rated d.c. voltage|[V]|400||690|
|**UL 4248**|||||
|Markings||||cURus|



**5** 

* If the product is used with direct current, switching under load is not permitted. In this case, the warning “do not open under load” must be visible in the front of the device. 

**==> picture [382 x 155] intentionally omitted <==**

**----- Start of picture text -----**<br>
Electrical symbols<br>1P 1P+N 2P 3P 3P+N 4P<br>2CSC400030F0202<br>**----- End of picture text -----**<br>


ABB 

**5** /13 

**E 90** 

**5** 

## **Selection tables** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** 

## E 90 fuse switch disconnectors 

## **Materials** 

**Plastic parts** Case: Material PA 6 +30% glass fibre Self extinguishing class: V2 (UL94) Temperature resistance: 130 °C Opening handle Material PA 66 +25% glass fibre Self-extinguishing class  V0 (UL94) Temperature resistance: 140 °C **Metal parts** Clips Silver plated copper Clip spring Stainless steel Terminals Galvanized steel 

The E 90 series is environmental friendly and protects the health of people: all used materials are conform to the RoHS and REACH directives and they completely exclude hazardous substances and halogen. 

## **Utilization category** 

|**Current type**|**Utilization category**<br>**Typical applications**<br>AC-20A - AC-20B<br>Connecting and disconnecting under no load (in this case the<br>devices must be marked “Do not disconnect under load”)<br>AC-21A - AC-21B<br>Switching of resistive loads, including moderate overloads<br>AC-22A -**AC-22B**<br>Switching of mixed resistive/inductive loads,<br>including moderate overloads<br>AC-23A - AC-23B<br>Switching of motors and other highly inductive loads<br>DC-20A -**DC-20B**<br>Connecting and disconnecting under no load  (in this case<br>the devices must be marked “Do not open under load”)<br>DC-21A - DC-21B<br>Switching of resistive loads, including moderate overloads<br>DC-22A - DC-22B<br>Switching of mixed resistive / inductive loads,<br>including moderate overloads<br>DC-23A - DC-23B<br>Switching of motors or other highly inductive loads<br>Suffx A<br>Frequent use<br>Suffx B<br>Infrequent use|
|---|---|
|**Alternating current**||
|**Direct current**||
|||
|||
|||



**==> picture [267 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring of E 90 with blown fuse indicator light in alternate current<br>**----- End of picture text -----**<br>


**==> picture [323 x 172] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply Load For direct current systems please refer<br>to E 90 PV wiring diagram<br>Load Supply<br>2CSC400357F0902<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/127** 

**Overall dimensions ......................  pag. 13/28** 

ABB 

**5** /14 

**System Selection tables pro** _**M**_ **compact[®] Protection devices** E 90h fuseholders 

**E 90h** 

## **E 90h fuseholders** 

**==> picture [5 x 166] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400698F0201<br>2CSC400695F0201<br>**----- End of picture text -----**<br>


E 90h fuseholders are suitable for protection against overloads and short circuits. Available in a single module 1P+N version and in a three-module 3P+N version, they are designed for use with gG and aM cylindrical fuse links. The body is made from self-extinguishing material resistant to high temperatures, while the contact clips are in silver-plated copper. E 90h fuseholders can be sealed or padlocked to assure operator safety during maintenance. Versions with blown fuse indicator allow to check whether the fuse is still working correctly or not. 

## E 90h fuseholders for 10.3 x 38 mm fuses 

|E 90h fuseholders for 10.3 x 38 mm fuses|E 90h fuseholders for 10.3 x 38 mm fuses|E 90h fuseholders for 10.3 x 38 mm fuses|||||38 mm||Ø 10.3 mm|
|---|---|---|---|---|---|---|---|---|---|
|||||||||||
|Poles<br>Rated|Modules<br>**Order**||**Bbn**|Price<br>Price|||Weight||Weight<br>Pack|
|current|**details**||**8012542**1 piece|1 piece<br>group|||group<br>1 piece unit||1 piece unit|
|In|**Type code**|Order code|**EAN**||||kg||pc.|
|1+N<br>32|1<br>**E 91hN/32**|2CSM200913R1801|**009139**||||0.070||6|
|1+N<br>32<br>1<br>**E 91hN/32s**<br>3+N<br>32<br>3<br>**E 93hN/32**<br>s: version with blown fuse indicator light<br>E 90h fuseholders for 8.5 x 31.5 mm fuses<br>1+N<br>20<br>1<br>**E 91hN/20**<br>1+N<br>20<br>1<br>**E 91hN/20s**||2CSM206573R1801<br>2CSM204743R1801<br>E 90h fuseholders for 8.5 x 31.5 mm fuses<br>2CSM200963R1801<br>2CSM200703R1801|**065739**<br>**047438**<br>**009634**<br>**007036**||||0.071<br>0.192<br>0.070<br>0.071<br>31.5 mm||6<br>2<br>6<br>6<br>Ø 8.5 mm|
|3+N<br>20|3<br>**E 93hN/20**|2CSM200933R1801|**009337**||||0.192||2|



s: version with blown fuse indicator light 

**5** 

s: version with blown fuse indicator light 

Note: NF mark is available on custom versions with left sided neutral for French market 

Fuse indicator LED **Technical features Type E 90hN/20 E 90hN/32** Fuse [mm] 8 x 31 10 x 38 Current type a.c. / d.c. Rated frequency [Hz] = / 50-60 Rated current [A] 20 32 Max power dissipation [W] 2.5 3 Tightening torque [Nm] PZ2 0.8-1.2 Terminal cross section [mm[2] ] 16 Protection degree IP20 Can be padlocked (open) ■ Can be sealed (closed) ■ [ ~~=~~ **IEC 60269** ~~——~~ **-1** Rated a.c. voltage [V] 400 690 Electrical symbols Rated d.c. voltage [V] 400 690 **IEC 60269-2** Fuse system F Rated a.c. voltage [V] 400 690 Rated d.c. voltage [V] 250 440 – Breaking capacity [kA] 200 (a.c.) 100 (d.c.) Lh **IEC 60269** ~~=~~ **-3** Fuse system B Rated a.c. voltage [V] 400 Markings IMQ **IEC 60269-4** ~~==]!~~ Fuse system F 1P+N 3P+N Rated a.c. voltage [V] 400 690 Rated d.c. voltage [V] 400 690 **UL 4248** Mark cURus **Technical details ........................  pag. 11/127 Overall dimensions ......................  pag. 13/28** ~~—<—<—<@ouuw~~ 

ABB 

**5** /15 

**E 90 PV** 

## **System** 

## **Selection tables** 

## **pro** _**M**_ **compact[®] Protection devices** E 90 PV fuse disconnectors 

Note: CCC mark is available on cu- **5** stom versions for Chinese market a 

## **E 90 PV fuse disconnectors** 

E 90 PV series fuse disconnectors, designed for operating voltages of 1000 V d.c. with utilization category DC-20B, are particularly suited for protection against overcurrents of photovoltaic systems. The single-pole or two-pole E 90 PV disconnectors for 10.3 x 38 mm cylindrical fuse links offer a reliable, compact and affordable solution for photovoltaic installations. Versions with blown fuse indicator allow to check whether the fuse is still working correctly or not. 

E 90 PV fuse disconnectors for 10.3 x 38 mm  fuses (DC-20B) 

|E 90 PV fuse disconnectors for 10.3 x 38 mm  fuses (DC-20B)<br>Poles<br>Rated<br>Modules<br>**Order**<br>**Bbn**<br>current<br>**details**<br>**8012542**1 piece<br>In<br>**Type code**<br>Order code<br>**EAN**<br>1<br>32<br>1<br>**E 91/32 PV**<br>2CSM204713R1801<br>**047131**<br>1<br>32<br>1<br>**E 91/32 PVs**<br>2CSM204693R1801<br>**046936**<br>2<br>32<br>2<br>**E 92/32 PV**<br>2CSM204703R1801<br>**047032**<br>2<br>32<br>2<br>**E 92/32 PVs**<br>2CSM256913R1801<br>**569138**|Price<br>1 piece|Price<br>group|Weight<br>group<br>1 piece unit<br>kg<br>0.061<br>0.062<br>0.122<br>0.233  3<br>38 mm|Pack<br>1 piece unit<br>pc.<br>6<br>6<br>3<br>0.233  3<br>Ø 10.3 mm|
|---|---|---|---|---|



s: version with blown fuse indicator light 

## **Technical features** 

|Electrical symbols|Electrical symbols|||**Technical features**|||
|---|---|---|---|---|---|---|
|**1**<br>**3**<br>2P<br>**1**<br>1P<br>ee|||**Type**<br>**E 90/32 PV**<br>Fuse<br>[mm]<br>10 x 38<br>Current type<br>d.c.<br> ~~ee~~||||
|**2**<br>**4**<br>**2**<br>Rated frequency<br>[Hz]<br>-<br>Rated current<br>[A]<br>32<br>Maxpower dissipation<br>[W]<br>3<br>Tighteningtorque<br>[Nm]<br>PZ2 2-2.5<br>Terminal cross section<br>[mm2]<br>25<br>Protection degree<br>IP20<br>Can bepadlocked(open)<br>■<br>2CSC400031F0202<br>~~———~~|||||||
||||Can be sealed(closed)|||■|
||||**IEC 60947-3**||||
||||Rated operatingvoltage||[V]|1000|
||||Utilization category|||DC-20B|



Wiring of E 90 PV with blown fuse indicator light in direct current 

In direct current systems, since the LED allows the current to flow only from positive to negative, the wiring of the blown fuse indicator version should follow the current direction as shown in the diagram 

**Technical details ........................  pag. 11/127 Overall dimensions ......................  pag. 13/28** ~~PT~~ 

ABB 

**5** /16 

**E 90 PV** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 90 PV fuse disconnectors 

Protection and disconnection of 1000 V DC lines 

String protection To avoid equipments damage on DC lines and to ensure isolation of the PV system in case of maintenance, E90 PV disconnectors fuses can be installed downstream the inverter to protect each single string. The fuses must be selected according to the rated current of the line and to the maximum dissipated power. 

Back-Up Download When the Icc short circuit current, at the point of installation, is greater than 100 A DC, the OVR PVs Surge Protective Devices require a back-up protection with a specific type gR fuse. 

DC side of the inverter For small size photovoltaic systems, E 90 PV fuse disconnectors can be used to protect the DC side of the inverter. The fuse should be chosen according to the rated '' 1\ !H current of the inverter. a, ee rae * « z 1 | -fm al,5 | i ss F 

**Technical details ........................  pag. 11/127** 

**Overall dimensions ......................  pag. 13/28** 

ABB 

**5** /17 

**E 90** 

**5** - 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 90 class CC fuseholders 

**==> picture [5 x 269] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400701F0201<br>2CSC400695F0201<br>2CSC400699F0201<br>**----- End of picture text -----**<br>


The E 90 fuse carriers for Class CC cylindrical fuse links are specifically designed for the North American market in compliance with the UL standards. In accordance with the reference standards UL 4248-1 and UL 4248-4, they come in voltage and current ratings up to 600V and 30A. They are available in 1P, 1P+N, 2P, 3P, 3P+N and 4P versions. They can be padlocked open and sealed closed. 

The E 90 fuse carriers are the ideal solution for process control and industrial systems, automation systems, industrial installations and control circuits. The versions with blown fuse indicator light provide a visual signal of the fuse break condition { 

o—Dee 38 mm or0 Ø 10.4 mm 

## E 90 for class CC cartridge fuses 

|Poles|Rated|Modules|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||current||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
||In||**Type code**|Order code|**EAN**|||kg|pc.|
|1|30|1|**E 91/30**|2CSM205833R1801|**058335**|||0,061|6|
|1|30|1|**E 91/30s**|2CSM251533R1801|**515333**|||0,062|6|
|1+N|30|2|**E 91N/30**|2CSM200693R1801|**006930**|||0,13|3|
|2|30|2|**E 92/30**|2CSM202443R1801|**024439**|||0,122|3|
|3|30|3|**E 93/30**|2CSM200683R1801|**006831**|||0,183|2|
|3+N|30|4|**E 93N/30**|2CSM202433R1801|**024330**|||0,252|1|
|4|30|4|**E 94/30**|2CSM200673R1801|**006732**|||0,244|1|



s: version with blown fuse indicator light 

## **Technical features** 

|**Technical features**|||
|---|---|---|
|||**30A**|
|**Rated voltage Un**|[V]|600 a.c. /d.c.|
|**Rated current In**|[A]|30|
|**Rated frequency**|[Hz]|=/50-60|
|**Fuse size**|[mm]|10.4 x 38.1|
|**Tightening torque**|[Nm]|PZ2 2-2.5|
|**Rated temperature**|[°C]|75|
|**Can be sealed closed**||■|
|**Can bepadlocked open**||■|
|**Markings**||UL CSA|
|**Standards**||UL 4248-1(General)UL 4248-4(Class CC)|



**Technical details ........................  pag. 11/127** 

**Overall dimensions ......................  pag. 13/28** 

ABB 

**5** /18 

**E 930** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 930 fuse disconnectors 

## **E 930 fuse disconnectors** 

**==> picture [6 x 232] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400212F0201<br>2CSC400210F0201<br>**----- End of picture text -----**<br>


The E 930 fuse disconnector range, for current of 50 A and 125 A, is specifically intended for industrial circuit protection. The E 930 can carry any type of cylindrical fuses 14x51 and 22x58 mm, they are padlockable in open position to ensure operator safety during maintenance operations. The E 930 also support MCR microswitches, through which you can get a complete remote monitoring of the device state. The microswitch makes it possible to report: the fuse intervention, the opening of the drawer and the fuse absence with closed drawer. 

||E 930 fuse disconnectors for 14 x 51 mm  fuses (AC-20B)|E 930 fuse disconnectors for 14 x 51 mm  fuses (AC-20B)|E 930 fuse disconnectors for 14 x 51 mm  fuses (AC-20B)|E 930 fuse disconnectors for 14 x 51 mm  fuses (AC-20B)|E 930 fuse disconnectors for 14 x 51 mm  fuses (AC-20B)||||51 mm<br>ao}<br>~~|~~|51 mm<br>ao}<br>~~|~~|51 mm<br>ao}<br>~~|~~|51 mm<br>ao}<br>~~|~~|51 mm<br>ao}<br>~~|~~|51 mm<br>ao}<br>~~|~~|Ø 15 mm<br>ao}<br> Ee|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||Poles|Rated|Modules|**Order**||**Bbn**|Price|Price||||Weight|||Pack|
|||current||**details**||**8012542**1 piece|1 piece|group||||1 piece unit|||1 piece unit|
|||In||**Type code**|Order code|**EAN**||||||kg|||pc.|
||1|50|1.5|**E 931/50**|2CSM361610R1801|**446804**||||||0.200||0.200|6|
||1+N|50|3|**E 931N/50**|2CSM365610R1801|**446903**||||||0.400||0.400|3|
||2|50|3|**E 932/50**|2CSM362610R1801|**447009**||||||0.400||0.400|3|
||3|50|4.5|**E 933/50**|2CSM363610R1801|**447108**||||||0.600||0.600|1|
|3+N<br>50<br>6<br>**E 933N/50**<br>2CSM367610R1801<br>E 930 fuse disconnectors for 22 x 58 mm fuses (AC-20B)<br>1<br>125<br>2<br>**E 931/125**<br>2CSM371710R1801<br>1+N<br>125<br>4<br>**E 931N/125**<br>2CSM375710R1801<br>2<br>125<br>4<br>**E 932/125**<br>2CSM372710R1801<br>~~a~~||||||**447207**<br>0.800<br>1<br>E 930 fuse disconnectors for 22 x 58 mm fuses (AC-20B)<br>**447504**<br>0.200<br>6<br>**447603**<br>0.400<br>3<br>**447702**<br>0.400<br>3<br>58 mm<br>Ø 22 mm<br>~~=—Bo~~<br>~~|~~<br>~~eo~~||||||||||
||3|125|6|**E 933/125**|2CSM373710R1801|**447801**||||||0.600||0.600|1|
||3+N|125|8|**E 933N/125**|2CSM377710R1801|**447900**||||||0.800||0.800|1|
||Microswitches for series E 930 fuse disconnectors||Microswitches for series E 930 fuse disconnectors|||||||||||||
||1|50|1|**E 930/MCR1P50**|2CSM060019R1801|**451006**||||||0.030||0.030|1|
||3|50|3|**E 930/MCR3P50**|2CSM060029R1801|**451105**||||||0.030||0.030|1|
||1|125|1|**E 930/MCR1P125**|2CSM070019R1801|**451204**||||||0.030||0.030|1|
||3|125|3|**E 930/MCR3P125**|2CSM070029R1801|**451303**||||||0.030||0.030|1|



## **Technical features** 

|**Technical features**|||||
|---|---|---|---|---|
|||**50 A**||**125 A**|
|**Rated voltage Un**|[V]||750 a.c./d.c.||
|**Insulation voltage**|[V]||8000||
|**Rated current In**|[A]|50||125|
|**Short circuit current Icc**|[A]||see fuse link||
|**Rated frequency**|[Hz]||50-60||
|**Fuse size**|[mm]|14 x 51||22 x 58|
|**Utilization category**|||AC-20B/DC-20B||
|**Max power dissipation**|[W]|5||9.5|
|**Terminals**|[mm2]|25||35|
|**Can be sealed closed**|||■||
|**Can be padlocked open**|||■||
|**Protection degree**|||IP20||
|**Markings**|||UL, CSA||
|**Standards**|||IEC 60947-3||



**Technical details ........................  pag. 11/127** 

**Overall dimensions ......................  pag. 13/28** 

ABB 

**5** /19 

**E 930** 

**5** 

## **Selection tables** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 930 fuseholders 

**==> picture [368 x 450] intentionally omitted <==**

**----- Start of picture text -----**<br>
Electrical symbols<br>1P 1P+N 2P 3P 3P+N<br>UU U UU<br>1 1 N 1 3 1 3 5 1 3 5 N<br>lL Jl df Jt J<br>P AA aT<br>2 2 2 4 2 4 6 2 4 6<br>Padlocked in open position<br>1 a <2<br>S<br>State of the E 930/MCR microswitch contact<br>Closed fuseholders with fuse Open fuseholders without fuse<br>val<br>2CSC400031F0202<br>2CSC400033F0202<br>2CSC400034F0202<br>**----- End of picture text -----**<br>


**==> picture [112 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Padlocked in open position<br>**----- End of picture text -----**<br>


State of the E 930/MCR microswitch contact 

ABB 

**5** /20 

**E 930** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** E 930 fuseholders 

## Microswitch functions 

a - fuse blown : indicates fuse break condition 

b - pre-opening: indicates when the fuseholders cover is open 

c - presence: indicates when the cover is closed but there is no fuse inside 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400035F0202<br>**----- End of picture text -----**<br>


## Microswitch assembly and disassembly steps 

1- assembly 2- disassembly 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400036F0202<br>**----- End of picture text -----**<br>


ABB 

**5** /21 

**E 9F** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F 

## **Protection system selection** 

## **Maximum fuse rated current** 

||**Fuseholder**||
|---|---|---|
|**Rated voltage**|**E 90/20**<br>8.5 x 31.5 mm<br>**E 90/32**<br>10.3 x 38 mm<br>**E 930/50**<br>14 x 51 mm|**E 930/125**<br>22 x 58 mm|
|**400 V a.c.**|gG<br>20 A<br>32 A<br>50 A|125 A|
||aM<br>10 A<br>32 A<br>50 A|125 A|
|**500 V a.c.**|gG<br>-<br>25 A<br>40 A|100 A|
||aM<br>-<br>25 A<br>40 A|100 A|
|**690 V a.c.**|gG<br>-<br>10 A<br>25 A|80 A|
||aM<br>-<br>-<br>25 A|80 A|



In the table above you will find indication about the highest rated current fuse that you can host inside a fuseholder, depending on the rated voltage of the circuit, the fuse size and the tripping curve characteristic. 

ABB fuses and fuseholders comply with all regulatory requirements and sometimes they allow to install a fuse with rated current higher than the one set by the Standard IEC EN 60269-2-1. 

## **Multiple poles pole installation** 

|**E 91/32**|**E 91hN/32**|
|---|---|
|**Poles**<br>Maximum current|**Poles**<br>Maximum current|
|**1...4**<br>In|**1...3**<br>In|
|**5...7**<br>0.8 x In|**4...9**<br>0.7 x In|
|**more than**<br>0.7 x In|**more than 10**<br>0.6 x In|



## **Climate conditions** 

|**Climate conditions**||
|---|---|
|**Maximum temperature**<br>20 °C<br>30 °C<br>40 °C|50 °C|
|**Maximum humidity**<br>95%<br>90%<br>80%|50%|
|**Maximum current**<br>In<br>In x 0.95<br>In x 0.9|In x 0.8|



In case of several paired poles or installation in special climate conditions, take into account the derating parameters listed in the table according to rated current, the number of paired poles or temperature and relative humidity. 

ABB 

**5** /22 

**E 9F gG** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F gG 

## **E 9F gG cylindrical fuses** 

The E 9F gG cylindrical fuses, coupled with E 90 and E 930 fuse disconnectors, are the ideal solution for protection against overload and short-circuit. They feature a fast tripping curve that is ideal for protecting electronic devices, transformers and electric cables. The E 9F gG series is available for all the main sizes (8.5 x 31.5 mm, 10.3 x 38 mm, 14 x 51 mm e 22 x 58 mm) and with a wide range of rated current values (from 1 A to 125 A and up to 690 V a.c.). All the E 9F series fuses conform to the RoHS directive and are type-approved in accordance with the most important international naval marks. 

## E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm 

|E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm|E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm|E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm|E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm|||31.5 mm<br>ne)<br>jA____||31.5 mm<br>ne)<br>jA____||31.5 mm<br>ne)<br>jA____||Ø 8.5 mm<br>ne)<br> tL __|Ø 8.5 mm<br>ne)<br> tL __|
|---|---|---|---|---|---|---|---|---|---|---|
|Rated<br>current<br>In<br>1<br>2<br>4|Size<br>mm<br>8.5x31.5<br>8.5x31.5<br>8.5x31.5|**Order**<br>**details**<br>**Type code**<br>**E 9F8 GG1**<br>**E 9F8 GG2**<br>**E 9F8 GG4**|Order code<br>2CSM257573R1801<br>2CSM256393R1801<br>2CSM258663R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**575733**<br>**563938**<br>**586630**|Price<br>1 piece|Price<br>group||Weight<br>group<br>1 piece unit<br>kg<br>0.004<br>0.004<br>0.004|Weight<br>1 piece unit|Pack<br>1 piece unit<br>pc.<br>10<br>10<br>10|
|6|8.5x31.5|**E 9F8 GG6**|2CSM257483R1801|**574835**||||0.004||10|
|8|8.5x31.5|**E 9F8 GG8**|2CSM256303R1801|**563037**||||0.004||10|
|10<br>12|8.5x31.5<br>8.5x31.5|**E 9F8 GG10**<br>**E 9F8 GG12**|2CSM277573R1801<br>2CSM277353R1801|**775737**<br>**773535**||||0.004<br>0.004||10<br>10|
|16|8.5x31.5|**E 9F8 GG16**|2CSM277133R1801|**771333**||||0.004||10|
|20|8.5x31.5|**E 9F8 GG20**|2CSM277503R1801|**775034**||||0.004||10|



|E 9F 10 gG cylindrical fuses 10.3 x 38 mm<br>Rated<br>Size<br>current<br>In<br>mm<br>0.5<br>10.3x38<br>1<br>10.3x38|E 9F 10 gG cylindrical fuses 10.3 x 38 mm<br>Rated<br>Size<br>current<br>In<br>mm<br>0.5<br>10.3x38<br>1<br>10.3x38|E 9F 10 gG cylindrical fuses 10.3 x 38 mm<br>**Order**<br>**details**<br>**Type code**<br>Order code<br>**E 9F10 GG05**<br>2CSM277333R1801<br>**E 9F10 GG1**<br>2CSM277113R1801|E 9F 10 gG cylindrical fuses 10.3 x 38 mm<br>**Order**<br>**details**<br>**Type code**<br>Order code<br>**E 9F10 GG05**<br>2CSM277333R1801<br>**E 9F10 GG1**<br>2CSM277113R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**773337**<br>**771135**|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece unit<br>kg<br>0.007<br>0.007<br>38 mm<br>Ø 10.3 mm<br>{<br>CTT)O<br>jf}<br>t|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece unit<br>kg<br>0.007<br>0.007<br>38 mm<br>Ø 10.3 mm<br>{<br>CTT)O<br>jf}<br>t|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece unit<br>kg<br>0.007<br>0.007<br>38 mm<br>Ø 10.3 mm<br>{<br>CTT)O<br>jf}<br>t|Price<br>Price<br>Weight<br>1 piece<br>group<br>1 piece unit<br>kg<br>0.007<br>0.007<br>38 mm<br>Ø 10.3 mm<br>{<br>CTT)O<br>jf}<br>t|Pack<br>1 piece unit<br>pc.<br>10<br>10<br>Ø 10.3 mm|
|---|---|---|---|---|---|---|---|---|---|
|2|10.3x38|**E 9F10 GG2**|2CSM258723R1801|**587231**||||0.007|10|
|4|10.3x38|**E 9F10 GG4**|2CSM257543R1801|**575436**||||0.007|10|
|6|10.3x38|**E 9F10 GG6**|2CSM256363R1801|**563631**||||0.007|10|
|8|10.3x38|**E 9F10 GG8**|2CSM258633R1801|**586333**||||0.007|10|
|10|10.3x38|**E 9F10 GG10**|2CSM257453R1801|**574538**||||0.007|10|
|12|10.3x38|**E 9F10 GG12**|2CSM256273R1801|**562733**||||0.007|10|
|16|10.3x38|**E 9F10 GG16**|2CSM277543R1801|**775430**||||0.007|10|
|20|10.3x38|**E 9F10 GG20**|2CSM277323R1801|**773238**||||0.007|10|
|25|10.3x38|**E 9F10 GG25**|2CSM277103R1801|**771036**||||0.007|10|
|32|10.3x38|**E 9F10 GG32**|2CSM258713R1801|**587132**||||0.007|10|



|E 9F 14 gG cylindrical fuses 14 x 51 mm|E 9F 14 gG cylindrical fuses 14 x 51 mm|E 9F 14 gG cylindrical fuses 14 x 51 mm|E 9F 14 gG cylindrical fuses 14 x 51 mm||51 mm<br>Ø 14 mm<br>|<br>CT<br>1) 0<br>|-—__-| ___|51 mm<br>Ø 14 mm<br>|<br>CT<br>1) 0<br>|-—__-| ___|51 mm<br>Ø 14 mm<br>|<br>CT<br>1) 0<br>|-—__-| ___|51 mm<br>Ø 14 mm<br>|<br>CT<br>1) 0<br>|-—__-| ___|51 mm<br>Ø 14 mm<br>|<br>CT<br>1) 0<br>|-—__-| ___|
|---|---|---|---|---|---|---|---|---|---|
|Rated<br>current<br>In<br>2<br>4|Size<br>mm<br>14x51<br>14x51|**Order**<br>**details**<br>**Type code**<br>**E 9F14 GG2**<br>**E 9F14 GG4**|Order code<br>2CSM277523R1801<br>2CSM277303R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**775232**<br>**773030**|Price<br>Price<br>1 piece<br>group|||Weight<br>1 piece unit<br>kg<br>0.018<br>0.018|Pack<br>1 piece unit<br>pc.<br>10<br>10|
|6|14x51|**E 9F14 GG6**|2CSM277083R1801|**770831**||||0.018|10|
|8|14x51|**E 9F14 GG8**|2CSM291003R1801|**910039**||||0.018|10|
|10|14x51|**E 9F14 GG10**|2CSM290983R1801|**909835**||||0.018|10|
|12|14x51|**E 9F14 GG12**|2CSM290963R1801|**909637**||||0.018|10|
|16|14x51|**E 9F14 GG16**|2CSM258783R1801|**587835**||||0.018|10|
|20|14x51|**E 9F14 GG20**|2CSM257603R1801|**576037**||||0.018|10|
|25|14x51|**E 9F14 GG25**|2CSM256423R1801|**564232**||||0.018|10|
|32|14x51|**E 9F14 GG32**|2CSM258693R1801|**586937**||||0.018|10|
|40|14x51|**E 9F14 GG40**|2CSM257513R1801|**575139**||||0.018|10|
|50|14x51|**E 9F14 GG50**|2CSM256333R1801|**563334**||||0.018|10|



**5** 

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**E 9F gG** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F gG 

**==> picture [6 x 53] intentionally omitted <==**

**==> picture [380 x 210] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
||__||58 mm|t__—|Ø 22 mm|
|E 9F 22 gG cylindrical fuses 22 x 58 mm|
|Rated|Size|Order|Bbn|Price|Price|Weight|Pack|
|current|details|8012542|1 piece|group|1 piece unit|
|In|mm|Type code|Order code|EAN|kg|pc.|
|4|22x58|E 9F22 GG4|2CSM257183R1801|571834|0.048|10|
|6|22x58|E 9F22 GG6|2CSM259283R1801|592839|0.048|10|
|8|22x58|E 9F22 GG8|2CSM258103R1801|581031|0.048|10|
|10|22x58|E 9F22 GG10|2CSM256923R1801|569237|0.048|10|
|12|22x58|E 9F22 GG12|2CSM259403R1801|594031|0.048|10|
|16|22x58|E 9F22 GG16|2CSM258223R1801|582236|0.048|10|
|20|22x58|E 9F22 GG20|2CSM257043R1801|570431|0.048|10|
|25|22x58|E 9F22 GG25|2CSM259533R1801|595335|0.048|10|
|32|22x58|E 9F22 GG32|2CSM258353R1801|583530|0.048|10|
|40|22x58|SE|E 9F22 GG40|2CSM257173R1801|571735|0.048|10|
|50|22x58|E 9F22 GG50|2CSM259393R1801|593935|0.048|10|
|63|22x58|E 9F22 GG63|2CSM258213R1801|582137|0.048|10|
|80|22x58|E 9F22 GG80|2CSM257033R1801|570332|0.048|10|
|100|22x58|E 9F22 GG100|2CSM259523R1801|595236|0.048|10|
|125|22x58|E 9F22 GG125|2CSM258343R1801|583431|0.048|10|

**----- End of picture text -----**<br>


## **Technical features** 

**==> picture [234 x 82] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Rated voltage|[V]|400, 500, 690 AC|
|Rated current|[A]|0,5…125|
|Breaking capacity|[kA]|20, 80, 120|
|Overall dimensions|[mm] 8.5x31.5 , 10.3x38 , 14x51 , 22x58|
|Weight|[g]|4, 7, 18, 48|
|Standards|IEC 60269-2; ROHS 2002/98/CE|
|Marks|LLOYD, NF, BV|

**----- End of picture text -----**<br>


## **E 9F 8 gG cylindrical fuses 8.5 x 31.5 mm** 

**==> picture [241 x 95] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Type|Rated current|Rated voltage|Breaking capacity|
|[A]|[V AC]|[kA]|
|E 9F8 GG1|1|400|20|
|E 9F8 GG2|2|400|20|
|E 9F8 GG4|4|400|20|
|E 9F8 GG6|6|400|20|
|E 9F8 GG8|8|400|20|
|E 9F8 GG10|10|400|20|
|E 9F8 GG12|12|400|20|
|E 9F8 GG16|16|400|20|
|E 9F8 GG20|20|400|20|

**----- End of picture text -----**<br>


## **E 9F 10 gG cylindrical fuses 10.3 x 38 mm** 

**==> picture [241 x 122] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Type|Rated current|Rated voltage|Breaking capacity|
|[A]|[V AC]|[kA]|
|E 9F10 GG05|0.5|500|120|
|E 9F10 GG1|1|500|120|
|E 9F10 GG2|2|500|120|
|E 9F10 GG4|4|500|120|
|E 9F10 GG6|6|500|120|
|E 9F10 GG8|8|500|120|
|E 9F10 GG10|10|500|120|
|E 9F10 GG12|12|500|120|
|E 9F10 GG16|16|500|120|
|E 9F10 GG20|20|500|120|
|E 9F10 GG25|25|500|120|
|E 9F10 GG32|32|400|120|

**----- End of picture text -----**<br>


## **E 9F 14 gG cylindrical fuses 14 x 51 mm** 

**==> picture [241 x 122] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Type|Rated current|Rated voltage|Breaking capacity|
|[A]|[V AC]|[kA]|
|E 9F14 GG2|2|690|80|
|E 9F14 GG4|4|690|80|
|E 9F14 GG6|6|690|80|
|E 9F14 GG8|8|690|80|
|E 9F14 GG10|10|690|80|
|E 9F14 GG12|12|690|80|
|E 9F14 GG16|16|690|80|
|E 9F14 GG20|20|690|80|
|E 9F14 GG25|25|690|80|
|E 9F14 GG32|32|500|120|
|E 9F14 GG40|40|500|120|
|E 9F14 GG50|50|400|120|

**----- End of picture text -----**<br>


## **E 9F 22 gG cylindrical fuses 22 x 58 mm** 

**==> picture [241 x 148] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Type|Rated current|Rated voltage|Breaking capacity|
|[A]|[V AC]|[kA]|
|E 9F22 GG4|4|690|80|
|E 9F22 GG6|6|690|80|
|E 9F22 GG8|8|690|80|
|E 9F22 GG10|10|690|80|
|E 9F22 GG12|12|690|80|
|E 9F22 GG16|16|690|80|
|E 9F22 GG20|20|690|80|
|E 9F22 GG25|25|690|80|
|E 9F22 GG32|32|690|80|
|E 9F22 GG40|40|690|80|
|E 9F22 GG50|50|690|80|
|E 9F22 GG63|63|690|80|
|E 9F22 GG80|80|690|80|
|E 9F22 GG100|100|500|120|
|E 9F22 GG125|125|400|120|

**----- End of picture text -----**<br>


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**E 9F gG** 

**5** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Protection devices** Cylindrical fuses E 9F gG 

## Power dissipation [W] 

|**In**|**Size**|
|---|---|
|**[A]**|**10.3x38**<br>**14x51**<br>**22x58**|
|**0.5**|2|
|**1**|2.5<br>3.4|
|**2**|0.70<br>1<br>1.20|
|**4**|0.80<br>1.10<br>1.30|
|**6**|0.90<br>1.20<br>1.40|
|**8**|1.10<br>1.50<br>1.65|
|**10**|1.35<br>1.80<br>2|
|**12**|1.55<br>2.10<br>2.40|
|**16**|1.90<br>2.55<br>3|
|**20**|2.30<br>3<br>3.40|
|**25**|2.80<br>3.50<br>3.80|
|**32**|3<br>3.80<br>4.30|
|**40**|4.40<br>5.10|
|**50**|4.70<br>5.50|
|**63**|6.70|
|**80**|8|
|**100**<br>**125**|9<br>12.5|



It is important verify that the power dissipation by the fuse does not exceed the limit allowed by the fuse it is hosted.  In blue are shown the maximum values of power dissipation according with the range E 90 and E 930 specifications. 

## Characteristics tI 

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**E 9F gG** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F gG 

**==> picture [75 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristics I [2] t<br>**----- End of picture text -----**<br>


Temperature increase 

**==> picture [3 x 3] intentionally omitted <==**

**----- Start of picture text -----**<br>
°<br>**----- End of picture text -----**<br>


**==> picture [6 x 316] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400042F0202<br>2CSC400042F0202<br>**----- End of picture text -----**<br>


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**E 9F aM** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F aM 

## **E 9F aM cylindrical fuses** 

The E 9F aM cylindrical fuses, coupled with E 90 and E 930 fuse disconnectors, are the ideal solution for protection against overload and short-circuit. They feature a delayed tripping curve and are therefore ideal for protecting industrial motors that require high inrush current during the starting phase. The E 9F aM series is available for all the main sizes (8.5 x 31.5 mm, 10.3 x 38 mm, 14 x 51 mm e 22 x 58 mm) and with a wide range of rated current values (from 1 A to 125 A and up to 690 V a.c.). All the E 9F series fuses conform to the RoHS directive and are type-approved in accordance with the most important international naval marks. 

## E 9F 8 aM cylindrical fuses 8.5 x 31.5 mm 

|E 9F 8 aM cylindrical fuses 8.5 x 31.5 mm|E 9F 8 aM cylindrical fuses 8.5 x 31.5 mm|E 9F 8 aM cylindrical fuses 8.5 x 31.5 mm|E 9F 8 aM cylindrical fuses 8.5 x 31.5 mm|||31.5 mm<br>Ø 8.5 mm<br>~~—~~a|31.5 mm<br>Ø 8.5 mm<br>~~—~~a|31.5 mm<br>Ø 8.5 mm<br>~~—~~a|31.5 mm<br>Ø 8.5 mm<br>~~—~~a|
|---|---|---|---|---|---|---|---|---|---|
|Rated<br>current<br>In<br>1<br>2<br>4|Size<br>mm<br>8.5x31.5<br>8.5x31.5<br>8.5x31.5|**Order**<br>**details**<br>**Type code**<br>**E 9F8 AM1**<br>**E 9F8 AM2**<br>**E 9F8 AM4**|Order code<br>2CSM277283R1801<br>2CSM277063R1801<br>2CSM258743R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**772835**<br>**770633**<br>**587439**|Price<br>1 piece|Price<br>group||Weight<br>group<br>1 piece unit<br>kg<br>0.004<br>0.004<br>0.004|Pack<br>1 piece unit<br>pc.<br>10<br>10<br>10|
|6|8.5x31.5|**E 9F8 AM6**|2CSM257563R1801|**575634**||||0.004|10|
|8|8.5x31.5|**E 9F8 AM8**|2CSM256383R1801|**563839**||||0.004|10|
|10|8.5x31.5|**E 9F8 AM10**|2CSM258653R1801|**586531**||||0.004|10|



## E 9F 10 aM cylindrical fuses 10.3 x 38 mm 

|E 9F 10 aM cylindrical fuses 10.3 x 38 mm|E 9F 10 aM cylindrical fuses 10.3 x 38 mm|E 9F 10 aM cylindrical fuses 10.3 x 38 mm|E 9F 10 aM cylindrical fuses 10.3 x 38 mm|||38 mm<br>Ø 10.3 mm<br>ot _|38 mm<br>Ø 10.3 mm<br>ot _|38 mm<br>Ø 10.3 mm<br>ot _|38 mm<br>Ø 10.3 mm<br>ot _|
|---|---|---|---|---|---|---|---|---|---|
|Rated<br>current<br>In<br>0.5<br>1|Size<br>mm<br>10.3x38<br>10.3x38|**Order**<br>**details**<br>**Type code**<br>**E 9F10 AM05**<br>**E 9F10 AM1**|Order code<br>2CSM257473R1801<br>2CSM256293R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**574736**<br>**562931**|Price<br>1 piece|Price<br>group||Weight<br>1 piece unit<br>kg<br>0.007<br>0.007|Weight<br>Pack<br>1 piece unit<br>pc.<br>10<br>10|
|2|10.3x38|**E 9F10 AM2**|2CSM277563R1801|**775638**||||0.007|10|
|4|10.3x38|**E 9F10 AM4**|2CSM277343R1801|**773436**||||0.007|10|
|6|10.3x38|**E 9F10 AM6**|2CSM277123R1801|**771234**||||0.007|10|
|8|10.3x38|**E 9F10 AM8**|2CSM258733R1801|**587330**||||0.007|10|
|10|10.3x38|**E 9F10 AM10**|2CSM257553R1801|**575535**||||0.007|10|
|12|10.3x38|**E 9F10 AM12**|2CSM256373R1801|**563730**||||0.007|10|
|16|10.3x38|**E 9F10 AM16**|2CSM258643R1801|**586432**||||0.007|10|
|20|10.3x38|**E 9F10 AM20**|2CSM257463R1801|**574637**||||0.007|10|
|25|10.3x38|**E 9F10 AM25**|2CSM256283R1801|**562832**||||0.007|10|
|32|10.3x38|**E 9F10 AM32**|2CSM277553R1801|**775539**||||0.007|10|



## E 9F 14 aM cylindrical fuses 14 x 51 mm 

|E 9F 14 aM cylindrical fuses 14 x 51 mm<br>Rated<br>current<br>In<br>1<br>2|E 9F 14 aM cylindrical fuses 14 x 51 mm<br>Size<br>mm<br>14x51<br>14x51|E 9F 14 aM cylindrical fuses 14 x 51 mm<br>**Order**<br>**details**<br>**Type code**<br>**E 9F14 AM1**<br>**E 9F14 AM2**|E 9F 14 aM cylindrical fuses 14 x 51 mm<br>Order code<br>2CSM257533R1801<br>2CSM256353R1801|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**575337**<br>**563532**|Price<br>1 piece|Price<br>Weight<br>Pack<br>group<br>1 piece unit<br>kg<br>pc.<br>0.018<br>10<br>0.018<br>10<br>51 mm<br>Ø 14 mm<br>L| TC|Price<br>Weight<br>Pack<br>group<br>1 piece unit<br>kg<br>pc.<br>0.018<br>10<br>0.018<br>10<br>51 mm<br>Ø 14 mm<br>L| TC|Price<br>Weight<br>Pack<br>group<br>1 piece unit<br>kg<br>pc.<br>0.018<br>10<br>0.018<br>10<br>51 mm<br>Ø 14 mm<br>L| TC|Price<br>Weight<br>Pack<br>group<br>1 piece unit<br>kg<br>pc.<br>0.018<br>10<br>0.018<br>10<br>51 mm<br>Ø 14 mm<br>L| TC|
|---|---|---|---|---|---|---|---|---|---|
|4|14x51|**E 9F14 AM4**|2CSM258623R1801|**586234**||||0.018|10|
|6|14x51|**E 9F14 AM6**|2CSM257443R1801|**574439**||||0.018|10|
|8|14x51|**E 9F14 AM8**|2CSM256263R1801|**562634**||||0.018|10|
|10<br>14x51<br>**E 9F14 AM10**<br>2CSM277533R1801<br>**775331**<br>0.018<br>10<br>12<br>14x51<br>**E 9F14 AM12**<br>2CSM277313R1801<br>**773139**<br>0.018<br>10<br>—||||||||||
|16|14x51|**E 9F14 AM16**|2CSM277093R1801|**770930**||||0.018|10|
|20|14x51|**E 9F14 AM20**|2CSM258703R1801|**587033**||||0.018|10|
|25|14x51|**E 9F14 AM25**|2CSM257523R1801|**575238**||||0.018|10|
|32|14x51|**E 9F14 AM32**|2CSM256343R1801|**563433**||||0.018|10|
|40|14x51|**E 9F14 AM40**|2CSM258613R1801|**586135**||||0.018|10|
|45|14x51|**E 9F14 AM45**|2CSM257433R1801|**574330**||||0.018|10|
|50|14x51|**E 9F14 AM50**|2CSM256253R1801|**562535**||||0.018|10|



**5** 

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**E 9F aM** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F aM 

|E 9F 22 aM cylindrical fuses 22 x 58 mm|E 9F 22 aM cylindrical fuses 22 x 58 mm|E 9F 22 aM cylindrical fuses 22 x 58 mm|E 9F 22 aM cylindrical fuses 22 x 58 mm|||58 mm<br>|__||58 mm<br>|__||58 mm<br>|__||58 mm<br>|__||Ø 22 mm<br> __|
|---|---|---|---|---|---|---|---|---|---|---|
|Rated|Size|**Order**||**Bbn**|Price|Price||Weight||Pack|
|current<br>In<br>6<br>8<br>10<br>12|mm<br>22x58<br>22x58<br>22x58<br>22x58|**details**<br>**Type code**<br>**E 9F22 AM6**<br>**E 9F22 AM8**<br>**E 9F22 AM10**<br>**E 9F22 AM12**|Order code<br>2CSM258603R1801<br>2CSM257423R1801<br>2CSM256243R1801<br>2CSM277513R1801|**8012542**1 piece<br>**EAN**<br>**586036**<br>**574231**<br>**562436**<br>**775133**|1 piece|group||1 piece unit<br>kg<br>0.048<br>0.048<br>0.048<br>0.048||1 piece unit<br>pc.<br>10<br>10<br>10<br>10|
|16|22x58|**E 9F22 AM16**|2CSM277293R1801|**772934**||||0.048|0.048|10|
|20|22x58|**E 9F22 AM20**|2CSM277073R1801|**770732**||||0.048|0.048|10|
|25<br>32|22x58<br>22x58|**E 9F22 AM25**<br>**E 9F22 AM32**|2CSM277493R1801<br>2CSM277273R1801|**774938**<br>**772736**||||0.048<br>0.048|0.048<br>0.048|10<br>10|
|40<br>50|22x58<br>**E 9F22 AM40**<br>2CSM277053R1801<br>**770534**<br>0.048<br>22x58<br>**E 9F22 AM50**<br>2CSM259413R1801<br>**594130**<br>0.048<br>a||||||||0.048<br>0.048|10<br>10|
|63|22x58|**E 9F22 AM63**|2CSM258233R1801|**582335**||||0.048|0.048|10|
|80|22x58|**E 9F22 AM80**|2CSM257053R1801|**570530**||||0.048|0.048|10|
|100|22x58|**E 9F22 AM100**|2CSM259543R1801|**595434**||||0.048|0.048|10|
|125|22x58|**E 9F22 AM125**|2CSM258363R1801|**583639**||||0.048|0.048|10|



## **Technical features** 

|**Rated voltage**|[V]|400, 500, 690 AC|
|---|---|---|
|**Rated current**|[A]|0,5…125|
|**Breaking capacity**|[kA]|20, 80, 120|
|**Overall dimensions**|[mm] 8.5x31.5, 10.3x38, 14x51, 22x58|[mm] 8.5x31.5, 10.3x38, 14x51, 22x58|
|**Weight**|[g]|4, 7, 18, 48|
|**Standards**||IEC 60269-2; ROHS 2002/98/CE|
|**Marks**||LLOYD, NF, BV|



## **E 9F8 aM cylindrical fuses 8.5 x 31.5 mm** 

|**Type**|**Rated current**|**Rated voltage**|**Breaking capacity**|
|---|---|---|---|
||**[A]**|**[V AC]**|**[kA]**|
|**E 9F1 AM1**|1|400|20|
|**E 9F8 AM2**|2|400|20|
|**E 9F8 AM4**|4|400|20|
|**E 9F8 AM6**|6|400|20|
|**E 9F8 AM8**|8|400|20|
|**E 9F8 AM10**|10|400|20|



## **E 9F10 aM cylindrical fuses 10.3 x 38 mm** 

|**Type**|**Rated current**|**Rated voltage**|**Breaking capacity**|
|---|---|---|---|
||**[A]**|**[V AC]**|**[kA]**|
|**E 9F10 AM05**|0.5|500|120|
|**E 9F10 AM1**|1|500|120|
|**E 9F10 AM2**|2|500|120|
|**E 9F10 AM4**|4|500|120|
|**E 9F10 AM6**|6|500|120|
|**E 9F10 AM8**|8|500|120|
|**E 9F10 AM10**|10|500|120|
|**E 9F10 AM12**|12|500|120|
|**E 9F10 AM16**|16|500|120|
|**E 9F10 AM20**|20|500|120|
|**E 9F10 AM25**|25|400|120|
|**E 9F10 AM32**|32|400|120|



## **E 9F14 aM cylindrical fuses 14 x 51 mm** 

|**Type**|**Rated current**|**Rated voltage**|**Breaking capacity**|
|---|---|---|---|
||**[A]**|**[V AC]**|**[kA]**|
|**E 9F14 AM1**|1|690|80|
|**E 9F14 AM2**|2|690|80|
|**E 9F14 AM4**|4|690|80|
|**E 9F14 AM6**|6|690|80|
|**E 9F14 AM8**|8|690|80|
|**E 9F14 AM10**|10|690|80|
|**E 9F14 AM12**|12|690|80|
|**E 9F14 AM16**|16|690|80|
|**E 9F14 AM20**|20|690|80|
|**E 9F14 AM25**|25|690|80|
|**E 9F14 AM32**|32|500|120|
|**E 9F14 AM40**|40|500|120|
|**E 9F14 AM45**|45|500|120|
|**E 9F14 AM50**|50|400|120|



## **E 9F22 aM cylindrical fuses 22 x 58 mm** 

|**Type**|**Rated current**|**Rated voltage**|**Breaking capacity**|
|---|---|---|---|
||**[A]**|**[V AC]**|**[kA]**|
|**E 9F22 AM6**|6|690|80|
|**E 9F22 AM8**|8|690|80|
|**E 9F22 AM10**|10|690|80|
|**E 9F22 AM12**|12|690|80|
|**E 9F22 AM16**|16|690|80|
|**E 9F22 AM20**|20|690|80|
|**E 9F22 AM25**|25|690|80|
|**E 9F22 AM32**|32|690|80|
|**E 9F22 AM40**|40|690|80|
|**E 9F22 AM50**|50|690|80|
|**E 9F22 AM63**|63|690|80|
|**E 9F22 AM80**|80|690|80|
|**E 9F22 AM100**|100|500|120|
|**E 9F22 AM125**|125|400|120|



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**E 9F aM** 

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## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F aM 

## Power dissipation [W] 

|**In**||**Size**||
|---|---|---|---|
|**[A]**|**10.3x38**|**14x51**|**22x58**|
|**0.5**|0.50|0.75||
|**1**|0.13|0.18|0.20|
|**2**|0.20|0.25|0.30|
|**4**|0.30|0.40|0.50|
|**6**|0.45|0.55|0.65|
|**8**|0.55|0.65|0.75|
|**10**|0.65|0.75|0.85|
|**12**|0.75|0.85|1|
|**16**|0.90|1.20|1.40|
|**20**|1.10|1.50|1.70|
|**25**|1.40|1.80|2|
|**32**|2|2.10|2.60|
|**40**||2.60|3.20|
|**45**||2.80||
|**50**||2.90|3.90|
|**63**<br>**80**|||4.60<br>5.60|
|**100**|||6.50|
|**125**|||9.50|



It is important verify that the power dissipation by the fuse does not exceed the limit allowed by the fuse it is hosted.  In blue are shown the maximum values of power dissipation according with the range E 90 and E 930 specifications. 

**==> picture [72 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
Char teristics tI<br>**----- End of picture text -----**<br>


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**E 9F aM** 

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## **Selection tables** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical fuses E 9F aM 

**==> picture [75 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristics I [2] t<br>**----- End of picture text -----**<br>


Temperature increase (testing in superior contact) 

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°<br>**----- End of picture text -----**<br>


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2CSC400046F0202<br>2CSC400046F0202<br>**----- End of picture text -----**<br>


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**E 9F gPV** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical Fuses E 9F gPV 

## **E 9F PV cylindrical fuses for photovoltaic applications** 

The cylindrical fuses E 9F PV series are specifically used in overcurrent protection of photovoltaic applications up to 1000 V in direct current. Thanks to the wide current range from 1 A to 30 A, and to the high nominal voltage of 1000 V DC, the series E 9F PV is ideal to protect strings, inverters and OVR surge protections according to IEC 60269-6 “Supplementary requirements for fuse-links for the protection of solar photovoltaic energy systems”. 

|E|2CSC400047F0202|for the protection of solar photovoltaic energy systems”.<br>E 9F PV cylindrical fuses 10.3 x 38 mm<br>Rated<br>**Order**<br>current<br>**details**<br>In<br>**Type code**|for the protection of solar photovoltaic energy systems”.<br>E 9F PV cylindrical fuses 10.3 x 38 mm<br>Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>kg<br>pc.<br>38 mm<br>Ø 10.3 mm<br>~~Cy~~d<br>rs a|Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>kg<br>pc.<br>38 mm<br>Ø 10.3 mm<br>~~Cy~~d<br>rs a|Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>kg<br>pc.<br>38 mm<br>Ø 10.3 mm<br>~~Cy~~d<br>rs a|Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>kg<br>pc.<br>38 mm<br>Ø 10.3 mm<br>~~Cy~~d<br>rs a|Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>kg<br>pc.<br>38 mm<br>Ø 10.3 mm<br>~~Cy~~d<br>rs a|
|---|---|---|---|---|---|---|---|---|---|
|o-<br>r <br>sy||1 A<br>**E 9F1 PV**<br>2CSM213455R1801**134558**<br>0.007  10<br>2 A<br>**E 9F2 PV**<br>2CSM213465R1801<br>**134657**<br>0.007  10<br>3 A<br>**E 9F3 PV**<br>2CSM213475R1801<br>**134756**<br>0.007  10<br>4 A<br>**E 9F4 PV**<br>2CSM213485R1801<br>**134855**<br>0.007  10<br>5 A<br>**E 9F5 PV**<br>2CSM213495R1801<br>**134954**<br>0.007  10<br> ~~a~~<br>~~TT~~||||||||
|||6 A<br>**E 9F6 PV**|2CSM213505R1801|**135050**|||0.007  10|0.007  10|0.007  10|
|||7 A<br>**E 9F7 PV**|2CSM213515R1801|**135159**|||0.007  10|0.007  10|0.007  10|
|||8 A<br>**E 9F8 PV**<br>10 A<br>**E 9F10 PV**|2CSM213525R1801<br>2CSM213535R1801|**135258**<br>**135357**|||0.007  10<br>0.007  10|0.007  10<br>0.007  10|0.007  10<br>0.007  10|
|||12 A<br>**E 9F12 PV**|2CSM213545R1801|**135456**|||0.007  10|0.007  10|0.007  10|
|||15 A<br>**E 9F15 PV**|2CSM213555R1801|**135555**|||0.007  10|0.007  10|0.007  10|
|||20 A<br>**E 9F20 PV**|2CSM213565R1801|**135654**|||0.007  10|0.007  10|0.007  10|
|||25 A<br>**E 9F25 PV**|2CSM213575R1801|**135753**|||0.007  10|0.007  10|0.007  10|
|||30 A<br>**E 9F30 PV**|2CSM213585R1801|**135852**|||0.007  10|0.007  10|0.007  10|



## **Technical features** 

|**Rated voltage**|[V]|1000 DC|
|---|---|---|
|**Rated current**|[A]|1...30|
|**Breaking capacity**|[kA]|50|
|**Minimum breaking capacity**||From 1 A up to 7 A  = 1.3 x In|
|||From 8 A upto 30 A = 2.0 x In|
|**Overall dimensions**|[mm]|10.3 x 38|
|**Weight**|[g]|7|
|**Standards**||IEC 60269-6;ROHS 2002/98/CE|



|**Type**|**I2t curve**|**Power consumption [W]**|
|---|---|---|
||**[A2s]**||
|**E 9F1 PV**|-|0.32|
|**E 9F2 PV**|-|0.43|
|**E 9F3 PV**|-|1.4|
|**E 9F4 PV**|-|1.3|
|**E 9F5 PV**|-|1.4|
|**E 9F6 PV**|-|1.5|
|**E 9F7 PV**|-|1.5|
|**E 9F8 PV**|83|1.1|
|**E 9F10 PV**|127|1.5|
|**E 9F12 PV**|215|2.0|
|**E 9F15 PV**|495|3.0|
|**E 9F20 PV**|755|4.4|
|**E 9F25 PV**|970|5.3|
|**E 9F30 PV**|1650|5.8|



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**E 9F gPV** 

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## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Cylindrical Fuses E 9F gPV 

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Melting time - Current data<br>**----- End of picture text -----**<br>


Melting time - Current data 

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**----- Start of picture text -----**<br>
��<br>��<br>��<br>��<br>��<br>��<br>��<br>Ip [A] Ip [A]<br>Voltage capabilities vs. time constant<br>L/R Time Constant [ms]<br>t [s] t [s]<br>DC Voltage<br>**----- End of picture text -----**<br>


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**ILTS** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Fuse-switch-disconnectors 

## **Switch-disconnector ILTS-E for D0 2-63 A fuse links “Drawer technology”** 

**==> picture [29 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Circuit<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
iit,<br>ie<br>ql<br>“Ya<br>iua<br>ILTS-E1<br>il<br>Ol<br>. ay<br>*<br>ILTS-E1<br>ill,<br>sili<br>tal<br>a!<br>2CDC 051 105 F0007<br>2CDC 051 106 F0007<br>2CDC 051 107 F0007<br>**----- End of picture text -----**<br>


**==> picture [38 x 88] intentionally omitted <==**

**----- Start of picture text -----**<br>
ILTS-E3<br>2CDC 051 108 F0007<br>**----- End of picture text -----**<br>


**==> picture [49 x 92] intentionally omitted <==**

**----- Start of picture text -----**<br>
ILTS-E/H11<br>ILTS-E/RE<br>2CDC 051 113 F0007<br>**----- End of picture text -----**<br>


User-friendly fuse-switch-disconnector in “drawer technology”: 

- Snap action 

- Fuse can be replaced only if the system is de-energized. 

- Captive fuse carrier 

- For D02 fuse links, D01 fuse link with reducing piece 

- Twin box terminal on both sides 

- User-friendly installation of cross-wiring in lower terminal 

- Auxiliary switch to indicate switching position 

## **Fuse-switch-disconnector** 

||**Poles**|**Order**<br>**details**<br>**Type code**|**Order code**|**Bbn**<br>**4016779**<br>**EAN**|**Price**<br>**1 piece**|**Price**<br>**group**|**Weight**<br>**1 piece unit**<br>**kg**|**Pack**<br>**1 piece unit**<br>**pc.**|
|---|---|---|---|---|---|---|---|---|
||1|**ILTS-E1**|2CDE 101 001 R1901|**65347 3**||13|0.210|3|
||2<br>3|**ILTS-E2**<br>**ILTS-E3**|2CDE 102 001 R1901<br>2CDE 103 001 R1901|**65348 0**<br>**65349 7**||13<br>13|0.420<br>0.630|2<br>1|
||3+N*|**ILTS-E3+N**|2CDE 103 101 R1901|**65350 3**||13|0.790|1|
||Reducing piece|**ILTS-E/RE**|2CDE 000 011 R1901|**65407 4**||13|0.001|20|
|Auxiliary switch 1NO/1NC<br>* N conductor leading make contact, late closing<br>TT||**LTS-E/H11**<br>* N conductor leading make contact, late closing|2CDE 000 012 R1901|**65671 9**||13|0.050|1|



## **Technical data** 

|**Technical data**||
|---|---|
|**Standards:**|DIN VDE 0638, EN 60947-3, EN 660269-3-1|
|**Approval:**|VDE|
|**No. of poles:**|1, 2, 3 pole and 3 pole+N|
|**Rated voltage:**|400 V AC, per pole 65 V DC (2 pole 130 V DC)|
|**Operating current In: **<br>acc. to fuse link D0 2-63 A<br>**Rated frequency:**<br>50/60 Hz<br>**Rated short circuit capacity:**<br>50 kA for AC (8 kA for DC)<br>**Power loss:**<br>5.5 W/pole<br>**Utilization category:**<br>AC 22 B: 400 V AC 63 A according to IEC / EN 60947-3 (all versions)<br>DC 22 B: 65 V DC 63 A according to IEC / EN 60947-3 (1 pole)<br>DC 22 B: 130 V DC 63 A according to IEC / EN 60947-3 (2 pole)<br>**Leakage current resistance:**<br>CTI 200<br>a<br>ooo<br>a||
|**Ambient temperature:**|– 5 °C up to + 40 °C|
|**Casing material:**|thermoplast; halogen-, phosphor-, silicone- and CFC-free|
|**Fire classification:**<br>**Shock protection:**<br>**Connection capacity:**<br>**Pick-up torque:**|UL 94 (self-extinguishing)<br>according to DIN EN 50 274 (DIN VDE 0660 Part 514) BGV A3<br>1.5 – 35 mm2finely stranded, directly clamped or with connector sleeve<br>Twin-function terminal for simultaneous connection of two conductors<br>(35 mm2and 16 mm2) or conductor and busbar<br>2,5 – 3 Nm|
|**Auxiliary switch indicating contact position**||
|**Contacts:**|1 NO contact + 1 NC contact|
|**Contact rating:**|AC 13: 2 A/400 V, 6 A/230 V|
||DC 13: 1 A/220 V, 6 A/24V|



**==> picture [64 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC 052 038 F0003<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
Overall dimensions ......................  pag. 13/29<br>**----- End of picture text -----**<br>


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**ISS** 

**5 ISS 63/1** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** D0 Fuse carrier 

## **D0 fuse carrier ISS with integrated red cover** 

D0 fuse base for NEOZED fuse links D01 / D02. Touch-protection according to BGV A3. Twin box terminal on both sides for connection of two different conductor cross-sections or conductors and busbars. 

D0 fuse base for NEOZED fuse links D01 / D02. Touch-protection according to BGV A3. Twin box terminal on both sides for connection of two different conductor cross-sections or conductors and busbars. Conductor cross-sections incoming and outing 1.5 – 35 mm[2] , stranded. With integrated terminal cover. **A separate cover for distribution board installation is not required.** e' • IEC 60269-3 / VDE 0636-3 **ISS 16/1** • 1/3-pole • Fuse links, connector sleeves VDE 0636-3 • Snap clip device for rail mounting to EN 60715 • Twin function terminal • Connection cross-section 1.5 – 35 mm[2] ceo • Tightening torque 2.5 – 3 Nm **D0 fuse carrier** @' **Poles** Screw cover/ **Order Bbn Price Price Weight Pack ISS 63/1** fuse **details 4016779 1 piece group 1 piece unit Type code Order code EAN kg pc.** 1 E14 D01 **ISS 16/1** 2CDE 101 001 R1902 **65579 8** 13 0.08 3 1 E18 D02 **ISS 63/1** 2CDE 161 001 R1902 **65581 1** 13 0.08 3 3 E14 D01 **ISS 16/3** 2CDE 113 001 R1902 **65580 4** 13 0.24 3 3 E18 D02 **ISS 63/3** 2CDE 163 001 R1902 **65582 8** 13 0.24 3 **Technical data Size:** D01 D02 Rea!ee! ~~————~~ **Current type:** AC (50 Hz) / DC AC (50 Hz) / DC **Rated voltage:** 400 V AC / 250 V DC 400 V AC / 250 V DC **ISS 16/3 Rated current:** 16 A 63 A **Rated short-circuit current:** 50 kA (AC) 50 kA (AC) 8 kA (DC) 8 kA (DC) **For fuse links with losses per phase up to:** 2.5 W 5.5 W _ ——— eee! **ISS 63/3 Dimensions in mm** 

**ISS 16/1 ISS 63/1** 

**ISS 16/3 ISS 63/3** 

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**5** 

## **System Busbars and accessories for pro** _**M**_ **compact[®] ILTS-E and ISS** 

**==> picture [505 x 683] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Cross-|Length|No. of|Order details|bbn|Cu|Price|Price|Weight|Pack|
|section|poles|40 12233|factor|1 piece|group|1 piece|unit|
|mm|[2]|mm|Type code|Order code|EAN|kg|pc.|
|End caps:|
|SalYl|Eeeer|et|Busbars|PS 1/39/16 ILTS-E: END 1.1|
|for fuse-switch-disconnector ILTS-E|PS 1/39/30 ILTS-E: PS-END 3.2|
|PS 3/39/16 ILTS-E: PS-END|
|ISS, 1pole|PS 1/39/16 ILTS-E|and fuse carrier ISS:|1pole oder 3pole|PS 3/39/30 ILTS-E: PS-END 3|
|PS 1/39/30 ILTS-E|16|1040|39 x 1|PS 1/39/16 ILTS-E|2CDL 010 101 R1639|66956 6|0.43|15|0.23|10|
|30|1040|39 x 1|PS 1/39/30 ILTS-E|2CDL 010 101 R3039|66957 3|0.74|15|0.487|5|
|16|1040|39 x 3|PS 3/39/16 ILTS-E|2CDL 030 101 R1639|66958 0|1.3|15|0.59|10|
|30|1040|39 x 3|PS 3/39/30 ILTS-E|2CDL 030 101 R3039|66959 7|1.95|15|1.222|5|
|bbn-Nr. 40 16779|
|End caps|
|ISS, 3pole|PS 3/39/16 ILTS-E|
|PS 3/39/30 ILTS-E|1|END 1.1|2CDL 200 011 R0011|63891 3|15|0.001|50|
|2/3|PS-END|2CDL 200 001 R0001|51472 9|15|0.001|50|
|2/3|PS-END 3|2CDL 200 001 R3001|65430 2|15|0.001|50|
|1|PS-END 3.2|2CDL 200 001 R3003|66960 3|15|0.001|50|
|40Fike) SSBerKereie"|D0 fuses and accessories|
|Rated|Colour code|Power|Order details|bbn|Price|Price|Weight|Pack|
|ILTS-E, 1pole|PS 1/39/16 ILTS-E|current|loss|40 12233|1 piece|group|1 piece|unit|
|PS 1/39/30 ILTS-E|A|W|Type code|Order code|EAN|kg|pc.|
|D0 fuse links to DIN VDE 0636-3, IEC/EN 60269-3|
|suitable for D01/E14|
|2|pink|1.5|D01 x   2 gL|GMN 977 120 P0011|60480 7|13|0.006|10|
|4|brown|1.5|D01 x   4 gL|GMN 977 120 P0012|60490 6|13|0.006|
|6|green|1.5|D01 x   6 gL|GMN 977 120 P0013|60500 2|13|0.006|
|ILTS-E, 3pole|PS 3/39/16 ILTS-E|10|red|1.8|D01 x 10 gL|GMN 977 120 P0014|60510 1|13|0.006|
|PS 3/39/30 ILTS-E|16|grey|2.1|D01 x 16 gL|GMN 977 120 P0015|60520 0|13|0.006|
|Suitable for D02/E18|
|20|blue|2.3|D02 x 20 gL|GMN 977 120 P0017|60530 9|13|0.011|10|
|a|oO|—|
|||habceel|25|yellow|2.6|D02 x 25 gL|GMN 977 120 P0018|60540 8|13|0.012|
|35|black|2.9|D02 x 35 gL|GMN 977 120 P0019|60550 7|13|0.013|
|yo|OO|5063|whitecopper|3.54.2|D02 x 50 gLD02 x 63 gL|GMN 977 120 P0020GMN 977 120 P0021|60560 660570 5|1313|0.0140.015|
|Fuse links|
|D 01|D 02|D0 screw caps acc. to DIN VDE 0636-3, IEC/EN 60269-3, 400 V AC|
|2-16 A|20-63 A|
|Plastic version, RAL 7037|
|16|for D01|–|D01 DIN 49 525 K|GMN 977 130 P0011|60790 7|13|0.015|20|
|63|for D02|–|D02 DIN 49 525 K|GMN 977 130 P0012|60800 3|13|0.015|20|
|D0 connector sleeves to DIN VDE 0636-3, IEC/EN 60269-3|
|Suitable for D01/E14|
|pe|
|2|pink|–|D01 x   2|GMN 977 125 P0001|60600 9|13|0.001|50|
|4|brown|D01 x   4|GMN 977 125 P0002|60610 8|13|0.001|
|D0 screw caps|6|green|D01 x   6|GMN 977 125 P0003|60620 7|13|0.001|
|10|red|D01 x 10|GMN 977 125 P0004|60630 6|13|0.001|
|Suitable for D02/E18|
|2|pink|–|D02 x   2|GMN 977 125 P0011|60640 5|13|0.001|50|
|Bs|of|a|4|brown|D02 x   4|GMN 977 125 P0012|60650 4|13|0.001|
|Connector sleeves|6|green|D02 x   6|GMN 977 125 P0013|60660 3|13|0.001|
|D 01|D 02|
|10|red|D02 x  10|GMN 977 125 P0014|60670 2|13|0.001|
|2-10 A|2-50 A|
|16|grey|D02 x  16|GMN 977 125 P0015|60680 1|13|0.001|
|20|blue|D02 x  20|GMN 977 125 P0016|60690 0|13|0.001|
|25|yellow|D02 x  25|GMN 977 125 P0017|60700 6|13|0.001|
|35|black|D02 x  35|GMN 977 125 P0018|60710 5|13|0.001|
|oo|50|white|D02 x  50|GMN 977 125 P0019|60720 4|13|0.001|
|Spring clip for use of D01 fuses in D02 screw caps|
|FD 1713|FD 1713|GMN 977 130 P0004|15120 7|[➀]|13|0.001|50|
|➀|bbn-Nr. 40 16779|

**----- End of picture text -----**<br>


ABB 

**5** /35 

**System pro** _**M**_ **compact[®]** 

**5** 

## **Electronic Protection Devices EPD24-TB-101** for use behind 24 V DC Switch Mode Power Supplies 

The protection devices EPD24 extend the ABB product range of modular DIN rail components by electronic overcurrent protection modules for selective protection of 24V DC load circuits. 

**==> picture [5 x 154] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC051001S0010<br>2CDC055001S0010<br>**----- End of picture text -----**<br>


This protection is achieved by a combination of active electronic current limitation in the case of a short circuit and an overload deactivation from 1.1 x In upwards. 

If a fault occurs in a load circuit, the protection device EPD24 will detect this rapidly and reliably, disable the power output transistor and hence interrupt the current flow in the defective circuit. The maximum possible overcurrent is always limited to 1.5…1.8 times the selected rated current. An activation of capacitive loads up to 20,000 μF is possible, deactivation only occurring in the case of overloads or short circuits. Selective deactivation of the defective current circuit means undefined error states and a complete system stop are prevented. 

## **Features** 

- Selective load protection, one electronic trip characteristics. 

- Active current limitation for safe connection of capacitive loads up to 20,000 μF and on overload/short circuit. 

- Current ratings 0.5 A...12 A. 

- Reliable overload disconnection with 1.1 x IN 

- Manual ON/OFF button 

- Clear status and failure indication through LED and auxiliary contact. 

- Integral fail-safe element adjusted to current rating. 

- Width per unit only 12.5 mm. 

- Rail mounting 

- Ease of wiring through busbar LINE+ and 0 V as well as signal bars. 

- UL- and CSA-approvals allow international use of the devices. 

## **Selection table** 

|**Selection table**||||||||
|---|---|---|---|---|---|---|---|
|**Rated**|**Order details**||**bbn**|**Price**|**Price**|**Weight**|**Pack**|
|**current In**|||**40 16779**|**1 piece**|**group**|**1 piece**|**unit**|
|**in A**|**Type code**|**Order code**|**EAN**|||**kg**|**pc.**|
|0.5|**EPD24-TB-101-0.5A**|2CDE 601 101 R2905|**829960**|||0.065|4|
|1|**EPD24-TB-101-1A**|2CDE 601 101 R2001|**829984**|||0.065|4|
|2|**EPD24-TB-101-2A**|2CDE 601 101 R2002|**830003**|||0.065|4|
|3|**EPD24-TB-101-3A**|2CDE 601 101 R2003|**830027**|||0.065|4|
|4|**EPD24-TB-101-4A**|2CDE 601 101 R2004|**830041**|||0.065|4|
|6|**EPD24-TB-101-6A**|2CDE 601 101 R2006|**830065**|||0.065|4|
|8|**EPD24-TB-101-8A**|2CDE 601 101 R2008|**830089**|||0.065|4|
|10|**EPD24-TB-101-10A**|2CDE 601 101 R2010|**830102**|||0.065|4|
|12|**EPD24-TB-101-12A**|2CDE 601 101 R2012|**830126**|||0.065|4|



## **Selection table accessories** 

||**Order details**||**bbn**|**Price**|**Price**|**Weight**|**Pack**|
|---|---|---|---|---|---|---|---|
||||**40 16779**|**1 piece**|**group**|**1 piece**|**unit**|
||**Type code**|**Order code**|**EAN**|||**kg**|**pc.**|
|Busbars for LINE+ and 0 V,|**EPD-BB500**|2CDE 605 100 R0500|**830140**|||0.20|10|
|grey insulation,||||||||
|length 500 mm1)||||||||
|Signal Bars for aux. contacts,|**EPD-SB21**|2CDE 605 200 R0021|**830164**|||0.04|10|
|grey insulation,||||||||
|length 21 mm||||||||



- 1)  Max. load with one line entry Imax = 50 A (recommended: center-feeding) Max. load with two line entries Imax = 63 A 

**Technical details ........................  pag. 11/130** 

**Overall dimensions ......................  pag. 13/28** 

ABB 

**5** /36 

## **System pro** _**M**_ **compact[®]** 

## **Wiring diagramm** 

## **EPD24-TB-101** 

without signal input with signal output F (single signal, NO) Operating condition: 13-14 closed Fault condition: 13-14 open 

**==> picture [105 x 216] intentionally omitted <==**

**----- Start of picture text -----**<br>
LINE+ 1<br>14<br>13<br>2 LOAD+<br>0V 3<br>2CSC400050F0202<br>**----- End of picture text -----**<br>


## **Electronic Protection Devices EPD24-TB-101** Technical data (Tamb. = 25 °C, UB = 24 V DC) for use behind 24 V DC Switch Mode Power Supplies 

## **Operating data** 

|**Operating data**|||
|---|---|---|
|**Operating voltage UB:**|24 V DC (18...32 V)||
|**Current rating IN:**|fxed current ratings<br>0.5, 1, 2, 3, 4, 6, 8,|:<br>10, 12 A|
|**Closed current I0:**|ON condition: typic<br>depending on signa|ally 20...30 mA<br>l output|
|**Staus indication**<br>**by means of:**|– multicolour LED:<br>Green:<br>– unit i<br>– load<br>is sw|<br>s ON (S1 = ON)<br>circuit / Power-MOSFET<br>itched on|
||Orange: –  in th<br>elect|e event of overload or short circuit until<br>ronic disconnection|
||Red:<br>– unit<br>–  load<br>– unde<br>– after|electronically disconnected<br>circuit/Power-MOSFET OFF<br>rvoltage (UB< 8 V)<br>switch-on till the end of the delay period|
||OFF:<br>– man<br>or de|ually switched off (S1 = OFF)<br>vice is dead|
||– potential-free aux|iliary contact F|
||– ON/OFF/ conditi|on of switch S1|



## **Load circuit** 

|**Load circuit**||
|---|---|
|**Load output**<br>Power-MOSFET sw<br>(high slide switch)|itching output|
|**Overload disconnection**<br>typically 1.1 x IN(1.0|5...1.35 x IN)|
|**Short-circuit current IK**<br>active current limita|tion (see table 1)|
|**Trip time**<br>see time/current ch|aracteristics|
|**For electronic**<br>**disconnection**<br>typically 3 s at ILoad <br>typically 100 ms...3<br>(or 1.5 x IN/1.3 x IN,|> 1.1 x IN<br>s at ILoad> 1.8 x IN<br>)|
|**Temperature disconnection**<br>internal temperature|monitoring with electronic disconnection|
|**Low voltage monitoring**<br>**load output**<br>with hysteresis, no<br>load »OFF« at UB<|reset required:<br>8 V|
|**Starting delay tStart**<br>typically 0.5 sec aft|er every switch-on and after applying US|
|**Disconnection of**<br>**load circuit**<br>electronic disconne|ction|
|**Free-wheeling circuit**<br>suitable external fre<br>with inductive load|e-wheeling circuit to be used|
|**Several load outputs must not be connected in parallel**||



**5** 

## **Signal output F** 

|**Signal output F**||
|---|---|
|**Electrical data**<br>potential-free auxilia<br>max. 30 V DC/0.5 A|ry contact<br>, min. 10 V DC/10 mA|
|**ON condition LED green**<br>voltage UBapplied,<br>no overload, no sho|switch S1 is in ON position<br>rt circuit|
|**OFF condition LED off**<br>– device switched<br>– no voltage UBap|off (switch S1 is in OFF position)<br>plied|
|**Fault condition LED orange**<br>overload condition|> 1.1 x INup to electronic disconnection|
|**Fault condition LED red**<br>– electronic disconn<br>–  Device switched o<br>(switch S1 is in O|ection upon overload or short circuit<br>ff with control signal<br>N position)|
|**Aux. contact**<br>single signal, make<br>contact open, termi|contact<br>nal 13-14|
|**Fault**<br>signal output fault c<br>– no operating volt<br>– ON/OFF switch S<br>– red LED lighted (|onditions<br>age UB<br>1 is in OFF position<br>electronic disconnection)|



ABB 

**5** /37 

**Electronic Protection Devices EPD24-TB-101** Technical data (Tamb. = 25 °C, UB = 24 V DC) for use behind 24 V DC Switch Mode Power Supplies 

**5** 

## **System pro** _**M**_ **compact[®]** 

## **General data** 

**Fail-Safe element** backup fuse for EPD24 not required because of the integral redundant fail-safe element **Housing material** moulded **Mounting** symmetrical rail to EN 50022-35x7.5 **Ambient temperature** 0...+50 °C (without condensation, see EN 60204-1) **Storage temperature** -20...+70 °C **Humidity** 96 hrs/95 % RH/40 °C to IEC 60068-2-78, test Cab. climate class 3K3 to EN 60721 **Vibration** 3 g, test to IEC 60068-2-6 test Fc **Degree of protection** housing: IP20 DIN 40050 terminals: IP20 DIN 40050 **EMC** emission: EN 61000-6-3 **(EMC directive, CE logo)** susceptibility: EN 61000-6-2 **Isolations coordination** 0.5 kV/pollution degree 2 **(IEC 60934)** reinforced insulation in operating area **Dielectric strength** max. 32 V DC (load circuit) **Isolation resistance** n/a, only electronic disconnection **(OFF condition) Approvals/Declarations of conformity** UL 2367 Solid State Overcurrent Protectors UL 1604, (class I, division 2, groups A, B, C, D) UL 508 CSA C22.2 No. 213 (class I, division 2) CSA C22.2 No. 142 CE logo **Dimensions (B x H x T)** 12.5 x 80 x 83 mm **Weight** approx. 65 g 

## **Terminals Line+/LOAD+/0V** 

|**Terminals**<br>**Line+/LOAD+/0V**||
|---|---|
|**Screw terminals**|M4|
|**Max. cable cross section fexible with wire end ferrule w/wo plastic sleeve**|0.5 – 10 mm2|
|**Multi-lead connection (2 identical cables) rigid/fexible**|0.5 – 4 mm2|
|**Flexible with wire end ferrule without plastic sleeve**|0.5 – 2.5 mm2|
|**Flexible with TWIN wire end ferrule with plastic sleeve**|0.5 – 6 mm2|
|**Wire stripping length**|10 mm|
|**Tightening torque (EN 60934)**|1.5 – 1.8 Nm|



## **Terminals aux. contacts** 

|**Terminals**<br>**aux. contacts**||
|---|---|
|**Screw terminals**|M3|
|**Max. cable cross section fexible with wire end ferrule w/wo plastic sleeve**|0.25 - 2.5 mm2|
|**Wire stripping length**|8 mm|
|**Tightening torque (EN 60934)**|0.5 Nm|



**Table 1: voltage drop, current limitation, max. load current** 

|current rating<br>IN|typically voltage drop<br>UONat IN|active current<br>limitation (typically)|max. load current at<br>Tambient= 40 °C|100 % ON duty<br>Tambient= 40 °C|
|---|---|---|---|---|
|0.5 A|70 mV|1.8 x IN|0.5 A|0.5 A|
|1 A|80 mV|1.8 x IN|1 A|1 A|
|2 A|130 mV|1.8 x IN|2 A|2 A|
|3 A|80 mV|1.8 x IN|3 A|3 A|
|4 A|100 mV|1.8 x IN|4 A|4 A|
|6 A|130 mV|1.8 x IN|6 A|5 A|
|8 A|120 mV|1.5 x IN|8 A|7 A|
|10 A|150 mV|1.5 x IN|10 A|9 A|
|12 A|180 mV|1.3 x IN|12 A|10.8 A|



Attention:  when mounted side-by-side without convection the EPD24 should not carry more than 80 % of its rated load with 100% ON duty due to thermal effects. 

ABB 

**5** /38 

**System Protection devices pro** _**M**_ **compact[®]** H+Line products 

**H+Line** 

## H+Line 

## **Solutions for the hospital sector** 

ABB’s extensive experience in the hospital field is certified by several installations in leading hospitals, which represent the current leading-edge in safety and technology. Over the years, ABB has developed an increasingly more complete product with higher performance to meet the needs of more demanding customers and guarantee patient and operator safety. 

H+Line products are specifically designed for group 2 medical environments in full compliance with Standard IEC 60364-7-710, specifically: -  Intensive therapy wards, operating theatres, cardio surgical rooms, ICU… 

-  Day hospitals, clinics, rest homes, dental and veterinary clinics, etc. 

H like Hospital like health + and first aid 

like the countless + advantages of ABB products 

**5** 

## **H+Line product range** 

|**ISOLTESTER**||Insulation monitoring device for IT-M 230 V<br>circuits|
|---|---|---|
|**SELVTESTER**||Insulation monitoring device for SELV 24 V cir-<br>cuits which supply scialitic lamps.|
|**QSD**||Remote signalling panel for visual and acoustic<br>fault indication.|
|**TI**||Medical insulating transformers for insulated<br>protection systems.|
|**QSO**||Wall mounting and floor standing switchboards<br>for medical locations.|



## **Valid assistance for consultants** 

Everyone knows what the regulations say. ABB tells you what they don’t say. The “Practical guide to group 2 medical locations” is designed to be a useful daily tool for consultants and installers to help them in each group 2 hospital electrical system designing and installation. 

The document was developed toghether with ABB customers with the intent to support key regulatory questions with practical solutions, considerations and reccomendations on system design. This way, the “Practical guide to group 2 medical locations” is a valid tool, with plenty of of examples, to support consultants in their daily job. 

ABB 

**5** /39 

**ISOLTESTER-DIG** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Insulation monitoring devices 

Assuring operational continuity in medical environments, even in presence of first earthing fault, it’s mandatory in operating theatre group 2 medical locations. 

For this reason an IT distribution system with insulating transformer is used to supply medical equipment. 

## **ISOLTESTER-DIG** 

ISOLTESTER range of insulation monitoring device allows IT-M network monitoring, assuring safety for patients and medical personnel avoiding supply interruption in case of first earthing fault according to IEC 60364-7-710 Standard. 

**5** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400126F0201<br>**----- End of picture text -----**<br>


The ISOLTESTER-DIG range assures safety to patients and medical personnel, signalling when a fault to earth occurs. Thanks to its innovative technology it is used to sense the insulation level of the network by far more efficiently compared to traditional insulation monitoring devices. 

||Advanced features|**Order details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Packing<br>1 piece unit|
|---|---|---|---|---|---|---|---|---|
|||**Type code**|Order code|**EAN**|||kg|pc.|
|||**ISOLTESTER-DIG-RZ**2CSM244000R1501|2CSM244000R1501|**884507**|||0.500|1|
|RS485, Max-Min values,<br>Programmable relay||**ISOLTESTER-DIG-PLUS**2CSM341000R1501|2CSM341000R1501|**884606**|||0.500|1|



## H+Line 

Functioning of the frontal operators 

**==> picture [350 x 256] intentionally omitted <==**

**----- Start of picture text -----**<br>
Display to see the value of the  Led to indicate  Led to indicate  Led to indicate alarm<br>parameters under control and of the  the device’s  status of the auxiliary  due to an internal<br>settings programming  relays output fault or to the missed<br>status wiring of the network<br>Led to indicate the display of the resi- to be controlled or to<br>stance insulation (kW) parameter of the  Led of alarm  a fault of the tempe-<br>transformer, flashing for parameter out of  indication for a  rature probe<br>threshold parameter’s value<br>out of threshold<br>Led to indicate the display of the<br>impedance insulation of the transformer,<br>flashing for parameter out of threshold<br>Led to indicate the display of the tem-<br>perature parameter of the transformer,<br>flashing for parameter out of threshold<br>Led to indicate the display of the tempe- Button to test<br>rature parameter for the second sensor,  Buttons to  the device or<br>flashing for parameter out of threshold select the  Button for  the remote si-<br>parameter to  the access to  gnalling panels<br>be seen and  the device’s  and to reset<br>Led to indicate the display of the current  to program  program and<br>network parameter, flashing for parameter  the device’s  confirmation of<br>out of threshold settings the settings<br>2CSC400126F0201<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/133 Overall dimensions ......................  pag. 13/29 Application sheets .........................  pag. 12/6** ~~OT~~ 

ABB 

**5** /40 

**ISOLTESTER-DIG** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Insulation monitoring devices 

## **Technical features** 

|**Technical features**||
|---|---|
||**ISOLTESTER-DIG-PLUS**<br>**ISOLTESTER-DIG-RZ**|
|**Rated**|110 - 230 V/50-60 Hz|
|**Network voltage to be controlled**|24÷230 V a.c.|
|**Voltage max. measure**|24 V|
|**Current max. measure**|1 mA|
|**Insulation voltage**|2.5 kV/60 sec.|
|**Type of control’s signal**|**Codifed signal**<br>Direct component with digital flter|
|**Sensed measures**|Measure range 0 ÷ 999 kohm/HIGH - resolution 1 kohm|
||Thermal-probe temperature PT100 0÷250 °C, accuracy 2%|
||Current measure from external T.A. with secondary 5 A , accuracy 2% (selectable statement value T.A. 1÷200)|
||Impedance measure 0 ÷ 999 Kohm/HIGH -<br>resolution 1 Kohm (codifed composed signal)<br>Impedance measure 0 ÷ 999 Kohm/HIGH -<br>resolution 1 Kohm (test signal 2500 Hz)|
|**Intervention threshold**|Low insulation 50 ÷ 500 kohm, accuracy 5%, hysteresis 5%, delay which can be setted|
||Overtemperature 0 ÷200 °C, accuracy 2%|
||Overload current 1 ÷ 999 A, accuracy 2%|
||Low impedance (which can be disarmed)|
||Link-Fail|
|**Available output**|**Max. up to 4 QSD**panels for remote signalling<br>**Max. up to 2 QSD**panels for remote signalling|
||Programmable auxiliary relays output NA-C-NC, 5 A, 250 VAC|
||**Serial output RS485,**standard protocol Modbus-rtu<br>-|
|**Displays**|Insulation resistance value with signalling of over fullscale value and direct earth fault|
||Value of measured temperature 0 ÷ 200 °C per channel 1|
||Value of measured temperature 0 ÷ 200 °C per channel 2|
||Value of measured current 0 ÷ 999 A|
||Value insulation impedance|
||Value of network capacity to earth<br>-|
||Setting parameters|
||Link-Fail|
||Relays output status|
||Memorization of min. insulation<br>-|
||Max. temperature and current values<br>-|
|**Connection**|Max. section 2.5 sqmm|
|**Operating temperature**|-10 ÷ 60 °C|
|**Storage temperature**|-25 ÷ 70 °C, humidity < 90%|
|**Dimensions**|6 modules DIN|
|**Weight**|0.5 kg|
|**Housing**|Plastic self-extinguishing housing for 35 mm, with transparent sealable plate|
|**Protection degree**|IP20|
|**Self-consumption**|5 VA|
|**Reference standard**|IEC 61557-8, IEC 60364-7-710, IEC 60255-6|



ABB 

**5** /41 

**SELVTESTER QSD** 

**5** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Protection devices** Insulation monitoring devices 

## **SELVTESTER for insulated networks at 24 V a.c/d.c.** 

## H+Line 

**==> picture [6 x 217] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400404F0201<br>2CSC400693F0001<br>**----- End of picture text -----**<br>


It is used to monitor permanently the insulation of safety extremely low voltage circuits (up to 24 V) especially scialitic lamps. 

||Function|**Order details**||**Bbn**|Price|Price|Weight|Packing|
|---|---|---|---|---|---|---|---|---|
|||||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|||**Type code**|Order code|**EAN**|||kg|pc.|
|Insulation monitoring<br>**SELVTESTER-24**<br>2CSM211000R1511<br>**884705**<br>0.250<br>1<br>~~=YH~~|||||||||



## **QSD remote signalling panel** 

They are installed in combination with insulation monitoring devices, to remotely report the signalling generated by these devices. They can be installed together with ISOLTESTER-DIG and SELVTESTER-24 and they are compatible also with former versions of insulating monitoring devices. Flush mounting box already included in the packaging. 

|Version|**Order details**||**Bbn**|Price|Price|Weight|Packing|
|---|---|---|---|---|---|---|---|
||||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|Horizontal|**QSD-DIG 230/24**|2CSM273063R1521|**730637**|||0.800|1|
|Vertical|**QSD-DIG 230/24 V**2CSM257093R1521||**570936**|||0.800|1|



**Technical details ........................  pag. 11/133** 

**Overall dimensions ......................  pag. 13/29** 

**Application sheets .........................  pag. 12/6** 

ABB 

**5** /42 

**SELVTESTER QSD** 

**5** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** Insulation monitoring devices 

## **Technical features of SELVTESTER** 

|**Network voltage and auxiliary power supply**|24 V  50-60 Hz/d.c. ± 20%|
|---|---|
|**Max power dissipation**|3 VA – 3 W|
|**Max measuring current**|max. 0,5 mA|
|**Internal impedance**|50 kohm|
|**Activation threshold setting**|programmable to 10 ÷ 50  kohm (4 levels using microswitches)|
|**Activation delay**|about 1 second|
|**Signals**|led ON, led ALARM +, led ALARM -|
|**Output**|for up to 2 QSD-230/24-C, max. 24 V 1 A remote panels|
|**Operating / storage temperature**|-10 ÷ 60 °C / -20 ÷ 70 °C|
|**Relative humidity**|≤95%|
|**Insulation test**|2,5 kV 60 sec. / 4 kV imp. 1,2/50μs|
|**Terminal cross section**|4 mm2|
|**Front degree of protection**|IP40 with cover / IP20 container|
|**Modules**|3|
|**Weight**<br>**Reference standards for safety**|200 g<br>IEC 60364-7-710, EN 61326-1, EN 61010-1|
|**Technical features of QSD**||
|||
|**Signals**|green led network, red led overload ALARM, yellow led low|
||insulation FAULT ALARM, acoustic signaller, emission 2400 Hz|
||intermittence 2 Hz dB|
|**Buttons**|TEST and MUTE buttons|
|**Terminal cross section**|2,5 mm2|
|**Degree of protection**|IP30|
|**Installation**|universal fush-mounted box|
|**Weight**|200 g|
|**Operating temperature**|-10 ÷ 60 °C, max. humidity 95%|
|**Storage temperature**|-25 ÷ +80 °C|
|**Insulation**|2500 Vrms 50 Hz 60 s|
|**Cables section**|0.35 mm2for 300 m|
|**Compatibility**|ISOLTESTER-C, ISOLTESTER-RZ, ISOLTESTER-DIG-RZ,|
||ISOLTESTER-DIG, PLUS, SELVTESTER-C, SELVTESTER-24|
|**Reference standards**|safety EN 61010-1 product EN 61557-8 / IEC 60364-7-710 /|
||UNE 20615 electromagnetic compatibility EN 61326-1|



**Technical details ........................  pag. 11/133** 

**Overall dimensions ......................  pag. 13/29** 

**Application sheets .........................  pag. 12/6** 

ABB 

**5** /43 

**System Selection tables pro** _**M**_ **compact[®] Protection devices** Switchboards and devices for medical locations 

**TI** 

**5** 

## **Insulating transformers for medical locations** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400759F0001<br>**----- End of picture text -----**<br>


Permanently connected to an IT power supply system, single-phase medical insulating transformers provide galvanic separation between the distribution network and the user load in accordance with IEC EN 61558-2-15 concerning power supply group 2 medical locations. 

|Rated<br>Output|PT100|**Order**<br>**details**||**Bbn**<br>**801254**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|---|---|---|---|---|---|---|---|---|
|KVA||**Type code**|Order code|**EAN**|||kg|pc.|
|3||**TI 3**|2CSM110000R1541|**2896005**|||29.5|1|
|5||**TI 5**|2CSM120000R1541|**2896104**|||44.0|1|
|7.5||**TI 7.5**|2CSM130000R1541|**2896203**|||50.5|1|
|10||**TI 10**|2CSM140000R1541|**2521204**|||73.0|1|
|3|■|**TI 3-S**|2CSM210000R1541|**2521402**|||29.5|1|
|5|■|**TI 5-S**|2CSM220000R1541|**2521501**|||44.0|1|
|7.5|■|**TI 7.5-S**|2CSM230000R1541|**2521600**|||50.5|1|
|10|■|**TI 10-S**|2CSM240000R1541|**2521709**|||73.0|1|



Accessories for insulating transformers for medical locations 

H+Line 

||**Order**<br>**details**||**Bbn**<br>**801254**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|---|---|---|---|---|---|---|---|
|Shock absorber|**Type code**<br>**AMM**|Order code<br>2CSM900000R1541|**EAN**<br>**2557920**|||kg<br>1|pc.<br>4|



> Serial number location **Technical characteristics** ~~Oe~~ **Rated output** [KVA] **3 5 7,5 10 Frequency** [Hz] 50-60 **Power dissipation** [W] 120 150 280 320 **Electrical protection class** 1 **Thermal insulation class** [°C] B 130 B 130 F 155 F 155 **Operating temperature max** [°C] 40 **Primary winding voltage** [V] 230 Ls ~~ee~~ **Secondary winding voltage** [V] 230 **No load current** [A] < 0.39 < 0.65 < 0.98 < 1.3 **Short circuit voltage drop** <3% **Inrush current** [A] < 221 < 369 < 553 < 738 **Power loss** [W] 120 150 260 320 **Winding separation** double insulation **Metallic shield** ■ **Reference standard** IEC-EN 61558-1, IEC-EN 61558-2-15, IEC-EN 62041 **Dimensions** [mm] 205x340x150 240x380x150 240x380x160 277x380x260 

**==> picture [215 x 159] intentionally omitted <==**

**----- Start of picture text -----**<br>
Primary winding<br>0 -230: Primary<br>SCH: Metal shield Secondary winding<br>0 -230: Secondary<br>PC: Central socket<br>PE<br>Probe 1 1: to terminal 28 ISOLTESTER-DIG<br>2: to terminal 28 ISOLTESTER-DIG<br>3: to terminal 30 ISOLTESTER-DIG<br>Probe 2 4: to terminal 25 ISOLTESTER-DIG<br>5: to terminal 25 ISOLTESTER-DIG<br>6: to terminal 27 ISOLTESTER-DIG<br>1 2 3 4 5 6<br>0 230 SCH<br>0 PC 230<br>2CSC400052F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/31** 

ABB 

**5** /44 

**QSO** 

**5** 

## **System Selection tables QSO pro** _**M**_ **compact[®] Protection devices** Switchboards and components for medical locations 

## **Electrical switchboard for medical locations** 

**==> picture [5 x 160] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400759F0001<br>2CSC400759F0001<br>**----- End of picture text -----**<br>


Electrical switchboards for operating theatres incorporate all the latest ABB modular instrumentation. They are the ideal solution for distribution within group II medical locations, allowing monitoring of all network parameters and control of the 24 V a.c. supply line to the scialitic lamp. ABB panels are assambled with ArTu switchgears and are provided with instruction manual and declaration of conformity required for commissioning, thus guaranteeing installers compliance with all regulations. 

||Power|PT100|SELV|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|
|||sensor|circuit|**details**||**801254**|1 piece|group|1 piece unit|1 piece unit|
||KVA|||**Type code**|Order code|**EAN**|||kg|pc.|
||Wall mounted electrical switchboard for medical locations||||Wall mounted electrical switchboard for medical locations||||||
||3|||**QSO 3kVA**|2CSM110000R1551|**2376101**|||100.0|1|
||5|||**QSO 5kVA**|2CSM120000R1551|**2376200**|||104.5|1|
||7.5|||**QSO 7.5kVA**|2CSM130000R1551|**2376309**|||121.0|1|
|3||■||**QSO 3kVA-S**|2CSM210000R1551|**2526308**|||100.0|1|
|5||■||**QSO 5kVA-S**|2CSM220000R1551|**376200**|||104.5|1|
|7.5||■||**QSO 7.5kVA-S**|2CSM230000R1551|**2526506**|||121.0|1|
||Floor standing electrical switchboard for medical locations|Floor standing electrical switchboard for medical locations|Floor standing electrical switchboard for medical locations||||||||
||3|■||**QSO 3kVA-S-PV**|2CSM310000R1551|**2526605**|||161.5|1|
|5||■||**QSO 5kVA-S-PV**|2CSM320000R1551|**2526704**|||176.0|1|
|7.5||■||**QSO 7.5kVA-S-PV**|2CSM330000R1551|**2526803**|||182.5|1|
|10||■||**QSO 10kVA-S-PV**|2CSM340000R1551|**2526902**|||205.0|1|
|3||■|■|**QSO 3kVA-S-PV+24Vac**|2CSM410000R1551|**2614302**|||161.5|1|
|5||■|■|**QSO 5kVA-S-PV+24Vac**|2CSM420000R1551|**2614401**|||176|1|
|7.5||■|■|**QSO 7.5kVA-S-PV+24Vac**|2CSM430000R1551|**2614500**|||182.5|1|
|10||■|■|**QSO 10kVA-S-PV+24Vac**|2CSM440000R1551|**2614609**|||205|1|



## H+Line 

## **Technical characteristics** 

|**Rated voltage**|[V]|230 ± 15% a.c.|
|---|---|---|
|**Rated frequency**|[Hz]|50|
|**Number ofphases**||1 + N ~/ PE|
|**Auxiliary circuits rated voltage**|[V]|230 a.c.|
|**Insulation rated voltage**|[V]|300 - 2,500|
|**Distribution system**||TT / TN-S|
|**Max short circuit current**|[kA]|6 RMS sym|
|**Max altitude**|[m]|2000 a.s.l|
|**Contamination level**||1 absent or onlydryand non conducting|
|**Resistance to impact**||IK09|
|**Protection degree**||IP65 front with door - IP31 front without door - IP20 on top|
|**Relative humidity**||50%|
|**Operating temperature**|[°C]|- 5 / + 40|
|**Storage temperature**|[°C]|- 25 / + 55|
|**Reference standard**||IEC 60364-7-710; EN60439-1|



**Technical details ........................  pag. 11/142 Overall dimensions ......................  pag. 13/31** ~~LT~~ 

ABB 

**5** /45 

**System Selection tables pro** _**M**_ **compact[®] Protection devices** 

**ISL** 

ISL industrial insulation monitoring devices 

## **Insulation monitoring devices** 

In IT electrical distribution networks with isolated neutral, the high insulation impedance prevents earth faults from generating currents that would dangerously elevate the potential of exposed conductive parts. Therefore, in case of earth leakage in an IT network it is not necessary to interrupt the supply, but it is still essential to continually monitor the insulation level in order to detect faults and restore optimal functioning of the system. 

In industrial installations, IT networks are used when operational continuity is an intrinsic requirement of the production process, due to both technical and economic considerations. Such applications include: metalworking and chemical industries, explosion risk locations, railway lines and vehicles, uninterruptible power supplies, cinema sets, emergency lines, fire water pumps and emergency 

lighting. 

Monitored **Order Bbn** Price Price Weight Pack line voltage **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. Insulation monitoring devices for a.c. networks 220-240 V a.c. **ISL-C 230** 2CSM444000R1500 **942801** 0.300 1 380-415 V a.c. **ISL-C 440** 2CSM545000R1500 **942900** 0.300 1 **5** ~~——~~ 60-760 V a.c. **ISL-C 600** 2CSM656000R1500 **943006** 0.500 1 _— ~~—E——————~~ Insulation monitoring devices for d.c. networks 100-144 V d.c **ISL-A 115** 2CSM222000R1500 **942603** 0.500 1 220 V d.c. **ISL-A 230** 2CSM333000R1500 **942702** 0.500 1 400-600 V d.c. **ISL-A 600** 2CSM249853R1500 **498537** 0.500 1 Insulation monitoring devices for a.c./d.c. networks 24-28 V a.c./d.c. **ISL-A 24-48** 2CSM111000R1500 **942504** 0.300 1 ~~—_—_—~~ Insulation monitoring devices for voltageless network 20-700 V a.c./d.c. **ISL-MOT 1000** 2CSM808000R1500 **943204** 0.300 1 

## **Technical features ISL-A** 

||||**ISL-A**||
|---|---|---|---|---|
|||24-48|115 and 230|400-600|
|**Power consumption**|[VA]|3|4|6|
|**ALARM threshold**|[kΩ]||30-300||
|**TRIP threshold**|[kΩ]|10-60|10-100|30-300|
|**LED indications**|||||
|ON||■|■|■|
|TRIP||■|■|■|
|ALARM|||■||
|+/-||■|■|■|
|**Max trip delay**|[s]|0.2|2|2.5|
|**Max measuring current**|[mA]|0.5|1.8|1.5|
|**Max measuring voltage**|[V]||12||
|**Internal impedance**|[kΩ]|50|100|880 kΩL+/L-450 kΩL/PE|
|**TRIP relay output**||1 NO-C-NC|2 NO-C-NC|1 NO-C-NC|
|**ALARM relay output**|||2 NO-C-NC||
|**Relay contact capacity**|||max 250 V, 5 A||
|**Programmed functions**|||||
|Alarm output|||■||
|Fail safe|||■||
|Reset|||■||
|**Insulation test**||2.5 kV60 sec. / 4 kV imp 1.2/50 μs|2.5 kV 60 sec. / 4 kV imp 1.2/50 μs|2.5 kV 60 sec. / 6 kV imp 1.2/50 μs|
|**Operating temperature**|[°C]||-10 ÷ 60||
|**Storage temperature**|[°C]||-20 ÷ 70||
|**Relative humidity**|||≤95%||
|**Max terminal section**|[mm2]|4|2.5|2.5|
|**Protection degree**|||IP40 front, IP20 enclosure||
|**Modules**||3|6|6|
|**Weight**|[g]|200|400|400|
|**Reference standards**|||EN 61010-1, EN 61557-8, EN 61326-1||



**Technical details ........................  pag. 11/133 Overall dimensions ......................  pag. 13/29 Application sheets .........................  pag. 12/7** ~~|~~ 

ABB 

**5** /46 

**ISL** 

## **System Selection tables pro** _**M**_ **compact[®] Protection devices** 

## ISL industrial insulation monitoring devices 

## **Technical features ISL-C and ISL-MOT** 

||||**ISL-C**|||**ISL-MOT**|
|---|---|---|---|---|---|---|
|||230|440||600|1000|
|**Auxiliary power supply**|[V]|220-240 a.c./d.c.|||110-230 a.c.|220 a.c.|
|**Power consumption**|[VA]|3|3||5|3|
|**TRIP threshold**|[kΩ]|100|10 -150||10-100|0.1 - 1000|
|**LED indications**|||||||
|ON||■|■||■|■|
|TRIP||■|■||■|■|
|ALARM|||||■||
|**Max trip delay**|[s]|1|4||5|0.2|
|**Max measuring current**|[mA]|0.1|0.1||0.25|0.0015|
|**Max measuring voltage**|[V]||12||48|20|
|**Internal impedance**|[kΩ]|250|250||200|1500 d.c.|
|**TRIP relay output**||1 NO-C-NC|1 NO-C-NC||2 NO-C-NC|1 NO-C-NC|
|**Relay contact capacity**||||max 250 V, 5 A|||
|**Insulation test**|||2.5 kV60|sec. / 4 kV imp|1.2/50 μs||
|**Operating temperature**|[°C]|||-10 ÷ 60|||
|**Storage temperature**|[°C]|||-20 ÷ 70|||
|**Relative humidity**||||≤95%|||
|**Max terminal section**|[mm2]|4|4||2.5|4|
|**Protection degree**|||IP40|front, IP20 enclosure|||
|**Modules**<br>**Weight**|[g]|3<br>200|3<br>200||6<br>500|3<br>200|
|**Reference standards**|||EN 61010-1, EN 61557-8, EN 61326-1||||



**5** 

**Technical details ........................  pag. 11/133** 

**Overall dimensions ......................  pag. 13/29** 

**Application sheets .........................  pag. 12/7** 

ABB 

**5** /47 

Command devices can be operated to command other appliances. 

Families 

- E200 and E210 switches: these devices are suitable for commanding loads and they are realized according to the EN 60947-3 and EN 60669-1 respectively. 

- ESB and EN series contactors: they are devices suitable for loads to be automatically controlled through high number of operations 

- E250, E260 latching relays and E259 installation relays Their high performance in the single or multi-point control of lamps make them an ideal solution for lighting circuits. 

- AT electro-mechanical, D Line and DTS digital and TW and TWA twilight switches: They control circuit opening and closing according to scheduled programs (AT, D Line and DTS) or scheduled level of the ambient light (TW) or on the basis of the sun rising and setting (TWA) 

- E 232 staircase lighting time-delay switches: they are suitable to command the lighting in stairs in buildings 

- THS modular thermostats: these devices are suitable for the majority of HVAC applications. 

- ATT telephone attuator is suitable for remote control of electrical loads 

## **Other modular devices Command devices** 

## **Index** li 

## **Selection tables** s 

|ROD,|ROD,|**Selection tables**<br>s||
|---|---|---|---|
|||E 200 switches ......................................................................................................................**6**/2||
|||E 463/3, E 480/3 switches .....................................................................................................**6**/5||
|||E 210 switches, pushbuttons and indicator lamps ...............................................................**6**/6<br>SL luminous indicators for panel installation .......................................................................**6**/13<br>5||
|a|ESB Installation contactors .................................................................................................**6**/15<br>EN 20 series contactors ......................................................................................................**6**/17<br>ESB/EN Installation contactors ...........................................................................................**6**/18<br>5<br>E:<br> Kes):|||
|||E 259 installation relays .......................................................................................................**6**/22||
|||E 250 latching relays ...........................................................................................................**6**/24<br>FLR latching relays ..............................................................................................................**6**/31|**6**|
|||E 260 latching relays ...........................................................................................................**6**/32||
|||STD dimmers .......................................................................................................................**6**/35<br>Ss||
||‘|||
|||E 234 CT-D electronic timers ...............................................................................................**6**/39||
|||AT electro-mechanical time switches ..................................................................................**6**/47||
|||D Line and DTS digital time switches ..................................................................................**6**/51||
|as.|a|E 232 staircase lighting time-delay switches ......................................................................**6**/62<br>TW twilight switches ............................................................................................................**6**/65<br>THS modular thermostats ...................................................................................................**6**/71<br>ATT GSM modules ..............................................................................................................**6**/74<br>7<br>rn||
|\|\|CL logic relays .....................................................................................................................**6**/76<br>:||



S | \ : 

**ABB** SACE 

**6** /1 

**E 200** 

**6** 

# **System Selection tables pro** _**M**_ **compact[®] Command devices** E 200 switches 

## **E 200 switches** 

Isolator for panel installation onto DIN rail acc. to DIN EN 60715 Mounting depth: 70mm Mounting width: per pole = 17.5mm = 1module Colour: grey, RAL 7035 Colour of switch lever:  red RAL 3000 (r); grey RAL 7000 (g) 

## Special features 

- Fast removal without dismantling of the busbar 

- Captive screws with recessed/slotted head, Pozidriv size 2 

- Add-on of up to 3 auxiliary contact S2C-H6R possible 

- Integrated lay-on edge for labeling system ILS 

- Locking device as accessories for unauthorized ON/OFF 

- Approval: VDE, CCC, KEMA 

|Poles|Rated|Power|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||voltage|loss|**details**||**4016779**|1 piece|group|1 piece|unit|
||V AC|W|**Type code**|Order code|**EAN**|||kg|pc.|
|Rated current 16 A|Rated current 16 A|Rated current 16 A||||||||
|1NO|230V|0.15|**E201/16g**|2CDE281001R1016|**645614**|||0.095|10|
|1NO|230V|0.15|**E201/16r**|2CDE281001R0016|**645621**|||0.095|10|
|2NO<br>2NO<br>3NO|400V<br>400V<br>400V|0.30<br>0.30<br>0.45|**E202/16g**<br>**E202/16r**<br>**E203/16g**|2CDE282001R1016<br>2CDE282001R0016<br>2CDE283001R1016|**645799**<br>**645805**<br>**645973**|||0.190<br>0.190<br>0.290|5<br>5<br>3|
|3NO|400V|0.45|**E203/16r**|2CDE283001R0016|**645980**|||0.290|3|
|4NO|400V|0.60|**E204/16g**|2CDE284001R1016|**646154**|||0.390|2|
|4NO|400V|0.60|**E204/16r**|2CDE284001R0016|**646161**|||0.390|2|



## **Technical data** 

|**Switching capacity**|1.25 x In; 1.1 x Un; cosϕ= 0.3 acc. to DIN VDE 0632<br>AC22-A/AC23-A acc. to VDE 0660 part 107,|
|---|---|
||DIN EN 60947-3 resp. IEC 947-3, DC21-B for applications up to 60 V DC|
|**Protection fuse**|NH00 gL-gG≤rated current E 200|
|**Positive opening**|acc. to DIN VDE 0113|
|**Suitable for isolation**|acc. to DIN EN 60947-3|
|**Short-circuit withstand capacity**|25 kAeffin series with NH 00≤100 A gL-gG;<br>6 kAeffin series with NH 00 125 A gL-gG and S 2..≤63 A|
|**Rated voltage**|230/400 V AC; 50/60 Hz|
|**Surge withstand capability Uimp**|4 kV acc. to EN 60947-1|
|**Ambient temperature**|-25 °C to +55 °C|
|**Storage temperature**|-40 °C to +70 °C|
|**Climatic resistance**|constant climate 23/83, 40/93, 55/20 [°C/RH]|
||alternating climate 25/95 - 40/93 [°C/RH]|
|**Mounting position**|optional|
|**Degree of protection**|IP10, IP40 in panelboard|
|**Mechanical endurance**|20000 switching cycles|
|**Electrical endurance**|1000 switching cycles|
|**Min. voltage**|12 V AC/DC at 0.1 VA|
|**Min. contact loading**|24 V/4 mA|
|**Wire range**|2.5 to 50 mm2|
|**Busbars**|cross section≥16 mm2|
|**Torque**|2.5 Nm|



**==> picture [120 x 29] intentionally omitted <==**

**----- Start of picture text -----**<br>
*<br>125A gL-gG E200<br>*  protection fuse  <  rated current E200<br>**----- End of picture text -----**<br>


**==> picture [208 x 55] intentionally omitted <==**

**----- Start of picture text -----**<br>
To 7 $200 6 kA<br>| | S200PS200M < 25kA10kA<br>≤ NH 00 * |<br>100A gL-gG  E20 0S 100A 25 kA<br>2CDC052068F0007<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/32** 

ABB 

**6** /2 

**Selection tables System pro** _**M**_ **compact[®] Command devices** E 200 switches 

**E 200** 

## Rated current 25 A 

||1NO<br>230V|0.30|**E201/25g**|2CDE281001R1025|**645638**|0.095|10|
|---|---|---|---|---|---|---|---|
|2CSC400065F0201|1NO<br>230V<br>2NO<br>400V<br>2NO<br>400V<br>3NO<br>400V<br>3NO<br>400V<br>4NO<br>400V<br>4NO<br>400V<br>OO|0.30<br>0.60<br>0.60<br>0.90<br>0.90<br>1.20<br>1.20|**E201/25r**<br>**E202/25g**<br>**E202/25r**<br>**E203/25g**<br>**E203/25r**<br>**E204/25g**<br>**E204/25r**|2CDE281001R0025<br>2CDE282001R1025<br>2CDE282001R0025<br>2CDE283001R1025<br>2CDE283001R0025<br>2CDE284001R1025<br>2CDE284001R0025|**645645**<br>**645812**<br>**645829**<br>**645997**<br>**646000**<br>**646178**<br>**646185**|0.095<br>0.190<br>0.190<br>0.290<br>0.290<br>0.390<br>0.390|10<br>5<br>5<br>3<br>3<br>2<br>2|



## Rated current 32 A 

|1NO|230V|0.50|**E201/32g**|2CDE281001R1032|**645652**|0.095|10|
|---|---|---|---|---|---|---|---|
|1NO|230V|0.50|**E201/32r**|2CDE281001R0032|**645669**|0.095|10|
|2NO|400V|0.95|**E202/32g**|2CDE282001R1032|**645836**|0.190|5|
|2NO|400V|0.95|**E202/32r**|2CDE282001R0032|**645843**|0.190|5|
|3NO|400V|1.40|**E203/32g**|2CDE283001R1032|**646017**|0.290|3|
|3NO|400V|1.40|**E203/32r**|2CDE283001R0032|**646024**|0.290|3|
|4NO|400V|1.90|**E204/32g**|2CDE284001R1032|**646192**|0.390|2|
|4NO|400V|1.90|**E204/32r**|2CDE284001R0032|**646208**|0.390|2|



## Rated current 40 A 

|1NO<br>1NO|230V<br>230V|0.70<br>0.70|**E201/40g**<br>**E201/40r**|2CDE281001R1040<br>2CDE281001R0040|**645676**<br>**645683**|0.095<br>0.095|10<br>10|
|---|---|---|---|---|---|---|---|
|2NO|400V|1.40|**E202/40g**|2CDE282001R1040|**645850**|0.190|5|
|2NO|400V|1.40|**E202/40r**|2CDE282001R0040|**645867**|0.190|5|
|3NO|400V|2.10|**E203/40g**|2CDE283001R1040|**646031**|0.290|3|
|3NO|400V|2.10|**E203/40r**|2CDE283001R0040|**646048**|0.290|3|
|4NO|400V|2.80|**E204/40g**|2CDE284001R1040|**646215**|0.390|2|
|4NO|400V|2.80|**E204/40r**|2CDE284001R0040|**646222**|0.390|2|
|Rated current 45 A|Rated current 45 A|Rated current 45 A||||||
|1NO|230V|0.90|**E201/45g**|2CDE281001R1045|**645690**|0.095|10|
|1NO|230V|0.90|**E201/45r**|2CDE281001R0045|**645706**|0.095|10|
|2NO|400V|1.80|**E202/45g**|2CDE282001R1045|**645874**|0.190|5|
|2NO|400V|1.80|**E202/45r**|2CDE282001R0045|**645881**|0.190|5|
|3NO|400V|2.65|**E203/45g**|2CDE283001R1045|**646055**|0.290|3|
|3NO|400V|2.65|**E203/45r**|2CDE283001R0045|**646062**|0.290|3|
|4NO|400V|3.50|**E204/45g**|2CDE284001R1045|**646239**|0.390|2|
|4NO|400V|3.50|**E204/45r**|2CDE284001R0045|**646246**|0.390|2|



**6** 

## Rated current 63 A 

|1NO|230V|1.65|**E201/63g**|2CDE281001R1063|**645713**|0.095|10|
|---|---|---|---|---|---|---|---|
|1NO|230V|1.65|**E201/63r**|2CDE281001R0063|**645720**|0.095|10|
|2NO|400V|3.30|**E202/63g**|2CDE282001R1063|**645898**|0.190|5|
|2NO|400V|3.30|**E202/63r**|2CDE282001R0063|**645904**|0.190|5|
|3NO|400V|4.90|**E203/63g**|2CDE283001R1063|**646079**|0.290|3|
|3NO|400V|4.90|**E203/63r**|2CDE283001R0063|**646086**|0.290|3|
|4NO|400V|6,55|**E204/63g**|2CDE284001R1063|**646253**|0.390|2|
|4NO|400V|6.55|**E204/63r**|2CDE284001R0063|**646260**|0.390|2|



**Overall dimensions ......................  pag. 13/32** LO 

ABB 

**6** /3 

**E 200** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 200 switches 

## Rated current 80 A 

**==> picture [87 x 19] intentionally omitted <==**

**----- Start of picture text -----**<br>
Assembling of<br>S2C-H 6R and E 200<br>**----- End of picture text -----**<br>


**==> picture [97 x 69] intentionally omitted <==**

**==> picture [86 x 76] intentionally omitted <==**

**==> picture [5 x 159] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC 052 021 F0005<br>2CDC 052 022 F0005<br>**----- End of picture text -----**<br>


||1NO|230V|2.60|**E201/80g**|2CDE281001R1080|**645737**|0.095|10|
|---|---|---|---|---|---|---|---|---|
||1NO|230V|2.60|**E201/80r**|2CDE281001R0080|**645744**|0.095|10|
||2NO|400V|5.15|**E202/80g**|2CDE282001R1080|**645911**|0.190|5|
||2NO|400V|5.15|**E202/80r**|2CDE282001R0080|**645928**|0.190|5|
||3NO<br>3NO<br>4NO<br>4NO|400V<br>400V<br>400V<br>400V|7.75<br>7.75<br>10.30<br>10.30|**E203/80g**<br>**E203/80r**<br>**E204/80g**<br>**E204/80r**|2CDE283001R1080<br>2CDE283001R0080<br>2CDE284001R1080<br>2CDE284001R0080|**646093**<br>**646109**<br>**646277**<br>**646284**|0.290<br>0.290<br>0.390<br>0.390|3<br>3<br>2<br>2|



## Rated current 100 A 

||1NO|230V|3.95|**E201/100g**|2CDE281001R1100|**645751**|0.095|10|
|---|---|---|---|---|---|---|---|---|
||1NO|230V|3.95|**E201/100r**|2CDE281001R0100|**645738**|0.095|10|
||2NO<br>2NO<br>3NO<br>3NO<br>4NO<br>4NO|400V<br>400V<br>400V<br>400V<br>400V<br>400V|7.90<br>7.90<br>11.85<br>11.85<br>15.80<br>15.80|**E202/100g**<br>**E202/100r**<br>**E203/100g**<br>**E203/100r**<br>**E204/100g**<br>**E204/100r**|2CDE282001R1100<br>2CDE282001R0100<br>2CDE283001R1100<br>2CDE283001R0100<br>2CDE284001R1100<br>2CDE284001R0100|**645935**<br>**645942**<br>**646116**<br>**646123**<br>**646291**<br>**646307**|0.190<br>0.190<br>0.290<br>0.290<br>0.390<br>0.390|5<br>5<br>3<br>3<br>2<br>2|



## Rated current 125 A 

|1NO<br>1NO<br>2NO|230V<br>230V<br>400V|6.10<br>6.10<br>12.20|**E201/125g**<br>**E201/125r**<br>**E202/125g**|<br>|2CDE281001R1125<br>2CDE281001R0125<br>2CDE282001R1125|**645775**<br>**645782**<br>**645959**|0.095<br>0.095<br>0.190|10<br>10<br>5|
|---|---|---|---|---|---|---|---|---|
|2NO|400V|12.20|**E202/125r**||2CDE282001R0125|**645966**|0.190|5|
|3NO|400V|18.30|**E203/125g**|➀|2CDE283001R1125|**646130**|0.33|3|
|3NO|400V|18.30|**E203/125r**|➀|2CDE283001R0125|**646147**|0.33|3|
|4NO|400V|24.35|**E204/125g**|➀|2CDE284001R1125|**646314**|0.44|2|
|4NO|400V|24.35|**E204/125r**|➀|2CDE284001R0125|**646321**|0.44|2|



➀ without approvals 

**==> picture [94 x 20] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 200<br>DC switching capacity<br>**----- End of picture text -----**<br>


**==> picture [86 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Terminal assignment<br>**----- End of picture text -----**<br>


**==> picture [274 x 259] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 NO            2 NO                   3 NO                         4 NO<br>2CDC 052 131 F0005<br>2CDC 052 171 F0005<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/32** 

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**6** 

## **Selection tables System E 463/3-KB pro** _**M**_ **compact[®] Command devices E 480/3-KB** E 463/3, E 480/3 switches **E 463/3-SL** 

## **E 463/3-KB, E 480/3-KB, E 463/3-SL switches** 

**==> picture [6 x 240] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400458F0201<br>2CSC400433F0201<br>2CSC400455F0201<br>**----- End of picture text -----**<br>


|Rated<br>current<br>A<br>63<br>63|Power<br>loss<br>W<br>5.4<br>5.5|**Order**<br>**details**<br>**Type code**<br>**E 463/3-KB**<br>**E 463/3-SL**|Order code<br>2CCE160300R0131<br>2CCE160301R0131|**Bbn**<br>**7612270**1 piece<br>**EAN**<br>**932528**<br>**932535**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.190  1<br>0.195  1|Pack<br>1 piece unit<br>pc.<br>0.190  1<br>0.195  1|
|---|---|---|---|---|---|---|---|---|
|80|9.9|**E 480/3-KB**|2CCE180300R0141|**932542**|||0.210  1|0.210  1|



## **Padlock for E 463/3-SL with 2 keys** 

|**Order**<br>**details**<br>**Type code**<br>**SA 2**|Order code<br>GJF1101903R0002|**Bbn**<br>**7612270**1 piece<br>**EAN**<br>**587704**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.020  1|Pack<br>1 piece unit<br>pc.<br>0.020  1|
|---|---|---|---|---|---|---|



## **Technical features** 

|**Technical features**||
|---|---|
|**Switching capacity**|1.25 In; 1.1 Un; cosϕ= 0.6 according to DIN VDE 0632|
|**Rated voltage**|250/400 V a.c.|
|**Connection cross section**|1 mm2stranded wire/0.5 mm2wire up to 25 mm2|
|**Pick-up torque**|3 Nm max.|
|**Positive opening**|according to DIN VDE 0113|
|**Ambient temperature**|-25°C to +55°C|
|**Storage temperature**|-40°C to +70°C|
|**Poles**|3 NO|
|**Short-circuit withstanding capacity**|10 kA, 400 V a.c.|



**==> picture [6 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
SK 0105 Z 97<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/32** 

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**6** /5 

**System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 switches 

**E 210** 

**6** a 

These devices are specifically made for commanding loads and signalling electrical conditions in any low-voltage switchboard. They are available in half module or 1 module, depending on the contact-layout. The devices with indicator lights are equipped with a LED, which grants an optimal illumination with very low consumption. 

The functions of these devices are particularly switching, pushing and signalling electrical conditions in any installations (low-voltage area) 

## **General new features** 

Space-saving through 9mm modules All terminals equipped with Pozidrive 1 screws Safe connection due to cage-clamp 

LED with bright colours and available in three different voltage ranges Different lens and button colours Compliance to international standards 

## E 211-... ON-OFF switches 

For example, such devices are used to switch indicators or other electrical components (like fan’s, air-conditions, e.g.). The new On-Off switches distinguish themselves through simple handling, easy mounting and optimal functionality. 

|Contacts<br>Rated current = 16A<br>1 NO|Rated<br>Power<br>voltage<br>loss<br>VAC<br>W<br>Rated current = 16A<br>250<br>0.32|Width<br>mm<br>9|**Order**<br>**details**<br>**Type code**<br>**E211-16-10**|Order code<br>2CCA703000R0001**938575**|**Bbn**<br>**7612270**1 piece group 1 piece unit<br>**EAN**<br>**938575**|Price<br>1 piece group 1 piece unit<br>EURO<br>**938575**|Price Weight Pack<br>1 piece group 1 piece unit<br>kg<br>0.035|Price Weight Pack<br>1 piece group 1 piece unit<br>pc.<br>10|
|---|---|---|---|---|---|---|---|---|
|2 NO|230/400 0.82|9|**E211-16-20**|2CCA703005R0001**938582**|**938582**|**938582**|0.045|10|
|3 NO|230/400 1.14|18|**E211-16-30**|2CCA703010R0001**938599**|**938599**|**938599**|0.080|10|
|4 NO|230/400 1.64|18|**E211-16-40**|2CCA703015R0001**938605**|**938605**|**938605**|0.090|10|
|Rated current = 25A<br>1 NO<br>2 NO<br>3 NO|Rated current = 25A<br>250<br>0.75<br>230/400 1.95<br>230/400 2.70|9<br> 9<br>18|**E211-25-10**<br>**E211-25-20**<br>**E211-25-30**|2CCA703001R0001**938612**<br>2CCA703006R0001**938629**<br>2CCA703011R0001**938636**|**938612**<br>**938629**<br>**938636**|**938612**<br>**938629**<br>**938636**|0.035<br>0.045<br>0.080|10<br>10<br>10|
|4 NO|230/400 3.90|18|**E211-25-40**|2CCA703016R0001**938643**|**938643**|**938643**|0.090|10|
|Rated current = 32A|Rated current = 32A||||||||
|1 NO|250<br>1.12|9|**E211-32-10**|2CCA703002R0001**938650**|**938650**|**938650**|0.035|10|
|2 NO|230/400 2.73|9|**E211-32-20**|2CCA703007R0001**938667**|**938667**|**938667**|0.045|10|
|3 NO|230/400 3.85|18|**E211-32-30**|2CCA703012R0001**938674**|**938674**|**938674**|0.080|10|
|4 NO|230/400 5.46|18|**E211-32-40**|2CCA703017R0001**938681**|**938681**|**938681**|0.090|10|



**Overall dimensions ......................  pag. 13/32** CT 

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**6** /6 

**E 210** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 switches 

||||E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication|E 211X-... ON-OFF switches with yellow LED for contact indication||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|4<br>bigs|2CCC441036F0001||LED voltage 115-250 VAC<br>Contacts<br>Rated<br>Power LED<br>voltage<br>loss<br>colour<br>VAC<br>W|Width<br>mm|**Order**<br>**details**<br>**Type code**||Order code||**Bbn**<br>**7612270**1 piece group 1 piece unit<br>**EAN**||Price<br>1 piece group 1 piece unit<br>EURO|Price Weight Pack<br>1 piece group 1 piece unit<br>kg|Price Weight Pack<br>1 piece group 1 piece unit<br>pc.|
||||Rated current = 16A|||||||||||
||||1 NO<br>250<br>0.50 yellow|9|**E211X-16-10**||2CCA703100R0001**938872**||**938872**||**938872**|0.040|10|
||2CCC441035F0001||2 NO<br>230/400 1.00 yellow<br>3 NO<br>230/400 1.50 yellow<br>Rated current = 25A|18<br>18|**E211X-16-20**<br>**E211X-16-30**||2CCA703110R0001**938889**<br>2CCA703115R0001**938896**||**938889**<br>**938896**||**938889**<br>**938896**|0.050<br>0.060|10<br>10|
||||1 NO<br>250<br>1.15<br>yellow|9**E211X-25-10**|**E211X-25-10**||2CCA703101R0001**938902**||**938902**||**938902**|0.040|10|
||||2 NO<br>230/400 2.30<br>yellow|18**E211X-25-20**|**E211X-25-20**||2CCA703111R0001**938919**||**938919**||**938919**|0.050|10|
||||3 NO<br>230/400 3.45<br>yellow|18|**E211X-25-30**||2CCA703116R0001**938926**||**938926**||**938926**|0.060|10|
||||E 213-... Change over switches|||||||||||
||2CCC441015F0001||The new change-over switches distinguish themselves through simple handling, easy mounting and<br>optimal functionality. Example applications include opening and closing of electrically operated flaps.<br>Contacts<br>Rated<br>Power LED<br>Width**Order**<br>**Bbn**<br>Price<br>Price Weight Pack<br>voltage<br>loss<br>colour<br>**details**<br>**7612270**1 piece group 1 piece unit|||||||||||
||||VAC<br>W|mm|**Type code**||Order code||**EAN**||EURO|kg|pc.|
||||Rated current = 16A|||||||||||
|2CCC441016F0001<br>1 CO<br>250<br>0.32<br>-<br>9**E213-16-001**<br>2CCA703040R0001**938698**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>-<br>18**E213-16-002**<br>2CCA703045R0001**938704**<br>0.082<br>10<br>Rated current = 25A<br>1 CO<br>250<br>0.40<br>-<br>9**E213-25-001**<br>2CCA703041R0001**938711**<br>0.041<br>10<br>2 CO<br>250<br>0.88<br>-<br>18**E213-25-002**<br>2CCA703046R0001**938728**<br>0.082<br>10<br>—~~———_—_——~~||||||||||||||
||||**Terminal assignment**|||||||||||
||||2CCC441010Z0001<br>2CCC441011Z0001<br>**1 NO**<br>**2 NO**<br>**ON / OFF switch**||**3 NO**||2CCC441012Z0001<br>**4 NO**||||2CCC441013Z0001|||
||||**OFF switches with indicator lamps**||||**Change-over switches**|||||||
||||2CCC441014Z0001<br>**1 NO**<br>**2 NO**<br>jd “a|2CCC441015Z0001|**3 NO**<br>dal}||2CCC441016Z0001<br>**1 C/O**<br>A||2CCC441017Z0001||**2 C/O**<br>MY||2CCC441018Z0001|



**6** 

**Overall dimensions ......................  pag. 13/32** 

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**6** /7 

**E 210** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 switches 

## E 214-... Group switches (I-0-II, manual-OFF-automatic) 

**==> picture [5 x 382] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC441019F0001<br>2CCC441020F0001<br>2CCC441023F0001<br>2CCC441024F0001<br>**----- End of picture text -----**<br>


The new Group switches can be used to control the main installation of an emergency supply. Such devices distinguish themselves through simple handling, easy mounting and optimal functionality. 

Contacts Rated Power Width **Order Bbn** Price Price Weight Pack voltage loss **details 7612270** 1 piece group 1 piece unit VAC W mm **Type code** Order code **EAN** EURO kg pc. 

Rated current = 16A 

|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|1 CO<br>250<br>0.32<br>9<br>**E214-16-101**<br>2CCA703025R0001**938735**<br>0.041<br>10<br>2 CO<br>250<br>0.82<br>18<br>**E214-16-202**<br>2CCA703030R0001**938742**<br>0.082<br>10<br>EEO|
|---|---|---|---|---|---|
|Rated current = 25A||||||
|1 CO<br>250<br>0.40|9|**E214-25-101**<br>2CCA703026R0001**938759**|**938759**<br>0.041|10||
|2 CO<br>250<br>0.88|18|**E214-25-202**<br>2CCA703031R0001**938766**|**938766**<br>0.082|10||
|E 218-... Control switches<br>These devices can be used in distribution board for any control function. The new control switches<br>distinguish themselves through simple handling, easy mounting and optimal functionality.||||These devices can be used in distribution board for any control function. The new control switches|These devices can be used in distribution board for any control function. The new control switches|
|Contacts<br>Rated<br>Power|Width|**Order**<br>**Bbn**|Price<br>Price Weight Pack|Price Weight Pack||
|voltage<br>loss||**details**<br>**7612270**1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit||
|VAC<br>W|mm|**Type code**<br>Order code<br>**EAN**|EURO<br>kg|pc.||
|Rated current = 16A<br>1NO+1NC 250<br>0.50<br>9<br>**E218-16-11**<br>2CCA703050R0001**938773**<br>0.041<br>10<br>2NO+2NC 250<br>1.00<br>18<br>**E218-16-22**<br>2CCA703060R0001**938780**<br>0.082<br>10<br>3NO+1NC 250<br>1.50<br>18<br>**E218-16-31**<br>2CCA703065R0001**938797**<br>0.082<br>10<br>Rated current = 25A<br>EEO||||||
|1NO+1NC 250<br>0.75|18|**E218-25-11**<br>2CCA703051R0001**938803**|**938803**<br>0.041|10||
|||||||
|**Terminal assignment**||||||
|**Group switches**||**Control switches**||||
|2CCC441019Z0001<br>**1-pole**<br>**2-pole**<br>Autotil 1] 3]<br>acco "|<br>A)<br>Sep<br>SRR||2CCC441021Z0001<br>2CCC441020Z0001<br>**1 NO + 1 NC**<br>**2 NO + 2 NC**<br>A<br>Ni<br>1<br>LA<br>O~~AT~~ A|2CCC441022Z0001<br>**3 NO + 1 NC**<br>i<br>ie<br> AA||2CCC441023Z0001|



These devices can be used in distribution board for any control function. The new control switches distinguish themselves through simple handling, easy mounting and optimal functionality. 

**Overall dimensions ......................  pag. 13/32** LT 

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**6** /8 

**E 210** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 switches 

## **Technical features - Switches** 

|**Switching capacity**||according to EN 60669-1|
|---|---|---|
|**Isolating properties**||according to EN 60669-2-4; IEC/EN 60947-3|
|**Utilization category**||AC-22A; DC-22A acc. IEC/EN60947-3|
|**Short-circuit withstand capacity **[kA]||3|
|**Rated voltage Un **|[V]|250/400  in accordance with EN|
|||240  in accordance UL 508|
|**Lowest operat. voltage**||24 V; 25 mA|
|**Rated current In**|[A]|16, 25, 32|
|**LED current**|[mA]|5|
|**Rated frequency**|[Hz]|50/60|
|**Modules**|[No]|0.5 or 1|
|**Sealable**||in ON and OFF position|
|**Climatic resistance**||according to IEC 60068-2-2 (Dry heat)|
|||IEC 60068-2-30 (Damp heat)|
|||IEC 60068-2-1 (Cold)|
|**Ambient temperature**|[°C/°F]|-25°C/-13°F to +55°C/+131°F|
|**Storage temperature**|[°C]|-40°C to +70°C|
|**Connection capacity**|[mm2]|from 1x1 mm2to 1x6 mm2or 2x2.5 mm2massive;|
|||Flexible up 1x0.75 mm2to 2x1.5 mm2with connector|
|||sleve or pin-endconnector|
|**Tightening torque**|[Nm]|1.2 - 1.5|
|**Positive opening**<br>**Standards**||according to EN 60204-1<br>DIN EN 60669-1 *VDE 0632-1|
|||DIN EN 60669-2-4 *VDE 0632-2-4|
|||UL 508|
|**Approvals**||VDE, UL, GOST, CCC|



**6** 

**==> picture [139 x 11] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 210 DC  switching capacity<br>**----- End of picture text -----**<br>


**==> picture [347 x 283] intentionally omitted <==**

**----- Start of picture text -----**<br>
U (V)<br>500<br>400<br>300<br>200<br>100<br>70<br>60<br>50<br>40<br>30<br>Resistive load<br>NO contact<br>NC contact<br>20<br>Load with time constant<br>t = 15ms (inductive load)<br>NO contact<br>10 NC contact<br>1                2       3      4    5   6   7     10      16    20       30    40<br>32 I (A)<br>2CCC441028Z0001<br>**----- End of picture text -----**<br>


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**E 210** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 Pushbuttons with and without LEDs 

## E 215-... Pushbuttons (6 different button colours) 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC441029F0001<br>**----- End of picture text -----**<br>


## Pushbuttons without and with LED 

The new products are available in 9 mm widths (= 0.5 modules). 

The devices can be used in distribution boards and are all distinguished by their simple handling, ease of mounting and optimal functionality. The pushbuttons are used for remote control in all kinds of electrical installation (e.g. public, industrial). The range offers three different voltages. (Ranges: 12-48 V AC/DC; 115-250 V AC and 110-220 V DC). 

## Rated current = 16A 

|Contacts|Rated|Power Button Width|Power Button Width|Power Button Width|**Order**||**Bbn**|Price|Price Weight Pack|Price Weight Pack|
|---|---|---|---|---|---|---|---|---|---|---|
||voltage|loss|colour||**details**||**7612270**1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|
||VAC|W||mm|**Type code**|Order code|**EAN**|EURO|kg|pc.|
||||||||||||
|1NO+1NC 250|1NO+1NC 250|0.50|grey|9|**E215-16-11B**|2CCA703150R0001**938810**|**938810**|**938810**|0.046|10|
|1NO+1NC 250|1NO+1NC 250|0.50|red|9|**E215-16-11C**|2CCA703151R0001**938827**|**938827**|**938827**|0.046|10|
|1NO+1NC 250|1NO+1NC 250|0.50|green|9|**E215-16-11D**|2CCA703152R0001**938834**|**938834**|**938834**|0.046|10|
|1NO+1NC 250|1NO+1NC 250|0.50|yellow|9|**E215-16-11E**|2CCA703153R0001**938841**|**938841**|**938841**|0.046|10|
|1NO+1NC 250|1NO+1NC 250|0.50|black|9|**E215-16-11F**|2CCA703154R0001**938858**|**938858**|**938858**|0.046|10|
|1NO+1NC 250|1NO+1NC 250|0.50|blue|9|**E215-16-11G**|2CCA703155R0001**938865**|**938865**|**938865**|0.046|10|



**6** I E 217-... Luminous Pushbuttons (5 different LED colours) Rated current = 16A Contacts Rated Power LED Width **Order Bbn** Price Price Weight Pack voltage loss colour **details 7612270** 1 piece group 1 piece unit f VAC W mm **Type code** Order code **EAN** EURO kg pc. 

## LED Voltage range = 115-250VAC 

|1 NO|1 NO|250|1.10|white|9|**E217-16-10B**|2CCA703160R0001**938988**|**938988**|0.050|10|
|---|---|---|---|---|---|---|---|---|---|---|
|1 NO|1 NO|250|1.10|red|9|**E217-16-10C**|2CCA703161R0001**938995**|**938995**|0.050|10|
|1 NO|1 NO|250|1.10|green|9|**E217-16-10D**|2CCA703162R0001**939008**|**939008**|0.050|10|
|1 NO|1 NO|250|1.10|yellow|9|**E217-16-10E**|2CCA703163R0001**939015**|**939015**|0.050|10|
|1 NO|1 NO|250|1.10|blue|9|**E217-16-10G**|2CCA703164R0001**939022**|**939022**|0.050|10|
||||||||||||
|1 NC|1 NC|250|1.10|white|9|**E217-16-01B**|2CCA703250R0001**939084**|**939084**|0.050|10|
|1 NC|1 NC|250|1.10|red|9|**E217-16-01C**|2CCA703251R0001**939091**|**939091**|0.050|10|
|1 NC|1 NC|250|1.10|green|9|**E217-16-01D**|2CCA703252R0001**939107**|**939107**|0.050|10|
|1 NC|1 NC|250|1.10|yellow|9|**E217-16-01E**|2CCA703253R0001**939114**|**939114**|0.050|10|
|1 NC|1 NC|250|1.10|blue|9|**E217-16-01G**|2CCA703254R0001**939121**|**939121**|0.050|10|



**Overall dimensions ......................  pag. 13/32** | 

ABB 

**6** /10 

**E 210** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 Indicator Lights with LEDs 

**==> picture [40 x 55] intentionally omitted <==**

**----- Start of picture text -----**<br>
4 2CCC441048F0001<br>**----- End of picture text -----**<br>


## E 217-... Luminous Pushbuttons (5 different LED colours) 

Rated current = 16A 

|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Contacts<br>Rated<br>Power LED<br>Width**Order**<br>voltage<br>loss<br>colour<br>**details**<br>VAC<br>W<br>mm<br>**Type code**<br>LED Voltage range = 12-48VAC/DC|Order code|**Bbn**<br>**7612270**1 piece group 1 piece unit<br>**EAN**|Price<br>1 piece group 1 piece unit<br>EURO|Price Weight Pack<br>1 piece group 1 piece unit<br>kg|Price Weight Pack<br>1 piece group 1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|1 NO|250|0.72|white|9|**E217-16-10B48**|2CCA703170R0001**938933**|**938933**|**938933**|0.050|10|
|1 NO|250|0.72|red|9|**E217-16-10C48**|2CCA703171R0001**938940**|**938940**|**938940**|0.050|10|
|1 NO|250|0.72|green|9|**E217-16-10D48**|2CCA703172R0001**938957**|**938957**|**938957**|0.050|10|
|1 NO|250|0.72|yellow|9|**E217-16-10E48**|2CCA703173R0001**938964**|**938964**|**938964**|0.050|10|
|1 NO|250|0.72|blue|9|**E217-16-10G48**2CCA703174R0001|2CCA703174R0001**938971**|**938971**|**938971**|0.050|10|
||||||||||||
|1 NC|250|0.72|white|9|**E217-16-01B48**|2CCA703260R0001**939039**|**939039**|**939039**|0.050|10|
|1 NC|250|0.72|red|9|**E217-16-01C48**|2CCA703261R0001**939046**|**939046**|**939046**|0.050|10|
|1 NC|250|0.72|green|9|**E217-16-01D48**|2CCA703262R0001**939053**|**939053**|**939053**|0.050|10|
|1 NC|250|0.72|yellow|9|**E217-16-01E48**|2CCA703263R0001**939060**|**939060**|**939060**|0.050|10|
|1 NC|250|0.72|blue|9|**E217-16-01G48**2CCA703264R0001|2CCA703264R0001**939077**|**939077**|**939077**|0.050|10|
|LED Voltage range = 110-220VDC|||||||||||
|1 NO<br>1 NO|250<br>250|1.50<br>1.50|white<br>red|9<br>9|**E217-16-10B220**2CCA703165R0001<br>**E217-16-10C220**2CCA703166R0001|2CCA703165R0001**939138**<br>2CCA703166R0001**939145**|**939138**<br>**939145**|**939138**<br>**939145**|0.050<br>0.050|10<br>10|
|1 NO|250|1.50|green|9|**E217-16-10D220**2CCA703167R0001|2CCA703167R0001**939152**|**939152**|**939152**|0.050|10|
|1 NO|250|1.50|yellow|9|**E217-16-10E220**2CCA703168R0001|2CCA703168R0001**939169**|**939169**|**939169**|0.050|10|
|1 NO|250|1.50|blue|9|**E217-16-10G220**2CCA703169R0001|2CCA703169R0001**939176**|**939176**|**939176**|0.050|10|
||||||||||||
|1 NC|250|1.50|white|9|**E217-16-01B220**2CCA703255R0001|2CCA703255R0001**939183**|**939183**|**939183**|0.050|10|
|1 NC|250|1.50|red|9|**E217-16-01C220**2CCA703256R0001|2CCA703256R0001**939190**|**939190**|**939190**|0.050|10|
|1 NC|250|1.50|green|9|**E217-16-01D220**2CCA703257R0001|2CCA703257R0001**939206**|**939206**|**939206**|0.050|10|
|1 NC|250|1.50|yellow|9|**E217-16-01E220**2CCA703258R0001|2CCA703258R0001**939213**|**939213**|**939213**|0.050|10|
|1 NC|250|1.50|blue|9|**E217-16-01G220**2CCA703259R0001|2CCA703259R0001**939220**|**939220**|**939220**|0.050|10|



**6** 

## E 219-... Indicator Lights with LED (5 different colours) 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC441075F0001<br>**----- End of picture text -----**<br>


## Indicator Lights with LED 

The new products are available in 9 mm width (= 0.5 modules) and can be used for indicating any operational condition such as signalling loss of a phase. 

The range offers three different voltages. 

(Ranges: 12-48 V AC/DC; 115-250 V AC and 110-220 V DC). 

|LED|Power|Width|**Order**||**Bbn**|Price|Price Weight Pack|Price Weight Pack|
|---|---|---|---|---|---|---|---|---|
|colour|loss||**details**||**7612270**1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|1 piece group 1 piece unit|
||W|mm|**Type code**|Order code|**EAN**|EURO|kg|pc.|
|LED Voltage range = 115-250VAC|LED Voltage range = 115-250VAC||||||||
|white|0.47|9|**E219-B**|2CCA703400R0001**939282**|**939282**|**939282**|0.04|10|
|red|0.47|9|**E219-C**|2CCA703401R0001**939299**|**939299**|**939299**|0.04|10|
|green|0.47|9|**E219-D**|2CCA703402R0001**939305**|**939305**|**939305**|0.04|10|
|yellow|yellow<br>0.47|9|**E219-E**|2CCA703403R0001**939312**|**939312**|**939312**|0.04|10|
|blue|0.47|9|**E219-G**|2CCA703404R0001**939329**|**939329**|**939329**|0.04|10|



**Overall dimensions ......................  pag. 13/32** 

ABB 

**6** /11 

**E 210** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 210 Accessories 

LED Voltage range = 12-48VAC/DC 

|white|0.40|0.40<br>9|**E219-B48**|2CCA703420R0001**939237**|0.04|10|
|---|---|---|---|---|---|---|
|red|0.40|9|**E219-C48**|2CCA703421R0001**939244**|0.04|10|
|green|0.40|9|**E219-D48**|2CCA703422R0001**939251**|0.04|10|
|yellow|yellow<br>0.40|9|**E219-E48**|2CCA703423R0001**939268**|0.04|10|
|blue|0.40|9|**E219-G48**|2CCA703424R0001**939275**|0.04|10|
|LED Voltage range = 110-220VDC|LED Voltage range = 110-220VDC|LED Voltage range = 110-220VDC|||||
|white|1.00|1.00<br>9|**E219-B220**|2CCA703405R0001**939336**|0.04|10|
|red|1.00|9|**E219-C220**|2CCA703406R0001**939343**|0.04|10|
|green|1.00|9|**E219-D220**|2CCA703407R0001**939350**|0.04|10|
|yellow|yellow<br>1.00|9|**E219-E220**|2CCA703408R0001**939367**|0.04|10|
|blue|1.00|9|**E219-G220**|2CCA703409R0001**939374**|0.04|10|



## Accessories for E 210 device series 

|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**7612270**1 piece group 1 piece unit<br>**EAN**|Price<br>1 piece group 1 piece unit<br>EURO|Price Weight Pack<br>1 piece group 1 piece unit<br>kg|Price Weight Pack<br>1 piece group 1 piece unit<br>pc.|
|---|---|---|---|---|---|



## Dummy housing for 9 mm wide units 

The modular witht of 18 mm must be complied with to use the devices in the SMISSLINE socket system. The dummy housing is ready-made with two expanding connectors. Always snap on dummy housing on the left. 

**E210-DH** 2CCA703480R0001 **404208** 0.18 10 Padlock to use for 9 and 18 mm wide units **E210-ASV9** 2CCA703648R0001 **404215** 10 ~~a~~ 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC441088F0001<br>**----- End of picture text -----**<br>


**==> picture [16 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
9 mm<br>**----- End of picture text -----**<br>


## **Technical features - Pushbuttons and Indicator Lights** 

|**Rated Voltage Un**|[V]|250/400|
|---|---|---|
|**Lowest operat. voltage**||24 V; 25 mA|
|**Rated current In**|[A]|16|
|**LED current**|[mA]|5|
|**Rated frequency**|[Hz]|50/60|
|**Modules**|[No]|0.5|
|**Tightening torque**|[Nm]|1.2 - 1.5|
|**Standards**||EN 60669-1; EN 62094-1; UL 508|
|**Approvals**||Pushbuttons: VDE, UL, GOST, CCC|
|||Indicator lights: VDE, UL, GOST|



Terminal assignment **Pushbutton Luminous Pushbutton Indicator Light Overall dimensions ......................  pag. 13/32** | 

ABB 

**6** /12 

**SL** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Luminous indicators for panel installation 

## **Luminous indicator** 

These luminous indicator devices provide an intuitive and readily visible front panel display of the state of an electrical line or load situated either remotely or inside the panel itself. The range of luminous indicator includes devices with 3, 4 or 12 LEDs with various supply voltage ratings, and fully-customisable plain labels. 

The version with 115 V d.c. supply rating, is ideal for installation on medium voltage panels and for non-standard applications, and complete an extensive range of easy-to-install indicator devices. 

**==> picture [511 x 608] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Size|Number Characteristics|Label|Order|Bbn|Price|Price|Weight|Pack|
|of LEDs of the LEDs|details|801254|1 piece|group|1 piece unit|
|mm|Type code|Order code|EAN|kg|pc.|
|Indicator lamps 24 V a.c./d.c.|
|48|3|not included|neutral|SL-3-24V/48|2CSG211010R3001|2659501|0.01|1|
|48|4|not included|neutral|SL-4-24V/48|2CSG221010R3001|2659600|0.01|1|
|48|3|neutral|SL-3-L1-L2-L3-24V/48|2CSG241020R3001|2659709|0.01|1|
|48|3|in English|SL-3-A-C-S-24V/48|2CSG251030R3001|2659808|0.01|1|
|48|4|in English|SL-3-A-C-S-E-24V/48|2CSG251040R3001|2659907|0.01|1|
|Indicator lamps 48 V a.c./d.c.|
|48|3|not included|neutral|SL-3-48V/48|2CSG311010R3001|2660002|0.01|1|
|48|4|not included|neutral|SL-4-48V/48|2CSG321010R3001|2658603|0.01|1|
|48|3|neutral|SL-3-L1-L2-L3-48V/48|2CSG341020R3001|2658702|0.01|1|
|48|3|in English|SL-3-A-C-S-48V/48|2CSG351030R3001|2658801|0.01|1|
|48|4|in English|SL-3-A-C-S-E-48V/48|2CSG351040R3001|2658900|0.01|1|
|Indicator lamps 115 V a.c.|
|48|3|not included|neutral|SL-3-115V/48|2CSG411010R3001|2659006|0.01|1|
|48|4|not included|neutral|SL-4-115V/48|2CSG421010R3001|2659105|0.01|1|
|48|3|in English|SL-3-A-C-S-115V/48|2CSG451030R3001|2659303|0.01|1|
|48|4|in English|SL-4-A-C-S-E-115V/48|2CSG451040R3001|2659402|0.01|1|
|Indicator lamps 115 V d.c.|
|48|3|not included|neutral|SL-3-115V/48 DC|2CSG273233R3001|2659006|0.01|1|
|48|4|not included|neutral|SL-4-115V/48 DC|2CSG273313R3001|2659105|0.01|1|
|48|3|in English|SL-3-A-C-S-115V/48 DC|2CSG273223R3001|2659303|0.01|1|
|48|4|in English|SL-4-A-C-S-E-115V/48 DC|2CSG273303R3001|2659402|0.01|1|
|96|12|not included|neutral|SL12-115V/96 DC|2CSG273213R3001|2732136|0.01|1|
|144|12|not included|neutral|SL12-115V/72-144 DC|2CSG273293R3001|2732938|0.01|1|
|Wiring diagram|
|C|3|2|1|
|Key:|
|C = Common|
|a.c. supply|N|L|L|L|1 = Led 1|
|2 = Led 2|
|d.c. supply|–|+|+|+|3 = Led 3|
|Overall dimensions ......................  pag. 13/33|
|=|
|ABB|6|/13|

**----- End of picture text -----**<br>


**6** 

**SL** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Luminous indicators for panel installation 

|Panel<br>Number Characteristics|Number Characteristics|Number Characteristics|Number Characteristics|Label|**Order**<br>**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|dimens. of LEDs of the LEDs|dimens. of LEDs of the LEDs||||**details**<br>**801254**|1 piece|group|1 piece unit|1 piece unit|
|mm|||||**Type code**<br>Order code<br>**EAN**|||kg|pc.|
|Luminous indicators 230 V a.c.||||||||||
|48<br>3|not included|not included||neutral|**SL-3-230V/48**<br>2CSG511010R3001<br>**2659501**|||0.01|1|
|48<br>4|not included|not included||neutral|**SL-4-230V/48**<br>2CSG521010R3001<br>**2659600**|||0.01|1|
|48<br>3<br> <br>48<br>3<br>a<br>iT|||||neutral<br>in English|**SL-3-L1-L2-L3-230V/48**<br>2CSG541020R3001<br>**2659709**<br>in English**SL-3-A-C-S-230V/48**<br>2CSG551030R3001<br>**2659808**|||0.01<br>0.01|1<br>1|
|48<br>4<br> <br>in English**SL-3-A-C-S-E-230V/48**<br>2CSG551040R3001<br>**2659907**<br>0.01<br>1<br>96<br>12<br>not included<br>alarm<br>**SL-12-24V/96**<br>2CSG274050R3001<br>**2660002**<br>0.03<br>1<br>96<br>12<br>not included<br>alarm<br>**SL-12-48V/96**<br>2CSG374050R3001<br>**2660101**<br>0.03<br>1<br>96<br>12<br>not included<br>alarm<br>**SL-12-115V/96**<br>2CSG474050R3001<br>**2660200**<br>0.03<br>1<br>96<br>12<br>not included<br>alarm<br>**SL-12-230V/96**<br>2CSG574050R3001<br>**2660309**<br>0.03<br>1<br>144<br>12<br>not included<br>alarm<br>**SL-12-24V/144**<br>2CSG233050R3001<br>**2660408**<br>0.35<br>1<br>iTie<br> a<br> OO<br>—<br>a<br>l||||||||||
|144<br>12<br>not included<br>alarm<br>**SL-12-48V/144**<br>2CSG333050R3001<br>**2660507**<br>0.35<br>1<br>144<br>12<br>not included<br>alarm<br>**SL-12-115V/144**<br>2CSG433050R3001<br>**2660606**<br>0.35<br>1<br>144<br>12<br>not included<br>alarm<br>**SL-12-230V/144**<br>2CSG533050R3001<br>**2660705**<br>0.35<br>1<br>Accessories for luminous indicators<br> Te||||||||||
||||||**red LED**<br>2CSG500060R3001<br>**2660804**<br>~~|~~|~~|~~|~~|~~|0.05<br>~~|~~|5 pcs<br>~~|~~|
|**green LED**<br>2CSG500070R3001<br>**2660903**<br>0.05<br>5 pcs<br>~~a~~||||||||||
||||||**yellow LED**<br>2CSG500080R3001<br>**2661009**|||0.05|5 pcs|
|**blue LED**<br>2CSG500090R3001<br>**2661108**<br>0.05<br>5 pcs<br> **white LED**<br>2CSG500100R3001<br>**2661207**<br>0.05<br>5 pcs<br>~~a~~<br>~~a~~||||||||||
|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|
|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|~~eee~~|
|**Technical characteristics**||||||||||
|~~eC~~||||||||||
|**Electrical characteristics**||||||||||
|Supply||||[V]|- a.c./d.c<br>24, 48|||||
||||||- a.c.<br>115, 230|||||
||||||- d.c.<br>115|||||
|Frequency||||[Hz]|0-1000|||||
|Power consumption||||[W]|0.5 max per input|||||
|TEST input consumption||||[W]|4 max|||||
|**Other characteristics**||||||||||
|Operating temperature||||[°C]|-20 +60|||||
|Storage temperature||||[°C]|-20 +70|||||
|Relative humidity|||||30-95%|||||
|Overall dimensions||||[mm]|[mm]<br>48 x 48 x 56 (SL-3 e SL-4)|||||
||||||96 x 96 x 56 (SL...96)|||||
||||||72 x 144 x 70 (SL...72-144)|||||
|Weight||||[gr]|100 (SL-3 e SL-4),|||||
||||||300 (SL-12-115V/96)|||||
||||||350 (SL-12-115V/72-144)|||||
|Protection degree|||||IP40|||||
|Label dimensions||||[mm]|[mm]<br>30 x 9|||||



**Overall dimensions ......................  pag. 13/33** 

ABB 

**6** /14 

**System Selection tables pro** _**M**_ **compact[®] Command devices** ESB Installation contactors 

**ESB** 

**6** 

## **Application** 

The ESB contactors are used mainly in buildings for switching and controlling lighting, heating, ventilation and pumps. They are part of the complete range of Din rail products and can be integrated easily in dedicated panels. 

ESB20 are AC coil operated. 

The **ESB 24, 40, 63** contactors are used for the control of loads up to 24, 40, 63 A. Due to their DC solenoid actuator, the ESB 24 can be connected to AC or DC voltages. This provides the following benefits: 

Hum-free operating system, no vibration, silent in operation, low power consumption, integrated high overvoltage protection 5 kV. You can choose between a various N.O. and N.C. contacts combination. 

## **Certifications and Approvals** 

**Main accessories für ESB 24, 40, 63** Auxiliary contact blocks **EH04** . 

**==> picture [512 x 539] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|UL|CSA|CCC|RMRS|BV|CE|
|Ordering Details ESB 20|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|50 Hz|60 Hz|3471521|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|2 N.O.|1|12 V|14 V|ESB 20-20|GHE 321 1102 R1004|1230141|0.14|10|
|A1|1|3|24 V|28 V|ESB 20-20|GHE 321 1102 R0001|0263218|0.14|10|
|110 V|125...127 V|ESB 20-20|GHE 321 1102 R0004|1230042|0.14|10|
|A2|2|4|
|230 V|264 V|ESB 20-20|GHE 321 1102 R0006|0263263|0.14|10|
|2 N.C.|1|12 V|14 V|ESB 20-02|GHE 321 1202 R1004|1232145|0.14|10|
|A1|R1|R3|24 V|28 V|ESB 20-02|GHE 321 1202 R0001|0263812|0.14|10|
|110 V|125...127 V|ESB 20-02|GHE 321 1202 R0004|1232046|0.14|10|
|Mounting positions|Sf|app|A2|R2|R4|||230 V|264 V|ESB 20-02|GHE 321 1202 R0006|0263867|0.14|10|
|1 N.O.|1|12 V|14 V|ESB 20-11|GHE 321 1302 R1004|1231148|0.14|10|
|Pos. 2|+30°|-30°|1 N.C.|
|A1|1|R3|24 V|28 V|ESB 20-11|GHE 321 1302 R0001|0263515|0.14|10|
|110 V|125...127 V|ESB 20-11|GHE 321 1302 R0004|1231049|0.14|10|
|Pos. 4|
|Pos. 3|A2|2|R4|230 V|264 V|ESB 20-11|GHE 321 1302 R0006|0263560|0.14|10|
|Ordering Details ESB 24|
|Pos. 1|Pos. 1, 3, 4, 1± 30°|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|40...450 Hz DC|4013614|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|2 N.O.|2|230...240 V 230...240 V|ESB 24-20|GHE 329 1402 R0006|146756|0.28|5|
|A1|1|3|
|A2|2|4|
|2 N.O.|2|12 V|12 V|ESB 24-20|GHE 329 1402 R0001|215193|0.28|5|
|A1|1|3|
|A2|2|4|
|4 N.O.|2|12 V|12 V|ESB 24-40|GHE 329 1102 R1004|084478|0.28|5|
|A1|1|3|5|7|24 V|24 V|ESB 24-40|GHE 329 1102 R0001|084416|0.28|5|
|110...120 V 110...120 V|ESB 24-40|GHE 329 1102 R0004|084430|0.28|5|
|A2|2|4|6|8|230...240 V 230...240 V|ESB 24-40|GHE 329 1102 R0006|084454|0.28|5|
|4 N.C.|2|12 V|12 V|ESB 24-04|GHE 329 1202 R1004|084560|0.28|5|
|A1|R1|R3|R5|R7|24 V|24 V|ESB 24-04|GHE 329 1202 R0001|084515|0.28|5|
|110...120 V 110...120 V|ESB 24-04|GHE 329 1202 R0004|084539|0.28|5|
|a|A2|R2|R4|R6|R8|230...240 V 230...240 V|ESB 24-04|GHE 329 1202 R0006|084546|0.28|5|
|Mounting positions|
|2 N.O.|2|12 V|12 V|ESB 24-22|GHE 329 1302 R1004|084638|0.28|5|
|2 N.C.|
|Pos. 2|+30°|-30°|24 V|24 V|ESB 24-22|GHE 329 1302 R0001|084584|0.28|5|
|A1|1|R3|R5|7|
|110...120 V 110...120 V|ESB 24-22|GHE 329 1302 R0004|084607|0.28|5|
|Pos. 4|A2|2|R4|R6|8|230...240 V 230...240 V|ESB 24-22|GHE 329 1302 R0006|084614|0.28|5|
|Pos. 3|3 N.O.|2|12 V|12 V|ESB 24-31|GHE 329 1602 R1004|084720|0.28|5|
|1 N.C.|
|O|E|——————|24 V|24 V|ESB 24-31|GHE 329 1602 R0001|084676|0.28|5|
|Pos. 1|Pos. 1, 3, 4, 1± 30°|A1|1|R3|5|7|
|110...120 V 110...120 V|ESB 24-31|GHE 329 1602 R0004|084690|0.28|5|
|A2|2|R4|6|8|230...240 V 230...240 V|ESB 24-31|GHE 329 1602 R0006|084706|0.28|5|
|1 N.O.|2|12 V|12 V|ESB 24-13|GHE 329 1702 R1004|218255|0.28|5|
|3 N.C.|
|24 V|24 V|ESB 24-13|GHE 329 1702 R0001|214783|0.28|5|
|—|——|A1|R1|3|R5|R7|——————|
|Pos. 5|110...120 V 110...120 V|ESB 24-13|GHE 329 1702 R0004|218224|0.28|5|
|——|A2|R2|4|R6|R8|230...240 V 230...240 V|ESB 24-13|GHE 329 1702 R0006|218224|0.28|5|
|Overall dimensions ......................  pag. 13/33|
|P|T|

**----- End of picture text -----**<br>


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**ESB** 

**6** 

## **Selection tables System pro** _**M**_ **compact[®] Command devices** ESB series contactors 

## **Ordering Details ESB 40** 

**==> picture [503 x 528] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|40...450 Hz DC|4013614|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|4 N.O.|3|12 V|12 V|ESB 40-40|GHE 349 1102 R1004|149245|0.40|3|
|A1|1|3|5|7|24 V|24 V|ESB 40-40|GHE 349 1102 R0001|084829|0.40|3|
|———|———E——————|
|110...120 V 110...120 V|ESB 40-40|GHE 349 1102 R0004|084843|0.40|3|
|A2|2|4|6|8|230...240 V 230...240 V|ESB 40-40|GHE 349 1102 R0006|084867|0.40|3|
|——|————|
|2 N.O.|3|24 V|24 V|ESB 40-22|GHE 349 1302 R0001|379611|0.40|3|
|2 N.C.|
|A1|1|R3|R5|7|230 V|230 V|ESB 40-22|GHE 349 1302 R0006|214332|0.40|3|
|A2|2|R4|R6|8|
|3 N.O.|3|24 V|24 V|ESB 40-31|GHE 349 1602 R0001|316890|0.40|3|
|Mounting positions|1 N.C.A1|1|R3|5|7|230 V|230 V|ESB 40-31|GHE 349 1602 R0006|214349|0.40|3|
|Pos. 2|+30°|-30°|
|A2|2|R4|6|8|
|cg|||Oe|
|Pos. 4|3 N.O.|3|24 V|24 V|ESB 40-30|GHE 349 1502 R0001|316890|0.39|3|
|Pos. 3|A1|1|3|5|230 V|230 V|ESB 40-30|GHE 349 1502 R0006|214349|0.39|3|
|ue=|Pos. 1|\p|Pos. 1, 3, 4, 1 ± 30°|Cne|A2|2|4|6|s|
|2 N.O.|3|24 V|24 V|ESB 40-20|GHE 349 1402 R0001|212345|0.38|3|
|A1|1|3|230 V|230 V|ESB 40-20|GHE 349 1402 R0006|085314|0.38|3|
|fa|
|Pos. 5|A2|2|4|
|Ordering Details ESB 63|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|40...450 Hz DC|4013614|1 piece|group|1 piece|unit|
|;|dules|Type code|Order code|EAN|kg|pc.|
|4 N.O.|3|12 V|12 V|ESB 63-40|GHE 369 1102 R1004|218262|0.42|3|
|A1|1|3|5|7|24 V|24 V|ESB 63-40|GHE 369 1102 R0001|084935|0.42|3|
|110...120 V 110...120 V|ESB 63-40|GHE 369 1102 R0004|084959|0.42|3|
|S|S|A2|2|4|6|8|oo|230...240 V 230...240 V|ESB 63-40|GHE 369 1102 R0006|084973|0.42|3|
|3 N.O.|3|110 V|110 V|ESB 63-31|GHE 369 1602 R0004|???|0.42|3|
|1 N.C.|
|A1|1|R3|5|7|230 V|230 V|ESB 63-31|GHE 369 1602 R0006|???|0.42|3|
|A2|2|R4|6|8|
|Mounting positions|3 N.O.|3|230 V|230 V|ESB 63-30|GHE 369 1502 R0006|085376|0.41|3|
|Pos. 2|+30°|-30°|A1|1|3|5|400 V|400 V|ESB 63-30|GHE 369 1502 R0007|260964|0.41|3|
|ee|A2|2|4|6|
|Pos. 4|
|Pos. 3|
|2 N.O.|3|24 V|24 V|ESB 63-20|GHE 369 1402 R0001|291999|0.40|3|
|El|Pos. 1|\D|Pos. 1, 3, 4, 1 ± 30°|e|A1|1|3|230 V|230 V|ESB 63-20|GHE 369 1402 R0006|e|085369|0.40|3|
|A2|2|4|
|1 N.O.|3|230 V|230 V|ESB 63-11|GHE 369 1802 R0006|214622|0.40|3|
|1 N.C.|
|A1|1|R3|
|Pos. 5|
|A2|2|R4|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/33** OT 

ABB 

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**Selection tables Command devices** EN series contactors 

**System pro** _**M**_ **compact[®]** 

**EN** 

**6** 

## **Application** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
1SBC103001F0014<br>**----- End of picture text -----**<br>


The EN contactors are used mainly in buildings for switching and controlling lighting, heating, ventilation and pumps. They are part of the complete range of Din rail products and can be integrated easily in dedicated panels. 

## **Description** 

**EN contactors** have a built-in toggle switch to select between three function modes: 

Off position, automatic run (normal contactor function), manual override with a return to Auto the next time the coil is energized. 

This offers many advantages as: 

You can make functionnal test before installation start-up. It can be used for maintenance operation, to change lamps and test it. It provides higher safety and drop out as you can switch the application manually. 

The toggle switch is also used for household application like water heating where double tariff of kWh is used. 

## **Certifications and Approvals** 

**==> picture [35 x 90] intentionally omitted <==**

**----- Start of picture text -----**<br>
O = OFF<br>Automatic<br>run<br>I = ON<br>1CSC400063F0202<br>**----- End of picture text -----**<br>


**==> picture [106 x 69] intentionally omitted <==**

**----- Start of picture text -----**<br>
Mounting positions<br>Pos. 2 +30° -30°<br>Pos. 4<br>Pos. 3<br>fe \P<br>Ve Pos. 1 Pos. 1, 3, 4, 1± 30° \<br>**----- End of picture text -----**<br>


**==> picture [376 x 494] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|@®|UL|&|CSA|CCC|cé|CE|
|Ordering Details|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|50 Hz|60 Hz|4013614|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|2 N.O.|1|24 V|28 V|EN 20-20|GHE 322 1101 R0001|239038|0.14|10|
|A1|1|3|
|230 V|264 V|EN 20-20|GHE 322 1101 R0006|265069|0.14|10|
|ag|A2|2|4|
|Ordering Details|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|40...450 Hz DC|4013614|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|2 N.O.|3|230...240 V 230...240 V|EN 40-20|GHE 342 1401 R0006|129582|0.40|3|
|A1|1|3|
|A2|2|4|
|4 N.O.|2|24 V|24 V|EN 24-40|GHE 326 1101 R0001|190469|0.24|5|
|A1|1|3|5|7|230...240 V 230...240 V|EN 24-40|GHE 326 1101 R0006|133688|0.24|5|
|A2|2|1}|4|6|tol|8|
|my|
|3 N.O.|2|24 V|24 V|EN 24-31|GHE 326 1601 R0001|316906|0.24|5|
|1 N.C.|
|230...240 V 230...240 V|EN 24-31|GHE 326 1601 R0006|133695|0.24|5|
|A1|1|R3|5|7|
|Or|A2|2|R4|6|8|
|3 N.O.|2|230...240 V 230...240 V|EN 24-30|GHE 326 1501 R0006|134319|0.23|5|
|A1|1|3|5|
|oH|A2|2|4|6|
|Ordering Details|
|Main poles|Nb of|Control coil voltage|Order details|bbn|Price|Price|Weight|Pack|
|mo-|40...450 Hz DC|4013614|1 piece|group|1 piece|unit|
|dules|Type code|Order code|EAN|kg|pc.|
|4 N.O.|3|24 V|24 V|EN 40-40|GHE 342 1101 R0001|262500|0.41|3|
|A1|1|3|5|7|110 V|110 V|EN 40-40|GHE 342 1101 R0004|261077|0.41|3|
|230...240 V 230...240 V|EN 40-40|GHE 342 1101 R0006|133701|0.41|3|
|8|A2|2|4|6|8|
|3 N.O.|3|24 V|24 V|EN 40-31|GHE 342 1601 R0001|337017|0.41|3|
|1 N.C.|
|A1|1|R3|5|7|230...240 V 230...240 V|EN 40-31|GHE 342 1601 R0006|337017|0.41|3|
|oe|A2|2|R4|6|8|
|3 N.O.|3|230...240 V 230...240 V|EN 40-30|GHE 342 1501 R0006|212338|0.40|3|
|A1|1|3|5|
|ory|A2|2|4|6|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/33** ~~[~~ ] 

ABB 

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**ESB/EN** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] ESB/EN Installation Contactors** Main Accessories 

|**Ordering Details**|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Contactor<br>Contact|**Order details**||||**bbn**||Price||Price||Weight||Pack||
|Type<br>blocks|||||**4013614**||1 piece||group||1 piece||unit||
|**ESB/EN 24, 40, 63** 2<br>–<br>1<br>1|**Type code**<br>**EH 04-20**<br>**EH 04-11**||Order code<br>GHE 340 1321 R0001<br>GHE 340 1321 R0002||**EAN**<br>**084768**<br>**084768**||||||kg<br>0.004<br>0.004||pc.<br>10<br>10||



**==> picture [491 x 643] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type code Order code EAN kg pc.<br>ESB/EN 24, 40, 63 2  – EH 04-20 GHE 340 1321 R0001 084768 0.004 10<br>1  1 EH 04-11 GHE 340 1321 R0002 084768 0.004 10<br>EH 04-20<br>Contact Blocks<br>EH 04-20  EH 04-11<br>Sealing cover<br>Contactor  Order details bbn Price Price  Weight  Pack<br>Type 4013614 1 piece group 1 piece unit<br>Type code Order code EAN kg pc.<br>ESB-PLK 24<br>ESB/EN 24 ESB-PLK 24 GHE 320 1903 R0001 084171 0.002 10<br>ESB/EN 40,63 ESB-PLK 40/63 GHE 340 1903 R0002 085222 0.002 10<br>—— a<br>ESB-PLK 40/63<br>Distance piece<br>Contactor  Order details bbn Price Price  Weight  Pack<br>Type 4013614 1 piece group 1 piece unit<br>Type code Order code EAN kg pc.<br>ESB/EN 24, 40,63 ESB-DIS GHE 340 1902 R0001 085215 0.002 10<br>ESB-DIS<br>Sealing cover<br>ie ESB-PLK 40/63<br>ESB-PLK 24<br>Auxiliary Contact Blocks<br>ESB 24-40<br>EH 04-20<br>1SBC103015F0014<br>1SBC103012F0014<br>1SBC103011F0014<br>1SBC103009F0014<br>**----- End of picture text -----**<br>


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**ESB** 

**6** 

## **System Technical features pro** _**M**_ **compact[®] ESB/EN Installation Contactors** 

## **Main Pole - Utilization Characteristics according to IEC** 

|**Contactor types:**<br>**AC operated**|**Contactor types:**<br>**AC operated**|**Contactor types:**<br>**AC operated**||**ESB20/EN20**||||||
|---|---|---|---|---|---|---|---|---|---|
|**AC/DC operated**|||||**ESB24/EN24**|**ESB40/EN40**|||**ESB63**|
|||||||||||
|**Rated operational voltage Ue max.**<br>**Rated frequency limits**||**V**<br>**Hz**||250<br>50/60|400<br>40...450|||||
|**Utilization category AC-1 / AC-7a**<br>for air temperature close to contactor < 55 °C<br>Max. rated operational current IeAC-1 / AC-7a|(NO)**A**<br> (NC)**A**|||20<br>20|24<br>24|40<br>30|||63<br>30|
|**Rated operational power AC-1**||||||||||
|230 V - 1 phase||**kW**||4|5.3|8.8|||13.8|
|400 V - 3 phases||**kW**||-|16|26|||41|
|**Utilization category AC-3 / AC-7b**||||||||||
|for air temperature close to contactor<55 °C||||||||||
|**Max. rated operational current Ie AC-3/AC-7b**||||||||||
|230 V - 1 phase||**A**||9|9|22|||30|
|400 V - 3 phases||**A**||-|9|22|||30|
|**Rated operational power AC-3**||||||||||
|230 V - 1 phase||**kW**||1.1|2.2|5.5|||8|
|400 V - 3 phases||**kW**||-|4|11|||15|
|**Rated making capacity AC-3**<br>**Rated breaking capacity AC-3**<br>**Short-circuit protection** for contactors||||10 x**Ie**/ AC-3<br>8 x**Ie**/ AC-3||||||
|gG type fuse<br>**Rated short-time withstand current Icw**<br>at 40 °C ambient temp.,||**A**||20|35|63|||80|
|in free air, from a cold state<br>10 s||**A**||72||176|||240|
|**Heat dissipation per pole**<br>**Ie / AC-1/AC-7a**||**W**||1|1.5|3|||6|
|**Max. electrical switching frequency**||||||||||
|– for AC-1 / AC-7a<br>**cycles/h**||||300||||||
|– for AC-3 / AC-7b<br>**cycles/h**||||600||||||
|**Electrical durability**||||||||||
|– for AC-1 / AC-7a|**cycles**|||150000|150000|150000|||150000|
|– for AC-3 / AC-7b|**cycles**|||150000|500000|170000|||240000|
|**Mechanical durability**||||||||||
|– millions of operating cycles||||1.000.000||||||



## **Magnet System Characteristics** 

|**Contactor types:**|**AC operated**<br>**AC/DC operated**|**AC operated**<br>**AC/DC operated**|**ESB20**|**ESB24**|**ESB40**|**ESB63**|
|---|---|---|---|---|---|---|
|**Coil operating limits**acc. to IEC 60947-4-1<br>0.85 ... 1.1 x**Uc**(atθ<br>55 °C)<br>**Drop-out voltage in % of Uc**<br>approx. 20 ... 75 %<br>approx. 20 ... 70 %<br>______sti“(alt”tstst(‘(“l’“‘“‘(“‘=“™(“<br>“($($LLENNGE$EEE<br>ee|||||||
|**Frequency range**|**Hz**||50/60|40 ... 450|||
|**Coil consumption**|||||||
|Average pull-in value|**VA / W**||8 / 5|4 / 4|5 / 5|65 / 65|
|Average holding value|**VA / W**||3.2 / 1.2|4 / 4|5 / 5|4.2 / 4.2|



## **Connecting Characteristics** 

**Contactor types: AC operated ESB20 AC/DC operated ESB40 Connecting capacity** (min. ... max.) Main pole terminals Rigid ~~a~~ **1 x  mm²** 1.5 ... 10 1.5 ... 25 ~~S~~ **2 x  mm²** T 1.5 ... 4 1.5 ... 10 T—CSSC“‘(CSCC‘s **Degree of protection** acc. to IEC 60947-1 / EN 60947-1 and IEC 60529 / EN 60529 Protection against direct contact in acc. with EN 50274 All terminals IP20 

ABB 

**6** /19 

**ESB** 

**6** 

## **System Technical features pro** _**M**_ **compact[®] ESB/EN Installation Contactors** 

## **EH04... Auxiliary Contact Block - Utilization Characteristics according to IEC** 

**==> picture [513 x 655] intentionally omitted <==**

**----- Start of picture text -----**<br>
Contactor types: AC operated ESB20<br>AC/DC operated ESB24 ESB40 ESB63<br>Rated operational voltage Ue max. V - 500<br>Conventional free air thermal current Ith<br>θ < 40 °C A - 6<br>Rated frequency limits Hz - 50/60<br>Rated operational current Ie / AC-15<br>acc. to IEC 60947-5-1 240 V 50/60 Hz A - 4<br>415 V 50/60 Hz A - 3<br>500 V 50/60 Hz A - 2<br>Making capacity acc. to IEC 60947-5-1 - 11 x  Ie  AC-15<br>Breaking capacity acc. to IEC 60947-5-1 - 11 x  Ie  AC-15<br>Short-circuit protection  gI type fuse  A - 10<br>Minimum switching capacity<br>with failure rate acc. to IEC 60947-5-4 V/mA - 17 / 5<br>Heat dissipation per pole at 6 A W - 0.1<br>Electrical durability<br>AC-1 / 400 V / 3-phase for ESB 20, 24, 40, 63<br>Millions of operating cycles<br>2<br>1<br>0.8<br>0.6<br>0.5<br>0.4<br>0.3<br>0.2<br>0.1<br>0.08<br>0.06<br>0.05<br>0.04<br>0.03<br>0.02<br>0.01 Breaking current [A]<br>1 1,5 2 3 4 5 6 8 10 16 20 24 30 40 50 63 80<br>AC-3 / 400 V / 3-phase for ESB 24, 40, 63 Millions of operating cycles<br>2<br>1<br>0.8<br>0.6<br>0.5<br>0.4<br>0.3<br>0.2<br>0.1<br>0.08<br>0.06<br>0.05<br>0.04<br>0.03<br>0.02<br>Breaking current [A]<br>0.01 Switching capacity [kW]<br>1 1.5 2 3 4 5 6 8 10 16 24 30 40 50 63 80<br>1.1 2.2 3 4 7.5 11 15<br>ESB 20 ESB 24 ESB 40 ESB 63<br>1SBC500322F0000<br>ESB 24 ESB 40 ESB 63<br>1CSC400060F0202<br>**----- End of picture text -----**<br>


ABB 

**6** /20 

**E 250 E 259** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Relays selection 

**==> picture [512 x 688] intentionally omitted <==**

**----- Start of picture text -----**<br>
Latching relays E250 Installation relays E259<br>Contacts switching on each impulse sent   Contacts maintained in switched position only<br>to the control coil. while the control coil is supplied.<br>General characteristics<br>Type of command Impulse (i.e. via pushbutton) Continuous (i.e. via switch)<br>Energy consumption of command circuit Only on pickup For entire time contact switching is maintained<br>Local control lever Yes Yes, temporary<br>Main application Lighting command by pushbuttons Lighting command by switches, thermostats,<br>time switches<br>Rated current 16 A 32 A 16 A<br>Single phase lamps load characteristics  �<br>Incandescent and halogen 3000 W 4000 W 1800 W<br>Fluorescent power factor corrected in series 3000 VA 4000 VA 1800 VA<br>Fluorescent power factor corrected in parallel 2500 VA 3200 VA 500 VA<br>Fluorescent uncorrected power factor 1800 VA 2200 VA 900 VA<br>Power contacts<br>1NA ■ ■ ■<br>2NA ■ ■ ■<br>Sequential ■<br>1NA+1NC ■ ■<br>2NA+2NC with E250CM11<br>3NA, 4NA with E250CM20 with E250-32 CM20 ■<br>1C/O, 2C/O ■ ■<br>3C/O, 4C/O with E250CM002 ■<br>� See technical details for information on each lamp type<br>Accessories for E250 series latching relays Accessories for E259 installation relays<br>Auxiliary con- No accessory  Auxiliary contacts<br>tacts for E255 max one for E259 relay<br>max. two per  with 3 or 4 contacts<br>relay<br>without other<br>accessories<br>E250H E255<br>E259<br>3 or 4<br>Auxiliary contact Central  Power  E250H contacts<br>max one if the  command contact<br>relay is max one  max one<br>coupled with  per relay per relay<br>other accessories Auxiliary contacts<br>max two for E259<br>E251 relay with 1 or 2 contacts<br>E252<br>E250H E257CM E250CM E256<br>Accessories of E257C and E258C series latching relays<br>E259<br>Auxiliary   Auxiliary   1 or 2<br>contacts contacts E250H contacts<br>max one for max two for<br>E257 with two   E257 relay with<br>or more contacts  single contact<br>and for E258  E257C<br>relays 2 or more  E257C<br>contacts 1 or 2<br>E250H E258C E250H contacts<br>Other accessories for E250 series latching relays<br>These accessories do not  Compensator module Group module<br>require any mechanical  To be connected in  Can be connected to the<br>connection and can be  parallel with the command  central command circuit to<br>used with all the latching  circuit if using illuminated  create subgroups of relays.<br>relays. pushbuttons with two  Suitable only for use with<br>terminals. E257 and E258 devices, or<br>See table for max. number  with E250 equipped with<br>of installable pushbuttons  the E257 CM accessory.<br>in technical details. See specific connection<br>E250CP diagram. E250GM<br>**----- End of picture text -----**<br>


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**E 259** 

## **Selection tables System pro** _**M**_ **compact[®] Command devices** E 259 installation relays 

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E 259 installation relays<br>E 259 Installation relays are 16 A contactors specifically engineered for residential and commercial<br>applications. Their high performance in the control of lamps makes them ideal for lighting circuit<br>applications.<br>The front control lever indicates the position of the contacts and allows the relay to be commanded,<br>for example for local testing of the circuit.<br>In installations that require several E 259 relays side by side, it is advisable to use E 259 DIS half-<br>module width spacer elements every second relay for heat dissipation.<br>E 259, 16 A<br>Contacts Coil voltage   Order  Bbn Price  Price  Weight  Pack<br>details 8012542  1 piece  group  1 piece unit<br>Type code Order code  EAN kg  pc.<br>1NO 8 V a.c.  E259 16-10/8 2CSM261123R0401  611233  0.100    12<br>12 V a.c. / 6 V d.c.  E259 16-10/12 2CSM273693R0401  736936  0.100    12<br>24 V a.c. / 12 V d.c.  E259 16-10/24 2CSM273603R0401  736035  0.100    12<br>48 V a.c. / 24 V d.c.  E259 16-10/48 2CSM273683R0401  736837  0.100    12<br>230 V a.c. / 115 V d.c.  E259 16-10/230 2CSM273593R0401  735939  0.100    12<br>1NO+1NC   8 V a.c.  E259 16-11/8 2CSM273673R0401  736738  0.100    12<br>12 V a.c. / 6 V d.c.  E259 16-11/12 2CSM273583R0401  735830  0.100    12<br>24 V a.c. / 12 V d.c.  E259 16-11/24 2CSM273663R0401  736639  0.100    12<br>48 V a.c. / 24 V d.c.  E259 16-11/48 2CSM273573R0401  735731  0.100    12<br>230 V a.c. / 115 V d.c.  E259 16-11/230 2CSM273653R0401  736530  0.100    12<br>6<br>2NO 8 V a.c.  E259 16-20/8 2CSM273563R0401  735632  0.100    12<br>12 V a.c. / 6 V d.c.  E259 16-20/12 2CSM273643R0401  736431  0.100    12<br>24 V a.c. / 12 V d.c.  E259 16-20/24 2CSM273553R0401  735533  0.100    12<br>48 V a.c. / 24 V d.c.  E259 16-20/48 2CSM273633R0401  736332  0.100    12<br>115 V a.c. / 48 V d.c.  E259 16-20/115 2CSM273543R0401  735434  0.100    12<br>230 V a.c. / 115 V d.c.  E259 16-20/230 2CSM273623R0401  736233  0.100    12<br>1CO 8 V a.c.  E259 16-19/8 2CSM273533R0401  735335  0.100    12<br>12 V a.c. / 6 V d.c.  E259 16-19/12 2CSM273613R0401  736134  0.100    12<br>24 V a.c. / 12 V d.c.  E259 16-19/24 2CSM273523R0401  735236  0.100    12<br>48 V a.c. / 24 V d.c.  E259 16-19/48 2CSM274833R0401  748335  0.100    12<br>230 V a.c. / 115 V d.c.  E259 16-19/230 2CSM261113R0401  611134  0.100    12<br>2CO 12 V a.c. / 6 V d.c.  E259 16-29/12 2CSM273513R0401  735137  0.100    12<br>24 V a.c. / 12 V d.c.  E259 16-29/24 2CSM273423R0401  734239  0.100    12<br>230 V a.c. / 115 V d.c.  E259 16-29/230 2CSM273503R0401  735038  0.100    12<br>|<br>Auxiliary contacts<br>2 4 2 14 24 14 4 2 8 6 2 8 6 4 2 34 24 14 44 34 24 14 13 13 13<br>12 22 12 32 22 12 42 32 22 12 23 23 21<br>2 4 2 14 12 24 22 14 12 4 2 8 6 2 8 6 4 2 34 32 24 22 14 12 44 42 34 32 24 22 14 12 13 23 13 23 13 21<br>1 3 1 11 21 11 3 1 7 5 1 7 5 3 1 31 21 11 41 31 21 11 11 21 14 24 14 22<br>A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 21 24 22<br>1 3 1 11 21 11 3 1 7 5 1 7 5 3 1 31 21 11 41 31 21 11 11 14 14<br>E259 16-10 E259 16-20 E259 16-19 E259 16-29 E259 16-11 E259 16-30 E259 16-40 E259 16-39 E259 16-49 E250 H02 E250 H20 E250 H11 E<br>2CSC400721F0201<br>1CSC400065F0202<br>**----- End of picture text -----**<br>


E 259 Installation relays are 16 A contactors specifically engineered for residential and commercial applications. Their high performance in the control of lamps makes them ideal for lighting circuit applications. 

The front control lever indicates the position of the contacts and allows the relay to be commanded, for example for local testing of the circuit. 

In installations that require several E 259 relays side by side, it is advisable to use E 259 DIS halfmodule width spacer elements every second relay for heat dissipation. 

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||||||||
|---|---|---|---|---|---|---|
|Contacts Coil voltage|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|1NO|8 V a.c.|E259 16-10/8|2CSM261123R0401|611233|0.100    12|
|12 V a.c. / 6 V d.c.|E259 16-10/12|2CSM273693R0401|736936|0.100    12|
|24 V a.c. / 12 V d.c.|E259 16-10/24|2CSM273603R0401|736035|0.100    12|
|48 V a.c. / 24 V d.c.|E259 16-10/48|2CSM273683R0401|736837|0.100    12|
|230 V a.c. / 115 V d.c.|E259 16-10/230|2CSM273593R0401|735939|0.100    12|
|1NO+1NC|8 V a.c.|E259 16-11/8|2CSM273673R0401|736738|0.100    12|
|12 V a.c. / 6 V d.c.|E259 16-11/12|2CSM273583R0401|735830|0.100    12|
|24 V a.c. / 12 V d.c.|E259 16-11/24|2CSM273663R0401|736639|0.100    12|
|48 V a.c. / 24 V d.c.|E259 16-11/48|2CSM273573R0401|735731|0.100    12|
|230 V a.c. / 115 V d.c.|E259 16-11/230|2CSM273653R0401|736530|0.100    12|
|6|
|2NO|8 V a.c.|E259 16-20/8|2CSM273563R0401|735632|0.100    12|
|12 V a.c. / 6 V d.c.|E259 16-20/12|2CSM273643R0401|736431|0.100    12|
|24 V a.c. / 12 V d.c.|E259 16-20/24|2CSM273553R0401|735533|0.100    12|
|48 V a.c. / 24 V d.c.|E259 16-20/48|2CSM273633R0401|736332|0.100    12|
|115 V a.c. / 48 V d.c.|E259 16-20/115|2CSM273543R0401|735434|0.100    12|
|230 V a.c. / 115 V d.c.|E259 16-20/230|2CSM273623R0401|736233|0.100    12|
|1CO|8 V a.c.|E259 16-19/8|2CSM273533R0401|735335|0.100    12|
|12 V a.c. / 6 V d.c.|E259 16-19/12|2CSM273613R0401|736134|0.100    12|
|24 V a.c. / 12 V d.c.|E259 16-19/24|2CSM273523R0401|735236|0.100    12|
|48 V a.c. / 24 V d.c.|E259 16-19/48|2CSM274833R0401|748335|0.100    12|
|230 V a.c. / 115 V d.c.|E259 16-19/230|2CSM261113R0401|611134|0.100    12|
|2CO|12 V a.c. / 6 V d.c.|E259 16-29/12|2CSM273513R0401|735137|0.100    12|
|24 V a.c. / 12 V d.c.|E259 16-29/24|2CSM273423R0401|734239|0.100    12|
|230 V a.c. / 115 V d.c.|E259 16-29/230|2CSM273503R0401|735038|0.100    12|

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**Technical details ........................  pag. 11/144 Overall dimensions ......................  pag. 13/34 Application sheets .........................  pag. 12/8** PT 

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**System pro** _**M**_ **compact[®]** 

**E 259** 

## **Selection tables Command devices** E 259 installation relays 

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2CSC400723F0201<br>**----- End of picture text -----**<br>


|2CSC400722F0201|Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**3NO**<br>230 V a.c. / 115 V DC**E259 16-30/230**<br>2CSM272983R0401<br>729839<br>0.200<br>6<br>**4NO**<br>12 V a.c. / 6 V d.c.<br>**E259 16-40/12**<br>2CSM273413R0401<br>**734130**<br>0.200<br>6<br>24 V a.c. / 12 V d.c.<br>**E259 16-40/24**<br>2CSM273493R0401<br>**734932**<br>0.200<br>6<br>48 V a.c. / 24 V d.c.<br>**E259 16-40/48**<br>2CSM272993R0401<br>**729938**<br>0.200<br>6<br>230 V a.c. / 115 V d.c.**E259 16-40/230**<br>2CSM273403R0401<br>**734031**<br>0.200<br>6<br>TT<br>CE|
|---|---|
||**3CO**<br>230 V a.c. / 115 V d.c.**E259 16-39/230**<br>2CSM274783R0401<br>**747833**<br>0.200<br>6|
||**4CO**<br>230 V a.c. / 115 V d.c.**E259 16-49/230**<br>2CSM273073R0401<br>**730736**<br>0.200<br>6|
|.|**Auxiliary contacts**<br>Rated Current<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>A<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1NO+1NC 5<br>**E 250 H11**<br>2CSM004400R0201<br>**534709**<br>0.033<br>16<br>2NO<br>5<br>**E 250 H20**<br>2CSM002400R0201<br>**536901**<br>0.033<br>16<br>.|
||2NC<br>5<br>**E 250 H02**<br>2CSM008400R0201<br>**536802**<br>0.033<br>16|



## **Other accessories** 

Spacer element for heat dissipation **E 259-DIS** 2CSM000800R0401 0.04 25 

**6** 

|**Technical features**|**Technical features**||||||
|---|---|---|---|---|---|---|
||||||||
||||||**1 - 2 contacts**|**3 - 4 contacts**|
|**Rated voltage Un**||||[V]|250|400|
|**Rated frequency**||||[Hz]|50|50|
|**Rated current in AC1/AC-7a**||||[A]|16|16|
|**Control coil characteristics**||a.c. power supply voltage||[V]|8, 12, 24, 48, 115, 230|12, 24, 48, 230|
|||d.c. power supply voltage||[V]|6, 12, 24, 48, 115|6, 12, 24, 115|
|||d.c./ a.c. ratio<br>Operation limits<br>**a**)|||0.5 : 1<br>±10%|0.5 : 1<br>±10%|
|||Power consumption|||||
|||a.c.|pick-up|[VA]|3.4|6.7|
||||holding|[VA]|1.8|3.4|
|||d.c.||[W]|2.1|3.9|
|**Load specifications per**||Maximum load AC-1||[kW]|3|8.5|
|**phase**||Maximum load AC-5b||[kW]|1.8|1.8|
|||Maximum load AC-7b||[kW]|0.9|-|
|||Maximum load AC-3 (400V)<br>[kW]<br>-<br>2.2<br>Maximum load DC<br>Minimum load (under 5V)<br>[W]<br>2<br>2<br>Short circuit fuse protection [gL]<br>[A]<br>20<br>20<br>©)a)|||||
|**Lifetime in number of**||Electrical (in AC-1 at full load)||[No.]|3 x 105|3 x 105|
|**operations**||Mechanical||[No.]|2 x 106|2 x 106|
|**Max.lamp power**|@|Incandescent and halogen (40-200W)<br>Fluorescent Parallel p.f. correction (cosϕ=0.9) <br>p.f. uncorrected (cosϕ=0.5)||[W]<br> [VA]<br>[VA]|1800<br>500<br>900|1800<br>500<br>900|
|**Width (number of DIN modules)**|**Width (number of DIN modules)**|||[No.]|1|2|
|**Cable cross section (Ø min/max)**||||[mm2]|1.5 / 10|1.5 / 10|
|**Maximum torque on terminals**|**Maximum torque on terminals**|||[Nm]|1|1|
|**Min./Max. ambient T ° at installation point**||||[°C]|-20 … +45|-20 … +45|
|**Standard**|||||IEC EN 60947-4-1, IEC EN 61095||



® Control coil voltage: all the products work both in a.c. and d.c. (with the specified ratio) except the 115 V a.c. version that works at 48 d.c. ) See technical details for lamp types ) See chart in technical details 

**Technical details ........................  pag. 11/144 Overall dimensions ......................  pag. 13/34 Application sheets .........................  pag. 12/8** | 

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**System pro** _**M**_ **compact[®]** 

**E 250** 

## **Selection tables Command devices** E 250 latching relays 

## **E 250 Latching relays** 

Allow switching of the contacts in response to each pulse sent to the coil via the normally open pushbuttons. Their high performance in the single or multi-point control of lamps make them an ideal solution for lighting circuits. The manual control lever also gives an indication of the contact position. 

The relays come in versions with different coil voltages and contact configurations. The main modules, available in one-and two-contact versions, can be combined with two-pole power contact modules to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal contacts. 

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2CSC400147F0001<br>**----- End of picture text -----**<br>


E 250, 16 A 

|2CSC400147F0001|E 250, 16 A<br>Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1NO**<br>8 V a.c.<br>**E 251-8**<br>2CSM211000R0201<br> **53050 3**<br>0.114   12<br>12 V a.c. / 6 V d.c.<br>**E 251-12**<br>2CSM311000R0201<br> **53020 6**<br>0.114   12<br>24 V a.c. / 12 V d.c.<br>**E 251-24**<br>2CSM411000R0201<br> **53040 4**<br>0.114   12<br>48 V a.c. / 24 V d.c.<br>**E 251-48**<br>2CSM511000R0201<br> **53060 2**<br>0.114   12<br>230 V a.c. / 115 V d.c.**E 251-230**<br>2CSM111000R0201<br> **53030 5**<br>0.114   12<br>**1NO+1NC**8 V a.c.<br>**E 256-8**<br>2CSM214000R0201<br> **53190 6**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 256-12**<br>2CSM314000R0201<br> **53160 9**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 256-24**<br>2CSM414000R0201<br> **53180 7**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 256-48**<br>2CSM514000R0201<br> **53200 2**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 256-230**<br>2CSM114000R0201<br> **53170 8**<br>0.116   12<br>**2NO**<br>8 V a.c.<br>**E 252-8**<br>2CSM212000R0201<br> **53100 5**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 252-12**<br>2CSM312000R0201<br> **53070 1**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 252-24**<br>2CSM412000R0201<br> **53090 9**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 252-48**<br>2CSM512000R0201<br> **53110 4**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 252-230**<br>2CSM112000R0201<br> **53080 0**<br>0.116   12<br>**1CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.1-12**<br>2CSM315000R0201<br> **53720 5**<br>0.115   12<br>24 V a.c. / 12 V d.c.<br>**E 256.1-24**<br>2CSM415000R0201<br> **53740 3**<br>0.115   12<br>230 V a.c. / 115 V d.c.**E 256.1-230**<br>2CSM115000R0201<br> **53730 4**<br>0.115   12<br>**2CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.2-12**<br>2CSM316000R0201<br> **53750 2**<br>0.118   12<br>24 V a.c. / 12 V d.c.<br>**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12<br>230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12<br>**E 250 Latching relays**<br>Allow switching of the contacts in response to each pulse sent to the coil via the normally open<br>pushbuttons. Their high performance in the single or multi-point control of lamps make them an<br>ideal solution for lighting circuits. The manual control lever also gives an indication of the contact<br>position.<br>The relays come in versions with different coil voltages and contact configurations. The main modules,<br>available in one-and two-contact versions, can be combined with two-pole power contact modules<br>to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal<br>contacts.<br>~~——SS~~<br>~~————=—~~<br>~~————SSS—_—~~<br>~~(~~|E 250, 16 A<br>Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1NO**<br>8 V a.c.<br>**E 251-8**<br>2CSM211000R0201<br> **53050 3**<br>0.114   12<br>12 V a.c. / 6 V d.c.<br>**E 251-12**<br>2CSM311000R0201<br> **53020 6**<br>0.114   12<br>24 V a.c. / 12 V d.c.<br>**E 251-24**<br>2CSM411000R0201<br> **53040 4**<br>0.114   12<br>48 V a.c. / 24 V d.c.<br>**E 251-48**<br>2CSM511000R0201<br> **53060 2**<br>0.114   12<br>230 V a.c. / 115 V d.c.**E 251-230**<br>2CSM111000R0201<br> **53030 5**<br>0.114   12<br>**1NO+1NC**8 V a.c.<br>**E 256-8**<br>2CSM214000R0201<br> **53190 6**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 256-12**<br>2CSM314000R0201<br> **53160 9**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 256-24**<br>2CSM414000R0201<br> **53180 7**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 256-48**<br>2CSM514000R0201<br> **53200 2**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 256-230**<br>2CSM114000R0201<br> **53170 8**<br>0.116   12<br>**2NO**<br>8 V a.c.<br>**E 252-8**<br>2CSM212000R0201<br> **53100 5**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 252-12**<br>2CSM312000R0201<br> **53070 1**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 252-24**<br>2CSM412000R0201<br> **53090 9**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 252-48**<br>2CSM512000R0201<br> **53110 4**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 252-230**<br>2CSM112000R0201<br> **53080 0**<br>0.116   12<br>**1CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.1-12**<br>2CSM315000R0201<br> **53720 5**<br>0.115   12<br>24 V a.c. / 12 V d.c.<br>**E 256.1-24**<br>2CSM415000R0201<br> **53740 3**<br>0.115   12<br>230 V a.c. / 115 V d.c.**E 256.1-230**<br>2CSM115000R0201<br> **53730 4**<br>0.115   12<br>**2CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.2-12**<br>2CSM316000R0201<br> **53750 2**<br>0.118   12<br>24 V a.c. / 12 V d.c.<br>**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12<br>230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12<br>**E 250 Latching relays**<br>Allow switching of the contacts in response to each pulse sent to the coil via the normally open<br>pushbuttons. Their high performance in the single or multi-point control of lamps make them an<br>ideal solution for lighting circuits. The manual control lever also gives an indication of the contact<br>position.<br>The relays come in versions with different coil voltages and contact configurations. The main modules,<br>available in one-and two-contact versions, can be combined with two-pole power contact modules<br>to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal<br>contacts.<br>~~——SS~~<br>~~————=—~~<br>~~————SSS—_—~~<br>~~(~~|E 250, 16 A<br>Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1NO**<br>8 V a.c.<br>**E 251-8**<br>2CSM211000R0201<br> **53050 3**<br>0.114   12<br>12 V a.c. / 6 V d.c.<br>**E 251-12**<br>2CSM311000R0201<br> **53020 6**<br>0.114   12<br>24 V a.c. / 12 V d.c.<br>**E 251-24**<br>2CSM411000R0201<br> **53040 4**<br>0.114   12<br>48 V a.c. / 24 V d.c.<br>**E 251-48**<br>2CSM511000R0201<br> **53060 2**<br>0.114   12<br>230 V a.c. / 115 V d.c.**E 251-230**<br>2CSM111000R0201<br> **53030 5**<br>0.114   12<br>**1NO+1NC**8 V a.c.<br>**E 256-8**<br>2CSM214000R0201<br> **53190 6**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 256-12**<br>2CSM314000R0201<br> **53160 9**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 256-24**<br>2CSM414000R0201<br> **53180 7**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 256-48**<br>2CSM514000R0201<br> **53200 2**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 256-230**<br>2CSM114000R0201<br> **53170 8**<br>0.116   12<br>**2NO**<br>8 V a.c.<br>**E 252-8**<br>2CSM212000R0201<br> **53100 5**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 252-12**<br>2CSM312000R0201<br> **53070 1**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 252-24**<br>2CSM412000R0201<br> **53090 9**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 252-48**<br>2CSM512000R0201<br> **53110 4**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 252-230**<br>2CSM112000R0201<br> **53080 0**<br>0.116   12<br>**1CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.1-12**<br>2CSM315000R0201<br> **53720 5**<br>0.115   12<br>24 V a.c. / 12 V d.c.<br>**E 256.1-24**<br>2CSM415000R0201<br> **53740 3**<br>0.115   12<br>230 V a.c. / 115 V d.c.**E 256.1-230**<br>2CSM115000R0201<br> **53730 4**<br>0.115   12<br>**2CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.2-12**<br>2CSM316000R0201<br> **53750 2**<br>0.118   12<br>24 V a.c. / 12 V d.c.<br>**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12<br>230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12<br>**E 250 Latching relays**<br>Allow switching of the contacts in response to each pulse sent to the coil via the normally open<br>pushbuttons. Their high performance in the single or multi-point control of lamps make them an<br>ideal solution for lighting circuits. The manual control lever also gives an indication of the contact<br>position.<br>The relays come in versions with different coil voltages and contact configurations. The main modules,<br>available in one-and two-contact versions, can be combined with two-pole power contact modules<br>to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal<br>contacts.<br>~~——SS~~<br>~~————=—~~<br>~~————SSS—_—~~<br>~~(~~|E 250, 16 A<br>Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1NO**<br>8 V a.c.<br>**E 251-8**<br>2CSM211000R0201<br> **53050 3**<br>0.114   12<br>12 V a.c. / 6 V d.c.<br>**E 251-12**<br>2CSM311000R0201<br> **53020 6**<br>0.114   12<br>24 V a.c. / 12 V d.c.<br>**E 251-24**<br>2CSM411000R0201<br> **53040 4**<br>0.114   12<br>48 V a.c. / 24 V d.c.<br>**E 251-48**<br>2CSM511000R0201<br> **53060 2**<br>0.114   12<br>230 V a.c. / 115 V d.c.**E 251-230**<br>2CSM111000R0201<br> **53030 5**<br>0.114   12<br>**1NO+1NC**8 V a.c.<br>**E 256-8**<br>2CSM214000R0201<br> **53190 6**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 256-12**<br>2CSM314000R0201<br> **53160 9**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 256-24**<br>2CSM414000R0201<br> **53180 7**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 256-48**<br>2CSM514000R0201<br> **53200 2**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 256-230**<br>2CSM114000R0201<br> **53170 8**<br>0.116   12<br>**2NO**<br>8 V a.c.<br>**E 252-8**<br>2CSM212000R0201<br> **53100 5**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 252-12**<br>2CSM312000R0201<br> **53070 1**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 252-24**<br>2CSM412000R0201<br> **53090 9**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 252-48**<br>2CSM512000R0201<br> **53110 4**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 252-230**<br>2CSM112000R0201<br> **53080 0**<br>0.116   12<br>**1CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.1-12**<br>2CSM315000R0201<br> **53720 5**<br>0.115   12<br>24 V a.c. / 12 V d.c.<br>**E 256.1-24**<br>2CSM415000R0201<br> **53740 3**<br>0.115   12<br>230 V a.c. / 115 V d.c.**E 256.1-230**<br>2CSM115000R0201<br> **53730 4**<br>0.115   12<br>**2CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.2-12**<br>2CSM316000R0201<br> **53750 2**<br>0.118   12<br>24 V a.c. / 12 V d.c.<br>**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12<br>230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12<br>**E 250 Latching relays**<br>Allow switching of the contacts in response to each pulse sent to the coil via the normally open<br>pushbuttons. Their high performance in the single or multi-point control of lamps make them an<br>ideal solution for lighting circuits. The manual control lever also gives an indication of the contact<br>position.<br>The relays come in versions with different coil voltages and contact configurations. The main modules,<br>available in one-and two-contact versions, can be combined with two-pole power contact modules<br>to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal<br>contacts.<br>~~——SS~~<br>~~————=—~~<br>~~————SSS—_—~~<br>~~(~~|E 250, 16 A<br>Contacts Coil voltage<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>**1NO**<br>8 V a.c.<br>**E 251-8**<br>2CSM211000R0201<br> **53050 3**<br>0.114   12<br>12 V a.c. / 6 V d.c.<br>**E 251-12**<br>2CSM311000R0201<br> **53020 6**<br>0.114   12<br>24 V a.c. / 12 V d.c.<br>**E 251-24**<br>2CSM411000R0201<br> **53040 4**<br>0.114   12<br>48 V a.c. / 24 V d.c.<br>**E 251-48**<br>2CSM511000R0201<br> **53060 2**<br>0.114   12<br>230 V a.c. / 115 V d.c.**E 251-230**<br>2CSM111000R0201<br> **53030 5**<br>0.114   12<br>**1NO+1NC**8 V a.c.<br>**E 256-8**<br>2CSM214000R0201<br> **53190 6**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 256-12**<br>2CSM314000R0201<br> **53160 9**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 256-24**<br>2CSM414000R0201<br> **53180 7**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 256-48**<br>2CSM514000R0201<br> **53200 2**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 256-230**<br>2CSM114000R0201<br> **53170 8**<br>0.116   12<br>**2NO**<br>8 V a.c.<br>**E 252-8**<br>2CSM212000R0201<br> **53100 5**<br>0.116   12<br>12 V a.c. / 6 V d.c.<br>**E 252-12**<br>2CSM312000R0201<br> **53070 1**<br>0.116   12<br>24 V a.c. / 12 V d.c.<br>**E 252-24**<br>2CSM412000R0201<br> **53090 9**<br>0.116   12<br>48 V a.c. / 24 V d.c.<br>**E 252-48**<br>2CSM512000R0201<br> **53110 4**<br>0.116   12<br>230 V a.c. / 115 V d.c.**E 252-230**<br>2CSM112000R0201<br> **53080 0**<br>0.116   12<br>**1CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.1-12**<br>2CSM315000R0201<br> **53720 5**<br>0.115   12<br>24 V a.c. / 12 V d.c.<br>**E 256.1-24**<br>2CSM415000R0201<br> **53740 3**<br>0.115   12<br>230 V a.c. / 115 V d.c.**E 256.1-230**<br>2CSM115000R0201<br> **53730 4**<br>0.115   12<br>**2CO**<br>12 V a.c. / 6 V d.c.<br>**E 256.2-12**<br>2CSM316000R0201<br> **53750 2**<br>0.118   12<br>24 V a.c. / 12 V d.c.<br>**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12<br>230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12<br>**E 250 Latching relays**<br>Allow switching of the contacts in response to each pulse sent to the coil via the normally open<br>pushbuttons. Their high performance in the single or multi-point control of lamps make them an<br>ideal solution for lighting circuits. The manual control lever also gives an indication of the contact<br>position.<br>The relays come in versions with different coil voltages and contact configurations. The main modules,<br>available in one-and two-contact versions, can be combined with two-pole power contact modules<br>to obtain three-contact and four-contact devices. They can also be provided with auxiliary signal<br>contacts.<br>~~——SS~~<br>~~————=—~~<br>~~————SSS—_—~~<br>~~(~~|
|---|---|---|---|---|---|
||||||**E 256.2-24**<br>2CSM416000R0201<br> **53770 0**<br>0.118   12|
|||230 V a.c. / 115 V d.c.|230 V a.c. / 115 V d.c.|230 V a.c. / 115 V d.c.**E 256.2-230**<br>2CSM116000R0201<br> **53760 1**<br>0.118   12||



**==> picture [274 x 174] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 251- CONTACT E 252- CONTACT<br>A SWITCHING A B SWITCHING<br>0 0<br>1 A 1 3 A+B<br>0 0<br>2 A 2 4 A+B<br>rot E 255- SEQUENCE OF att E 256-  Lod CONTACT<br>A B SWITCHINGCONTACT A B SWITCHING<br>0 B<br>1 3 B 3 1 A<br>A+B B<br>2 4 A 4 2 A<br>agL el at Le<br>E 256-1 E 256-2<br>c hi jF SL ATS 1CSC400066F0202<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/145 Overall dimensions ......................  pag. 13/34 Application sheets .........................  pag. 12/9** ~~PT~~ 

ABB 

**6** /24 

**System pro** _**M**_ **compact[®]** 

**E 250** 

## **Selection tables Command devices** E 250 latching relays 

## E 250, 32 A 

|||E 250, 32 A|E 250, 32 A|E 250, 32 A|E 250, 32 A||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|2CSC400202F0201||Contacts Coil voltage<br>**1NO**|||Contacts Coil voltage<br>8 V a.c.<br>12 V a.c. / 6 V d.c.|**Order**<br>**details**<br>**Type code**<br>**E 251-32/8**<br>**E 251-32/12**|Order code<br>2CSM231000R0201<br>2CSM331000R0201|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**91200 2**<br>**91210 1**|Price<br>1 piece<br>**91200 2**<br>**91210 1**|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.114   12<br>0.114   12|Pack<br>1 piece unit<br>pc.<br>0.114   12<br>0.114   12|
||||||24 V a.c. / 12 V d.c.|**E 251-32/24**|2CSM431000R0201|**91220 0**|**91220 0**||0.114   12|0.114   12|
||||||48 V a.c. / 24 V d.c.|**E 251-32/48**|2CSM531000R0201|**91230 9**|**91230 9**||0.114   12|0.114   12|
||||||115 V a.c. / 48 V d.c.|**E 251-32/115**|2CSM631000R0201|**91240 8**|**91240 8**||0.114   12|0.114   12|
||||||230 V a.c. / 115 V d.c.|230 V a.c. / 115 V d.c.**E 251-32/230**|2CSM131000R0201|**91250 7**|**91250 7**||0.114   12|0.114   12|
||||||||||||||
|||**2NO**|||8 V a.c.|**E 252-32/8**|2CSM232000R0201|**91260 6**|**91260 6**||0.116   12|0.116   12|
||||||12 V a.c. / 6 V d.c.|**E 252-32/12**|2CSM332000R0201|**91270 5**|**91270 5**||0.116   12|0.116   12|
||||||24 V a.c. / 12 V d.c.|**E 252-32/24**|2CSM432000R0201|**91280 4**|**91280 4**||0.116   12|0.116   12|
||||||48 V a.c. / 24 V d.c.|**E 252-32/48**|2CSM532000R0201|**91290 3**|**91290 3**||0.116   12|0.116   12|
||||||115 V a.c. / 48 V d.c.|**E 252-32/115**|2CSM632000R0201|**91300 9**|**91300 9**||0.116   12|0.116   12|
||||||230 V a.c. / 115 V d.c.|230 V a.c. / 115 V d.c.**E 252-32/230**|2CSM132000R0201|**91310 8**|**91310 8**||0.116   12|0.116   12|



## **E 255, 16 A with 2 sequential contacts** 

This particular version is equipped with two sequential switching contacts. In the initial stable position both contacts are open: one pulse causes the first contact (A) to close; the next pulse causes the second contact to also close (B); a third pulse causes contact A to open and a final pulse completes the cycle by also reopening contact B, thus returning both contacts to their initial state. 

**6** 

The E255 relays cannot be combined with power contacts or auxiliary devices. They are equipped with two LEDs that give an indication of the contact position. 

## E 255 

|E 255|E 255|E 255|||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Contacts Coil voltage|||Contacts Coil voltage|**Order**||**Bbn**|Price|Price|Weight|Pack|
|||||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|||||**Type code**|Order code|**EAN**|||kg|pc.|
|**2**|||8 V a.c.|**E 255-8**|2CSM219000R0201|**53150 0**|**53150 0**||0.121   12|0.121   12|
||A||12 V a.c. / 6 V d.c.|**E 255-12**|2CSM319000R0201|**53120 3**|**53120 3**||0.121   12|0.121   12|
|0||AB|24 V a.c. / 12 V d.c.|**E 255-24**|2CSM419000R0201|**53140 1**|**53140 1**||0.121   12|0.121   12|
||B||230 V a.c. / 115 V d.c.|230 V a.c. / 115 V d.c.**E 255-230**|2CSM119000R0201|**53130 2**|**53130 2**||0.121   12|0.121   12|



**==> picture [512 x 245] intentionally omitted <==**

**----- Start of picture text -----**<br>
2 4 2 4 2 4 2 24 14 14 2 ON 12 ON<br>22 12 12 OFF 14 OFF<br>| 2 OO) 4 2  [OO 4 2 OO} 4 2 24 OO 22 14 12 [OI 14 12  |OO) 2 OO 12 14<br>B A<br>1 3 1 3 1 3 1 21 11 11 1 11<br>A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2 A1 A2<br>1 3 1 3 1 3 1 21 11 11 1 11<br>s18} E 251 E 252 sel's18} E 255 E256 se]'918} E 256.2 E 256.1 sel E 257 C10 918] E 257 C001 0<br>4 2 ON 24 14 ON 6 4 2 ON 34 24 14 ON<br>OFF 22 12 OFF OFF 32 22 12 OFF<br>4 2 24 22 14 12 6 4 2 34 32 24 22 14 12<br>3 1 21 11 5 3 1 31 21 11<br>A1 A2 A1 A2 A1 A2 A1 A2<br>3 1 21 11 5 3 1 31 21 11<br>E 257 C20 E 257 C002 E 257 C30 E 257 C003<br>Technical details ........................  pag. 11/145 Overall dimensions ......................  pag. 13/34 Application sheets .........................  pag. 12/9<br>|<br>1CSC400067F0202<br>**----- End of picture text -----**<br>


ABB 

**6** /25 

**Selection tables System pro** _**M**_ **compact[®] Command devices** E 250 latching relays 

**E 250** 

**6** 

## **Latching relays with central command function** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400203F0201<br>**----- End of picture text -----**<br>


The E 257 C and E 258 C versions are latching relays which integrate a central command function (ON and OFF) that allows multiple relays to be controlled from a pair of normally open push-buttons. Using the E 250 GM group module it is also possible to create sub-groups of relays, so as to implement central command of individual subgroups as well as of the entire group of relays. The central command circuit can be permanently supplied, but in that case the circuit of the local coil is excluded. 

On E 257 C the central (ON/OFF) command needs to be supplied on the same line as the local pushbuttons (see diagram below). This is not required for E 258 C, which can thus also be supplied on the central command at a different voltage than the local pushbuttons circuit. 

E 257, 16 A 

**==> picture [383 x 272] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Contacts Coil voltage|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|1NO|12 V a.c. / 6 V d.c.|E 257 C10-12|2CSM311000R0211|53210 1|0.126   12|
|24 V a.c. / 12 V d.c.|E 257 C10-24|2CSM411000R0211|53230 9|0.126   12|
|230 V a.c. / 115 V d.c.|E 257 C10-230|2CSM111000R0211|53220 0|0.126   12|
|_|
|2NO|12 V a.c. / 6 V d.c.|E 257 C20-12|2CSM312000R0211|53240 8|0.174   8|
|24 V a.c. / 12 V d.c.|E 257 C20-24|2CSM412000R0211|53260 6|0.174   8|
|230 V a.c. / 115 V d.c.|E 257 C20-230|2CSM112000R0211|53250 7|0.174   8|
|3NO|12 V a.c. / 6 V d.c.|E 257 C30-12|2CSM313000R0211|53480 8|0.240   6|
|24 V a.c. / 12 V d.c.|E 257 C30-24|2CSM413000R0211|53500 3|0.240   6|
|230 V a.c. / 115 V d.c.|E 257 C30-230|2CSM113000R0211|53490 7|0.240   6|
|1CO|12 V a.c. / 6 V d.c.|E 257 C001-12|2CSM315000R0211|54020 5|0.126   12|
|24 V a.c. / 12 V d.c.|E 257 C001-24|2CSM415000R0211|54010 6|0.126   12|
|230 V a.c. / 115 V d.c.|E 257 C001-230|2CSM115000R0211|54000 7|0.126   12|
|—|2CO|12 V a.c. / 6 V d.c.|—|E 257 C002-12|2CSM316000R0211|$=|54050 2|0.174   8|
|24 V a.c. / 12 V d.c.|E 257 C002-24|2CSM416000R0211|54040 3|0.174   8|
|230 V a.c. / 115 V d.c.|E 257 C002-230|2CSM116000R0211|54030 4|0.174   8|
|3CO|12 V a.c. / 6 V d.c.|E 257 C003-12|2CSM317000R0211|54080 9|0.240   6|
|24 V a.c. / 12 V d.c.|E 257 C003-24|2CSM417000R0211|54070 0|0.240   6|
|230 V a.c. / 115 V d.c.|E 257 C003-230|2CSM117000R0211|54060 1|0.240   6|

**----- End of picture text -----**<br>


**==> picture [352 x 216] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 257 - local and central command by push-buttons E 257 - permanently supplied<br>Each local push-button controls a single relay. It is possible to permanently supply the central<br>Pressing the  central ON(/OFF) button puts all the relays in the ON (/OFF)  command, for example using a change-over<br>position irrespective of their previous state. switch to control the relay.<br>OFFON OFFON<br>J<br>E257 E257 OFF ON E257<br>OFF ON<br>Central<br>Local Local<br>L L<br>N N<br>Connect the push-buttons on the same line for both local and central command.<br>In this configuration a local actuating<br>With alternating current use either the phase (L) or neutral (N) coil cannot be used.<br>With direct current the positive (+) pole must be used. 1CSC400068F0202<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/145 Overall dimensions ......................  pag. 13/34 Application sheets .........................  pag. 12/9** ~~PO~~ 

ABB 

**6** /26 

**E 250** 

## **Selection tables System pro** _**M**_ **compact[®] Command devices** E 250 latching relays 

**==> picture [419 x 327] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|E 257, 32 A|
|Contacts Coil voltage|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|1NO|12 V a.c. / 6 V d.c.|E 257-32C10/12|2CSM331000R0211|91320 7|0.126   12|
|24 V a.c. / 12 V d.c.|E 257-32C10/24|2CSM431000R0211|91330 6|0.126   12|
|230 V a.c. / 115 V d.c.|E 257-32C10/230|2CSM131000R0211|91340 5|0.126   12|
|2NO|12 V a.c. / 6 V d.c.|E 257-32C20/12|2CSM332000R0211|91350 4|0.174   8|
|24 V a.c. / 12 V d.c.|E 257-32C20/24|2CSM432000R0211|91360 3|0.174   8|
|\_|=.|N7N7TYNY7777|
|230 V a.c. / 115 V d.c.|E 257-32C20/230|2CSM132000R0211|91370 2|0.174   8|
|3NO|12 V a.c. / 6 V d.c.|E 257-32C30/12|2CSM333000R0211|91380 1|0.240   6|
|24 V a.c. / 12 V d.c.|E 257-32C30/24|2CSM433000R0211|91390 0|0.240   6|
|230 V a.c. / 115 V d.c.|E 257-32C30/230|2CSM133000R0211|91400 6|0.240   6|
|E 258 C, 16 A|
|Contacts|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|Local coil voltage 230 V a.c. / 115 V d.c., central ON/OFF 24 V a.c./d.c.|
|1 NO|E 258 C10-230/24|2CSM211000R0231|78910 9|0.226|6|
|2 NO|E 258 C20-230/24|2CSM212000R0231|78830 0|0.235|6|
|1 NO + 1 NC|E 258 C11-230/24|2CSM213000R0231|78870 6|0.232|6|
|1 NO + 1 NC +1 CO|E 258 C111-230/24|2CSM215000R0231|78890 4|0.239|6|
|2 NO +1 CO|E 258 C201-230/24|2CSM214000R0231|78850 8|0.241|6|
|2 CO|E 258 C002-230/24|2CSM216000R0231|78960 4|0.25|6|
|3 CO|E 258 C003-230/24|2CSM217000R0231|78990 1|0.256|6|

**----- End of picture text -----**<br>


**6** 

## **Grouped central command: connection diagram for E 250 GM** 

**==> picture [460 x 288] intentionally omitted <==**

**----- Start of picture text -----**<br>
The E250 GM module allows the creation of subgroups of relays with a central command for each group of relays<br>and a general command. This function requires using an E 250 GM for each subgroup.<br>N L<br>E250 GM OFF ON E257 E257 E257<br>OVR<br>1 A B C<br>H a | R O L a -<br>ae eaeee eelee e e4<br>In the case of very<br>OFF ON long lines, it is<br>recommended to<br>a protect them with<br>an OVR surge<br>M arrester.<br>E250 GM OFF ON E257 E257 E257<br>2 D E F<br>ib afl Bt BY<br>Le e i ce i ce r<br>Local:  each relay can be individually commanded from the local pushbuttons.<br>Group:  each group can be centrally commanded, therefore the ON/OFF       button controls relays  1 A B C<br>while the ON/OFF       button controls relays  Cc 2 eco D E F || eee<br>General:  the ON/OFF buttons      command both groups             at simultaneously, allowing all the relays to be commanded. M 1 2<br>| | |<br>1CSC400069F0202<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/145 Overall dimensions ......................  pag. 13/34 Application sheets .......................  pag. 12/10** COCOCOCSCSCSCSCSCS~*” CC 

ABB 

**6** /27 

**System** 

**E 250** 

**pro** _**M**_ **compact[®]** 

## **Selection tables Command devices** E 250 latching relays 

|**6**<br>2CSC400723F0201<br>‘|**6**<br>2CSC400723F0201<br>‘||Local coil voltage 230 V a.c. / 115 V d.c., central ON/OFF 230 V a.c./d.c.<br>1 NO<br>**E 258 C10-230/230**<br>2CSM111000R0231<br>**78920 8**<br>2 NO<br>**E 258 C20-230/230**<br>2CSM112000R0231<br>**78840 9**<br>1 NO + 1 NC<br>**E 258 C11-230/230**<br>2CSM113000R0231<br>**78880 5**<br>1 NO + 1 NC +1 CO<br>**E 258 C111-230/230**<br>2CSM115000R0231<br>**78900 0**<br>2 NO +1 CO<br>**E 258 C201-230/230**<br>2CSM114000R0231<br>**78860 7**<br>2 CO<br>**E 258 C002-230/230**<br>2CSM116000R0231<br>**78970 3**<br>3 CO<br>**E 258 C003-230/230**<br>2CSM117000R0231<br>**79000 6**<br>Local coil voltage 24 V a.c. / 12 V d.c., central ON/OFF 24 V a.c./d.c.<br>1 NO<br>**E 258 C10-24/24**<br>2CSM411000R0231<br>**79010 5**<br>2 NO<br>**E 258 C20-24/24**<br>2CSM412000R0231<br>**78930 7**<br>2 NO +1 CO<br>**E 258 C201-24/24**<br>2CSM414000R0231<br>**78940 6**<br>2 CO<br>**E 258 C002-24/24**<br>2CSM416000R0231<br>**78950 5**<br>3 CO<br>**E 258 C003-24/24**<br>2CSM417000R0231<br>**78980 2**<br>**Auxiliary components and accessories for E 250**<br>Contacts<br>Rated current<br>**Order**<br>**Bbn**<br>Price<br>Price<br>**details**<br>**8012542**1 piece<br>group<br>**Type code**<br>Order code<br>**EAN**<br>Additional power contacts for all coil voltages<br>2NO<br>16A<br>**E 250 CM20**<br>2CSM012100R0201<br>53460 0<br>1NO+1NC<br>16A<br>**E 250 CM11**<br>2CSM014100R0201<br>**53450 1**<br>2CO<br>16A<br>**E 250 CM002**<br>2CSM016100R0201<br>**53440 2**<br>2NO<br>32A<br>**E 250-32 CM20***<br>2CSM032100R0201<br>**91410 5**<br>* To be used only with 32 A latching relays<br>Auxiliary contacts<br>1NO+1NC<br>5A<br>**E 250 H11**<br>2CSM004400R0201<br>**53470 9**<br>2NO<br>5A<br>**E 250 H20**<br>2CSM002400R0201<br>**53690 1**<br>2NC<br>5A<br>**E 250 H02**<br>2CSM008400R0201<br>**53680 2**<br>Other accessories<br>central command for<br>E251, E252 and E256<br>**E 257 CM**<br>2CSM000200R0211<br>**53510 2**<br>group module<br>**E 250 GM**<br>2CSM000600R0201<br>**53700 7**<br>compensator module<br>**E 250 CP**<br>2CSM000500R0201<br>**53710 6**|Local coil voltage 230 V a.c. / 115 V d.c., central ON/OFF 230 V a.c./d.c.<br>1 NO<br>**E 258 C10-230/230**<br>2CSM111000R0231<br>**78920 8**<br>2 NO<br>**E 258 C20-230/230**<br>2CSM112000R0231<br>**78840 9**<br>1 NO + 1 NC<br>**E 258 C11-230/230**<br>2CSM113000R0231<br>**78880 5**<br>1 NO + 1 NC +1 CO<br>**E 258 C111-230/230**<br>2CSM115000R0231<br>**78900 0**<br>2 NO +1 CO<br>**E 258 C201-230/230**<br>2CSM114000R0231<br>**78860 7**<br>2 CO<br>**E 258 C002-230/230**<br>2CSM116000R0231<br>**78970 3**<br>3 CO<br>**E 258 C003-230/230**<br>2CSM117000R0231<br>**79000 6**<br>Local coil voltage 24 V a.c. / 12 V d.c., central ON/OFF 24 V a.c./d.c.<br>1 NO<br>**E 258 C10-24/24**<br>2CSM411000R0231<br>**79010 5**<br>2 NO<br>**E 258 C20-24/24**<br>2CSM412000R0231<br>**78930 7**<br>2 NO +1 CO<br>**E 258 C201-24/24**<br>2CSM414000R0231<br>**78940 6**<br>2 CO<br>**E 258 C002-24/24**<br>2CSM416000R0231<br>**78950 5**<br>3 CO<br>**E 258 C003-24/24**<br>2CSM417000R0231<br>**78980 2**<br>**Auxiliary components and accessories for E 250**<br>Contacts<br>Rated current<br>**Order**<br>**Bbn**<br>Price<br>Price<br>**details**<br>**8012542**1 piece<br>group<br>**Type code**<br>Order code<br>**EAN**<br>Additional power contacts for all coil voltages<br>2NO<br>16A<br>**E 250 CM20**<br>2CSM012100R0201<br>53460 0<br>1NO+1NC<br>16A<br>**E 250 CM11**<br>2CSM014100R0201<br>**53450 1**<br>2CO<br>16A<br>**E 250 CM002**<br>2CSM016100R0201<br>**53440 2**<br>2NO<br>32A<br>**E 250-32 CM20***<br>2CSM032100R0201<br>**91410 5**<br>* To be used only with 32 A latching relays<br>Auxiliary contacts<br>1NO+1NC<br>5A<br>**E 250 H11**<br>2CSM004400R0201<br>**53470 9**<br>2NO<br>5A<br>**E 250 H20**<br>2CSM002400R0201<br>**53690 1**<br>2NC<br>5A<br>**E 250 H02**<br>2CSM008400R0201<br>**53680 2**<br>Other accessories<br>central command for<br>E251, E252 and E256<br>**E 257 CM**<br>2CSM000200R0211<br>**53510 2**<br>group module<br>**E 250 GM**<br>2CSM000600R0201<br>**53700 7**<br>compensator module<br>**E 250 CP**<br>2CSM000500R0201<br>**53710 6**|0.233<br>0.243<br>0.24<br>0.244<br>0.247<br>0.257<br>0.262<br>0.225<br>0.234<br>0.241<br>0.249<br>0.256<br>Weight<br>1 piece unit<br>kg<br>0.058   10<br>0.058   10<br>0.059   10<br>0.058   10<br>0.033   16<br>0.033   16<br>0.033   16<br>0.033   16<br>0.058   12<br>0.058   12|6<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>Pack<br>1 piece unit<br>pc.<br>0.058   10<br>0.058   10<br>0.059   10<br>0.058   10<br>0.033   16<br>0.033   16<br>0.033   16<br>0.033   16<br>0.058   12<br>0.058   12|
|---|---|---|---|---|---|---|
||||||||
||||||||
||||8<br>6<br>42<br>32<br>8<br>6<br>13<br>13<br>ON|13|||
||||44<br>34<br>23<br>23<br>OFF|21|||
||||7<br>5<br>8<br>7<br>6<br>5<br>41<br>31<br>42<br>41<br>44<br>32<br>31<br>34<br>7<br>5<br>8<br>7<br>6<br>5<br>**E 250 CM20 E 250 CM11 E 250 CM002**<br>22<br>14<br>21<br>22<br>13<br>14<br>24<br>14<br>13<br>14<br>23<br>24<br>21<br>11<br>13<br>11<br>23<br>21<br>**E 257 H02 E 250 H20 E 250 H11**<br>B1<br>B2<br>**E 257 CM**|||1CSC400067F0202|
||||||||
||**Technical details ........................  pag. 11/145**||**Technical details ........................  pag. 11/145**<br>**Overall dimensions ......................  pag. 13/34**||||



ABB 

**6** /28 

**System Selection tables pro** _**M**_ **compact[®] Command devices** E 250 latching relays 

**E 250** 

## **Technical characteristics** 

||||**E 251 / E 252 / E 256**<br>**E 255**|
|---|---|---|---|
|**Rated current In**||[A]|16<br>32<br>16|
|**Rated voltage Un**||[V]|250 (1-2 contacts)<br>400 (3-4 contacts)<br>250 (1-2 contacts)<br>400 (3-4 contacts)<br>250|
|**Rated frequency**||[Hz]|50/60�<br>50/60�<br>50/60�|
|**Contacts**|main module|NO|1 - 2<br>1 - 2<br>1 + 1|
|||change-over|1 - 2<br>1 - 2<br>-|
|||NO+NC|1 + 1<br>1 + 1<br>-|
||additional power contacts|NO|2<br>2<br>-|
|||change-over|2<br>-<br>-|
|||NO+NC|1+1<br>-<br>-|
|**Width**<br>**(no. of DIN modules)**|main module|[mod.]|<br>1<br>1<br>1|
||with additional power contacts|[mod.]|<br>2<br>2<br>-|
|**Control coil**<br>**characteristics**|supply voltage: d.c / a.c. ratio�||0,5 : 1<br>0,5 : 1<br>0,5 : 1|
||tolerance on supply voltage||±10%<br>±10%<br>±10%|
||power consumption a.c.|holding�<br>[VA]|11<br>11,5<br>11|
|||pick-up<br>[VA]|14,5<br>16,5<br>14,5|
||power consumption d.c.|[W]|7,5<br>8<br>7,5|
|**Pulse durations**|minimum pulse duration (at Un)|[s]|0,05<br>0,05<br>0,05|
||minimum pulse duration (90% Un)|[s]|0,1<br>0,1<br>0,1|
||minimum interval between two pulses|<br>[s]|0,15<br>0,15<br>0,15|
||maximum number of pulses per minute||250<br>250<br>250|
|**Lifetime in number of**<br>**operations** �|electrical (in AC-1 at full load)||4 x 105<br>3 x 105<br>3 x 105|
||mechanical||2 x 106<br>2 x 106<br>2 x 106|
|**Load characteristics**|maximum load in AC-1 per phase|[A]|20<br>32<br>20|
||maximum load in DC|[A]|�<br>�<br>�|
||minimum load per phase (under 5 V)|[W]|2<br>2<br>2|
||short circuit protection fuse (gL)|[A]|20<br>32<br>20|
|**Maximum no. of lamps**<br>**(103 operations/h)**|incandescent and halogen|[W]|3000<br>4000<br>3000|
||fuorescent, corrected power factor<br>(cosϕ= 0,9)|series<br>[VA]|4000<br>4000<br>3000|
|||parallel<br>[VA]|2500<br>3200<br>2500|
||fuorescent, uncorrected power factor<br>(cosϕ= 0,5)|[VA]|1800<br>2200<br>1800|
|**Maximum number of**<br>**buttons**|non illuminated||unlimited<br>unlimited<br>unlimited|
||illuminated|3 wires|unlimited<br>unlimited<br>unlimited|
|||2 wires|�<br>�<br>�|
|**General characteristics**|DIN rail mount||yes<br>yes<br>yes|
||hooking on bistable DIN rail||yes<br>yes<br>yes|
||two position knob||yes<br>yes<br>-|
||contact position indication||yes<br>yes<br>yes|
||label-holder||yes<br>yes<br>yes|
||cage terminals||yes<br>yes<br>yes|
||captive screws||yes<br>yes<br>yes|
||sealable terminals||yes<br>yes<br>yes|
||cable section (o min./max.)|[mm2]|1,5/10 (2P: 6)<br>1,5/10 (2P: 6)<br>1,5/10|
||min./max. operating temperature|[°C]|-20...+45<br>-20...+46<br>-20...+45|



**6** 

- All latching relays can also be used at 60Hz. In this case and escluding E255, you can use maximum one auxiliary contact E250H but it is not possible to use power contacts E250CM. 

- Supply voltage: all devices operate in both a.c. and d.c., with the specified voltage ratios, except for the 115 V a.c. version that operates at 48 V d.c.. 

- The relays can withstand the “button stuck” condition. When the application calls for the relays to be permanently supplied, spacers must be used on either side, making sure that the duty cycle allows the device to cool down to ambient temperature. 

- 1 cycle = 2 operations per pole (closing + opening) 

- See table for use of the E 250 CP compensator modules 

- See chart in technical details 

**Technical details ........................  pag. 11/145** 

**Overall dimensions ......................  pag. 13/34** 

ABB 

**6** /29 

**E 250** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 250 latching relays 

## **Technical characteristics** 

||||**E 257 C**<br>**E 258 C**|**E 257 C**<br>**E 258 C**|
|---|---|---|---|---|
||**Rated voltage Un**||[V]<br>250 (1-2 contacts)<br>400 (3 contacts)<br>250 (1-2 contacts)<br>400 (3 contacts)<br>250 (1-2 contacts)<br>400 (3 contacts)||
||**Rated current In**||[A]<br>16<br>32|16|
||**Rated frequency**||[Hz]<br>50/60�<br>50/60�|50/60�|
||**Contacts**||NO<br>1...3<br>1...3|1...3|
||||change-over<br>1...3<br>-|1...3|
||||NO+NC<br>-<br>-|1 + 1|
||**Width (no. of DIN**<br>**modules)**||[mod.]<br>1 - 2<br>1 - 2|2|
||**Control coil characte-**<br>**ristics**|supply voltage: d.c / a.c. ratio�|0,5 : 1<br>0,5 : 1|0,5 : 1|
|||tolerance on supply voltage|±10%<br>±10%|±10%|
|||power consumption a.c.|holding�<br>[VA]<br>11<br>14,5|14,5|
||||pick-up<br>[VA]<br>11<br>14,5|14,5|
|||power consumption d.c.|[W]<br>7,5<br>8|8|
||**ON-OFF command**<br>**characteristics**|supply voltage|see control coil characteristics<br>holding�<br>[VA]<br>pick-up<br>[VA]|24 V a.c./d.c.<br>230 V a.c./d.c.|
|||tolerance on supply voltage||±10%|
|||power consumption a.c.||12|
|||||12|
|||power consumption d.c.|[W]|12,5|
||**Pulse durations**|minimum pulse duration (at Un)|[s]<br>0,05<br>0,05|0,05|
|**6**||minimum pulse duration (90% Un)|[s]<br>0,1<br>0,1|0,1|
|||minimum interval between two pulses|[s]<br>0,15<br>0,15|0,15|
|||maximum number of pulses per minute|<br>250<br>250|250|
||**Lifetime in number of**<br>**operations** �|electrical (in AC-1 at full load)|4 x 105<br>3 x 105|3 x 105|
||||||
|||mechanical|2 x 106<br>2 x 106|2 x 106|
||**Load characteristics**|maximum load in AC-1 per phase|[A]<br>20<br>32|20|
|||maximum load in DC|[A]<br>�<br>�|�|
|||minimum load per phase (under 5 V)|[W]<br>2<br>2|2|
|||short circuit protection fuse (gL)|[A]<br>20<br>32|20|
||**Maximum no. of lamps**<br>**(103 operations/h)**|incandescent and halogen|[W]<br>3000<br>4000|3000|
|||fuorescent, corrected power factor<br>(cosϕ= 0,9)|series<br>[VA]<br>3000<br>4000|3000|
||||parallel<br>[VA]<br>2500<br>3200|2500|
|||fuorescent, uncorrected power factor<br>(cosϕ= 0,5)|[VA]<br>1800<br>2200|1800|
||**Maximum number of**<br>**buttons**|non illuminated|unlimited<br>unlimited|unlimited|
|||illuminated|3 wires<br>unlimited<br>unlimited|unlimited|
||||2 wires<br>�<br>�|�|
||**General characteristics**|DIN rail mount|yes<br>yes|yes|
|||hooking on bistable DIN rail|yes<br>yes|yes|
|||two position knob|yes<br>yes|yes|
|||contact position indication|yes<br>yes|yes|
|||label-holder|yes<br>yes|yes|
|||cage terminals|yes<br>yes|yes|
|||captive screws|yes<br>yes|yes|
|||sealable terminals|yes<br>yes|yes|
|||cable section (o min./max.)|[mm2]<br>1,5/10<br>1,5/10|1,5/10|
|||min./max. operating temperature|[°C]<br>-20...+45<br>-20...+45|-20...+45|



- All latching relays can also be used at 60Hz. In this case and escluding E255, you can use maximum one auxiliary contact E250H but it is not possible to use power contacts E250CM. 

- Supply voltage: all devices operate in both a.c. and d.c., with the specified voltage ratios, except for the 115 V a.c. version that operates at 48 V d.c.. 

� The relays can withstand the “button stuck” condition. When the application calls for the relays to be permanently supplied, spacers must be used on either side, making sure that the duty cycle allows the device to cool down to ambient temperature. 

� 1 cycle = 2 operations per pole (closing + opening) 

�  See table for use of the E 250 CP compensator modules 

- See chart in technical details 

**Technical details ........................  pag. 11/145** 

**Overall dimensions ......................  pag. 13/34** 

ABB 

**6** /30 

**System Selection tables pro** _**M**_ **compact[®] Command devices** FLR latching relays 

**FLR** 

**6** 

## **Flush mounting latching relays** 

Speed and ease of assembly, along with their compact size, make the FLR flush mounting latching relays suitable for installation inside flush mount or junction boxes. They are ideal for implementing multipoint command of lighting systems in residential and commercial installations, so as to simplify and reduce the cost of wiring. 

|2CSC400720F0201||Contacts<br>1|**Order**<br>**details**<br>**Type code**<br>**FLR1-12**|Order code<br>2CSM206365R0241|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**063650**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.06|Pack<br>1 piece unit<br>pc.<br>20|
|---|---|---|---|---|---|---|---|---|---|
||1<br>**FLR1-230**<br>2<br>**FLR5-12**<br>$A|||2CSM206375R0241<br>2CSM206385R0241|**063759**<br>**063858**|||0.06<br>0.06|20<br>20|
|||2|**FLR5-230**|2CSM206395R0241|**063957**|||0.06|20|



## **Technical features** 

|**Technical features**|||||
|---|---|---|---|---|
|||**FLR1**||**FLR5**|
|**Contact type**||1NO||2NO|
|**Number of sequences**<br>**Rated voltage**|[No.]<br>[V]|2|12 / 230 AC|4|
|**Rated load**|||10 A / 250 V AC||
|**Max. Peak current**|[A]||15||
|**Max. switching power**|[VA]||2500||
|**Max. switching voltage**|[V]||250 AC||
|**Incandescent lamp load**|[W]||805||
|**Fluorescent lamp load**|[W]||345||
|**Frequency**|[Hz]||50-60||
|**Type of operation**|||sequential - mechanical||
|**Protection degree**|||IP20||
|**Max. number of electrical operations**[No.]|[No.]||100000||
|**Max. number of mechanical operations**[No.]|[No.]||300000||
|**Insulation resistance**|[MΩ]||100 (500 V DC)||
|**Dielectric strength (contacts)**|[V]||2000 AC||
|**Dielectric strength (coil)**|[V]||3500 AC||
|**Power dissipation**|[VA]||4.5||
|**Operating temperature**|[°C]||-25…+55||
|**Max. Cable section at terminals**|[mm²]||1...2.5||
|**Terminals**|||screw||
|**Installation type**|||wall/flush mounting||
|**Dimensions (LxWxH)**|[mm]||45 x 22 x 45||
|**Standards**|||EN 60669-1 ; EN 60669-2-1||



## **Characteristics of the contact** 

## Connection diagram 

**==> picture [505 x 119] intentionally omitted <==**

**----- Start of picture text -----**<br>
FLR1-12, FLR1-230 FLR5-12, FLR5-230<br>No. of  Sequences L L<br>Type pul- N N<br>ses 1 2 3 4<br>FLR1-12 2<br>A1 A2 A1 A2<br>FLR1-230 2 P C1 P C1 C2<br>1 3 4 2 1 3 4 2<br>FLR5-12 2<br>FLR5-230 2<br>1CSC400070F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/34** | 

ABB 

**6** /31 

**System pro** _**M**_ **compact[®]** 

**E 260** 

**6** " 

## **Selection tables Command devices** E 260 latching relays 

## **E 260 electronic latching relays** 

The electronic version of latching relays guarantees maximum reliability, life, and noiseless operation. The E 260 C version also allows centralized reset function (ON/OFF). 

|||Contacts<br>Power<br>**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|||loss<br>**details**||**4016779**1 piece|1 piece|group|1 piece unit|1 piece unit|
|||W<br>**Type code**|Order code|**EAN**|||kg|pc.|
|||Values in brackets indicate power loss when permanently excitated, rated voltage and rated contact loading.||Values in brackets indicate power loss when permanently excitated, rated voltage and rated contact loading.|Values in brackets indicate power loss when permanently excitated, rated voltage and rated contact loading.||||
|||**Latching relays with control electronics**|**Latching relays with control electronics**||||||
|||Coil voltage UC= 24 V AC/DC|||||||
|||1 NO<br>2.4 (3.0)<br>**E 261-24**|2CDE441000R0301|**57592 8**|**57592 8**||0.085|1|
||2CSC400066F0201|1 NO+1 NC 2.4 (3.5)<br>**E 266-24**<br>2 NO<br>2.4 (3.5)<br>**E 262-24**<br>Coil voltage UC= 230 V AC<br>1 NO<br>1.5 (2.0)<br>**E 261-230**|2CDE444000R0301<br>2CDE442000R0301<br>2CDE141000R0301|**57595 9**<br>**57593 5**<br>**57596 6**|**57595 9**<br>**57593 5**<br>**57596 6**||0.096<br>0.096<br>0.085|1<br>1<br>1|
|||1 NO+1 NC 1.7 (3.6)<br>**E 266-230**|2CDE144000R0301|**57598 0**|**57598 0**||0.096|1|
|“wg||2 NO<br>1.7 (3.6)<br>**E 262-230**<br>2CDE142000R0301<br>~~Co~~||**57597 3**|**57597 3**||0.096|1|



Connection examples 

**==> picture [463 x 232] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 261-230 E 261 C-230 E 266 C-230<br>2CDC 052 089 F0003 2CDC 052 092 F0003<br>2CDC 052 087 F0003<br>E 261-24 E 261 C-24<br>*  E 260 C<br>Caution!<br>2CDC 052 088 F0003 The same electr. potential  must<br>2CDC 052 086 F0003 be applied to terminals  A1, B1<br>and C1.<br>2CSC400077F0201<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/35** OO 

ABB 

**6** /32 

**Selection tables Command devices** E 260 latching relays 

**System pro** _**M**_ **compact[®]** 

**E 260** 

## **Latching relays with returning time** 

They switch off automatically after expiry of preset delay time (1 to 60 min.) if the manual OFF command has not been received. Glow lamp current 50 mA. 

Coil voltage UC = 230 V AC 

1 NO 1.5 (2.0) **E 261 SRV-230** 2CDE111010R0301 **57605 5** 0.07 1 

## **Technical features** 

|**Technical features**|||
|---|---|---|
||**E 260/E 260 C**|**E 261 SRV-230**|
|**Rated load at 250 V AC**|8 A|16 A|
|**Incandescent lamp load**|1000 W|1600 W|
|**Fluorescent lamp load in twin-lamp circuit**|1000 W|1000 W|
|**Fluorescent lamp load shunt compensated**<br>350 W<br>500 W<br>~~a~~|||
|**Fluorescent lamp load inductive or capacitive**|500 W|1000 W|
|**Electronic ballast**<br>**Inductive load, cos**ϕ**= 0.6/230 V ~**<br>a)|Ionm 70 A/10 ms<br>5 A<br>a)|Ionm 70 A/10 ms<br>5 A<br>a)~~>~~|
|**Contact rating at DC**|100 W|100 W|
|**Minimum contact rating**|4 V AC/10 mA|4 V AC/10 mA|
|**Contact gap/contact material**|0.5 mm/Ag Sn02|0.5 mm/Ag Sn02|
|**Service life mecha nical switchover at 103/h**|2<br>> 107|> 107|
|**Service life at rated load cos**ϕ**= 1 and 103/h**|> 105|> 105|
|**Service life with filament lamps at 103/h**|800 W > 105, 1000 W > 0.8x105|1000 W > 105|
|**Service life at rated load cos**ϕ**= 0.6 and 103/h**|> 104|> 104|
|**Max. switching rate**|103/h|103/h|
|**Bounce time**|3 ms||
|**Connection capacity**|2 x 1.5 mm2with connector sleeve||
||2 x 2.5 mm2without connector sleeve||
|**Tightening torque**|0.5 … 0.8 Nm|0.5 … 0.8 Nm|
|**ON duration at rated voltage**|100 %|100 %|
|**Coil voltage range**|0.9 to 1.1 Un|0.9 to 1.1 Un|
|**Minimum command time/interval**|n||
|**between commands**|50/1000 ms|50 ms|
|**Ambient temperature**|-20 °C / -4 °F to 50 °C / 122 °F|-20 °C / - 4 °F to 50 °C / 122 °F|
|**Control current when controlled locally**|230 V AC 115 mA, after 10s 8 mA  ± 20 %|230 V AC 115 mA, after 10s 8 mA  ± 20 %|
||24 V UC 140 mA, after 10s 80 mA ± 20 %|24 V UC 140 mA, after 10s 80 mA ± 20 %|
|**Control current when controlled centrally**|230 V AC 8 mA, after 10s 3 mA  ± 20 %||
||24 V UC 17 mA ± 20 %||
|**Max. parallel capacity of individual**|||
|**control wire at 230 V ~**|0.7 μF (ca. 2000 m)||
|**Max. parallel capacity of central**|||
|**control wire at 230 V ~**|0.2 μF (ca. 700 m)||
|**Max. glow lamp current**|||
|**– parallel to 230 V control buttons**|10 mA|10 mA|
|**Max. induced voltage at 230 V control inputs**|0.2 Un|120 V|



**6** 

Latching relays for lamp installations on request. E 260 C can not be used with fluorescent lamp load shunt compensated. 

In the case of electronic control gear, take into account a 40-fold inrush current. 

**Overall dimensions ......................  pag. 13/35** | 

ABB 

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**E 260** 

**6** 

## **Selection tables System pro** _**M**_ **compact[®] Command devices** E 260 latching relays 

## **Latching relays with control electronics for central ON/OFF switch** 

The central commands have always priority and reliably switch on/off any given number of devices connected in parallel, irrespective of their previous switching position. Local control inputs are blocked when a central command is received. Same potential at central / local control input. 

|Contacts|Contacts<br>Power|**Order**|||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||loss|**details**|||**4016779**1 piece|1 piece|group|1 piece unit|1 piece unit|
||W<br>®|**Type code**||Order code|**EAN**|||kg|pc.|
|Values in brackets indicate power loss when permanently excitated, rated voltage and rated contact loading.<br>®|||||Values in brackets indicate power loss when permanently excitated, rated voltage and rated contact loading.|||||
|Coil voltage UC= 24 V AC/DC||||||||||
|1 NO|2.4 (3.0)|**E 261 C-24**||2CDE441000R0311|**57599 7**|**57599 7**||0.085|1|
|1 NO+1 NC 2.4 (3.5)|1 NO+1 NC 2.4 (3.5)|**E 266 C-24**||2CDE444000R0311|**57601 7**|**57601 7**||0.096|1|
|2 NO|2.4 (3.5)|**E 262 C-24**||2CDE442000R0311|**57600 0**|**57600 0**||0.096|1|
|Coil voltage UC= 230 V AC||= 230 V AC||||||||
|1 NO|1.5 (2.0)|**E 261 C-230**||2CDE141000R0311|**57602 4**|**57602 4**||0.085|1|
|1 NO+1 NC 1.7 (3.0)|1 NO+1 NC 1.7 (3.0)|**E 266 C-230**||2CDE144000R0311|**57604 8**|**57604 8**||0.096|1|
|2 NO|1.7 (3.0)|**E 262 C-230**||2CDE142000R0311|**57603 1**|**57603 1**||0.096|1|
|||||||||||
|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|
|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|~~eel~~|
|**E 261-SRV**<br>**simple latching relay**<br>**functionality**<br>**returning time**<br>**OFF**<br>a<br>1<br>mo “‘||2CDC 052 093 F0003<br>**simple latching relay**||**Release**<br>2CDC 052 091 F0103<br>J<br>pe<br>i<br>y<br>:re<br>.<br>wn pad|||**Snap-on**<br>o<br>“e<br>4,<br>Sh<br>ee||2CDC 052 066 F0103|
|||||||||||
|||**Terminal assignment**<br>**E 266 C**<br>**E 261-SRV**<br>**E 262 C**<br>2CDC 052 055 F0003<br>2CDC 052 054 F0003<br>**E 261-**<br>**E 266**<br>**E 262**<br>SK 0018 Z 92<br>**E 261**<br>**E 266**<br>**E 261 C**<br>**E 262**<br>(em<br>BBE<br>PEE!<br>ed<br>|<br>|<br>17<br>11<br>)<br>yy||||||||



**Overall dimensions ......................  pag. 13/35** 

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**STD50** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** STD50 dimmers 

## **STD50 dimmers for the control of lamps and ballast** 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400432F0201<br>**----- End of picture text -----**<br>


Description/ Power **Order Bbn** Price Price Weight Pack application loss **details 4016779** 1 piece group 1 piece unit W **Type code** Order code **EAN** kg pc. 

Dimmer for brightness control of filament lamps , 230 V tungsten halogen lamps, lv halogen lamps with conventional transformers (phase control) 

5 **STD 50-3** GH V021 1370 R0074 **02790 8** 0.155 1 

Dimmer for brightness control of filament lamps , 230 V tungsten halogen lamps, lv halogen lamps with ABB electronic transformers (reverse phase) 

4 **STD 50-4** GH V021 1370 R0075 **03300 8** 0.105 1 

power loss = 1% of connected load (4 or 5 W max) 

**Technical features Rated voltage** 230 V ~ 50 Hz **Ambient temperature** 0 °C to + 35 °C **Interference suppression** CE 

**6** 

Control power STD 50-3:     20-500 W/VA Influence of ambient temperature on the control power STD 50-4:     40-420 W/VA The certified rated power is indicated on the dimmer. Where higher ambient temperatures occur, reduce values as is specified in the diagram. At 50 °C /122°F ambient temperature, the permissible load drops to 57%. 

**Overall dimensions ......................  pag. 13/35** | 

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**STD50** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** STD50 dimmers 

Electronic potentiometer for electronic control gear with control input 0/1 - 10 V DC, control current 50 mA DC 

|2CSC400445F0201|current 50 mA DC<br>Rated current (terminal 3 and 4) 4 A cosϕ= 0.9; switching capacity 700 VA<br>Description/<br>Power<br>**Order**<br>**Bbn**<br>Price<br>application<br>loss<br>**details**<br>**4016779**<br>1 piece<br>W<br>**Type code**<br>Order code<br>**EAN**<br>5<br>**STD-EP**<br>GH V021 1370 R0076<br>**27050 2**<br>~~a~~<br>2|Price<br>group|Weight<br>1 piece<br>kg<br>0.073|Pack<br>unit<br>pc.<br>1|
|---|---|---|---|---|



Memory touch controller for electronic control gear 

Rated voltage/switching output 4 A (~ 10 electronic control gear units) cosϕ = 0.9; 3 A cosϕ = 0.5, switching capacity 700 VA 

for electronic 1 **STD-MTS** GH V021 0881 R0004 **27070 0** 0.110 1 control gear with control input 1 – 10 V DC control current 50 mA max. 

~~SEE~~ power loss = 1% of connected load (7 W max) 

**6** 

**Electronic potentiometer Dimmer STD 50-4 in two-way circuit, lv halogen lamps via electronic transformer** —TIrk vet oei **Brightness control of fluorescent lamps Brightness control of a fluorescent lamp with 1 -10 V control input. Control of more than with 1 - 10 V DC control input with one memory touch controller STD-MTS via one pushmemory touch controller STD-MTS with button. external pushbutton, e.g. E 225** as a Lf. lf. STE: 1s Pre _ 

**==> picture [5 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
SK 0189 Z 99<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/35** LT 

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**STD** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** 

## Universal dimmer for phase control and reverse phase control 

## **Universal dimmer for phase control and reverse phase control** 

Universal dimmer STD-500 U and the connected power extension unit STD-420 E are suitable for the brightness control of: 

- glow lamps 

- 230 V halogen glow lamps 

- lv halogen glow lamps with conventional transformer (phase control) 

- electronic transformers for lv halogen glow lamps (reverse phase control) e.g.: ABB ETR-70-230, 105-230, 150-230 

The STD-500 U dimmer can be operated by one or more unlit pushbuttons (N- or L-controlled) or via a data line: 

- EIB control element SB/S 

- Powernet control element PSB 

Power unit STD-420 E is used to boost the connected load and is controlled exclusively by the preset command of the STD-500 U dimmer. The parallel connection of the outputs of the universal highperformance dimmer and the pertaining power extensions (up to 6 units; connection with enclosed RJ 12 line cut to length) allow for a dimming power of 3,000 W/VA max at one load line. 

Not suitable for dimming fluorescent lamps, transformers with current monitor and high-reactance transformers. 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC051104F0006<br>**----- End of picture text -----**<br>


**==> picture [382 x 112] intentionally omitted <==**

**----- Start of picture text -----**<br>
Description/  Power  Order  Bbn  Price  Price  Weight  Pack.<br>application loss details 4011395 1 piece group 1 piece unit<br>W Type code Order code EAN kg pc.<br>high-performance  6 STD-500 U GJB0 006 590 A0178 06692 8 1<br>dimmer<br>ee extension 6 STD-420 E GJB0 006 590 A0179 06693 5 1<br>rotary operation  – STD-OCD GJB0 006 590 A0183 06698 0 1<br>element<br>button operation  – STD-OCP GJB0 006 590 A0181 06695 9 1<br>element<br>timer operation  – STD-OCT GJB0 006 590 A0185 07056 7 1<br>element<br>**----- End of picture text -----**<br>


**6** 

Note: Load and control cables must not be laid in one cable. 

## **Technical features** 

|**Rated voltage**||230 V ~ ± 10%, 50/60 Hz|
|---|---|---|
|**Rated current**|STD U|2.17 A|
||STD E|1.83 A|
|**Max. connected load**|U|500 W/VA|
||E|420 W/VA|
|**Power extension**||1 U + max. 6 E/phase = > max. 3 kVA|
|**Min. connected load**|STD U|60 W/VA|
||STD E|200 W/VA|
|**Max. line length**||100 m pushbutton cable, 2 m data line|
|**Interference suppression**||CE|
|**Ambient temperature**||0 to + 45°C, higher temperatures reduce the power|



Electronic protection against short circuit, overload, excessive temperature, automatic load recognition, softOFF function optional, memory function, minimum brightness control, visual overload indication 

## Connected load / ambient temperature diagram 

**Overall dimensions ......................  pag. 13/35** 

ABB 

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**STD** 

**6** 

## **Selection tables** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** 

## Universal dimmer for phase control and reverse phase control 

## Plug-in operation elements: 

pushbutton operation element (STD-OCP) rotary operation element (STD-OCD) timer (STD-OCT) 

## Application 

Remove dimmer cap and snap on operation element to provide for control of dimmer with central pushbutton or rotary operation. Local operation elements are still active. 

Apart from the manual local control feature, the timer also allows for time-programmed operations. 

Basic timer functions: 

- year time switch with 48 time programs 

- optional with/without decentralized pushbutton control 

- special programs: adjustable background brightness, cycle, display and emergency light, holiday program 

- running reserve: 5 hours 

**==> picture [381 x 442] intentionally omitted <==**

**----- Start of picture text -----**<br>
STD-500 U<br>STD-500 U<br>U U<br>STD-500 U, SB/S or PSB/S<br>2CDC 052 138 F0006<br>2CDC 052 129 F0208<br>2CDC 052 073 F0207<br>**----- End of picture text -----**<br>


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**System Selection tables pro** _**M**_ **compact[®] Command devices** 

**E 234** 

E 234 electronic timers 

## **E 234 electronic timers** 

||||**E 234 electronic timers**|**E 234 electronic timers**|**E 234 electronic timers**|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
||2CDC251089F0b06||Rated<br>Control<br>**Order**<br>control<br>input<br>**details**<br>voltage<br>V<br>**Type code**|||Order code|**Bbn**<br>Price<br>1 piece<br>**EAN**||Price<br>1 piece<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.|
||||**Multifunction timers**|||||||||
||||E 234 CT-MFD: 7 functions1), 7 time ranges (0.05 s- 100 h), 2 c/o contacts, 2 LEDs||, 7 time ranges (0.05 s- 100 h), 2 c/o contacts, 2 LEDs|||||||
||||12-240 AC/DC<br>yes<br>**E 234 CT-MFD.21**|**E 234 CT-MFD.21**||1SVR 500 020 R1100|1SVR 500 020 R1100|||0.065|1|
||||E 234 CT-MFD: 7 functions1), 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs|, 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs|||, 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs|, 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs||||
||2CDC251088F0b06||24-48 DC,<br>24-240 AC<br>yes<br>**E 234 CT-MFD.12**<br>1SVR 500 020 R0000<br>**ON-delay timers**<br>E 234 CT-ERD: 7 time ranges (0.05 s- 100 h), 2 c/o contacts, 2 LEDs|||||||0.060|1|
||||24-48 DC,|||||||||
||||24-240 AC<br>**E 234 CT-ERD.22**|**E 234 CT-ERD.22**||1SVR 500 100 R0100|1SVR 500 100 R0100|||0.065|1|
||||E 234 CT-ERD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs||E 234 CT-ERD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs|||E 234 CT-ERD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs||||
||||24-48 DC,|||||||||
||2CDC251092F0b06||24-240 AC<br>**E 234 CT-ERD.12**<br>1SVR 500 100 R0000<br>**OFF-delay timers**<br>E 234 CT-AHD: 7 time ranges (0.05 s- 100 h), 2 c/o contacts, 2 LEDs|||||||0.060|1|
||||24-48 DC,|||||||||
||||24-240 AC<br>yes<br>**E 234 CT-AHD.22**|**E 234 CT-AHD.22**||1SVR 500 110 R0100|1SVR 500 110 R0100|||0.065|1|
||||E 234 CT-AHD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs||E 234 CT-AHD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs|||E 234 CT-AHD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs||||
||||24-48 DC,|||||||||
||||24-240 AC<br>yes<br>**E 234 CT-AHD.12**|**E 234 CT-AHD.12**||1SVR 500 110 R0000|1SVR 500 110 R0000|||0.060|1|
||2CDC251093F0b06||1)Functions: ON-delay, OFF-delay with auxiliary voltage, Impulse-ON, Impulse-OFF with auxiliary voltage,|||||Functions: ON-delay, OFF-delay with auxiliary voltage, Impulse-ON, Impulse-OFF with auxiliary voltage,|Functions: ON-delay, OFF-delay with auxiliary voltage, Impulse-ON, Impulse-OFF with auxiliary voltage,|||
||||Flasher starting with ON, Flasher starting with OFF, Pulseformer|||Flasher starting with ON, Flasher starting with OFF, Pulseformer||||||
|||||||||||||
||**Overall dimensions ......................  pag. 13/35**||**Overall dimensions ......................  pag. 13/35**|||||||||
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**==> picture [376 x 35] intentionally omitted <==**

**----- Start of picture text -----**<br>
Rated  Control  Order  Bbn Price  Price  Weight  Pack<br>control  input  details 1 piece  group  1 piece unit<br>voltage<br>V  Type code Order code  EAN kg  pc.<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
voltage<br>V  Type code Order code  EAN kg  pc.<br>Impulse-ON Les<br>E 234 CT-VWD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs<br>24-48 V DC,<br>24-240 V AC  E 234 CT-VWD.12 1SVR 500 130 R0000  0.060  1<br>TT<br>Flasher, starting with the ON time TILES<br>E 234 CT-EBD: 7 time ranges (0.05 s- 100 h), 1 c/o contact, 2 LEDs<br>24-48 V DC,<br>24-240 V AC  E 234 CT-EBD.12 1SVR 500 150 R0000  0.060  1<br>Pulse generators  = Eel<br>E 234 CT-TGD: 2x7 time ranges (0.05 s- 100 h)  [2)] , 2 c/o contacts, 2 LEDs<br>24-48 V DC,<br>sss 24-240 V AC  yes  E 234 CT-TGD.22 1SVR 500 160 R0100  0.065  1<br>| —<br>E 234 CT-TGD: 2x7 time ranges (0.05 s- 100 h)  [2)] , 1 c/o contact, 2 LEDs<br>24-48 V DC,<br>24-240 V AC  yes  E 234 CT-TGD.12 1SVR 500 160 R0000  0.060  1<br>Star-delta change-over A<br>E 234 CT-SDD: 4 time ranges (0.05 s- 10 min), transition time 50 ms fixed, 2 n/o contacts,<br>3 LEDs<br>24-48 V DC,<br>24-240 V AC  E 234 CT-SDD.22 1SVR 500 211 R0100  0.065  1<br>oF<br>E 234 CT-SAD: 4 time ranges (0.05 s- 10 min), transition time adjustable, 2 n/o contacts,<br>3 LEDs<br>24-48 V DC,<br>24-240 V AC  E 234 CT-SAD.22 1SVR 500 210 R0000  0.065  1<br>2) ON and OFF times adjustable independently,<br>2x7 time ranges 0.05 s - 100 h<br>2CDC251095F0b06<br>2CDC251096F0b06<br>2CDC251098F0b06<br>2CDC251099F0b06<br>**----- End of picture text -----**<br>


**==> picture [512 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
Overall dimensions ......................  pag. 13/35<br>|<br>**----- End of picture text -----**<br>


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## **Technical data** 

|**Technical data**|**Technical data**|**Technical data**|**Technical data**|**Technical data**|**Technical data**|**Technical data**|**Technical data**|**Technical data**|
|---|---|---|---|---|---|---|---|---|
|**Data at Ta = 25 °C and rated values, if nothing else indicated**|||||||||
|**Type**||||||||**CT-D with 1 c/o contact**<br>**CT-D with 2 c/o contacts**|
|**Input circuit - Supply circuit**|||||||||
|Rated control supply voltage US||||||||A1-A2<br>24-240 V AC / 24-48 V DC|
|||||||||A1-A2<br>-<br>12-240 V AC/DC<br>(CT-MFD.21)|
|Rated control supply voltage UStolerance||||||||-15...+10 %|
|Rated frequency||||AC/DC versions<br>DC or 50/60 Hz|||||
|||||AC versions<br>50/60 Hz|||||
|Frequency range||||AC/DC versions<br>DC or 47/63 Hz|||||
|||||AC versions<br>47/63 Hz|||||
|Typical power consumption||||||24 V DC<br>0.6 W<br>on request|||
|||||||230 V AC<br>1.3 VA<br>on request|||
|||||||115 V AC<br>1.3 VA<br>on request|||
|Power failure buffering time||||||min. 20 ms<br>min. 30 ms|||
|**Input circuit - Control circuit**|||||||||
|Voltage-related triggering|||||||||
|Control input, Control function||||||A1-Y1/B1<br>start timing external|||
|Maximum cable length to the control input|||||||50 m - 100 pF/m||
|Minimum control pulse length|||||||30 ms||
|Control voltage potential|||||||see rated control supply voltage||
|Current consumption of the control input|||||||max. 4 mA<br>on request||
|Parallel load / polarized|||||||yes / yes||
|**Timing circuit**|||||||||
|Time ranges|7 time ranges 0.05||||||s - 100 h<br>1.) 0.05-1 s<br>2.) 0.5-10 s<br>3.) 5-100 s<br>4.) 0.5-10 min 5.) 5-100 min  6.) 0.5-10 h<br>7.) 5-100 h||
||4 time ranges 0.05 s<br>(CT-SDD,||||||- 10 min<br>1.) 0.05-1 s<br>2.) 0.5-10 s<br>3.) 5-100 s<br>CT-SAD)<br>4.) 0.5-10 min||
|Recovery time|||||||< 50 ms||
|Repeat accuracy (constant parameters)|||||||Δt <  ±0.5 %||
|Accuracy within the rated control supply voltage tolerance|||||||Δt < 0.005 % / V||
|Accuracy within the temperature range|||||||Δt < 0.06 % / °C||
|Star-delta transition time|||||||CT-SDD<br>fxed 50 ms||
||||||||CT-SAD<br>adjustable: 20-100 ms in steps of 10 ms||
|Star-delta transition time tolerance|||CT-SDD, CT-SAD<br>±3 ms||||||
|**Indication of operational states**|||||||||
|Control supply voltage / timing|||U: green LED<br>: control supply voltage applied<br>: timing||||||
|Relay status|||R: yellow LED<br>: output relay 1 or 2 energized||||||
|**Output circuit**|||||||||
|Kind of output|||15-16/18<br>relay, 1 c/o contact<br>-||||||
||||15-16/18; 25-26/28<br>-<br>relay, 2 c/o contacts||||||
||||17-18; 17-28<br>relay, 2 n/o contacts (CT-SDD, CT-SAD)||||||
|Contact material|||Cd-free, see data sheet||||||
|Rated operational voltage Ue|||250 V||||||
|Minimum switching voltage / minimum switching|||current<br>12 V / 100 mA||||||
|Maximum switching voltage / maximum switching current<br>see load limit curves|||||||||
|Rated operational current Ie<br>(IEC 60947-5-1 )<br>for category||AC12 (resistive) at 230 V<br>6 A<br>5 A|||||||
|||AC15 (inductive) at 230 V<br>3 A<br>3 A�|||||||
|||DC12 (resistive) at 24 V<br>6 A<br>5 A|||||||
|||DC13 (inductive) at 24 V<br>2 A<br>3 A�|||||||
|Mechanical lifetime||30 x 106switching cycles|||||||
|Electrical lifetime||at AC12, 230 V, 4 A<br>0.1 x 106switching cycles|||||||
|Short-circuit proof /<br>maximum fuse rating (IEC/EN 60947-5-1)|||||n/c contact<br>6 A fast-acting||||
||||||n/o contact<br>10 A fast-acting||||



� CT-MFD.2x on request 

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## **Technical data** 

**Data at Ta = 25 °C and rated values, if nothing else indicated** 

|**Data at Ta = 25 °C and rated values, if nothing else indicated**|**Data at Ta = 25 °C and rated values, if nothing else indicated**|**Data at Ta = 25 °C and rated values, if nothing else indicated**|**Data at Ta = 25 °C and rated values, if nothing else indicated**|**Data at Ta = 25 °C and rated values, if nothing else indicated**|
|---|---|---|---|---|
|**Type**<br>**CT-D with 1 c/o contact**<br>**CT-D with 2 c/o contacts**|||||
|**General data**|||||
|Duty time<br>100%|||||
|Dimensions (W x H x D)<br>17.5 mm x 70 mm x 58 mm<br>17.5 mm x 80 mm x 58 mm<br>(0.69 x 2.76 x 2.28 inches)<br>(0.69 x 3.15 x 2.28 inches)|||||
|Weight<br>see ordering details|||||
|Mounting<br>DIN rail (EN 60715),<br>snap-mounting without any tool|||||
|Mounting position<br>any|||||
|Minimum distance to other units  horizontal / vertical<br>no / no|||||
|Degree of protection  enclosure / terminals|||IP50 / IP20||
|**Electrical connection**|||||
|Wire size|fne-strand||with wire end ferrule<br>2 x 0.5-1.5 mm2(2 x 20-16 AWG)<br>1 x 0.5-2.5 mm2(1 x 20-14 AWG)||
||||without wire end ferrule<br>2 x 0.5-1.5 mm2(2 x 20-16 AWG)<br>1 x 0.5-2.5 mm2(1 x 20-14 AWG)||
||rigid|||2 x 0.5-1.5 mm2(2 x 20-16 AWG)<br>1 x 0.5-4 mm2(1 x 20-12 AWG)|
|Stripping length||||7 mm (0.28 inches)|
|Tightening torque||||0.5-0.8 Nm|
|**Environmental data**|||||
|Ambient temperature range||||operation<br>-20 ... +60 °C|
|||||storage<br>-40 ... +85 °C|
|Damp heat (cyclic) (IEC/EN 60068-2-30)||||6 x 24 h cycles, 55 °C, 95 % RH|
|Vibration (sinusoidal) (IEC/EN 60068-2-6)||||40 m/s2, 20 cycles, 10....150...10 Hz|
|Shock (half-sine) (IEC/EN 60068-2-27)||||100 m/s2, 11 ms|
|**Isolation data**|||||
|Rated impulse withstand voltage Uimp<br>between all isolated circuits (VDE 0110, IEC/EN 60664-1)||||4 kV; 1.2/50 μs|
|Pollution category (IEC/EN 60664-1, VDE 0110, UL 508)||||3|
|Overvoltage category (IEC/EN 60664-1, VDE 0110, UL 508)||||III|
|Rated insulation voltage Ui <br>||input circuit / output circuit<br>300 V|||
|||output circuit 1 / output circuit 2<br>300 V|||
|Basic insulation (IEC/EN 61140)  input circuit / output circuit<br>300 V|||||
|Protective separation<br>input circuit / output circuit<br>250 V<br>(VDE 0106 part 101 and part 101/A1; IEC/EN 61140)|||||
|Test voltage between all isolated circuits (type test)<br>2.5 kV, 50 Hz, 1 s|||||



**6 Environmental data** 

## **Standards** 

|**Standards**|||
|---|---|---|
|Product standard<br>||IEC 61812-1, EN 61812-1 + A11, DIN VDE 0435 part 2021|
|Low Voltage Directive||2006/95/EC|
|EMC Directive||2004/108/EC|
|RoHS Directive||2002/95/EC|
|**Electromagnetic compatibility**|||
|Interference immunity||IEC/EN 61000-6-1, IEC/EN 61000-6-2|
|electrostatic discharge (ESD)|IEC/EN 61000-4-2|Level 3 (6 kV / 8 kV)|
|electromagnetic feld|IEC/EN 61000-4-3|Level 3 (10 V/m)|
|(HF radiation resistance)|||
|fast transients (Burst)|IEC/EN 61000-4-4|Level 3 (2 kV / 5 kHz)|
|powerful impulses (Surge)|IEC/EN 61000-4-5|Level 4 (2 kV L-L)|
|HF line emission|IEC/EN 61000-4-6|Level 3 (10 V)|
|Interference emission||IEC/EN 61000-6-3, IEC/EN 61000-6-4|
|electromagnetic feld|IEC/CISPR 22, EN 55022|B|
|(HF radiation resistance)|||
|HF line emission|IEC/CISPR 22, EN 55022|B|



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## **Technical diagrams** Load limit curves 

**==> picture [421 x 580] intentionally omitted <==**

**----- Start of picture text -----**<br>
AC load (resistive)  DC load (resistive)<br>resistive load resistive load<br>AC current [A] DC current [A]<br>CT-D.1x   CT-D.1x<br>resistive load resistive load<br>AC current [A] DC current [A]<br>CT-D.2x   CT-D.2x<br>Derating factor F   Contact lifetime<br>for inductive AC load<br>1.0<br>0.9<br>0.8<br>0.7 250 V<br>resistive load<br>0.6<br>0.5<br>0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0<br>cos ϕ Switching current [A]<br>AC voltage [V] 2CDC 252 044 F0207 DC voltage [V] 2CDC 252 045 F0207<br>AC voltage [V] 2CDC 252 122 F0206 DC voltage [V] 2CDC 252 121 F0206<br>Derating factor F 2CDC 252 124 F0206 Switching cycles 2CDC 252 123 F0206<br>**----- End of picture text -----**<br>


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## **Connection diagrams** 

**==> picture [456 x 378] intentionally omitted <==**

**----- Start of picture text -----**<br>
CT-MFD.21  CT-MFD.12          CT-ERD.22          CT-ERD.12<br>A1  15  25 A1  15  Y1/B1 A1  15  25 A1  15<br>Y1/ Y1/<br>B1 A1 15 25 B1 A1 15  A1 15 25 A1  15<br>A2 16 18 26 28 A2  16  18  A2 16 18 26 28 A2  16  18<br>18 16 Y1/B1 18 16<br>18  16  A2  18  16  A2<br>28 26 A2 28 26 A2<br>        CT-AHD.22          CT-AHD.12                CT-VWD.12                CT-EBD.12<br>A1  15  25 A1  15  Y1/B1 A1  15  A1  15<br>Y1/ Y1/<br>B1 A1 15 25 B1 A1  15  A1  15  A1  15<br>A2 16 18 26 28 A2  16  18  A2  16  18  A2  16  18<br>18 16 Y1/B1<br>18  16  A2  18  16  A2  18  16  A2<br>28 26 A2<br>          CT-TGD.22            CT-TGD.12       CT-SDD.22       CT-SAD.22<br>A1  15  25 A1  15  Y1/B1 A1 17 A1 17<br>Y1/ Y1/<br>B1 A1 15 25 B1 A1 15  A1  17  A1  17<br>A2 16 18 26 28 A2 16  18  A2  18  28  A2  18  28<br>18 16 Y1/B1<br>18  16  A2  28 18 A2 28 18 A2<br>28 26 A2<br>2CDC 252 113  F0b06 2CDC 252 114  F0b06 2CDC 252 115  F0b06 2CDC 252 177  F0b05<br>2CDC 252 116  F0b06 2CDC 252 117  F0b06 2CDC 252 179  F0b05 2CDC 252 180  F0b05<br>2CDC 252 118  F0b06 2CDC 252 119  F0b06 2CDC 252 160  F0b06 2CDC 252 160  F0b06<br>**----- End of picture text -----**<br>


## **Wiring notes for devices with control input** 

A parallel load to the control input is possible 

**==> picture [139 x 96] intentionally omitted <==**

**----- Start of picture text -----**<br>
L(+)<br>A1 Y1/B1<br>A2<br>N(-)<br>2CDC 252 102 F0b06<br>**----- End of picture text -----**<br>


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## **Remarks** 

## Legend 

Control supply voltage not applied / Output contact open Control supply voltage applied / Output contact closed 

A1-Y1/B1  Control input with voltage-related triggering 

## Terminal designations on the device and in the diagrams 

The 1st c/o contact is always designated 15-16/18. The 2nd c/o contact is designated 25-26/28. 

The n/o contacts of the star-delta timers are designated with 17-18 and 17-28. Control supply voltage is always applied to terminals A1-A2. 

## Function of the yellow LED 

The yellow LED R glows as soon as the output relay energizes and turns off when the output relay de-energizes. 

## ON-delay (Delay on make) CT-ERD, CT-MFD 

This function requires continuous control supply voltage for timing. Timing begins when control supply voltage is applied. The green LED flashes during timing. When the selected time delay is complete, the out put relay energizes and the flashing green LED turns steady. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. Control input A1-Y1/B1 of the CT-MFD is disabled when this function is selected. 

**==> picture [243 x 256] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t < t<br>t = adjusted time delay<br>Impulse-ON<br>(Interval)<br>CT-VWD, CT-MFD<br>This function requires continuous control supply voltage for timing. The<br>output relay energizes immediately when control supply voltage is<br>applied and de-energizes after the set pulse time is complete. The green<br>LED flashes during timing. When the selected pulse time is complete,<br>the flashing green LED turns steady. If control supply voltage is inter-<br>rupted, the output relay de-energizes and the time delay is reset. Control<br>input A1-Y1/B1 of the CT-MFD is disabled when this function is selected.<br>A1-A2<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t < t<br>t = adjusted pulse time<br>2CDC 252 106 F0206<br>2CDC 252 108 F0206<br>**----- End of picture text -----**<br>


This function requires continuous control supply voltage for timing. The output relay energizes immediately when control supply voltage is applied and de-energizes after the set pulse time is complete. The green LED flashes during timing. When the selected pulse time is complete, the flashing green LED turns steady. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. Control input A1-Y1/B1 of the CT-MFD is disabled when this function is selected. 

## Flasher, starting with the ON time (Recycling equal times, ON first) CT-EBD, CT-MFD 

Applying control supply voltage starts timing with symmetrical ON & OFF times. The cycle starts with an ON time first. The ON & OFF times are displayed by the flashing green LED, which flashes twice as fast during the OFF time. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. Control input A1-Y1/B1 of the CT-MFD is disabled when this function is selected. 

**==> picture [213 x 49] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t  t<br>t = adjusted flashing time 2CDC 252 029 F0206<br>**----- End of picture text -----**<br>


## OFF-delay with auxiliary voltage (Delay on break) CT-AHD, CT-MFD 

This function requires continuous control supply voltage for timing. If control input A1-Y1/B1 is closed, the output relay energizes immediately. If control input A1-Y1/B1 is opened, the time delay starts. The green LED flashes during timing. When the selected time delay is complete, the output relay de-energizes and the flashing green LED turns steady. If control input A1-Y1/B1 recloses before the time delay is complete, the time delay is reset and the output relay does not change state. Timing starts again when control input A1-Y1/B1 re-opens. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. 

**==> picture [213 x 46] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>A1-Y1/B1<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t < t<br>2CDC 252 107 F0206<br>**----- End of picture text -----**<br>


**==> picture [47 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
t = adjusted time delay<br>**----- End of picture text -----**<br>


## Impulse-OFF with auxiliary voltage (Trailing edge interval) CT-MFD 

This function requires continuous control supply voltage for timing. If control supply voltage is applied, opening control input A1-Y1/B1 energizes the output relay immediately and starts timing. The green LED flashes during timing. When the selected pulse time is complete, the output relay de-energizes and the flashing green LED turns steady. Closing control input A1-Y1/B1, before the time delay is complete, deenergizes the output relay and resets the time delay. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. 

**==> picture [213 x 59] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>A1-Y1/B1<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t < t<br>t = adjusted pulse time<br>2CDC 252 109 F0206<br>**----- End of picture text -----**<br>


## Flasher, starting with the OFF time (Recycling equal times, OFF first) CT-MFD 

Applying control supply voltage starts timing with symmetrical ON & OFF times. The cycle starts with an OFF time first. The ON & OFF times are displayed by the flashing green LED, which flashes twice as fast during the OFF time. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. Control input A1-Y1/B1 of the CT-MFD is disabled when this function is selected. 

**==> picture [213 x 49] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t  t<br>t = adjusted flashing time 2CDC 252 030 F0206<br>**----- End of picture text -----**<br>


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## Pulse former (Single shot) CT-MFD 

This function requires continuous control supply voltage for timing. Closing control input A1-Y1/B1 energizes the output relay immediately and starts timing. Operating the control contact switch A1-Y1/B1 during the time delay has no effect. The green LED flashes during timing. When the selected ON time is complete, the output relay de-energizes and the flashing green LED turns steady. After the ON time is complete, it can be restarted by closing control input A1-Y1/B1. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. 

## Pulse generator, starting with the ON or OFF time (Recycling unequal times, ON or OFF first) CT-TGD 

This function requires continuous control supply voltage for timing. Applying control supply voltage, with open control input A1-Y1/B1, starts timing with an ON time first. Applying control supply voltage, with closed control input A1-Y1/B1, starts timing with an OFF time first. The ON & OFF times are displayed by the flashing green LED, which flashes twice as fast during the OFF time. The ON & OFF times are independently adjustable. If control supply voltage is interrupted, the output relay de-energizes and the time delay is reset. 

**==> picture [214 x 56] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>A1-Y1/B1<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t t<br>t = adjusted pulse time<br>2CDC 252 110 F0206<br>**----- End of picture text -----**<br>


## Star-delta change-over (Star-delta starting) CT-SDD, CT-SAD 

This function requires continuous control supply voltage for timing. Applying control supply voltage to terminals A1-A2, energizes the star contactor connected to terminals 17-18 and begins the set starting **6** time t1. The green LED flashes during timing. When the starting time is complete, the first output contact de-energizes the star contactor. Now, the transition time t2 starts. When the transition time is complete, the second output contact energizes the delta contactor connected to terminals 17-28. The delta contactor remains energized as long as control supply voltage is applied to the unit. 

**==> picture [155 x 181] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 F3<br>95<br>F2<br>96<br>S1 21<br>0<br>22<br>S2 13 53<br>I K2<br>14 54<br>17 17 13 13<br>K1T K2 K1<br>18 28 14 14<br>22 22<br>K3 21 K1 21<br>A1 A1 A1 A1<br>K1T K1 K3 K2<br>A2 A2 A2 A2<br>N<br>Y � N<br>Control circuit diagram<br>2CDC 252 128 F0b06<br>**----- End of picture text -----**<br>


**==> picture [244 x 412] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-A2<br>A1-Y1/B1<br>15-18, 25-28<br>15-16, 25-26<br>green LED<br>t1 t2 t2 t1<br>t1 = adjusted OFF time<br>t2 = adjusted ON time<br>A1-A2<br>17-18<br>17-28<br>green LED<br>t1 t2<br>t1 = adjusted starting time<br>t2 = transition time<br>CT-SDD: t2 = 50 ms<br>CT-SAD: t2 adjustable<br>L1 L2 L3<br>1 3 5<br>-F1<br>2 4 6<br>1 3 5 1 3 5 1 3 5<br>-K2 2 4 6 -K3 2 4 6 -K1 2 4 6<br>1 5 4 97 95<br>-F2 98 96<br>3 2 6<br>-M1<br>W1 W2<br>V1 M V2<br>U1 3 ~ U2<br>Power circuit diagram<br>2CDC 252 111 F0206<br>2CDC 252 112 F0206<br>2CDC 252 012 F0b07<br>**----- End of picture text -----**<br>


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**AT** 

**==> picture [6 x 154] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400735F0001<br>2CSC400732F0001<br>**----- End of picture text -----**<br>


## **AT electro-mechanical time switches** 

They control circuit opening and closing according to the scheduled program. Available both on daily and weekly version and equipped with a 16A contact, they can be set on the scheduled program or on the permanent ON function (ON-OFF only for three modules versions). The AT1-R, AT3-R and AT3-7R versions are equipped with a built-in battery, generally charged by the network voltage, which allows the devices to maintain the set time also in case of long (up to 200h) power supply failures. The products fit applications such as shop lighting systems, public buildings, schools, heating and irrigation systems and so forth. 

|Contacts<br>1NO<br>1NO|Running<br>reserve<br>-<br>200h|Version<br>daily<br>daily|**Order**<br>**details**<br>**Type code**<br>**AT1**<br>**AT1-R**|Order code<br>2CSM204205R0601<br>2CSM204215R0601|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**042051**<br>**042150**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0,095<br>0,095|Pack<br>1 piece unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|
|1CO|-|daily|**AT3**|2CSM204225R0601|**042259**|||0,180|1|
|1CO|200h|daily|**AT3-R**|2CSM204235R0601|**042358**|||0,180|1|
|1CO|200h|weekly|**AT3-7R**|2CSM204245R0601|**042457**|||0,180|1|



## **Technical features** 

|**Rated supply voltage**|[V]|**AT1**|**AT1-R**|**AT3**<br>230 AC + 10%|**AT3-R**|**AT3-7R**|
|---|---|---|---|---|---|---|
|**Contact type**||1NO|1NO|1CO|1 CO|1CO|
|**Switching capacity**|||||||
|resistive load|[A]|||16|||
|inductive load|[A]|4|4|3|3|3|
|**Rated frequency**|[Hz]|||50-60|||
|**Time base**||||quartz|||
|**Minimum switching time**|[min]|15|15|15|15|120|
|**Max number of commands**||96|96|96|96|84|
|**per cycle**|||||||
|**Running reserve**|[h]|-|200|-|200|200|
|**Accurary**||||± 1sec / 24h|||
|**Power consumption**|[VA]|||0.5|||
|**Max. switching power**|[W]|||4000|||
|**Terminal size for cable**|[mm²]|||4|||
|**Terminals**||||loss-proof screw|||
|**Mounting**||||on DIN rail|||
|**Operating temperature**|[°C]|||-10….+55|||
|**Storage temperature**|[°C]|-10...+55|-10...+55|-20 …+70|-10….+55|-10….+55|
|**Modules**||1|1|3|3|3|
|**Reference standards**|||EN 60730-1 ; EN 60730-2-7||||



**6** 

Connection scheme 

**==> picture [346 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
AT1, AT1-R AT3, AT3-R, AT3-7R<br>L L<br>N N<br>4<br>3<br>M<br>2 4<br>2 4 6 10 12<br>1 3<br>Gy IE.<br>1CSC400075F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/36 Application sheets .......................  pag. 12/12** ~~|~~ 

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## **System Selection tables pro** _**M**_ **compact[®] Command devices** 

## AT electro-mechanical time switches 

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**----- Start of picture text -----**<br>
Programming AT1 - AT1-R<br>Switching dial Time setting Manual override<br>I<br>= automatic<br>I  = ON permanently<br>Programming<br>4<br>4<br>3<br>3<br>Programming AT3 - AT3-R - AT3-7R<br>Setting the time<br>Program setting Manual override<br>3-position selector:<br>0 = permanently OFF<br>= automatic programmed operation<br>� � � � � � I = permanently ON.<br>2<br>2 5<br>2<br>1<br>1<br>1 14<br>0<br>0 I<br>I<br>15'<br>I 0 I 0<br>I 0<br>I<br>24<br>24<br>24 13<br>I<br>I<br>I 0 I 0<br>24<br>24<br>1<br>2<br>I I<br>23 12<br>23<br>23<br>1CSC400075F0202<br>1CSC400076F0202<br>**----- End of picture text -----**<br>


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**System Selection tables pro** _**M**_ **compact[®] Command devices** AT2 electro-mechanical time switches 

**AT** 

## **AT2 electro-mechanical time switches** 

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**----- Start of picture text -----**<br>
2CSC400734F0001<br>2CSC400733F0001<br>**----- End of picture text -----**<br>


The AT2 versions are particularly useful where there is the need to have a complete visibility of the programmable dial in only two modules.They control, as well as the AT1 and AT3 ones, circuit opening and closing according to a scheduled program and are available both on daily and weekly version with a 16A change-over contact. They can be set on the scheduled program or on permanent ON and the versions AT2-R and AT2-7R are equipped with a built-in battery, generally charged by the network voltage, which allows the devices to maintain the set time also in case of long (up to 150h) power supply failures. The products fit applications such as store lighting system, public buildings, schools, heating and irrigation systems and so forth. 

|Contacts<br>1 CO<br>1 CO<br>1 CO|Running<br>reserve<br>-<br>150h<br>150h|Version<br>daily<br>daily<br>weekly|**Order**<br>**details**<br>**Type code**<br>**AT2**<br>**AT2-R**<br>**AT2-7R**|Order code<br>2CSM204105R0601<br>2CSM204115R0601<br>2CSM204125R0601|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**041054**<br>**041153**<br>**041252**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0,118<br>0,118<br>0,118|Pack<br>1 piece unit<br>pc.<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|---|



## **Technical features** 

|**Rated supply voltage**|**AT2**<br>**AT2-R**<br>[V]<br>230 AC|**AT2-7R**|
|---|---|---|
|**Contact type**|1 CO||
|**Switching capacity**|||
|resistive load|[A]<br>16||
|inductive load|[A]<br>4||
|**Rated frequency**|[Hz]<br>50-60||
|**Time base**|quartz||
|**Minimum switching time**|[min]<br>30<br>30|210|
|**Max number of commands per cycle**|48||
|**Running reserve**|[h]<br>-<br>150|150|
|**Accuracy**|± 1sec / 24h||
|**Power consumption**|[VA]<br>0.5||
|**Potenza commutabile massima**|[W]<br>3500||
|**Terminal size for cable**|[mm²]<br>2.5||
|**Terminals**|loss-proof screw||
|**Mounting**|on DIN rail||
|**Operating temperature**|[°C]<br>-10 …+50||
|**Storage temperature**|[°C]<br>-10 …+50||
|**Modules**|2||
|**Reference standards**|EN 60730-1 ; EN 60730-2-7||



**6** 

**==> picture [86 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection diagram<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/36 Application sheets .......................  pag. 12/12** | 

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## **System Selection tables pro** _**M**_ **compact[®] Command devices** AT2 electro-mechanical time switches 

**==> picture [497 x 246] intentionally omitted <==**

**----- Start of picture text -----**<br>
Time setting<br>AT2 - AT2-R AT2-7R<br>esau y<br>— te & m><br>fucayM4 ( Cee( Lae (4s nae<br>sy )n (fs eg<br>\ WN g Oy A ee BO<br>= XE 13 1418 S37 Qs Ss ¥ PY<br>CHA ° = See NiBY<br>A\ eb)<br>GB Example: 3 = Wednesday 14:45<br>| HES<br>Vs VeeN \a><br>Ch) AG ies<br>7 oF(P14 ma, Ws<br>4A\<br>1CSC400078F0202<br>**----- End of picture text -----**<br>


## Programming 

**==> picture [225 x 190] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type mode Switching dial<br>Bayar< trol &<br>& ©<br>3 0H<br><j a<br>5 oy<br>582, bLY<br>X27 [21][ 200828] [35] OFF t<br>STH LS<br>6) cH 0 |<br>an A y<br>ila ON<br>5  = Working according to<br> the scheduled program<br>1  = Permanent ON<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
1CSC400079F0202<br>**----- End of picture text -----**<br>


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**System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

**D Line** 

## **D Line digital time switches** 

The unique design, with white backlit LCD display, and extreme ease of use with two lines of text menu and only four buttons, make D LINE ideal to automate the installation functions. 

Thanks to the innovative management of time vacation, the D Line digital time switches allow the exclusion of the normal weekly program in one or more periods of several years or between two different years. 

The range includes 1 and 2 channel versions, equipped with large capacity internal battery to maintain operation without power supply and permanent memory EEPROM, to avoid the risk of program loss and to maintain the date and time settings in the event of power failure, irrespective of its duration. 

**==> picture [5 x 165] intentionally omitted <==**

**----- Start of picture text -----**<br>
1CSC400080F0202<br>1CSC400081F0202<br>**----- End of picture text -----**<br>


The “Plus” version can transfer different type of program by using a D KEY to be quickly copied in No digital time switches, avoiding the errors due to future modification. The “SYNCHRO” version can be coupled to the D DCF77 antenna, that allows an automatic synchronization of the digital time switch with the Frankfurt DCF77 time signal, or can be coupled to the D GPS antenna to allows synchronization received from the Global Positioning System. 

The D Line is particularly useful in environments and situations where user management is required with a time schedule flexible enough to predict or exclude activities according to time and day of week or month. 

|Channels no.<br>1<br>1<br>1<br>2|Channels no.|**Order**<br>**details**<br>**Type code**<br>**D1**<br>**D1 PLUS**<br>**D1 SYNCHRO**<br>**D2**|Order code<br>2CSM258763R0621<br>2CSM257583R0621<br>2CSM257493R0621<br>2CSM256313R0621|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**587637**<br>**575832**<br>**574934**<br>**563136**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.140<br>0.140<br>0.140<br>0.140|Pack<br>1 piece unit<br>pc.<br>1<br>1<br>1<br>1|**6**|
|---|---|---|---|---|---|---|---|---|---|
|2||**D2 PLUS**|2CSM277583R0621|**775836**|||0.140|1||
|2||**D2 SYNCHRO**|2CSM277363R0621|**773634**|||0.140|1||



**Overall dimensions ......................  pag. 13/36** 

**Application sheets .......................  pag. 12/13** 

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**D Line** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

## **Innovations** 

Holiday management with the possibility of programming them in various period throughout the year 

Product warranty management: the internal clock and battery start at the first installation 

Menu programming with 4 simple keys 

Minimum switch time is 1 second 

Multilingual menu with 11 language choices 

Connected load maintenance management: According to the “count down”, it sends an alert on the display after a set number of operating hours 

Zero load switching to guarantee higher load relay working life. 

Load reserves for 6 years from the first start-up guaranteed by the lithium batter 

## **Main features** 

High contrast LCD monitor for excellent visibility in all conditions due to timed backlighting 

lighting Clear display of each contact status **6** Wide range of programs:  standard, cyclic, casual and holiday _ GPS or DCF77 signal reception indication Captive glass with hinge opening 1-2 swapped contact(s) Occupies the space of 2 DIN modules 

**==> picture [161 x 225] intentionally omitted <==**

**----- Start of picture text -----**<br>
1-2 external input(s) for the connection of one or<br>more remote controls, for example: Switches and<br>buttons<br>1-2 external input(s) for DCF77 or GPS receiver<br>connection (for SYNCHRO)<br>Permanent or temporary manual deviation,<br>directly activated with a single touch<br>Sealable glass and keypad lock to prevent<br>tampering by unauthorised personnel.<br>Programming key slot to run, copy or save<br>programs<br>Terminals for wires up to 6 mm [2] .<br>**----- End of picture text -----**<br>


## **Furthermor, the PLUS and SYNCHRO** 

D KEY programming key to run programs saved on the key, program transfer from timer switch to key and vice versa to read programs on key. 

The D DCF77 antenna that receives the DCF77 radio synchronisation signal transmitted by the atomic clock installed c/o Mainflingen, near Frankfort, increases digital clock precision. 

D SW programming software lets Ee you quickly, simply and easily create complex programs from your desktop. Once created, the program can be printed or saved to file. 

The GPS antenna that receives time from the Global Positioning System, that offers a more accurate value than land transmissions in addition to the possibility of receiving the signal anywhere in the world. 

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## **System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

## **Technical specifications** 

|**D1**<br>**D1 PLUS**<br>**D**|**1 SYNCHRO**<br>**D2**<br>**D2 P**|**LUS**<br>**D2 SYNCHRO**|
|---|---|---|
|**Rated voltage**<br>[V]|230 AC ± 10%||
|**Rated pulsating voltage**<br>[kV]|4||
|**Contact type**<br>Contact relay in free exchange from potential|||
|**Programming key**<br>-<br>■|■<br>-<br>■|■|
|**External input**<br>-<br>■|-<br>-<br>■|-|
|**DCF77 antenna**<br>-<br>-|■<br>-<br>-|■|
|**GPS antenna**<br>-<br>-|■<br>-<br>-|<br>■|
|**Programming software**<br>-<br>■|■<br>-<br>■|■|
|**250 V contact capacity**|||
|**Ohm loads**<br>[A]|16      16||
|**Inductive loads**<br>[A]|10        2||
|**Rated frequency**<br>[Hz]|50-60||
|**Time base**|quartz||
|**Minimum switching**<br>[sec.]|1||
|**Max programs per cycle**<br>[n°]<br>64 (|can be coupled in day blocks)||
|**Load reserve**<br>[anni]<br>6 from the frst start-up (lithium battery)|||
|**External input**<br>[n°]<br>1|-<br>2|-|
|**Activity suspension**|From 1 day to 12 months||
|**Operating precision**<br>sec./ giorno|± 0.5||
|**Max. dissipated power**<br>[VA]<br>6.5|7.|8|
|**Max. switch power**<br>[VA]|3500||
|**Incandescent LP power**<br>[W]|3000||
|**Non-rephased fuorescent tube LP power**<br>[W]|1100||
|**Fluorescent tube LP power rephased in parallel**[W]|900||
|**Fluorescent tube LP power with electronic**<br>**reactor**<br>[W]|7 ÷ 23 (max. 23 lamp.)||
|**Fluorescent tube LP power rephased in series**<br>[W]|1100||
|**Protection grade**<br>[IP]|20||
|**Max. terminal section**<br>[mm²]|6||
|**Terminals**<br>In po|sitive safety with captive screw||
|**Installation type**|DIN rail||
|**Operating temperature**<br>[°C]|-5 … +55||
|**Storage temperature**<br>[°C]|-10 … +65||
|**Modules**<br>[n°]|2||



**==> picture [511 x 201] intentionally omitted <==**

**----- Start of picture text -----**<br>
D1 PLUS D2 PLUS<br>D1 D2 D1 SYNCHRO D2 SYNCHRO<br>0 6 12 18 24 0 6 12 18 24 0 6 12 18 24 0 6 12 18 24<br>1 2 3 4 5 6 7 1 2 3 4 5 6 7 1 2 3 4 5 6 7 1 2 3 4 5 6 7<br>MENU OK reset MENU OK reset MENU OK reset MENU OK reset<br>1 2<br>1 2<br>1CSC400082F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/36** 

**Application sheets .......................  pag. 12/13** 

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## **System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

Programming menu without programming key 

**==> picture [469 x 266] intentionally omitted <==**

**----- Start of picture text -----**<br>
Languages Menu Standard/ Cyclic program Holiday program Program list Delete Manual over-<br>Italiano Standard prog Random  Input Input Verify Single prog riding<br>English Random prog program - program no. - program no. Edit All programs Channel (dual<br>Deutsch Cyclic prog Input - channel (dual  - channel (dual  Copy Holiday channel only)<br>Français Holiday prog - program no. channel only) channel only) Cancel Auto<br>Español Prog list - channel (dual  - day - hour off Permanent on/off<br>Swedish Delete channel only) - time on - day and month  Temp on/off<br>Portugues Manual - day - time off off<br>Dutch Options - hour on HH:MM:SS - end/yearly - hour on<br>Polish - hour off HH:MM:SS Verify - day and month<br>Russian - end/yearly Edit on<br>Greek Verify Copy Verify<br>Edit Cancel Edit<br>Copy Copy<br>Cancel Cancel<br>Options Date/time Auxiliary input Maintenance Hour counter Backlit Guaranty<br>Language Year Channel (dual  C1 000000 C1 000000 Permanent on Days 0000<br>Date/time Month channel only) C2 000000 (dual  C2 000000 (dual  Permanent off<br>Aux input * Day Permanet on/off channel only) channel only) Timer 6 sec<br>Maintenance Time HH:MM:SS Temp on/off<br>Hour counter Summer/winter  Timer on/off<br>Backlight time<br>Guaranty<br>**----- End of picture text -----**<br>


* not allowed for SYNCHRO type 

## Programming menu with programming key 

**==> picture [474 x 279] intentionally omitted <==**

**----- Start of picture text -----**<br>
Languages Menu Standard/ Cyclic program Holiday program Program list Delete Manual over-<br>Italiano Standard prog Random  Input Input Verify Single prog riding<br>English Random prog program - program no. - program no. Edit All programs Channel (dual<br>Deutsch Cyclic prog Input - channel (dual  - channel (dual  Copy Holiday channel only)<br>Français Holiday prog - program no. channel only) channel only) Cancel Auto<br>Español Prog list - channel (dual  - day - hour off Permanent on/off<br>Swedish Delete channel only) - time on - day and month  Temp on/off<br>Portugues Manual - day - time off off<br>Dutch Options - hour on HH:MM:SS - end/yearly - hour on<br>Polish - hour off HH:MM:SS Verify - day and month<br>Russian - end/yearly Edit on<br>Greek Verify Copy Verify<br>Edit Cancel Edit<br>Copy Copy<br>Cancel Cancel<br>Options Date/time Auxiliary input Maintenance Hour counter Backlit Guaranty EMD memory<br>Language Year Channel (dual  C1 000000 C1 000000 Permanent on Days 0000 key<br>Date/time Month channel only) C2 000000 (dual  C2 000000 (dual  Permanent off Run on EMD<br>Aux input * Day Permanet on/off channel only) channel only) Timer 6 sec Save on EMD<br>Maintenance Time HH:MM:SS Temp on/off Copy on clock<br>Hour counter Summer/winter  Timer on/off EMD read<br>Backlight time Save holiday only<br>Guaranty Copy holiday only<br>EMD memory key Erase EMD<br>* not allowed for SYNCHRO type<br>**----- End of picture text -----**<br>


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**D Line** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

## Wiring diagram 

**==> picture [491 x 151] intentionally omitted <==**

**----- Start of picture text -----**<br>
D1 and D1 PLUS D2 and D2 PLUS D1 SYNCHRO D2 SYNCHRO<br>TH TT<br>D DCF77 D DCF77<br>D GPS D GPS<br>OOOCOO 1  3  5  7  L OOO0C0O 1  3  5  7  L OOOCO 1  3  5  7  L |_| OOOO0O 1  3  5  7  L |_|<br>0 6 12 18 24 0 6 12 18 24 0 6 12 18 24 0 6 12 18 24<br>C1 OFF C1 OFF C1 OFF C1 OFF<br>888 88s8as| 88888seas| 888 S8eRs) 888 SSSeRs)<br>MENU1  2  3  4  5  6  7 P24OK RESET MENU =m 1  2  3  4  5  6  7  mm P24OK RESET MENU =m 1  2  3  4  5  6  7 mm P24OK RESET MENU =m 1  2  3  4  5  6  7  mm P24OK RESET<br>2    4    6    8    N 2    4    6    8    N 2    4    6    8    N 2    4    6    8    N<br>OOC0OO OOO0C0O OOO0O0O OOO0CO0<br>L1 IE L1 IE2 IE1 L1 L1<br>L2 L2<br>N N N N<br>L a ee L re L a L re<br>1CSC400060F0202<br>**----- End of picture text -----**<br>


## **Accessories for D Line digital time switches** 

|**Version**|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|Programming key<br>Programming software<br>DCF77 antenna<br>GPS antenna|**Type code**<br>**D KEY**<br>**D SW**<br>**D DCF77**<br>**D GPS**|Order code<br>2CSM277143R0621<br>2CSM299973R0621<br>2CSM299983R0621<br>2CSM299993R0621|**EAN**<br>**771432**<br>**999737**<br>**999836**<br>**999935**|||kg<br>0.005<br>0.020<br>0.150<br>0.150|pc.<br>1<br>1<br>1<br>1|



**6** 

## **Technical features** 

||**D DCF77**<br>**D GPS**|
|---|---|
|**Rated supply voltage**|[V]<br>230 AC ±20%|
|**Rated frequency**|[Hz]<br>50/60|
|**Power loss**|[W]<br>0.1<br>2|
|**Operating temperature**|[°C]<br>-10…+70<br>-10…+40|
|**Storage temperature**|[°C]<br>-30…+90<br>-40…+85|
|**Power consumption**|[VA]<br>9.2<br>2|
|**Time of the signal**|1 sending / min.<br>min 30 sendings/hour ; max 50 sendings/hour|
|**Protection degree**|[IP]<br>65<br>65|
|**Max. number of connected devices**|[No.]<br>10<br>10|
|**Max. wiring length**|[m]<br>1000<br>1000|
|**Terminal size for cable**|[mm²]<br>0.5...2.5<br>0.5...2.5|
|**Mounting**|pole/wall<br>pole/wall|



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**D Line** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

DCF77 and GPS antenna wirings 

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D DCF77<br>D GPS<br>D1 SYNCHRO D1 SYNCHRO D1 SYNCHRO<br>D2 SYNCHRO D2 SYNCHRO D2 SYNCHRO<br>1  3  5  7  L 1  3  5  7  L 1  3  5  7  L<br>0 6 12 18 24 0 6 12 18 24 0 6 12 18 24<br>C1 OFF C1 OFF C1 OFF<br>MENU1  2  3  4  5  6  7 P24OK RESET MENU1  2  3  4  5  6  7 P24OK RESET MENU1  2  3  4  5  6  7 P24OK RESET<br>2    4    6    8    N 2    4    6    8    N 2    4    6    8    N<br>**----- End of picture text -----**<br>


The D DCF77 or D GPS antenna allows you to control up to 10 instruments. The polarity of the first instrument is regardless, while the others have to respect the polarity of the first one. 

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1CSC400084F0202<br>**----- End of picture text -----**<br>


Programming key 

Allows to run a program in EMD external memory automatically, to save the programs in the clock or to create programs using the D SW software, on the EMD external memory or viceversa. 

Furthermore, the holiday programs can be loaded and unloaded on D KEY. 

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1  3  5  7  L 1  3  5  7  L 1  3  5  7  L 1  3  5  7  L<br>0 6 12 18 24 0 6 12 18 24 0 6 12 18 24 0 6 12 18 24<br>C1 OFF C1 OFF C1 OFF C1 OFF<br>P24 P24 P24 P24<br>MENU1  2  3  4  5  6  7 OK RESET MENU1  2  3  4  5  6  7 OK RESET MENU1  2  3  4  5  6  7 OK RESET MENU1  2  3  4  5  6  7 OK RESET<br>2    4    6    8    N 2    4    6    8    N 2    4    6    8    N 2    4    6    8    N<br>Save Upload Upload Upload<br>1  3  5  7  L 1  3  5  7  L 1  3  5  7  L<br>0 6 12 18 24 0 6 12 18 24 0 6 12 18 24<br>Save C1 OFF C1 OFF C1 OFF<br>P24 P24 P24<br>MENU1  2  3  4  5  6  7 OK RESET MENU1  2  3  4  5  6  7 OK RESET MENU1  2  3  4  5  6  7 OK RESET<br>2    4    6    8    N 2    4    6    8    N 2    4    6    8    N<br>Upload Upload Upload<br>**----- End of picture text -----**<br>


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**System Selection tables pro** _**M**_ **compact[®] Command devices** D Line digital time switches 

**D Line** 

**6** 

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**----- Start of picture text -----**<br>
DCF77 antenna<br>[RSF<br>&<br>he<br>(Garr<br>Ue,<br>GPS antenna<br>2500 km<br>2000 km<br>1500 km<br>1000 km<br>500 km<br>DCF77<br>1CSC400085F0202<br>1CSC400086F0202<br>**----- End of picture text -----**<br>


## Operating principle: 

This antenna receives scheduled messages broadcasted from the Frankfurt on Main (Germany) based DCF77 emitter. 

Thanks to this signal, the time switches are automatically setted to: hour, date and proper daylight saving time. 

The broadcast power is 50 kW and the range is approximately 2500 kilometers from Frankfurt on Main. 

Sometimes the signal is received intermittently and not in all locations, especially in countries far enough from the D DCF77 emitter. 

For optimal signal reception the arrow marked side of the antenna must be rotated towards Frankfurt on Main. 

## Operating principle: 

The Global Positioning System provides an accurate location and time information for an unlimited number of people in all weather, day or night, anywhere in the world. 

The synchronization received from GPS is far more precise regarding to terrestrial broadcast. The GPS system relays upon time from satellite based atomic clocks, constantly controlled and corrected from a ground stations network. 

The time is derived from different sources simultaneously, the digital time switches can automatically compensate for propagation delays and other problems by providing more precise values than terrestrial. 

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**DTS** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** DTS digital time switches 

## **DTS digital time switches** 

DTS series yearly digital time switches are available in 3 or 4 channel versions. Used for more sophisticated configurations, they are able to control multiple loads or even groups of independent loads that require time-differentiated commands, but with a common clock reference. 

An EPROM memory eliminates the risk of program loss in the event of power failure, irrespective of its duration. 

DTS yearly digital time switches are ideal in large buildings that have variable needs over the course of the year (public lighting, heating of public buildings, distribution chains, shopping centres, etc...). 

|Channels<br>No.<br>3<br>4|**Order**<br>**details**<br>**Type**<br>**DTS7/3Y**<br>**DTS7/4Y**|ABB Code<br>2CSM133100R0601<br>2CSM134100R0601|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**507000**<br>**538509**|Price<br>1 piece|Price<br>group|Unit<br>weight<br>kg<br>0.380<br>0.410|Pack<br>unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|



## **Accessories for DTS yearly digital time switches** 

DTS time switches can be programmed directly from the user’s PC using the DTS/PRG-SW software, which allows quick and easy configuration. The program can in fact be transferred from the PC to a portable memory unit, and then copied from there to multiple devices, thus avoiding reprogramming errors. 

DTS/PRG-SW software also allows the device to be used as a conventional astronomical time switch. By defining the latitude and longitude of the geographical place of installation, it is possible to automatically control the switching of circuits based on the time when the sun rises and sets. 

DTS/DCF antenna, used in conjunction with the device, enables it to be automatically synchronised with the official DCF77 Frankfurt time signal, broadcast via long wave radio. The range of the DCF77 signal is about 2500 km from Frankfurt. 

|**Order**|**Bbn**|**Bbn**|Price|Price|Unit|Pack|
|---|---|---|---|---|---|---|
|**details**||**8012542**1 piece|1 piece|group|weight|unit|
|**Type**|ABB code|**EAN**|||kg|pc.|
|**DTS/DCF**|2CSM000010R0601|**538608**|||0.230|1|
|**DTS/PRG-SW**|2CSM000050R0601|**538707**|||0.350|1|



## **Technical characteristics** 

|||**DTS7/3Y**|**DTS7/4Y**|
|---|---|---|---|
|**Rated voltage Un**|||230 AC +10%/-15%|
|**Contact type**||3CO|4CO|
|**Contact capacity**||||
|ohmic loads|[A]||16|
|inductive loads|[A]||2.5|
|**Rated frequency**|[Hz]||50/60|
|**Time reference**|||quartz|
|**Minimum ON/OFF setting unit**|[min]||1|
|**Max. operations per cycle**|||400|
|**Pulse duration**|||1 sec … 99 min|
|**Battery life**|[years]||6|
|**Operating accuracy**|||± 1 sec/day|
|**Power consumption**|[W]||5|
|**Terminals**|||captive screw|
|**Installation type**|||DIN rail|
|**Protection degree**|[IP]||20|
|**Storage temperature**|[°C]||-25…+55|
|**Can be sealed**|||■|
|**Modules**|||6|
|**Standards**||EN 60730-1, IEC 730-1, CEI 107-70, VDE0633||



**Overall dimensions ......................  pag. 13/36** 

**Application sheets .......................  pag. 12/14** 

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**DTS** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** DTS digital time switches 

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Connection diagram<br>©OOOOOHOGOOOOO®<br>®@OOOOOO@B®OOOO<br>DTS/PRG-SW: simple installation<br>C s |S Ne<br>i =<br>Ns<br>"CB<br>® e  ©<br>-<br>e<br>LS<br>1CSC400086F0202<br>1CSC400087F0202<br>**----- End of picture text -----**<br>


Install the DTS/PRG-SW software on the PC. The system requirements are a 486 processor or higher, with Windows 95/98/2000/NT/XP and at least 4 MB free disk space. Connect one end of the serial cable to the PC serial port,  and the other end to the portable memory unit. Using the DTS/PRG-SW software, copy the yearly program from the PC to the portable memory unit. Disconnect the portable memory unit and insert it into the infrared slot on the device. Copy the program from the portable memory unit to the device. 

At this point the portable memory unit can be removed from the device and the procedure repeated on another device. In addition to pasting programs onto multiple devices, it is also possible to copy a program from a device to the portable memory unit. 

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Removable control panel<br>**----- End of picture text -----**<br>


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The removable control panel allows<br>the device to be conveniently pro-<br>grammed at the desk.<br>1CSC400060F0202<br>**----- End of picture text -----**<br>


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**DTS** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** DTS digital time switches 

## Time switch controls 

**6** 

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up to, set standard/<br>select:<br>for date daylight<br>field saving time daymonth<br>year<br>I/O Day Month Year hours<br>minutes<br>1 minutes/seconds and<br>I/O +1 h h m m/s pulse/cycle function<br>2<br>Manual switch<br>I/O<br>3 IR Clear cancel<br>I/O IR transmit / receive<br>4 Day Prog. Prior.<br>Reset Reset 1 2 3 4 5 6 7 priority<br>Select days select select<br>of the week:<br>pulse cycle<br>1 = monday<br>2 = tuesday set current start<br>THY 3 = ... date, time programming<br>Day (US month) Month (US day)<br>Pulse (minutes) Pulse (seconds)<br>Cycle (minutes) Cycle (seconds)<br>Channel 1 Year<br>Channel 2 Block number<br>Channel 3 Priority<br>Channel 4<br>Summer time / winter time switchover<br>Automatic operation<br>DCF 77 radio reception<br>Pulse<br>Cycle<br>Continuous operation<br>Manual operation<br>Automatic operation<br>Switching state 1234567 = day of the week<br>12h/24h time display<br>Minute<br>Hours<br>Year number<br>1CSC400088F0202<br>1CSC400089F0202<br>**----- End of picture text -----**<br>


Display 

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**DTS** 

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## **System Selection tables pro** _**M**_ **compact[®] Command devices** DTS digital time switches 

## DTS/PRG-SW programming 

The DTS/PRG-SW programming software makes it easy to set up a yearly program that can subsequently be copied to the DTS7/3Y or DTS7/4Y digital timers. 

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Programming in a few easy steps<br>Gs tees deen ets Fede ane :<br>**----- End of picture text -----**<br>


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2CSC400724F0001<br>**----- End of picture text -----**<br>


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Part one:<br>**----- End of picture text -----**<br>


- Select the application • Define the contact number 

- Select the contact symbol 

- Define the designations 

- Enter the rated power 

## Astronomical function 

Using the DTS/PRG-SW software, the DTS7/3Y and DTS7/4Y models can be configured to control one or more contacts based on the sunrise or sunset times of each day of the year, thus replacing the functions of a conventional twilight switch. 

The device will start to operate once the date, time and the latitude and longitude of the place of installation have been entered. 

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1CSC400091F0202<br>1CSC400090F0202<br>**----- End of picture text -----**<br>


Part two: 

- Define the program 

- Define the contact number 

- Define the switching time 

- Enter the type of input (ON-OFF, PULSE or CYCLE) 

- Add the extra information 

The DTS/PRG-SW software can also be used for configuring the astronomical function, for viewing a clear graphical representation of the entire yearly program, with detail access to individual days, as well as for printing a summary of the program to be kept for reference near the installed deviced or archived. 

The astronomical function is ideal where: 

- The distance between the sensor and the time switch is more than 100 m, or if an external sensor cannot be used (panel installed inside a basement...). 

- The external sensor cannot be installed away from light sources (amusement parks, campsites,...). 

- The external sensor cannot be installed because it is potentially subject to interference from pollution or exposed to vandalism. 

## Graphical representation 

It is possible to view a clear representation of the yearly program, and of the days and weeks that have been defined. The active parts are highlighted in different colours, as can be seen in the example at left. 

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## Program summary 

After setting up and checking the program, it is possible to print out a summary of the program to keep near the installed device or as a reference. The program printout shows the following details: 

- Number of switching operations 

- Duration of ON and OFF operations 

- Pulse duration • Cycle duration 

- Power consumption in kWh (requires correct entry of load values) 

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**System Selection tables pro** _**M**_ **compact[®] Command devices** E 232 staircase lighting time-delay switches 

**E 232** 

## **E 232 staircase lighting time-delay switches** 

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2CSC400470F0201<br>**----- End of picture text -----**<br>


Staircase lighting time-delay switches are usually operated by pushbuttons, often fitted with a glow lamp. Switches are designed for a glow lamp current of up to 150 mA and thus perfectly suitable for installations in multi-storey buildings. 

The E 232-230 staircase lighting time-delay switch includes an electro-mechanical timer with a synchronous motor drive to ensure high operational safety in whatever mounting position. The time range is adjustable in increments of 15 seconds from 1 to seven minutes. Resettable after 30 seconds. E 232E–230N and E 232E-8/230N devices feature electronic time delays. A high switching capacity, 150  mA glow lamp current parallel to the pushbuttons, steplessly adjustable time range from 0.5 to 20 min, as well as low switching noise make these devices so special. 

Devices of the E 232E-230 Multi 10 and E 232E-8/230 Multi 10 series are multi-functional products with 10 functions to choose from that can be adjusted from the front. Through an electronically controlled connection of the load at voltage zero, a very high switching capacity of 3,600 W (load of filament lamp) is reached. 

The devices include an integrated warning feature (warning by blinking) according to DIN 18015-2 as well as a 60 minute long-time function. 

The E 232E-8/230N and E 232E-8/230 Multi 10 staircase lighting time-delay switches offer an additional metallically separated control input for 8…240 V AC/DC. 

The electronic E 232-HLM half-light module is a supplementary device for staircase lighting time-delay switches for semi-light control according to DIN 18015-2. The module switches filament lamps and 230 V halogen lamps up to 2,300 W in the warning phase to an output voltage that is reduced by 

50%. Adjustable time range from 20 – 60 seconds. 

|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|**6**<br>**Technical features**<br>**E 232-230**<br>**E 232E-230N**<br>**E 232E-8/230N**<br>**E 232E-230 Multi 10 E 232E-8/230 Multi 10**<br>**E 232E-HLM**<br>**Time range (stepless)**<br>1 – 7 min.<br>in 15 sec. increments<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>0.5  – 20 min.<br>stepless<br>20 – 60 sec.<br>stepless<br>.~~a~~|
|---|---|---|---|---|---|---|---|
|||**Control voltage 230 V AC**|■<br>■<br>■|■|■|||
|||**Universal voltage in addition**|8 … 240 V AC/DC||8…240 V AC/DC|||
|||**Glow lamp load**|50 mA<br>150 mA<br>150 mA|150 mA|150 mA|||
|||**3/4 conductor operated**|switches<br>automatically<br>automatically|automatically|automatically|||
|||**Resettable**|■<br>■<br>■|■|■|||
|||**Steady-light switch**|■<br>■<br>■|■|■|||
|||**Advance warning acc. DIN 18015-2**||■|■||■|
|||**Long-time range of 60 min.**||■|■|||
|||**Multi-functional device (10 functions)**||■|■|||
|||**Rated voltage**|230 V AC<br>240 V AC<br>240 V AC|240 V AC|240 V AC||240 V AC|
||||50Hz<br>50 / 60 Hz<br>50 / 60 Hz|50 / 60 Hz|50 / 60 Hz||50 / 60 Hz|
|||**Control voltage range**|0.9 ... 1.1 Un<br>0.85 ... 1.1 Un<br>0.85 ... 1.1 Un|0.85 ... 1.1 Un|0.85 ... 1.1 Un||0.9 ... 1.1 Un|
|||**Power loss**|1 VA<br>6 VA<br>6 VA|6 VA|6 VA||6 VA|
|||**Rated switching capacity**|16 A, 230 V AC<br>16 A, 230 V AC<br>16 A, 230 V AC|16 A, 230 V AC|16 A, 230 V AC||10 A, 230 V AC|
|||**Filament lamp load**|2,300 W<br>2,300 W<br>2,300 W|3,600 W|3,600 W||2,300 W|
|||**Halogen lamp load**|2,300 W<br>2,300 W<br>2,300 W|3,600 W|3,600 W||2,300 W|
|||**Fluorescent lamps series compensated /**|2,300 VA<br>2,300 VA<br>2,300 VA|3,600 VA *|3,600 VA *||not permitted|
|||**uncorrected**||||||
|||**Fluorescent lamps inductive or capacitive**|2,300 VA<br>2,300 VA<br>2,300 VA|3,600 VA *|3,600 VA *||not permitted|
|||**Fluorescent lamps shunt compensated**|1,300 VA (70 μF)<br>400 VA (42 μF)<br>400 VA (42 μF)|1,200 VA (120 μF) *|1,200 VA (120 μF) *||not permitted|
|||**Electronic controlgear**|9x7 W, 6x11 W<br>9x7 W, 7x11 W,<br>9x7 W, 7x11 W,|34x7 W, 27x11 W,|34x7 W, 27x11 W,||not permitted|
||||5x15 W, 5x20 W<br>7x20 W, 7x23 W<br>7x20 W, 7x23 W|24x15 W, 22x23 W|24x15 W, 22x23 W|||
|||**Inductive load (cos**ϕ**= 0.6/230 V AC)**|2,300<br>2,300<br>2,300|2,300|2,300||not permitted|
|||**Contact material**|AgSnO2<br>AgSnO2<br>AgSnO2|AgSnO2|AgSnO2||AgSnO2|
|||**Contact gap**|≥3 mm<br>< 3 mm<br>< 3 mm|< 3 mm|< 3 mm||< 3 mm|
|||**Mech. serviceable life**|> 106<br>> 107<br>> 107|> 107|> 107||> 107|
|||**Serviceable life at rated load, cos**ϕ**=1**|> 105<br>> 2x105<br>> 2x105|> 2x105|>2x105||> 105|
|||**Serviceable life at rated load, cos**ϕ**=0.6**|> 104<br>> 4x104<br>> 4x104|> 4x104|> 4x104||> 104|
|||**Terminal capacity**|10.7 mm²<br>13 mm²<br>13 mm²|13 mm²|13 mm²||13.6 mm²|
|||**Max. conductor capacity**|6 mm²<br>4 mm²<br>4 mm²|4 mm²|4 mm²||6 mm²|
|||**ON duration**|Resettable after<br>30 sec.<br>100 %<br>100 %|100 %|100 %||100%|
|||**Ambient temperature**|– 10 °C to + 50 °C<br>– 25 °C to + 50 °C<br>– 25 °C to + 50 °C|– 25 °C to + 50 °C|– 25 °C to + 50 °C||– 10 °C to + 50 °C|
|||**Housing and insulation material**|heat resistant,<br>heat resistant,<br>heat resistant,|heat resistant,|heat resistant,||heat resistant,|
||||self-extinguishing<br>self-extinguishing<br>self-extinguishing|self-extinguishing|self-extinguishing||self-extinguishing|
||||thermoplast<br>thermoplast<br>thermoplast|thermoplast|thermoplast||thermoplast|
|||**Control current at 230 V AC**|4.5 mA<br>26 mA<br>26 mA|26 mA (min. 8 mA|26 mA (min. 8 mA|||
|||||at 8 V AC)|at 8 V AC)|||
|||**Minimum command duration**|10 ms<br>20 ms<br>20 ms|20 ms / 50 ms for|20 ms / 50 ms for|||
|||||multi voltage input|multi voltage input|||



* no disconnection advance warning possible for this application. 

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**E 232** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 232 staircase lighting time-delay switches 

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oe |<br>2CDC051105F0201<br>SK176B02<br>**----- End of picture text -----**<br>


Time Power **Order Bbn** Price Price Weight Pack range loss **details 4013614** 1 piece group 1 piece unit W **Type code** Order code **EAN** kg pc. 1 …  7 min. 1 V A **E 232-230** 2CDE 110 000 R0501 **54824 3** 0.081 10 20 min 6 V A **E 232 E-230N** 2CDE 110 003 R0511 **65416 6** 0.095 10 20 min 6 V A **E 232 E-8/230N** 2CDE 010 003 R0511 **65417 3** 0.1 10 20 min Te 6 V A **E 232 E-230 Multi 10** 2CDE 110 013 R0511 **65418 0** 0.095 10 20 min20 … 60 sec. ONSSS 6 V A6 V A **E 232 E-8/230 Multi 10E 232-HLM** 2CDE 010 013 R05112CDE 150 000 R0521 **65419 754828 1** 0.10.075 1010 

## E 232E -230 Multi 10, 8/230 Multi 10 

**==> picture [450 x 356] intentionally omitted <==**

**----- Start of picture text -----**<br>
9 | +41ha <2s <3 >2s|<br>Ba: 05..207in A A :<br>O°PERM eo,<br>Wiring diagrams<br>— &@<br>x& auto©on* | L] t | We @, 3 r |—] @:141  %<br>1 - 7 min |<br>Orrmin f) | Leia 1<br>| 2<br>Q) Bel &)<br>i tar |<br>L 1 | max. 50 mA L |<br>re<br>NT noooee oe oe ao  tee<br>E 232-230 3 conductor E 232-230 4 conductor<br>aeOVC/DC acioe, py<br>aOs He— 8..240Vco) op 429 '| 4<br>Aygiely} 88} W | e, 3 1 b «) !<br>as 1 o<br>0.5 - 20 min | «)<br>&)© US<br>ool max. 150 mA. | max. 150 mA<br>L \ | L ee ||<br>NTO torre ee N 7"7" lial tele<br>E 232E-8/230 Multi 10  3 conductor E 232E-8/230 Multi 10  4 conductor<br>Overall dimensions ......................  pag. 13/37 Application sheets .......................  pag. 12/15<br>2CDC052043F0207<br>2CDC 052 030 F0007 2CDC 052 031 F0007<br>2CDC 052 034 F0007 2CDC 052 035 F0007<br>**----- End of picture text -----**<br>


ABB 

**6** /63 

**E 232** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** E 232 staircase lighting time-delay switches 

## Wiring diagrams 

**==> picture [366 x 543] intentionally omitted <==**

**----- Start of picture text -----**<br>
Al ' ><br>si t [biol© max. 150 mA EIS &) we<br>i | max. 150 mA<br>L ' | L I<br>Notte ce Nooo rrr ote<br>E 232E-230 Multi 10  3 conductor E 232E-230 Multi 10  4 conductor<br>lf sl,,,? £8 T l is). oF<br>@<br>a a4 i<br>SSS FS)W)lS“S asS5 xh| ©OY)lyoO"<br>Lj | = &) = ©<br>OD) Co}J : OA | LY® |<br>t max. 50 mA =a | max. 50 mA<br>L L oe :<br>yo eee: 20% ge yee ONSI<br>E 232E-8/230 Multi 10  3 conductor E 232E-8/230 Multi 10  4 conductor<br>E 232E 8/230  3 conductor E 232E 8/230  4 conductor<br>E 232E 230 Multi 10  3 conductor E 232E 230 Multi 10  4 conductor<br>E 232E 230 N  3 conductor E 232E 230 N  4 conductor<br>E 232-230  3 conductor E 232-230  4 conductor<br>Staircase lighting time-delay<br>switches E 232 HLM<br>a [__]ermax. 50 ma e e [__] max. 50 ma, x<br>1 3 [=e<br>sla Q<br>OH |x—@| 2has> DOL |x—@||| +*41@ae%<br>MG | OOa: (Oxo) O® I<br>|1 id i]<br>yo SOMO ey oO ztIO%.<br>E 232 HLM  3 conductor E 232 HLM  4 conductor<br>: Dn TU a 2 ve ; Vara<br>Sr aes<br>atk<br>s- = wars laa<br>. car Bo ; we MER ne ot<br>_ - oa i "E<br>timing of a staircase lighting time-delay switch  warning function of E 232E-8/230 Plus<br>with semi-light module E 232-HLM<br>2CDC 052 032 F0007<br>2CDC 052 033 F0007<br>2CDC 052 037 F0007 2CDC 052 039 F0007<br>2CDC 052 214 F0203<br>2CDC 052 215 F0203<br>**----- End of picture text -----**<br>


## DIN 18015-2 

provides that "that the automatic disconnection of lighting equipment fitted in staircases of apartment buildings must provide for warning signals, e.g. dimming, in order to avoid sudden unexpected darkness". 

ABB 

**6** /64 

**System Selection tables pro** _**M**_ **compact[®] Command devices** TW twilight switches 

**TW** 

## **TW modular twilight switches** 

They allow to switch on and switch off lighting devices according to a scheduled level of the ambient light. They are used in combination with a sensor to detect if the ambient light is higher or lower than the set level. TW2/10K, equipped with three different types of adjustment range (2:100, 2:1000, 2:10000), fits well the daylight applications where the Lux value is very high. This range, thanks to its features, fits all the applications (for example shop windows and lights) where the rationalization of the energy consumption is required. 

Brightness **Order Bbn** Price Price Weight Pack range **details 8012542** 1 piece group 1 piece unit lx **Type code** Order code **EAN** kg pc. 2 : 100 **TW1** 2CSM204135R1341 **041351** 0.107 1 2 : 10.000 **TW2/10K** 2CSM204145R1341 **041450** 0.215 1 **Accessories for TW modular twilight switches** The photosensor is supplied in the same package of the switch, but it’s also available separately as spare part. The upper part of the external case (with screw locking), made up of thermoplastic nn material, bears up against ultraviolet rays to guarantee an homogeneous diffusion of the daylight internally. The photosensor, wall mounted, is supplied with a cable gland. " **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. 

|**Order**<br>**details**<br>**Type code**<br>**LS-SP**|Order code<br>2CSM204195R1341|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**041955**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.035|Pack<br>1 piece unit<br>pc.<br>1|
|---|---|---|---|---|---|---|



**6** 

## **Technical features** 

||||**TW1**|**TW2/10K**|
|---|---|---|---|---|
|**Rated supply voltage**||[V]|230 AC||
|**Contact type**|||1NO|1CO|
|**Switching capacity**|resistive load|[A]|16||
||inductive load cosϕ0.6|[A]|3||
||incandescent lamps|cosϕ1|max 960 W|max 1080 W|
||fluorescent lamps|cosϕ0.8|max 720 W|max 720 W|
||fluorescent - duo./electronic lamps|cosϕ0.9|max 200 W|max 200 W|
|**Rated frequency**||[Hz]|50-60||
|**Programs ON-OFF**|||-|-|
|**Switching delay**|ON|[s]|8 ±10%|8 ±10%|
||OFF|[s]|38 ±10%|38 ±10%|
|**Brightness range**||[lx]||2:100|
||||2:100|2:1,000|
|||||2:10,000|
|**Accuracy**|||-|-|
|**Protection degree**|twilight switch||IP20|IP20|
||sensor||IP65|IP65|
|**Operating temperature**|twilight switch|[°C]|0…+55|0…+55|
||sensor|[°C]|-30...+65|-30...+65|
||twilight switch|[°C]|-10...+65|-10...+65|
||sensor|[°C]|-40...+75|-40...+75|
|**Power consumption**||[VA]|4.5|2.5|
|**Max. commutable power**||[W]|3500||
|**Terminal size for cable**||[mm²]|2.5||
|**Terminals**|||loss-proof screw||
|**Mounting**|||on DIN rail||
|**Switching status indication/brightness range**|||red Led / green Led||
|**Max wiring length**||[m]|100||
|**Modules**|||1|2|
|**Reference standards**|||EN 60669-1 ; EN 60669-2-1||



**Overall dimensions ......................  pag. 13/38 Application sheets .......................  pag. 12/16** PT 

ABB 

**6** /65 

**TW** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** TW twilight switches 

**==> picture [85 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection diagram<br>**----- End of picture text -----**<br>


**==> picture [188 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Electrical connection and fixing of the sensor<br>**----- End of picture text -----**<br>


**==> picture [495 x 168] intentionally omitted <==**

**----- Start of picture text -----**<br>
TW1<br>Cable  Base with  Terminals Sensor-holder<br>retaining nut Cable  cable holder card<br>holder seal<br>1 3<br>Cable<br>eresA ’ { \ al2 Ms<br>=) | nie<br>Cover<br>2 4<br>L N Max 100 m<br>oo s=0 t— 1° i Fixing  i Seal  \ Seal<br>L Fixing bracket screw on base on screw<br>230 V~<br>N -—-<br>TW2/10K<br>1CSC400098F0202<br>**----- End of picture text -----**<br>


TW1 and TW2/10K operating principle 

**==> picture [528 x 188] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 3 5 L N<br>Lux<br>6 mS, ~10 sec<br>2 4 6 8 10<br>y [i] A S" he8 Programmed threshold 8 WD<br>| e. t<br>L<br>N 230 V~ Red contact LED OFF OFF ON<br>uF —{oJTo<br>Green threshold LED OFF ON ON<br>milo Jo |<br>oniott| | |<br>:  |o |e |<br>f ey<br>1CSC400097F0202<br>1CSC400099F0202<br>**----- End of picture text -----**<br>


ABB 

**6** /66 

**System Selection tables pro** _**M**_ **compact[®] Command devices** TWP pole mounting twilight switch 

**TWP** 

## **TWP pole mounting twilight switch** 

**==> picture [6 x 185] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400714F0001<br>1CSC400100F0202<br>**----- End of picture text -----**<br>


The TWP pole twilight switch, equipped internally with a preset sensor of 10 Lux, is the ideal solution for the management of external light systems such as the public ones. The sensor is extractable from the base and allows an easy and efficient maintenance without needing further wiring. 

|Brightness<br>range<br>lx<br>2 : 200|**Order**<br>**details**<br>**Type code**<br>**TWP**|Order code<br>2CSM204165R1341|**Bbn**<br>**4016779**1 piece<br>**EAN**<br>**041658**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0,155|Pack<br>1 piece unit<br>pc.<br>1|
|---|---|---|---|---|---|---|---|



## **Accessory for TWP pole mounting twilight switch** 

The LS-65 sensor, supplied also individually as spare part, is equipped with internal connections Fast-On which are fast to extract. The sensor, with the upper part of the external case made up of thermoplastic material, bears up against ultraviolet rays to guarantee an homogeneous diffusion of the daylight internally. 

**LS-65** 2CSM204185R1341 **041856** 0,085 1 

## **Technical features** 

**6** 

**==> picture [327 x 240] intentionally omitted <==**

**----- Start of picture text -----**<br>
TWP<br>Rated supply voltage [V] 230 AC<br>Contact type 1NO polarized<br>Switching capacity<br>resistive load [A] 16<br>inductive load cosϕ 0.6 [A] 3<br>incandescent lamps cosϕ 1 max 960 W<br>fluorescent lamps cosϕ 0.8 max 720 W<br>fluorescent - duo./electronic lamps cosϕ 0.9 max 200 W<br>Rated frequency [Hz] 50-60<br>Switching delay<br>ON [s] 25 ± 10%<br>OFF [s] 25 ± 10%<br>Brightness range [lx] 2:200<br>Protection degree IP65<br>Operating temperature [°C] -30…+60<br>Storage temperature [°C] -30…+65<br>Power consumption [VA] 7.5<br>Max. commutable power [W] 3500<br>Terminal size for cable [mm²] 2.5<br>Terminals screw<br>Mounting pole<br>Switching status indication/<br>- / red Led<br>brightness range<br>Reference standards EN 60669-1 ; EN 60669-2-1<br>**----- End of picture text -----**<br>


**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
1CSC400060F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/38** 

**Application sheets .......................  pag. 12/14** 

ABB 

**6** /67 

**TWP** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** 

## TWP pole mounting twilight switch 

**==> picture [381 x 152] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection diagram<br>( )<br>A B<br>L N L N<br>L L<br>230 V~ 230 V~<br>N N<br>1CSC400097F0202<br>**----- End of picture text -----**<br>


Setting position 

**==> picture [381 x 377] intentionally omitted <==**

**----- Start of picture text -----**<br>
Mounting<br>1CSC400084F0202<br>1CSC400084F0202<br>**----- End of picture text -----**<br>


ABB 

**6** /68 

**TWA** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** TWA twilight switches 

## **TWA twilight astronomical switches** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400729F0001<br>**----- End of picture text -----**<br>


They allow to control automatically the light systems  according to the hour when the sun rises and sets. The programming is made defining the longitude and latitude parameters of the geographical area where the switch is mounted. Thanks to its features the TWA fits applications such as public lighting system, shop windows, monuments, signs and so forth and particularly when the external sensor is subjected to strong external inconveniences like in area with high level of pollution or in area exposed to vandalic acts. 

|Contacts<br>|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|
|1 CO<br>**TWA-1**<br>2CSM204365R1341<br>**043652**<br>0,160<br>1<br>a||||||||
|2 CO|**TWA-2**|2CSM204375R1341|**043751**|||0,160|1|



## **Technical features** 

||**TWA-1**||**TWA-2**|
|---|---|---|---|
|**Rated supply voltage**|[V]|230 AC ± 15%||
|**Contact type**|1CO||2 CO|
|**Switching capacity**||||
|resistive load|[A]|16||
|inductive load cosϕ0.6<br>**Max. number of lamps**|[A]|10||
|incandescent and halogen fluorescent|[W]|2300||
|compensated (max. 45μF)|[W]|400||
|non-compensated, series compensated[W]||1000||
|compact fluorescent|[W]|500||
|**Rated frequency**|[Hz]|50-60||
|**Time base**||quartz||
|**Minimum time between two steps**|[min]|1||
|**Program steps**||56||
|**Power reserve**|[years]|5||
|**Accuracy**||± 1,5sec / 24h||
|**Astronomical time accuracy**|[min]|± 10||
|**Power consumption**|[VA]|6||
|**Terminal size for cable**||4||
|flexible|[mm²]|1 to 6||
|rigid|[mm²]|1.5 to 10||
|**Terminals**||loss-proof screw||
|**Mounting**||on DIN rail||
|**Operating temperature**|[°C]|-10…+55||
|**Storage temperature**|[°C]|-20…+60||
|**Protection degree**||IP20||
|**Modules**||2||
|**Reference standards**|NFC 15 100; IEC 60 634-1|NFC 15 100; IEC 60 634-1||



Connection diagram 

**==> picture [150 x 138] intentionally omitted <==**

**----- Start of picture text -----**<br>
TWA-1 TWA-2<br>1 channel 2 channels<br>L/+ L<br>N/- N<br>iz rT<br>1 3 5 7 ©) TT 1 3 5 7<br>| A<br>DE ——___ 2 4 6 8 te) a 2 4 6 8<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/38** 

**Application sheets .......................  pag. 12/18** 

ABB 

**6** /69 

**TWA** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** TWA twilight switches 

## Keys 

**==> picture [486 x 204] intentionally omitted <==**

**----- Start of picture text -----**<br>
TWA-1 TWA-2 Keys<br>menu : selection of operating mode.<br>auto : mode of running according to the program selected.<br>prog : new for programming mode.<br>prog : modif to modify an existing program.<br>: checking of the program.<br>: modification of time, date and selection of<br>the winter/summer timechange mode<br>+ + astro : astronomical mode.<br>C1 C2<br>: indicates that the channel is in astronomical mode.<br>enter menu enter menu 2 + [and] - : navigation or setting of values.<br>- (TWA-1)<br>4 3 1 C1 , C2 (TWA-2) : in auto mode, selection of overrides,<br>or waivers.<br>enter : to validate flashing information on display.<br>DT-VK<br>: to return to the previous step.<br>1CSC400102F0202<br>**----- End of picture text -----**<br>


## Programming example 

**==> picture [444 x 387] intentionally omitted <==**

**----- Start of picture text -----**<br>
Ex: Rome North North<br>Longitude Latitude<br>90�<br>Lo Longitude 12° EAST<br>La Latitude 41° NORTH T<br>UDT + 1 Universal Date<br>Time = +1 hour 180� 0�<br>0� T<br>T =  Longitude 60� East 90� T =  Latitude  45� North<br>South South<br>Lo<br>165 - 11 - 10 150 - 9 135 - 8 120 - 7 105 - 6 90 - 5 75 - 4 60 - 3 45 - 2 30 - 1 15 0 0 +1 15 + 30 2 + 3 45 + 60 4 + 75 5 + 6 90 + 7 105 + 8 120 + 9 135 + 10 150 + 11 165 + 12 180 - 12 - 11<br>75 A R C T I C       O C E A NBeaufort Sea - 7 - 6 Qaanaaq(Thule) BaffinBay- 4 Greenland(DENMARK) - 3 (Scoresbysund)Itseqqortoomiit - 1 0 Jan Mayen(NORWAY) Greenland Sea Svalbard(NORWAY) Barents Sea FRANZ JOSEFLAND + 3 NOVAYAZEMLYA Kara Sea  SEVERNAYAZEMLYA Laptev Sea A R C T I C      O C E A N NEW SIBERIAN ISLANDS East Siberian Sea WrangelIsland 75<br>451530604530150Cook IslandsK  I  R  I  B  A  T  I(N.Z.) ISLANDSHAWAIIN Scale 1:85,000,000 at 0 Miller Cylindrical Projection 00F  r  e  n  c  h    P  o  l  y  n  e  s  i  a P A C I F I C  U.S N O R T H O C E A N- 10 500 .  - 10 U.S. - 12 500(FRANCE) - 9 1000 KilometersAnchorage1000 MilesDawson ILES MARQUISES (French Polynesia)� -9  Pitcairn Islands [1/2] (U.K) Los Angeles S O U T H     P A C I F I C  Edmonton - 8 O C E A N U N I T E D   S T A T E SC  A  N  A  D  ADenver - 7 Easter Island (CHILE)MEXICOMexicoWinnipegDallas GALAPAGOS GUATEMALA(ECUADOR)EL SA ISLANDS - 6 Repulse BayChicago L VADOR Gulf ofMexico BELIZECOSTAHONDURAS HudsonBay RICANICARAGUA - 6 PANAMAECUADORToronto  - 5 JUAN FERNÁNDEZ LimaCUBA ARCHIPIÉLAGO New YorkJAMAICA Caribbean Sea PERU(CHILE)(Frobisher Bay)CHILE - 5 COLOMBIAQuébecIqaluitBAHAMASHAITITHEDOMINICANREPUBLICVENEZUELAARGENTINBOLIVIABuenos Airesclaimed by  ARGENTINA) - 5 - 3 Bermuda(administered by U.K.(U.K.)Falkland Islands(Islas Malvinas) - 4 - 4PARAGUAYTRINIDAD AND    TOBAGOGUYANA DavisStrait and MiquelonManaus A SURINAMESt. Pierre(FRANCE)B R A Z I LURUGUAY - 3Labrador Newfoundland [1/2] A T L A N T I CSea Island of São PauloFrench Guiana N O R T H O C E A N  Nuuk (Godthåb)(FRANCE)Brasilia South Sandwich IslandsSouth Georgia and theclaimed by ARGENTINA)(administered by U.K. DenmarkStrait AZORES (PORT.)CAPE VERDE A T L A N T I C GUINEA-BISSAUTHE GAMBIA - 1 O C E A N S O U T H   ICELANDSIERRA LEONE CANARY ISLANDS SENEGALWestern(SPAIN)Sahara MADEIRAISLANDS (PORMAURITANIAPORTUGAL T Ascension  .) Universal DayTime (UDT) GUINEALIBERIAIRELAND 0 TRISTAN DA CUNHA MOROCCO Gough Island (St. Helena)(St. Helena)D'IVOIRECÔTE 0 CasablancaSt. Helena(St. Helena)SPAIN(St. Helena)St. HelenaEQUATORIAL GUINEAKINGDOM(U.K.)LondonUNITEDMALIBURKINAGHANAFASOALGERIATOGO Gulf of Guinea FRANCEAND PRINCIPE Annobon (EQ. GUI.)SAO TOMEBENIN North Paris SeaNorwegian LagosNETH.BEL.NORWAYNIGERIA Sea LUX.SWITZNIGERGERMANYDENMARKCAMEROONTUNISIAGABONITALYRomeSLO.SWEDENAUS.CZ. REP.NAMIBIAANGOLAREP. OF    THE CONGO  AFRICAN REPUBLICLIBYAMALTAKinshasaCRO. Mediterranean Sea CHADBOS.&OF THE CONGOPOLANDHER. +1 HUNG.CENTRALSLOVALB.DEM. REP.RUS.SER. &MONT.GREECEY.R.O.M.AFRICASOUTH . BOTSWANA. FINLANDROMANIALITH.BULGARIAKisanganiRWANDAEST.LAT.ZAMBIABELARUSZIMBABWESUDANEGYPTCairoCYPRUSMOLDOVAUKRAINELESOTHO + 2  .IstanbulUGANDABURUNDIISRAEL Black Sea  St. PetersburgSWAZILANDTANZANIATURKEYLEB.MOZAMBIQUEMALAWIJORDAN Mozambique KENYADJIBOUTIETHIOPIANairobiSYRIA RedChannel ERITREAMoscow(SOUTH AFRICA) PRINCE EDWARD Sea+ 3 GEORGIA ARMENIA  ISLANDS IRAQMADAGASCARARABIASAUDICOMOROSSOMALIA + 3 YEMENAZERBAIJANBAHRAINSamaraKUWAIT + 3Caspian Izhevsk + 5Sea+ 4 SEYCHELLES +4 FQATARI  R  A  NTehranUNITED ARAB r EMIRATES(Fench Southern and Antarctic Lands PersianGulf+ 3 (FRANCE) r. + 4 Reunion ILES CROZET   S  and  Ant.  Lands)SocotraTURKMENISTAN(YEMEN)OMAN [1/2] Perm' AralSea MAURITIUS Arabian UZBEKISTAN (FRANCE) Sea AFGHANISTAN + 4 PAKISTAN [1/2] MALDIVESKAZAKHSTANAstana + 5 (Bombay)Mumbai I N D I A N LAKSHADWEEP + 5O C E A N TAJIKISTAN +5+ 5 (INDIA)(F ILES KERGUELEN Omsk + 6 r. KYRGYSTAN   S  and  Ant.  Lands)Ocean TerritoryI N D I ABritish Indian + 6 (U.K.)NovosibirskLANKA + 5  SRIKolkata +6 [1/2]  (Calcutta) + 5 NEPALBANGLADESH [3/4] ANDAMANISLANDS Bay of Bengal ISLANDSNICOBAR(INDIA)(INDIA)(Keeling)  IslandsBHUTANCocos + 6 (AUSTL.) + 5+ 7 R   U   S   S   I   A [1/2][1/2] + 6 BURMA [1/2] C  H  I  N  ATHAILANDMONGOLIA Lake Baikal LAOS + 8 M A L A Y S I ACAMBODIASINGAPORE + 8 VIETNAM South China I  N  D  O  N  E  S  I  A Sea BeijingMacau S.A.RBRUNEIHong Kong S.A.R.PHILIPPINESShanghaiPerth A U S T R A L I A + 9 ManilaYakutskTIMOREAST Great Australian NORTHKOREASOUTHKOREA PhilippineBight Alice SpringsPALAU Sea+ 9  Vladivostok Sea ofJapan [1/2] Tokyo + 10 JAPANFEDERATED STATES OF MICRONESIA + 9 NorthernMarianaIslands(U.S.)NEW GUINEA + 10 Sakhalin PAPUAGuam(U.S.)Sydney Okhotsk Tasmania + 10 Sea+ 11of Coral SeaIslandsMagadan(AUSTL.)administered by RUSSIA, claimed by JAPAN occupied by the SOVIET UNION in 1945 Coral+ 11SeaP A C I F I CTasman Lord Howe N O R T HO C E A N Petropavlovsk-Kamchatskiy + 10 SOLOMON(AUST.) Sea Island ISLANDSCaledonia [1/2] (FRANCE)NewVANUATUNAURUNorffolk Island + 12 (AUSTL.) 11  [1/2] + 12 MARSHALLWestward across Date LineEastward across Date LineISLANDS ISLANDS)(GILBERT TUVALU KIRIBATI FIJI Bering Sea KERMADEC subtract 24 hours ISLANDS ZEALAND(N.Z.)add 24 hoursCHATHAMISLANDSNEW +12  (N.Z.)K  I  R  I  B  A  T  IU.S. [3/4] (PHOENIXISLANDS)RAWAKI  -12- 10 TONGA ChukchiSea-11 JohnstonTokelauSAMOA -10 Atoll(U.S.)(N.Z.)  -10- 9 604530151530450 La<br>1 -1 1 -0  -9 - 8  -7  -6 - 5  -4  -3 - 2 - 1 0 + 1 + 2 + 3 + 4 + 5 + 6 + 7 + 8 + 9 + 10 + 11 + 12 - 12 - 11<br>WEST Subtract time zone number from UDT to obtain local time. Add time zone number to UDT yo obtain local time EAST<br>UDT<br>N<br>EST Equato<br>I SL<br>W r<br>I A<br>E<br>AN<br>A<br>UT D<br>S<br>ALE<br>T<br>S<br>R YU<br>KURIL ISLANDS<br>K YU (JAPAN)<br>H<br>n<br>I S<br>H<br>T<br>a<br>L A<br>i<br>T<br>U<br>d<br>R<br>ND S<br>LINE ISLANDS<br>O<br>ir<br>O<br>S<br>e<br>N<br>m<br>h<br>NORTH<br>International Date Line<br>International Date Line<br>SOUTH<br>icw<br>n<br>e<br>eGr<br>**----- End of picture text -----**<br>


ABB 

**6** /70 

**System Selection tables pro** _**M**_ **compact[®] Command devices** THS modular thermostats 

**THS** 

**6** 

## **THS modular thermostats** 

**==> picture [7 x 165] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400719F0001<br>2CSC400718F0001<br>**----- End of picture text -----**<br>


The THS series modular thermostats are suited for a wide array of refrigeration and heating applications. The THS-C and THS-W models, both with a potential-free switching contact, are ideal for controlling  temperature in heating systems, industrial settings or difficult-to-access locations, as well as for temperature regulation in refrigeration systems, refrigerated counters, greenhouses, dryers, etc.... 

The THS-S model, with two independent potential-free contacts, allows regulation of cooling between +20 and +60 °C and anti-condensation between 0 and +10 °C. The THS-S thermostat is supplied with remote sensor and is ideal for temperature control of electrical cabinets. 

|Temperature|Temperature||**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|°C|||**Type code**|Order code|**EAN**|||kg|pc.|
|-20…+40|-20…+40|-20…+40|**THS-C**|2CSM251163R1380|**511632**|||0.20|1|
|0…+60|||**THS-W**|2CSM207083R1380|**070832**|||0.20|1|
|*+20…+60 / 0…+10|*+20…+60 / 0…+10|*+20…+60 / 0…+10|**THS-S**|2CSM236803R1380|**368038**|||0.17|1|



* cooling / anticondensation 

## **Temperature sensors for THS-C and THS-W thermostats** 

The remote sensors (supplied separately) are used in conjunction with the THS-C and THS-W series thermostats to detect temperature overshoot or undershoot from the programmed setpoint. The THS-1 and THS-4 models work in a temperature range between -30 °C and +130 °C and are respectively 1.5 and 4 metres long. 

|Length|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|m|**Type code**|Order code|**EAN**|||kg|pc.|
|1.5|**THS-1**|2CSM202033R1380|**020332**|||0.05|1|
|4|**THS-4**|2CSM277603R1380|**776031**|||0.12|1|



## **Technical features** 

|||**THS-C**|**THS-W**|**THS-S**|
|---|---|---|---|---|
|**Rated voltage**|[V]||230 AC||
|**Type of contact**<br>1 change-over<br>2NO<br>**Contact capacity**<br>~~J~~|||||
|ohmic load|[A]||16||
|inductive load cosϕ0.6|[A]||3||
|**Frequency**|[Hz]||50-60||
|**Number of temperature setpoints**||1 continuously adjustable||2 continuously adjustable|
|**Adjustment range**|[°C}|-20...+40|0...+60|0...+10 / +20...+60|
|**Max switching power**|[W]||3500||
|**Differential**<br>[°C]<br>fixedΔt = 1<br>fixedΔt = 2<br>**Thermal gradient**<br>1 °K / 15 minutes<br>I|||||
|**Type of operation**|||ON / OFF fixed differential||
|**Max cable section at terminals**|[mm2]||2.5||
|**Protection degree**|||IP20||
|**Relay ON/OFF indication**|||LED indicator||
|**Temperature tolerance**|[°C]||±1||
|**T limits in operation**<br>**Storage temperature**<br>**Type of installation**<br>—_—|[°C]<br>[°C]|0 ÷ +50<br>-10...+65<br>DIN rail||0 ÷ +70<br>-10...+70|
|**Case / color**|||thermoplastic / grey RAL 7035||
|**Power consumption**|[VA]||3||
|**Application type**|||services / industrial||
|**Programming**||graduated scale with mechanical pointer|||



**Overall dimensions ......................  pag. 13/37 Application sheets .......................  pag. 12/19** OO 

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**THS** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** THS modular thermostats 

**6** 

**==> picture [511 x 631] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection diagram<br>THS-C, THS-W THS-S<br>Heating Cooling<br>L L L<br>230 V~ 230 V~ 230 V~<br>N N N<br>1 3 5 L N L 3 5 L N 1 3 5 L N<br>2 4<br>2 4 6 8 10 2 4 6 8 10 6 8 10<br>Controls and indicators<br>THS-C, THS-W<br>Yellow LED:<br>“Sensor short-circuit indication”<br>green LED:<br>“Load state indication”<br>40<br>Temperature regulation knob 30 50<br>(scale differs depending<br>on the model) 20 60<br>THS-S<br>Green LED:  cooling<br>load state indication 40 ° C<br>30 50<br>Cooling temperature setpoint knob<br>20 60 Adjustment range: +20°C to +60°C<br>Green LED:  heating<br>load state indication 4 6 ° C<br>2 8 Heating temperature setpoint knob<br>Adjustment range: 0°C to +10°C<br>0 10<br>1CSC400105F0202<br>1CSC400106F0202<br>**----- End of picture text -----**<br>


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**THS** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** THS modular thermostats 

## Mode of operation 

When the THS-C detects a temperature below the programmed setpoint, it closes contact 1 until the temperature returns above the setpoint. It then reopens the contact, and when the temperature again drops below the differential, the cycle is repeated. THS-W operates in a similar manner, but the relay closes contact 5 when the temperature exceeds the programmed setpoint. Sensor installation 

The THS-1 and THS-4 remote temperature sensors (supplied separately) are waterproof and encapsulated in silicone rubber. They have an operating temperature range between -30°C and +130°C and are respectively 1.5 and 4 meters long. 

## Mode of operation 

As shown in the figure, the THS-S switches on: 

- The fan or air conditioner when the temperature in the panel exceeds the maximum setpoint programmed with the upper knob. 

- The heating device when the panel temperature falls below the minimum setpoint programmed with the lower know 

## Sensor installation 

The remote temperature sensor is waterproof and able to withstand temperatures in the range from -30°C to +85°C; it has a maximum connection length of 100m. 

**==> picture [265 x 429] intentionally omitted <==**

**----- Start of picture text -----**<br>
°C<br>Δt = 1°C<br>Time<br>Load ON OFF ON<br>Panel temp.<br>Set: tMax Δt = 2 °C<br>Set: tMin Δt = 2 °C<br>Time<br>Cooling ON ON<br>Heating ON ON<br>1CSC400107F0202<br>1CSC400107F0202<br>**----- End of picture text -----**<br>


**6** 

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**ATT** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** ATT GSM modules 

## **ATT GSM modules** 

The ATT modules are GSM telephone actuators for remotely controlling electrical loads over the mobile phone network, which answer the installation requirements of a variety of application settings. In particular, the ATT-22 version consists of a control module with 2 outputs and 2 inputs for residential, services-sector and industrial installations, while the ATT-81 alarm module, with 8 inputs and one output, is suitable for status and alarm monitoring in industrial and services-sector installations. Instructions and alarms can be sent via SMS message, free phone call ring, fax or e-mail according to need. Configuration can be accomplished by SMS messages or using the ATT-Tool software. All the ATT modules are supplied with backup lithium battery, ATT-Tool programming software and PC connecting cable. In addition, the ATT-22E and ATT-81E models are equipped with a pre-wired external antenna – essential if the module is installed in locations that do not assure adequate GSM coverage, such as cellars, enclosed metal structures, etc. 

**==> picture [6 x 172] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400731F0001<br>1CSC400108F0202<br>**----- End of picture text -----**<br>


The modules can be supplied with an ABB type TS 25/12-24 C modular transformer and are compatible with the GSM SIM cards of all mobile telephone operators. 

Inputs Outputs **Order** Bbn Price Price Weight Pack A oa **details** 8012542 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. = 2 analog or digital 2 NO **ATT-22** 2CSM322000R1371 **944904** 0.200 1 8 digital 1 NO **ATT-81** 2CSM381000R1371 **945000** 0.200 1 a 2 analog or digital 2 NO **ATT-22E** 2CSM208345R1371 **083450** 0.200 1 8 digital 1 NO **ATT-81E** 2CSM208355R1371 **083559** 0.200 1 

**6** 

|**Technical characteristics**|**Technical characteristics**|||
|---|---|---|---|
|||||
|**GSM module**|||Dual band EGSM900 and GSM1800 for data,|
||||sms, fax and voice applications. Full Type Approved|
||||conforming to ETSI GSM Phase 2+|
|**Output power**|||Class 4 (2 W@900 MHz )|
||||Class 1 (1 W@1800 MHz )|
|**Commands sent by**|||SMS, call rings, DTMF tones, GPRS connection|
|**Incoming alarms**|||SMS, call rings, e-mail, fax|
|**Inputs**|digital||self-powered max. 20 V d.c., 2 mA|
||analog (only ATT-22)||input voltage  0...10 V|
||||input impedance < 10 Kohm / 100 nF|
||||sampling rate 90 Ksps|
|**Outputs**|relay||NO 4 A 250 V a.c. - max 2500 VA|
||minimum load||100 mA, 12 V|
|**GSM indicator LED**OFF|OFF||device not supplied|
||STEADY ON||device under power not connected to mobile|
||||network, SIM pin code missing or incorrect|
||SLOW BLINK||device under power, connected to mobile network|
||FAST BLINK||communication in progress|
|**Power supply**||[V]|12 ±10% a.c. /d.c.|
|**Power consumption**when transmitting [W]|when transmitting [W]|when transmitting [W]|2.5|
||in stand-by|[W]|0.4|
|**Terminal section**|||2.5 mm2|
|**Temperature**|ambient|[°C]|-20...55|
||storage|[°C]|-30...85|
|**Relative humidity**|ambient||5...95% non condensing|
||storage||5...95% only external condensation|
|**Modules**|||4|
|**Protection degree**|||IP40|



**Technical details ........................  pag. 11/147 Overall dimensions ......................  pag. 13/38 Application sheets .......................  pag. 12/20** | 

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**ATT** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** ATT GSM modules 

**==> picture [88 x 190] intentionally omitted <==**

- **A** : Power supply input 2x2.5 mm[2] (AWG14) 

- **B** : Input and output terminals 14x2.5 mm[2] (AWG14) 

- **C** : Red LED, input status indicator 

- **D** : Green LED, output status indicator 

- **X** : External antenna (type ATT22-E) RG174 + FME male jack 

**==> picture [87 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
S : GSM indicator LED<br>**----- End of picture text -----**<br>


**==> picture [87 x 190] intentionally omitted <==**

- **A** : Power supply input 2x2.5 mm[2] (AWG14) 

- **B** : Input and output terminals 14x2.5 mm[2] (AWG14) 

- **C** : Red LED, input status indicator 

- **D** : Green LED, output status indicator 

- **X** : External antenna (type ATT-81E) RG174 + FME male jack 

- **S** : GSM indicator LED 

**6** 

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**System Selection tables pro** _**M**_ **compact[®] Command devices** Logic relays, display system 

**CL** 

**==> picture [5 x 55] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC315039F0b06<br>**----- End of picture text -----**<br>


## **Concept** 

CL range logic relays are suitable for small and medium-sized control tasks and are able to substitute logic wiring in a quick and simple manner. 

They can be used for applications in control as well as for timing functions, e. g. 

- in buildings, lighting systems, air-conditioning systems, general control functions, 

- in small machines and systems or 

- as stand-alone control module for small applications. 

## Steps to the application of CL range 

- CL range can be used easily, rapidly and comfortably without any time-consuming planning and programming. 

- The user can discover the advantages and the benefit of these logic relays in no time at all. 

## **Technical Data overview** 

## Logic relays 

- 8 or 12 digital inputs 

- 4 or 6 digital relay outputs 

- optionally with 4 or 8 transistor outputs 

   - CL range provides for the control statements according to a simple circuit diagram. 

   - Setup, storage, simulation and documentation are performed using the compact and user-friendly CL-SOFT software (CL-LAS.PS002). 

- 128 rungs 

- 3 contacts as n/o or n/c contacts in series plus 1 coil per rung 

**6** - optionally with 2 or 4 analog inputs  (not 100-240 V AC version) - 

- power flow display for checking the circuit diagram (devices with display) 

## Software characteristics (CL-SOFT) 

   - display on a PC monitor according to IEC, ANSI 

   - up to 10 languages to choose from 

   - easy installation on all Microsoft Windows[TM] operating systems 

- expansions for local or remote level 

- enclosure color RAL 7035 

- DIN rail mounting 

## Display system 

- useable as compact HMI logic relay 

- fully graphic, backlit display module 

- 12 digital inputs 

- 4 digital relay outputs 

- optionally with 4 transistor outputs 

Logic links instead of wiring 

**==> picture [96 x 83] intentionally omitted <==**

**----- Start of picture text -----**<br>
S1 K1 S4 S6<br>S5<br>oy T1<br>T1<br>K1 K2 T1<br>til 1SVC 110 000 F 0554<br>**----- End of picture text -----**<br>


- 265 rungs 

- 4 contacts as n/o or n/c contacts in series plus 1 coil per rung 

- optionally with 4 analog inputs (not 100-240 V AC version) 

- networking-compatible via CL-NET 

- front panel mounting 

- expansion for local 

## **Further Documentation** 

(download from the internet: www.abb.com/lowvoltage 

- Control Products 

- Electronic Relays and Controls) 

## Remote display 

- Remote display up to a distance of 5 m 

- Illustration of text and status displays 

- Remote adjustment via keypad 

## Technical catalogue 

Electronic Products and Relays 2CDC 110 004 C0205 

- Front panel mounting 

## Manuals 

## Software 

- 16 timing relays 0.01-99:59 h 

- 16 counting relays for up-, down counting 

Logic relay manual 1SVC 440 795 M0100 Remote display manual  1SVC 440 795 M2100 Display system manual  1SVC 440 795 M1100 

- 8 weekly timer, 8 annual timers 

- 16 analog value comparators 

- 16 freely editable text display 

- 32 markers or auxiliary relays 

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**CL** 

**6** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Logic relays, display system 

## **System overview** 

**==> picture [231 x 248] intentionally omitted <==**

**----- Start of picture text -----**<br>
Logic relays<br>2<br>1a 1b<br>7<br>3<br>4<br>6, 8b 6, 8b<br>5 5<br>8a<br>9<br>8b<br>Power<br>2CDC 312 036 F0b07<br>**----- End of picture text -----**<br>


- 1a Logic relay CL-LS.. 

**==> picture [176 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Display system � Compact HMI logic relay<br>**----- End of picture text -----**<br>


**==> picture [207 x 131] intentionally omitted <==**

**----- Start of picture text -----**<br>
CL-NET 8<br>4 ...<br>4<br>10 7<br>9<br>3<br>5 2 3<br>1 2<br>1<br>6<br>2CDC 312 025 F0b06<br>**----- End of picture text -----**<br>


      - 1 Display module CL-LDD.. 

      - 2 Display base module CL-LDC.LN.. 

      - 3 Display I/O module CL-LDR.., CL-LDT.. 

      - 4 Termination resistor CL-LAD.TK009 

      - 5 I/O expansion CL-LER.., CL-LET.. 

      - 6 Coupler unit CL-LEC.. for remote expansion 

      - 7 Memory module CL-LAD.MD004 for display base module 

      - 8 Connecting cable CL-LAD.TK002, CL-LAD.TK003, CL-LAD.TK004 

      - 9 Connecting cable CL-LAD.TK001, CL-LAD.TK011 to connect PC 

      - 10 CL-LINK plug CL-LAS.TK011 for expansion of logic relays CL-LM.. 

      - e.g. door of switchgear cabinet 

- 1b Logic relay CL-LM.. 

- 2 Power supply CL-LAS.SD00... 

- 3 I/O expansion CL-LER.., CL-LET.. for logic relays CL-LM.. 

- 4 Coupler unit CL-LEC.. for remote expansion of logic relays CL-LM.. 

- 5 Memory module CL-LAS.MD003 

   - for logic relays CL-LS.., CL-LM.. 

- 6 Connecting cable CL-LAS.TK001, CL-LAS.TK002 to connect PC 

- 7 CL-LINK plug CL-LAS.TK011 to connect expansion to logic relays CL-LM.. 

- 8a Remote display connection module CL-LDC.S.. 

- 8b Connecting cable CL-LAD.TK007 to connect a remote displays to a logic relay 

- 9 Display module CL-LDD.. 

## Stand alone with I/O module 

- 2 1 Display CL-LDD.. 

- 1 2 Remote display connection module CL-LDC.S.. incl. connecting cable 

- 3 Display base module CL-LDC.L.. 

- 3 

## Expansion of logic relays 

## Communication via CL-NET 

**==> picture [202 x 124] intentionally omitted <==**

**----- Start of picture text -----**<br>
1<br>5<br>3 2b<br>4<br>2a<br>1 Logic relay CL-LM..<br>2CDC 312 037 F0b07<br>**----- End of picture text -----**<br>


- 2 I/O expansion CL-LER.., CL-LET.. 

   - 2a local expansion 

   - 2b remote expansion 

- 3 Coupler unit CL-LEC.. for remote expansion of logic relays CL-LM.. 

- 4 CL-LINK plug CL-LAS.TK011for expansion of logic relays CL-LM.. 

**==> picture [137 x 100] intentionally omitted <==**

**----- Start of picture text -----**<br>
CL-NET<br>...<br>5 5<br>4<br>3 3<br>2 2<br>1 1 2CDC 312 026 F0b06<br>**----- End of picture text -----**<br>


   - 1 Display CL-LDD.. 

   - 2 Display base module CL-LDC.LN.. for CL-NET 

   - 3 Display I/O module CL-LDR.., CL-LDT.. 

   - 4 Connecting cable CL-LAD.TK002, CL-LAD.TK003, CL-LAD.TK004 

   - 5 Termination resistor CL-LAD.TK009 

- 5 up to 30 m 

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**CL** 

**6** _ 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Logic relays 

|Rated<br>operational<br>**Type**<br>voltage<br>Logic relays – 8 inputs, 4 relay outputs|Logic relays – 8 inputs, 4 relay outputs<br>Display + Keypad<br>Timer<br>Expandable|Logic relays – 8 inputs, 4 relay outputs<br>Display + Keypad<br>Timer<br>Expandable|Logic relays – 8 inputs, 4 relay outputs<br>Display + Keypad<br>Timer<br>Expandable|**Order code**|Pack.<br>unit<br>pieces|Price<br>1 piece|Weight<br>1 piece<br>kg/lb|
|---|---|---|---|---|---|---|---|
|**CL-LSR.C12AC1**<br>24 V AC|•|•||1SVR 440 712 R0300|1||0.20/0.44|
|**CL-LSR.CX12AC1**24 V AC||•||1SVR 440 712 R0200|1||0.20/0.44|
|**CL-LSR.12AC2**<br>100-240 V AC|•|||1SVR 440 713 R0100|1||0.20/0.44|
|**CL-LSR.C12AC2**<br>100-240 V AC<br>**CL-LSR.CX12AC2**100-240 V AC<br>**CL-LSR.C12DC1**<br>12 V DC<br>**CL-LSR.CX12DC1**12 V DC<br>**CL-LSR.12DC2**<br>24 V DC|•<br>•<br>•|•<br>•<br>•<br>•||1SVR 440 713 R0300<br>1SVR 440 713 R0200<br>1SVR 440 710 R0300<br>1SVR 440 710 R0200<br>1SVR 440 711 R0100|1<br>1<br>1<br>1<br>1||0.20/0.44<br>0.20/0.44<br>0.20/0.44<br>0.20/0.44<br>0.20/0.44|
|**CL-LSR.C12DC2**<br>24 V DC|•|•||1SVR 440 711 R0300|1||0.20/0.44|
|**CL-LSR.CX12DC2**24 V DC||•||1SVR 440 711 R0200|1||0.20/0.44|
|Logic relays – 8 inputs, 4 transistor outputs||||||||
|**CL-LST.C12DC2**<br>24 V DC<br>•<br>•<br>**CL-LST.CX12DC2**24 V DC<br>•<br>Logic relays – 12 inputs, 6 relay outputs<br>**CL-LMR.C18AC1**24 V AC<br>•<br>•<br>•<br>**CL-LMR.CX18AC1** 24 V AC<br>•<br>•<br>1||||1SVR 440 711 R1300<br>1SVR 440 711 R1200<br>1SVR 440 722 R0300<br>1SVR 440 722 R0200|1<br>1<br>1<br>1||0.20/0.44<br>0.20/0.44<br>0.36/0.79<br>0.36/0.79|
|**CL-LMR.C18AC2**100-240 V AC|•|•|•|1SVR 440 723 R0300|1||0.36/0.79|
|**CL-LMR.CX18AC2**100-240 V AC||•|•|1SVR 440 723 R0200|1||0.36/0.79|
|**CL-LMR.C18DC1**12 V DC<br>**CL-LMR.CX18DC1**12 V DC|•|•<br>•|•<br>•|1SVR 440 720 R0300<br>1SVR 440 720 R0200|1<br>1||0.36/0.79<br>0.36/0.79|
|**CL-LMR.C18DC2**24 V DC<br>•<br>•<br>**CL-LMR.CX18DC2**24 V DC<br>•<br>Logic relays – 12 inputs, 8 transistor outputs<br>**CL-LMT.C20DC2**<br>24 V DC<br>•<br>•|||•<br>1SVR 440 721 R0300<br>•<br>1SVR 440 721 R0200<br>Logic relays – 12 inputs, 8 transistor outputs<br>•<br>1SVR 440 721 R1300||1<br>1<br>1||0.36/0.79<br>0.36/0.79<br>0.36/0.79|
|**CL-LMT.CX20DC2**24 V DC||•|•|1SVR 440 721 R1200|1||0.36/0.79|
|Rated<br>operational<br>**Type**<br>voltage<br>Expansion – 2 relays outputs<br>**CL-LER.2O**<br>-||||**Order code**<br>1SVR 440 709 R5000|Pack.<br>unit<br>pieces<br>1|Price<br>1 piece|Weight<br>1 piece<br>kg/lb<br>0.07/0.15|
|Expansions – 12 inputs, 6 relay outputs||||||||
|**CL-LER.18AC2**<br>100-240 V AC<br>**CL-LER.18DC2**<br>24 V DC<br>Expansion - 12 inputs, 8 transistor outputs<br>**CL-LET.20DC2**<br>24 V DC||||1SVR 440 723 R0000<br>1SVR 440 721 R0000<br>1SVR 440 721 R1000|1<br>1<br>1||0.26/0.57<br>0.22/0.49<br>0.21/0.46|
|Coupler unit for remote expansion with a distance of up to 30 m||Coupler unit for remote expansion with a distance of up to 30 m||||||
|**CL-LEC.CI000**<br>-||||1SVR 440 709 R0000|1||0.07/0.15|



**==> picture [75 x 658] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type<br>CL-LSR<br>CL-LST<br>1<br>CL-LMR<br>qe tf<br>CL-LMT<br>Type<br>CL-LER<br> —<br>=<br>CL-LEC<br>2CDC311034F0b06<br>2CDC311033F0b06<br>2CDC311036F0b06<br>2CDC311035F0b06<br>2CDC311037F0b06<br>2CDC311038F0b06<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/39** 

ABB 

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**CL** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Accessories for logic relays 

|||||||Pack.|Price|Weight|
|---|---|---|---|---|---|---|---|---|
||||2CDC311012F0b07||unit<br>**Type**<br>Description<br>**Order code**<br>pieces<br>Software CL-SOFT for programming and control of CL range devices<br>**CL-LAS.PS002**<br>Installation CD-ROM<br>1SVR 440 799 R8000<br>1||1 piece|1 piece<br>kg/lb<br>0.10/0.21|
||||||for Microsoft WindowsTM||||
||||||Memory module for logic relays||||
|**CL-LAS.PS002**|||||**CL-LAS.MD003**<br>Memorysize: 32 kB<br>1SVR 440 799 R7000|1||0.02/0.04|
|**CL-LAS.MD003**|||2CDC311013F0b07||Connecting cable with serial interface to connect PC and logic relay<br>**CL-LAS.TK001**<br>Length: 2 m<br>1SVR 440 799 R6000<br>1<br>Connecting cable with USB interface to connect PC and logic relay|||0.10/0.22|
||||||**CL-LAS.TK002**<br>Length:<br>1SVR 440 799 R6100|1|||
||||2CDC311014F0b07||Connecting cable for point-to-point connection of remote-display connection module<br>and logic relay<br>**CL-LAD.TK007**<br>Length: 5 m,adaptable<br>1SVR 440 899 R6600<br>1<br>0.20/0.44||||
|**CL-LAS.TK001**|||||Fixing brackets for screw mounting of logic relay, expansion, display base module||||
||||||**CL-LAS.FD001**<br>content: 9 fixingbrackets<br>1SVR 440 799 R5000|1||0.01/0.01|
|**CL-LAS.TK011**|||2CDC311031F0b07||Connecting plug CL-LINK for connection of logic relay to expansion<br>**CL-LAS.TK011**<br>CL-LINK<br>1SVR 440 799 R5100<br>1|||0.10/0.22|
|||||||Pack.|Price|Weight|
||||||Rated input<br>Rated output|unit|1 piece|1 piece|
||||||**Type**<br>voltage<br>voltage/current<br>**Order code**|pieces||kg/lb|
|=|=|=|2CDC311016F0b07||Input-/ output simulator with wall power supply, fits to CL-LSR and CL-LST<br>**CL-LAS.TD001**<br>100-240 V AC<br>24 V DC<br>1SVR 440 793 R0000<br>1<br>Primary switch mode power supplies<br>**CL-LAS.SD001**<br>100-240 V AC 24 V DC / 0.35 A<br>1SVR 440 703 R0000<br>1<br>12 V DC / 20 mA<br>**CL-LAS.SD002**<br>100-240 V AC 24 V DC / 1.25 A<br>1SVR 440 713 R0000<br>1|||0.19/0.43<br>0.10/0.22<br>0.20/0.44|
|=|=||||||||
||**CL-LAS.SD..**||||||||
|||||||Pack.|Price|Weight|
|||||||unit|1 piece|1 piece|
|ensue<br>wansansl|ensue|j|2CDC311017F0b07||**Type**<br>Rated operational voltage<br>**Order code**<br>Graphic display modules 132 x 64 pixel<br>**CL-LDD.XK**<br>without keyboard<br>1SVR 440 839 R4500<br>**CL-LDD.K**<br>with keyboard<br>1SVR 440 839 R4400|pieces<br>1<br>1||kg/lb<br>0.14/0.30<br>0.13/0.29|
||||||Remote display connection modules to displace the display from the logic relay,||Remote display connection modules to displace the display from the logic relay,||
||**CL-LDC.S..**||||incl. connecting cable CL-LAD.TK007, 5 m, length adaptable||||
||||||**CL-LDC.SDC2**<br>24 V DC<br>1SVR 440 841 R0000|1||0.16/0.36|
||||||**CL-LDC.SAC2**<br>100-240 V AC<br>1SVR 440 843 R0000|1||0.16/0.36|



**6** 

**Overall dimensions ......................  pag. 13/39** 

ABB 

**6** /79 

**CL** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Display system 

**==> picture [134 x 367] intentionally omitted <==**

**----- Start of picture text -----**<br>
y a S|<br>| oS este=<br>CL-LDD.K<br>=<br>']<br>= i ae<br>i<br>CL-LDC.LN..<br>6<br>CL-LDR<br>2CDC311028F0b06<br>2CDC311031F0b06<br>2CDC311032F0b06<br>**----- End of picture text -----**<br>


||Pack.|Price|Weight|
|---|---|---|---|
|**Type**<br>Rated operational voltage<br>**Order code**<br>Grafic Display modules 132 x 64 pixel<br>**CL-LDD.XK**<br>without keyboard<br>1SVR 440 839 R4500<br>**CL-LDD.K**<br>with keyboard<br>1SVR 440 839 R4400|unit<br>pieces<br>1<br>1|1 piece|1 piece<br>kg/lb<br>0.14/0.30<br>0.13/0.29|
|Display base modules - CPU / power supply<br>**CL-LDC.LDC2**<br>24 V DC<br>1SVR 440 821 R0000|1||0.16/0.36|
|**CL-LDC.LAC2**<br>100-240 V AC<br>1SVR 440 823 R0000|1||0.16/0.36|
|Display base modules - CPU / power supply, networking-compatible (CL-NET)||||
|**CL-LDC.LNDC2**<br>24 V DC<br>1SVR 440 821 R1000<br>**CL-LDC.LNAC2**<br>100-240 V AC<br>1SVR 440 823 R1000<br>Display I/O modules - 8 inputs, 4 relay outputs<br>**CL-LDR.16AC2**<br>100-240 V AC<br>1SVR 440 853 R0000|1<br>1<br>1||0.17/0.38<br>0.17/0.38<br>0.17/0.38|
|**CL-LDR.16DC2**<br>24 V DC<br>1SVR 440 851 R0000|1||0.17/0.38|
|Display I/O modules - 8 inputs, 4 relay outputs, 1 analog output||||
|**CL-LDR.17DC2**<br>24 V DC<br>1SVR 440 851 R2000|1||0.17/0.38|
|Display I/O module - 8 inputs, 4 transistor outputs<br>**CL-LDT.16DC2**<br>24 V DC<br>1SVR 440 851 R1000<br>1<br>Display I/O module - 8 inputs, 4 transistor outputs, 1 analog output|||0.14/0.30|
|**CL-LDT.17DC2**<br>24 V DC<br>1SVR 440 851 R3000|1||0.14/0.30|



**Overall dimensions ......................  pag. 13/39** LT 

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**6** /80 

**CL** 

## **System Selection tables pro** _**M**_ **compact[®] Command devices** Accessories for display system 

|||||||Pack.|Price|Weight|
|---|---|---|---|---|---|---|---|---|
|||||||unit|1 piece|1 piece|
|AEG|2CDC311018F0b07||**Type**<br>Description<br>Memory module for display base modules<br>**CL-LAD.MD004**<br>Memorysize: 256 kB||**Order code**<br>1SVR 440 899 R7000|pieces<br>1||kg/lb<br>0.02/0.03|
|c-LAD|||Connecting cable with serial interface to connect PC and display base module|Connecting cable with serial interface to connect PC and display base module|||||
|woo|||**CL-LAD.TK001**|**CL-LAD.TK001**<br>Length: 2 m|1SVR 440 899 R6000|1||0.11/0.23|
||||Connecting cable with USB interface to connect PC and display base module|Connecting cable with USB interface to connect PC and display base module|||||
|**CL-LAD.MD004**|||||||||
||||**CL-LAD.TK011**|Length:|1SVR 440 899 R6700|1|||
|————<br>ani|2CDC311021F0b07||Network cable (CL-NET) to connect 2 display base modules<br>**CL-LAD.TK002**<br>Length: 0.3 m<br>1SVR 440 899 R6100<br>1<br>**CL-LAD.TK003**<br>Length: 0.8 m<br>1SVR 440 899 R6200<br>1<br>**CL-LAD.TK004**<br>Length: 1.5 m<br>1SVR 440 899 R6300<br>1<br>**Connecting cable for point-to-point connection of remote display connection modules**<br>**and display base module**|||||0.05/0.12<br>0.07/0.14<br>0.08/0.18<br>**Connecting cable for point-to-point connection of remote display connection modules**|
|**CL-LAD.TK009**|||**CL-LAD.TK005**<br>Length: 5 m,adaptable<br>1SVR 440 899 R6400<br>1<br>Connecting cable for point-to-point connection of 2 display base modules, length adaptable|||||0.20/0.44<br>Connecting cable for point-to-point connection of 2 display base modules, length adaptable|
||||**CL-LAD.TK006**|Length: 5 m|1SVR 440 899 R6500|1||0.12/0.26|
||||Termination resistor|Termination resistor|||||
||||**CL-LAD.TK009**|content: 2pieces|1SVR 440 899 R6900|1||0.01/0.02|
||||Protective covers, transparent||||||
||||**CL-LAD.FD001**|for harsh environmental|1SVR 440 899 R1000|1||0.03/0.07|
|||||conditions and application in|||||
|||||the food industry|||||
||||**CL-LAD.FD011**|sealable|1SVR 440 899 R2000|1||0.03/0.07|
||||Assembly tool for mounting of display modules||||||
||||**CL-LAD.FD002**|-|1SVR 440 899 R3000|1|||



**6** 

**Overall dimensions ......................  pag. 13/39** | 

ABB 

**6** /81 

Modular devices in the load management devices category react automatically to variations of parameters and other events in the system to allow plant optimization. 

- E 450 priority switches: the priority switch disconnects the long-term load  as long as the short-term consumer is switched on. 

- RAL overload relays: they monitor the power consumption in the system and signals if the threshold value is reached 

- LSS1/2 load shedding switch: it switches off a maximum of two nonprioritary loads when the preset threshold of power consumption is exceeded 

- SQZ3 phase and sequence relay: it performs the continue monitoring in three-phases networks for the phase sequence, phase failure, minimum voltage. 

- E 236 undervoltage monitoring relays control the three-phase undervoltage (each phase to neutral) of switchgear. 

**7** 

## **Other modular devices Load management devices** 

## **Index** 

## **Selection tables** 

|||**Selection tables**|
|---|---|---|
|||E 450 priority switches ..........................................................................................................**7**/2|
|||RAL overload relays ..............................................................................................................**7**/4|
|||LSS1/2 load shedding switch................................................................................................**7**/6|
|||E 235 mains disconnection relays .........................................................................................**7**/8|
|SQZ3 phase and sequence relay ..........................................................................................**7**/9<br>RH/RL Maximum and minimum current/voltage relays ......................................................**7**/10<br>E 236 undervoltage monitoring relays .................................................................................**7**/12<br>LEE 230 extractable power failure signalling lamp..............................................................**7**/15<br>Ae<br>*<br>'e<br>:<br>e|||



**ABB** SACE 

**7** /1 

**E 450** 

**7** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** E 450 priority switches 

## **E 450 priority switches** 

The priority switch is used in wiring systems where existing lead cross sections or the size of the power supply service box do not allow for simultaneous operation of two powerful loads (e.g. storage heating and flow-type heater). 

The priority switch disconnects the long-term load (storage heating) for as long as the short-term consumer (flow-type heater) is switched on. 

The coil of the priority switch is connected in series to the short-term load. When this load is switched on, the NC contact of the priority switch disconnects e.g. the heating system contactor. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400457F0201<br>**----- End of picture text -----**<br>


**==> picture [376 x 116] intentionally omitted <==**

**----- Start of picture text -----**<br>
Rated  Power  Order  Bbn Price  Price  Weight  Pack<br>current  loss  details 4016779  1 piece  group  1 piece unit<br>range<br>W  Type code Order code  EAN kg  pc.<br>For pneumatically controlled flow-type heaters<br> 6,7 ... 39 A   2.4 E 451- 5.7 A 2CDE160000R0901  41590 3   0.1  10<br>For electronically controlled flow-type heaters<br> 6.7 ... 39 A   2.4 E 452-5.7 A  2CDE160010R0901  20950 2   0.1  10<br>**----- End of picture text -----**<br>


**==> picture [5 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
SK 0078 Z 00<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/40** 

ABB 

**7** /2 

**E 450** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** E 450 priority switches 

|**Technical characteristics**|**E 451-5.7**|**E 452-5.7**|
|---|---|---|
||||
|**Operating coil**|||
|Range of rated current||6.7 … 39 A|
|equivalent to|1.5 … 9 kW at 230 V, 4.6 … 27 kW at 230/400 V||
|Threshold current||3.1 … 5.3 A|
|OFF delay (max.)|0 main half waves|<br>2 main half waves|
|Max. continuous current||43 A|
|Therm. continuous capacity|||
|at 40 °C/104 °F||5 W|
|**Contact assembly**|||
|Control contact||1 NC contact|
|Rated contact current at 250 V||1 A|
|Contact material||solid silver|
|Max. switching voltage||400 V|
|Max. switching capacity||230 VA|
|Max. switched current||1 A|
|Max. inrush current peak||5 A|
|Electr. service life||> 105operations|
|Mechanical service life||ca. 2 x 106operations|
|Max. electrical switching rate||ca. 1800 operations/hour|
|ON duration||100 %|
|Ambient temperature|– 20 °C/– 4 °F to + 40 °C/104 °F||
|Response time||10 … 20 ms|
|Release time|5 … 20 ms|≥20 ms|
|Test voltage contact/coil||2.5 kV|
|Clearance and creepage distance|C/250 V AC cording to IEC 669-1-23||
|Degree of protection||IP 40|
|Protection against electric shock<br>Terminal contact|according to DIN VDE 0106 Part 100 (BGV A2)<br>series coil up to 16 mm2, control contact up to 2.5 mm2||



**7** 

**Overall dimensions ......................  pag. 13/40** ABB 

**7** /3 

**RAL** 

**7** Z 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** RAL overload relays 

## **RAL overload relays** 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400510F0201<br>**----- End of picture text -----**<br>


Installed downstream of the main circuit-breaker in a single-phase system, they constantly compare the actual power consumption to the preset threshold. An acoustic alarm alerts that some appliances must be switched off to avoid tripping the main circuit-breaker whenever the preset threshold is exceeded. The device calibration is 3 kW. 

RAL built in relay output contact allows the following functions to be implemented: 

a) remote signalling (acoustic or lighting) 

b) opening a divisional circuit-breaker to disable a non essential electrical appliance. 

Function b) allows one or more appliances to be automatically switched off in order to keep the power consumption within the preset limit and avoid unwanted tripping of the current-limiting device installed outside the home (e.g. in the basement). RAL must be reset manually. 

|Adjustable|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
|range|**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|kW|**Type code**|Order code|**EAN**|||kg|pc.|
|0/3|**RAL 3**|2CSM111200R1301|**400509**|||0.200|1|
|0/6|**RAL 6**|2CSM121200R1301|**400608**|||0.200|1|



|**Technical characteristics**<br>**RAL3**<br>**RAL6**<br>**Rated voltage Un**<br>[V]<br>a.c. 230<br>**Rated current In**<br>[A]<br>18.3<br>27.5<br>**Rated contact capacity In**<br>[A]<br>12 cosϕ=1; 4 cosϕ=0.8<br>**Rated frequency**<br>[Hz]<br>50<br>**Adjustment ranges**<br>[A]<br>0 ...18.3<br>0…27.5<br>~~On~~|**Technical characteristics**<br>**RAL3**<br>**RAL6**<br>**Rated voltage Un**<br>[V]<br>a.c. 230<br>**Rated current In**<br>[A]<br>18.3<br>27.5<br>**Rated contact capacity In**<br>[A]<br>12 cosϕ=1; 4 cosϕ=0.8<br>**Rated frequency**<br>[Hz]<br>50<br>**Adjustment ranges**<br>[A]<br>0 ...18.3<br>0…27.5<br>~~On~~|**Technical characteristics**<br>**RAL3**<br>**RAL6**<br>**Rated voltage Un**<br>[V]<br>a.c. 230<br>**Rated current In**<br>[A]<br>18.3<br>27.5<br>**Rated contact capacity In**<br>[A]<br>12 cosϕ=1; 4 cosϕ=0.8<br>**Rated frequency**<br>[Hz]<br>50<br>**Adjustment ranges**<br>[A]<br>0 ...18.3<br>0…27.5<br>~~On~~|
|---|---|---|
|**Power consumption**<br>[W]||10|
|**Modules**<br>[No.]||2|
|**Intervention delay**||instantaneous|



**Overall dimensions ......................  pag. 13/40 Application sheets .......................  pag. 12/22** PT 

ABB 

**7** /4 

**RAL** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** RAL overload relays 

**==> picture [380 x 424] intentionally omitted <==**

**----- Start of picture text -----**<br>
Acoustic warning<br>N<br>3 kW max for RAL 3<br>230 V~<br>6 kW max for RAL 6<br>L<br>RAL overload relay<br>cannot be connected<br>to a contactor.<br>5 6 7 8<br>Load release<br>L<br>230 V a.c.<br>N<br>Main circuit<br>breaker<br>5 6 8<br>Shunt trip<br>RAL (230 V a.c.)<br>in case of<br>circuit-breaker<br>tripping<br>1 2 3<br>Lights Dedicated<br>socket<br>OEPM0051<br>OEPM0052<br>**----- End of picture text -----**<br>


**7** 

ABB 

**7** /5 

**LSS1/2** 

**7** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** LSS1/2 load shedding switch 

## **LSS1/2 load shedding switch** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400511F0201<br>**----- End of picture text -----**<br>


Installed downstream of the main circuit-breaker, it compares the actual power consumption of the system to a preset maximum permitted value, and prevents tripping of the main circuit-breaker by sequentially switching off a maximum of two non-prioritary loads (NPL1 and NPL2) when the preset threshold is exceeded. A green LED indicates the presence of the supply voltage, and two red LEDs indicate the load OFF conditions. At preset time intervals, the device automatically attempts to reconnect the previously disabled loads. Note: In unbalanced threephase systems same function of LSS1/2 can be implemented via DMTME multimeters. Digital outputs of the multimeter can be set to trip with an user defined delay to switch off - by means of external contactors - non prioritary loads of arbitrary consumption. See for details page 10/142. 

**Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. **LSS1/2** 2CSM112500R1311 **274407** 0.400 1 

## **Technical characteristics** 

|**Rated voltage Un**|[V]|a.c. 230|
|---|---|---|
|**Rated capacity In**|[A]|90|
|**Rated contact capacity In**|[A]|16 each|
|**NPL1 and NPL2**||(terminals 12 and 14)|
|**Rated frequency**|[Hz]|50/60|
|**Regulating thresholds**|[A]|5...30|
|**Load reinsertion delay**||10...60<br>15...90<br>5-7 min. (NPL1); 4-5, 50 min. (NPL2)|
|**Load disinsertion delay**||about 2 sec.|
|**Indicators**||1 green LED = supply voltage available|
|||2 red LEDs = loads switched off|
|**Load OFF remote signalling**|[A]|1 (terminals 11 and 13)|
|**Terminals**<br>Primary load||35 mm2|
|Non prioritary loads||10 mm2|
|**Power consumption**|[W]|5|
|**Modules**|[No.]|5|



> - The device must be inserted into the network downstream of the main circuit breaker 

- PL= Primary Load - NPL= Non Prioritary Load 

**Overall dimensions ......................  pag. 13/40 Application sheets .......................  pag. 12/23** PT 

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**7** /6 

**LSS1/2** 

**7** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** LSS1/2 load shedding switch 

Single-phase wiring diagram for non prioritary loads with 16 A or more current consumption 

Single-phase wiring diagram 

**==> picture [134 x 166] intentionally omitted <==**

**----- Start of picture text -----**<br>
N 230V~ L Auxiliaryforced NPL1 Auxiliaryremote<br>and NPL2 signalling<br>switch off<br>O00 000000<br>1   3 5 7 9 11 13 15<br>a<br>2   4 6 8 10 12 14 16<br>LOAD PL NPL1 NPL2<br>**----- End of picture text -----**<br>


Balanced three-phase wiring diagram 

**==> picture [394 x 201] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1<br>L2<br>L3<br>Poy<br>TA/5A<br>380 V | (O<><br>(_)~)><br>220 V<br>E Le1 Le2<br>1   3 5 7 9 11 13 15<br>PL NPL1 NPL2<br>0d 5650000 il] ZI Z1/--f--f--<br>2   4 6 8 10 12 14 16<br>**----- End of picture text -----**<br>


**==> picture [5 x 32] intentionally omitted <==**

**----- Start of picture text -----**<br>
OEPM0150<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/40** 

**Application sheets .......................  pag. 12/23** 

ABB 

**7** /7 

**E 235** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** E 235 mains disconnection relays 

**==> picture [6 x 160] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400466F0201<br>2CSC400467F0201<br>**----- End of picture text -----**<br>


## **E 235 mains disconnection relays - Bioswitch** 

Constant exposure of electrical interference fields originating from live conductors - as is the case e.g. in bedrooms - may impair the well-being of people, experts say. 

With the extra base load adapter E235-GLA, the mains disconnection relays can be switched on manually. 

For the permanent installation of loads that switch on independently of the supply voltage, such as fluorescent lamps, a E235-GLE PTC base load element is available. 

**==> picture [382 x 90] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Description|Order|Bbn|Price|Price|Weight|Pack|
|details|4016779|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|mains disconnection relay|E 235-NFS|2CDE110000R1701|571821|0.065  1|
|base load element|E 235-GLE|2CDE100500R1711|571814|0.001  1|
|base load adapter|E 235-GLA|2CDE100510R1711|571869|0.070  1|
|Ot|

**----- End of picture text -----**<br>


**==> picture [64 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagram<br>**----- End of picture text -----**<br>


**7** 

**==> picture [153 x 71] intentionally omitted <==**

**----- Start of picture text -----**<br>
use with dim-<br>mer<br>(potential-free<br>NO contact)<br>2CDC 052 106 F0003 2CDC 052 107 F0003<br>**----- End of picture text -----**<br>


## **Technical features** 

**Short circuit rupturing capacity** 16 A/230 V a.c. **Rated frequency** 50/60 Hz **Range of control voltage** 0.9 to 1.1 Un **Load of filament lamps** 2300 W **Fluorescent lamp load:** twin lamp circuit 100 W shunt compensated 56 W electronic ballast max. 36 W, dependent on manufacturer **Induce load** 6 A cosϕ = 0.6 **Max. switching capacity (cos** ϕ **0.5)** 3500 VA **Intrinsic consumption ca.** 1 W **Control voltage** 5 V a.c. **Adjustable making capacity** 2 - 15 VA **Breaking capacity** 0.66 x making capacity **ON delay** 50 ms **OFF delay** ca. 3 sec. **Contact assembly** 1 NO contact **Service life at rated load** > 100000 switching cycles **Ambient temperature** - 10 °C/14 °F to +45 °C/113 °F **Connection capacity (clamping terminal)** max 2.5 mm[2] 

**Overall dimensions ......................  pag. 13/41** ee 

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**7** /8 

**SQZ3** 

**7** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** SQZ3 phase and sequence relay 

## **SQZ3 phase and sequence relay** 

SQZ3 relay performs the following continue monitoring functions on three-phase networks at 400 V a.c.: 

- phase sequence 

- phase failure 

- minimum voltage (adjustable up to 70% of Vn). 

If one of the three failures is detected, the output relay (safety switching contact) intervenes with a delay adjustable from 2 to 20 seconds for minimum voltage only and controls the following: 

- acoustic alarms 

- motor controlling contactors 

**==> picture [410 x 80] intentionally omitted <==**

**----- Start of picture text -----**<br>
motor controlling contactors<br>- circuit-breakers with coils.<br>Order  Bbn Price  Price  Weight  Pack<br>details 8012542  1 piece  group  1 piece unit<br>Type code Order code  EAN kg  pc.<br>ee SQZ3  2CSM111310R1331  372004  0.300  1<br>2CSC400515F0201<br>**----- End of picture text -----**<br>


**==> picture [370 x 221] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagram<br>L1<br>L2<br>L3<br>Automatic<br>circuit breaker<br>L1<br>L2<br>L3 =<br>7 8 9 10 11 12<br>SQZ3400V50-60Hz<br>70% 100%<br>OK Phases Sequence400V 50Hz Min Voltage<br>a OK Three phases 2 &®> 20<br>oo OK Min Voltage «8 Delay (s)<br>1 2 3 4 5 6<br>NO NC C<br>[|<br>Output Three-phase<br>contact 10 A  250 V motor OEPM0055<br>**----- End of picture text -----**<br>


## **Technical features** 

|**Technical features**|||
|---|---|---|
|**Supply voltage**|[Vn]|400 V a.c.|
|**Frequency**|[Hz]|50/60|
|**Contact type**|[A]|1 CO, 250 V, 10 A (cosϕ=1) safety switching|
|**Minimum voltage adjustment trimmer**|[%]|100 to 70% of Vn|
|**Intervention delay adjustment trimmer**|[s]|2 to 20 (only for min. voltage)|
|**Protection degree**|[IP]|20|
|**Operating temperature**|[°C]|-10…+55|
|**Power consumption**|[W]|1.5|
|**Modules**|[No.]|3|



**Overall dimensions ......................  pag. 13/41** 

**Application sheets .......................  pag. 12/24** 

ABB 

**7** /9 

**System Selection tables pro** _**M**_ **compact[®] Load management devices** Maximum and minimum current/voltage relays 

**RH/RL** 

**7** " 

## **Maximum and minimum current/voltage relays** 

These relays are used for monitoring current and voltage on single-phase electrical networks, to ensure perfect protection of the devices installed on the system. 

The range includes: 

- maximum current (RHI) and maximum voltage (RHV) relays. The control relay remains on as long as the measured quantity stays below the preset threshold value. 

- minimum current (RLI) and minimum voltage (RLV) relays. The control relay remains on as long as the measured quantity stays above a preset threshold value. 

Both types of relays have trimmers for adjusting the switch-off delay and the hysteresis (from 1 to 45%). 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400513F0201<br>**----- End of picture text -----**<br>


The 100 V and 5 A relay inputs allow indirect connection of external CTs and VTs for monitoring voltage and current values exceeding the maximum device scale 

|Type|**Order**<br>**details**||**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|---|---|---|---|---|---|---|---|
||**Type code**|Order code|**EAN**|||kg|pc.|
|maximum current relay|**RHI**|2CSM121310R1321|**334309**|||0.300|1|
|maximum voltage relay|**RHV**|2CSM111310R1321|**334101**|||0.300|1|
|minimum current relay|**RLI**|2CSM122310R1321|**334200**|||0.300|1|
|minimum voltage relay|**RLV**|2CSM112310R1321|**334002**|||0.300|1|



|**Technical characteristics**|||
|---|---|---|
|**Rated voltage Un**<br>[V]<br>a.c. 230<br>**Contact type**<br>1 CO, 250 V, 16 A<br>~~EEE~~|||
|**Rated frequency**|[Hz]|50/60|
|**Current relay alarm thresholds**|[A]|2, 5, 10|
|**Voltage relay alarm thresholds**|[V]|100, 300, 500|
|**Adj. calibration of In and Vn%**|[%]|30...100|
|**Adjustable hysteresis value**|[%]|1...45|
|**Time delay**|[s]|1...30|
|**Power consumption**|[W]|2|
|**Modules**|[No.]|3|
|**Control relay alarm indication**||red LED on = alarm|
|**Power supply** **lighting indication**||green LED on = ON|
|**Alarm indication**||blinking green LED = alarm|



**Overall dimensions ......................  pag. 13/41** LT 

ABB 

**7** /10 

**RH/RL** 

**7** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** Maximum and minimum current/voltage relays 

**==> picture [512 x 144] intentionally omitted <==**

**----- Start of picture text -----**<br>
C 2A C 100V<br>5A 300V<br>10A 500V<br>7 8 9 10 11 12 7 8 9 10 11 12<br>RHI 230 V~ 50...60Hz16A (cos    1) 2030 40 45 Hysteresis Δ  I   % RHV 230 V~ 50...60Hz16A (cos    1) 2030 40 45 Hysteresis Δ  V   %<br>10 1 10 1<br>20 30 20 30<br>C NC NO PowerON Operatingtime (s) C NC NO PowerON Operatingtime (s)<br>1 2 3 4 5 6 10 1 1 2 3 4 5 6 10 1<br>Supply 230 V~NL Output OEPM0059 Alarm 504070  [90] 10030 CurrentI % OEPM0061 Supply 230 V~NL Output OEPM0060 Alarm 504070  [90] 10030 VoltageV % OEPM0062<br>**----- End of picture text -----**<br>


## Maximum voltage relay (RHV) application example 

## Monitoring a load with the following ratings: 

- In = 5 A (standard rated operating current) 

- Vn = 230 V a.c. (standard rated operating voltage) Vmax = 250 V a.c. (RHV relay intervention voltage) 

   2.  Set the “Voltage%” trimmer to 83.33%, since: V% = 250 (Vmax) x100=83.33% 300 (Vset) 

   being terminal 7-11 wired. 

   3.  Set the “hysteresis %” trimmer; choosing 5% gives a intervention range from 237.5 to 250 V (250-5%=237.5 V). 

      - The relay will switch at 250 V and return to its normal state at 237.5 V 

1.  Connect as in the diagram (since Vmax=250 V). 

**==> picture [497 x 196] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 4.  Adjust the “delay” trimmer to select the desired relay intervention<br>N Network to be measured Vmax 250 V a.c. LOAD delay (1…30 sec).<br>During this delay the “Power ON” LED blinks; at the end of the delay<br>C the “Alarm” LED becomes steadily lit and the relay intervenes.<br>7 8 9 10 11 12<br>Vmax=250 V<br>RHV hysteresis windowSelected<br>=5%<br>237.5 V<br>A<br>Vn=230 V<br>1 2 3 4 5 6<br>NOTE Alarm on Alarm off as out of the<br>Generally connect terminals: hysteresis window<br>     7-10 if Vmax is ≤100 V Regular Alarm on as within of the<br>voltageSupply Alarm      7-11 if Vmax  is >100 V and ≤300 V operation hysteresis window<br>230 V a.c.      7-12 if Vmax  is >300 V and ≤500 V<br>OEPM0124<br>**----- End of picture text -----**<br>


4.  Adjust the “delay” trimmer to select the desired relay intervention delay (1…30 sec). 

   - During this delay the “Power ON” LED blinks; at the end of the delay the “Alarm” LED becomes steadily lit and the relay intervenes. 

ABB 

**7** /11 

**E 236** 

**7** _ 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** E 236 undervoltage monitoring relays 

## **E 236 undervoltage monitoring relays** 

## Function 

**==> picture [5 x 170] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400462F0201<br>2CSC400463F0201<br>**----- End of picture text -----**<br>


The green LED is lit when the supply voltage is applied. If each phase voltage exceeds 195 V (US1) or exceeds the preset threshold value (US2) with respect to the neutral including the hysteresis when switching the device on, the relay switches immediately into the working position. The yellow LED is lit. If at least one phase voltage falls below the threshold value, the relay goes back into its normal position and the yellow LED goes out. 

If also phase 2 fails, the green LED goes out, too. 

It is indispensable to connect the neutral conductor! 

## Application - devices with 2CO contacts 

For the control of three-phase undervoltage (each phase to neutral) of switchgear, also for installations according to DIN VDE 0100-718 (power installations in hospitals and rooms used for medical purposes outside of hospitals) and DIN VDE 0108-100 (power installations and safety supply in buildings where many people gather). 

US 1: 3 phases to neutral with fixed threshold at 195 V; hysteresis fixed 5 % US 2: 3 phases to neutral with fixed threshold at 160 – 240 V; hysteresis fixed 5 % 

|Contact|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**4016779**|1 piece|group|1 piece|unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|2CO|**E 236-US 1**|2CDE165000R2001|**511087**|||0.095  5|0.095  5|
|2CO|**E 236-US 2**|2CDE165010R2001|**511094**|||0.095  5|0.095  5|



**Technical features US 1 US 2** 

**Rated voltage** 250 V a.c. **Frequency** 48-63 Hz Matboo+ Ps ~~ee~~ **Measuring range:** supply voltage  overload capacity 3N 400/230 V a.c. (terminals N-L1-L2-L3)3N 459/265 V a.c. **Switching capacity** device in series (distance < 5 mm): 750 VA (3 A/250 V a.c.); ee **Rated insulation voltage** 250 V a.c. (corresponds with IEC 664-1)device not in series (distance > 5 mm): 1250 VA (5 A/250 V a.c.) a **Rated surge voltage** 4 kV ia w To a **Tripping delay** ca. 100 ms I; pat ee **Clearence and creepage distance** > 6 mm (between contact and electronics) **Mechanical service life** 20 x 10[6] operations **Electrical service life at 10000 VA** 2 x 10[5] operations **Max. switching rate** max. 6/min (1000 VA Ohmic load); max. 60/min (100 VA Ohmic load) **Ambient temperature** -25 °C/-13 °F to +55 °C/131 °F **Overvoltage category** III 

**E 236 US 1 E 236 US 2** 

**Accuracy in non-changing environment:** 

||setting tolerance (US 2)≤5 %<br>repeat accuracy<br>±1 %|setting tolerance (US 2)≤5 %<br>repeat accuracy<br>±1 %|
|---|---|---|
||temperature effect|≤0.1 %/°C|
|**Terminals**||up to 4 mm2|
|**Specifications**||VDE 0110 and VDE 0435|
|**EMC tests**||EM 50081-1 and EN 50082-2|
|**Displays**||LED green= supply voltage applied; LED yellow= relay status|
|**Power loss**||1.7 W|



**Overall dimensions ......................  pag. 13/42** 

ABB 

**7** /12 

**System Selection tables pro** _**M**_ **compact[®] Load management devices** E 236 undervoltage monitoring relays 

**E 236** 

Devices for panel installation onto mounting rails (35 mm) according to DIN EN 60715 mounting depth: 68 mm 

|mounting depth: 68 mm<br>mounting width: 17.5 mm = 1 module<br>color:<br>gray, RAL 7035<br>Application - devices with 1CO contact<br>For three-phase undervoltage monitoring (each phase connected to a neutral conductor) of switch-<br>gear. Devices with fixed threshold value (US 1.x and US 1.1 D) also for installations according to<br>DIN VDE 0100-718 (for medical purposes) and DIN VDE 0108-100 (power installations and safety<br>supply in installations  for gathering of people).<br>US 1.1:<br>3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %<br>US 2.1:<br> 3 phases to neutral conductor with threshold value range of 160 – 240 V; hysteresis fixed<br>at 5 %<br>US 1.1D:3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %,<br>but with switch-on delay of 0.1 (6 sec.) to 10 min<br>**Technical features**<br>**US 1.1     US 2.1     US 1.1D**<br>**Supply circuit**<br>**Supply voltage (= measured  voltage):**<br>3N~ 400/230 V AC (terminals  N-C1-C2-C3)<br>**Overvoltage  permanent:**<br>3N~ 459/265 V AC<br>**Frequency:**<br>48 – 63 Hz (AC sinus)<br>**Rated surge voltage:**<br>4 kV<br>**Overvoltage category:**<br>III<br>**Output circuit (isolated two-way-switch)**<br>**Rated voltage:**<br>250 V AC<br>**Switiching capacity:**<br>1250 VA (5 A/250 V AC)<br>**E 236-US 1.1**<br>2CDC 051 234 F0005<br>2CDC 051 235 F0005<br>=|i~~ee~~<br>—————<|mounting depth: 68 mm<br>mounting width: 17.5 mm = 1 module<br>color:<br>gray, RAL 7035<br>Application - devices with 1CO contact<br>For three-phase undervoltage monitoring (each phase connected to a neutral conductor) of switch-<br>gear. Devices with fixed threshold value (US 1.x and US 1.1 D) also for installations according to<br>DIN VDE 0100-718 (for medical purposes) and DIN VDE 0108-100 (power installations and safety<br>supply in installations  for gathering of people).<br>US 1.1:<br>3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %<br>US 2.1:<br> 3 phases to neutral conductor with threshold value range of 160 – 240 V; hysteresis fixed<br>at 5 %<br>US 1.1D:3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %,<br>but with switch-on delay of 0.1 (6 sec.) to 10 min<br>**Technical features**<br>**US 1.1     US 2.1     US 1.1D**<br>**Supply circuit**<br>**Supply voltage (= measured  voltage):**<br>3N~ 400/230 V AC (terminals  N-C1-C2-C3)<br>**Overvoltage  permanent:**<br>3N~ 459/265 V AC<br>**Frequency:**<br>48 – 63 Hz (AC sinus)<br>**Rated surge voltage:**<br>4 kV<br>**Overvoltage category:**<br>III<br>**Output circuit (isolated two-way-switch)**<br>**Rated voltage:**<br>250 V AC<br>**Switiching capacity:**<br>1250 VA (5 A/250 V AC)<br>**E 236-US 1.1**<br>2CDC 051 234 F0005<br>2CDC 051 235 F0005<br>=|i~~ee~~<br>—————<|mounting depth: 68 mm<br>mounting width: 17.5 mm = 1 module<br>color:<br>gray, RAL 7035<br>Application - devices with 1CO contact<br>For three-phase undervoltage monitoring (each phase connected to a neutral conductor) of switch-<br>gear. Devices with fixed threshold value (US 1.x and US 1.1 D) also for installations according to<br>DIN VDE 0100-718 (for medical purposes) and DIN VDE 0108-100 (power installations and safety<br>supply in installations  for gathering of people).<br>US 1.1:<br>3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %<br>US 2.1:<br> 3 phases to neutral conductor with threshold value range of 160 – 240 V; hysteresis fixed<br>at 5 %<br>US 1.1D:3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %,<br>but with switch-on delay of 0.1 (6 sec.) to 10 min<br>**Technical features**<br>**US 1.1     US 2.1     US 1.1D**<br>**Supply circuit**<br>**Supply voltage (= measured  voltage):**<br>3N~ 400/230 V AC (terminals  N-C1-C2-C3)<br>**Overvoltage  permanent:**<br>3N~ 459/265 V AC<br>**Frequency:**<br>48 – 63 Hz (AC sinus)<br>**Rated surge voltage:**<br>4 kV<br>**Overvoltage category:**<br>III<br>**Output circuit (isolated two-way-switch)**<br>**Rated voltage:**<br>250 V AC<br>**Switiching capacity:**<br>1250 VA (5 A/250 V AC)<br>**E 236-US 1.1**<br>2CDC 051 234 F0005<br>2CDC 051 235 F0005<br>=|i~~ee~~<br>—————<|mounting depth: 68 mm<br>mounting width: 17.5 mm = 1 module<br>color:<br>gray, RAL 7035<br>Application - devices with 1CO contact<br>For three-phase undervoltage monitoring (each phase connected to a neutral conductor) of switch-<br>gear. Devices with fixed threshold value (US 1.x and US 1.1 D) also for installations according to<br>DIN VDE 0100-718 (for medical purposes) and DIN VDE 0108-100 (power installations and safety<br>supply in installations  for gathering of people).<br>US 1.1:<br>3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %<br>US 2.1:<br> 3 phases to neutral conductor with threshold value range of 160 – 240 V; hysteresis fixed<br>at 5 %<br>US 1.1D:3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %,<br>but with switch-on delay of 0.1 (6 sec.) to 10 min<br>**Technical features**<br>**US 1.1     US 2.1     US 1.1D**<br>**Supply circuit**<br>**Supply voltage (= measured  voltage):**<br>3N~ 400/230 V AC (terminals  N-C1-C2-C3)<br>**Overvoltage  permanent:**<br>3N~ 459/265 V AC<br>**Frequency:**<br>48 – 63 Hz (AC sinus)<br>**Rated surge voltage:**<br>4 kV<br>**Overvoltage category:**<br>III<br>**Output circuit (isolated two-way-switch)**<br>**Rated voltage:**<br>250 V AC<br>**Switiching capacity:**<br>1250 VA (5 A/250 V AC)<br>**E 236-US 1.1**<br>2CDC 051 234 F0005<br>2CDC 051 235 F0005<br>=|i~~ee~~<br>—————<|
|---|---|---|---|
|**E 236-US 2.1**|||**Continuous current:**<br>1250 VA (5 A/250 V AC)<br>**Fuse protection:**<br>5 A flink|
||||**Serviceable life, mechanical:**<br>15x106switchover cycles|
||||**Serviceable life, electric**:<br>2x105switchover cycles at 1,000 VA resistive load|
|OO|2CDC 051 236 F0005<br>||**Max. switching rate:**<br>max. 6/min at 1,000 VA resistive load<br>max. 60/min at 100 VA resistive load<br>**Trip delay:**<br>ca. 200 ms<br>**Pick-up delay (US 1.1D)**<br>0.1 – 10 min<br>**Accuracy under constant conditions**<br>**– setting accuracy (US 2.1/1.1D):**<br>≤5 % of full scale value<br>**– repeat accuracy:**<br>≤2 %<br>**– temperature effect:**<br>≤1 %<br> ——————|
||||**Ambient temperature:**<br>– 25° to + 55 °C|
|**E 236-US 1.1D**|||**Terminals:**<br>1 x 0.5 to 2.5 mm² with/without connector  sleeve<br>1 x 4 mm² without connector sleeve<br>2 x 0.5 to 1.5 mm² with/without connector sleeve<br>2 x 2.5 mm² without connector sleeve|
||||**Pick-up torque:**<br>max. 1 Nm|
||||**Mounting position:**<br>optional|
||||**Vibration resistance:**<br>10 to 55 Hz 0.35 mm (IEC 68-2-6)|
||||**Shock resistance:**<br>15 g 11 ms (IEC 68-2-27)|
||||**Standards:**<br>VDE 0110 und VDE 0435|
||||**EMC tests:**<br>EN 61000-6-2 and EN 61000-6-4|
||||**Back-up fuse**<br>≤16 A|
||||**Displays:**<br>green LED U/t ON<br>all 3 voltages ok|
||||green LED U/t flashes<br>time-out indication|
||||yellow LED ON/OFF<br>position of output relay|



For three-phase undervoltage monitoring (each phase connected to a neutral conductor) of switchgear. Devices with fixed threshold value (US 1.x and US 1.1 D) also for installations according to DIN VDE 0100-718 (for medical purposes) and DIN VDE 0108-100 (power installations and safety supply in installations  for gathering of people). 

US 1.1D:  3 phases to neutral conductor with fixed threshold value at 195 V; hysteresis fixed at 5 %, but with switch-on delay of 0.1 (6 sec.) to 10 min 

**7** 

All measured inputs have to be connected to one phase each. If no three-phase measurement should be carried out, measured inputs have to be connected to one phase to apply the required voltage to all measured inputs. If a load causes inverse voltage exceeding the threshold value Us phase failures cannot be identified. 

**A neutral conductor must be connected in any case!** 

**Overall dimensions ......................  pag. 13/42** 

ABB 

**7** /13 

**E 236** 

**7** 7 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** E 236 undervoltage monitoring relays 

## Undervoltage monitoring device with pick-up delay E 236-US 1.1D 

If the measurement of the voltage of all phases connected exceeds the switching threshold Us, including the hysteresis, the time delay (t) starts to run and the (green LED U/t) flashes. Upon expiry of the time delay (t), the output relay R picks up (yellow LED on, green LED U/t flashes). If the measured voltage of one of the connected phases falls below the switching threshold Us, the output relay de-energizes (yellow LED is off, green LED U/t is off). 

||||Undervoltage monitoring device with pick-up delay E 236-US 1.1D<br>If the measurement of the voltage of all phases connected exceeds the switching threshold Us, includings, including, including|
|---|---|---|---|
|i. ||2CDC 051 234 F0005||If the measurement of the voltage of all phases connected exceeds the switching threshold Us, includings, including, including<br>the hysteresis, the time delay (t) starts to run and the (green LED U/t) flashes. Upon expiry of the time delay<br>(t), the output relay R picks up (yellow LED on, green LED U/t flashes). If the measured voltage of one of<br>the connected phases falls below the switching threshold Us, the output relay de-energizes (yellow LED iss, the output relay de-energizes (yellow LED is, the output relay de-energizes (yellow LED is<br>off, green LED U/t is off).<br>Contact<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**4016779**<br>1 piece<br>group<br>1 piece<br>unit<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>1 two-way switch<br>**E 236-US 1.1**<br>2CDE165001R2001<br>**651776**<br>0.05<br>10<br>1 two-way switch<br>**E 236-US 2.1**<br>2CDE165011R2001<br>**651783**<br>0.05<br>10|
|**E 236-US 1.1**|||1 two-way switch<br>**E 236-US 1.1D**<br>2CDE165001R2011<br>**651790**<br>0.05<br>10|
|aha|2CDC 051 235 F0005|||<br>4<br>Hi<br>E<br>|<br>OU|
|i<br>j|||A)<br>—+<br>—<br>aS<br>—<br>_—— a<br>2 Ss 2<br>"<br>3}<br>rae<br>i<br>t<br>i<br>.|
||||**Function E 236-US 1.1D**<br>**Function E 236-US 1.1 and US 2.1**|
|**E 236-US 2.1**<br>en<br>,<br>wiht<br>i<br>|<br>:|2CDC 051 236 F0005||2CSC400120F0202<br>i———<br>Li =<br>:<br>N= [;<br>1-<br>|<br>an=<br>te<br>:<br>Pr<br>i<br>3<br>Fs<br>Lia|<br>Puy<br>uefa<br>i"<br>W<br>at<br>wh<br>hi<br>Ms<br>iT<br>ty<br>"7<br>ca ry<br>1244<br>|<br>1214<br>AZ th1<br>ivi}<br>|<br>1<br>|<br>15<br>12 | 14)<br>i12|<br>14]<br>16 |18)|
|**E 236-US 1.1D**|||**Wiring E 236-US 1.1 and US 2.1**<br>**Wiring E 236-US 1.1D**|



**Overall dimensions ......................  pag. 13/42** 

ABB 

**7** /14 

**LEE 230** 

## **System Selection tables pro** _**M**_ **compact[®] Load management devices** 

## LEE 230 extractable power failure signalling lamp 

## **LEE 230 extractable power failure signalling lamp** 

The LEE 230 lamp is an automatic electronic lamp that can be installed in any modular socket or wiring accessory socket conforming to the German VDE Schuko standard (e.g. ABB M1173 or M1175), to the Italian standard P11 10A, or to the 10/16 A italian dual standard. 

The device functions both as a power failure signalling lamp and as a lighting device, to be used for example during maintenance activities or when seeking faults in the panel. 

**==> picture [402 x 59] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pack  Order  Bbn Price  Price  Weight  Pack<br>details 8012542  1 piece  group  1 piece unit<br>Type code Order code  EAN kg  pc.<br>Blister LEE-230  2CSM111000R1361  507406  0.100  1<br>2CSC400265F0201<br>**----- End of picture text -----**<br>


## **Technical characteristics** 

|**2P 10 A plug**||distance between pins 19 mm, pin ø 4 mm|
|---|---|---|
|**Supply**|[V]|230 a.c., 50-60 Hz|
|**Recharge time**<br>**Endurance**|[h]<br>[h]|24<br>3|
|**Lighting level**|[mcd]|3000|
|**Operating temperature**|[°C]|0…+45|
|**Min. life cycle**||5 years (battery)|



**7** 

## **Additional technical features** 

LEE-230 lamp automatically switches on when the voltage fails; the built-in rechargeable battery guarantees the supply. 

It is particularly useful thanks to its construction and functional characteristics: 

- it can be extracted from the socket and used as a torch with ON-OFF button on its frontal side 

- when necessary it can work with standard sockets 

- it can be moved when it is needed 

- it has a long operation endurance, up to three hours 

- it is ready to use, it does not require installation 

- with a screw (ø 3.5 mm, L 16 mm) it is possible to fix it preventing the extraction from the M1173 ABB sockets with central hole 

- the projecting part of the Schuko profile is very small (8 mm). 

The two LEDs placed on the frontal side of the lamp indicate its operation condition: 

- the red LED indicates the recharge activity and that, in the case of a network voltage back-out, the lamp will remain off 

- the green LED indicates the recharge activity and that, in the case of a network voltage black-out, the lamp will switch on (it will automatically switch off when the voltage returns). 

By pushing the frontal pushbutton it is possible to change the status; if you do not use the lamp for a prolonged time it is suggested to set the first condition in order to preserve the battery life. 

**Overall dimensions ......................  pag. 13/42** 

ABB 

**7** /15 

ABB offers a wide range of analogue voltmeters, ammeters, frequency meters, power factor meters, available in modular or front panel version. 

Voltmeters, ammeters and frequency meters are also available in a digital range (both modular and front panel version) that also includes voltmeters and ammeters equipped with output relay. 

ABB multimeters allow the measurement of the main 

electrical parameters in three phase networks. 

The range is divided in: 

- DMTME - modular version 

- DMTME-72 and 

DMTME-96 - front panel version also available with RS485 Modbus RTU port for communicating the measured parameters over a Modbus network. 

ABB offers a front panel range of network analyzers that perform true rms value of the principal electrical quantitites in single and three phase 

## networks. 

ANR is able to measure and record network parameters, information and alarms, routing data towards supervision and monitoring systems. 

ABB also provides a range of electronic energy meters for single-phase (ODINsingle and DELTAsingle Meter) and three-phase systems (ODIN Meter, DELTAplus and DELTAmax). 

For all these measurement devices ABB provides a wide range of accessories 

like current transformers (CT range), voltage transformers (TV range) and shunts (SNT). 

**8** 

## **Other modular devices Measurement devices** 

||~||o/_<br>Fa<br>*<br>*<br>iJ<br> \=|o/_<br>Fa<br>*<br>*<br>iJ<br> \=|o/_<br>Fa<br>*<br>*<br>iJ<br> \=|o/_<br>Fa<br>*<br>*<br>iJ<br> \=|o/_<br>Fa<br>*<br>*<br>iJ<br> \=|o/_<br>Fa<br>*<br>*<br>iJ<br> \=||**Index**<br>**Multimeters and network analysers**<br>Selection tables .......................................................................................................................**8**/2<br>DMTME modular multimeters .................................................................................................**8**/3<br>DMTME-96 and DMTME-72 front panel multimeters..............................................................**8**/3<br>ANR network analysers ...........................................................................................................**8**/6<br>CUS serial converter ...............................................................................................................**8**/9<br>In<br>Mu<br>Sel:<br>DM<br>DM<br>ANI<br>CU:|
|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||**Analogue and digital instruments**<br>Ani|
|||A||||||||Selection table for analogue and digital instruments ............................................................**8**/11<br>Sel:|
|||||||||||Modular analogue instruments ..............................................................................................**8**/12<br>Mo:|
|/<br>ake<br>=||oe||i|zi<br> *e,<br>\<br>*|||||Interchangeable scales for analogue instruments .................................................................**8**/14<br>Front panel analogue instruments .........................................................................................**8**/15<br>Interchangeable scales for analogue instruments .................................................................**8**/21<br>Caps and terminal covers .....................................................................................................**8**/25<br>Inte<br>Fro<br>Inte<br>Car|
|||rx|||N||||Ms|Modular digital instruments ...................................................................................................**8**/26<br>Front panel digital instruments ..............................................................................................**8**/27<br>Fro|
|||||||||||MCV-MCA voltmetric and ammetric switches ......................................................................**8**/30|
|<>|<>|<>|||*|at|||a|QCV-QCA front panel voltmetric and ammetric switches .....................................................**8**/31|
|||||||||||**Electronic energy meters**|
||iB,||||,|||||ODINsingle single phase energy meters ...............................................................................**8**/32<br>op|
|||Ve.||||||||DELTAsingle single phase energy meters ..............................................................................**8**/33<br>DEI|
|||-||||||||ODIN three-phase energy meters..........................................................................................**8**/35<br>OD|
|||||||||||DELTAplus/DELTAmax three-phase energy meters ...............................................................**8**/36<br>DEI|
|||||||-||||Accessories for electronic energy meters .............................................................................**8**/39<br>Acc|
||€|||||||||**Hour counters**<br>E233 hour counter .................................................................................................................**8**/40<br>Hor<br>E2¢|
|||||||||||HMT hour counter .................................................................................................................**8**/41<br>HM|
|TMD temperature control units .............................................................................................**8**/42<br>.™|||||||||||
||||*||||||||
|||ile|.|||||||**Current transformer**<br>Cul|
|”|||||||||||
||’|||||||||TRFM modular current transformer .......................................................................................**8**/43<br>TRI|
|i.||||||||||CTA current transformer with wound primary .......................................................................**8**/45<br>CTé|
||_|||||||||Selection table CT current transformer .................................................................................**8**/46<br>Sel|
|||||||||||CT current transformer with through primary ........................................................................**8**/47|
|||||||||||CTO split core current transformer with through primary .....................................................**8**/50<br>CT|
|||||||||||**Accessories for analogue and digital instruments**|
|||||||||||Summing current transformers..............................................................................................**8**/52|
|||||||||||TV voltage transformers ........................................................................................................**8**/53|
||||||Ww|u||-||Current and voltage converters .............................................................................................**8**/54<br>Transducers for angle phase meters .....................................................................................**8**/55<br>Cur<br>Tral|
|:|™|||>»<br>+,||||||Shunts  ..................................................................................................................................**8**/56<br>Shu|



**==> picture [42 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
ABB  SACE<br>**----- End of picture text -----**<br>


**8** /1 

**System Selection tables pro** _**M**_ **compact[®] Measurement devices** Selection table 

**DMTME MTME ANR** 

|||**Modular and front panel multimeters**<br>**DMTME**<br>**DMTME-72**<br>**DMTME-96**<br>-= BB|**Modular and front panel multimeters**<br>**DMTME**<br>**DMTME-72**<br>**DMTME-96**<br>-= BB|**Modular and front panel multimeters**<br>**DMTME**<br>**DMTME-72**<br>**DMTME-96**<br>-= BB|**Modular and front panel multimeters**<br>**DMTME**<br>**DMTME-72**<br>**DMTME-96**<br>-= BB||**Front panel network analysers**<br>**ANR96**<br>**ANR144**<br> oo|**Front panel network analysers**<br>**ANR96**<br>**ANR144**<br> oo|
|---|---|---|---|---|---|---|---|---|
||**Overall dimensions**|6 DIN<br>modules|72x72x90||96x96x103||96x96x130|144x144x66|
||**Display**||LED||||LCD graphic backlit||
||**Power supply**|110 V a.c. 230 V a.c.|230 V a.c. 400 V a.c.|110 V a.c. 230 V a.c.|110 V a.c. 230 V a.c.||20-60 V<br>a.c./d.c.|85-265 V<br>a.c./d.c.|
||**TRMS voltage**||||||||
||**TRMS current**||||||||
||**Frequency**||||||||
||**Power factor**||||||||
||**Cos**ϕ||||||||
||**Active power**<br>**Reactive power**<br>**Apparent power**|||**Electrical**<br>**parameters**<br>**measurement**|||||
||**Active energy**||||||||
||**Reactive energy**||||||||
||**Apparent energy**||||||||
||**Peak value Min/Max/Avg**||||||||
||**Timer and count-down**||||||||
||**Power 4Q**||||||||
|**8**<br>:|**Energy 4Q**<br>**Neutral current**<br>**Current THD**||||||**Power quality**||
||**Voltage THD**||||||||
||**Password set up**||||||||
||**Tariff**||||||||
||**Maximum demand**<br>**Harmonic analysis up to 31°**<br>**Wave form visualisation**||||||**Energy**<br>**management**||
||**Memory 1 MB**||||||||
||**Outputs**||**Digital**||||**Digital**|**Digital**<br>**and analog**|
||**Inputs**||||||**Digital**||
||**Serial port**||**RS485**||||**RS485**<br>**RS232**||
||**Protocols**||**Modbus RTU**||||**Modbus RTU**<br>**Profibus DP**|**Modbus RTU**<br>**Ethernet TCP/IP**<br>**Profibus DP**|



ABB 

**8** /2 

**System Selection tables DMTME pro** _**M**_ **compact[®] Measurement devices DMTME-96** DMTME multimeters **DMTME-72** 

## **DMTME multimeters** 

The instruments DMTME are digital multimeters that allow the measurement (in TRMS mode) of the principal electrical parameters in three-phase 230/400 Vac networks, including the max/min/average detection of the main electrical parameters and the active and reactive energy count. The different measured variables are displayed locally on four red 7-segment LED displays providing easy readability and simultaneous display of multiples measures. 

The instruments DMTME combine also (in a single instrument) the functions of a voltmeter, ammeter, power factor meter, wattmeter, varmeter, frequency meter, active and reactive energy meters, allowing remarkable financial savings thanks to the reduction of space required for the panels and also of time required for cabling. 

The DMTME-I-485, DMTME-I-485-96 and DMTME-I-485-72 models are additionally equipped with two relays, fully programmable as either pulse outputs for remote metering of energy consumption, or as alarm outputs. 

There is also an RS485 port for communicating the measured parameters over a Modbus network. 

All versions come complete with Mini CD containing the instruction manual, technical documentation, communication protocol and the DMTME-SW software. 

## DMTME modular multimeters 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400136F0201<br>**----- End of picture text -----**<br>


**==> picture [5 x 170] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400751F0001<br>2CSC400752F0001<br>**----- End of picture text -----**<br>


TRMS measure of  VL-L, VL-N, A, W, Var, VA, kWh, kVar, PF in 230/400 V a.c. lines. Indirect connection through CT …/5 A. Auxiliary supply at 110 V a.c. and 230 V a.c. 

|Auxiliary<br>supply<br>V d.c.|RS485<br>Program.**Order**<br>Serial<br>digital<br>**details**<br>port<br>output<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|
|110-230|-<br>-<br>**DMTME**|2CSM170040R1021|**975700**|||0.450|1|
|110-230|■<br>2<br>**DMTME-I-485**|2CSM180050R1021|**975809**|||0.450|1|
|DMTME-96 panel multimeters||||||||
|Auxiliary supply 230 V a.c. and 110 V a.c.<br>RS485<br>Serial<br>port<br>-|Auxiliary supply 230 V a.c. and 110 V a.c.<br>Program. Dimension**Order**<br>digital<br>**details**<br>output<br>**Type code**<br>-<br>96x96<br>**DMTME-96**|Order code<br>2CSG133030R4022|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**046752**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.450|Pack<br>1 piece unit<br>pc.<br>1|
|■|2<br>96x96<br>**DMTME-I-485-96**|2CSG163030R4022|**046851**|||0.450|1|



## DMTME-72 panel multimeters 

Auxiliary supply 230 V a.c. and 400 V a.c. 

|-<br>■|-<br>2|72x72<br>96x96|**DMTME-72**<br>**DMTME-I-485-72**|2CSG132030R4022<br>2CSG162030R4022|**046554**<br>**046653**|0.450<br>0.450|1<br>1|
|---|---|---|---|---|---|---|---|



**8** 

**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/45** 

**Application sheets .......................  pag. 12/25** 

ABB 

**8** /3 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** DMTME multimeters 

## **DMTME DMTME-96 DMTME-72** 

## **Technical characteristics** 

|**Rated voltage**|[V rms]<br>230 +15% - 10%DMTME, DMTME-72 and DMTME-96|[V rms]<br>230 +15% - 10%DMTME, DMTME-72 and DMTME-96|
|---|---|---|
||[V rms]<br>400 +15% - 10%DMTME-72||
||[V rms]<br>115 +15% - 10%DMTME|, DMTME-96|
|**Frequency**|[Hz]<br>45…65||
|**Power consumption**|[VA]<br><6||
|**Fuse protection**|T0.1A||
|**Voltage measuring inputs**|||
|Range<br>Max. non destructive<br>Impedance (L-N)|[V rms]<br>10…500 V (L-N)||
||[V rms]<br>550||
||[MΩ]<br>>8||
|**Current measuring inputs (only external CTs .../5 A)**|||
|Range<br>Overload|[A rms]<br>0.05…5||
||1.1 permanent||
|**Measurement accuracy**|||
|Voltage<br>Current<br>Active power<br>Frequency|±0.5% F.S. ±1 digit in rang|e|
||±0.5% F.S. ±1 digit in rang|e|
||±1% ±0.1% F.S. from cos|ϕ= 0.3 to cosϕ= -0.3|
||±0.2% ±0.1Hz from 40.0 to 99.9 Hz||
||±0.2% ±1Hz from 100 to 500 Hz||
|**Energy metering**|||
|Maximum metered value for single<br>phase<br>Maximum metered value for three<br>phase<br>Accuracy<br>Max. power consumption|4,294.9 MWh (MVarh) with KA = KV = 1||
||4,294.9 MWh (MVarh) with KA = KV = 1||
||Class 1||
||[VA]<br>1.4 for each input (with Imax = 5A rms)||
|**Digital outputs**|||
|Pulse duration<br>Vmax on contact<br>Wmax dissipation<br>Max frequency<br>Imax contact<br>Insulation|50 ms OFF (min)/ 50 ms ON||
||48 V (d.c. or a.c. peak)||
||450 mW||
||10 pulses/sec||
||100 mA (d.c. or a.c. peak|value)|
||750 Vmax||
|**Programmable parameters**|||
|kVT transformer ratio Vprim/Vsec<br>kCT transformer ratio Iprim/Isec<br>Free hour counter<br>Countdown|1…500||
||1…1,250||
||[h]<br>0…10,000,000, resettable||
||[h]<br>1…32,000||
|**Operating temperature**|[°C]<br>0…+50||
|**Storage temperature**|[°C]<br>-10…+60||
|**Relative humidity**|90% max. (non condensin|g) at 40°C|
|**Overall dimensions**|[mm]<br>105x90x58|DMTME|
||[mm]<br>96x96x103|DMTME-96|
||[mm]<br>72x72x90|DMTME-72|



ABB 

**8** /4 

**DMTME DMTME-96 DMTME-72** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** DMTME multimeters 

Wiring diagrams only for low voltage system 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400125F0202<br>**----- End of picture text -----**<br>


ABB 

**8** /5 

**System Selection tables pro** _**M**_ **compact[®] Measurement devices** Network analyser 

**ANR** 

**8** 

## **ANR Network analyser** 

ABB has extended its range of front panel devices with the introduction of the new ANR electrical network analysers - measuring instruments that permit advanced analysis of single and three-phase electrical distribution networks. 

In particular, the ANR devices are able to measure and record network parameters, information and alarms, routing data towards supervision and monitoring systems. 

Available in 96 x 96 mm or 144 x 144 mm front panel format, they are equipped with a backlit graphic LCD display. 

The ANR analysers measure current and voltage in TRMS, frequency and temperature, calculate concatenate voltage and three-phase system voltage and current, power factor and cosϕ, apparent, active and reactive power, THD total harmonic distortion up to the 31[st] harmonic, and measure active energy consumed and cogenerated, submetering the counters in total counter, programmable by the user. All codes have RS485/232 built in as a standard. 

All the parameters can be stored in the 128 kbyte internal memory, expandable to up to 1 Mbyte for the ANR144 and ANR96P versions. 

The devices come with a mini-CD containing: 

- Instruction manual 

- Technical datasheet 

- SW-01 software for managing the recorded data. 

All ANR versions have 2 programmable digital outputs and RS485/RS232 serial port. ANR96PRF models have Profibus DP protocol built in. 

|Auxiliary<br>supply<br>V a.c./d.c.|Program. Storage<br>digital<br>input|Program. Storage|Expandable<br>with add-on<br>boards|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight Pack<br>1 piece unit<br>kg|Weight Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|---|---|
|20÷60<br>85÷265<br>20÷60|2<br>2<br>4|128 Kb<br>128 Kb<br>1 Mb||**ANR96-24**<br>**ANR96-230**<br>**ANR96P-24**|2CSG113000R4051<br>2CSG213000R4051<br>2CSG123000R4051|**943402**<br>**943501**<br>**943600**|||0.430 1<br>0.430 1<br>0.430 1|0.430 1<br>0.430 1<br>0.430 1|
|85÷265|4|1 Mb||**ANR96P-230**|2CSG223000R4051|**943709**|||0.430 1|0.430 1|
|85÷265<br>20÷60<br>20÷60<br>85÷265|2<br>2<br>2<br>2|128 Kb<br>128 Kb<br>128 kb<br>128 kb|■<br>■|**ANR144-24**<br>**ANR144-230**<br>**ANR96PRF-24**2CSG258333R4051<br>**ANR96PRF-230**2CSG257153R4051|2CSG114000R4051<br>2CSG214000R4051<br>2CSG258333R4051<br>2CSG257153R4051|**943808**<br>**943907**<br>**583332**<br>**571537**|||0.430 1<br>0.430 1<br>0.430 1<br>0.430 1|0.430 1<br>0.430 1<br>0.430 1<br>0.430 1|



## Expandable range for versions ANR144-24 and ANR144-230 

|1 Mb internal memory board|**ANR-1MB**|2CSG000010R4051|**944003**|0.100 1|
|---|---|---|---|---|
|6 digital input board|**ANR-6I**|2CSG000020R4051|**944102**|0.100 1|
|4 digital output board|**ANR-4O**|2CSG000030R4051|**944201**|0.100 1|
|2 dig. input + 2 dig. output board|**ANR-2I2O**|2CSG000040R4051|**944300**|0.100 1|
|2 analogue output board|**ANR-2AN**|2CSG000050R4051|**944409**|0.100 1|
|4 analogue output board|**ANR-4AN**|2CSG000060R4051|**944508**|0.100 1|
|RS232/485 board|**ANR-CM2**|2CSG000070R4051|**944607**|0.100 1|
|Profibus DP board|**ANR-PRF**|2CSG000080R4051|**944706**|0.100 1|
|Ethernet Modbus RTU board|**ANR-LAN**|2CSG000090R4051|**944805**|0.100 1|



**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/46** 

**Application sheets .......................  pag. 12/27** 

ABB 

**8** /6 

**ANR** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Network analyser 

## **Technical features** 

|**Dimensions**|**Dimensions**||
|---|---|---|
||Overall dimensions<br>[mm]<br>96 x 96 x 130 - 144 x 144 x 66|IEC 61554|
||Max cable section<br>[mm2]<br>2.5||
||Protection degree<br>IP52 on front - IP20 on terminal|EN 60529|
||Weight<br>[g]<br>430||
|**Display**|||
||Graphic LCD<br>Backlit 128 x 128 pixel graphic LCD displ|ay|
||Display dimensions<br>[mm]<br>ANR96: 50 x 50 - ANR144: 70 x 70||
|**Voltage (TRMS)**|||
||Direct measurement<br>[V]<br>10 - 600||
||Ratio transformer range kVT<br>[V]<br>0.01 - 5,000.00||
||Max over voltage<br>[V]<br>750, beyond this value must use VT||
||Consumption<br>[VA]<br>0.2||
||Input resistor<br>[MΩ]<br>>2||
|**Current (TRMS). always use external CT .../5A**|||
||3 isolated inputs<br>[A]<br>0.01 - 5||
||Min current value<br>[mA]<br>10||
||Consumption<br>[VA]<br>0.2||
||Max over current<br>[A]<br>10 (100 A for 1 second)||
||Ratio transformer range kCT<br>0.01 - 5,000.00||
|**THD**|||
||Voltage and current<br>Up to 31stharmonic||
|**Frequency**|||
|Range<br>[Hz]<br>30 - 500|||
|**Accuracy class**|||
||Current<br>[%]<br><0.5|EN 61036|
||Voltage<br>[%]<br><0.5||
||Power<br>[%]<br><1||
||Power factor<br>[%]<br><1||
||Active energy<br>[%]<br><1|IEC 62052-11<br>IEC 62053-11|
||Reactive energy<br>[%]<br>2|IEC 62053-23|
|**Auxiliary supply**|||
||ANR96-230, ANR96P-230, ANR144-<br>230<br>[V]<br>85 ÷265 a.c./d.c.||
||ANR96-24, ANR96P-24, ANR144-24<br>[V]<br>20 ÷ 60 a.c./d.c.||
||Internal fuse<br>5x20 mm 315 mA 250 V Fast||
|**Operating environment**|||
||Operating temperature<br>[°C]<br>-10 ÷ +50||
||Storage temperature<br>[°C]<br>-15 ÷ +70||
||Operating humidity<br>[°C]<br>90% without condensation||
|**Insulation**|||
|Voltage insulation<br>3,700 V a.c. rms for 1 minute|||
|**Serial output**|||
||RS485||
||Baud rate<br>[bps]<br>1,200 - 19,200||
||Protocols<br>Modbus RTU,  ASCII||
|**Internal memory**|||
||For ANR96 and ANR144<br>[kbytes]<br>128 (usable: 80)||
||For ANR96P<br>[Mbytes]<br>1||
||Memory<br>Non-volatile data storage using internal b|attery|
||Data retention<br>5 years at 25 °C||
|**Internal clock**|||
||RTC clock|IEC 61038|
||Class of accuracy<br>[ppm]<br>5||
|**Digital**|**output**||
||Connection area<br>[mm² ]<br>0 ÷ 2.5||
||External pulse voltage<br>[V]<br>12 ÷ 230 V a.c./d.c.||
||Max current<br>[mA]<br>150||
|**Digital**|**input**||
||Voltage<br>[V]<br>12 - 24 d.c.||



ABB 

**8** /7 

**ANR** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Network analyser 

## Wiring diagrams ANR96 and ANR144 

**==> picture [489 x 332] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagrams ANR96 and ANR144<br>4 wires insertion 3 wires insertion<br>| ii || { SSS Ue<br>Lu a | Lis ]<br>‘ ia Le ee ie us<br>ae sy i ete it<br>; a = Ho 4, hates | NS<br>i foc] ws al -———- i a ie ™ rood ————e<br>i Ee<br>ir: | =e i a | a<br>iTaas Be = a = LiLEY it Sate ieoom - 5rt<br>a Ti — A}<br>Insertion with 3 CTs and 3 VTs Insertion with 2 CTs<br>ETt Li + _ 7+ a Lie<br>=<br>; Lie marl | Lio<br>ee 1z Ls L: i ey—+ + wot it La =<br>=& -— —— ¥ i= ate I |<br>= Li pho =| 4, =_<br>ae ee<br>_ @|_Seae | eye<br>2 2 2 es ee ee -<br>hita = ee a41—-i a == Lia) = oho- .2 4=<br>- A. i = a. LTPl aORE =—<br>Insertion with 3 CTs Insertion with 2 CTs and 2 VTs (Aron)<br>2CSC400120F0202<br>**----- End of picture text -----**<br>


**==> picture [354 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Insertion with 3 CTS and 2 VTs Single phase insertion with 1CT<br>**----- End of picture text -----**<br>


ABB 

**8** /8 

**CUS** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Serial converter 

## **RS485 / RS232 serial converter** 

The CUS multifunction serial converter has applications in all those situations which require converting or managing EIA -232 (RS-232) , EIA-485 (RS-485) or EIA-422 (RS-422) serial lines. The communication links between devices that use these types of buses (for example PLCs, measurement and control instruments, peripherals and computers running specific software applications, etc.) often call for converting between different serial interfaces, ampliying the signal on the line, isolating different parts of the communication network, etc. These diverse application requirements are readily met by the CUS converter, thanks to its configurability and operational flexibility. 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400126F0202<br>**----- End of picture text -----**<br>


The CUS assures galvanically-isolated interface conversion between the RS-232 side, the RS422485 side and the power supply source. 

Its versatility permits following operating modes: 

- Full duplex conversion of RS-232 to RS-422 

- Half duplex conversion of RS-232 to single-pair RS-485 

- Half duplex conversion of RS-232 to two-pair RS-485 

- RS-485 repeater (and monitoring function on RS-232) 

The principal applications are: 

- Multipoint data transmission networks 

- Long distance serial links 

- Galvanic separation of peripherals 

- Extension of RS-485 lines 

CUS serial converter/serial repeater 

Version **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. serial converter - signal repeater **CUS** 2CSM200000R1031 **333807** 0.5 1 

**8** 

## **Technical features** 

|**Supply voltage**|[V]|230 V ac ±20%|
|---|---|---|
|**Frequency**|[Hz]|50-60|
|**Power consumption**|[VA]|7 max|
|**Power loss**|[W]|3.5|
|**Fuse**||500 mA internal|
|**Supply terminal dimensions**|[mm2]|2.5 max|
|**RS485-422 terminal dimensions**|[mm2]|2.5 max|
|**RS232 connection**||Sub-D 9 female poles (DB9)|
|**Max RS232 line length**|[m]|15|
|**Max RS485-422 line length**|[m]|1200|
|**Connection of multidrop units**||Max 32|
|**Operating temperature**|[°C]|-20…+60|
|**Storage temperature**|[°C]|-20...+80|
|**Modules**|[No.]|6|



**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/47** PT 

ABB 

**8** /9 

**CUS** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Serial converter 

**==> picture [381 x 239] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection diagram<br>Channel 1 Channel 2 Aux<br>RS485 RS485 supply<br>19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>C  B  A  R  C  B  A  R  C SGN GND GND N L<br>Ch1-RS485 Ch2-RS485 PE Jumper<br>DB9<br>connector<br>pin 1 = not connected<br>pin 2 = TXD transmit data<br>pin 3 = RXD receive data<br>pin 4 = DTR<br>pin 5 = GND signal ground<br>pin 6 = DSR<br>1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 pin 7 = RTS<br>pin 8 = CTS<br>pin 9 = not connected<br>2CSC400127F0202<br>**----- End of picture text -----**<br>


**==> picture [381 x 425] intentionally omitted <==**

**----- Start of picture text -----**<br>
Application example<br>R<br>19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18<br>19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18<br>19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 19 20 21 22 23 24 25 26 27C  B  A  R  C  B  A  R  CCh1-RS485 Ch2-RS485 28 29 30 31 32 33 34 35 36PE JumperSGN GND GND N L<br>Repeater<br>1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18<br>19 20 21 22 23 24 25 26 27C  B  A  R  C  B  A  R  CCh1-RS485 Ch2-RS485 28 29 30 31 32 33 34 35 36PE JumperSGN GND GND N L<br>Converter<br>2 (tx)<br>1  2  3  4  5  6  7  8  9 10 11 12 13 14 15 16 17 18 3 (rx)5 (gnd)<br>2CSC400128F0202<br>Line 2 - max 1200 m, 32 units Line 3 - max 1200 m, 32 units<br>Line 1 - max 1200 m, 32 units<br>**----- End of picture text -----**<br>


ABB 

**8** /10 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Analogue and digital instruments 

|**Measure**|**Technology**|**Characteristics**|**Mounting**|**Insertion**|**Accessories**|**Type**|
|---|---|---|---|---|---|---|
|**Voltage**|Analog|a.c. and d.c.|3 modules|Direct|MCV voltage switches|**VLM**<br>**pag.8/12**|
||||48x48,<br>72x72,<br>96x96|Direct|MCV voltage switches|**VLM-1**<br>**VLM-2**<br>**pag.8/15**|
||||48x48,<br>72x72,<br>96x96|Indirect|TV voltage transformers<br>MCV voltage switches|**VLM1-TV**<br>**VLM2-TV**<br>**pag.8/15**|
||Digital|a.c. and d.c.<br>Auxiliary supply<br>230 V a.c.|3 modules|Direct|MCV voltage switches|**VLMD**<br>**pag.8/26**<br>=|
||||36x72|Direct|MCV voltage switches|**VLMD P**<br>**pag.8/27**|
|**Current**|Analog|a.c. and d.c.|3 modules<br>~~oe~~|Direct<br>~~oe~~|MCA current switches<br>~~oe~~|**AMT**<br>**pag.8/12**<br>~~=~~<br>~~oe~~|
|||||Indirect<br>~~oe~~<br>~~oe~~|CT a.c. current transformer<br>SNT shunt for d.c.<br>SCL interchangeable scale<br>MCA current switches<br>~~oe~~<br>~~oe~~|**AMT1/A**<br>**AMT2**<br>**pag.8/12**<br>~~oe~~<br>eu<br>~~oe~~|
||||48x48,<br>72x72,<br>96x96|Direct<br>~~oe~~<br>~~7~~|MCA current switches<br>~~oe~~|**AMT1-A1**<br>**AMT2-A2**<br>**pag.8/17**<br>~~oe~~<br>~~er~~|
|||||Indirect<br>~~7~~|CT a.c. current transformer<br>SNT shunt for d.c.<br>SCL interchangeable scale<br>MCA current switches|**AMT1-A1**<br>**AMT1-A5**<br>**AMT2-A2**<br>**pag.8/17**<br>~~er~~|
||Digital|a.c. and d.c.<br>Auxiliary supply<br>230 V a.c.|3 modules<br>~~os.~~|Indirect<br>~~7~~<br>~~os.~~|CT a.c. current transformer<br>SNT shunt for d.c.<br>MCA current switches<br>~~os.~~|**AMTD**<br>**pag.8/26**<br>~~er~~<br>~~os.~~|
||||36x72<br>~~Se)~~|Indirect<br>~~Se)~~|CT a.c. current transformer<br>SNT shunt for d.c.<br>MCA current switches<br>~~Se)~~|**AMTD P**<br>**pag.8/27**<br>~~Se)~~|
|**Frequency**|Analog|a.c.|3 modules|Direct||**FRZ1**<br>**pag.8/12**|
||||48x48,<br>72x72,<br>96x96|Direct||**FRZ**<br>**pag.8/19**|
||Digital|Auxiliary supply<br>230 V a.c.|3 modules|Direct||**FRZ-DIG**<br>**pag.8/26**|
|**Cos**ϕ<br>~~est~~|Analog<br>~~est~~|~~est~~|3 modules<br>~~dens.~~<br>~~est~~|Indirect<br>~~dens.~~<br>~~est~~|CNV-C phase meter transducer<br>~~dens.~~<br>~~est~~|**CSF1**<br>**pag.8/12**<br>~~=~~<br>~~dens.~~<br>~~est~~|
||||48x48,<br>72x72,<br>96x96<br>~~est~~|Indirect<br>~~est~~|CNV-C phase meter transducer<br>~~est~~|**COS**<br>**pag.8/19**<br>~~est~~|



**VLM, AMT FRZ and CSF** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Analogue instruments 

The range provided includes analogue and digital instruments. In addition to standard measurement devices for electric quantities (voltmeters, ammeters, frequency meters, power factor meters), and a set of accessories are available, including ammetric transformers, which increase the functions of these instruments. 

## **Analogue instruments for alternated current** 

Suitable for direct or indirect measurement through the appropriate accessories. 

||||||Scale|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||2CSC400497F0201||Direct voltmeters<br>300 V|**details**<br>**Type code**<br>Order code<br>**VLM1/300**<br>2CSM110190R1001|**8012542**1 piece<br>**EAN**<br>**007906**|1 piece|group|1 piece unit<br>kg<br>0.200|1 piece unit<br>pc.<br>1|
||||||500 V|**VLM1/500**<br>2CSM110220R1001|**000006**|||0.200|1|
||||||Direct ammeters|||||||
||ee7|7|2CSC400517F0201<br>||5 A<br>**AMT1/5**<br>2CSM310030R1001<br>10 A<br>**AMT1/10**<br>2CSM310040R1001<br>15 A<br>**AMT1/15**<br>2CSM310050R1001<br>20 A<br>**AMT1/20**<br>2CSM310060R1001<br>25 A<br>**AMT1/25**<br>2CSM310070R1001<br>30 A<br>**AMT1/30**<br>2CSM310080R1001<br>Ammeters without scale for C.T. (sec. 5 A)<br>For scale SCL1<br>**Order**<br>**details**<br> RRR||**000709**<br>**000105**<br>**000204**<br>**000303**<br>**000402**<br>**000501**<br>**Bbn**<br>**8012542**1 piece|0.200<br>1<br>0.200<br>1<br>0.200<br>1<br>0.200<br>1<br>0.200<br>1<br>0.200<br>1<br>Price<br>Price<br>Weight<br>Pack<br>1 piece<br>group<br>1 piece unit<br>_—_—_||||
|||||||**Type code**<br>Order code|**EAN**|||kg|pc.|
||||||A1|**AMT1/A1**<br>2CSM320250R1001|**000600**|||0.200|1|
||||||A5|**AMT1/A5**<br>2CSM320260R1001|**000808**|||0.200|1|
|**8**<br>.|||||100/280V 45-65 Hz frequency meter with scale|100/280V 45-65 Hz frequency meter with scale<br>**Order**<br>**details**|**Bbn**<br>**8012542**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|||||||**Type code**<br>Order code|**EAN**|||kg|pc.|
|||||**FRZ1**<br>2CSM810310R1001<br>**008606**<br>0.200<br>Power factor meter with scale for transducer (1 mA input)<br>~~On~~|||||||1|
|||||||**CSF1**<br>2CSM720310R1001|**028000**|||0.300|1|



|**Technical features**<br>**Rated voltage Un**<br>~~—~~|**Technical features**<br>**Rated voltage Un**<br>~~—~~|[V]|a.c. 300, 500; d.c. 100, 300|
|---|---|---|---|
|**Rated currents in a.c.**|Direct reading|[A]|full scale values 5...30|
||Indirect reading||full scale values 5...2500|
|**Rated currents in d.c.**|Direct reading|[A]|full scale values 0.1...30|
||Indirect reading||full scale values 5...500|
|**Frequency**||[Hz]|50/60|
|**Overload capacity**||[%]|20 compared to the voltage or to the rated current|
|**Accuracy class**||[%]|1.5 (0.5 for frequency meters)|
|**Ammeters power consumption**||[VA]|5 A: 0.3 VA; 10 A: 0.6 VA; 25 A:1 VA; 30 A: 1.2 VA|
|**Voltmeters power consumption**||[VA]|300 V: 1.5 VA; 500 V: 4 VA|
|**Frequency meters power consumption**|**Frequency meters power consumption**|[VA]|<1.5 VA|
|**Modules**||[No.]|3|
|**Protection degree**|||IP20|
|**Standards**|||EN 60051|



**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/43** PT 

ABB 

**8** /12 

**VLM, AMT FRZ and CSF** 

**8** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables Measurement devices** Analogue instruments 

## **Analogue instruments for direct current** 

|Scale|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|Direct voltmeters||||||||
|100 V|**VLM2/100**|2CSM210130R1001|**008002**|||0.200|1|
|300 V|**VLM2/300**|2CSM210190R1001|**008101**|||0.200|1|



## Direct ammeters 

|10 mA|**AMT2/0.01**|2CSM410330R1001|**028307**|0.200|1|
|---|---|---|---|---|---|
|100 mA|**AMT2/0.1**|2CSM410340R1001|**028406**|0.200|1|
|1000 mA|**AMT2/1**|2CSM410020R1001|**028505**|0.200|1|
|5 A|**AMT2/5**|2CSM410030R1001|**028604**|0.200|1|
|10 A|**AMT2/10**|2CSM410040R1001|**028703**|0.200|1|
|15 A|**AMT2/15**|2CSM410050R1001|**028802**|0.200|1|
|20 A|**AMT2/20**|2CSM410060R1001|**028901**|0.200|1|
|25 A|**AMT2/25**|2CSM410070R1001|**029007**|0.200|1|
|30 A|**AMT2/30**|2CSM410080R1001|**029106**|0.200|1|



## Ammeters without scale for shunt…/60 mV 

|For scale SCL2|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
||**AMT2**|2CSM420270R1001|**029205**|||0.200|1|



**==> picture [474 x 198] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagrams<br>V \. \\AI A \)) \V A \\\\ 1 A we \I<br>N N\N ~. Y‘<br>><br>1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4<br>S1 S2<br>L1 | L1 L1 P1 P2 +<br>ee [oe 6]<br>N N N –<br>Direct insertion Indirect insertion  Insertion by shunt<br>through C.T.<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/43** 

ABB 

**8** /13 

**==> picture [541 x 770] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|System|Selection tables|SCL|
|pro|M|compact|[®]|Measurement devices|
|Interchangeable scales for analogue instruments|
|Interchangeable scales for analogue instruments|
|Scale|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|Scales SCL 1 for analogue ammeters in a.c. AMT1|
|A1-5A|SCL 1/5|2CSM110021R1041|001201|0.010|10|
|A1-10A|SCL 1/10|2CSM110032R1041|001300|0.010|10|
|A1-20A|SCL 1/20|2CSM110075R1041|001409|0.010|10|
|A1-25A|SCL 1/25|2CSM110096R1041|030706|0.010|10|
|A1-30A|SCL 1/30|2CSM110107R1041|001508|0.010|10|
|A1-40A|SCL 1/40|2CSM110128R1041|030805|0.010|10|
|A1-50A|SCL 1/50|2CSM110149R1041|001607|0.010|10|
|A1-60A|SCL 1/60|2CSM110159R1041|030904|0.010|10|
|A1-75A|SCL 1/75|2CSM110169R1041|031000|0.010|10|
|A1-80A|SCL 1/80|2CSM110179R1041|001706|0.010|10|
|A1-100A|SCL 1/100|2CSM110189R1041|001805|0.010|10|
|A1-150A|SCL 1/150|2CSM110209R1041|001904|0.010|10|
|A1-200A|SCL 1/200|2CSM110229R1041|002000|0.010|10|
|A1-250A|SCL 1/250|2CSM110249R1041|031109|0.010|10|
|A1-300A|SCL 1/300|2CSM110259R1041|002109|0.010|10|
|A1-400A|SCL 1/400|2CSM110279R1041|002208|0.010|10|
|A1-500A|SCL 1/500|2CSM110299R1041|002307|0.010|10|
|A1-600A|SCL 1/600|2CSM110309R1041|031208|0.010|10|
|A1-800A|SCL 1/800|2CSM110329R1041|002406|0.010|10|
|A1-1000A|SCL 1/1000|2CSM110339R1041|002505|0.010|10|
|SCL1/A1/100|A1-1500A|SCL 1/1500|2CSM110359R1041|274704|0.010|10|
|Full scale at 90°|
|A1-2000A|SCL 1/2000|2CSM110379R1041|274803|0.010|10|
|100|A1-2500A|SCL 1/2500|2CSM110389R1041|274902|0.010|10|
|Scale SCL 1/A5 for analogue ammeters in a.c. AMT1|
|A5-5A|SCL 1/A5/5|2CSM120021R1041|031307|0.010|10|
|8|
|0|A5-10A|SCL 1/A5/10|2CSM120032R1041|031406|0.010|10|
|A5-20A|SCL 1/A5/20|2CSM120075R1041|031505|0.010|10|
|A5-30A|SCL 1/A5/30|2CSM120107R1041|031604|0.010|10|
|A5-50A|SCL 1/A5/50|2CSM120149R1041|031703|0.010|10|
|A5-80A|SCL 1/A5/80|2CSM120179R1041|031802|0.010|10|
|SCL1/A5/100|
|Full scale at 78°|A5-100A|SCL 1/A5/100|2CSM120189R1041|031901|0.010|10|
|(with extra scale)|A5-150A|SCL 1/A5/150|2CSM120209R1041|032007|0.010|10|
|100|
|Scales SCL 2 for analogue ammeters in d.c. AMT2|
|A1-5A|SCL 2/5|2CSM230025R1041|032106|0.010|10|
|A1-6A|SCL 2/6|2CSM230345R1041|032205|0.010|10|
|0|
|A1-10A|SCL 2/10|2CSM230035R1041|032304|0.010|10|
|A1-20A|SCL 2/20|2CSM230075R1041|032403|0.010|10|
|A1-30A|SCL 2/30|2CSM230105R1041|032502|0.010|10|
|A1-50A|SCL 2/50|2CSM230145R1041|032601|0.010|10|
|A1-80A|SCL 2/80|2CSM230179R1041|032700|0.010|10|
|A1-100A|SCL 2/100|2CSM230189R1041|032809|0.010|10|
|A1-150A|SCL 2/150|2CSM230209R1041|032908|0.010|10|
|A1-200A|SCL 2/200|2CSM230229R1041|033004|0.010|10|
|A1-250A|SCL 2/250|2CSM230249R1041|033103|0.010|10|
|A1-300A|SCL 2/300|2CSM230259R1041|033202|0.010|10|
|A1-400A|SCL 2/400|2CSM230279R1041|033301|0.010|10|
|A1-500A|SCL 2/500|2CSM230299R1041|033400|0.010|10|
|:|—s|
|Technical details ........................  pag. 11/152|
|||

**----- End of picture text -----**<br>


ABB 

**8** /14 

**VLM** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

Available in both alternating current and direct current versions, they come in three standard sizes, 48 mm x 48 mm, 72 mm x 72 mm and 96 mm x 96 mm (special versions available on request). Ammeters without scale for indirect connection must be completed with the interchangeable scale according to the full scale. 

## **Analogue voltmeters for alternating current** 

**==> picture [5 x 290] intentionally omitted <==**

**==> picture [381 x 417] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Size Insertion Scale VT type|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|mm|V a.c.|Type code|Order code|EAN|kg|pc.|
|48|D|50|VLM-1-50/48|2CSG111100R4001|541707|1|
|48|D|60|VLM-1-60/48|2CSG111110R4001|541806|1|
|48|D|80|VLM-1-80/48|2CSG111120R4001|541905|1|
|48|D|100|VLM-1-100/48|2CSG111130R4001|542001|1|
|48|D|150|VLM-1-150/48|2CSG111150R4001|542100|1|
|48|D|200|VLM-1-200/48|2CSG111160R4001|542209|1|
|48|D|250|VLM-1-250/48|2CSG111180R4001|542308|1|
|48|D|300|VLM-1-300/48|2CSG111190R4001|542407|1|
|48|D|400|VLM-1-400/48|2CSG111210R4001|542506|1|
|48|D|500|VLM-1-500/48|2CSG111220R4001|542605|1|
|48|D|600|VLM-1-600/48|2CSG111230R4001|542704|1|
|48|I|200 110/100|VLM1-TV-110-100/200/48|2CSG121140R4001|743705|1|
|48|I|300 230/100|VLM1-TV-230-100/300/48|2CSG121170R4001|542803|1|
|48|I|500 380/100|VLM1-TV-380-100/500/48|2CSG121200R4001|542902|1|
|48|I|500 400/100|VLM1-TV-400-100/500/48|2CSG121210R4001|743804|1|
|48|I|600 500/100|VLM1-TV-500-100/600/48|2CSG121220R4001|543008|1|
|48|I|800 600/100|VLM1-TV-600-100/800/48|2CSG121230R4001|743903|1|
|48|I|1100 1000/100|VLM1-TV-1000-100/1100/48|2CSG121240R4001|744009|1|
|72|D|50|VLM-1-50/72|2CSG112100R4001|544104|1|
|72|D|60|VLM-1-60/72|2CSG112110R4001|544203|1|
|72|D|80|VLM-1-80/72|2CSG112120R4001|544302|1|
|72|D|100|VLM-1-100/72|2CSG112130R4001|544401|1|
|72|D|150|VLM-1-150/72|2CSG112150R4001|544500|1|
|a|
|72|D|200|VLM-1-200/72|2CSG112160R4001|544609|1|
|72|ee,|D|250|VLM-1-250/72|2CSG112180R4001|544708|1|
|72|D|300|VLM-1-300/72|2CSG112190R4001|544807|1|
|72|D|400|VLM-1-400/72|2CSG112210R4001|544906|1|
|72|D|500|VLM-1-500/72|2CSG112220R4001|545002|1|
|72|D|600|VLM-1-600/72|2CSG112230R4001|545101|1|
|72|I|200 110/100|VLM1-TV-110-100/200/72|2CSG122140R4001|744108|1|
|72|I|300 230/100|VLM1-TV-230-100/300/72|2CSG122170R4001|545200|1|
|72|I|500 380/100|VLM1-TV-380-100/500/72|2CSG122200R4001|545309|1|
|72|I|500 400/100|VLM1-TV-400-100/500/72|2CSG122210R4001|744207|1|
|72|I|600 500/100|VLM1-TV-500-100/600/72|2CSG122220R4001|545408|1|
|72|I|800 600/100|VLM1-TV-600-100/800/72|2CSG122230R4001|744306|1|
|72|I|1100 1000/100|VLM1-TV-1000-100/1100/72|2CSG122240R4001|744405|1|

**----- End of picture text -----**<br>


**8** 

D: direct connection 

I: indirect connection with VT, CT and shunt, according to the type 

**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/43** 

ABB 

**8** /15 

**VLM** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

|Size Insertion Scale VT type|Size Insertion Scale VT type|Size Insertion Scale VT type|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|mm|mm|V a.c.|**Type code**|Order code|**EAN**|||kg|pc.|
|96|D|50|**VLM-1-50/96**|2CSG113100R4001|**546702**||||1|
|96|D|60|**VLM-1-60/96**|2CSG113110R4001|**546801**||||1|
|96|D|80|**VLM-1-80/96**|2CSG113120R4001|**546900**||||1|
|96|D|100|**VLM-1-100/96**|2CSG113130R4001|**547006**||||1|
|96|D|150|**VLM-1-150/96**|2CSG113150R4001|**547105**||||1|
|96|D|200|**VLM-1-200/96**|2CSG113160R4001|**547204**||||1|
|96|D|250|**VLM-1-250/96**|2CSG113180R4001|**547303**||||1|
|96|D|300|**VLM-1-300/96**|2CSG113190R4001|**547402**||||1|
|96|D|400|**VLM-1-400/96**|2CSG113210R4001|**547501**||||1|
|96|D|500|**VLM-1-500/96**|2CSG113220R4001|**547600**||||1|
|96|D|600|**VLM-1-600/96**|2CSG113230R4001|**547709**||||1|
|96|I|200 110/100|**VLM1-TV-110-100/200/96**2CSG123140R4001|2CSG123140R4001|**744504**||||1|
|96|I|300 230/100|**VLM1-TV-230-100/300/96**2CSG123170R4001|2CSG123170R4001|**547808**||||1|
|96|I|500 380/100|**VLM1-TV-380-100/500/96**2CSG123200R4001|2CSG123200R4001|**547907**||||1|
|96|I|500 400/100|**VLM1-TV-400-100/500/96**2CSG123210R4001|2CSG123210R4001|**744603**||||1|
|96|I|600 500/100|**VLM1-TV-500-100/600/96**2CSG123220R4001|2CSG123220R4001|**548003**||||1|
|96|I|800 600/100|**VLM1-TV-600-100/800/96**2CSG123230R4001|2CSG123230R4001|**744702**||||1|
|96|I|1100 1000/100|1100 1000/100**VLM1-TV-1000-100/1100/96**2CSG123240R4001|2CSG123240R4001|**744801**||||1|



## **Analogue voltmeters for direct current** 

|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|**Analogue voltmeters for direct current**|
|---|---|---|---|---|---|---|---|---|---|
|Size Insertion Scale<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>mm<br>V d.c.<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>48<br>D<br>10<br>**VLM-2-10/48**<br>2CSG211040R4001**549307**<br>1<br>48<br>D<br>15<br>**VLM-2-15/48**<br>2CSG211050R4001**549406**<br>1<br>48<br>D<br>25<br>**VLM-2-25/48**<br>2CSG211070R4001**549505**<br>1<br>a||||||||||
|48|D|40|**VLM-2-40/48**|2CSG211090R4001|**549604**||||1|
|48|D|60|**VLM-2-60/48**|2CSG211110R4001|**549703**||||1|
|48|D|80|**VLM-2-80/48**|2CSG211120R4001|**549802**||||1|
|48|D|100|**VLM-2-100/48**|2CSG211130R4001|**549901**||||1|
|48<br>48<br>48|D<br>D<br>D|150<br>200<br>250|**VLM-2-150/48**<br>**VLM-2-200/48**<br>**VLM-2-250/48**|2CSG211150R4001<br>2CSG211160R4001<br>2CSG211180R4001|**550006**<br>**550105**<br>**550204**||||1<br>1<br>1|
|48|D|400|**VLM-2-400/48**|2CSG211210R4001|**550303**||||1|
|48|D|600|**VLM-2-600/48**|2CSG211230R4001|**550402**|||||
|||||||||||
|72|D|10|**VLM-2-10/72**|2CSG212040R4001|**551003**||||1|
|72|D|15|**VLM-2-15/72**|2CSG212050R4001|**551102**||||1|
|72|D|25|**VLM-2-25/72**|2CSG212070R4001|**551201**||||1|
|72|D|40|**VLM-2-40/72**|2CSG212090R4001|**551300**||||1|
|72|D|60|**VLM-2-60/72**|2CSG212110R4001|**551409**||||1|
|72|D|80|**VLM-2-80/72**|2CSG212120R4001|**551508**||||1|
|72|D|100|**VLM-2-100/72**|2CSG212130R4001|**551607**||||1|
|72<br>D<br>150<br>**VLM-2-150/72**<br>2CSG212150R4001**551706**<br>1<br>72<br>D<br>200<br>**VLM-2-200/72**<br>2CSG212160R4001**551805**<br>1<br>72<br>D<br>250<br>**VLM-2-250/72**<br>2CSG212180R4001**551904**<br>1<br>72<br>D<br>400<br>**VLM-2-400/72**<br>2CSG212210R4001**552000**<br>1<br>72<br>D<br>600<br>**VLM-2-600/72**<br>2CSG212230R4001**552109**<br>Oe<br>OO<br>ee||||||||||
|96<br>D<br>10<br>**VLM-2-10/96**<br>2CSG213040R4001**552703**<br>1<br>96<br>D<br>15<br>**VLM-2-15/96**<br>2CSG213050R4001**552802**<br>1<br>96<br>D<br>25<br>**VLM-2-25/96**<br>2CSG213070R4001**552901**<br>1<br>a<br>ae||||||||||
|96|D|40|**VLM-2-40/96**|2CSG213090R4001|**553007**||||1|
|96|D|60|**VLM-2-60/96**|2CSG213110R4001|**553106**||||1|
|96|D|80|**VLM-2-80/96**|2CSG213120R4001|**553205**||||1|
|96|D|100|**VLM-2-100/96**|2CSG213130R4001|**553304**||||1|
|96|D|150|**VLM-2-150/96**|2CSG213150R4001|**553403**||||1|
|96|D|200|**VLM-2-200/96**|2CSG213160R4001|**553502**||||1|
|96|D|250|**VLM-2-250/96**|2CSG213180R4001|**553601**||||1|
|96|D|400|**VLM-2-400/96**|2CSG213210R4001|**553700**||||1|
|96|D|600|**VLM-2-600/96**|2CSG213230R4001|**553809**||||1|



**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/43** 

ABB 

**8** /16 

**AMT** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

## **Analogue ammeters for alternating current** 

**==> picture [6 x 371] intentionally omitted <==**

**==> picture [383 x 439] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|Size Insertion Scale|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|mm|A a.c.|Type code|Order code|EAN|kg|pc.|
|48|D|1|AMT1-A1-1/48|2CSG311020R4001|543107|1|
|48|D|5|AMT1-A1-5/48|2CSG311030R4001|543206|1|
|48|D|10|AMT1-A1-10/48|2CSG311040R4001|543305|1|
|48|D|15|AMT1-A1-15/48|2CSG311050R4001|543404|1|
|48|D|20|AMT1-A1-20/48|2CSG311060R4001|543503|1|
|48|D|25|AMT1-A1-25/48|2CSG311070R4001|543602|1|
|48|D|30|AMT1-A1-30/48|2CSG311080R4001|543701|1|
|48|D|40|AMT1-A1-40/48|2CSG311090R4001|543800|1|
|48|I|1In/5|AMT1-A1/48|2CSG321250R4001|543909|1|
|48|I|5In/5|AMT1-A5/48|2CSG321260R4001|544005|1|
|72 72|D D|1 5|AMT1-A1-1/72AMT1-A1-5/72|2CSG312020R4001 2CSG312030R4001|545507545606|a|11|
|SO||!On|72 72 72|D D D|10 15 20|AMT1-A1-10/72AMT1-A1-15/72AMT1-A1-20/72|._u~.£—_—_n——+>?C—C?3ZDWOCC<C|2CSG312040R4001 2CSG312050R4001 2CSG312060R4001|©|545705545804545903|i|I_DDIWi2wWWW@4W4$O.U2@$maa|111|
|72|D|25|AMT1-A1-25/72|2CSG312070R4001|546009|1|
|72|D|30|AMT1-A1-30/72|2CSG312080R4001|546108|1|
|72|D|40|AMT1-A1-40/72|2CSG312090R4001|546207|1|
|72|D|50|AMT1-A1-50/72|2CSG312100R4001|546306|1|
|72|D|60|AMT1-A1-60/72|2CSG312110R4001|546405|1|
|72|I|1In/5|AMT1-A1/72|2CSG322250R4001|546504|1|
|72|I|5In/5|AMT1-A5/72|2CSG322260R4001|546603|1|
|96|D|1|AMT1-A1-1/96|2CSG313020R4001|548102|1|
|96|D|5|AMT1-A1-5/96|2CSG313030R4001|548201|1|
|96|D|10|AMT1-A1-10/96|2CSG313040R4001|548300|1|
|a|96|D|15|AMT1-A1-15/96|2CSG313050R4001|548409|1|
|i’|96|D|20|AMT1-A1-20/96|2CSG313060R4001|548508|1|
|a|96|D|25|AMT1-A1-25/96|2CSG313070R4001|548607|1|
|96|D|30|AMT1-A1-30/96|2CSG313080R4001|548706|1|
|96|D|40|AMT1-A1-40/96|2CSG313090R4001|548805|_|1|
|96|D|50|AMT1-A1-50/96|2CSG313100R4001|548904|1|
|96|D|60|AMT1-A1-60/96|2CSG313110R4001|549000|1|
|96|I|1In/5|AMT1-A1/96|2CSG323250R4001|549109|1|
|96|I|5In/5|AMT1-A5/96|2CSG323260R4001|549208|1|

**----- End of picture text -----**<br>


## D: direct connection 

I: indirect connection with VT, CT and shunt, according to the type 

**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/43** 

ABB 

**8** /17 

**VLM** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

## **Analogue ammeters for direct current** 

|Size Insertion Scale<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>mm<br>A d.c.<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>48<br>D<br>0,5<br>**AMT2-A2-0,5/48**<br>2CSG411010R4001**550501**<br>1<br>48<br>D<br>1<br>**AMT2-A2-1/48**<br>2CSG411020R4001**550600**<br>1|
|---|
|48<br>D<br>5<br>**AMT2-A2-5/48**<br>2CSG411030R4001**550709**<br>1|
|48<br>D<br>10<br>**AMT2-A2-10/48**<br>2CSG411040R4001**550808**<br>1|
|48<br>I<br>In/60mV<br>**AMT2-A2/48**<br>2CSG421270R4001**550907**<br>1<br>72<br>D<br>0,5<br>**AMT2-A2-0,5/72**<br>2CSG412010R4001**552208**<br>1<br>72<br>D<br>1<br>**AMT2-A2-1/72**<br>2CSG412020R4001**552307**<br>1<br>72<br>D<br>5<br>**AMT2-A2-5/72**<br>2CSG412030R4001**552406**<br>1<br>72<br>D<br>10<br>**AMT2-A2-10/72**<br>2CSG412040R4001**552505**<br>1<br>oO<br> ee|
|72<br>I<br>In/60mV<br>**AMT2-A2/72**<br>2CSG422270R4001**552604**<br>1|
||
|96<br>D<br>0,5<br>**AMT2-A2-0,5/96**<br>2CSG413010R4001**553908**<br>1|
|96<br>D<br>1<br>**AMT2-A2-1/96**<br>2CSG413020R4001**554004**<br>1<br>96<br>D<br>5<br>**AMT2-A2-5/96**<br>2CSG413030R4001**554103**<br>1<br>96<br>D<br>10<br>**AMT2-A2-10/96**<br>2CSG413040R4001**554202**<br>1<br>96<br>I<br>In/60mV<br>**AMT2-A2/96**<br>2CSG423270R4001**554301**<br>1<br> a<br>as|



D: direct connection 

I: indirect connection with VT, CT and shunt, according to the type 

**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/43** 

ABB 

**8** /18 

**COS FRZ** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

## **Analogue power factor meters** 

**==> picture [6 x 443] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC445076F0001<br>2CSC445069F0001<br>2CSC445075F0001<br>2CSC445078F0001<br>2CSC445071F0001<br>2CSC445077F0001<br>**----- End of picture text -----**<br>


|Size Insertion<br>mm<br>48|Size Insertion<br>mm<br>1mA|Scale<br>V a.c.<br>90°|**Order**<br>**details**<br>**Type code**<br>**COS-90/48**|Order code<br>2CSG721310R4001|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**555001**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.<br>1|
|---|---|---|---|---|---|---|---|---|---|
||transducer|||||||||
|48<br>72<br>72|1mA<br>transducer<br>1mA<br>transducer<br>1mA|240°<br>90°<br>240°|**COS-240/48**<br>**COS-90/72**<br>**COS-240/72**|2CSG721320R4001<br>2CSG722310R4001<br>2CSG722320R4001|**555100**<br>**555209**<br>**555308**||||1<br>1<br>1|
||transducer|||||||||
|||||||||||
|96<br>96|1mA<br>transducer<br>1mA<br>transducer|90°<br>240°|**COS-90/96**<br>**COS-240/96**|2CSG723310R4001<br>2CSG723320R4001|**555407**<br>**555506**||||1<br>1|



## **Analogue frequency meters** 

||2CSC445078F0001||Size Insertion Scale<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>mm<br>V a.c.<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>48<br>D<br>90°<br>**FRZ-90/48**<br>2CSG811310R4001**555605**<br>1|
|---|---|---|---|
|vt|2CSC445071F0001<br>||72<br>D<br>90°<br>**FRZ-90/72**<br>2CSG812310R4001**555704**<br>1<br>72<br>D<br>240°<br>**FRZ-240/72**<br>2CSG812320R4001**555902**<br>1<br>96<br>D<br>90°<br>**FRZ-90/96**<br>2CSG813310R4001**555803**<br>1<br>96<br>D<br>240°<br>**FRZ-240/96**<br>2CSG813320R4001**556008**<br>1<br> ee<br>ee|



D: direct connection 

I: indirect connection with VT, CT and shunt, according to the type 

**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/43** | 

ABB 

**8** /19 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel analogue instruments 

## **Technical features** 

|**Technical features**|||
|---|---|---|
|**Rated max. reference voltage for insulation**|[V]|650|
|**Test voltage**|[V]|2000 eff. (50 Hz/1 min)|
|**Precision class**||1.5 (0.5 for frequency meters)|
|**Overload capacity**�|||
|- ammetric windings||up to In x 10/< sec. up to In x 2/permanent|
|- voltmetric windings||up to Un x 2/< 5 sec. up to Un x 1.2/permanent|
|**Operating temperature**|[°C]|-20...+40|
|**Storage temperature**|[°C]|-40...+70|
|**Average and max. relative**�||65% (yearly average)|
|**humidity (DIN 40040)**||85% (+35 °C/60 days a year)|
|**Vibration resistance (IEC 50-1)**|[g(9.81 m/s)] 0.08-1.8 (0.35 mm/10-55 Hz; 3 axis/6 h)||
|**Degree of protection**||IP52 indoors|
|||IP00 on the terminals (IEC 144. DIN 40050)|
|||IP40 with suitable terminal covers|
|**Materials**|||
|- cases and front edge||self-extinguishing thermosetting material|
|||in accordance with UL94 V-0, fungus and termite|
|||resistant|
|- pointers (DIN 43802)�||molded aluminium|
|- terminals||brass|
|**Assembly**||vertical/horizontal with special screw-on brackets�|
|**Dimensions W x H x D (DIN 43700/43718)**|[mm]|48 x 48 X 53 72 x 72 x 53 96 x 96 X 53|
|**Applicable standards**||IEC EN 61010-1|



- The overload can be greater for instruments enabled by a CT because the transformer generally keeps secondary current peaks to within 10 In. 

- Tropicalization enables the instruments to withstand up to 95% max. relative humidity (+35 °C/60 days). In accordance with DIN standard 40040, they must be protected against any penetration of humidity inside the device. Terminals, screws, washers, bolts and magnets are galvanically protected against rust, while the electrical circuits are painted with the special Multicolor PC52 varnish. 

- The pointer damping time is 1 second. The recorded values are cleared by pressing the control provided. 

- With 0.5 mm -19 mm thick panels, the screws must be attached in the fixing position nearest to the front edge of the measuring device, whereas the 20 mm - 39 mm thick panels require the screws to be fixed in the position furthest away from the front edge. 

**==> picture [511 x 287] intentionally omitted <==**

**----- Start of picture text -----**<br>
Voltmeter for alternating current Voltmeter for direct current<br>Direct insertion Insertion via VT Direct insertion<br>L1 L1 +<br>N N -<br>Ammeter for alternating current Ammeter for direct current<br>Direct insertion Insertion via CT Direct insertion Insertion with Shunt<br>S1 S2<br>P1 P2<br>L1 L1 + +<br>N N - -<br>2CSC400129F0202<br>**----- End of picture text -----**<br>


ABB 

**8** /20 

**SCL** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Interchangeable scales for front panel instrument 

## **Interchangeable scales** 

|||Scale|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|||A a.c.|**Type code**|Order code|**EAN**|||kg|pc.|
|2CSC445111F0001|Scales 48 x 48 mm, SCL-A1 for AMT1-A1/48 a.c. ammeters<br>1<br>5<br>10<br>15<br>20<br>CO||Scales 48 x 48 mm, SCL-A1 for AMT1-A1/48 a.c. ammeters<br>**SCL-A1-1/48**<br>2CSG111010R5011<br>**769408**<br>0.010<br>10<br>**SCL-A1-5/48**<br>2CSG111021R5011<br>**769507**<br>0.010<br>10<br>**SCL-A1-10/48**<br>2CSG111032R5011<br>**769606**<br>0.010<br>10<br>**SCL-A1-15/48**<br>2CSG111054R5011<br>**769705**<br>0.010<br>10<br>**SCL-A1-20/48**<br>2CSG111075R5011<br>**769804**<br>0.010<br>10<br>Te|||||||
|||25|**SCL-A1-25/48**|2CSG111096R5011|**769903**|||0.010|10|
|||30|**SCL-A1-30/48**|2CSG111107R5011|**770008**|||0.010|10|
|||40|**SCL-A1-40/48**|2CSG111128R5011|**770107**|||0.010|10|
|||50|**SCL-A1-50/48**|2CSG111149R5011|**770206**|||0.010|10|
|||60|**SCL-A1-60/48**|2CSG111159R5011|**770305**|||0.010|10|
|||80|**SCL-A1-80/48**|2CSG111179R5011|**770404**|||0.010|10|
|||100|**SCL-A1-100/48**|2CSG111189R5011|**560500**|||0.010|10|
|||150|**SCL-A1-150/48**|2CSG111209R5011|**560609**|||0.010|10|
|||200|**SCL-A1-200/48**|2CSG111229R5011|**560708**|||0.010|10|
|||250|**SCL-A1-250/48**|2CSG111249R5011|**560807**|||0.010|10|
|||300|**SCL-A1-300/48**|2CSG111259R5011|**560906**|||0.010|10|
|||400|**SCL-A1-400/48**|2CSG111279R5011|**561002**|||0.010|10|
|||500|**SCL-A1-500/48**|2CSG111299R5011|**561101**|||0.010|10|
|||600|**SCL-A1-600/48**|2CSG111309R5011|**561200**|||0.010|10|
|||800|**SCL-A1-800/48**|2CSG111329R5011|**561309**|||0.010|10|
|||1000|**SCL-A1-1000/48**|2CSG111339R5011|**561408**|||0.010|10|
|||1500|**SCL-A1-1500/48**|2CSG111359R5011|**561507**|||0.010|10|
|||2000|**SCL-A1-2000/48**|2CSG111379R5011|**561606**|||0.010|10|
|||2500|**SCL-A1-2500/48**|2CSG111389R5011|**561705**|||0.010|10|
|||3000|**SCL-A1-3000/48**|2CSG111399R5011|**561804**|||0.010|10|
|||4000<br>5000<br>6000|**SCL-A1-4000/48**<br>**SCL-A1-5000/48**<br>**SCL-A1-6000/48**|2CSG111409R5011<br>2CSG111419R5011<br>2CSG111429R5011|**561903**<br>**562009**<br>**562108**|||0.010<br>0.010<br>0.010|10<br>10<br>10|
|||8000|**SCL-A1-8000/48**|2CSG111439R5011|**562207**|||0.010|10|
|||10000|**SCL-A1-10000/48**2CSG111449R5011|2CSG111449R5011|**562306**|||0.010|10|
|||Scales 48 x 48 mm, SCL-A5 for AMT1-A5/48 a.c. ammeters|Scales 48 x 48 mm, SCL-A5 for AMT1-A5/48 a.c. ammeters|||||||
|2CSC445111F0001||1<br>**SCL-A5-1/48**<br>2CSG121010R5011<br>**770503**<br>0.010<br>10<br>5<br>**SCL-A5-5/48**<br>2CSG121021R5011<br>**770602**<br>0.010<br>10<br>10<br>**SCL-A5-10/48**<br>2CSG121032R5011<br>**770701**<br>0.010<br>10<br>15<br>**SCL-A5-15/48**<br>2CSG121054R5011<br>**770800**<br>0.010<br>10<br>20<br>**SCL-A5-20/48**<br>2CSG121075R5011<br>**770909**<br>0.010<br>10<br>~~TT~~<br>~~I~~<br>~~a~~<br>—————SSSSSSSS......zQqQ5—_||||||||
|||25|**SCL-A5-25/48**|2CSG121096R5011|**771005**|||0.010|10|
|||30|**SCL-A5-30/48**|2CSG121107R5011|**771104**|||0.010|10|
|||40|**SCL-A5-40/48**|2CSG121128R5011|**771203**|||0.010|10|
|||50|**SCL-A5-50/48**|2CSG121149R5011|**771302**|||0.010|10|
|||60|**SCL-A5-60/48**|2CSG121159R5011|**771401**|||0.010|10|
|||80|**SCL-A5-80/48**|2CSG121179R5011|**771500**|||0.010|10|
|||100|**SCL-A5-100/48**|2CSG121189R5011|**562405**|||0.010|10|
|||150|**SCL-A5-150/48**|2CSG121209R5011|**562504**|||0.010|10|
|||200|**SCL-A5-200/48**|2CSG121229R5011|**562603**|||0.010|10|
|||250|**SCL-A5-250/48**|2CSG121249R5011|**562702**|||0.010|10|
|||300|**SCL-A5-300/48**|2CSG121259R5011|**562801**|||0.010|10|
|||400|**SCL-A5-400/48**|2CSG121279R5011|**562900**|||0.010|10|
|||500|**SCL-A5-500/48**|2CSG121299R5011|**563006**|||0.010|10|
|||600|**SCL-A5-600/48**|2CSG121309R5011|**563105**|||0.010|10|
|||800|**SCL-A5-800/48**|2CSG121329R5011|**563204**|||0.010|10|
|||1000|**SCL-A5-1000/48**|2CSG121339R5011|**563303**|||0.010|10|
|||1500|**SCL-A5-1500/48**|2CSG121359R5011|**563402**|||0.010|10|



**8** 

ABB 

**8** /21 

**SCL** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Interchangeable scales for front panel instrument 

|Scale|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|A a.c.|**Type code**|Order code|**EAN**|||kg|pc.|
|2000|**SCL-A5-2000/48**|2CSG121379R5011|**563501**|||0.010|10|
|2500|**SCL-A5-2500/48**|2CSG121389R5011|**563600**|||0.010|10|
|3000|**SCL-A5-3000/48**|2CSG121399R5011|**563709**|||0.010|10|
|4000|**SCL-A5-4000/48**|2CSG121409R5011|**563808**|||0.010|10|
|5000|**SCL-A5-5000/48**|2CSG121419R5011|**563907**|||0.010|10|
|6000|**SCL-A5-6000/48**|2CSG121429R5011|**564003**|||0.010|10|
|8000|**SCL-A5-8000/48**|2CSG121439R5011|**564102**|||0.010|10|
|10000|**SCL-A5-10000/48**2CSG121449R5011|2CSG121449R5011|**564201**|||0.010|10|



Scales 72 x 72 mm, SCL-A1 for AMT1-A1/72 a.c. ammeters 

|1<br>5<br>10<br>15<br>Se|1<br>5<br>10<br>15<br>Se|**SCL-A1-1/72**<br>**SCL-A1-5/72**<br>**SCL-A1-10/72**<br>**SCL-A1-15/72**|2CSG112010R5011<br>2CSG112021R5011<br>2CSG112032R5011<br>2CSG112054R5011|**771609**<br>**771708**<br>**771807**<br>**771906**|0.010<br>0.010<br>0.010<br>0.010|10<br>10<br>10<br>10|
|---|---|---|---|---|---|---|
||20|**SCL-A1-20/72**|2CSG112075R5011|**772002**|0.010|10|
||25|**SCL-A1-25/72**|2CSG112096R5011|**772101**|0.010|10|
||30|**SCL-A1-30/72**|2CSG112107R5011|**772200**|0.010|10|
||40|**SCL-A1-40/72**|2CSG112128R5011|**772309**|0.010|10|
||50|**SCL-A1-50/72**|2CSG112149R5011|**772408**|0.010|10|
||60|**SCL-A1-60/72**|2CSG112159R5011|**772507**|0.010|10|
||80|**SCL-A1-80/72**|2CSG112179R5011|**772606**|0.010|10|
||100|**SCL-A1-100/72**|2CSG112189R5011|**572305**|0.010|10|
||150|**SCL-A1-150/72**|2CSG112209R5011|**572404**|0.010|10|
||200|**SCL-A1-200/72**|2CSG112229R5011|**572503**|0.010|10|
||250|**SCL-A1-250/72**|2CSG112249R5011|**572602**|0.010|10|
||300|**SCL-A1-300/72**|2CSG112259R5011|**572701**|0.010|10|
||400|**SCL-A1-400/72**|2CSG112279R5011|**572800**|0.010|10|
||500|**SCL-A1-500/72**|2CSG112299R5011|**572909**|0.010|10|
||600|**SCL-A1-600/72**|2CSG112309R5011|**573005**|0.010|10|
||800|**SCL-A1-800/72**|2CSG112329R5011|**573104**|0.010|10|
||1000<br>1500|**SCL-A1-1000/72**<br>**SCL-A1-1500/72**|2CSG112339R5011<br>2CSG112359R5011|**573203**<br>**573302**|0.010<br>0.010|10<br>10|
||2000|**SCL-A1-2000/72**|2CSG112379R5011|**573401**|0.010|10|
||2500|**SCL-A1-2500/72**|2CSG112389R5011|**573500**|0.010|10|
||3000|**SCL-A1-3000/72**|2CSG112399R5011|**573609**|0.010|10|
||4000|**SCL-A1-4000/72**|2CSG112409R5011|**573708**|0.010|10|
||5000|**SCL-A1-5000/72**|2CSG112419R5011|**573807**|0.010|10|
||6000|**SCL-A1-6000/72**|2CSG112429R5011|**573906**|0.010|10|
||8000|**SCL-A1-8000/72**|2CSG112439R5011|**574002**|0.010|10|
||10000|**SCL-A1-10000/72**2CSG112449R5011|2CSG112449R5011|**574101**|0.010|10|



Scales 72 x 72 mm, SCL-A5 for AMT1-A5/72 a.c. ammeters 

|1<br>5<br>10<br>15|**SCL-A5-1/72**<br>**SCL-A5-5/72**<br>**SCL-A5-10/72**<br>**SCL-A5-15/72**|2CSG122010R5011<br>2CSG122021R5011<br>2CSG122032R5011<br>2CSG122054R5011|**772705**<br>**772804**<br>**772903**<br>**773009**|0.010<br>0.010<br>0.010<br>0.010|10<br>10<br>10<br>10|
|---|---|---|---|---|---|
|20|**SCL-A5-20/72**|2CSG122075R5011|**773108**|0.010|10|
|25|**SCL-A5-25/72**|2CSG122096R5011|**773207**|0.010|10|
|30|**SCL-A5-30/72**|2CSG122107R5011|**773306**|0.010|10|
|40|**SCL-A5-40/72**|2CSG122128R5011|**773405**|0.010|10|
|50|**SCL-A5-50/72**|2CSG122149R5011|**773504**|0.010|10|
|60|**SCL-A5-60/72**|2CSG122159R5011|**773603**|0.010|10|
|80|**SCL-A5-80/72**|2CSG122179R5011|**773702**|0.010|10|
|100|**SCL-A5-100/72**|2CSG122189R5011|**574200**|0.010|10|
|150|**SCL-A5-150/72**|2CSG122209R5011|**574309**|0.010|10|
|200|**SCL-A5-200/72**|2CSG122229R5011|**574408**|0.010|10|
|250|**SCL-A5-250/72**|2CSG122249R5011|**574507**|0.010|10|
|300|**SCL-A5-300/72**|2CSG122259R5011|**574606**|0.010|10|
|400|**SCL-A5-400/72**|2CSG122279R5011|**574705**|0.010|10|



ABB 

**8** /22 

**SCL** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Interchangeable scales for front panel instrument 

|Scale|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|A a.c.|**Type code**|Order code|**EAN**|||kg|pc.|
|500|**SCL-A5-500/72**|2CSG122299R5011|**574804**|||0.010|10|
|600|**SCL-A5-600/72**|2CSG122309R5011|**574903**|||0.010|10|
|800|**SCL-A5-800/72**|2CSG122329R5011|**575009**|||0.010|10|
|1000|**SCL-A5-1000/72**|2CSG122339R5011|**575108**|||0.010|10|
|1500|**SCL-A5-1500/72**|2CSG122359R5011|**575207**|||0.010|10|
|2000|**SCL-A5-2000/72**|2CSG122379R5011|**575306**|||0.010|10|
|2500|**SCL-A5-2500/72**|2CSG122389R5011|**575405**|||0.010|10|
|3000|**SCL-A5-3000/72**|2CSG122399R5011|**575504**|||0.010|10|
|4000|**SCL-A5-4000/72**|2CSG122409R5011|**575603**|||0.010|10|
|5000|**SCL-A5-5000/72**|2CSG122419R5011|**575702**|||0.010|10|
|6000<br>8000<br>10000|**SCL-A5-6000/72**<br>**SCL-A5-8000/72**<br>**SCL-A5-10000/72**2CSG122449R5011|2CSG122429R5011<br>2CSG122439R5011<br>2CSG122449R5011|**575801**<br>**575900**<br>**576006**|||0.010<br>0.010<br>0.010|10<br>10<br>10|



|||6000||||**SCL-A5-6000/72**<br>2CSG122429R5011<br>**575801**|**SCL-A5-6000/72**<br>2CSG122429R5011<br>**575801**|**SCL-A5-6000/72**<br>2CSG122429R5011<br>**575801**|0.010|10|
|---|---|---|---|---|---|---|---|---|---|---|
|2CSC445111F0001||8000<br>10000<br>Scales 96 x 96 mm, SCL-A1 for AMT1-A1/96 a.c. ammeters|Scales 96 x 96 mm, SCL-A1 for AMT1-A1/96 a.c. ammeters|Scales 96 x 96 mm, SCL-A1 for AMT1-A1/96 a.c. ammeters|Scales 96 x 96 mm, SCL-A1 for AMT1-A1/96 a.c. ammeters|**SCL-A5-8000/72**<br>2CSG122439R5011<br>**575900**<br>**SCL-A5-10000/72**2CSG122449R5011<br>**576006**<br>Scales 96 x 96 mm, SCL-A1 for AMT1-A1/96 a.c. ammeters|||0.010<br>0.010|10<br>10|
|||1||||**SCL-A1-1/96**|2CSG113010R5011|**773801**|0.010|10|
|||5||||**SCL-A1-5/96**|2CSG113021R5011|**773900**|0.010|10|
|||10||||**SCL-A1-10/96**|2CSG113032R5011|**774006**|0.010|10|
|||15||||**SCL-A1-15/96**|2CSG113054R5011|**774105**|0.010|10|
|||20||||**SCL-A1-20/96**|2CSG113075R5011|**774204**|0.010|10|
|||25||||**SCL-A1-25/96**|2CSG113096R5011|**774303**|0.010|10|
|||30||||**SCL-A1-30/96**|2CSG113107R5011|**774402**|0.010|10|
|||40||||**SCL-A1-40/96**|2CSG113128R5011|**774501**|0.010|10|
|||50||||**SCL-A1-50/96**|2CSG113149R5011|**774600**|0.010|10|
|||60||||**SCL-A1-60/96**|2CSG113159R5011|**774709**|0.010|10|
|||80||||**SCL-A1-80/96**|2CSG113179R5011|**774808**|0.010|10|
|||100||||**SCL-A1-100/96**|2CSG113189R5011|**584100**|0.010|10|
|||150||||**SCL-A1-150/96**|2CSG113209R5011|**584209**|0.010|10|
|||200||||**SCL-A1-200/96**|2CSG113229R5011|**584308**|0.010|10|
|||250<br>300<br>400||||**SCL-A1-250/96**<br>**SCL-A1-300/96**<br>**SCL-A1-400/96**|2CSG113249R5011<br>2CSG113259R5011<br>2CSG113279R5011|**584407**<br>**584506**<br>**584605**|0.010<br>0.010<br>0.010|10<br>10<br>10|
|||500||||**SCL-A1-500/96**|2CSG113299R5011|**584704**|0.010|10|
|||600||||**SCL-A1-600/96**|2CSG113309R5011|**584803**|0.010|10|
|||800||||**SCL-A1-800/96**|2CSG113329R5011|**584902**|0.010|10|
|||1000||||**SCL-A1-1000/96**|2CSG113339R5011|**585008**|0.010|10|
|||1500||||**SCL-A1-1500/96**|2CSG113359R5011|**585107**|0.010|10|
|||2000||||**SCL-A1-2000/96**|2CSG113379R5011|**585206**|0.010|10|
|||2500||||**SCL-A1-2500/96**|2CSG113389R5011|**585305**|0.010|10|
|||3000||||**SCL-A1-3000/96**|2CSG113399R5011|**585404**|0.010|10|
|||4000||||**SCL-A1-4000/96**|2CSG113409R5011|**585503**|0.010|10|
|||5000||||**SCL-A1-5000/96**|2CSG113419R5011|**585602**|0.010|10|
|||6000||||**SCL-A1-6000/96**|2CSG113429R5011|**585701**|0.010|10|
|2CSC445111F0001||8000<br>10000<br>Scales 96 x 96 mm, SCL-A5 for AMT1-A5/96 a.c. ammeters<br>———|Scales 96 x 96 mm, SCL-A5 for AMT1-A5/96 a.c. ammeters|Scales 96 x 96 mm, SCL-A5 for AMT1-A5/96 a.c. ammeters|Scales 96 x 96 mm, SCL-A5 for AMT1-A5/96 a.c. ammeters|**SCL-A1-8000/96**<br>2CSG113439R5011<br>**585800**<br>**SCL-A1-10000/96**2CSG113449R5011<br>**585909**<br>Scales 96 x 96 mm, SCL-A5 for AMT1-A5/96 a.c. ammeters|||0.010<br>0.010|10<br>10|
|||1||||**SCL-A5-1/96**|2CSG123010R5011|**774907**|0.010|10|
|||5||||**SCL-A5-5/96**|2CSG123021R5011|**775003**|0.010|10|
|||10||||**SCL-A5-10/96**|2CSG123032R5011|**775102**|0.010|10|
|||15||||**SCL-A5-15/96**|2CSG123054R5011|**775201**|0.010|10|
|||20||||**SCL-A5-20/96**|2CSG123075R5011|**775300**|0.010|10|
|||25||||**SCL-A5-25/96**|2CSG123096R5011|**775409**|0.010|10|
|||30||||**SCL-A5-30/96**|2CSG123107R5011|**775508**|0.010|10|
|||40||||**SCL-A5-40/96**|2CSG123128R5011|**775607**|0.010|10|
|||50||||**SCL-A5-50/96**|2CSG123149R5011|**775706**|0.010|10|
|||60||||**SCL-A5-60/96**|2CSG123159R5011|**775805**|0.010|10|
|||80||||**SCL-A5-80/96**|2CSG123179R5011|**775904**|0.010|10|
|||100||||**SCL-A5-100/96**|2CSG123189R5011|**586005**|0.010|10|



**8** 

ABB 

**8** /23 

**SCL** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Interchangeable scales for front panel instrument 

|Scale|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|A a.c.|**Type code**|Order code|**EAN**|||kg|pc.|
|150|**SCL-A5-150/96**|2CSG123209R5011|**586104**|||0.010|10|
|200|**SCL-A5-200/96**|2CSG123229R5011|**586203**|||0.010|10|
|250|**SCL-A5-250/96**|2CSG123249R5011|**586302**|||0.010|10|
|300|**SCL-A5-300/96**|2CSG123259R5011|**586401**|||0.010|10|
|400|**SCL-A5-400/96**|2CSG123279R5011|**586500**|||0.010|10|
|500|**SCL-A5-500/96**|2CSG123299R5011|**586609**|||0.010|10|
|600|**SCL-A5-600/96**|2CSG123309R5011|**586708**|||0.010|10|
|800|**SCL-A5-800/96**|2CSG123329R5011|**586807**|||0.010|10|
|1000|**SCL-A5-1000/96**|2CSG123339R5011|**586906**|||0.010|10|
|1500|**SCL-A5-1500/96**|2CSG123359R5011|**587002**|||0.010|10|
|2000|**SCL-A5-2000/96**|2CSG123379R5011|**587101**|||0.010|10|
|2500|**SCL-A5-2500/96**|2CSG123389R5011|**587200**|||0.010|10|
|3000|**SCL-A5-3000/96**|2CSG123399R5011|**587309**|||0.010|10|
|4000|**SCL-A5-4000/96**|2CSG123409R5011|**587408**|||0.010|10|
|5000|**SCL-A5-5000/96**|2CSG123419R5011|**587507**|||0.010|10|
|6000|**SCL-A5-6000/96**|2CSG123429R5011|**587606**|||0.010|10|
|8000|**SCL-A5-8000/96**|2CSG123439R5011|**587705**|||0.010|10|
|10000|**SCL-A5-10000/96**2CSG123449R5011|2CSG123449R5011|**587804**|||0.010|10|



Scales 48 x 48 mm, SCL-A2 for AMT2-A2/48 d.c. ammeters 

|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|20<br>**SCL-A2-20/48**<br>2CSG231075R5011<br>**595908**<br>0.010<br>10<br>100<br>**SCL-A2-100/48**<br>2CSG231189R5011<br>**596004**<br>0.010<br>10<br>150<br>**SCL-A2-150/48**<br>2CSG231209R5011<br>**596103**<br>0.010<br>10<br>~~a~~<br>~~OO~~|
|---|---|---|---|---|---|
|200|**SCL-A2-200/48**|2CSG231229R5011|**596202**|0.010|10|
|250|**SCL-A2-250/48**|2CSG231249R5011|**596301**|0.010|10|
|300|**SCL-A2-300/48**|2CSG231259R5011|**596400**|0.010|10|
|400|**SCL-A2-400/48**|2CSG231279R5011|**596509**|0.010|10|
|500|**SCL-A2-500/48**|2CSG231299R5011|**596608**|0.010|10|
|600|**SCL-A2-600/48**|2CSG231309R5011|**596707**|0.010|10|
|800|**SCL-A2-800/48**|2CSG231329R5011|**596806**|0.010|10|
|1000|**SCL-A2-1000/48**|2CSG231339R5011|**596905**|0.010|10|



Scales 72 x 72 mm, SCL-A2 for AMT2-A2/72 d.c. ammeters 

|20|**SCL-A2-20/72**|2CSG232075R5011|**597001**|0.010|10|
|---|---|---|---|---|---|
|100|**SCL-A2-100/72**|2CSG232189R5011|**597100**|0.010|10|
|150|**SCL-A2-150/72**|2CSG232209R5011|**597209**|0.010|10|
|200|**SCL-A2-200/72**|2CSG232229R5011|**597308**|0.010|10|
|250|**SCL-A2-250/72**|2CSG232249R5011|**597407**|0.010|10|
|300|**SCL-A2-300/72**|2CSG232259R5011|597506|0.010|10|
|400|**SCL-A2-400/72**|2CSG232279R5011|**597605**|0.010|10|
|500|**SCL-A2-500/72**|2CSG232299R5011|**597704**|0.010|10|
|600|**SCL-A2-600/72**|2CSG232309R5011|**597803**|0.010|10|
|800|**SCL-A2-800/72**|2CSG232329R5011|**597902**|0.010|10|
|1000|**SCL-A2-1000/72**|2CSG232339R5011|**598008**|0.010|10|



Scales 96 x 96 mm, SCL-A2 for AMT2-A2/96 d.c. ammeters 

|20|**SCL-A2-20/96**|2CSG233075R5011|**598107**|0.010|10|
|---|---|---|---|---|---|
|100|**SCL-A2-100/96**|2CSG233189R5011|**598206**|0.010|10|
|150|**SCL-A2-150/96**|2CSG233209R5011|**598305**|0.010|10|
|200|**SCL-A2-200/96**|2CSG233229R5011|**598404**|0.010|10|
|250|**SCL-A2-250/96**|2CSG233249R5011|**598503**|0.010|10|
|300|**SCL-A2-300/96**|2CSG233259R5011|**598602**|0.010|10|
|400|**SCL-A2-400/96**|2CSG233279R5011|**598701**|0.010|10|
|500|**SCL-A2-500/96**|2CSG233299R5011|**598800**|0.010|10|
|600|**SCL-A2-600/96**|2CSG233309R5011|**598909**|0.010|10|
|800|**SCL-A2-800/96**|2CSG233329R5011|**599005**|0.010|10|
|1000|**SCL-A2-1000/96**|2CSG233339R5011|**599104**|0.010|10|



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**System Selection tables pro** _**M**_ **compact[®] Measurement devices** Caps and terminal covers 

**COP** 

## **Caps and terminal covers** 

Providing protection against accidental bumping or contact, they also assure a degree of protection to IP55. They come in three standard sizes, 48 mm x 96 mm, 72 mm x 72 mm and 96 mm x 96 mm. Size Description **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit | —__— mm **Type code** Order code **EAN** kg pc. Caps 48 x 96 Trasparent cover **COP-48-96** 2CSG300000R5041 **611608** 1 IP55 for instruments 72 x 72 Trasparent cover **COP-72** 2CSG400000R5041 **611707** 1 IP55 for instruments 96 x 96 Trasparent cover **COP-96** 2CSG500000R5041 **611806** 1 IP55 for instruments ee UO Size Description **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit mm **Type code** Order code **EAN** kg pc. Terminal covers rr 48 x 48 Terminal cover **COP-M-48** 2CSG300000R5051 **619901** 1 72 x 72 Terminal cover **COP-M-72** 2CSG400000R5051 **620006** 1 96 x 96 Terminal cover **COP-M-96** 2CSG500000R5051 **620105** 1 a Fy 

**8** 

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**VLMD, AMTD, FRZ-DIG** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Digital instruments 

## **Digital instruments** 

The wide range of digital instrument starts with single phase instrument, for measuring voltage, current and frequency. The range is composed by a voltmeter for a.c./d.c. voltage monitoring, two ammeter for a.c. and d.c. current, and frequency meter. Ammeters measure in indirect insertion thanks to measuring accessories, like current transformer for a.c. and shunt for d.c. The full scale is programmable by the user. a Version **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. a.c./d.c. digital voltmeter **VLMD-1-2** 2CSM110000R1011 **620402** 0,300 1 a.c. digital ammeter **AMTD-1** 2CSM320000R1011 **620501** 0,300 1 d.c. digital ammeter **AMTD-2** 2CSM420000R1011 **620600** 0,300 1 Digital frequency meter **FRZ-DIG** 2CSM710000R1011 **620709** 0,300 1 **Digital instruments with alarm relay** The range comprises 3 instruments, one voltmeter and two ammeters, that display and monitor a value, tripping a relay contact and signalling the alarm condition if it over- or undershoots a programmable threshold. The alarm threshold as either a minimum or a maximum limit, the peak maximum 

The range comprises 3 instruments, one voltmeter and two ammeters, that display and monitor a value, tripping a relay contact and signalling the alarm condition if it over- or undershoots a programmable threshold. The alarm threshold as either a minimum or a maximum limit, the peak maximum and minimum values measured are stored in the non volatile instrument memory. 

The contact type is NO, so that the contact is open when the instrument is powered off, but it is possible to obtain positive safety operation via a software setting which determines whether the alarm condition is with an open or closed contact. 

The instrument with relay can be used as either a minum or maximum relay, but not for both functions simultaneously. 

Version **Order Bbn** Price Price Weight Pack **details 8012542** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. a.c./d.c. digital voltmeter with alarm relay **VLMD-1-2-R** 2CSM274693R1011 **746935** 0,300 1 a.c. digital ammeter with alarm relay **AMTD-1-R** 2CSM274773R1011 **747734** 0,300 1 d.c. digital ammeter with alarm relay **AMTD-2-R** 2CSM261073R1011 **610731** 0,300 1 ———_— 

**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/44** oo 

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**8** /26 

**VLMD P AMTD P** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Front panel digital instruments 

## **Front panel digital instruments** 

**==> picture [6 x 138] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400130F0202<br>2CSC400131F0202<br>**----- End of picture text -----**<br>


The wide range of digital instrument starts with single phase instrument, for measuring voltage and current. 

The range is composed by a voltmeter for a.c./d.c. voltage monitoring, and two ammeter for a.c. and d.c. current. Ammeters measure in indirect insertion thanks to measuring accessories, like current transformer for a.c. and shunt for d.c. 

The full scale is programmable by the user. 

**==> picture [376 x 60] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Version|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|a.c./d.c. digital voltmeter|VLMD P|2CSG213605R4011|136057|0,300|1|
|a.c. digital ammeter|AMTD-1 P|2CSG213615R4011|136156|0,300|1|
|d.c. digital ammeter|AMTD-2 P|2CSG213625R4011|136255|0,300|1|

**----- End of picture text -----**<br>


## **Front panel digital instruments with alarm relay** 

The range comprises 3 instruments, one voltmeter and two ammeters, that display and monitor a value, tripping a relay contact and signalling the alarm condition if it over- or undershoots a programmable threshold. The alarm threshold as either a minimum or a maximum limit. The peak maximum and minimum values measured are stored in the non volatile instrument memory. 

The contact type is NO, so that the contact is open when the instrument is powered off, but it is possible to obtain positive safety operation via a software setting which determines whether the alarm condition is with an open or closed contact. 

The instrument with relay can be used as either a minum or maximum realy, but not for both functions simultaneously. 

**==> picture [376 x 85] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Version|Order|Bbn|Price|Price|Weight|Pack|
|details|8012542|1 piece|group|1 piece unit|
|Type code|Order code|EAN|kg|pc.|
|a.c./d.c. digital voltmeter|
|with alarm relay|VLMD-R P|2CSG213635R4011|136354|0,300|1|
|a.c. digital ammeter|
|with alarm relay|AMTD-1-R P|2CSG213645R4011|136453|0,300|1|
|d.c. digital ammeter|
|with alarm relay|AMTD-2-R P|2CSG213655R4011|136552|0,300|1|

**----- End of picture text -----**<br>


**8** 

## **Alarm activation logic** 

**Device status NO polarity (default) NC polarity** 

**==> picture [381 x 116] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||
|---|---|
|Instrument not supplied|
|eete|et|
|Instrument supplied - no alarm|
|TT|1|
|Instrument supplied - alarm|
|condition|

**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/44** 

ABB 

**8** /27 

**VLMD...R, AMTD...R, VLMD...R P, AMTD...R P** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Digital instruments 

## **Technical features** 

|**Technical features**|||
|---|---|---|
|**Power supply**|[V]|230 V a.c.|
|**Rated frequency**|[Hz]|50÷60|
|**Ammeter full scale value**|[A]|5, 20, 25, 40, 60, 100, 150, 200, 250, 400, 600|
|**Voltmeter full scale value**|[V]|300, 500|
|**Frequency meter range**|[Hz]|35...400|
|**Tripping delay**|[s]|1, 5, 10, 20, 30|
|**Hysteresis**|[%]|5, 10, 20, 30 set threshold|
|**Output pins**||3-4|
|**Output relay**||NO|
|**Rated voltage relay**|[V]|230 V a.c.|
|**Rated current relay**|[A]|AC1 16, AC15 3|
|**Relay confguration**||NO relay closes in alarm status|
|||NC relay opens in alarm status, positive safety|
|**Overload**|[In/Vn]|1, 2|
|**Accuracy class**|[%]|±0,5 full scale ±1digit at 25 °C|
|**Max. signal input value for ammeters**||5 A a.c./60 mV d.c.|
|**Display**||3 digit LED display|
|**Operating temperature**|[°C]|-10…+55|
|**Storage temperature**|[°C]|-40...+70|
|**Protection degree**||IP20|
|**Power consumption**|[VA]|4|
|**Modules**||3|
|**Overall dimensions front panel devices**|[mm]|36x72x61.5 (51.5 depth inside the switchboard)|
|**Standard**||IEC EN 61010|



**==> picture [381 x 286] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagrams for digital instruments, both modular and front panel<br>VLMD-1-2 and VLMD-1-2-R FRZ-DIG<br>VLMD P and VLMD-R P<br>�� �� �� �� �� ��<br>AMTD-1 and AMTD-1-R AMTD-2 and AMTD-2-R<br>AMTD-1 P and AMTD-1-R P AMTD-2 P and AMTD-2-R P<br>�� �� �� �� �� ��<br>–<br>*Only for instruments with output relay 2CSC400132F0202<br>**----- End of picture text -----**<br>


ABB 

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**VLMD...R, AMTD...R, VLMD...R P, AMTD...R P** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Digital instruments 

## **Digital measurement instruments with relays** 

Control of a load with the following characteristics: In = 5 A (rated normal operating current) 

Vn = 230 V a.c. (rated normal operating voltage) Vmin = 200 V a.c. (RLV relay trip) 

To scroll through the menu items press briefly (<3sec); to confirm press and hold (>3sec). 

- **1** Connect as shown in the diagram (Vmin = 200 V). 

- **2** Press and hold the key to enter the programming menu. 

- **3** Scroll to the ACC menu item and confirm, then choose CC to select direct current operation, and confirm. 

- **4** Set the full scale value to 300 V 

- **5** Set the alarm threshold at 70 and confirm. 

- **6** Adjust the Delay trimmer: scroll to the dLY menu item and confirm, then select the relay tripping delay  (1…30 sec). 

- **7** Program the alarm reset hysteresis (HySTeresis) at 10% of the threshold: scroll to the HSt menu item, confirm, and select the value 10. This results in a trip window between  200 and 220 V. The relay will be tripped at 200 V and return to normal operation at 220 V. 

- **8** Set the alarm output polarity: scroll to the OUt menu item and confirm, then choose whether the contact opens or closes when an alarm is triggered (N.O. by default). 

**==> picture [381 x 121] intentionally omitted <==**

**----- Start of picture text -----**<br>
Vn=230 V<br>VLMD-1-2-R<br>220 V<br>Selected<br>hysteresis<br>V window<br>= 10%<br>1 2 3 4 5 6 Vmin=200 V<br>Alarmcondition No alarm because outsidehysteresis window<br>power signal Normal Alarm because inside<br>supply input230 V a.c. max. 600 V a.c./d.c.input operation hysteresis window<br>2CSC400133F0202<br>2CSC400134F0202<br>**----- End of picture text -----**<br>


**==> picture [363 x 261] intentionally omitted <==**

**----- Start of picture text -----**<br>
Voltmeters menu layout Ammeters menu layout<br>MENU MENU<br>ACC AC tA ---<br>CC 5<br>20<br>tHL/tHH 10 ...590 tHL/tHH -- -...600 25<br>40<br>dLY 1 dLY 1 60<br>5 5 100<br>10 10 150<br>20 20 200<br>30 30 250<br>400<br>HSt 5 HSt 5 600<br>10 10<br>20 20<br>40 40<br>OUt nO OUt nO<br>nC nC<br>rES rES<br>2CSC400135F0202<br>**----- End of picture text -----**<br>


ABB 

**8** /29 

**8** ; 

## **System Selection tables MCV and pro** _**M**_ **compact[®] Measurement devices MCA** Modular voltmetric and current switches 

## **MCV - MCA voltmetric and current switches** 

Cam rotary switches are suitable for mounting on EN 50022 rail. In three-phase systems they enable the use of a single measurement instrument (single-phase) for viewing the current or voltage value set through the switch itself. 

Range Power **Order Bbn** Price Price Weight Pack loss **details 4034656** 1 piece group 1 piece unit W **Type code** Order code **EAN** kg pc. 

## Voltmeter switches 

L1, L2, L3 0.5 **MCV 4** 1SCA 022 404 R4740 **52246 9** 0.095 1 L1, L2, L3, N 0.5 **MCV 7** 1SCA 022 647 R7840 **52243 8** 0.110 1 Current switches 0-1-2-3 0.5 **MCA 4** 1SCA 022 404 R4821 **52245 2** 0.110 1 ~~rr LE...~~ **Technical features Insulation voltage** [V] 600 **Rated thermal current** [A] 12 **Mechanic operations** [No.] 1000000 **Power consumption** [VA] 0.23 **Modules** [No.] 3 

**==> picture [499 x 117] intentionally omitted <==**

**----- Start of picture text -----**<br>
MCV4 MCA4 MCV7<br>0 0 0<br>L1 R L1-L2 L1 R L1 R L1-N L1-L2<br>L2 S L2-L3 L2 S L3 L1 L2 S L2-N L2-L3<br>L3 T L3-L1 L3 T L3 T L3-N L3-L1<br>L2<br>N<br>5 3 7 6 5 9 3 9 5 1 3<br>6 V 2 6 A 4 10 V 12<br>) fri [el] t) [t]  s t<br>OEPM0067<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/45** 

ABB 

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**QCV QCA** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Front panel voltage and current switches 

## **Front panel QCV - QCA voltage and current switches** 

For use in three-phase systems, to allow a single device to measure the voltage and current settings adjusted by the switches. Measure Position **Order Bbn** Price Price Weight Pack **details 4034656** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. Voltage 4 **QCV-4/48** 1SCA022780R0770 **527990** 0.150 1 —[——— Current 4 **QCA-4/48** 1SCA022780R0690 **528003** 0.150 1 Voltage 7 **QCV-7/48** 1SCA022780R0850 **527983** 0.150 1 

**==> picture [367 x 320] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagrams<br>QCV-4 L1 R<br>L2 S<br>1 V 5<br>L3 T<br>—<br>2 6 4<br>QCA-4 L1 R<br>L2 S<br>1 A 3<br>L3 T<br>_—<br>8 2 6<br>QCV-7 L1 R<br>L2 S<br>10 V 12<br>L3 T<br>N O<br>—<br>9 5 1 11<br>2CSC400136F0202<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/45** 

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**System pro** _**M**_ **compact[®]** 

**ODINsingle** 

ODINsingle electronic energy meters 

230 **8** _ ~~er~~ 

## **Selection tables Measurement devices** 

## **ODINsingle electronic single phase energy meters** 

ODINsingle is intended for mounting on a DIN rail and is designed in accordance with the ABB Pro _M_ standard. 

## **General Features** 

ODINsingle is an active energy, single phase meter for direct metering up to 65A. The LCD display has 6 digits, 6 mm high to ensure easy reading. ODINsingle is made compact, only 2 modules (35 mm) to save space in the installation. A red LED at the front flashes proportionally to the energy consumed. ODINsingle has a temperature range from -25 to +55 (storage +70 °C) 

## **Communication** 

- ODINsingle has 3 ways to communicate depending on type. - Display at front 

- Pulse output (option) 

- IR interface for serial communication (together with serial communication adapter) 

## **Type Approval** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400747F0001<br>**----- End of picture text -----**<br>


ODINsingle is type approved according to IEC standards, IEC 62052-11 and IEC 62053-21. ODINsingle is also type approved and verified according to MID (2004/22/EC), EN 50470-1 and EN 50470-3. Verification report is available on request. The standards cover all technical aspects of the meter including climate conditions, electromagnetic compatibility (EMC), electrical and mechanical requirements and accuracy. Technical data according to IEC is written within parenthesis in the Technical features. 

|Voltage<br>(V)|Pulse output<br>frequency|**Order**<br>**details**||**Bbn**<br>**7392696**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|---|---|---|---|---|---|---|---|---|
|||**Type code**|Order code|**EAN**|||kg|pc.|
|OD1065 direct connected, single phase meter 65A|OD1065 direct connected, single phase meter 65A||||||||
|230|-|**OD1065**|2CMA131040R1000|**310406**|||0.145|1|
|OD1365 direct connected, single phase meter 65A, pulse output and resetable|OD1365 direct connected, single phase meter 65A, pulse output and resetable|||OD1365 direct connected, single phase meter 65A, pulse output and resetable|OD1365 direct connected, single phase meter 65A, pulse output and resetable||||
|~~err~~|~~err~~||||||||
|230<br>~~err~~|100 imp/kWh<br>~~err~~|**OD1365**|2CMA131041R1000|**310413**|||0.145|1|



## **Technical features** 

**ODINsingle wiring diagrams** Direct connection 

|**ODINsingle**|**ODINsingle**|**ODINsingle**|**ODINsingle**|**ODINsingle**|**ODINsingle**||**Technical features**|
|---|---|---|---|---|---|---|---|
|**ODINsingle**<br>**wiring diagrams**|||||||**Rated voltage Un**<br>[V]<br>a.c. 230, -23% to +20%<br>**Direct insertion current**<br>[A]<br>up to 65|
|Direct connection|||||||**Protection fuse**<br>[A]<br>63|
|N|L1||||||**Rated frequency**<br>[Hz]<br>50 (50/60)|
||||||||**Starting current**<br>[mA]<br>20|
|||||||||**Pulse output frequency**<br>[imp]<br>100<br>**Pulse output max current**<br>[mA]<br>100<br>OO|
|wy)|||||||**Pulse output impulse length**<br>[ms]<br>100<br>**LED frequency**<br>[imp]<br>1000<br> Oe|
||||||||**LED impulse length**<br>[ms]<br>40|
|||||||||
|po~~e~~, <br>L1||||||2CSC400120F0202<br>|**Accuracy rating**<br>[%]<br>1<br>**Power consumption**<br>[W]<br>1.0 VA<br>**Protection degree**<br>[IP]<br>20<br>**Operating temperature**<br>[°C]<br>-25 to +55<br>**Modules**<br>[No]<br>2<br>**Standards**<br>EN 50470-1, EN 50470-3 (IEC 62052-11, IEC 62053-21)<br> Ss<br>TSS<br>TTT|



**Overall dimensions ......................  pag. 13/57** CT 

ABB 

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**System Selection tables pro** _**M**_ **compact[®] Measurement devices** DELTAsingle electronic energy meters 

**DELTAsingle** 

## **DELTAsingle electronic single phase energy meters** 

DELTAsingle is an electronic electricity meter for single phase metering. The meter has an internal clock for handling tariffs. The setting is done with push buttons. DELTAsingle is intended for mounting on a DIN rail and is designed in accordance with the ABB ProM standard. 

## **General Features** 

DELTAsingle is an active energy, single phase meter for direct metering up to 80 A. The LCD display has 6 digits, 6 mm high to ensure easy reading. 

DELTAsingle is made compact, only 4 modules (72 mm) to save space in the installation. 

In case of power failure, the meter is equipped with a Super Cap power backup that will run the clock for 48 hours. A red LED at the front flashes proportionally to the energy consumed. DELTAsingle has a temperature range from –40 to +55 (storage +70 °C) 

## **Communication** 

DELTAsingle has 3 ways to communicate depending on type. 

- Display at front 

- Pulse output 

- IR interface for serial communication (together with serial communication adapter) 

## **Programming** 

Selection of information to be shown on the display is easily achieved by using push buttons. The programming / push button can be sealed. 

## **Tariffs** 

The DELTAsingle range includes 1, 2 and 4 tariffs meters. 

## **Type Approval** 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400142F0201<br>**----- End of picture text -----**<br>


DELTAsingle is type approved according to IEC standards, IEC 62052-11 and IEC 62053-21. DELTAsingle is also type approved and verified according to MID (2004/22/EC), EN 50470-1 and EN 50470-3. Verification report is available on request. The standards cover all technical aspects of the meter including climate conditions, electromagnetic compatibility (EMC), electrical and mechanical requirements and accuracy. Technical data according to IEC is written within parenthesis in the Technical features. 

**8** 

|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**7392696**1 piece|1 piece|group|1 piece unit|1 piece unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|1 tariff without pulse output|**FBU 11200**|2CMA180891R1000|**808910**|||0.150|1|
|1 tariff with pulse output|**FBB 11200**|2CMA180892R1000|**808927**|||0.150|1|
|2 tariff without pulse output|**FBU 11205**|2CMA180893R1000|**808934**|||0.150|1|
|2 tariff with pulse output|**FBB 11205**|2CMA180894R1000|**808941**|||0.150|1|
|4 tariff without pulse output|**FBU 11206**|2CMA180895R1000|**808958**|||0.150|1|
|4 tariff with pulse output|**FBB 11206**|2CMA180896R1000|**808965**|||0.150|1|



**Overall dimensions ......................  pag. 13/58** LT 

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## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** DELTAsingle electronic energy meters 

## **Technical features** 

||**General features**|
|---|---|
||Voltage<br>[V]<br>230 AC|
||Voltage range<br>-23 % to +20 %|
||Max current<br>[A]<br>80|
||Start current<br>[mA]<br>40|
||Power consumption of current circuit<br>[VA]<br>< 1.3|
||Frequency<br>[Hz]<br>50 (50/60)  ± 5 %|
||Accuracy of measurement<br>± 1 %|
||Memory backup<br>EEprom|
||Clock backup<br>Super Cap. 48h|
||Clock accuracy<br>IEC 62054-21|
||Standard<br>EN 50470-1 and EN 50470-3 (IEC 62052-11 and  IEC 62053-21)|
||Temperature range<br>[°C]<br>-40 to +55|
||Material of front cover<br>Polycarbonate|
||Material of back cover<br>Polycarbonate/glass fbre|
||Resistance to heat and fre<br>IEC 60695-2-10|
||Protection against penetration of dust and water<br>[IP]<br>20|
||Connection area in the current connecting terminals<br>[mm2]<br>1 - 25|
||Weight<br>[gr]<br>150|
||**Pulse output**|
||Connection area in the connecting terminal<br>[mm2]<br>0.5 - 2.5|
||External pulse voltage<br>[V]<br>5 - 40 DC|
||Max. current<br>[mA]<br>100|
||Pulse length<br>[ms]<br>100|
||Pulse frequency<br>100 imp/kWh|
||Standard<br>IEC 62053-31 (S0)|
||**LED**|
|**8**||
||Pulse frequency<br>1000 imp/kWh|
||Pulse length<br>[ms]<br>40|
|||
|||
||**Display**<br>LCD with 6 digits, 6 mm|



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**ODIN Meter** 

ODIN Meter electronic energy meters 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## **ODIN Meter electronic three-phase energy meters** 

ODIN Meter is a compact three-phase meter for measuring active energy, designed for mounting on DIN rail, on panel and for flush mounting in distribution switchboard or standard boxes. 

It is designed and developed to offer extremely easy application and it is equipped with terminals with transparent scores and strong holding screws for connecting cables and terminal boards, phase bus connectors, easy to read 7-digit display, current direction indicator, clear mounting instructions with text and diagrams on the device. 

ODIN Meter is a highly reliable and strong meter that maintains the highest measuring accuracy in time. 

## **Type Approval** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400280F0201<br>**----- End of picture text -----**<br>


ODIN is type approved according to IEC standards, IEC 62052-11 and IEC 62053-21. ODIN is also type approved and verified according to MID (2004/22/EC), EN 50470-1 and EN 50470-3. Verification report is available on request. The standards cover all technical aspects of the meter including climate conditions, electromagnetic compatibility (EMC), electrical and mechanical requirements and accuracy. Technical data according to IEC is written within parenthesis in the Technical features. 

## Active energy meter 3x230/400 (three-phase+N) 

|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**7392696**1 piece|1 piece|group|1 piece unit|1 piece unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|direct up to 65A, impulsive|**OD4165**|2CMA131024R1000|**310246**|||0.38|1|
|output 100 Imp./kWh||||||||
|indirect with CT/5A, impulsive**OD4110**|**OD4110**|2CMA131025R1000|**310253**|||0.40|1|
|output 10 Imp./kWh||||||||



## **ODIN series wiring diagrams** 

|- Direct connection|- Direct connection|- Direct connection|- Direct connection|- Direct connection||||||- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|- Indirect connection (through C.T.)|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|N||L1<br>L2|||||L3|||L1||||||||||P1|||P1||P2||
|||||||||||L2||||||||||P1|||S1||S2||
|11<br>20 21<br>11<br>-<br>+<br>N||3<br>6<br>1<br>4<br>L1<br>L2|||||9<br>7<br>L3|||PE<br>L3<br>N|11<br>3<br>20 21<br>11<br>1<br>-<br>+<br>2<br>5<br>8|||||||||6<br>9<br>4<br>7<br>P1|||||2CSC400137F0202||
|**Technical features**|||||||||||||||||||||||||||
||||||||||||||||||||||||||||
|||||||||||**Direct measuring/connection**||||||||||**Connection through A.T.**|||||||
|**Voltage**||||||||||3x230/400 V,||||||||||3x230/400 V,|||||||
|||||||||||-20% to +15%||||||||||-20% to +15%|-20% to +15%||||||
|**Current**||||||||||65 A||||||||||10 A|||||||
|**Frequency**||||||||||50 (50/60) Hz||||||||||50 (50/60) Hz|||||||
|**Selection of insertion currents through**||||||||||||||||||||5/5, 75/5, 100/5, 150/5, 200/5,|||5/5, 75/5, 100/5, 150/5, 200/5,||||
|**C.T.**||||||||||||||||||||250/5, 300/5, 400/5, 500/5, 600/5,||||||250/5, 300/5, 400/5, 500/5, 600/5,|
|||||||||||||||||||||700/5, 750/5, 800/5, 900/5 A|||||||
|**Starting current**||||||||||25 mA||||||||||15 mA|||||||
|**Pulse output voltage**|||**Pulse output voltage**|||||||5...40 V||||||||||...40 V|||||||
|**Pulse output max. current**||**Pulse output max. current**||||||||100 mA||||||||||100 mA|||||||
|**Pulse output impulse length**|||||||||**Pulse output impulse length**|100 ms||||||||||100 ms|||||||
|**Pulse output frequency**||||||||||100 imp/kWh||||||||||10 imp/kWh|||||||
|**LED frequency**||||||||||100 imp/kWh||||||||||1000 imp/kWh|||||||
|**LED pulse length**||||||||||40 ms||||||||||40 ms|||||||
|**Accuracy  rating**||||||||||±2%||||||||||±2%|||||||
|**Display**||||||||||7-digit LCD||||||||||7-digit LCD|||||||
|**Protection degree**||||||||||IP 20||||||||||IP 20|||||||
|**Operating temperature**||||||||||-25 + 55 °C||||||||||25 + 55 °C|25 + 55 °C||||||
|**Standards**||||||||||EN 50470-1, EN 50470-3||||||||||EN 50470-1, EN 50470-3|||EN 50470-1, EN 50470-3||||
|||||||||||IEC 62052-11 and IEC 62053-21|||IEC 62052-11 and IEC 62053-21|||||||IEC 62052-11 and IEC 62053-21||||IEC 62052-11 and IEC 62053-21|||



## **Technical features** 

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**8** _ 

## **System Selection tables DELTAplus pro** _**M**_ **compact[®] Measurement devices DELTAmax** DELTAplus/DELTAmax electronic energy meters 

## **DELTAplus electronic three-phase energy meters** 

DELTAplus meters are designed to offer extremely easy and simple application. Suitable for mounting on DIN rail, lightweight and small, they are ideal for the installation on switchboards, feeder panels and enclosed. The range includes devices for measuring active energy, and the combination of active and reactive energy. 

## **Type Approval** 

**==> picture [5 x 156] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400549F0201<br>2CSC400161F0201<br>**----- End of picture text -----**<br>


DELTAplus is type approved according to IEC standards, IEC 62052-11 and IEC 62053-21 (IEC 62053-23). DELTAplus is also type approved and verified according to MID (2004/22/EC), EN 50470-1 and EN 50470-3. Verification report is available on request. The standards cover all technical aspects of the meter including climate conditions, electromagnetic compatibility (EMC), electrical and mechanical requirements and accuracy. Technical data according to IEC is written within parenthesis in the Technical features. 

|Description|Description<br>**Order**<br>**details**||**Bbn**<br>**7392696**1 piece|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit|Pack<br>1 piece unit|
|---|---|---|---|---|---|---|---|
||**Type code**|Order code|**EAN**|||kg|pc.|
|Energy meters for direct connection up to 80 A, class 2|Energy meters for direct connection up to 80 A, class 2|||||||



|3 x 100-500 V AC (3P)<br>**DBB 22000**<br>2CMA180802R1000<br>**808026**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)**DBB 23000**<br>2CMA180800R1000<br>**808002**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)<br>+ active/reactiv<br>**DDB 13000**<br>2CMA180810R1000<br>**808101**<br>0.338<br>1<br>Energy meters for connection through C.T. /5 A, class 2<br>a|3 x 100-500 V AC (3P)<br>**DBB 22000**<br>2CMA180802R1000<br>**808026**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)**DBB 23000**<br>2CMA180800R1000<br>**808002**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)<br>+ active/reactiv<br>**DDB 13000**<br>2CMA180810R1000<br>**808101**<br>0.338<br>1<br>Energy meters for connection through C.T. /5 A, class 2<br>a|3 x 100-500 V AC (3P)<br>**DBB 22000**<br>2CMA180802R1000<br>**808026**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)**DBB 23000**<br>2CMA180800R1000<br>**808002**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)<br>+ active/reactiv<br>**DDB 13000**<br>2CMA180810R1000<br>**808101**<br>0.338<br>1<br>Energy meters for connection through C.T. /5 A, class 2<br>a|3 x 100-500 V AC (3P)<br>**DBB 22000**<br>2CMA180802R1000<br>**808026**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)**DBB 23000**<br>2CMA180800R1000<br>**808002**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)<br>+ active/reactiv<br>**DDB 13000**<br>2CMA180810R1000<br>**808101**<br>0.338<br>1<br>Energy meters for connection through C.T. /5 A, class 2<br>a|3 x 100-500 V AC (3P)<br>**DBB 22000**<br>2CMA180802R1000<br>**808026**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)**DBB 23000**<br>2CMA180800R1000<br>**808002**<br>0.338<br>1<br>3 x 57-288/100-500 VAC (3P+N)<br>+ active/reactiv<br>**DDB 13000**<br>2CMA180810R1000<br>**808101**<br>0.338<br>1<br>Energy meters for connection through C.T. /5 A, class 2<br>a|
|---|---|---|---|---|
|3 x 100-500 V AC (3P)<br>**DAB 12000**|2CMA180807R1000|**808071**|0.304|1|
|3 x 57-288/100-500 VAC (3P+N)**DAB 13000**|2CMA180806R1000|**808064**|0.304|1|
|3 x 57-288/100-500 VAC (3P+N)|||||
|+ active/reactiv<br>**DCB 13000**|2CMA180808R1000|**808088**|0.304|1|



## **DELTAmax advanced electronic three-phase energy meter** 

DELTAmax is a further enhancement of DELTAplus. Additional features for DELTAmax are: Four quadrant metering (import and export of energy) Time dependent functions including 

- Load profile (15, 30, 60 min interval) 

- Max demand 

- Event and quality logs 

- Monthly or Daily values (selectable) 

Total Harmonic Distortion (THD) up to 9th harmonic (50 Hz network) 

## **Type Approval** 

DELTAmax is type approved according to IEC standards, IEC 62052-11 and IEC 62053-21 (IEC 62053-23). DELTAmax is also type approved and verified according to MID (2004/22/EC), EN 50470-1 and EN 50470-3. Verification report is available on request. The standards cover all technical aspects of the meter including climate conditions, electromagnetic compatibility (EMC), electrical and mechanical requirements and accuracy. Technical data according to IEC is written within parenthesis in the Technical features. 

|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
||**details**||**7392696**|1 piece|group 1 piece|group 1 piece|unit|
||**Type code**|Order code|**EAN**|||kg|pc.|
|Energy meters for direct connection up to 80 A|Energy meters for direct connection up to 80 A|Energy meters for direct connection up to 80 A||||||
|3x57-288/100-500 VAC (3P+N)|**DFB 13007**|2CMA139504R1000|**395045**|||||
|3x57-288/100-500VAC (3P+N)|**DFM 13007**2CMA139507R1000|2CMA139507R1000||||||
|+ M-Bus||||||||
|3x100-500 VAC (3P) + M-Bus|**DFM 12007**2CMA139508R1000|2CMA139508R1000||||||
|3x57-288/100-500 VAC (3P+N)|**DHB 13007**2CMA139520R1000|2CMA139520R1000||||||
|+ active/reactive||||||||



**Overall dimensions ......................  pag. 13/58** LT 

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**8** 

## **System Selection tables DELTAplus pro** _**M**_ **compact[®] Measurement devices DELTAmax** DELTAplus/DELTAmax electronic energy meters 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400120F0202<br>**----- End of picture text -----**<br>


|Description|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
|**details**<br>**Type code**<br>Order code<br>Energy meters for connection through C.T. /5A<br>3x57-288/100-500 VAC (3P+N)<br>**DEB 13007**<br>2CMA139497R1000|||**7392696**<br>**EAN**|1 piece|group|1 piece<br>kg|unit<br>pc.|
|3x57-288/100-500VAC (3P+N)|**DEM 13007**2CMA139500R1000|2CMA139500R1000||||||
|+ M-Bus||||||||
|3x100-500 VAC (3P) + M-Bus|**DEM 12007**2CMA139549R1000|2CMA139549R1000||||||
|3x57-288/100-500 VAC (3P+N)|**DGB 13007**2CMA139511R1000|2CMA139511R1000||||||
|+ active/reactive||||||||
|Auxiliary elements/accessories||||||||
|Long cover|**DELTA/CPL**2CMA132633R1000|2CMA132633R1000|**326339**|||1||
|DIN rail|**DELTA/DIN**2CMA132540R1000|2CMA132540R1000|**325400**|||1||
|Front mounting kit|**DELTA/FRQ**2CMA132635R1000|2CMA132635R1000|**325417**|||1||



## **Technical features - DELTAplus and DELTAmax** 

|**Voltage**|[V]|3 x 57-288 / 100-500 (4-wire, 3-element)|
|---|---|---|
|||3 x 100-500 (3 wire, 2-element)|
|||1 x 57-288 (Single phase)|
|**Current**|[A]|≤80 (direct connection);≤6 (indirect connection through C.T.)|
|**Frequency**|[Hz]|50 (50/60)|
|**Starting current**|[mA]|20 (direct connection), 2 (C.T. connection)|
|**Pulse output frequency**<br>**Pulse output inpulse length**|[imp/kWh]  programmable<br>[ms]|[imp/kWh]  programmable<br>100|
|**LED frequency**|[imp/kWh]  1000 (direct connection), 5000 (C.T. connection)|[imp/kWh]  1000 (direct connection), 5000 (C.T. connection)|
|**Pulse output**|||
|-max. current|[mA]|100|
|-max. voltage|[Va.c./d.c.] 247|[Va.c./d.c.] 247|
|-max. cable section|[mm2]|2.5|
|-standards||IEC 62053-31 for pulse output|
|**Standards**||EN 50470-1 and EN 50470-3|
|||(IEC 62052-11 and IEC 62053-21 for active energy meters;|
|||IEC 62053-23 for reactive energy meters)|
|**Accuracy**||1 or 2%|
|**Display**||LCD (liquid crystal) with 7 digits, h=7mm|
|**Terminal holder**||10 mm2(insertion through C.T.); 25 mm2(direct insertion)|
|**Protection degree**||IP51 (IP20 on the terminal holder without cover)|
|**Operating temperature**|[°C]|-40 +70|
|**Power consumption**||<1 VA, 1 W|
|**Modules**|[No]|7|



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# **System Selection tables DELTAplus pro** _**M**_ **compact[®] Measurement devices DELTAmax** DELTAplus/DELTAmax electronic energy meters 

## **Wiring diagrams - DELTAplus and DELTAmax** 

**==> picture [357 x 231] intentionally omitted <==**

**----- Start of picture text -----**<br>
DBB 22 XX XX DEB 12 XX XX<br>DFB 12 XX XX DAB 12 XX XX<br>1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9<br>L 1<br>L 2<br>L 3<br>Direct measurement up to Imax = 80 A<br>Direct connection to the three-phase network<br>without neutral (3 cables) 230/400 VMax. cable section: 25 mm2<br>DDB 23 XX XX L 1 S1P1 S2P2<br>DHB 13 XX XX L 2<br>S1 S2<br>1 2 3 4 5 6 7 8 9 11 L 3<br>P1 P2<br>L 1 Secondary measurement for Imax < 6 A<br>L 2 Connection through external current<br>L 3 transformer to the three-phase network without<br>Direct measurement up to Imax = 80 AN neutral (3 cables) 230/400 VMax. cable section: 10 mm2<br>Direct connection to the three-phase network Adjustable transformation ratio<br>with neutral (4 cables) 230/400 VMax. cable section: 25 mm2<br>**----- End of picture text -----**<br>


**==> picture [366 x 234] intentionally omitted <==**

**----- Start of picture text -----**<br>
Notes<br>DAB 13 XX XX<br>For connections through current<br>DEB 13 XX XX transformer, C.T. must have 5 A or 1 A<br>secondary and be connected<br>1 2 3 4 5 6 7 8 9 11 according to correct polarities: P1->P2,<br>S1->S2<br>20 21 22 21 20<br>L 1 S1 S2<br>P1 P2<br>L 2 S1 S2 kWh hVarh kWh<br>P1 P2 Ω Ω Ω<br>S1 S2<br>L 3<br>P1 P2 2-pole balanced or 3-pole unbalanced<br>N output for sending to a personal<br>computer information from energy<br>meter, encoded as numerical signal.<br>Some types enable to connect an<br>external voltage to control teleset<br>Secondary measurement for Imax < 6 A<br>Connection through external current transformer<br>to the three-phase network with neutral (4 cables)<br>230/400 V<br>**----- End of picture text -----**<br>


Max. cable section: 10 mm2 Adjustable transformation ratio 

**==> picture [5 x 31] intentionally omitted <==**

**----- Start of picture text -----**<br>
OEPM0077<br>**----- End of picture text -----**<br>


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## **System Selection tables Accessories for pro** _**M**_ **compact[®] Measurement devices electronic energy** Accessories for electronic energy meters **meters** 

||Module|Protocol/Media|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
||||**details**||**7392696**|1 piece|group|1 piece|unit|
||||**Type code**|Order code|**EAN**|||kg|pc.|
|2CMC480005F0006|Serial Communication Adapter<br>M-bus<br>RS232|Serial Communication Adapter<br>M-Bus/M-Bus<br>**CTM 04000**<br>M-Bus/RS232<br>**CRM 04000**||2CMA137090R1000<br>2CMA137091R1000|**370905**<br>**370912**|||0.090<br>0.090|1<br>1|
|||Twisted pair||||||||
||Ethernet|Ethernet<br>M-Bus over TCP or|**CEM 05100**|2CMA137121R1000||||0.090|1|
|||UDP, built in web-||||||||
|||server||||||||
||EIB/KNX|EIB/KNX<br>EIB/KNX/Twisted Pair|**ZS/S**|2CDG110083R1011||||0.100|1|



## **SCA GSM/GPRS M-bus** 

The GSM/GPRS communication adapter is a quard band GSM/GPRS device, which enables AMR with GSM or GPRS over GSM 850/900 and GSM 1800/1900 networks. Further more the ABB GSM/GPRS communication adapter support remote configuration using Short Message Service (SMS) and Over The Air (OTA) downloading of application, which provides flexible configuration and easy upgrading of the adapter. The adapter is powered with 100-240 VAC (-15/+10%). 

|Module<br>Protocol/Media<br>**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|
|**details**||**7392696**|1 piece|group|1 piece|unit|
|<br>**Type code**|Order code|**EAN**|||kg|pc.|
|Serial Communication Adapter|||||||
|GSM/GPRSM-Bus over CSD/GSM **CGM 05000**|2CMA137104R1000|**371049**|||0.105|1|
|M-Bus over TCP or|||||||
|UDP/GPRS|||||||
|**SCA M-bus extender**|||||||
|The CMM 05000 is an M-Bus over IR to M-Bus 2-wire communication module. The CMM 05000 gives the<br>possibilities to connect up to 32 M-Bus slaves to one serial communication adapter. The module is mounted<br>between a serial communicationa dapter (e.g. CEM 05100 or CGM 05000) and the meter.|||||||
|Module<br>Protocol/Media<br>**Order**||**Bbn**|Price|Price|Weight|Pack|
|**details**||**7392696**|1 piece|group|1 piece|unit|
|<br>**Type code**|Order code|**EAN**|||kg|pc.|
|Serial Communication Adapter|||||||
|M-Bus<br>M-Bus over IR/<br>**CMM 05000**|2CMA137120R1000|**371209**|||0.105|1|
|extender<br>M-Bus over TP|||||||



**8** 

## **MID - Measuring Instrument Directive** 

From October 30, 2006 common rules applies in European Union for electricity meters for domestic, business and light industry through the measurement instruments directive (MID). ABB and its accredited laboratory (SE1818) are certified to performed first time verification of Active Electrical Energy Meters (MI-003) according to Annex D and the equivalent clauses of ISO 9001. 

The MID approvals are automatically valid in the entire EU and EEA. All our meters are type approved according to standards EN 50470-1 and EN 50470-3. 

> MID approved and verified products are marked with the MID symbol (e.g. CE  M09  0122) on the product and : packaging label. 

ABB ~~—~~ 

**Overall dimensions ......................  pag. 13/58** 

**8** /39 

**E 233** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** E 233 hour counters 

## **E 233 electro-mechanical hour counters** 

Hour counters are used to record operating times as well as to determine idle times and off times of industrial machinery and plant, for commercial purposes or in domestic installations. No reset functionality. 

|wl<br>ie <br>ye|2CSC400459F0201<br>|Rated<br>voltage<br>AC 230 V/50 Hz<br>AC  24 V/50 Hz<br>DC  12 V ... 48 V<br>AC 240 V/60 Hz<br>AC 120 V/60 Hz<br> I|Rated<br>voltage<br>AC 230 V/50 Hz<br>AC  24 V/50 Hz<br>DC  12 V ... 48 V<br>AC 240 V/60 Hz<br>AC 120 V/60 Hz<br> I|**Order**<br>**details**<br>**Type code**<br>**E 233-230**<br>**E 233-24**<br>**E 233-12/48**<br>**E 233-240/60 Hz***<br>**E 233-120/60 Hz***|Order code<br>2CDE100000R1601<br>2CDE400000R1601<br>2CDE300010R1601<br>2CDE100021R1601<br>2CDE600021R1601|**Bbn**<br>**4012233**<br>**EAN**<br>**63000 4**<br>**63010 3**<br>**63020 2**<br>**36590 1**<br>**36600 7**|Price<br>1 piece<br>**63000 4**<br>**63010 3**<br>**63020 2**<br>**36590 1**<br>**36600 7**<br>o)|Price<br>group|Weight<br>1 piece<br>kg<br>0.05<br>0.05<br>0.05<br>0.05<br>0.05|Pack<br>unit<br>pc.<br>10<br>10<br>10<br>10<br>10|
|---|---|---|---|---|---|---|---|---|---|---|
||||AC  24 V/60 Hz|**E 233- 24/60 Hz***|2CDE400021R1601|**36610 6**|**36610 6**<br>o)||0.05|10|



Other rated voltages upon request. ® Bbn No. 40 16779 * UL approval 

## **Wiring diagram** 

**==> picture [126 x 118] intentionally omitted <==**

**----- Start of picture text -----**<br>
elapsed-time meter<br>E 233-12/48 DC<br>SK 0011 Z 96<br>SK 0129 Z 96<br>**----- End of picture text -----**<br>


## **Technical features** 

|**Technical features**|||
|---|---|---|
||**AC equipment**|**DC equipment**|
|**Rated voltage**|50 Hz: 24 V, 230 V|DC 12 V ... 48 V|
||60 Hz: 24 V, 120 V, 240 V*||
|**Voltage tolerance**|±15 %|±10 %|
|**Power consumption**|1.5 VA|ca. 20 mW (at 12 V DC)|
|**Ambient temperature**|–15 °C/5 °F... +50 °C/122 °F|–10 °C/14 °F ... +50 °C/122 °F|
|**Counting capacity**|99.999 h|99.999 h|
|**Precision class**|0.01 h|0.1 h|
|**Operation display**|fast running|LED blinking|
|**Protection against electric shock**|according to DIN VDE 0106|according to DIN VDE 0106|
||Part 100 (BGV A2)|Part 100 (BGV A2)|
|**Terminal size**|up to 10 mm2|up to 10 mm2|



* UL approval 

**Overall dimensions ......................  pag. 13/56** 

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**HMT** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** HMT hour counters 

## **HMT electro-mechanical hour counters** 

Equipped with 7-digit indicator (99.999,99) and available in two modules. They cannot be reset. 

|2CSC400524F0201||Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|Rated<br>**Order**<br>**Bbn**<br>Price<br>Price<br>Weight<br>Pack<br>voltage<br>**details**<br>**8012542**1 piece<br>group<br>1 piece unit<br>V AC<br>**Type code**<br>Order code<br>**EAN**<br>kg<br>pc.<br>24<br>**HMT 1/24**<br>2CSM111000R1601<br>**030300**<br>0.200<br>6<br>110<br>**HMT 1/110**<br>2CSM121000R1601<br>**030409**<br>0.200<br>6<br>Oe|
|---|---|---|---|---|---|---|---|---|---|
|||220|**HMT 1/220**|2CSM131000R1601|**030508**|||0.200|6|
|||230|**HMT 11**|2CSM133000R1601|**030607**|||0.200|1|



**==> picture [243 x 27] intentionally omitted <==**

**----- Start of picture text -----**<br>
Wiring diagram<br>HMT 1 HMT 11<br>**----- End of picture text -----**<br>


**8** 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400138F0202<br>**----- End of picture text -----**<br>


## **Technical features** 

**Rated voltage Un** [V] a.c. 24 a.c. 110 a.c. 230 d.c. 12...48 **Displayed digits (in hours)** [n°] 99,999.9 (for HMT1 and HMT11) **Accuracy class** [%] 0.5 **Frequency** [Hz] 50 **Power consumption** [W] 1.1...2.2 **Modules** [No.] 2 

**Overall dimensions ......................  pag. 13/56** 

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**System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

**TMD** 

**8** 

## Accessories for analogue and digital instruments 

## **Temperature control units** 

TMD are used measure and control the temperature levels and efficiency of electric machines, power transformers, motors, etc. 

The temperature is measured by four PT100 type sensors. Each measuring channel has two programmable alarm thresholds which trip two output relays to remotely signal that a critical temperature has been reached. 

The measured values and any alarm conditions are shown on the dual 3-digit display on the front of the device, which also has five programming keys for configuring its operation. 

The control unit is also able to store in memory maximum values and a log of all trip-events. 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400140F0202<br>**----- End of picture text -----**<br>


|Temperature measured<br>4|**Order**<br>**details**<br>**Type code**<br>**TMD-4/96**|Order code<br>2CSG524000R2021|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**560203**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.8|Pack<br>1 piece unit<br>pc.<br>1|
|---|---|---|---|---|---|---|---|



## **Technical features** 

|**Auxiliary supply**|Alternating current<br>Direct current|[V]<br>[Hz]|20÷250 ±15%<br>115-230-400 50-60|
|---|---|---|---|
|**Power consumption**||[VA]|4 max|
||Sensor||PT100 RTD (not included)|
||Type||3 wires (2 and 4 wires types are also supported)|
|**Input**|Error<br>Measure range|[°C]|1 degree every 0,39Ω<br>0...220 ± 2|
||Compensation|[Ω]|20 max|
||Trip delay/hysteresis|[s/°C]|5/2|
||Number<br>Type||4<br>NO-CO-NC|
|**Output**|Vmax<br>Imax|[V]<br>[A]|12 d.c.<br>8 (resistive load)|
||Functions||Alarm, trip, cooling, auto-test|
||Programmable functions||Alarm, tip, hold, fan, temp. max|
|**Display**|||7 segments LED|
|**Connections**|Terminals<br>Max section|[mm2]|removable screw<br> 2.5|
|**Insulation voltage**||[V]|2500/50 Hz - 1 min|
|**Protection degree**|Front<br>Rear||IP52<br>IP20|
|**Operation temperature**||[°C]|-10...+55, relative humidity max 90%|
|**Storage temperature**||[°C]|-25...+80|
|**Reference**|||IEC EN 50081-2, IEC EN 50082-2, IEC EN 60255|



**Technical details ........................  pag. 11/157 Overall dimensions ......................  pag. 13/47** PT 

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**TRF M** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Measurement modular current transformers 

- = 

## **Modular current transformers with Ø 29 mm through primary, secondary .../5A** 

TFR M are modular current transformers with through primary for measuring instruments. Their compact size and quick DIN rail plug allow easy installation along with great measurement precision. 

|2CSC400522F0201<br>=||sion.<br>Primary<br>rated<br>current<br>Iprim<br>A<br>40<br>60<br>100<br>150<br>250<br>400<br>600|Accurancy Rated<br>class<br>3<br>1<br>0.5<br>0.5<br>0.5<br>0.5<br>0.5|Accurancy Rated<br>power<br>VA<br>1<br>2<br>2<br>3<br>4<br>6<br>7|**Order**<br>**details**<br>**Type code**<br>**TRFM/40**<br>**TRFM/60**<br>**TRFM/100**<br>**TRFM/150**<br>**TRFM/250**<br>**TRFM/400**<br>**TRFM/600**|Order code<br>2CSM100050R1111<br>2CSM100070R1111<br>2CSM100090R1111<br>2CSM100100R1111<br>2CSM100120R1111<br>2CSM100140R1111<br>2CSM100160R1111|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**046912**<br>**047018**<br>**047117**<br>**047216**<br>**047315**<br>**047407**<br>**047506**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.721<br>0.744<br>0.744<br>0.712<br>0.746<br>0.780<br>0.859|Pack<br>1 piece unit<br>pc.<br>4<br>4<br>4<br>4<br>4<br>4<br>4|
|---|---|---|---|---|---|---|---|---|---|---|---|



## **Technical features** 

|**Frequency**|50÷60 Hz|
|---|---|
|**Insulation reference voltage**|0,72 kV|
|**Test voltage**|3 kV x 1’  50 Hz|
|**Insulation class**|B|
|**Protection degree**<br>**Permanent overcurrent**|IP20<br>1,2 In|
|**Thermal short-time current**|40 In|
|**Operating temperature**|-25 ÷ +50 °C|
|**Storage temperature**|-40 ÷ + 80 °C|
|**Reference standards**|IEC EN 60044-1, IEC 61010-1|



**8** 

**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/47** 

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**CT CTA** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Current transformers 

## **CT and CTA current transformers** 

Used to transform primary currents (max. 6000 A) into .../5 A low secondary currents indirectly supplying power to analogue and digital measurement devices. They are available both with wound and through primary. In the first case they are provided along with the bar or the primary terminal; in the second case they have a hole to insert in the bar or the cable which forms the primary. 

## **Technical features** 

|**Standard secondary current**|**Standard secondary current**|||[A]|5|
|---|---|---|---|---|---|
|**Max. voltage for operation**<br>**Test voltage**<br> <br>**Short circuit rated thermal current  I**<br>2)|<br>**Short circuit rated thermal current  Imin**<br>0)|<br>®||[kV]<br>[kV]<br>[IpN]|1.2<br>6 at 50 Hz/1 min.<br>40 for 1 sec.<br>~~Oe~~<br>ee<br>eS|
|**Short circuit rated dynamic current  Imin**|||<br>®|[Iter]|2.5 for 1 sec.<br>ee|
|**Permanent overload**||||[IpN]|1.2|
|**Safety factor**<br>©||||[Fs]|≤2 at≤10 according to version and capacity<br>Te|
|**Frequency**||||[Hz]|50/60|
|**Air insulation**|||||E class|
|**Terminals**<br>©|||||primary = P1, P2 (K-L)|
||||||secondary = s1, s2 (k-l)|
||||||P1 (K)=primary wound input|
||||||P2 (L)=primary wound output|
||||||s1 (k)=secondary wound input|
||||||s2 (l)=secondary wound output|
||||||with double ration on secondary s1-s2=lower ratio, s1-s3=higher ratio|
|**Housing**|||||ABS resin|
|**Protection degree**|||||IP30|
|**Operating temperature**||||[°C]|-20…+50|
|**Max. temperature on bars**||||[°C]|+70|
|**Storage temperature**<br>**Relative humidity**||||[°C]|-40…+80<br>80%|
|**Reference standard**|||||EN 61010, IEC-EN 60044-1|



Max. voltage (effective value) the transformer can bear. 

Industrial frequency voltage in relation to insulation the transformer bears for 1 min. between the primary and the secondary. 

Max. primary current (effective value) the transformer bears for 1 sec. with counter-circuited secondary without overload-induced damages. 

Max. primary current (effective value) the transformer bears for 1 sec. with counter-circuited secondary without damaged due to electromagnetic efforts. 

Ratio between primary current causing nucleus saturation and the rated primary current value: the lower the Sf the higher the protection level on the transformer. 

Brass terminals CuZn37, M4x6 screws with torsion value 1.9 Nm, tensile value 440 N/mm[2] and elasticity limit 340 N/mm[2] . 

During the installation control the correct input (P1-K) and output (P2-L) direction of the primary cable. 

On versions with primary and secondary on terminals pay attention the connection of the primary with the secondary is not inverted. 

In the case of a detachment from measurement devices of the transformer in a connected plant counter-circuit the two terminals of the transformer. 

It is suggested to earth the transformers. 

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**System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

**CTA** 

**8** 

## Measurement current transformers with wound primary 

## **Standard type current transformers …/5 A with wound primary** 

|Primary|Accuracy Rated|Accuracy Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|rated|class|power|**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|current||||||||||
|Iprim||||||||||
|A||VA|**Type code**|Order code|**EAN**|||kg|pc.|



CTA .../5 A series, wound primary with insertion on Ø8 MA bolt 

|**CTA series**|||CTA .../5 A series, wound primary with insertion on Ø8 MA bolt|CTA .../5 A series, wound primary with insertion on Ø8 MA bolt|||
|---|---|---|---|---|---|---|
|**Wound primary**<br>max section [mm]<br>cable<br>8<br>5<br>0.5<br>5<br>**CTA/5**<br>2CSG111020R1141<br>**661306**<br>0.290<br>1<br>10<br>0.5<br>5<br>**CTA/10**<br>2CSG111030R1141<br>**661405**<br>0.290<br>1<br>~~em~~|||||||
|horizontal bar<br>-<br>vertical bar<br>-<br>~~E~~E——|||15<br>0.5<br>5<br>**CTA/15**<br>2CSG111040R1141<br>20<br>0.5<br>5<br>**CTA/20**<br>2CSG111050R1141<br>25<br>0.5<br>5<br>**CTA/25**<br>2CSG111060R1141<br>——|**661504**<br>**661603**<br>**661702**|0.290<br>0.290<br>0.290|1<br>1<br>1|
|CTA/40<br>2CSC400214F0201<br>CTA/25<br>2CSC400213F0201|||40<br>0.5<br>5<br>**CTA/40**<br>2CSG111080R1141<br>50<br>0.5<br>5<br>**CTA/50**<br>2CSG111090R1141<br>60<br>0.5<br>5<br>**CTA/60**<br>2CSG111100R1141<br>80<br>0.5<br>5<br>**CTA/80**<br>2CSG111110R1141<br>100<br>0.5<br>5<br>**CTA/100**<br>2CSG111120R1141|**661801**<br>**661900**<br>**662006**<br>**662105**<br>**662204**|0.290<br>0.290<br>0.290<br>0.290<br>0.290|1<br>1<br>1<br>1<br>1|



CTA1 .../5 A series, wound primary with insertion on 25 mm bar 

|**CTA1 series**|||||||CTA1 .../5 A series, wound primary with insertion on 25 mm bar|
|---|---|---|---|---|---|---|---|
|**Wound primary**<br>max section [mm]<br>cable<br>-<br>horizontal bar<br>25<br>vertical bar<br>-<br>5<br>0.5<br>10<br>**CTA1/5**<br>2CSG211020R1141<br>**662303**<br>0.440<br>1<br>10<br>0.5<br>10<br>**CTA1/10**<br>2CSG211030R1141<br>**662402**<br>0.440<br>1<br>15<br>0.5<br>10<br>**CTA1/15**<br>2CSG211040R1141<br>**662501**<br>0.440<br>1<br>20<br>0.5<br>10<br>**CTA1/20**<br>2CSG211050R1141<br>**662600**<br>0.440<br>1<br>25<br>0.5<br>10<br>**CTA1/25**<br>2CSG211060R1141<br>**662709**<br>0.440<br>1<br>oe<br>—~~_——~~<br>~~SO~~<br>—S TTT ~~oo~~||||||||
||||||||40<br>0.5<br>10<br>**CTA1/40**<br>2CSG211080R1141<br>**662808**<br>0.440<br>1|
||||||2CSC400214F0201||50<br>0.5<br>10<br>**CTA1/50**<br>2CSG211090R1141<br>**662907**<br>0.440<br>1<br>60<br>0.5<br>10<br>**CTA1/60**<br>2CSG211100R1141<br>**663003**<br>0.440<br>1<br>80<br>0.5<br>10<br>**CTA1/80**<br>2CSG211110R1141<br>**663102**<br>0.440<br>1<br>100<br>0.5<br>10<br>**CTA1/100**<br>2CSG211120R1141<br>**663201**<br>0.440<br>1<br>150<br>0.5<br>10<br>**CTA1/150**<br>2CSG211130R1141<br>**663300**<br>0.440<br>1<br>200<br>0.5<br>10<br>**CTA1/200**<br>2CSG211140R1141<br>**663409**<br>0.440<br>1<br>250<br>0.5<br>10<br>**CTA1/250**<br>2CSG211150R1141<br>**663508**<br>0.440<br>1<br>TT|
||||||||300<br>0.5<br>10<br>**CTA1/300**<br>2CSG211160R1141<br>**663607**<br>0.440<br>1|
||CTA1||||||400<br>0.5<br>10<br>**CTA1/400**<br>2CSG211170R1141<br>**663706**<br>0.440<br>1|
||||||||500<br>0.5<br>10<br>**CTA1/500**<br>2CSG211180R1141<br>**663805**<br>0.440<br>1|
|**CTA2 series**|||||||CTA2 .../5 A series, wound primary with insertion on 25 mm bar|
|**Wound primary**||||max section [mm]||||
|cable<br>-<br>horizontal bar<br>25<br>vertical bar<br>-<br>5<br>0.5<br>20<br>**CTA2/5**<br>2CSG311020R1141<br>**663904**<br>0.440<br>1<br>10<br>0.5<br>20<br>**CTA2/10**<br>2CSG311030R1141<br>**664000**<br>0.440<br>1<br>15<br>0.5<br>20<br>**CTA2/15**<br>2CSG311040R1141<br>**664109**<br>0.440<br>1<br>20<br>0.5<br>20<br>**CTA2/20**<br>2CSG311050R1141<br>**664208**<br>0.440<br>1<br>25<br>0.5<br>20<br>**CTA2/25**<br>2CSG311060R1141<br>**664307**<br>0.440<br>1<br>~~a~~<br>~~9~~)~~So~~||||||||
||||||||40<br>0.5<br>20<br>**CTA2/40**<br>2CSG311080R1141<br>**664406**<br>0.440<br>1|
||||||2CSC400214F0201||50<br>0.5<br>20<br>**CTA2/50**<br>2CSG311090R1141<br>**664505**<br>0.440<br>1<br>60<br>0.5<br>20<br>**CTA2/60**<br>2CSG311100R1141<br>**664604**<br>0.440<br>1<br>80<br>0.5<br>20<br>**CTA2/80**<br>2CSG311110R1141<br>**664703**<br>0.440<br>1<br>100<br>0.5<br>20<br>**CTA2/100**<br>2CSG311120R1141<br>**664802**<br>0.440<br>1<br>150<br>0.5<br>20<br>**CTA2/150**<br>2CSG311130R1141<br>**664901**<br>0.440<br>1<br>200<br>0.5<br>20<br>**CTA2/200**<br>2CSG311140R1141<br>**665007**<br>0.440<br>1<br>250<br>0.5<br>20<br>**CTA2/250**<br>2CSG311150R1141<br>**665106**<br>0.440<br>1<br>TT|
||||||||300<br>0.5<br>20<br>**CTA2/300**<br>2CSG311160R1141<br>**665205**<br>0.440<br>1|
|||CTA2|||||400<br>0.5<br>20<br>**CTA2/400**<br>2CSG311170R1141<br>**665304**<br>0.440<br>1|
||||||||500<br>0.5<br>20<br>**CTA2/500**<br>2CSG311180R1141<br>**665403**<br>0.440<br>1|



**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/48** PO 

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**CT** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Current transformers 

## **Breaker choice** 

**Modular S200, S500 S280, S800 Tmax T1,T2,T3,T4 T5 T6, T7 Emax E1, E2 E1 E2 E1 E2, E3, E4, E6 E3, E4 Rated current choice Rated Current [A] CT3 CT4 CT6 CT8 CT8-V CT12 CT12-V 2CSG121060R1101** 40 3 CT3/40 **2CSG121070R1101** ~~rs~~ 50 ~~A es~~ 3 CT3/50 ~~I~~ **2CSG121080R1101** ~~EE ee ee ee ee eee eee~~ 60 3 CT3/60 ~~I~~ **2CSG121090R1101** ~~EE ee ee eee eee eee~~ 80 3 ~~ee~~ **2CSG121100R1101** CT3/80 **2CSG221100R1101** ~~eee eee~~ 100 1 ~~ss~~ **2CSG121110R1101** CT3/100 **2CSG221110R1101** CT4/100 ~~ee ee ee ee ee eee~~ 150 0.5 ~~EE~~ CT3/150 CT4/150 **2CSG121120R1101 2CSG221120R1101** 200 0.5 ~~I~~ CT3/200 CT4/200 ~~ee ee ee ee eee~~ **2CSG121130R1101 2CSG221130R1101** ~~ee~~ **2CSG421130R1101** ~~ee eee eee~~ 250 0.5 ~~EE~~ **2CSG121140R1101** CT3/250 **2CSG221140R1101** CT4/250 ~~ee~~ **2CSG421140R1101** CT6/250 **2CSG521140R1101** ~~ee eee eee eee~~ 300 0.5 ~~ee~~ CT3/300 **2CSG221150R1101** CT4/300 **2CSG421150R1101** CT6/300 **2CSG521150R1101** CT8/300 **2CSG631150R1101** ~~eee eee~~ 400 0.5 ~~ee~~ **2CSG221160R1101** CT4/400 **2CSG421160R1101** CT6/400 **2CSG521160R1101** CT8/400 **2CSG631160R1101** CT8-V/400 **2CSG721160R1101** ~~eee eee~~ 500 0.5 ~~EE~~ **2CSG221170R1101** CT4/500 ~~ee~~ **2CSG421170R1101** CT6/500 **2CSG521170R1101** ~~ee~~ CT8/500 **2CSG631170R1101** CT8-V/500 ~~ee~~ **2CSG721170R1101** ~~eee~~ CT12/500 ~~eee~~ 600 0.5 ~~EE~~ CT4/600 ~~es~~ **2CSG421180R1101** ~~ee~~ CT6/600 **2CSG521180R1101** ~~ee~~ CT8/600 **2CSG631180R1101** CT8-V/600 ~~ee~~ **2CSG721180R1101** ~~eee~~ CT12/600 **2CSG831180R1101** ~~eee~~ 800 0.5 ~~se~~ **2CSG421190R1101** CT6/800 **2CSG521190R1101** CT8/800 ~~ee~~ **2CSG631190R1101** ~~ee~~ CT8-V/800 **2CSG721190R1101** ~~ee~~ CT12/800 **2CSG831190R1101** CT12-V/800 ~~eee~~ 1000 0.5 ~~EE~~ CT6/1000 CT8/1000 CT8-V/1000 CT12/1000 CT12-V/1000 **2CSG421200R1101 2CSG521200R1101 2CSG631200R1101 2CSG721200R1101 2CSG831200R1101** 1200 0.5 ~~I eee~~ CT6/1200 ~~e~~ CT8/1200 ~~**e**~~ CT8-V/1200 ~~ee eee~~ CT12/1200 ~~eee~~ **2CSG831210R1101** CT12-V/1200 ~~eeeeee~~ 1250 0.5 ~~EEee~~ **2CSG421220R1101 2CSG521220R1101** ~~ee~~ **2CSG631220R1101** ~~ee~~ **2CSG721220R1101** ~~eee~~ **2CSG831220R1101** CT12-V/1250 ~~eee~~ 1500 0.5 ~~EEee~~ **2CSG421230R1101** CT6/1500 **2CSG521230R1101** CT8/1500 ~~ee~~ CT8-V/1500 **2CSG721230R1101** ~~eee~~ CT12/1500 **2CSG831230R1101** CT12-V/1500 ~~eee~~ 2000 0.5 ~~Ee~~ CT6/2000 CT8/2000 CT12/2000 CT12-V/2000 **2CSG721240R1101 2CSG831240R1101** 2500 0.5 ~~I ee ee eee~~ CT12/2500 ~~eee~~ CT12-V/2500 ~~eee EE ee ee eee~~ **2CSG721250R1101** ~~eee~~ **2CSG831250R1101** ~~eee~~ 3000 0.5 ~~EE~~ CT12/3000 CT12-V/3000 **2CSG831260R1101** 4000 0.5 CT12-V/4000 **2CSG721270R1101** 5000 ~~oO ee ee~~ CT12/5000 ~~eee eee po ooo~~ **2CSG721280R1101** 6000 ~~aeeeee~~ CT12/6000 ~~ee eee~~ **Primary choice CT3 CT4 CT6 CT8 CT8-V CT12 CT12-V** 21 25 50 2x30 2x35 2x50 2x35 **Through primary max** 30x10 40x10 60x20 80x30 - 125x50 - class **section [mm]** ~~eS~~ 20x10 40x10 ~~LS ES~~ - - ~~A~~ 3x80x5 - 4x125x5 ~~=S_—_—————!ee~~ ee eee **8** /46 

ABB 

**System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

**CT** 

## Measurement current transformers with through primary 

## **Standard type current transformers …/5 A with through primary** 

**==> picture [111 x 156] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|CT3 series|
|Through primary|max section [mm]|
|cable|—————}|21|
|horizontal bar|30x10|
|vertical bar|20x10|
|(]|
|CT3|

**----- End of picture text -----**<br>


**==> picture [112 x 163] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|CT4 series|
|Through primary|max section [mm]|
|cable|I)|32|
|horizontal bar|40x10|
|vertical bar|40x10|
|CT4|

**----- End of picture text -----**<br>


**==> picture [381 x 190] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|Primary|Accuracy Rated|Order|Bbn|Price|Price|Weight|Pack|
|rated|class|power|details|8012542|1 piece|group|1 piece unit|
|current|
|Iprim|
|A|VA|Type code|Order code|EAN|kg|pc.|
|CT3 .../5 A series, through primary|
|40|3|2|CT3/40|2CSG121060R1101|602408|0.340|1|
|50|3|2|CT3/50|2CSG121070R1101|602507|0.340|1|
|Te|60|3|2|CT3/60|2CSG121080R1101|602606|0.340|1|
|80|3|3|CT3/80|2CSG121090R1101|602705|0.340|1|
|100|1|2|CT3/100|2CSG121100R1101|602804|0.340|1|
|150|0.5|3|CT3/150|2CSG121110R1101|602903|0.340|1|
|200|0.5|3|CT3/200|2CSG121120R1101|603009|0.340|1|
|250|0.5|5|CT3/250|2CSG121130R1101|603108|0.340|1|
|300|0.5|6|CT3/300|2CSG121140R1101|603207|0.340|1|
|400|0.5|6|CT3/400|2CSG121150R1101|603306|0.340|1|
|500|0.5|6|CT3/500|2CSG121160R1101|603405|0.340|1|
|600|0.5|6|CT3/600|2CSG121170R1101|603504|0.340|1|

**----- End of picture text -----**<br>


## CT4 .../5 A series, through primary 

**==> picture [381 x 101] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||
|---|---|---|---|---|---|---|---|---|
|100|1|3|CT4/100|2CSG221100R1101|603603|0.500|1|
|150|1|3|CT4/150|2CSG221110R1101|603702|0.500|1|
|TT|200|1|4|CT4/200|2CSG221120R1101|603801|0.500|1|
|250|1|6|CT4/250|2CSG221130R1101|603900|0.500|1|
|300|0.5|6|CT4/300|2CSG221140R1101|604006|0.500|1|
|400|0.5|10|CT4/400|2CSG221150R1101|604105|0.500|1|
|500|0.5|10|CT4/500|2CSG221160R1101|604204|0.500|1|
|600|0.5|10|CT4/600|2CSG221170R1101|604303|0.500|1|
|800|0.5|10|CT4/800|2CSG221180R1101|604402|0.500|1|
|1000|0.5|10|CT4/1000|2CSG221190R1101|604501|0.500|1|

**----- End of picture text -----**<br>


**8** 

**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/48** PT 

ABB 

**8** /47 

**CT** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Measurement current transformers with through primary 

**CT6 series Through primary** max section [mm] cable a 50 horizontal bar 60x20 vertical bar - ee CT6 

|Primary|Accuracy Rated|Accuracy Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|rated|class|power|**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|current||||||||||
|Iprim||||||||||
|A||VA|**Type code**|Order code|**EAN**|||kg|pc.|
|CT6 .../5 A series, through primary<br>250|CT6 .../5 A series, through primary<br>0.5<br>5<br>**CT6/250**|||2CSG421130R1101|**605508**|||1.000|1|
|300<br>400<br>500<br>600|0.5<br>0.5<br>0.5<br>0.5|5<br>6<br>6<br>10|**CT6/300**<br>**CT6/400**<br>**CT6/500**<br>**CT6/600**|2CSG421140R1101<br>2CSG421150R1101<br>2CSG421160R1101<br>2CSG421170R1101|**605607**<br>**605706**<br>**605805**<br>**605904**|||1.000<br>1.000<br>1.000<br>1.000|1<br>1<br>1<br>1|
|800|0.5|10|**CT6/800**|2CSG421180R1101|**606000**|||1.000|1|
|1000<br>1200<br>1500<br>2000<br>2500|0.5<br>0.5<br>0.5<br>0.5<br>0.5|20<br>20<br>30<br>30<br>30|**CT6/1000**<br>**CT6/1200**<br>**CT6/1500**<br>**CT6/2000**<br>**CT6/2500**|2CSG421190R1101<br>2CSG421200R1101<br>2CSG421220R1101<br>2CSG421230R1101<br>2CSG421240R1101|**606109**<br>**606208**<br>**606307**<br>**606406**<br>**606505**|||1.000<br>1.000<br>1.000<br>1.000<br>1.000|1<br>1<br>1<br>1<br>1|



||**CT8 series**||||||||CT8 .../5 A series, through primary|CT8 .../5 A series, through primary|CT8 .../5 A series, through primary|CT8 .../5 A series, through primary|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||**Through primary**<br>max section [mm]<br>cable<br>2x30<br>$a)||||||||300|0.5|5|**CT8/300**|2CSG521140R1101|**606604**|1.000|1|
|horizontal bar<br>vertical bar<br>a|||80x30<br>-<br> ~~6~~||||||400<br>500<br>600<br>800|0.5<br>0.5<br>0.5<br>0.5|6<br>10<br>10<br>10|**CT8/400**<br>**CT8/500**<br>**CT8/600**<br>**CT8/800**|2CSG521150R1101<br>2CSG521160R1101<br>2CSG521170R1101<br>2CSG521180R1101|**606703**<br>**606802**<br>**606901**<br>**607007**|1.000<br>1.000<br>1.000<br>1.000|1<br>1<br>1<br>1|
||||||||||1000|0.5|10|**CT8/1000**|2CSG521190R1101|**607106**|1.000|1|
|||||||2CSC400125F0201|||1200<br>1500<br>2000<br>2500<br>3000|0.5<br>0.5<br>0.5<br>0.5<br>0.5|15<br>20<br>20<br>20<br>20|**CT8/1200**<br>**CT8/1500**<br>**CT8/2000**<br>**CT8/2500**<br>**CT8/3000**|2CSG521200R1101<br>2CSG521220R1101<br>2CSG521230R1101<br>2CSG521240R1101<br>2CSG521250R1101|**607205**<br>**607304**<br>**607403**<br>**607502**<br>**607601**|1.000<br>1.000<br>1.000<br>1.000<br>1.000|1<br>1<br>1<br>1<br>1|
||||CT8||||||||||||||
||**CT8-V series**||||||||CT8-V .../5 A series, through primary|CT8-V .../5 A series, through primary|CT8-V .../5 A series, through primary|CT8-V .../5 A series, through primary|||||
||**Through primary**|||||max section [mm]|||||||||||
||cable|Oo||||2x35<br>|||400<br>0.5<br>6<br>**CT8-V/400**<br>2CSG631150R1101<br>**608707**<br>0.800<br>1<br>500<br>0.5<br>10<br>**CT8-V/500**<br>2CSG631160R1101<br>**608806**<br>0.800<br>1<br> ~~a~~||||||||
||horizontal bar<br>-<br>vertical bar<br>80x30      3x80x5<br>~~|~~||||||||600<br>800<br>1000|0.5<br>0.5<br>0.5|10<br>10<br>10|**CT8-V/600**<br>2CSG631170R1101<br>**608905**<br>0.800<br>1<br>**CT8-V/800**<br>2CSG631180R1101<br>**609001**<br>0.800<br>1<br>**CT8-V/1000**<br>2CSG631190R1101<br>**609100**<br>0.800<br>1<br>ee eeeeeeeeeeEeereeap)rro|||||
||||||||||1200|0.5|10|**CT8-V/1200**|2CSG631200R1101|**609209**|0.800|1|
|||CT8/V<br>2CSC400159F0201|||||||1500<br>2000<br>2500|0.5<br>0.5<br>0.5|10<br>20<br>20|**CT8-V/1500**<br>**CT8-V/2000**<br>**CT8-V/2500**|2CSG631220R1101<br>2CSG631230R1101<br>2CSG631240R1101|**609308**<br>**609407**<br>**609506**|0.800<br>0.800<br>0.800|1<br>1<br>1|



**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/48** PT 

ABB 

**8** /48 

**CT** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Measurement current transformers with through primary 

**CT12 series Through primary** max section [mm] a cable 2x50 horizontal bar 125x50 vertical bar - CT12 **CT12-V series Through primary** max section [mm] n cable S 3x35 horizontal bar - 125x30 3x100x10 vertical bar 4x125x5 a CT12/V 

|Primary|Primary<br>Accuracy Rated|Accuracy Rated|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|rated|class|power|**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|current||||||||||
|Iprim||||||||||
|A||VA|**Type code**|Order code|**EAN**|||kg|pc.|
|CT12 .../5 A series, through primary<br>500|CT12 .../5 A series, through primary<br>0.5<br>10<br>**CT12/500**|||2CSG721160R1101|**607700**|||1.600|1|
|600|0.5|10|**CT12/600**|2CSG721170R1101|**607809**|||1.600|1|
|800|0.5|15|**CT12/800**|2CSG721180R1101|**607908**|||1.600|1|
|1000|0.5|20|**CT12/1000**|2CSG721190R1101|**608004**|||1.600|1|
|1200|0.5|20|**CT12/1200**|2CSG721200R1101|**608103**|||1.600|1|
|1500|0.5|20|**CT12/1500**|2CSG721220R1101|**608202**|||1.600|1|
|2000|0.5|30|**CT12/2000**|2CSG721230R1101|**608301**|||1.600|1|
|2500|0.5|40|**CT12/2500**|2CSG721240R1101|**608400**|||1.600|1|
|3000|0.5|40|**CT12/3000**|2CSG721250R1101|**608509**|||1.600|1|
|4000<br>5000<br>6000|0.5<br>0.5<br>0.5|50<br>50<br>50|**CT12/4000**<br>**CT12/5000**<br>**CT12/6000**|2CSG721260R1101<br>2CSG721270R1101<br>2CSG721280R1101|**608608**<br>**745600**<br>**745709**|||2.000<br>3.000<br>3.000|1<br>1<br>1|



CT12-V .../5 A series, through primary 

|800|0.5|10|**CT12-V/800**|2CSG831180R1101|**609605**|0.700|1|
|---|---|---|---|---|---|---|---|
|1000|0.5|10|**CT12-V/1000**|2CSG831190R1101|**609704**|0.700|1|
|1200|0.5|10|**CT12-V/1200**|2CSG831200R1101|**609803**|0.700|1|
|1250<br>1500<br>2000|0.5<br>0.5<br>0.5|10<br>12<br>15|**CT12-V/1250**<br>**CT12-V/1500**<br>**CT12-V/2000**|2CSG831210R1101<br>2CSG831220R1101<br>2CSG831230R1101|**609902**<br>**610007**<br>**610106**|0.700<br>0.700<br>1.000|1<br>1<br>1|
|2500|0.5|20|**CT12-V/2500**|2CSG831240R1101|**610205**|1.000|1|
|3000<br>4000|0.5<br>0.5|20<br>20|**CT12-V/3000**<br>**CT12-V/4000**|2CSG831250R1101<br>2CSG831260R1101|**610304**<br>**745808**|1.000<br>1.000|1<br>1|



**8** 

**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/48** LT 

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**8** /49 

**CTO** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Split core measurement current transformers 

## **Split core measurement current transformers with throug primary** 

Split core measurement current transformers are used in distribution panels or power centers for maintenance or system expansion. They can be installed easily and they allows to save a lot of time, avoiding bar disconnection. All transformers are complete with terminal caps and fastening accessories, both on bar and on wall. 

Primary Accuracy Rated **Order Bbn** Price Price Weight Pack rated class power **details 8012542** 1 piece group 1 piece unit current Iprim = - Pr A VA **Type code** Order code **EAN** kg pc. ; “| CT30/...5 A Split core current transformers 100 3 1.5 **CT30/100** 2CSG101100R1101 **887805** 0.85 1 JZ . SS 150 3 2 **CT30/150** 2CSG101110R1101 **887904** 0.85 1 250 0.5 1.5 **CT30/250** 2CSG101130R1101 **888109** 0.85 1 e TTS J ar ————————— ss a uijz;,evi 400 0.5 2.5 **CT30/400** 2CSG101150R1101 **888000** 0.85 1 **CT30 series Through primary** max section [mm] O cable F O horizontal bar ~~S~~ S — ~~U~~ vertical bar e 2x30x10 

|**8**<br>_|_|**Technical features**<br>**Frequency**<br>[Hz]<br>50-60<br>~~eer~~|**Technical features**<br>**Frequency**<br>[Hz]<br>50-60<br>~~eer~~|**Technical features**<br>**Frequency**<br>[Hz]<br>50-60<br>~~eer~~|
|---|---|---|---|---|
|||**Insulation voltage**|[kV]|0.72|
|||**Test voltage**||3 kV x 1’ 50 Hz|
|||**Thermal insulation class**||E|
|||**Protection grade**||IP20|
|||**Permanent overload**||1.2 In|
|||**Short circuit thermal rated current Ith**||60 In|
|||**Short circuit dynamic rated current Idin**||2.5 x Ith|
|||**Safety factor**||<5|
|||**Case**||V0 self-extinguishing thermoplastic material|
|||**Operating temperature**|[°C]|-5 +50|
|||**Storage temperature**|[°C]|-20 +80|
|||**Standards**||IEC-EN 60044-1|



**Technical details ........................  pag. 11/152** 

**Overall dimensions ......................  pag. 13/52** 

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**8** /50 

**CTO** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** Split core measurement current transformers 

**==> picture [375 x 40] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Primary|Accuracy Rated|Order|Bbn|Price|Price|Weight|Pack|
|rated|class|power|details|8012542|1 piece|group|1 piece unit|
|current|
|Iprim|
|A|VA|Type code|Order code|EAN|kg|pc.|

**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

CT80/...5 A Split core current transformers 

**==> picture [508 x 217] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|250|0.5|1|CT80/250|2CSG201130R1101|888208|1.1|1|
|ee|———————|
|400|0.5|1.5|CT80/400|2CSG201150R1101|888307|1.1|1|
|es|2|SS|500|0.5|2.5|CT80/500|2CSG201160R1101|SETCOUCUé“*“SO|888406|1.1|1|
|600|0.5|2.5|CT80/600|2CSG201170R1101|888505|1.1|1|
|800|0.5|3|CT80/800|2CSG201180R1101|888604|1.1|1|
|CT80 series|
|1000|0.5|5|CT80/1000|2CSG201190R1101|888703|1.1|1|
|Through primary|max section [mm]|a|
|2000|0.5|35|CT80/2000|2CSG301230R1101|888802|1.1|1|
|cable|-|
|2500|0.5|40|CT80/2500|2CSG301240R1101|888901|1.1|1|
|horizontal bar|
|vertical bar|[||3x80x10|
|Ls|:|-*|
|7|4|
|$|
|.|

**----- End of picture text -----**<br>


$ 

CT120/...5 A Split core current transformers 

**==> picture [515 x 117] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|4|400|0.5|1.5|CT120/400|2CSG401150R1101|889007|1.3|1|
|500|0.5|2.5|CT120/500|2CSG401160R1101|889106|1.3|1|
|a|800  600|0.5  0.5|3  2.5|CT120/800CT120/600|2CSG401180R1101  2CSG401170R1101|889304889205|1.3  1.3|11|
|1000|0.5|5|CT120/1000|2CSG401190R1101|889403|1.3|1|
|1200|0.5|6|CT120/1200|2CSG401200R1101|889502|1.3|1|
|CT120 series|
|Through primary|max section [mm]|500|0.5|8|CT120/1500|2CSG401220R1101|889601|1.3|1|
|cable|e©|e|e|
|horizontal bar|
|vertical bar|4x120x10|

**----- End of picture text -----**<br>


**8** 

**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/52** | 

ABB 

**8** /51 

**CTSM** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Accessories for analogue and digital instruments 

## **Summing current transformers** 

They are used for calculating the vector sum of currents of two or more lines of a single voltage system. Installation on DIN rail. The insulation reference voltage is 0.72 kV – 3 kV. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400119F0201<br>**----- End of picture text -----**<br>


Summing current transformers return a correct measure when the input lines have the same rated capacity. The transforming ratio to be set on the instrument is equal to the sum of the lines capacity divided by 5. In case you want to measure different lines you must use a special summing current transformer. 

Summing current transformers…/5 A (6 DIN modules) 

|No. of Type|No. of Type|Power|**Order**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|---|
|lines|||**details**||**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|||VA|**Type code**|Order code|**EAN**|||kg|pc.|
|2|5+5=5A|6|**CTSM-5-5**|2CSM101010R1181|**610403**|||0.300|1|
|3|5+5+5=5A|6|**CTSM-5-5-5**|2CSM101020R1181|**610502**|||0.300|1|
|4|5+5+5+5=5A 6|5+5+5+5=5A 6|**CTSM-5-5-5-5**|2CSM101030R1181|**610601**|||0.300|1|



**Technical details ........................  pag. 11/152 Overall dimensions ......................  pag. 13/52** | 

ABB 

**8** /52 

**System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

**TV** 

Accessories for analogue and digital instruments 

## **Voltage transformers** 

They are used for transforming primary voltages up to 600 V into secondary voltages of…/100 V max. for indirect supply of analogue as well as digital measurement instruments. R3 voltage transformers are used in three-phase distribution systems with neutral. 

Voltage transformers with self-extinguishing plastic housing, precision class 1 

|Primary/<br>secondary<br>voltage<br>V/V<br>100/100<br>230/100<br>380/100<br>400/100<br>440/100|Power<br>VA<br>3<br>6<br>6<br>6<br>3|**Order**<br>**details**<br>**Type code**<br>**TV-100/100**<br>**TV-230/100**<br>**TV-380/100**<br>**TV-400/100**<br>**TV-440/100**|Order code<br>2CSG112010R5021<br>2CSG112070R5021<br>2CSG112090R5021<br>2CSG112110R5021<br>2CSG112130R5021|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**746805**<br>**610809**<br>**610908**<br>**611004**<br>**747000**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>1.000<br>1.000<br>1.000<br>1.000<br>1.000|Pack<br>1 piece unit<br>pc.<br>1<br>1<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|
|500/100|6|**TV-500/100**|2CSG112150R5021|**611103**|||1.000|1|
||||||||||
|100/100-√3|1.5|**TV-100R3/100**|2CSG111020R5021|**747604**|||1.000|1|
|230/100-√3|1.5|**TV-230R3/100**|2CSG111080R5021|**747901**|||1.000|1|
|380/100-√3|1.5|**TV-380R3/100**|2CSG111100R5021|**748007**|||1.000|1|
|400/100-√3|1.5|**TV-400R3/100**|2CSG111120R5021|**748106**|||1.000|1|
|440/100-√3|1.5|**TV-440R3/100**|2CSG111140R5021|**748205**|||1.000|1|
|500/100-√3|1.5|**TV-500R3/100**|2CSG111160R5021|**748304**|||1.000|1|



Voltage transformers with metallic housing, precision class 0.5 

|Primary/<br>secondary<br>voltage<br>V/V<br>100/100<br>230/100<br>380/100|Power<br>VA<br>10<br>10<br>10|**Order**<br>**details**<br>**Type code**<br>**TV2-100/100**<br>**TV2-230/100**<br>**TV2-380/100**|Order code<br>2CSG324010R5021<br>2CSG324070R5021<br>2CSG324090R5021|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**729808**<br>**730101**<br>**730200**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>2.100<br>2.100<br>2.100|Pack<br>1 piece unit<br>pc.<br>1<br>1<br>1|
|---|---|---|---|---|---|---|---|---|
|400/100|10|**TV2-400/100**|2CSG324110R5021|**730309**|||2.100|1|
|440/100|10|**TV2-440/100**|2CSG324130R5021|**730408**|||2.100|1|
|500/100|10|**TV2-500/100**|2CSG324150R5021|**730507**|||2.100|1|
|600/100|10|**TV2-600/100**|2CSG324170R5021|**730606**|||2.100|1|
||||||||||
|100/100-√3|5|**TV2-100R3/100**|2CSG323020R5021|**730705**|||2.100|1|
|230/100-√3|5|**TV2-230R3/100**|2CSG323080R5021|**731009**|||2.100|1|
|380/100-√3|5|**TV2-380R3/100**|2CSG323100R5021|**731108**|||2.100|1|
|400/100-√3|5|**TV2-400R3/100**|2CSG323120R5021|**731207**|||2.100|1|
|440/100-√3|5|**TV2-440R3/100**|2CSG323140R5021|**731306**|||2.100|1|
|500/100-√3|5|**TV2-500R3/100**|2CSG323160R5021|**731405**|||2.100|1|
|600/100-√3|5|**TV2-600R3/100**|2CSG323180R5021|**731504**|||2.100|1|
||||||||||
|100/100|50|**TV4-100/100**|2CSG528010R5021|**733409**|||2.400|1|
|230/100|50|**TV4-230/100**|2CSG528070R5021|**733706**|||2.400|1|
|380/100|50|**TV4-380/100**|2CSG528090R5021|**733805**|||2.400|1|
|400/100|50|**TV4-400/100**|2CSG528110R5021|**733904**|||2.400|1|
|440/100|50|**TV4-440/100**|2CSG528130R5021|**734000**|||2.400|1|
|500/100|50|**TV4-500/100**|2CSG528150R5021|**734109**|||2.400|1|
|600/100|50|**TV4-600/100**|2CSG528170R5021|**734208**|||2.400|1|
||||||||||
|100/100-√3|25|**TV4-100R3/100**|2CSG527020R5021|**734307**|||2.400|1|
|230/100-√3|25|**TV4-230R3/100**|2CSG527080R5021|**734604**|||2.400|1|
|380/100-√3|25|**TV4-380R3/100**|2CSG527100R5021|**734703**|||2.400|1|
|400/100-√3|25|**TV4-400R3/100**|2CSG527120R5021|**734802**|||2.400|1|
|440/100-√3|25|**TV4-440R3/100**|2CSG527140R5021|**734901**|||2.400|1|
|500/100-√3|25|**TV4-500R3/100**|2CSG527160R5021|**735007**|||2.400|1|
|600/100-√3|25|**TV4-600R3/100**|2CSG527180R5021|**735106**|||2.400|1|



**8** 

**Overall dimensions ......................  pag. 13/53** 

ABB 

**8** /53 

**CONV** 

Accessories for analogue and digital instruments 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## **Current and voltage converters** 

They produce an output signal in direct current independent from the load that is directly proportional to the input current or voltage signal. 

**==> picture [5 x 150] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400920F0201<br>2CSC400120F0201<br>**----- End of picture text -----**<br>


Their electronic circuit guarantees high reliability and accuracy of operation, extension of the measurement field, resistance to temperature changes and to vibrations, limited power absorption from the circuit to be measured. 

Thanks to their centralized data acquisition speed, even at high distances, and thanks to the availability of different output types (that can be selected by means of the adjusting minidips) they are appropriate for plants requiring specific attention to production, distribution and use of electric energy. 

|Supply|Modules<br>**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|
||**details**|**8012542**1 piece|1 piece|group|1 piece unit|1 piece unit|
|VAC|**Type code**<br>Order code|**EAN**|||kg|pc.|
|Current converters with a.c. supply with inputs 1 and 5 A a.c.<br>and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.<br>24<br>3<br>**CONV-I-1-24CA**<br>2CSG313000R5031<br>**740902**<br>110<br>3<br>**CONV-I-1-110CA**<br>2CSG353000R5031<br>**741107**|||||0.400<br>0.400|1<br>1|
|230|3<br>**CONV-I-1-230CA**<br>2CSG373000R5031|**741206**|||0.400|1|
|Current converters with a.c. supply with inputs 60 mV d.c.|Current converters with a.c. supply with inputs 60 mV d.c.|Current converters with a.c. supply with inputs 60 mV d.c.|||||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.|||||
|24|6<br>**CONV-I-2-24CA**<br>2CSG414000R5031|**741305**|||0.800|1|
|110|6<br>**CONV-I-2-110CA**<br>2CSG454000R5031|**741503**|||0.800|1|
|230|6<br>**CONV-I-2-230CA**<br>2CSG474000R5031|**741602**|||0.800|1|
|Current converters with d.c. supply with inputs 1 and 5 A a.c.|Current converters with d.c. supply with inputs 1 and 5 A a.c.||||||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.|||||
|24|3<br>**CONV-I-1-24CC**<br>2CSG323000R5031|**741701**|||0.400|1|
|48|3<br>**CONV-I-1-48CC**<br>2CSG343000R5031|**741800**|||0.400|1|
|110|3<br>**CONV-I-1-110CC**<br>2CSG363000R5031|**741909**|||0.400|1|
|Current converters with d.c. supply with inputs 60 mV d.c.|Current converters with d.c. supply with inputs 60 mV d.c.|Current converters with d.c. supply with inputs 60 mV d.c.|||||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.<br>24<br>6<br>**CONV-I-2-24CC**<br>2CSG424000R5031||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.<br>**742005**|||0.800|1|
|48|6<br>**CONV-I-2-48CC**<br>2CSG444000R5031|**742104**|||0.800|1|
|110|6<br>**CONV-I-2-110CC**<br>2CSG464000R5031|**742203**|||0.800|1|



Voltage converters with a.c. supply with inputs 120-300-500 V a.c. and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c. 

|24|3|**CONV-V-1-24CA**|2CSG111000R5031|**739500**|0.400|1|
|---|---|---|---|---|---|---|
|110|3|**CONV-V-1-110CA**2CSG151000R5031|2CSG151000R5031|**739708**|0.400|1|
|230|3|**CONV-V-1-230CA**2CSG171000R5031|2CSG171000R5031|**739807**|0.400|1|
|Voltage converters with a.c. supply with inputs 500 V d.c.|Voltage converters with a.c. supply with inputs 500 V d.c.|Voltage converters with a.c. supply with inputs 500 V d.c.||Voltage converters with a.c. supply with inputs 500 V d.c.|||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.||||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.|||
|24|6|**CONV-V-2-24CA**|2CSG212000R5031|**739906**|0.800|1|
|110|6|**CONV-V-2-110CA**2CSG252000R5031|2CSG252000R5031|**740100**|0.800|1|
|230|6|**CONV-V-2-230CA**2CSG272000R5031|2CSG272000R5031|**740209**|0.800|1|
|Voltage converters with d.c. supply with inputs 120-300-500 V a.c.|Voltage converters with d.c. supply with inputs 120-300-500 V a.c.|Voltage converters with d.c. supply with inputs 120-300-500 V a.c.|||||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.||||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.|||
|24|3|**CONV-V-1-24CC**|2CSG121000R5031|**740308**|0.400|1|
|48|3|**CONV-V-1-48CC**|2CSG141000R5031|**740407**|0.400|1|
|110|3|**CONV-V-1-110CC**2CSG161000R5031|2CSG161000R5031|**740506**|0.400|1|
|Voltage converters with d.c. supply with inputs 500 V d.c.|Voltage converters with d.c. supply with inputs 500 V d.c.|Voltage converters with d.c. supply with inputs 500 V d.c.||Voltage converters with d.c. supply with inputs 500 V d.c.|||
|and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.||||and selectable outputs 1-5-10 V d.c. and 1-5-10-20-4…20 mA d.c.|||
|24|6|**CONV-I-2-24CC**|2CSG222000R5031|**740605**|0.800|1|
|48|6|**CONV-I-2-48CC**|2CSG242000R5031|**740704**|0.800|1|
|110|6|**CONV-I-2-110CC**|2CSG262000R5031|**740803**|0.800|1|



**Overall dimensions ......................  pag. 13/54** ~~PT~~ 

ABB 

**8** /54 

**Selection tables** 

**CNV** 

## **System** 

**pro** _**M**_ **compact[®] Measurement devices** 

## Accessories for analogue and digital instruments 

= 

## **Transducers for angle phase meters** 

They are necessary for the indirect insertion of analogue angle phase meters. They operate with a 230 V or 400 V supply and they are equipped with an electronic programming pushbutton for the selection of the more suitable output out of the eight available outputs (1, 5, 10 V d.c. and 1, 5, 10, 20, 4/20 mA d.c.). They have a galvanic type separation between inputs and outputs. 

|Phase<br>Description<br>Transducers for angle phase meters 230/440 VAC supply<br>1<br>(2 wires)<br>3<br>balanced without<br>neutral (3 wires)|**Order**<br>**details**<br>**Type code**<br>Transducers for angle phase meters 230/440 VAC supply<br>**CNV-C-1**<br>balanced without**CNV-C-2**|Order code<br>Transducers for angle phase meters 230/440 VAC supply<br>2CSM310000R1131<br>2CSM320000R1131|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>**600206**<br>**600305**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.400<br>0.400|Pack<br>1 piece unit<br>pc.<br>1<br>1|
|---|---|---|---|---|---|---|---|



## **Technical features** 

|**Technical features**|||
|---|---|---|
|**Separated auxiliary supply**|[V]|a.c. 230/400|
|**Input rated values**|[V]|a.c. 230/400 (5 A)|
|**Output rated values (selectable)**||1, 5, 10 V d.c.|
|||1, 5, 10, 20, 4/20 mA d.c.|
|**Ohmic load**|[Ohm]|700|
|**Measurement field**||0÷Pn (0÷Qn)|
|**Conversion type**||proportional to phase angle or to cosϕ|
|**Accuracy rating**<br>**Permanent overload**||0.5<br>2 In/1.2 Un|
|**Instantaneous overload**||10 In/2 Un for 1 sec.|
|**Operating frequency**|[Hz]|50/60|
|**Time delay**|[ms]|300|
|**Alternated residue**||1%|
|**Self-consumption**||voltage=1 VA/curr.=0.8 VA/aux. supply=4 VA|
|**Input/output galvanic separation**||input/output insulation, aux. supply 2 kV for 1 min./50 Hz|
|||circuit/mass insulation 4 kV for 1 min./50 Hz|
|**Operating temperature**|[°C]|0...55|
|**Dimensions**||6 DIN modules|
|**Weight**|[kg]|0.49|



**8** 

**Overall dimensions ......................  pag. 13/54** 

ABB 

**8** /55 

**SNT** 

**8** , 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Accessories for analogue and digital instruments 

## **Shunts** 

Shunts have 60 mV voltage and must be used with a maximum load of 0.25 Ω in combination with measurement instruments in d.c. 

For an appropriate operation: 

- both horizontal and vertical mounting are possible (the horizontal position enables a greater heat consumption) 

- the faying surface must be completely used and clean; cover with specific grease after the connection 

- screws and bolts must be perfectly tight 

- shunts must be sufficiently ventilated; as they are not insulated, it is a good rule to protect them against accidental contacts. 

||Rated<br>current<br>A<br>60 mV shunts|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|
||5|**SNT 1/5**|2CSM100010R1121|**047605**|||1.300|1|
||6|**SNT 1/6**|2CSM100020R1121|**047704**|||1.800|1|
||10|**SNT 1/10**|2CSM100030R1121|**047803**|||1.800|1|
||15|**SNT 1/15**|2CSM100040R1121|**047902**|||1.800|1|
||20|**SNT 1/20**|2CSM100050R1121|**048008**|||1.800|1|
||25|**SNT 1/25**|2CSM100060R1121|**048107**|||1.800|1|
||30|**SNT 1/30**|2CSM100070R1121|**048206**|||1.300|1|
||40|**SNT 1/40**|2CSM100080R1121|**048305**|||1.300|1|
||50|**SNT 1/50**|2CSM100090R1121|**048404**|||2.200|1|
||60|**SNT 1/60**|2CSM100100R1121|**048503**|||2.200|1|
|80<br>**SNT 1/80**<br>2CSM100110R1121<br>**048602**<br>1.300<br>1<br>100<br>**SNT 1/100**<br>2CSM100120R1121<br>**048701**<br>1.300<br>1<br>150<br>**SNT 1/150**<br>2CSM100130R1121<br>**048800**<br>1.300<br>1<br>200<br>**SNT 1/200**<br>2CSM100140R1121<br>**048909**<br>1.300<br>1<br>250<br>**SNT 1/250**<br>2CSM100150R1121<br>**049005**<br>1.900<br>1<br>Cn|||||||||
||400|**SNT 1/400**|2CSM100160R1121|**049104**|||1.900|1|
||500|**SNT 1/500**|2CSM100170R1121|**049203**|||1.900|1|
||600|**SNT 1/600**|2CSM100180R1121|**049302**|||1.900|1|
||800|**SNT 1/800**|2CSM100190R1121|**049401**|||2.200|1|
||1000|**SNT 1/1000**|2CSM100200R1121|**049500**|||2.000|1|
||1500|**SNT 1/1500**|2CSM100210R1121|**049609**|||2.200|1|
||2000|**SNT 1/2000**|2CSM100220R1121|**049708**|||2.200|1|
||2500|**SNT 1/2500**|2CSM100230R1121|**049807**|||2.200|1|
||4000|**SNT 1/4000**|2CSM100240R1121|**747109**|||2.200|1|
||6000|**SNT 1/6000**|2CSM100250R1121|**747208**|||2.300|1|



**Overall dimensions ......................  pag. 13/55** | 

ABB 

**8** /56 

**SNT** 

**8** 

## **System Selection tables pro** _**M**_ **compact[®] Measurement devices** 

## Accessories for analogue and digital instruments 

## **Technical features** 

|**Technical features**||
|---|---|
|**Voltage**<br>[mV]|60|
|**Current rating**<br>[A]|from 5 to 6000|
|**Accuracy class**|0.5 (from 10 to 30 °C)|
|**Max. load**<br>[Ω]|0.25|
|**Overload for 5 sec.**|from 10 to 500 A : 1xIn|
||from 600 to 2000 A: 5xIn|
||at 2500A: 2xIn|



**==> picture [381 x 196] intentionally omitted <==**

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INSTRUMENT<br>G U<br>OEPM0070<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/55** 

ABB 

**8** /57 

TS-C safety transformers suitable for general and continuous use. 

TM and TS bell transformers are suitable for driving loads that need discontinuous supply 

TM-C, TM-S, TM-I are control, isolating and safety transformers. 

SM, RM, TSM and TSR bells and buzzers are suitable for public and tertiary acoustic signalling. 

Modular sockets allow the connection of devices, tools or electrical and electronic non modular equipments in civil and industrial electrical switchboards. They are available in Italian, French, German, British, Australian and Argentine standards in grey or coloured versions. Some versions are also equipped with a fuse or a light 

**9** 

## **Other modular devices Other functions** 

## **Index** Index 

## **Selection tables** Selection tables 

**==> picture [335 x 108] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Transformer’s selection table.................................................................................................|Transformer’s|sele|9|/2|
|TS-C safety isolating transformers for general use ...............................................................|TS-C|safety|isolat|9|/4|
|TM fail safe bell transformers ................................................................................................|TM|fail|safe|bell|tr:|9|/5|
|TS non-inherently short-circuit proof bell transformers ........................................................|TS|non-inherently|9|/6|
|TM-C, TM-S, TM-I control, isolating and safety transformers ..............................................|TM-C, TM-S, TM-|9|/8|
|Bells and buzzers ................................................................................................................|Bells and|buzzers|9|/10|
|CP-D primary switch mode power supplies........................................................................|9|/11|
|CP-D primary swit|
|Modular sockets ..................................................................................................................|9|/12|
|Modular|sockets..|
|MA1-8001 DIN rail adapter..................................................................................................|MA1-8001|DIN|rai|9|/17|

**----- End of picture text -----**<br>


**ABB** SACE 

**9** /1 

**TM, TS, TS-C, TM-C, TM-S, TM-I** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** Transformers selection 

## **Bell transformers for discontinuous use** 

|**Series**|**TM**|**TS**|
|---|---|---|
|**Reference standard**|IEC EN 61558-2-8||
|**Classification**<br>**Thermal protection integrated in secondary**|Fail safe<br>~~a)~~|Non-inherently short-circuit proof<br>■<br>~~Q~~|
|**Rated power**|10, 15, 30, 40 VA|8, 16, 24 VA|
|**Operation**|Discontinuous||
|**Primary circuit voltage ratings**|230 V a.c.|230 V a.c.|
|**Secondary circuit characteristics**|||
|Double insulation between primary and secondary windings|■|■|
|Full power on all outputs|||
|SELV secondary (no-load output voltage <50 V a.c.)|■|■|
|**Dimensions**|2 modules [10, 15 VA]|2 modules [8, 16 VA]|
||3 modules [30, 40 VA]|3 modules [24 VA]|
|**Approvals**|At|GyRt|



**9** 

**==> picture [481 x 278] intentionally omitted <==**

**----- Start of picture text -----**<br>
Secondary<br>Use Rated power Type Solution<br>voltage<br>SELV L 50-2500 VA25-63 VA — Control and safetySafety — TM-STS-C<br>> o><br>Continuous 12-24 V — 50-2500 VA —> Control A><br>TM-C<br>115-230 V —> 50-2500 VA Control Q --<br>START<br>Control and isolating TM-I<br>L a><br>Non-inherently short-circuit<br>Discontinuous SELV 8-24 VA TS<br>—> —> proof bell transformer a><br>10-40 VA Fail safe bell transformer TM<br>L —_> j o—_<br>**----- End of picture text -----**<br>


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**9** /2 

**9** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** Transformers selection 

## **TM, TS, TS-C, TM-C, TM-S, TM-I** 

**Safety Control Control and Safety Control and Isolating transformers transformers transformers transformers for general use for general use for general use for general use TS-C TM-C TM-S TM-I** IEC EN 61558-2-6 CEI EN 61558-2-2 CEI EN 61558-2-2 CEI EN 61558-2-2 CEI EN 61558-2-6 CEI EN 61558-2-4 Non-inherently short-circuit proof Non-short-circuit proof control Non-short-circuit-proof control and Non-short-circuit-proof control and transformer safety transformer isolating transformer ~~———l—F" looElltC~~ CC ■ 25, 40, 63 VA 50 to 2500 VA 50 to 2500 VA 50 to 2500 VA Continuous Continuous Continuous Continuous 230 V a.c. 230/400 V a.c. 230/400V a.c. 230/400 V a.c. ■ ■ ■ ■ ■ ■ ■ ■ ■ 4 modules [25 VA, 40 VA] See overall dimensions 13/61 See overall dimensions 13/61 See overall dimensions 13/61 5 modules [63 VA] 

See page 9/7 for the choice of the protections. 

## Bell transformer TM, TS 

Transformers for supplying extra low voltage, suitable for loads that require a discontinuous supply, in particular doorbells and chimes. The primary and secondary circuits are perfectly isolated and separated. Reference standard: IEC EN 61558-2-8 

Control transformer TM-C, TM-S*, TM-I* Transformer for supplying control circuits, for example commands, signalling, interlocks, etc. Reference standard: CEI EN 61558-2-2 Safety transformer TS-C, TM-S* 

Isolation transformer for supplying safety extra low voltage circuits (<50 V on no load). Accidental contact with the secondary winding phases can be withstood without any danger. Reference standard: CEI EN 61558-2-6 

## Isolating transformer TM-I* 

Transformer in which the primary and secondary windings are electrically separated by a double or reinforced insulation, to protect the circuit supplied by the secondary against hazards due to accidental simultaneous contact with earth and live parts, or grounded parts that may become live in the event of an insulation fault. Reference standard: CEI EN 61558-2-4 

* TM-S and TM-I both comply to two standards. 

ABB 

**9** /3 

**System Selection tables pro** _**M**_ **compact[®] Other functions** Safety isolating transformers for general use 

**TS-C** 

**9** 

## **TS-C safety isolating transformers for general use** 

These transformers are non-inherently short-circuit proof. In fact they are equipped with a thermal protective device which automatically restores the power when the transformer is sufficiently cooled down. So even during an overload or a short-circuit they maintain their temperature below the specified limits and they continue functioning after the fault’s removal. 

They are ideal for supplying permanent power to meters, auxiliary electronic devices (e.g. measurement, video-entry phone systems, BUS communication) and circuits with safety extremely-low voltage (SELV) for bathrooms and showers, lighting, fountains, electro-medical devices and suchlike. One important feature of these new devices is that they take up very little space in the 4-module size for the 25 and 40 VA versions and the 5-module size for the 63 VA version. 

|Rated|Secondary|**Order details**||**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|---|
|power|rated|||**8012542**|1 piece|group|1 piece|unit|
|(continuous) voltage|(continuous) voltage||||||||
|VA<br>25<br>40<br>63|V<br>12-24<br>12-24<br>12-24|**Type code**<br>**TS 25/12-24 C**<br>**TS 40/12-24 C**<br>**TS 63/12-24 C**|Order code<br>2CSM251043R0811<br>2CSM401043R0811<br>2CSM631043R0811|**EAN**<br>**928508**<br>**928607**<br>**928706**|||kg<br>0.920<br>1.100<br>1.150|pc.<br>1<br>1<br>1|



## **Technical features** 

|**Technical features**|||||
|---|---|---|---|---|
|||**TS 25 C**|**TS 40 C**|**TS 63 C**|
|**Primary rated voltage Un**|[V]|230  a.c.|230  a.c.|230  a.c.|
|**Secondary rated voltage Un**[V]<br>**Rated frequency**<br>**Rated power (continuous use)**[VA]|[V]<br>[Hz]<br>[VA]|12 - 24 V a.c.<br>50/60<br>25|12 - 24 V a.c.<br>50/60<br>40|12 - 24 V a.c.<br>50/60<br>63|
|**Power loss**|[W]|5|10|16,7|
|**Modules**|[No.]|4|4|5|
|**Standards**|||IEC/EN 61558-2-6||
|**Approvals**|||IMQ, VDE, GOST||



## **Wiring diagrams and marking information** 

**==> picture [325 x 143] intentionally omitted <==**

**----- Start of picture text -----**<br>
TS25/12-24 C TS40/12-24 C TS63/12-24 C<br>OSes OBeg OSes<br>LS 3 ~ 50 Hz 230 V 7 bY 3 ~ 50 Hz 230 V 7 LY 3 ~ 50 Hz 230 V 7<br>25 VA 40 VA 63 VA<br>10 12 14 10 12 14 10 12 14<br>12 V~ 12 V~ 12 V~<br>24 V~ 25 VA 24 V~ 40 VA 24 V~ 63 VA<br>t   40 a °C t   40 a °C t   40 a °C<br>2CSC400200F0202<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/170 Overall dimensions ......................  pag. 13/59** LT 

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**TM** 

**9** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** TM bell transformers 

## **TM fail safe bell transformers** 

These transformers, with safety extremely-low voltage secondary (SELV), are suitable for loads that require a discontinuous supply, and in particular doorbells and chimes. 

Fail safe operation and excellent safety are assured thanks to the perfect isolation and separation between the primary and secondary circuits. 

**==> picture [5 x 149] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400594F0201<br>2CSC400595F0201<br>**----- End of picture text -----**<br>


|Maximum<br>rated<br>power<br>(discontin.)<br>VA|Secondary<br>voltage<br>rating<br>V a.c.|**Order**<br>**details**<br>**Type code**|Order code|**Bbn**<br>**8012542**1 piece<br>**EAN**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg|Pack<br>1 piece unit<br>pc.|
|---|---|---|---|---|---|---|---|---|
|10|4-8-12|**TM10/12**|2CSM101021R0801|**367109**|||0.300|6|
|10|12-24|**TM10/24**|2CSM101041R0801|**367208**|||0.300|6|
|15|4-8-12|**TM15/12**|2CSM151021R0801|**367307**|||0.300|6|
|15<br>30<br>30<br>40<br>40|12-24<br>4-8-12<br>12-24<br>4-8-12<br>12-24|**TM15/24**<br>**TM30/12**<br>**TM30/24**<br>**TM40/12**<br>**TM40/24**|2CSM151041R0801<br>2CSM301021R0801<br>2CSM301041R0801<br>2CSM401021R0801<br>2CSM401041R0801|**367406**<br>**367505**<br>**367604**<br>**367703**<br>**367802**|||0.300<br>0.450<br>0.450<br>0.450<br>0.450|6<br>4<br>4<br>4<br>4|



See diagrams below for the RMS power on each secondary output 

## **Technical characteristics** 

|**Rated primary voltage Un**|[V]|230 a.c.|
|---|---|---|
|**Rated secondary voltage Un**|[V]|4, 8, 12, 24|
|**Rated frequency**|[Hz]|50/60|
|**Rated power (discontinuous)**|[VA]|10, 15, 30, 40|
|**Power loss**|[W]|1…4|
|**Modules**<br>**Cable section (Ø min/max)**<br>**Tightening torque**|[No.]<br>[mm2]<br>[Nm]|2 (TM10,TM15), 3(TM30,TM40)<br>1.5 / 10<br>1|
|**Protection degree**||IP 20|
|**Reference standards**||IEC/EN 61558-2-8|
|**Approvals**||GOST, IMQ (TM10, TM15, TM30)|



**==> picture [312 x 156] intentionally omitted <==**

**----- Start of picture text -----**<br>
TM10/12 TM10/24 TM15/12 TM15/24<br>12 V~ 10 VA 24 V~ 10 VA 12 V~ 15 VA 24 V~ 15 VA<br>5 8 V~ 7 4 V~ 8 5 12 V~ 7 12 V~ 8 5 8 V~ 7 4 V~ 8 5 12 V~ 7 12 V~ 8<br>6,66 VA 3,33 VA 5 VA 5 VA 10 VA 5 VA 7,5 VA 7,5 VA<br>mmm<br>1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4<br>a F t   40a  °C/B fay F t   40a  °C/B a F t   40a  °C/B ay F t   40a  °C/B<br>TM30/12 TM30/24 TM40/12 TM40/24<br>o ©<br>12 V~ 30 VA = 24 V~ 30 VA 12 V~ 40 VA 24 V~ 40 VA<br>8 20 VA8 V~ 10 10 VA4 V~ 11 8 15 VA12 V~ 10 15 VA12 V~ 11 8 27 VA8 V~ 10 13 VA4 V~ 11 8 20 VA12 V~ 10 20 VA12 V~ 11<br>—— [ee] = _ =<br>2 ~ 50 Hz 230 V 5 2 ~ 50 Hz 230 V 5 2 ~ 50 Hz 230 V 5 2 ~ 50 Hz 230 V 5<br>PO F t   40a  °C/B F t   40a  °C/B F t   40a  °C/B F t   40a  °C/B<br>OEPM0080<br>**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/59** OO 

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**TS** 

**9** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** TS bell transformers 

## **TS non-inherently short-circuit proof bell transformers** 

These transformers, with safety extremely-low voltage secondary (SELV), are suitable for driving loads that call for a discontinuous supply, and in particular doorbells and chimes. In addition to perfect isolation and separation between the primary and secondary circuits, the TS transformers have a thermal protection device integrated into the secondary that makes them resistant to short circuit currents (non-inherently short-circuit proof). 

In addition, the TS8/SW series is equipped with a switch for controlling loads connected to the secondary. 

|Maximum<br>rated<br>power<br>(discontin.)<br>VA<br>8<br>®|Maximum<br>rated<br>power<br>(discontin.)<br>VA<br>8<br>®|Secondary<br>voltage<br>rating<br>V a.c.<br>8|Switch<br>0-1|Switch**Order**<br>**details**<br>**Type code**<br>**TS8/8**|Order code<br>2CSM081301R0811|**Bbn**<br>**8012542**1 piece<br>**EAN**<br>2CSM081301R0811**368007**|Price<br>1 piece|Price<br>group|Weight<br>1 piece unit<br>kg<br>0.355|Pack<br>1 piece unit<br>pc.<br>6|
|---|---|---|---|---|---|---|---|---|---|---|
|8||12||**TS8/12**|2CSM081401R0811|2CSM081401R0811**368106**|||0.355|6|
|8||24||**TS8/24**|2CSM081501R0811|2CSM081501R0811**368205**|||0.355|6|
|8||8|■|**TS8/8 SW**|2CSM081302R0811|2CSM081302R0811**368304**|||0.277|6|
|8||12|■|**TS8/12 SW**|2CSM081402R0811|2CSM081402R0811**368403**|||0.277|6|
|8<br>8<br>16<br>16<br>16<br>16||4-6-8<br>4-8-12<br>8<br>12<br>24<br>4-6-8|■<br>■|**TS8/4-6-8 SW**<br>**TS8/4-8-12 SW**<br>**TS16/8**<br>**TS16/12**<br>**TS16/24**<br>**TS16/4-6-8**|2CSM081012R0811<br>2CSM081022R0811<br>2CSM161301R0811<br>2CSM161401R0811<br>2CSM161501R0811<br>2CSM161011R0811|2CSM081012R0811**368601**<br>2CSM081022R0811**368700**<br>2CSM161301R0811**368809**<br>2CSM161401R0811**368908**<br>2CSM161501R0811**369004**<br>2CSM161011R0811**369103**|||0.280<br>0.280<br>0.355<br>0.355<br>0.330<br>0.333|6<br>6<br>6<br>6<br>6<br>6|
|16||4-8-12||**TS16/4-8-12**|2CSM161021R0811|2CSM161021R0811**369202**|||0.333|6|
|24||4-8-12||**TS24/4-8-12**|2CSM241021R0811|2CSM241021R0811**369301**|||0.465|4|
|24||8-12-24||**TS24/8-12-24**|2CSM241031R0811|2CSM241031R0811**369400**|||0.465|4|
|See diagrams below for the RMS power on each secondary output<br>®|||See diagrams below for the RMS power on each secondary output|See diagrams below for the RMS power on each secondary output|See diagrams below for the RMS power on each secondary output||||||



## **Technical characteristics** 

|**Rated voltage Un primary**|[V]|230 a.c.|
|---|---|---|
|**Rated voltage Un secondary**|[V]|4, 8, 12, 24|
|**Rated frequency**|[Hz]|50/60|
|**Rated power (discontinuous)**<br>**Power loss**|[VA]<br>[W]|10, 15, 30, 40<br>1…4|
|**Modules**|[No.]|2 (TS8,TS16), 3(TS24)|
|**Cable section (Ø min/max)**|[mm2]|1.5 / 10|
|**Tightening torque**|[Nm]|1|
|**Protection degree**||IP 20|
|**Reference standards**||IEC/EN 61558-2-8|
|**Approvals**||VDE, GOST|



TS8/8 TS8/12 TS8/24 TS8/8 SW TS8/12 SW TS8/4-6-8 SW TS8/4-8-12 SW 8 V~ 8 VA ~~8~~ & 5 ~ 8 V 8 VA 8 a 5 ~ 12 V 8 VA 8 a 5 ~ 24 V 8 VA 8 Q 5 8 V~ 8 VA 8 & 5 12 V~ 8 VA 8 O 5 6 V~4 V~ ~~mo~~ 4 VA6 VA 6 7 6 5 5,3 VA8 V~12 V~7 oy 8 VA2,7 VA4 V~ 8 ~~a~~ 1 ~ 50 Hz 230 V 4 1 ~~ue~~ ~ 50 Hz 230 V 4 1 ~~ce~~ ~ 50 Hz 230 V 4 ~~jus~~ 1 ~ 50 Hz 230 V 4 ~~c=~~ 1 ~ 50 Hz 230 V 4 ~~LA ee~~ 1 ~ 50 Hz 230 V 4 4 ~ 50 Hz 230 V 4 7, Qa t   40a °C/B ay t   40a ~~8~~ °C/B ~~SO~~ Q t   40a °C/B @e® ~~se~~ t   40a °C/B @e® ~~ee~~ t   40a °C/B @ ~~ee~~ A t   40a °C/B @ ~~oe~~[4] t   40a °C/B TS16/8 TS16/12 TS16/24 TS16/4-6-8 TS16/4-8-12 TS24/4-8-12 TS24/8-12-24 6 6 a a & 6 8 V~16 VA ~~8~~ 12 V~16 VA ~~8~~ 12 V~ 24 VA ~~1~~ 1 24 V~ 24 V ~~A 1~~ 1 5 8 V~ 16 VA 8 5 12 V~16 VA 8 5 24 V~16 VA 8 5 6 V~4 V~12 VA8 VA 6 7 5 8 V~4 V~10,6 VA5,3 VA 6 7 8 8 V~4 V~ 16 VA8 VA 9 10 8 12 V~8 V~ 12 VA8 VA 910 ~~ae cee om 68) FB Fy FB~~ 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 1 ~ 50 Hz 230 V 4 2 ~ 50 Hz 230 V 5 2 ~ 50 Hz 230 V 5 Q t   40a °C/B Qa t   40a °C/B a t   40a °C/B Qa t   40a °C/B Q t   40a °C/B Q t   40a °C/B Qa t   40a °C/B 

**Overall dimensions ......................  pag. 13/59** ~~a~~ 

ABB 

**9** /6 

**System Other modular functions pro** _**M**_ **compact[®]** Control, isolating and safety transformers 

**TM-C TM-S TM-I** 

**9** 

**Selection table of products and secondary protections Primary protection: see page 11/165** 

|**Secondary**<br>**12 V**|**24 V**<br>6lUl6lT|**115 V**<br>6lUl6lT|**230 V**<br>6lUl6lT|**12 V**<br>==|**24 V**<br>==|**24 V**<br>==|**48 V**<br>==|**115 V**<br>||
|---|---|---|---|---|---|---|---|---|
|**2CSM207113R0801**<br>6lUl6lT||**2CSM207213R0801**<br>6lUl6lT||**2CSM236893R0801**<br> ==||**2CSM204653R0801**<br>==|||
|4 A<br>$l|2 A<br>$l<br>||0.4 A<br>|<br>wt|0.2 A<br>wt<br>=;_-;----EEEEyE|4 A<br>=;_-;----EEEEyE|2 A<br>=;_-;----EEEEyE|2 A<br>=;_-;----EEEEyE|1 A<br>=;_-;----EEEEyE<br>SST|0.4 A<br>=;_-;----EEEEyE<br>SST<br>€=6llhClU|
|**2CSM207103R0801**<br>$l<br>|||**2CSM236933R0801**<br>|<br>wt<br>=;_-;----EEEEyE||**2CSM207163R0801**<br>=;_-;----EEEEyE||**2CSM204643R0801**<br>=;_-;----EEEEyE<br>SST|||
|8 A|4 A|0.8 A|0.4 A|8 A|4 A|4 A|2 A|0.8 A|
|S202 C8|S202 C4|S202 C1|S202 C0,5|S202 C8|S202 C4|S202 C4|S202 C2|S202 C1|
|**2CSM236853R0801**||**2CSM207203R0801**||**2CSM202073R0801**||**2CSM204633R0801**|||
|12 A|6.3 A|1.25 A|0.63 A|12 A|6,3 A|6.3 A|3.15 A|1.25 A|
|S202 C13|S202 C8|S202 C1.6|S202 C-|S202 C13|S202 C8|S202 C8|S202 C4|S202 C1.6|
|**2CSM236823R0801**||**2CSM236883R0801**||**2CSM260043R0801**|||||
|16 A|8 A|1.6 A|0.8 A|16 A|8 A|||1.6 A|
|S202 C16|S202 C8|S202 C2|S202 C1|S202 C16|S202 C8|||S202 C2|
|**2CSM207093R0801**||**2CSM236923R0801**||**2CSM260063R0801**||**2CSM204673R0801**|||
|20 A|10 A|2 A|1 A|20 A|10 A|10 A|5 A|2 A|
|S202 C20|S202 C10|S202 C2|S202 C1|S202 C20|S202 C10|S202 C10|S202 C6|S202 C2|
|**2CSM236843R0801**||**2CSM236923R0801**||**2CSM260063R0801**||**2CSM204673R0801**|||
|25 A|12 A|2.5 A|1.25 A|25 A|12 A|12 A|6.3 A|2.5 A|
|S202 C25|S202 C13|S202 C3|S202 C1,6|S202 C25|S202 C13|S202 C13|S202 C8|S202 C3|
|**2CSM289703R0801**||**2CSM207193R0801**||**2CSM260103R0801**||**2CSM204613R0801**|||
|32 A|16 A|3.15 A|1.6 A|32 A|16 A|16 A|8 A|3.15 A|
|S202 C32|S202 C16|S202 C4|S202 C2|S202 C32|S202 C16|S202 C16|S202 C8|S202 C4|
|**2CSM236813R0801**||**2CSM207183R0801**||**2CSM260053R0801**||**2CSM204603R0801**|||
|50 A|25 A|5 A|2.5 A|50 A|25 A|25 A|12 A|5 A|
|S202 C50|S202 C25|S202 C6|S202 C3|S202 C50|S202 C25|S202 C25|S202 C13|S202 C6|
|**2CSM292873R0801**||**2CSM236913R0801**||**2CSM260093R0801**|||||
|80 A|40 A|8 A|4 A|80 A|40 A|||8 A|
|S292 C80|S202 C40|S202 C8|S202 C4|S292 C80|S202 C40|||S202 C8|
|**2CSM292863R0801**||**2CSM201813R0801**||**2CSM260083R0801**|||||
|125 A|63 A|16 A|8 A|125 A|63 A|||16 A|
|S292 C125|S202 C63|S202 C16|S202 C8|S292 C125|S202 C63|||S202 C16|
|**2CSM292853R0801**||**2CSM236903R0801**||**2CSM260073R0801**|||||
|160 A|80 A|16 A|8 A|160 A|80 A|||16 A|
|-|S292 C80|S202 C20|S202 C10|-|S292 C80|||S202 C20|
|**2CSM236943R0801**||**2CSM207173R0801**||**2CSM204663R0801**|||||
|200 A|100 A|20 A|10 A|200 A|100 A|||20 A|
|-|S292 C100|S202 C25|S202 C13|-|S292 C100|||S202 C25|



_ FUSES 

- Gauge ≤ 6.3 A use aM fuses with high breaking capacity and IEC60127-compliant 

- Gauge > 6.3 A use gG fuses IEC60269-2 or IEC60269-3-compliant 

- @ TM-S 50/24-48 P complies with IEC EN 61558-2-4 on the secondary circuit at 48 V and with IEC EN 61558-2-6 on the secondary circuit at 24 V 

ABB 

**9** /7 

**System pro** _**M**_ **compact[®]** 

**Other modular functions TM-C** Control, isolating and safety **TM-S** transformers **TM-I** 

**9** , 

**==> picture [6 x 316] intentionally omitted <==**

**==> picture [366 x 321] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Rated|Secondary|Order|Bbn|Price|Price|Weight|Pack|
|power|voltages|details|8012542|1 piece|group|1 piece|unit|
|VA|V a.c.|Type code|Order code|EAN|kg|pc.|
|TM-C single phase control transformers, primary 230-400 V|
|50|12-24|TM-C 50/12-24|2CSM207113R0801|071136|1.1|1|
|100|12-24|TM-C 100/12-24|2CSM207103R0801|071037|2|1|
|160|12-24|TM-C 160/12-24|2CSM236853R0801|368533|3|1|
|200|12-24|TM-C 200/12-24|2CSM236823R0801|368236|3.2|1|
|250|12-24|TM-C 250/12-24|2CSM207093R0801|070931|3.6|1|
|320|12-24|TM-C 320/12-24|2CSM236843R0801|368434|4.4|1|
|400|12-24|TM-C 400/12-24|2CSM289703R0801|897033|5.5|1|
|630|12-24|TM-C 630/12-24|2CSM236813R0801|368137|7.8|1|
|1000|12-24|TM-C 1000/12-24|2CSM292873R0801|928737|13.2|1|
|1600|12-24|TM-C 1600/12-24|2CSM292863R0801|928638|21.2|1|
|2000|12-24|TM-C 2000/12-24|2CSM292853R0801|928539|25.5|1|
|2500|12-24|TM-C 2500/12-24|2CSM236943R0801|369431|26.8|1|
|50|115-230|TM-C 50/115-230|2CSM207213R0801|072133|1.1|1|
|100|115-230|TM-C 100/115-230|2CSM236933R0801|369332|2|1|
|160|115-230|TM-C 160/115-230|2CSM207203R0801|072034|3|1|
|200|115-230|TM-C 200/115-230|2CSM236883R0801|368830|3.2|1|
|250|115-230|TM-C 250/115-230|2CSM207153R0801|071532|3.6|1|
|320|115-230|TM-C 320/115-230|2CSM236923R0801|369233|4.4|1|
|400|115-230|TM-C 400/115-230|2CSM207193R0801|071938|5.5|1|
|630|115-230|TM-C 630/115-230|2CSM207183R0801|071839|7.8|1|
|1000|115-230|TM-C 1000/115-230|2CSM236913R0801|369134|13.2|1|
|1600|115-230|TM-C 1600/115-230|2CSM201813R0801|018131|21.2|1|
|2000|115-230|TM-C 2000/115-230|2CSM236903R0801|369035|25.5|1|
|2500|115-230|TM-C 2500/115-230|2CSM207173R0801|071730|26.8|1|

**----- End of picture text -----**<br>


**==> picture [381 x 189] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Technical characteristics|
|ee|
|TM-C|TM-S|TM-I|
|Rated primary voltage Un|[V]|230/400 a.c.|230/400 a.c.|230/400 a.c.|
|Primary voltage adjustment|
|outlets ±15 V|No|Yes|Yes|
|Max ambient temperature|©)|[°C]|40|40|40|
|2|Rated secondary voltage Un|[V]|12-24, 115-230 a.c. 12-24, 24-48 a.c.|115-230 a.c.|
|Rated frequency|[Hz]|50/60|50/60|50/60|
|Isolation voltage between|
|primary and secondary|[kV]|3.5|4.8|4.8|
|Rated powers|[VA]|50-2500|50-2500|50-2500|
|Primary cable section (Ø max)|[mm|[2]|]|6|6|6|
|>|Operating temperature|[°C]|©?|©?|
|Approvals|ENEC (Up to 1000 VA),|ENEC (Up to 1000 VA),|ENEC (Up to 1000 VA),|
|UR, CSA|UR, CSA|UR, CSA|
|Standards|CEI EN 61558-2-2|CEI EN 61558-2-2|CEI EN 61558-2-2|
|CEI EN 61558-2-6|CEI EN 61558-2-4|

**----- End of picture text -----**<br>


See technical details 

@ TM-S 50/24-48 P complies to CEI EN 61558-2-4 on the 48 V secondary and to CEI EN 61558-2-6 on the 24 V secondary @ Maximum temperature without any power draw. See technical details for power draw according to temperature. 

**Technical details ........................  pag. 11/171** 

**Overall dimensions ......................  pag. 13/61** 

ABB 

**9** /8 

**TM-C TM-S TM-I** 

**9** 

## **System Other modular functions pro** _**M**_ **compact[®]** Control, isolating and safety transformers 

|Rated|Secondary|**Order**|**Bbn**|Price|Price|Weight|Pack|
|---|---|---|---|---|---|---|---|
|power|voltages|**details**|**8012542**|1 piece|group|1 piece|unit|
|VA<br>V a.c.<br>**Type code**<br>Order code<br>**EAN**<br>TM-S single phase control and safety transformers, primary 230-400 V ±15<br>50<br>12-24<br>**TM-S 50/12-24 P**<br>2CSM236893R0801**368939**<br>100<br>12-24<br>**TM-S 100/12-24 P**<br>2CSM207163R0801**071631**||||||kg<br>1.1<br>2|pc.<br>1<br>1|
|160|12-24|**TM-S 160/12-24 P**|2CSM202073R0801**020738**|||3|1|
|200|12-24|**TM-S 200/12-24 P**|2CSM260043R0801**600435**|||3.2|1|
|250<br>320<br>400<br>630<br>1000<br>1600|12-24<br>12-24<br>12-24<br>12-24<br>12-24<br>12-24|**TM-S 250/12-24 P**<br>**TM-S 320/12-24 P**<br>**TM-S 400/12-24 P**<br>**TM-S 630/12-24 P**<br>**TM-S 1000/12-24 P**<br>**TM-S 1600/12-24 P**|2CSM260113R0801**601135**<br>2CSM260063R0801**600633**<br>2CSM260103R0801**601036**<br>2CSM260053R0801**600534**<br>2CSM260093R0801**600930**<br>2CSM260083R0801**600831**|||3.6<br>4.4<br>5.5<br>7.8<br>13.2<br>21.2|1<br>1<br>1<br>1<br>1<br>1|
|2000|12-24|**TM-S 2000/12-24 P**|2CSM260073R0801**600732**|||25.5|1|
|2500|12-24|**TM-S 2500/12-24 P**|2CSM204663R0801**046639**|||26.8|1|
|||||||||
|50<br>100<br>160<br>250<br>320|24-48<br>24-48<br>24-48<br>24-48<br>24-48|**TM-S 50/24-48 P**<br>**TM-S 100/24-48 P**<br>**TM-S 160/24-48 P**<br>**TM-S 250/24-48 P**<br>**TM-S 320/24-48 P**|2CSM204653R0801**046530**<br>2CSM204643R0801**046431**<br>2CSM204633R0801**046332**<br>2CSM204683R0801**046837**<br>2CSM204673R0801**046738**|||1.1<br>2<br>3<br>3.2<br>3.6|1<br>1<br>1<br>1<br>1|
|400|24-48|**TM-S 400/24-48 P**|2CSM204613R0801**046134**|||4.4|1|
|630|24-48|**TM-S 630/24-48 P**|2CSM204603R0801**046035**|||5.5|1|
|TM-I single phase control and isolating transformers, primary 230-400 V ±15<br>50<br>115-230<br>**TM-I 50/115-230 P**<br>2CSM204583R0801**045830**<br>100<br>115-230<br>**TM-I 100/115-230 P**<br>2CSM201123R0801**011231**<br>160<br>115-230<br>**TM-I 160/115-230 P**<br>2CSM204533R0801**045335**<br>200<br>115-230<br>**TM-I 200/115-230 P**<br>2CSM204513R0801**045137**<br>250<br>115-230<br>**TM-I 250/115-230 P**<br>2CSM204503R0801**045038**||||||1.1<br>2<br>3<br>3.2<br>3.6|1<br>1<br>1<br>1<br>1|
|320|115-230|**TM-I 320/115-230 P**|2CSM204493R0801**044932**|||4.4|1|
|400|115-230|**TM-I 400/115-230 P**|2CSM201073R0801**010739**|||5.5|1|
|630|115-230|**TM-I 630/115-230 P**|2CSM204423R0801**044239**|||7.8|1|
|1000|115-230|**TM-I 1000/115-230 P**|2CSM204413R0801**044130**|||13.2|1|
|1600|115-230|**TM-I 1600/115-230 P**|2CSM204403R0801**044031**|||21.2|1|
|2000<br>2500|115-230<br>115-230|**TM-I 2000/115-230 P**<br>**TM-I 2500/115-230 P**|2CSM204383R0801**043836**<br>2CSM204363R0801**043638**|||25.5<br>26.8|1<br>1|
|Accessories||||||||
|||**Order**|**Bbn**|Price|Price|Weight|Pack|
|||**details**|**8012542**|1 piece|group|1 piece|unit|
|||**Type code**|Order code<br>**EAN**|||kg|pc.|
|Mounting bracket for|Mounting bracket for|||||||
|DIN rail(upto 160 VA)||**TM-C-DIN**|2CSM201033R0801**010333**|||0.10|10|



**==> picture [189 x 562] intentionally omitted <==**

**----- Start of picture text -----**<br>
 VA  V a.c.<br>50  12-24<br>100  12-24<br>160  12-24<br>200  12-24<br>250  12-24<br>320  12-24<br>400  12-24<br>630  12-24<br>1000  12-24<br>1600  12-24<br>2000  12-24<br>2500  12-24<br>50  24-48<br>100  24-48<br>160  24-48<br>250  24-48<br>320  24-48<br>400  24-48<br>630  24-48<br>50  115-230<br>100  115-230<br>160  115-230<br>200  115-230<br>250  115-230<br>320  115-230<br>400  115-230<br>630  115-230<br>1000  115-230<br>1600  115-230<br>2000  115-230<br>2500  115-230<br>Accessories<br>_<br>Mounting bracket for<br>DIN rail (up to 160 VA)<br>TM-C<br>Label on product:<br>12-24 V output<br>24 V˜ VA 12 V˜ VA<br>8 6 4 2 8 6 4 2<br>=o 0 230 400 0 230 400<br>Sid? || eee<br>2CSC400201F0202<br>2CSC400202F0202<br>2CSC400203F0202<br>2CSC400204F0202<br>2CSC400166F0902<br>**----- End of picture text -----**<br>


**==> picture [350 x 142] intentionally omitted <==**

**----- Start of picture text -----**<br>
TM-C TM-S, TM-I<br>Label on product: 8 6 4 2 Label on product: 8 6 4 2<br>12-24 V output 12-24 V output TM-S<br>24 V˜ VA 12 V˜ VA 24 V˜ VA 12 V˜ VA<br>8 6 4 2 8 6 4 2 8 6 4 2 8 6 4 2<br>0 230 400 0 230 400 VV +15 0 -15 230 400 +15 0 -15 230 400 ANN<br>eee 24-48 V output TM-S ae<br>115-230 V output 48 V˜ VA 24 V˜ VA<br>230 V˜ VA 115 V˜ VA 8 6 4 2 8 6 4 2<br>8 6 4 2 8 6 4 2<br>+15 0 -15 230 400 +15 0 -15 230 400<br>0 230 400 0 230 400<br>L a p e 2304000 115-230 V output TM-I eh 230  V˜ VA 115 V˜ VA +15-150<br>8 6 4 2 8 6 4 2<br>230<br>9a 400<br>5655656556 +15 0 -15 230 400 +15 0 -15 230 400<br>**----- End of picture text -----**<br>


**Technical details ........................  pag. 11/171 Overall dimensions ......................  pag. 13/61** L ~~T~~ 

ABB 

**9** /9 

**System Selection tables pro** _**M**_ **compact[®] Other functions** Bells and buzzers 

**SM, RM, TSM, TSR** 

## **Bells and buzzers** 

**9** 

The range of bells and buzzers includes modular versions for discontinuous use SM1, RM1, TSM and TSR, suitable for acoustic signalling in residential and commercial sectors, and versions for continuous use SM2 and RM2, which are able to operate continuously for up to 12 hours while maintaining the quality and level of the sound. RM2 and SM2 are dedicated to specific applications such as acoustic signalling in the industry, alarms notification, supervision  and intensive use (schools, factories etc...). TSM and TSR versions also include a transformer: the input is 230V a.c. and the bell is supplied in 12 or 24 V. 

**==> picture [408 x 292] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|and TSR, suitable for acoustic signalling in residential and commercial sectors, and versions for|
|continuous use SM2 and RM2, which are able to operate continuously for up to 12 hours while|
|maintaining the quality and level of the sound. RM2 and SM2 are dedicated to specific applications|
|such as acoustic signalling in the industry, alarms notification, supervision  and intensive use (schools,|
|factories etc...). TSM and TSR versions also include a transformer: the input is 230V a.c. and the|
|bell is supplied in 12 or 24 V.|
|Rated|Use|Order|Bbn|Price|Price|Weight|Pack|
|voltage|details|8012542|1 piece|group|1 piece unit|
|V AC|Type code|Order code|EAN|kg|pc.|
|SM electro-mechanical modular bells|
|8/12|Discontinuous|SM1-12|2CSM111000R0821|886204|0.076|12|
|230|Discontinuous|SM1-230|2CSM131000R0821|886303|0.076|12|
|12|Continuous|SM2-12|2CSM112000R0821|886600|0.076|12|
|24|Continuous|SM2-24|2CSM122000R0821|886709|0.076|12|
|230|Continuous|SM2-230|2CSM132000R0821|886808|0.076|12|
|RM electro-mechanical modular buzzers|
|Se|
|8/12|Discontinuous|RM1-12|2CSM211000R0821|886419|0.076|12|
|230|Discontinuous|RM1-230|2CSM231000R0821|886518|0.076|12|
|12|Continuous|RM2-12|2CSM212000R0821|886907|0.076|12|
|24|Continuous|RM2-24|2CSM222000R0821|887003|0.076|12|
|230|Continuous|RM2-230|2CSM232000R0821|887102|0.076|12|
|TSM modular electronic bell (two-tones) + transformer included|
|230|Discontinuous|TSM|2CSM100000R0841|007005|0.300|6|

**----- End of picture text -----**<br>


**==> picture [503 x 426] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|12|Continuous|RM2-12|2CSM212000R0821|886907|0.076|12|
|24|Continuous|RM2-24|2CSM222000R0821|887003|0.076|12|
|230|Continuous|RM2-230|2CSM232000R0821|887102|0.076|12|
|TSM modular electronic bell (two-tones) + transformer included|
|230|Discontinuous|TSM|2CSM100000R0841|007005|0.300|6|
|es|
|a|TSR bell + buzzer + transformer included|
|230|Discontinuous|TSR|2CSM100000R0831|369608|0.300|1|
|ee|
|N|
|L|
|TSM|5|6|7|8|TSR|5|6|7|8|
|SM|
|RM|
|=|24V|24V|
|Fie|1|2|3|4|1|2|3|4|
|N|N|
|230V|230V|
|||L|oo)|L|poy|
|Technical characteristics|
|SM1-12, RM1-12|SM1-230, RM1-230|SM2-12, RM2-12|SM2-24, RM2-24|SM2-230, RM2-230|TSM, TSR|
|Rated Voltage Un|[V c.a.]|8-12|230|12|24|230|230|
|Rated frequency|[Hz]|50|50|50|50|50|50|
|Power consumption|[VA]|2,5-6,5|4,5|4,5|4,5|4,5|5,5|
|Sound level at 1 meter|SM: [dB]|82|82|82|82|82|80|
|RM: [dB]|80|80|80|80|80|70|
|Max permanent|TSM: 1 min|
|working time|15 min|15 min|12 h|12 h|12 h|TSR: 5 min|
|Max cable cross-section|[mm|[2]|]|10|10|10|10|10|10|
|Mounting position|vertical only|
|Protection degree|IP20-IP40, switchboard mounting|
|Modules|[No.]|1|1|1|1|1|2|
|Continuative work for more than 12 hours could affect the sound level|

**----- End of picture text -----**<br>


**Overall dimensions ......................  pag. 13/59** 

ABB 

**9** /10 

**System Selection tables pro** _**M**_ **compact[®] Other functions** Primary switch mode power supplies 

**CP-D** 

**9** 

## **Primary switch mode power supplies** 

**==> picture [57 x 642] intentionally omitted <==**

**----- Start of picture text -----**<br>
CP-D 12/0.83,<br>CP-D 24/0.42<br>CP-D 12/2.1<br>CP-D 24/1.3<br>CP-D 24/2.5<br>CP-D 24/4.2<br>2CDC271024Fb07<br>2CDC271025Fb07<br>2CDC271028Fb07<br>2CDC271029Fb07<br>**----- End of picture text -----**<br>


|**Type**<br>**CP-D 12/0.83**<br>**CP-D 12/2.1**|**CP-D 12/0.83**<br>**CP-D 12/2.1**|Rated input<br>voltage<br>100-240 V AC<br>100-240 V AC|Rated output<br>voltage /<br>current<br>12 V DC / 0.83 A<br>12 V DC / 2.1 A|Pack.<br>**Order code**<br>pieces<br>12 V DC / 0.83 A<br>**1SVR 427 041 R1000**<br>**1SVR 427 043 R1200**|Pack.<br>unit<br>pieces<br>1<br>1|Price<br>1 piece|Weight<br>1 piece<br>kg/lb<br>0.06/0.13<br>0.19/0.41|
|---|---|---|---|---|---|---|---|
|**CP-D 24/0.42**|**CP-D 24/0.42**|100-240 V AC|24 V DC / 0.42 A|24 V DC / 0.42 A<br>**1SVR 427 041 R0000**|1||0.06/0.13|
|**CP-D 24/1.3**|**CP-D 24/1.3**|100-240 V AC|24 V DC / 1.3 A|**1SVR 427 043 R0100**|1||0.19/0.41|
|**CP-D 24/2.5**|**CP-D 24/2.5**|100-240 V AC|24 V DC / 2.5 A|**1SVR 427 044 R0200**|1||0.25/0.55|
|**CP-D 24/4.2**|**CP-D 24/4.2**|100-240 V AC|24 V DC / 4.2 A|**1SVR 427 045 R0400**|1||0.32/0.71|



- Output voltages 12 V, 24 V 

- Adjustable output voltages (devices > 10 W) 

- Output currents 0.42 A / 0.83 A / 1.3 A / 2.1 A / 2.5 A / 4.2 A 

- Power range 10 W, 30 W, 60 W, 100 W 

- Wide range input 100-240 V AC (90-264 V AC, 120-370 V DC) 

- High efficiency of up to 89 % 

- Low power dissipation and low heating 

- Free convection cooling (no forced cooling with ventilators) 

- Ambient temperature range during operation -10...+70 °C 

- Open-circuit, overload and short-circuit stable 

- Integrated input fuse 

- U/I characteristic (fold-forward behaviour at overload –  no switch-off) 

- LEDs for status indication 

- Light-grey enclosure in RAL 7035 

**Overall dimensions ......................  pag. 13/60** PO 

ABB 

**9** /11 

## **System Selection tables M1170, M1173, M1174, pro** _**M**_ **compact[®] Other functions M1175, M1176,** Modular sockets selection table **M1363, M2071** 

## **Series selection** 

For further information about sockets selection by country please see page 11/176 

**==> picture [504 x 280] intentionally omitted <==**

**----- Start of picture text -----**<br>
M1175 M1173 M1170 M1174 M1363 M1176 M2071<br>EU 10A ■ ■ ■ ■<br>a(t:<br>Schuko 10 A / 16 A ■ ■ ■<br>a<br>Italian 10 A ■ ■<br>Italian 16 A ■<br>Pluggable but Pluggable but Pluggable but<br>French 10 A / 16 A ■<br>not earthed not earthed not earthed<br>British 13 A ■<br>eo<br>Australian 10 A / 15 A ■<br>Argentine 10 A ■<br>**----- End of picture text -----**<br>


## **Model selection** 

**RAL 7035 RAL 6029 RAL 3000 RAL 7012** OEE **German Schuko Strandard** ai fo **9 M1175 2CSM210000R0721 2CSM220000R0721 2CSM230000R0721 2CSM240000R0721** ~~a~~ **M1175-L 2CSM212000R0721 2CSM222000R0721 2CSM232000R0721 2CSM242000R0721 Indicator light M1175-FL 2CSM214000R0721 2CSM224000R0721 2CSM234000R0721 2CSM244000R0721 Indicator light Fuse 6.3 A aM M1175-C** ~~_~~ **2CSM211000R0721 2CSM221000R0721**[Pf] **2CSM231000R0721 2CSM241000R0721 Cover IP30 Italian P30 standard** th any **M1173 2CSM110000R0701 2CSM120000R0701 2CSM130000R0701 2CSM140000R0701 M1173-L 2CSM112000R0701 2CSM122000R0701 2CSM132000R0701 2CSM142000R0701 Indicator light** 

ABB 

**9** /12 

**9** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** Modular sockets selection table 

# **M1170, M1173, M1174, M1175, M1363, M1176, M2071** 

**==> picture [457 x 65] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|RAL 7035|RAL 6029|RAL 3000|RAL 7012|
|fb|
|M1170|2CSM210000R0701|2CSM220000R0701|2CSM230000R0701|2CSM240000R0701|

**----- End of picture text -----**<br>


## **Italian dual standard** 

## **French Standard** 

**M1174 2CSM110000R0711** 

**British Standard** Available in the second half of 2011 

**==> picture [209 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||
|---|---|
|M1363|2CSM259343R0721|
|wwe|
|M1363-L|2CSM258163R0721|
|Indicator light|

**----- End of picture text -----**<br>


**Australian Standard** Available in the second half of 2011 

**==> picture [209 x 51] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|M1176-L10|10 A|2CSM256983R0721|
|Indicator light|
|Fac|
|M1176-L15|15 A|2CSM259473R0721|
|Indicator light|

**----- End of picture text -----**<br>


**Argentine Standard** Available in the second half of 2011 

**==> picture [209 x 18] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|M2071-L10|10 A|2CSM257783R0721|
|Indicator light|

**----- End of picture text -----**<br>


ABB 

**9** /13 

**M1175** 

**9** , 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** Modular sockets 

## **Modular sockets** 

Modular sockets allow the connection of devices, tools or electrical and electronic non modular equipments in civil and industrial electrical switchboards. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400759F0001<br>**----- End of picture text -----**<br>


The range is composed by standard versions as well as upgraded versions with additional features as light indicator, protection fuse, cover and coloration. 

In addition to the grey-coloured (RAL 7035) version there are three other colours which are useful to indicate specific socket uses: 

- green (RAL 6029), for example to indicate a dedicated upstream protection device; 

- red (RAL 3000), for example to indicate an UPS group that allows the socket to be used if the main power supply fails; 

- black (RAL 7012), to match with industrial and automation devices. 

|Color|**Description**<br>**Type**|Order code|**Bbn**<br>**8012542**<br>**EAN**|Weight<br>1 piece<br>kg|Pack unit|
|---|---|---|---|---|---|



## German Shuko standard modular sockets 

The M1175 series (VDE certified) takes Schuko standard plugs up to 16 A. Also available with cover, M1175-C. 

grey **M1175** 2CSM210000R0721 **027850** 0,120 4 green **M1175-G** 2CSM220000R0721 **027959** 0,120 4 MO |_| red **M1175-R** 2CSM230000R0721 OO **028055** 0,120 4 |__| black **M1175-B** 2CSM240000R0721 **028154** 0,120 4 grey with cover **M1175-C** 2CSM211000R0721 **029052** 0,140 4 OO green with cover **M1175-C-G** 2CSM221000R0721 **029151** 0,140 4 || red with cover **M1175-C-R** 2CSM231000R0721 ee **029250** 0,140 4 |_| black with cover **M1175-C-B** 2CSM241000R0721 ee **029359** 0,140 4 

German Shuko standard modular sockets with integrated indicator light and fuse 

|grey with light<br>**M1175-L**<br>2CSM212000R0721<br>**028253**<br>0,140<br>4<br>green with light<br>**M1175-L-G**<br>2CSM222000R0721<br>**028352**<br>0,140<br>4<br>red with light<br>**M1175-L-R**<br>2CSM232000R0721<br>**028451**<br>0,140<br>4<br>black with light<br>**M1175-L-B**<br>2CSM242000R0721<br>**028550**<br>0,140<br>4<br>grey with light and fuse<br>**M1175-FL**<br>2CSM214000R0721<br>**028659**<br>0,160<br>4<br>green with light and fuse**M1175-FL-G**<br>2CSM224000R0721<br>**028758**<br>0,160<br>4<br>red with light and fuse<br>**M1175-FL-R**<br>2CSM234000R0721<br>**028857**<br>0,160<br>4<br>black with light and fuse<br>**M1175-FL-B**<br>2CSM244000R0721<br>**028956**<br>0,160<br>4<br>~~mm~~<br>|_|<br>OO<br>|__|Mm”<br>—————<br>|_||
|---|



Fuse detail 

Indicator light detail 

**Technical details ........................  pag. 11/176 Overall dimensions ......................  pag. 13/62 Application sheets .................. pag. 12/28-29** | 

ABB 

**9** /14 

## **System Selection tables M1170, M1173, pro** _**M**_ **compact[®] Other functions M1174, M1176,** Modular sockets **M1363, M2071** 

## Italian P30 standard modular sockets 

**==> picture [6 x 160] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400759F0001<br>2CSC400759F0001<br>**----- End of picture text -----**<br>


The M1173 series (IMQ certified) takes Italian standard 10 A plugs and Schuko plugs up to 16 A 

|grey<br>green<br>red|grey<br>green<br>red|**M1173**<br>**M1173-G**<br>**M1173-R**|2CSM110000R0701<br>2CSM120000R0701<br>2CSM130000R0701|**004103**<br>**026754**<br>**026853**|0,120<br>0,120<br>0,120|4<br>4<br>4|
|---|---|---|---|---|---|---|
|black|black|**M1173-B**|2CSM140000R0701|**026952**|0,120|4|



Italian P30 standard modular sockets with integrated indicator light 

|grey  with light<br>green  with light<br>red with light<br>black with light|**M1173-L**<br>**M1173-L-G**<br>**M1173-L-R**<br>**M1173-L-B**|2CSM112000R0701<br>2CSM122000R0701<br>2CSM132000R0701<br>2CSM142000R0701|**027058**<br>**027157**<br>**027256**<br>**027355**|0,140<br>0,140<br>0,140<br>0,140|4<br>4<br>4<br>4|
|---|---|---|---|---|---|



## Italian dual standard modular sockets 

The M1170 series takes Italian standard P11/P17 plugs and Schuko plugs up to 16 A 

|grey|**M1170**|2CSM210000R0701|**027454**|0,120|4|
|---|---|---|---|---|---|
|green|**M1170-G**|2CSM220000R0701|**027553**|0,120|4|
|red<br>black|**M1170-R**<br>**M1170-B**|2CSM230000R0701<br>2CSM240000R0701|**027652**<br>**027751**|0,120<br>0,120|4<br>4|



## French standard modular sockets 

The M1174 series (LCIE and CEBEC certified) takes French standard plugs up to 16 A 

grey **M1174** 2CSM110000R0711 **006602** 0,140 4 British standard modular sockets. Available in the second half of 2011. The M1163 series takes British standard BS1363 plugs up to 13 A grey **M1363** 2CSM259343R0721 **593430** 0,140 4 **9** grey with light **M1363-L** 2CSM258163R0721 **581635** 0,140 4 ~~se~~ Australian/New Zealand standard modular sockets. Available in the second half of 2011. The M1176 series takes Australian/New Zealand standard AS/NZS 3112 plugs up to 10 A and 15 A grey with light 10A **M1176-L10** 2CSM256983R0721 **569831** 0,110 4 grey with light 15A **M1176-L15** 2CSM259473R0721 **594734** 0,110 4 Argentine standard modular sockets. Available in the second half of 2011. The M2071 series takes Argentine standard IRAM 2071 plugs up to 10 A grey with light 10A **M2071-L10** 2CSM257783R0721 **577836** 0,110 4 

**Technical details ........................  pag. 11/176** 

**Overall dimensions ......................  pag. 13/62** 

**Application sheets .................. pag. 12/28-29** 

ABB 

**9** /15 

**M1170, M1173, M1174, M1175, M1176, M1363, M2071** 

**9** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** Modular sockets 

## **Technical specifications** 

|**Rated voltage Un**|[V]|250 a.c.||||||
|---|---|---|---|---|---|---|---|
|**Rated current In**|[A]|16 (M1170, M1173, M1174, M1175), 13 (M1363),||||||
|||10 (M1176-L10, M2071-L10), 15||(M1176-L15)||||
|**Rated frequency**|[Hz]|50/60||||||
|**Power loss**|[W]|0,6||||||
|**Modules**|[No.]|2.5, 3 for M1363||||||
|**Safety shutters**||yes, on entire range||||||
|**Terminal type**||positive safety||||||
|**Cable section (ø min./max.)**|[mm2]|2.5 / 16||||||
|**Tightening torque**|[Nm]|1.2||||||
|**Temperature**||||||||
|storage|[°C]|-40 … +70||||||
|operating|[°C]|-25 … +35||||||
|**Protection degree**||IP20 / IP30 versions with cover||||||
|||**M1175**<br>**M1173**|**M1170**|**M1174**|**M1363**|**M1176**|**M2071**|
|**Reference standards**||DIN VDE 0620-1 CEI 23-50||NF C 61 303 BS1363||AS NZS 3112|IRAM 2071|
|**Approvals**||VDE, GOST<br>IMQ, GOST|GOST|LCIE,|BSI|RCM|IRAM|
|||||CEBEC,||||
|||||GOST||||



## **Indicator light technical specifications** 

|**Type**||fuorescent torpedo-shaped lamp|
|---|---|---|
|**Function**||Indication of power supply presence (M1363, M1173, M1175)|
|||Indication of plug inserted + power supply presence (M1176, M2071)|
|**Light colour**||green|
|**Power consumption**|[W]|0.25|



**Fuse technical specifications** 

|**Type**||5 x 20 mm up to 6.3 A aM|
|---|---|---|
|**Function**||phase protection|
|**Breaking capacity**|[A]|1500|
|**Reference standard**||IEC EN 60127|



ABB 

**9** /16 

**MA1-8001** 

## **System Selection tables pro** _**M**_ **compact[®] Other functions** MA1-8001 DIN rail adapter 

## **MA1-8001 DIN rail adapter** 

Through an appropriate kit, this product  born with the Modular Range of Pilot devices is the perfect case for alongside Ø 22 mm pilot devices with “System pro M compact” products. 

**==> picture [6 x 193] intentionally omitted <==**

**----- Start of picture text -----**<br>
1SFC151346F0001<br>1SFC151347F0001<br>**----- End of picture text -----**<br>


The Ø 22 mm pilot devices can now find a greater use even within distribution or automation switchboards with modular panels maintaining an high aesthetic level. 

The MA1-8001 offers a lot of advantages: 

- Fast and easy mounting 

- Simple wiring 

- Simple maintenance 

- Less depth of operators 

- Perfect harmony alongside the “System pro M compact” products 

Using MA1-8001 it’s possible to put together “System pro M compact” products with LED pilot light, potentiometer, key selectors , toggle switches, selector switches, push- buttons, mushroom buttons and emergency stop, illuminated or not. 

For detailed description of the industrial devices that can be installed using this kit, see technical catalogue 1SFC151003C0201 

Description **Order Bbn** Price Price Weight Pack **details 7320500** 1 piece group 1 piece unit **Type code** Order code **EAN** kg pc. a) DIN rail adapter KIT (2 modules) **MA1-8001** 1SFA611920R8001 **357880** 0.023 1 a DIN rail adapter (2 modules) > **MA1-8131** 1SFA611920R8131 **357702** 0.020 10 ® Can be used only with Modular range pilot devices units; it cannot be used with the old CBK range or Compact range products. @ KIT includes one Din rail adapter, one empty block and 2 pins 

## Technical notes 

- To assemble the new housing with push-buttons, selector switch and indicator lamps, contact blocks  and lamp blocks for DIN rails must be used. 

- The MCBH-00 holder is not necessary, because the housing hooks directly to contact blocks. 

- To line up with “System pro M compact” products, a maximum of 3 blocks must be used. 

- In the configuration with 3 contacts, it is advisable to use securing pins to make the blocks more solid. 

## Assembly instruction 

After hooking the contact and/ or lamp blocks on the DIN 

rail, inserting the securing pins 

- (if necessary) and wiring the terminals: 

- In making up actuators or indicator lamps that use a single contact, one or two MDB-2 empty blocks must be used. 

**==> picture [6 x 55] intentionally omitted <==**

**----- Start of picture text -----**<br>
1SFC151006M0201<br>**----- End of picture text -----**<br>


**9** 

- 1  Insert the push-button, selector or pilot light where desired 

- 2  tighten the locking nut using the specific tool 

- 3  hook the housing to the empty and/or contact blocks fixed on the DIN rail 

**Overall dimensions ......................  pag. 13/62** 

ABB 

**9** /17 

**10** 

## **Plug-in systems with Smissline and Unifix** 

## **Index** 

## **Selection tables** 

Smissline - Pluggable System ............................................................................................. **10** /2 Unifix - Rapid Wiring System .............................................................................................. **10** /3 

ABB SACE 

**10** /1 

**SMISSLINE** 

**10** 

## **System Selection tables pro** _**M**_ **compact[®]** Plug-in systems with Smissline and Unifix 

## **SMISSLINE – Pluggable System** 

Keeps downtime to a minimum 

**==> picture [6 x 59] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CCC451147F0001<br>**----- End of picture text -----**<br>


SMISSLINE protection devices are simply snapped into a plug-in socket system. The arduous task of power supply and connection is done. In addition to savings in time and money, another advantage of the system is the quick and easy exchangeability of the devices. If the corresponding spare capacity is planned, subsequent expansion consists merely of plugging in and connecting additional devices. 

## **Customer Benefits with SMISSLINE** 

## **Reliability and Availability** 

Fast and easy handling with pluggable devices Plug-in technology provides 24-hour service, 365 days a year 

## **Freedom in concept and design** 

Mix of devices, various power supply options 

Flexible architecture without risk of damage to life and property 

## **Upgradeability** 

Easy integration of new devices Upgrade without changing the existing installation 

For order codes and technical details please check the SMISSLINE catalogue **2CCC451028C0204** or go to ABB Homepage. 

**==> picture [417 x 246] intentionally omitted <==**

**----- Start of picture text -----**<br>
24<br>1 /<br>2<br>= = " Ee. ;<br>1<br>23<br>St eye | es<br>3 Thy" _ o. ee ms = fem =a 3 2221<br>18<br>= | al ‘ a, & » oi 7 sa 19<br>20<br>17<br>=. =f ee 16<br>15<br>5 14<br>8 9 7<br>6<br>12<br>10 11 13<br>a.<br>4 wl<br>2CCC451256F0001<br>**----- End of picture text -----**<br>


- 1 Supply terminal 

- 2 Incoming terminal block with a max. current rating of 160 A 50 mm[2] (2 x 25 mm[2] ) + 2 x 10 mm[2] (LA, LB) 

- 3 Cover for incoming terminal block 4 Supply cable 

- 5 Surge arrester OVR404 

- 6 RCBO FS401 7 Residual-current circuit breaker F404 

- 8 Miniature circuit breaker S401 M 

- 9 Signal contact 

10 Plug contacts 

- 11 DIN adapter 

- 12 Spare way cover 

- 13 Device latch 

- 14 Busbar L3 or DC +, – 

- 15 Busbar L2 or DC +, – 

- 16 Busbar L1 or DC +, – 

17 Busbar N 

18 Sockets, 8-module and 6-module 19 Auxiliary busbar LA 

20 Auxiliary busbar LB 

21 Busbar N, external 

22 Busbar PE, external 

23 Additional socket 

24 Output circuits 

ABB 

**10** /2 

**UNIFIX** 

## **System pro** _**M**_ **compact[®]** 

## **Selection tables** Plug-in systems with Smissline and Unifix 

## **UNIFIX – Rapid Wiring System** 

## Keeps downtime to a minimum 

UNIFIX makes bench pre-cabling possible, with installation in the switchboard only carried out at a later time, without any limit to the types or combination of apparatus you may need to install… and this becomes even easier, thanks to the rigid coupled connectors, standardized for the different types of apparatus. 

Unifix H allows modular and moulded-case circuit-breakers up to 250A to be mounted on an apparatus frame, which can be connected directly to the rear busbar system. This means many fewer conductors circulating inside the switchboard with considerable advantages in terms of space taken up, connections needed to be checked, and cabling times, with consequent cost savings. 

Unifix L means traditional wire cabling on the supply side of the circuit-breakers can be replaced. It is thanks to the characteristics of its connections that cabling can be done rapidly and without any possibility of error, obtaining a more essential switchboard without conductors and cabling ducts around. Flexibility is its strong point: several independent circuits can be realized on the same DIN rail, and circuit-breakers of different types, with different polarity and characteristics can be mounted. 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400220F0202<br>**----- End of picture text -----**<br>


## **Customer Benefits with UNIFIX** 

## **Wiring Time** 

The use of Unifix reduces considerably wiring time. 

## **Use of Standard Devices** 

Unifix can be applied to all standard versions of ABB Sace modular devices, Tmax T1 - T2 - T3 - XT1 - XT3 moulded-case circuit breakers 

## **Flexible** 

Unifix has variable modular capacity, it is possible to place both circuit-breakers with different polarities side by side on the same line and auxiliary elements. 

## **Reduce Space** 

Space taken up by Unifix is extremely low 

For order codes and technical details please check the **Distribution Switchgear Catalogue 1STC008001D0201** , pages 3/15-16, 4/15-16, 5/36-37, or go to ABB Homepage. 

**==> picture [33 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Unifix H<br>**----- End of picture text -----**<br>


**==> picture [58 x 94] intentionally omitted <==**

**----- Start of picture text -----**<br>
Unifix L<br>7<br>2CSC400221F0202<br>**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400220F0202<br>**----- End of picture text -----**<br>


**10** 

ABB 

**10** /3 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## **Index** 

|**MCBs**||
|---|---|
|Tripping characteristics .......................................................................................................**11**/2||
|Limitation of specifc let-through energy I2t .........................................................................**11**/7||
|Peak current Ip ..................................................................................................................**11**/21||
|Coordination tables ...........................................................................................................**11**/28||
|MCBs internal resistance, power loss and max. permissible earth-fault loop impedance ..**11**/65||
|Performances at different ambient temperatures, altitudes and frequencies ...................**11**/68||
|Use of MCBs in direct current circuits ..............................................................................**11**/70||
|Particular supply sources and loads .................................................................................**11**/72||
|Double tampoprinting of S 200 P ......................................................................................**11**/74||
|Wiring diagrams of MCBs .................................................................................................**11**/75||
|**RCDs**||
|Functions and classifcation criteria for RCDs ..................................................................**11**/76||
|Infuence on RCDs of currents with DC components  ......................................................**11**/79||
|Coordination tables .............................................................................................................**11**/80||
|Power loss, derating and performance in altitude ............................................................**11**/84||
|Emergency stop using DDA 200 AE series .......................................................................**11**/85||
|Unwanted tripping - AP-R solution ...................................................................................**11**/86||
|Unwanted tripping - F2C-ARH solution ............................................................................**11**/88||
|Type B RCDs .....................................................................................................................**11**/89||
|Use of 4P RCCBs in 3-phase system without neutral pole...............................................**11**/94||
|Operating voltage of test button .......................................................................................**11**/95||
|Wiring diagrams of RCCBs, RCBOs and RCD-blocks ....................................................**11**/100||
|**Electronic residual current devices**||
|RD2 residual current relays .............................................................................................**11**/103||
|RD3 residual current relays .............................................................................................**11**/104||
|RD front panel residual current relays .............................................................................**11**/110||
|Toroidal transformers .......................................................................................................**11**/117||
|**SPDs**||
|Terminology of SPD electrical characteristics .................................................................**11**/119||
|Common mode and/or differential mode protection .......................................................**11**/120||
|Principle of coordination for Surge Protective Devices ...................................................**11**/121||
|Operating diagrams of Surge Protective Devices ...........................................................**11**/122||
|Installation rules for SPDs: choice of associated||
|Breaking devices (fuse/circuit breaker) ...........................................................................**11**/125||
|Cabling and installation of Surge Protective Devices in an electrical panel ....................**11**/126||
|**MDRCs**||
|**Protection devices**||
|E 90 fuse-holders ............................................................................................................**11**/127<br>E 930 fuse-holders ..........................................................................................................**11**/129|**11**|
|EPD24 electronic protection devices ..............................................................................**11**/130||
|Insulation monitoring devices  .........................................................................................**11**/133||
|QSO switchboard for medical locations..........................................................................**11**/142||
|**Command devices**||
|E 259 installation relays ...................................................................................................**11**/144||
|E 250 latching relays .......................................................................................................**11**/145||
|ATT-Tool ...........................................................................................................................**11**/147||
|**Measurement devices**||
|Analogue and digital measurement instruments and accessories ..................................**11**/152||
|**Other functions**||
|Modular transformers ......................................................................................................**11**/170||
|Control, isolating and safety transformers ......................................................................**11**/171||
|Modular sockets selection table .....................................................................................**11**/176||



ABB 

**11** /1 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Tripping characteristics 

## **Tripping characteristics** 

|Acc. to|Tripping characteristic<br>and rated current|**Thermal release **�<br>**Electromagnetic release **�<br>Current:<br>Tripping time<br>Currents:<br>Tripping time<br>conventional<br>conventional<br>hold<br>trip<br>non-tripping c.<br>tripping c.<br>current<br>at least at<br>surges|
|---|---|---|
|IEC/EN 60898-1|**B**<br>6 to 63 A|1.13 · In<br>> 1 h<br>3 · In<br>> 0.1 s<br>1.45 · In<br>< 1 h<br>5 · In<br>< 0.1 s|
||**C**<br>0.5 to 63 A|1.13 · In<br>> 1 h<br>5 · In<br>> 0.1 s<br>1.45 · In<br>< 1 h<br>10 · In<br>< 0.1 s|
||**D**<br>0.5 to 63 A|1.13 · In<br>> 1 h<br>10 · In<br>> 0.1 s<br>1.45 · In<br>< 1 h<br>20 · In<br>< 0.1 s|
|IEC/EN 60947-2|**K**<br>0.5 to 63 A|1.05 · In<br>> 1 h<br>1.2 · In<br>< 1 h<br>not applicable|
|||1.05 · In<br>> 2 h<br>10 · In<br>> 0.2 s<br>1.2 · In<br>< 1 h�<br>14 · In<br>< 0.2 s|
|IEC/EN 60947-2|**Z**<br>0.5 to 63 A|1.05 · In<br>> 1 h<br>1.2 · In<br>< 1 h<br>not applicable|
|||1.05 · In<br>> 2 h<br>2 · In<br>> 0.2 s<br>1.2 · In<br>< 1 h�<br>3 · In<br>< 0.2 s|



- The indicated tripping values of electromagnetic tripping devices apply to a frequency range of 16 2/3...60 Hz. In the case of diverging frequencies or direct current, see paragraph “Variation of tripping threshold of MCBs, according to network frequency” (page 6/7) 

- The thermal releases are calibrated to a nominal reference ambient temperature; for Z and K, the value is 20 °C, for B and C = 30 °C. In the case of higher ambient temperatures, the current values fall by ca. 6 % for each 10 K temperature rise. 

- As from operating temperature (after I1 > 1 h or, as applicable, 2 h). 

## **Tripping behavior S 700** 

|**Tripping**<br>**charakteristic**|**Rated**<br>**current**|**Delayed thermal release**<br>**Short-time delayed selective tripping device**<br>Conventional non-<br>Conventional<br>Tripping time<br>Delayed<br>Short-time<br>Tripping time<br>tripping current➀<br>tripping current➀<br>tripping<br>delayed tripping|
|---|---|---|
|||IInt<br>IIt<br>t<br>IItv<br>IItk<br>t|
|**E**|10 to 100 A|1.05 x ln<br>�2 h<br>5 x ln<br>0.05 s < t <  5 s (ln �32 A)<br>0.05 s < t < 10 s (ln> 32 A)|
|||1.2 x ln<br>< 2 h<br>6.25 x ln<br>0.01 s < t < 0.3 s|
|**K**|16 to 50 A|1,05 x ln<br>�2 h<br>10 x ln<br>0.05 s < t <  5 s (ln �32 A)<br>0.05 s < t < 10 s (ln> 32 A)|
|||1,2 x ln<br>< 2 h<br>14 x ln<br>0.01 s < t < 0.3 s|
||63 to 100 A|1,05 x ln<br>�2 h<br>8 x ln<br>0.05 s < t < 10 s|
|||1,2 x ln<br>< 2 h<br>12 x ln<br>0.01 s < t < 0.3 s|



- ➀ The thermal trip values refer to a reference temperature of 20 °C. For higher ambient temperatures the current rating will be reduced by 3 % per 10 °C decrease. 

**11** 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /2 

**MCBs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Tripping characteristics 

**==> picture [250 x 380] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic B<br>IEC-EN60898<br>Tripping curve<br>from cold state<br>Multiples of rated current<br>Minutes<br>Seconds<br>2CSC400400F0202<br>**----- End of picture text -----**<br>


**==> picture [249 x 380] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic C<br>IEC-EN60898<br>Tripping curve<br>from cold state<br>Multiples of rated current<br>Minutes<br>Seconds<br>2CSC400400F0202<br>**----- End of picture text -----**<br>


a thermal trip b electromagnetic trip 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /3 

**MCBs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Tripping characteristics 

**==> picture [94 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic D<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
IEC-EN60898<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
2CSC400401F0202<br>**----- End of picture text -----**<br>


**==> picture [250 x 380] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic K<br>IEC-EN60947-2<br>Tripping curve<br>from cold state<br>Multiples of rated current<br>Minutes<br>Seconds<br>2CSC400400F0202<br>**----- End of picture text -----**<br>


a thermal trip b electromagnetic trip 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /4 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Tripping characteristics 

## **MCBs** 

**==> picture [93 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic Z<br>**----- End of picture text -----**<br>


**==> picture [233 x 350] intentionally omitted <==**

**----- Start of picture text -----**<br>
IEC-EN60947-2<br>120<br>60aitbY t | |} il tl tt<br>Tripping curve<br>from cold state<br>20 ) Ke<br>10 || Qfa a<br>e| KX | ft PP<br>ap NEF tie ti) tt<br>@N<br>e t ee ee<br>aol * NE TT T T<br>20 HT<br>!<br>107——NXAG4 | EEEa<br>6|/_|\ [| | [ [| of JT<br>a ee a |<br>4-—oy\, a<br>ao eee<br>Ls ee eee<br>ost] aee<br>04+<br>=P ac ft fy of<br>be fot<br>0.06 |_|<br>” || _|| ITTt |jftyof ft<br>0.02 | | (b)rt<br>ee<br>0.01 Cee<br>1°15<br>2 3 456 810 15 20 30<br>2 3 45<br>Multiples of rated current >»<br>Minutes<br>Seconds<br>2CSC400400F0202<br>**----- End of picture text -----**<br>


**==> picture [235 x 367] intentionally omitted <==**

**----- Start of picture text -----**<br>
Characteristic S 700 E<br>ty<br>et ee. . ike. ow, 2<br>. _ - | |<br>el ee ee Le|<br>oo 2 ee r ror<br>Pee Por le | . fa!<br>Soa H ror] ' toa .<br>3 | hyo!<br>= os 3G Jou- ' 1 a4<br>i —t<br>—_<br>e .<br>-<br>w“| ©) E ANEee te a<br>. La ——— |<br>= Ff. -<br>a4 7 roe oe |<br>po] lio!<br>tt | —_<br>ef . a<br>a er 7<br>os re ae b;ou<br>et Ze<br>une 1 Seasnwfe oe<br>ae| ' iA ee |<br>Cnam 4:- | LeZ<br>Tork 2 A Sh OD I<br>oy<br>Rue Sa Oe s0176z00<br>**----- End of picture text -----**<br>


O a thermal trip O b electromagnetic trip 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /5 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Tripping characteristics 

## **MCBs** 

## **Characteristic S 700 K** - K 16 to K 50 

## **Characteristic S 700 K** - K 63 to K 100 

**==> picture [389 x 172] intentionally omitted <==**

**----- Start of picture text -----**<br>
K K<br>| 4 oo: . - _<br>oe ea| . 4 4 os| . _. va | |<br>come ed r r r hd ><br>4h # Ia mee 7H: Se ee oer a ™ 20<br>Wateted oka Zur|)——ae S0175Z00 Pee ae! ric) ———pie S0174Z00<br>**----- End of picture text -----**<br>


oO a thermal trip O b electromagnetic trip 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /6 

**System pro** _**M**_ **compact[®]** 

**MCBs** 

## **Technical details** Limitation of specific let-through energy I[2] t 

## **Limitation of specific let-through energy** 

Tripping of an installation circuit by circuit-breaker when there is a short-circuit requires a certain amount of time depending on the characteristics of the circuit-breaker and the entity of the short-circuit current. During this period of time, some or all of the short-circuit current flows into the installation; the parameter I[2] t defines the “specific let-through energy”, ie. the specific energy that the breaker allows through when there is a short-circuit current Icc during the tripping time t. 

In this way, we can determine the capacity of a circuit-breaker to limit, ie. break high currents up to the rated breaking power of the device, by reducing the peak value of the above-mentioned currents to a value which is considerably lower than the estimated current. 

This can be achieved using mechanisms which open very rapidly and have the following advantages: 

- they limit the thermal and dynamic effects both on the circuit-breaker and on the protected circuit; 

- they reduce the dimensions of the current-limiting circuit-breaker without reducing breaking capacity; 

- they considerably reduce ionized gases and sparklers emitted during the short-circuit and therefore they avoid the danger of ignition and fires. 

Irms = perspective simmetrical short-circuit current 

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**----- Start of picture text -----**<br>
1 2<br>boy |<br>U t U tv<br>tv uM<br>t = 0 a vi; uB uB |<br>t = 0<br>t<br>uM<br>KM iK iKM<br>iK<br>t<br>fe Non-current limiting circuit-breaker y a<br>Current limiting circuit-breaker<br>Oscillogram of short-circuit<br>Short-circuit current<br>breaks on two circuit-breakers:<br>red   =  effective short-circuit<br>1  =  traditional non-current  current squared<br>blue   =  estimated short-circuit<br>limiting circuit-breaker<br>OEPM0092ne OEPM0092ne<br>**----- End of picture text -----**<br>


**red** = effective short-circuit current squared **blue** = estimated short-circuit current squared (shunted circuit-breaker) **iKM** = maximum values of symmetrical component of short-circuit current squared 

- **2** = current limiting circuitbreaker 

- **uB** = arc voltage (red) **uM** = rest voltage (blue) 

**shaded in red** = specific let-through energy in two cases 

**11** 

## **Limiting of let-through energy** 

Main selective circuit breakers like S 700 support downstream mcbs in clearing short-circuit currents. They additionally reduce let-through energies without tripping. This increases the operational availability of the electrical supply and reduces drawbacks to the feeding grid and the installed equipment. 

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## **Technical details** Limitation of specific let-through energy I[2] t 

Max. withstanding specific let-through energy of cables **Section** 

|**Section**||||
|---|---|---|---|
|**mm2**|**PVC**|**EPR**|**HEPR**|
|50|33,062,500|39,062,500|51,122,500|
|35|16,200,625|19,140,625|25,050,025|
|25|8,265,625|9,765,625|12,780,625|
|16|3,385,600|4,000,000|5,234,944|
|10|1,322,500|1,562,500|2,044,900|
|6|476,100|562,500|736,164|
|4|211,600|250,000|327,184|
|2.5|82,656|97,656|127,806|
|1.5|29,756|35,156|46,010|



The selection of the cables depends both from the breakers’ specific let-through energy and from carrying capacity and voltage drop of the line. 

Data of the previous table are referred to the following cables: 

|**PVC**|**EPR**|**HEPR**|
|---|---|---|
|FM9|H07RN-F|N07G9-K|
|FM9OZ1||FTG10OM1|
|N07V-K||RG7OR|
|FROR||FG7OM1|
|||FG7OR|



## Designation 

|**Cable’s reference to the standards**|harmonized<br>**H**|
|---|---|
||national cable recognized by CENELC<br>**A**|
|**Rated voltage Uo/U**|100/100≤Uo/U < 300/300<br>**01**|
||300/300 V<br>**03**|
||300/500 V<br>**05**|
||450/750 V<br>**07**|
||750/1000 V<br>**1**|
|**Insulating materials and non-metallic sheath**|ethylene-vinylacetate<br>**G**|
||mineral<br>**M**|
||polyvinyl chloride<br>**V**|
|**Conductor’s shape**|fexible conductor of a cable for fxed installation<br>**K**|



Some cables on the market are identified with different names according with the designation UNEL 35011. 

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## **I[2] t diagrams - Specific let-through energy value I[2] t** 

The I[2] t curves give the values of the specific let-through energy expressed in A[2] s (A=amps; s=seconds) in relation to the perspective short-circuit current (Irms) in kA. 

S 200-S 200 M-S 200 P, characteristics B and C DS 200-DS 200 M, characteristics B and C 230/400 V let-through energy 

**==> picture [364 x 243] intentionally omitted <==**

**----- Start of picture text -----**<br>
97.656 EPR 127.806 HEPR 10 [5] 50/60 A 32/40 A<br>82.656 PVC 20/25 A<br>46.010 HEPR 13/16 A<br>35.156 EPR 10 A<br>29.756 PVC<br>6 A<br>10 [4] 4 A<br>3 A<br>10 [3]<br>2 A<br>1.6 A<br>1 A<br>102<br>0.1 1 10 100<br>S 200 S 200 P<br>DS 200<br>S 200 M<br>Irms [kA] DS 200 M<br>22.5 mm<br>21.5 mm<br>22s]t [AI<br>2CSC400402F0202<br>**----- End of picture text -----**<br>


S 200-S 200 M-S 200 P, characteristics D-K 230/400 V let-through energy 

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**----- Start of picture text -----**<br>
10 [6]<br>97.656 EPR 127.806 HEPR 10 [5] 50/63 A 40 A 20/32 A20 A<br>82.656 PVC 13/16 A<br>46.010 HEPR<br>35.156 EPR 10 A<br>29.756 PVC<br>6 A<br>10 [4] 4 A<br>3 A<br>2 A<br>10 [3]<br>1.6 A<br>1 A<br>102<br>0.1 1 10 100<br>S 200 S 200 M S 200 P<br>Irms [kA]<br>22.5 mm<br>21.5 mm<br>22s]t [AI<br>2CSC400403F0202<br>**----- End of picture text -----**<br>


For further information about the selection of the cable, please look at the table in page 10/3 

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S 200 P, characteristic Z 230/400 V let-through energy 

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**----- Start of picture text -----**<br>
10 [6]<br>97.656 EPR 127.80682.656 PVCHEPR 10 [5] 50/63 A32/40 A 20/25 A<br>46.010 HEPR 13/16 A<br>35.156 EPR 10 A<br>29.756 PVC<br>6 A<br>10 [4] 4 A<br>3 A<br>10 [3]<br>2 A<br>1,6 A<br>1 A<br>102<br>0,1 1 10 100<br>S 200 P<br>Irms [kA]<br>22.5 mm<br>21.5 mm<br>22s]t [AI<br>2CSC400404F0202<br>**----- End of picture text -----**<br>


SN201 L-SN201-SN201 M, characteristics B 230 V let-through energy 

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**----- Start of picture text -----**<br>
97.656 EPR 127.806 HEPR 10 [5]<br>82.656 PVC<br>46.010 HEPR<br>40 A<br>35.156 EPR 32 A<br>25 A<br>29.756 PVC 20 A<br>16 A<br>10 A<br>6 A<br>4 A<br>10 [4]<br>2 A<br>10 [3]<br>10 [2]<br>0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 8.5 9.5 10.5<br>SN201L SN201 SN201M<br>Perspective short-circuit current (kA)<br>22.5 mm<br>21.5 mm<br>22Specific let-through energy Is)t  (A<br>2CSC400405F0202<br>**----- End of picture text -----**<br>


For further information about the selection of the cable, please look at the table in page 10/3 

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SN201 L-SN201-SN201 M, characteristics C 230 V let-through energy 

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**----- Start of picture text -----**<br>
97.656 EPR 127.806 HEPR 10 [5]<br>82.656 PVC<br>46.010 HEPR 40 A<br>35.156 EPR 32 A<br>25 A<br>20 A<br>29.756 PVC<br>16 A<br>10 A<br>6 A<br>10 [4]<br>4 A<br>2 A<br>10 [3]<br>10 [2]<br>0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 8.5 9.5 10.5<br>SN201L SN201 SN201M<br>Perspective short-circuit current (kA)<br>SN201, characteristics D<br>230 V let-through energy<br>97.656 EPR 127.806 HEPR 10 [5]<br>82.656 PVC<br>46.010 HEPR<br>35.156 EPR 40 A 32 A<br>25 A<br>29.756 PVC 20 A<br>16 A<br>10 A<br>6 A<br>10 [4]<br>10 [3]<br>10 [2]<br>0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 8.5 9.5 10.5<br>SN201<br>Perspective short-circuit current (kA)<br>22.5 mm<br>21.5 mm<br>22Specific let-through energy Is)t  (A<br>2CSC400406F0202<br>22.5 mm<br>21.5 mm<br>22Specific let-through energy Is)t  (A<br>2CSC400407F0202<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
S 280 80-100 A, characteristic B<br>230/400 V let-through energy<br>10<br>1<br>100 A<br>97.656 EPR 127.806 HEPR 10 [-1] 80 A<br>82.656 PVC<br>46.010 HEPR<br>35.156 EPR<br>29.756 PVC<br>10 [-2]<br>10 [-3]<br>10-4<br>1 10<br>Irms [kA]<br>22s]t [AI<br>22.5 mm<br>21.5 mm<br>2CSC400408F0202<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
S 280 80-100 A, characteristic C<br>230/400 V let-through energy<br>**----- End of picture text -----**<br>


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10<br>1<br>100 A<br>80 A<br>97.656 EPR 127.806 HEPR 10 [-1]<br>82.656 PVC<br>46.010 HEPR<br>35.156 EPR<br>29.756 PVC<br>10 [-2]<br>10 [-3]<br>10-4<br>1 10<br>Irms [kA]<br>22s]t [AI<br>22.5 mm<br>21.5 mm<br>2CSC400409F0202<br>**----- End of picture text -----**<br>


For further information about the selection of the cable, please look at the table in page 10/3 

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**----- Start of picture text -----**<br>
S 280 characteristics K, Z<br>230/400 V let-through energy<br>97.656 EPR 127.806 HEPR 10 [5] 97.656 EPR 127.806 HEPR 10 [5]<br>82.656 PVC 82.656 PVC<br>46.010 HEPR 46.010 HEPR<br>35.156 EPR 35.156 EPR<br>29.756 PVC 29.756 PVC<br>K63<br>K50<br>10 [4] K40 K32 10 [4] Z63<br>K25 Z40<br>Z16<br>K16<br>Z10<br>K10<br>10 [3] 10 [3]<br>10 [2] K3 10 [2]<br>10 [1] 10 [1]<br>1 10 1 10<br>Icc (kA) Icc (kA)<br>22.5 mm 22.5 mm<br>21.5 mm 21.5 mm<br>22s)t  (AI 22s)t  (AI<br>2CSC400410F0202<br>**----- End of picture text -----**<br>


S 290 characteristics B 230/400 V let-through energy 

S 290 characteristics C, D, K 230/400 V let-through energy 

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**----- Start of picture text -----**<br>
97.656 EPR 127.80682.656 PVCHEPR 10 [5] 10 [7]<br>46.010 HEPR<br>35.156 EPR<br>29.756 PVC<br>10 [4] 10 [6]<br>D, K 100/125 A<br>D, K 80 A<br>C 100/125 A<br>C 80 A<br>10 [3] 97.656 EPR 127.806 HEPR 10 [5]<br>82.656 PVC<br>46.010 HEPR<br>35.156 EPR<br>B 100/125 A 29.756 PVC<br>B 80 A<br>10 [2] 10 [4]<br>10 [1] 10 [3]<br>10 [0] 10 [1] 10 [3] 10 [4]<br>2 1.5.10 [4]<br>Irms (kA) Irms (kA)<br>22.5 mm<br>21.5 mm<br>22s)t  (AI 22.5 mm 22s)t  (AI<br>21.5 mm<br>OEPM0098<br>**----- End of picture text -----**<br>


For further information about the selection of the cable, please look at the table in page 10/3 

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## **Technical details** Limitation of specific let-through energy I[2] t 

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**----- Start of picture text -----**<br>
S 700 characteristic E<br>let-through energy<br>. Poe Pb ded Pome ties - r fila’<br>. . ia:<br>“ye Sos os press sos oteris og,<br>1. Honauins=e Pb teee 11. + eeee art r wa.<br>. ee eee Hee. Sor onan's<br>Do aes etter lon vara<br>. ; .<br>ul 1 u i,<br>prospective short-circuit current Icc / kA —><br>S 700 characteristic K<br>let-through energy<br>:. POD--REIIEDrin Toy-oa4DURie ft——:<br>' . . titan to Beets are ad<br>'. Tot= = pPPpeesiene = aeBey etisalat—tol<br>“4 a 4 l<br>ta BS to i<br>wt ee or a 1 oe moe wee<br>prospective short-circuit current Icc / kA —><br>22t / Alet-through is<br>2CDC 022 160 F0103<br>22t / Alet-through is<br>2CDC 022 162 F0103<br>**----- End of picture text -----**<br>


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## **Technical details** Limitation of specific let-through peak current I peak 

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**----- Start of picture text -----**<br>
S 700 characteristic E<br>let-through peak current (Ipeak)<br>. " |. "Fe It ' :<br>ri . iH "XI<br>prospective short-circuit current Icc / kA<br>S 700 characteristic K<br>let-through peak current (Ipeak)<br>. ee rose ty petiish<br>. - - oy fj’ . 1 a<br>. = = betes jf 7 hoa - mm<br>peak<br>peak current i<br>2CDC 022 164 F0103<br>peak<br>peak current i<br>SK 0276 Z 02<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
prospective short-circuit current Icc / kA<br>**----- End of picture text -----**<br>


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## **Technical details** Limitation of specific let-through energy I[2] t 

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**----- Start of picture text -----**<br>
S800 S characteristics B, C, K and D<br>230 V let-through energy<br>200 A<br>125 A<br>10 [5] 80 A<br>160 A<br>50 A<br>32 A<br>125 A<br>20 A<br>13 A<br>100 A<br>80 A<br>1<br>63 A 2<br>10 [4]<br>230 VAC/50 Hz<br>    60˚<br>2 10 50<br>Prospective short current circuit Icc [kA]<br>200 A<br>100 A<br>10 [5]<br>63 A<br>160 A<br>40 A<br>25 A<br>125 A<br>16 A<br>100 A<br>10 A<br>80 A<br>63 A<br>10 [4]<br>230 VAC/50 Hz<br>    60˚<br>2 10 50<br>Prospective short current circuit Icc [kA]<br>Sine-shaped half-wave<br>Sine-shaped half-wave<br>22s]t [ALet-through energy I<br>2CCC413024Z0001<br>22s]t [ALet-through energy I<br>2CCC413025Z0001<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
� Min. pre-arching I [2] t, e.g. NH80 A gL/gG<br>� Max. let-through I [2] t, e.g. S801S-C20<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
S800 S characteristics B, C, K and D<br>400 V let-through energy<br>200 A<br>125 A<br>10 [5] 80 A<br>160 A<br>50 A<br>32 A<br>125 A<br>20 A<br>13 A<br>100 A<br>80 A<br>1<br>63 A 2<br>10 [4]<br>400 VAC/50 Hz<br>    60˚<br>2 10 50<br>Prospective short current circuit Icc [kA]<br>200 A<br>100 A<br>10 [5]<br>63 A<br>160 A<br>40 A<br>25 A<br>125 A<br>16 A<br>100 A<br>10 A<br>80 A<br>63 A<br>10 [4]<br>400 VAC/50 Hz<br>    60˚<br>2 10 50<br>Prospective short current circuit Icc [kA]<br>Sine-shaped half-wave<br>Sine-shaped half-wave<br>22s]t [ALet-through energy I<br>2CCC413024Z0001<br>22s]t [ALet-through energy I<br>2CCC413025Z0001<br>**----- End of picture text -----**<br>


� Min. pre-arching I[2] t, e.g. NH80 A gL/gG � Max. let-through I[2] t, e.g. S801S-C20 

**11** 

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**----- Start of picture text -----**<br>
S800 N characteristics B, C and D<br>230 V let-through energy<br>200 A 125 A<br>80 A<br>10 [5]<br>160 A 50 A<br>32 A<br>125 A 20 A<br>13 A<br>100 A<br>80 A<br>1<br>63 A 2<br>10 [4]<br>230 VAC/50 Hz<br>    60˚<br>2 10 36<br>Prospective short current circuit Icc [kA]<br>200 A 100 A<br>63 A<br>10 [5]<br>160 A<br>40 A<br>25 A<br>125 A<br>16 A<br>100 A<br>10 A<br>80 A<br>63 A<br>10 [4]<br>230 VAC/50 Hz<br>    60˚<br>2 10 36<br>Prospective short current circuit Icc [kA]<br>� Min. pre-arching I [2] t, e.g. NH80 A gL/gG<br>� Max. let-through I [2] t, e.g. S801S-C20<br>Sine-shaped half-wave<br>Sine-shaped half-wave<br>22s]t [ALet-through energy I<br>2CCC413028Z0002<br>22s]t [ALet-through energy I<br>2CCC413029Z0002<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
S800 N characteristics B, C and D<br>400 V let-through energy<br>200 A 125 A<br>80 A<br>10 [5]<br>160 A 50 A<br>32 A<br>125 A 20 A<br>13 A<br>100 A<br>80 A<br>1<br>63 A 2<br>10 [4]<br>400 VAC/50 Hz<br>    60˚<br>2 10 36<br>Prospective short current circuit Icc [kA]<br>200 A 100 A<br>63 A<br>10 [5]<br>160 A<br>40 A<br>25 A<br>125 A<br>16 A<br>100 A<br>10 A<br>80 A<br>63 A<br>10 [4]<br>400 VAC/50 Hz<br>    60˚<br>2 10 36<br>Prospective short current circuit Icc [kA]<br>Sine-shaped half-wave<br>Sine-shaped half-wave<br>22s]t [ALet-through energy I<br>2CCC413028Z0002<br>22s]t [ALet-through energy I<br>2CCC413029Z0002<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
11<br>**----- End of picture text -----**<br>


� Min. pre-arching I[2] t, e.g. NH80 A gL/gG 

- Max. let-through I[2] t, e.g. S801S-C20 

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## **Technical details** Limitation of specific let-through energy I[2] t 

DS201 L - DS201 - DS201 M DS202C - DS202C M, characteristics B and C 230 V let-through energy 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400412F0202<br>**----- End of picture text -----**<br>


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**MCBs** 

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## **Limitation curves - Peak current values** 

The Ip curves give the values of the peak current, expressed in kA, in relation to the perspective symmetrical short-circuit current (kA). 

## S 200-S 200 P, characteristics B-C 

## DS 200-DS 200 M, characteristics B-C 

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**----- Start of picture text -----**<br>
100<br>50<br>20<br>50 63 A<br>32 40 A<br>10<br>20 25 A<br>13 16 A<br>5<br>8 10 A<br>6 A<br>2 4 A<br>3 A<br>1 2 A<br>1,6 A<br>0.5 0,5 1 A<br>0.2<br>0<br>0 0.2 0.5 1 2 5 10 20 50 100<br>S 200 S 200 M S 200 P<br>Irms [kA] DS 200 DS 200 M<br>Ip [kA]<br>2CSC400413F0202<br>**----- End of picture text -----**<br>


## S 200-S 200 P, characteristics K-D 

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**----- Start of picture text -----**<br>
100<br>50<br>20<br>50 63 A<br>32 40 A<br>10<br>20 25 A<br>13 16 A<br>5<br>8 10 A<br>6 A<br>2 4 A<br>3 A<br>1 2 A<br>1,6 A<br>0.5 0,5 1 A<br>0.2<br>0<br>0 0.2 0.5 1 2 5 10 20 50 100<br>Irms [kA] S 200 S 200 M S 200 P<br>Ip [kA]<br>**----- End of picture text -----**<br>


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**Technical details** Peak current Ip 

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**----- Start of picture text -----**<br>
S 200 P, characteristic Z<br>100<br>50<br>20<br>50 63 A<br>32 40 A<br>10<br>20 25 A<br>13 16 A<br>5<br>8 10 A<br>6 A<br>2 4 A<br>3 A<br>1 2 A<br>1,6 A<br>0.5 0,5 1 A<br>0.2<br>0<br>0 0.2 0.5 1 2 5 10 20 50 100<br>Irms [kA] S 200 P<br>Ip [kA]<br>2CSC400415F0202<br>**----- End of picture text -----**<br>


SN 201 L, SN 201, SN 201 M, characteristic B 230 V 

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**----- Start of picture text -----**<br>
10000<br>5000<br>40 A<br>32 A<br>25 A<br>20 A<br>2000 16 A<br>10 A<br>6 A<br>1000<br>500<br>200<br>100<br>1 2 3 4 5 6 7 8 9 10<br>SN201 L SN201 SN201 M<br>Irms [kA]<br>Ip [A]<br>2CSC400416F0202<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
SN 201 L, SN 201, SN 201 M, characteristic C<br>230 V<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
10000<br>5000 40 A<br>32 A<br>25 A<br>20 A<br>16 A<br>2000 10 A<br>6 A<br>1000 4 A<br>2 A<br>500<br>200<br>100<br>1 2 3 4 5 6 7 8 9 10<br>SN201 L SN201 SN201 M<br>Irms [kA]<br>Ip [A]<br>2CSC400417F0202<br>**----- End of picture text -----**<br>


**==> picture [101 x 18] intentionally omitted <==**

**----- Start of picture text -----**<br>
SN 201, characteristic D<br>230 V<br>**----- End of picture text -----**<br>


**==> picture [351 x 269] intentionally omitted <==**

**----- Start of picture text -----**<br>
10000<br>5000<br>40 A<br>32 A<br>25 A<br>20 A<br>2000 16 A<br>10 A<br>6 A<br>1000<br>500<br>200<br>100<br>1 2 3 4 5 6 7 8 9 10<br>SN201<br>Irms [kA]<br>Ip [A]<br>2CSC400418F0202<br>**----- End of picture text -----**<br>


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**MCBs** 

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## S 280 80-100 A, characteristic B 

**==> picture [332 x 295] intentionally omitted <==**

**----- Start of picture text -----**<br>
100<br>50<br>20<br>10<br>100 A<br>80 A<br>5<br>2<br>1<br>0.5<br>0.2<br>0<br>0 0.2 0.5 1 2 5 10 20 50 100<br>Irms [kA]<br>Ip [kA]<br>2CSC400419F0202<br>**----- End of picture text -----**<br>


## S 280 80-100 A, characteristic C 

**==> picture [342 x 291] intentionally omitted <==**

**----- Start of picture text -----**<br>
100<br>50<br>20<br>10<br>100 A<br>80 A<br>5<br>2<br>1<br>0.5<br>0.2<br>0<br>0 0.2 0.5 1 2 5 10 20 50 100<br>Irms [kA]<br>Ip [kA]<br>2CSC400420F0202<br>**----- End of picture text -----**<br>


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## **System Technical details pro** _**M**_ **compact[®]** Peak current Ip 

**==> picture [362 x 499] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 800 S characteristics B, C, K and D<br>20<br>eS [eS] 80A<br>0 SS es oA TH<br>eTP| fi a0 |<br>|| | aaa ET O84<br>| | | yg eT<br>| hee<br>PA<br>A<br>LA<br>a<br>2 10 50<br>Irms [kA]<br>20en<br>ee A 638A<br>es es oa re|<br>SE eae eA ||<br>ene anal<br>Ip [kA]<br>2CCC413032Z0001<br>Ip [kA]<br>**----- End of picture text -----**<br>


**==> picture [20 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
11<br>**----- End of picture text -----**<br>


2 60 50 100 Irms [kA] 

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## **System Technical details pro** _**M**_ **compact[®]** Peak current Ip 

**==> picture [364 x 501] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 800 N characteristics B, C and D<br>20<br>10 | | | {lii|| (4 80ASOA TTT]<br>es ee eeee ey<br>Po | ee TF fh co | [tT]<br>Ptee | ae TEN 3.0 |LL<br>|2.26<br>eee<br>A Anni<br>OZ 40<br>2 60<br>2 10 36<br>Irms [kA]<br>20<br>Le aoo WA moni<br>ee ee es eeere eee<br>aeee HH<br>Ip [kA]<br>2CCC413036Z0001<br>Ip [kA]<br>**----- End of picture text -----**<br>


4 60 40 36 Irms [kA] 

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## **System Technical details pro** _**M**_ **compact[®]** Peak current Ip 

**==> picture [188 x 29] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS201 L - DS201 - DS201 M<br>DS202C - DS202C M characteristics B and C<br>230 V<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400421F0202<br>**----- End of picture text -----**<br>


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**Technical details** Coordination tables 

**MCBs** 

**11** 

## Back-up protection 

The tables given provide the value (in kA, referring to the breaking capacity according to the IEC 60947-2 Standard) for which the back-up protection among the combination of selected circuitbreakers is verified. The tables cover the possible combinations between ABB SACE Tmax series of moulded-case circuit-breakers and those between the above-mentioned circuit-breakers and the ABB series of modular circuit-breakers. 

The values indicated in the tables refer to the voltage: 

- Vn of 230/240 V AC for coordination with modular SN 201 circuit-breakers 

- Vn of 400/415 V AC for all the other coordinations. 

## Selective protection 

**==> picture [119 x 89] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 L2 L3 N<br>400 V<br>400 V<br>400 V<br>230 V<br>**----- End of picture text -----**<br>


**==> picture [22 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
L3 N<br>**----- End of picture text -----**<br>


The tables given provide the value (in kA, referring to the breaking capacity according to the IEC 60947-2 Standard) for which the selective protection is verified among the combination of selected circuit-breakers. The tables cover the possible combinations between ABB SACE Tmax series of moulded-case circuit-breakers, and the ABB series of modular circuit-breakers. The values in the table represent the maximum value obtainable of discrimination between supply side circuit-breaker and load side circuit-breaker referring to the voltage: 

- Vn of 230/240 V AC for the SN 201 circuit-breakers and Vn of 400/415 V AC for the supply side circuit-breakers in the  coordination between MCB with the modular SN 201 circuit-breakers (see picture). 

- Vn of 400/415 V AC for all the other coordinations. 

## General prescriptions 

- Function I of the electronic releases of the supply side circuit-breakers must be excluded (I3 in OFF); 

- The magnetic trip of thermomagnetic (TM) or magnetic only (M) circuit-breakers placed on the supply side must be  10 x In and regulated to the maximum threshold; 

- It is of prime importance to check that the settings made by the user for the electronic and thermomagnetic relays of circuit-breakers placed both on the load and supply side do not create intersections on the time-current curves. 

## Note 

The following tables give the breaking capacities at 415 V AC for circuit-breakers SACE Tmax. 

|Tmax @ 415 V AC|Tmax @ 415 V AC||||
|---|---|---|---|---|
|Version||Icu|[kA]||
|B||16|||
|C||25|||
|N||36|||
|S||50|||
|H||70|||
|L (T2)||85|||
|L (T4, T5)||120|||
|V<br>Caption||200|||
|MCB|= miniature circuit-breakers  (SN 201,||–|MF (Tmax)|
|S 2, S 800)|||–|MA (Tmax)|
|MCCB|= moulded-case circuit-breakers|EL|= electronic release||
|(Tmax)|||–|PR221DS - PR222DS (Tmax)|
|For moulded-case or air circuit-breakers:||For|miniature circuit-breakers:||
|TM = thermomagnetic release||B =|trip characteristic (Im=3...5In)||
|– TMD (Tmax)||C = trip characteristic (Im=5...10In)|||
|– TMA (Tmax)||D =|trip characteristic (Im=10...20In)||
|M = magnetic only release||K =|trip characteristic (Im=8...14In)||
|||Z =|trip|characteristic (Im=2...3In)|



For solutions not shown in these tables, please consult the website: http://bol.it.abb.com or contact ABB SACE 

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**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: back-up 

## MCB -MCB @240 V 

**==> picture [512 x 262] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply s. S200 S200M S200P S200P S280 S290 S800S 25gL 40gL 50gL 63gL 80gL 100gL<br>Char. B-C-<br>B-C B-C B-C B-C B-C C-D<br>D-K<br>Icu  20 25 40 25 20 25 50<br>Load s. [kA] In[A] 0,5…630,5…630,5…25 32…63 80…100 80…125 10…125<br>SN201 L/DS201 L B,C 6 2...40 20 25 40 25 15 15 50 35 25 20 15 10 10<br>SN201/DS201/DS202C B,C,D 10 2...40 20 25 40 25 15 15 50 35 25 20 15 10 10<br>SN201 M/DS201 M/<br>B,C 10 2...40 20 25 40 25 15 15 50 35 25 20 15 10 10<br>DS202C M<br>S200 B,C,K,Z 20 0,5…63 25 40 25 50<br>S200 M B,C,D 25 0,5…63 40 50<br>B,C 40 0,5…25 50<br>S200 P<br>D,K,Z 25 32…63 50<br>S290 C,D,K 25 80…125<br>S800 B,C 100 10…125<br>**----- End of picture text -----**<br>


## MCCB @ 415 V - MCB/RCBO @ 240 V 

**==> picture [512 x 140] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. [1] T1 T1 T1 T2 T3 T2 T3 T2 T2<br>Version B C N S H L<br>Load S. Char. In [A] Icu [kA] 16 25 36 50 70 85<br>2..25 16 16 16 20 20 20 20<br>SN201 L<br>B, C 6 10 10<br>DS201 L<br>32, 40 10 10 10 16 16 16 16<br>SN201 2..25 25 25 25 25<br>B, C,<br>DS201 10 16 16 16 16 16<br>DS202C D, K 32, 40 16 16 16 16<br>SN201 M 2..25 25 25 25 25<br>DS201 M B, C 10 16 16 16 16 16<br>DS202C M 32, 40 16 16 16 16<br>**----- End of picture text -----**<br>


1   Supply side circuit-breaker 4P (load side circuit branched between one phase and the neutral) 

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**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: back-up 

## MCB - MCB @ 415 V 

**==> picture [511 x 147] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. S200 S200M S200P S280 S290 S800N S800S<br>Char. B-C B-C B-C B-C C B-C-D B-C-D-K<br>Load S. Icu [kA] 10 15 25 15 6 15 36 50<br>In [A] 0.5..63 0.5..63 0.5..25 32..63 80, 100 80..125 25..125 25..125<br>S200 B,C,K,Z 10 0.5..63 15 25 15 15 36 50<br>S200M B,C 15 0.5..63 25 36 50<br>B,C, 25 0.5..25 36 50<br>S200P<br>D,K,Z 15 32..63 36 50<br>S280 B,C 6 80, 100<br>S290 C,D 15 80..125<br>S800N B,C,D 36 10..125<br>S800S B,C,D,K 50 10..125<br>**----- End of picture text -----**<br>


## MCCB - MCB @ 415 V 

**==> picture [511 x 171] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. T1 T1 T1 T2 T3 T4 T2 T3 T4 T2 T4 T2 T4 T4<br>Version B C N S H L L V<br>Load S. Char. In [A] Icu [kA] 16 25 36 50 70 85 120 200<br>0.5..10 36 40<br>S200 B,C,K,Z 10 16 25 30 36 36 36 40 40 40 40 40 40<br>13..63 16 16<br>0.5..10 36 40 70 85<br>S200M B,C 15 16 25 30 36 36 50 40 40 40 40<br>13..63 25 25 60 60<br>0.5..10 30 36 36 36 50 40 40 70 40 85 40 40<br>B,C, 25<br>S200P 13..25 30 36 30 36 50 30 40 60 40 60 40 40<br>D,K,Z<br>32..63 15 16 25 30 36 25 36 50 25 40 60 40 60 40 40<br>S280 B,C 80, 100 6 16 16 16 36 16 30 36 16 30 36 30 36 30 30<br>S290 C,D 80..125 20 (15*) 16 25 30 36 30 30 50 30 30 70 30 85 30 30<br>S800N B,C,D 10..125 36 70 70 85 120 200<br>S800S B,C,D,K 10..125 50 70 70 85 120 200<br>**----- End of picture text -----**<br>


* only for D characteristic 

## Fuse 125 A gG, gL - RCBO @ 230V 

**==> picture [512 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S.<br>Fuse 125 A gG, gL<br>Load S. Char. In [A] [kA]<br>DS 271 B,C 6-40 10 15<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## Coordination tables: back-up 

## Fuse gG, gL - MCB S 200, S 200 M 

**==> picture [381 x 487] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply s. Fuse gG, gL<br>240 V<br>Characteristic<br>Load s. In [A]<br>6 63<br>10...20 100<br>S200<br>B 25...32 100<br>S200 M<br>40 125<br>50...63 160<br>3...4 20<br>6 40<br>8 63<br>S200<br>C 10...20 100<br>S200 M<br>25...32 100<br>40 125<br>50...63 160<br>3 20<br>4 25<br>6...10 63<br>S200 K 16...20 80<br>25...32 100<br>40 125<br>50...63 160<br>3...4 20<br>6 35<br>8 40<br>S200 Z 10...16 63<br>20...25 80<br>32...40 100<br>50...63 125<br>**----- End of picture text -----**<br>


This table shows coordination between an MCB and the upstream fuse maximum current value. Combination of the two protections allows the breaking capacity to be elevated up to that of the combined fuse. I.e. downstream MCB breaker S 202 C16, upstream fuse with In up to 100 A (breaking capacity: 100 kA). MCB breaker protection up to 100 kA. 

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## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

## **Selective protection** 

Selectivity between SN 201 and S 200 upstream and downstream modular circuit-breakers In the case, selectivity is amperometric and so the selectivity limit is given simply by the magnetic threshold of the upstream breaker, which is fixed. The selectivity value is obtained if a minimum ratio of 1.6 (In upstream/In downstream > 1.6) is observed between the rated currents of the two breakers. 

## **Example** 

|**Exampleplele**||
|---|---|
|Upstream circuit-breaker|S 200 P, curve D 50 A|
|Downstream circuit-breaker|SN 201 L, curve B 10 A|
|Selectivity limit|10 In=500 A|



## MCB - SN201 @ 230/240 V 

||Supply S.2|Supply S.2|Supply S.2|S290|S290|S290|S290|S290|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Load S.1|Char.<br>Icu[kA]<br>In[A]|||C|||D||B||||||||
|||Icu[kA]<br>In[A]||15|||||36-50||||||||
||||In[A]|80|100|125|80|100|25|32|40|50|63|80|100|125|
|SN201 L|B, C|6|2|T|T|T|T|T||0.433|0.6|1.3|4|T|T|T|
||||4|5|T|T|T|T|||0.45|0.8|1.5|2.5|4|T|
||||6|4.5|5|T|5.5|T||||0.6|1.2|1.6|2.6|3.8|
||||10|4|4.5|5|5|5||||0.5|1.1|1.4|2|3|
||||16|2.5|3.5|3.5|4|4.5|||||0.8|1.2|1.7|2.5|
||||20|1.5|2.5|2.5|3|4.5||||||1|1.5|2.1|
||||25|0.5|0.5|1.5|2|4|||||||1.3|1.8|
||||32|0.5|0.5|0.5|1.5|3.5|||||||1.1|1.7|
||||40|0.5|0.5|0.5|1.5|3.5||||||||1.6|
|SN201|B, C, D|10|2|6|8|9|7|8||0.433|0.6|1.3|4|9|T|T|
||||4|5|6|7.5|6|7|||0.45|0.8|1.5|2.5|4|7.3|
||||6|4.5|5|6|5.5|6||||0.6|1.2|1.6|2.6|3.8|
||||10|4|4.5|5|5|5||||0.5|1.1|1.4|2|3|
||||16|2.5|3.5|3.5|4|4.5|||||0.8|1.2|1.7|2.5|
||||20|1.5|2.5|2.5|3|4.5||||||1|1.5|2.1|
||||25|0.5|0.5|1.5|2|4|||||||1.3|1.8|
||||32|0.5|0.5|0.5|1.5|3.5|||||||1.1|1.7|
||||40|0.5|0.5|0.5|1.5|3.5||||||||1.6|
|SN201 M|B, C|10|2|6|8|9|7|8||0.433|0.6|1.3|4|9|T|T|
||||4|5|6|7.5|6|7|||0.45|0.8|1.5|2.5|4|7.3|
||||6|4.5|5|6|5.5|6||||0.6|1.2|1.6|2.6|3.8|
||||10|4|4.5|5|5|5||||0.5|1.1|1.4|2|3|
||||16|2.5|3.5|3.5|4|4.5|||||0.8|1.2|1.7|2.5|
||||20|1.5|2.5|2.5|3|4.5||||||1|1.5|2.1|
||||25|0.5|0.5|1.5|2|4|||||||1.3|1.8|
||||32|0.5|0.5|0.5|1.5|3.5|||||||1.1|1.7|
||||40|0.5|0.5|0.5|1.5|3.5||||||||1.6|



- 1 Load side circuit-breaker 1P+N (230/240 V) 2 For networks with 230/240 V AC  two-pole circuit-breaker (phase + neutral) 

for networks at 400/415 V AC  four-pole circuit-breaker (load side circuit branched between one phase and the neutral) 3  Only for curve B 

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**MCBs** 

## **Technical details** Coordination tables: selectivity 

|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|S800 N-S|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|C||||||||D||||||||
|36-50||||||||36-50||||||||
|25|32|40|50|63|80|100|125|25|32|40|50|63|80|100|125|
|0.43|0.55|1.2|3|T|T|T|T|1.3|4.1|T|T|T|T|T|T|
||0.43|0.75|1.3|2.1|3.9|T|T|0.8|1.6|3|5.4|T|T|T|T|
|||0.55|1.1|1.5|2.5|3.6|5.5|0.6|1.3|2|3.2|3.9|T|T|T|
|||0.45|1|1.3|1.9|2.8|4.2|0.5|1.2|1.65|2.6|3.1|T|T|T|
||||0.75|1.1|1.6|2.3|3.6||0.9|1.4|1.8|2.6|5|T|T|
|||||0.9|1.4|1.9|3.3|||1.3|1.6|2.2|4.2|5.4|T|
||||||1.2|1.6|2.7||||1.5|1.9|3.5|4.5|T|
||||||1|1.5|2.5|||||1.8|2.8|4.2|5.5|
|||||||1.4|2.1|||||1.7|2.7|4|5|
|0.43|0.55|1.2|3|6.6|T|T|T|1.3|4.1|T|T|T|T|T|T|
||0.43|0.75|1.3|2.1|3.9|6.6|T|0.8|1.6|3|5.4|7.6|T|T|T|
|||0.55|1.1|1.5|2.5|3.6|5.5|0.6|1.3|2|3.2|3.9|8|T|T|
|||0.45|1|1.3|1.9|2.8|4.2|0.5|1.2|1.65|2.6|3.1|6.2|8.6|T|
||||0.75|1.1|1.6|2.3|3.6||0.9|1.4|1.8|2.6|5|6.3|8.8|
|||||0.9|1.4|1.9|3.3|||1.3|1.6|2.2|4.2|5.4|7.6|
||||||1.2|1.6|2.7||||1.5|1.9|3.5|4.5|6.6|
||||||1|1.5|2.5|||||1.8|2.8|4.2|5.5|
|||||||1.4|2.1|||||1.7|2.7|4|5|
|0.43|0.55|1.2|3|6.6|T|T|T|1.3|4.1|T|T|T|T|T|T|
||0.43|0.75|1.3|2.1|3.9|6.6|T|0.8|1.6|3|5.4|7.6|T|T|T|
|||0.55|1.1|1.5|2.5|3.6|5.5|0.6|1.3|2|3.2|3.9|8|T|T|
|||0.45|1|1.3|1.9|2.8|4.2|0.5|1.2|1.65|2.6|3.1|6.2|8.6|T|
||||0.75|1.1|1.6|2.3|3.6||0.9|1.4|1.8|2.6|5|6.3|8.8|
|||||0.9|1.4|1.9|3.3|||1.3|1.6|2.2|4.2|5.4|7.6|
||||||1.2|1.6|2.7||||1.5|1.9|3.5|4.5|6.6|
||||||1|1.5|2.5|||||1.8|2.8|4.2|5.5|
|||||||1.4|2.1|||||1.7|2.7|4|5|



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**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

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Fuse - SN201 @ 230/240 V 

||Im<br>~~er~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|Icu [kA]<br>~~er~~<br>~~a~~|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||In [A]<br>~~er~~<br>~~a~~|25<br>ee<br>~~a~~|32<br>ee|40<br>es|50<br>es<br>ee|63<br>ee<br>ee|80<br>ee<br>ee|100<br>ee|125|
|SN201 L|B-C<br>~~er~~|6<br>~~er~~<br>~~a~~|2<br>~~er~~ <br>~~a~~|1.5<br> ee <br>~~a~~|2.5<br> ee|T<br>es|T<br>es <br>ee|T<br> ee <br>ee|T<br> ee <br>ee|T<br> ee|T|
|||6<br>~~a~~<br>ee|4<br>~~a~~<br>ee|1<br>~~a~~<br>ee|2<br>ee|4.5<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|T<br>ee|
|||6<br>ee|6<br>ee|1<br>ee|1.5<br>ee|4<br>ee|4.5<br>ee|T<br>ee|T<br>ee|T<br>ee|T<br>ee|
|||6<br>a|10<br>a|a|1.2|3.5|4|T|T|T|T|
|||6<br>a<br>A|16<br>a<br>A|a<br>A|1|3|3.5|5|T|T|T|
|||6<br>A<br>ee|20<br>A<br>ee|A<br>ee|1<br>ee|3<br>ee|3.5<br>ee|5<br>ee|T<br>ee|T<br>ee|T<br>ee|
|||6<br>ee<br>a|25<br>ee<br>a|ee<br>a|1<br>ee|2<br>ee|3<br>ee|4.5<br>ee|T<br>ee|T<br>ee|T<br>ee|
|||6<br>a<br>a|32<br>a<br>a|a<br>a|1|2|3|4.5|5|T|T|
|||6<br>a<br>A|40<br>a<br>A|a<br>A||1.5|2.5|4|5|T|T|
|SN201|B-C-D|10<br>a<br>Ns|2<br>a<br>|1.5<br>a<br>|2.5<br>|5<br>|T<br>|T<br>|T<br>|T<br>|T<br>|
|||10<br>Ns|4<br>|1<br>|2<br>|4.5<br>|5<br>|T<br>|T<br>|T<br>|T<br>|
|||10<br>NssO|6<br>sO|1<br>sO|1.5<br>sO|4<br>sO|4.5<br>sO|7<br>sO|T<br>sO|T<br>sO|T<br>sO|
|||10<br>a|10<br>a|a|1.2<br>a|3.5<br>a|4<br>a|6<br>a|T<br>a|T<br>a|T<br>a|
|||10<br>ee|16<br>ee|ee|1<br>ee|3<br>ee|3.5<br>ee|5<br>ee|T<br>ee|T<br>ee|T<br>ee|
|||10|20||1|3|3.5|5|8|T|T|
|||10<br>ee|25<br>ee|ee|1<br>ee|2<br>ee|3<br>ee|4.5<br>ee|6.5<br>ee|T<br>ee|T<br>ee|
|||10<br>a|32<br>a||1|2|3|4.5|5|8|T|
|||10<br>OO|40<br>OO|OO|OO|1.5<br>OO|2.5<br>OO|4<br>OO|5<br>OO|6.5<br>OO|T<br>OO|
|SN201 M|B-C|10<br>a|2<br>a|1.5<br>a|2.5|5|7|T|T|T|T|
|||10<br>A|4<br>A|1<br>A|2|4.5|5|8|T|T|T|
|||10<br>A<br>a|6<br>A<br>a|1<br>A<br>a<br>A|1.5|4|4.5|7|T|T|T|
|||10<br>a<br>OO<br>NS|10<br>a<br>OO|a<br>A<br>OO|1.2<br>OO|3.5<br>OO|4<br>OO|6<br>OO|T<br>OO|T<br>OO|T<br>OO|
|||10<br>OO<br>NS<br>NS|16<br>OO<br>|OO<br>|1<br>OO<br>|3<br>OO<br>|3.5<br>OO<br>|5<br>OO<br>|9<br>OO<br>|T<br>OO<br>|T<br>OO<br>|
|||10<br>NS<br>NS|20<br>||1<br>|3<br>|3.5<br>|5<br>|8<br>|T<br>|T<br>|
|||10<br>NSSs|25<br>Ss|Ss|1<br>Ss|2<br>Ss|3<br>Ss|4.5<br>Ss|6.5<br>Ss|9<br>Ss|T<br>Ss|
|||10<br>OS|32<br>OS|OS|1<br>OS|2<br>OS|3<br>OS|4.5<br>OS|5<br>OS|8<br>OS|T<br>OS|
|||10<br>A|40<br>A|A||1.5|2.5|4|5|6.5|9|



**Selection tables ...............................  pag. 2/2** PT 

ABB 

**11** /34 

# **System Technical details MCBs pro** _**M**_ **compact[®]** Coordination tables: selectivity MCB S700 - SN201 @ 230/240 V Im E E E E E E E E Icu [kA] 25 25 25 25 25 25 25 25 In [A] 20 25 35 40 50 63 80 100 6 2 T T T T T T T T 6 4 T T T T T T T T 6 6 T T T T T T T T 6 10 T T T T T T T T SN201 L B-C 6 16 T T T T T T T 6 20 T T T T T T 6 25 T T T T T T 6 32 T T T T 6 40 T T T 10 2 T T T T T T T T 10 4 T T T T T T T T 10 6 T T T T T T T T 10 10 T T T T T T T T SN201 B-C-D 10 16 T T T T T T T 10 20 T T T T T T 10 25 T T T T T T 10 32 T T T T 10 40 T T T 10 2 T T T T T T T T 10 4 T T T T T T T T 10 6 T T T T T T T T 10 10 T T T T T T T T SN201 M B-C 10 16 T T T T T T T 10 20 T T T T T T 10 25 T T T T T T 10 32 T T T T ~~E~~ 10 40 T T T **11 Selection tables ...............................  pag. 2/2** ABB **11** /35 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCCB @ 415 V 4P - SN201/DS201/DS202C @ 240 V 

||||Supply S.|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|T1|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||Version<br>a|B, C, N<br>~~GO~~||||||||||||||||||
||||Release<br>a|TMD<br>GO||||||||||||||||||
||||Iu[A]<br>a<br>a|160<br>GO||||||||||||||||||
|Load S.<br>pT|Char.<br>pT<br>||Icu[kA]<br>pT|In[A]<br>a<br>POF|16<br>POF|20<br>POFOJ|25<br>OJOOO|32<br>OOO|40<br>OOO|50<br>[Of|63<br>[Of|80<br>|100<br>|125 <br>|1602 <br>|160<br>|16<br>|20<br>|25<br>|32<br>|40<br>|50<br>|
|SN201 L<br>DS201 L<br>|<br>|<br>|<br>|<br>||B, C<br>|<br>||6<br>Pot<br>Poot<br>Po<br>Po<br>**P**|≤4<br>POF<br>PF|T<br>POF<br>PFSFO|T<br>POFOJ<br>SFOJOJO|T<br>OJOOO<br>JOJO|T<br>OOO<br>JOJO|T<br>OOO<br>O|T<br>[Of<br>Of|T<br>[OfOTOJTOlOOlOTOJlOlOlOlolo]<br>Of|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>|
||B, C<br>|<br>|<br>|||6<br>POF<br>PF<br>Pot|T<br>POF<br>PFSFO<br>Pot<br>||T<br>POFOJ<br>SFOJOJO<br>||T<br>OJOOO<br>JOJO<br>tT|T<br>OOO<br>JOJO<br>tT<br>||T<br>OOO <br>O<br>||T<br> [Of<br>Of<br>JO fOfeyfofveyoy|T<br>[OfOTOJTOlOOlOTOJlOlOlOlolo]<br>OfOTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>JO fOfeyfofveyoy<br>fT|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>fT<br>tT|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>tT<br>tT|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>tT<br>tT|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>tT<br>tT|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>OTOTOJLOlOlOlOlOloOlolojso|<br>tTPT|
||B, C<br>|<br>|<br>|||10<br><br>PF<br>Pot<br>Poot|PFSFO<br>Pot<br>|<br>Poot<br>||SFOJOJO<br>|<br>||3<br><br>JOJO<br>tT<br>tT|3<br><br>JOJO <br>tT<br>|<br>tT<br>||3<br><br> O <br>|<br>fT|4.5<br><br> Of<br>JO fOfeyfofveyoy<br>fT<br>||T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br>Of<br>JO fOfeyfofveyoy<br>FOO|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>FOO|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>FOOyOfeyoy]|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>yOfeyoy]|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>yOfeyoy]|T<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>yOfeyoy]|OTOJTOlOOlOTOJlOlOlOlolo]<br><br>JO fOfeyfofveyoy<br>fT<br>yOfeyoy]<br>||31<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>fT<br>tT<br>||3<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>tT<br>tT<br>tT|3<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>tT<br>tT<br>tT<br>||3<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>tT<br>tT<br>tT|4.5<br>OTOJTOlOOlOTOJlOlOlOlolo]<br><br>tTPT<br>tT|
||B, C<br>|<br>|<br>|<br>|||16<br>Pot<br>Poot<br>a|Pot<br>|<br>Poot<br>|<br>eee||<br>|<br>eee|tT<br>tT<br>eee|tT<br>|<br>tT<br>|<br>eee|3<br>|<br>fT<br>eee|4.5<br>JO fOfeyfofveyoy<br>fT<br>|<br>eee|5<br>JO fOfeyfofveyoy<br>FOO<br>eee|T<br>JO fOfeyfofveyoy<br>FOO<br>eee|T<br>JO fOfeyfofveyoy<br>FOOyOfeyoy]<br>eee|T<br>JO fOfeyfofveyoy<br>yOfeyoy]<br>eee|T<br>JO fOfeyfofveyoy<br>yOfeyoy]<br>eee|T<br>JO fOfeyfofveyoy<br>yOfeyoy]<br>eee|JO fOfeyfofveyoy<br>fT<br>yOfeyoy]<br>|<br>eee|fT<br>tT<br>|<br>eee|tT<br>tT<br>tT<br>eee|31<br>tT<br>tT<br>tT<br>|<br>eee|3<br>tT<br>tT<br>tT<br>eee<br>eee|4.5<br>tT PT<br>tT<br>eee<br>eee|
||B, C<br>|<br>|<br>|<br>|||20<br>Poot<br>a<br>Po|Poot<br>|<br>eee<br>tt||<br>eee<br>tt|tT<br>eee<br>tttT|tT<br>|<br>eee<br>tT|fT<br>eee<br>tT|3<br>fT<br>|<br>eee<br>FOP|5<br>FOO<br>eee<br>FOP|T<br>FOO<br>eee<br>FOP|T<br>FOOyOfeyoy]<br>eee<br>FOPOfOFotetT|T<br>yOfeyoy]<br>eee<br>OfOFotetT|T<br>yOfeyoy]<br>eee<br>OfOFotetT|T<br>yOfeyoy]<br>eee<br>OfOFotetT|yOfeyoy]<br>|<br>eee<br>OfOFotetT<br>|||<br>eee<br>ft|tT<br>eee<br>fttT|31<br>tT<br>|<br>eee<br>tTtt|tT<br>eee<br>eee<br>tt|3<br>tT<br>eee<br>eee<br>tt||
||B, C<br>|<br>|<br>|<br>|||25<br>a<br>Po<br>Po|eee<br>tt|eee<br>tt<br>tt|eee<br>tttT<br>tt|eee<br>tT<br>tt|eee<br>tT|eee<br>FOP<br>OP|5<br>eee<br>FOP<br>OP|T<br>eee<br>FOP<br>OP|T<br>eee<br>FOPOfOFotetT<br>OPOfOFoOtet|T<br>eee<br>OfOFotetT<br>OfOFoOtet|T<br>eee<br>OfOFotetT<br>OfOFoOtet|T<br>eee<br>OfOFotetT<br>OfOFoOtet|eee<br>OfOFotetT<br>|<br>OfOFoOtet<br>||eee<br>ft<br>fT|eee<br>fttT<br>fTtT|eee<br>tTtt<br>tTft|eee<br>eee<br>tt<br>fttT|31<br>eee<br>eee<br>tt|<br>tTfT|
||B, C<br>|<br>||<br>|||32<br>Po <br>Po<br>**P**o|tt<br>Et|tt<br>tt<br>Et|tt tT<br>tt<br>Et|tT<br>tt<br>Et|tT<br>Et|FOP<br>OP|FOP<br>OP|T<br>FOP<br>OP|T<br>FOPOfOFotetT<br>OPOfOFoOtet<br>pO|T<br>OfOFotetT<br>OfOFoOtet<br>pOpotvetT|T<br>OfOFotetT<br>OfOFoOtet<br>potvetT|T<br>OfOFotetT<br>OfOFoOtet<br>potvetT|OfOFotetT<br>|<br>OfOFoOtet<br>|<br>potvetTfT|ft<br>fT<br>fTtt|ft tT<br>fTtT<br>tt|tT tt<br>tTft<br>tt|tt<br>fttT|31<br>tt|<br>tTfT|
||B, C<br>||<br>|||40<br>Po<br>**P**o<br>TO|Et<br>TO|tt<br>Et<br>OJ|tt<br>Et<br>OJOOO|tt<br>Et<br>OOO|Et<br>OOO|OP<br>Of|OP<br>Of|OP<br>|T<br>OPOfOFoOtet<br>pO<br>|T<br>OfOFoOtet<br>pOpotvetT<br>|T<br>OfOFoOtet<br>potvetT<br>|T<br>OfOFoOtet<br>potvetT<br>|OfOFoOtet<br>|<br>potvetTfT<br>|fT<br>fTtt<br>|fTtT<br>tt<br>|tTft<br>tt<br>|fttT<br>|tTfT<br>|
|SN201<br>DS201<br>DS202C<br>|<br>|<br>|<br>|<br>|<br>|<br>|<br>|<br>|<br>||B, C, D, K<br>| |<br>|<br>|<br>||10<br>Po<br>**P**<br>Po<br>Pot<br>pot<br>**P**|≤4<br>Po<br>**P**o<br>TO<br>Po|T<br>Et<br>TO<br>Tt|T<br>tt<br>Et<br>OJ<br>Tt|T<br>tt<br>Et<br>OJOOO<br>TtTT|T<br>tt<br>Et<br>OOO<br>TT|T<br>Et<br>OOO<br>TT|T<br>OP<br>Of<br>FOP|T<br>OP<br>OfOTOTOJOlOlOlOlOlOloloeso]<br>FOP|T<br>OP<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOPOPO|T<br>OPOfOFoOtet<br>pO<br>OTOTOJOlOlOlOlOlOloloeso]<br>OPOPO|T<br>OfOFoOtet<br>pOpotvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>POFOfOpoyosyolvosoye}||T<br>OfOFoOtet<br>potvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>OfOFoOtet<br>potvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>OfOFoOtet<br>|<br>potvetTfT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>fT<br>fTtt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>fT tT<br>tt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>tT ft<br>tt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>ft tT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>tTfT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||
||B, C, D, K<br> |<br>|<br>|<br>|<br>|||6<br>**P**o <br>TO<br>Po|6<br> Et<br>TO <br>Tt|6<br>Et<br> OJ<br>Tt|6<br>Et<br>OJOOO<br>TtTT|6<br>Et<br>OOO<br>TT|6<br>Et<br>OOO <br>TT|6<br> Of<br>FOP|T<br>OfOTOTOJOlOlOlOlOlOloloeso]<br>FOP|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOPOPO|T<br>pO<br>OTOTOJOlOlOlOlOlOloloeso]<br>OPOPO|T<br>pOpotvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>POFOfOpoyosyolvosoye}||T<br>potvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>potvetT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}||T<br>potvetT fT<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|T<br>fT tt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|T<br>tt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|T<br>tt<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>eee|
||B, C, D, K<br>|<br>|<br>|<br>|||8<br><br>Po<br>a<br>a|Tt<br>ee|Tt<br>ee|3<br><br>TtTT<br>ee|3<br><br>TT<br>ee|3<br><br>TT<br>ee<br>en|4.5<br><br>FOP<br>ee<br>en|7.5<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOP<br>ee<br>en|8.5<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOPOPO<br>ee<br>en|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>OPOPO<br>ee<br>en|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>POFOfOpoyosyolvosoye}|<br>ee<br>ee|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>ee|T<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>ee|OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>|31<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>ee|3<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>ee|3<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>ee|3<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>ee|4.5<br>OTOTOJOlOlOlOlOlOloloeso]<br>FOfOpoyosyolvosoye}|<br>ee<br>eee<br>ee|
||B, C, D, K<br>|<br>|<br>|<br>|||10<br>Po <br>a<br>Pot|Tt<br>Pot<br>||Tt<br>||3<br>Tt TT<br>tl|3<br>TT<br>tl||3<br>TT<br>en|4.5<br>FOP<br>en<br>||7.5<br>FOP<br>en<br>||8.5<br>FOPOPO<br>en<br>POO|T<br>OPOPO<br>en<br>POO|T<br>POFOfOpoyosyolvosoye}|<br>ee<br>POOf|T<br>FOfOpoyosyolvosoye}|<br>ee<br>f**e**yoOy]|T<br>FOfOpoyosyolvosoye}|<br>ee<br>yoOy]|FOfOpoyosyolvosoye}|<br>eee<br><br>yoOy]fT|31<br>FOfOpoyosyolvosoye}|<br>eee<br>ee<br>fT<br>||3<br>FOfOpoyosyolvosoye}|<br>eee<br>ee<br>tT|3<br>FOfOpoyosyolvosoye}|<br>eee<br>ee<br>tT|3<br>FOfOpoyosyolvosoye}|<br>eee<br>ee|4.5<br>FOfOpoyosyolvosoye}|<br>eee<br>ee|
||B, C, D, K<br>|<br>|<br>|<br>|||13<br>a<br>Pot<br>|Pot<br>|<br>||<br>|tl<br>|tl|<br>|3<br>en<br>|4.5<br>en<br>|<br>|5<br>en<br>|<br>|7.5<br>en<br>POO<br>|T<br>en<br>POO<br>|T<br>ee<br>POOf<br>|T<br>ee<br>f**e**yoOy]<br>|T<br>ee<br>yoOy]<br>eee|eee<br><br>yoOy]fT<br>eee|eee<br>ee<br>fT<br>|<br>eee|eee<br>ee<br>tT<br>eee|31<br>eee<br>ee<br>tT<br>eee|3<br>eee<br>ee<br>ee|4.5<br>eee <br>ee<br>ee|
||B, C, D, K<br>|<br>|<br>|<br>|||16<br>a<br>Pot<br>a|Pot<br>|<br>e||<br>e|tl<br>e|tl|<br>e|3<br>en<br>e|4.5<br>en<br>|<br>e|5<br>en<br>|<br>e|7.5<br>en<br>POO<br>e|T<br>en <br>POO<br>e|T<br> ee<br>POOf<br>e|T<br>ee<br>f**e**yoOy]<br>e|T<br>ee <br>yoOy]<br>eee|<br>yoOy]fT<br>eee|ee<br>fT<br>|<br>eee|ee<br>tT<br>eee|31<br>ee <br>tT<br>eee|3<br> ee<br>ee|4.5<br>ee <br>ee|
||B, C, D, K<br>|<br>|<br>|<br>|||20<br>Pot<br>a<br>aeee|Pot<br>|<br>e<br>eee||<br>e<br>eee|tl<br>e<br>eee|tl |<br>e<br>eee|e<br>eee|3<br>|<br>e<br>eee|5<br>| <br>e<br>eee|6<br> POO<br>e<br>eee|T<br>POO<br>e<br>eee|T<br>POOf<br>e<br>eee|T<br>f**e**yoOy]<br>e <br>eee|T<br>yoOy]<br> eee<br>eee|yoOy] fT<br>eee<br>eee|fT<br>|<br>eee<br>eee<br>ee|tT<br>eee<br>eee<br>ee|31<br>tT<br>eee<br>eee<br>ee|ee<br>eee<br>eee|3<br>ee<br>eee<br>eee|
||B, C, D, K<br>|<br>|<br>|<br>|||25<br><br>a<br>pot|ee<br>pot<br>||ee<br>||ee<br>cf|ee<br>cf<br>||ee|ee<br>||5<br><br>ee<br>TT|6<br><br>ee<br>TT|T<br><br>ee<br>TTfOfe|T<br><br>ee<br>fOfe|T<br> <br>ee<br>fOfeyoy]|T<br> eee<br>ee<br>yoy]|eee<br>ee<br>yoy]Tl|eee<br>ee<br>ee<br>Tlht|eee<br>ee<br>ee<br>ht|eee <br>ee<br>ee|ee<br>ee<br>eee|31<br>ee <br>ee<br>eee|
||B, C, D, K<br>|<br>|<br>|||32<br>pot<br>**P**o|pot<br>|<br>tt||<br>tt|cf<br>tt|cf<br>|<br>tt|tt|||TT|6<br>TT|7.5<br>TTfOfe|T<br>fOfe<br>OPO|T<br>fOfeyoy]<br>OPOtyetT|T<br>yoy]<br>tyetT|yoy]Tl<br>tyetT<br>||ee<br>Tlht|ee<br>ht|ee|eee|31<br>eee|
||B, C, D, K<br>|<br>|||40<br>pot<br>**P**o<br>OF|pot<br>|<br>tt<br>OF||<br>tt<br>OFOJ|cf<br>tt<br>OJOOO|cf<br>|<br>tt<br>OOO|tt<br>OOO||<br>Of|TT<br>Of|TT<br>|7.5<br>TTfOfe<br>|T<br>fOfe<br>OPO<br>|T<br>fOfeyoy]<br>OPOtyetT<br>|T<br>yoy]<br>tyetT<br>|yoy]Tl<br>tyetT<br>|<br>|Tlht<br>|ht<br>||||
|SN201 M<br>DS201 M<br>DS202C M<br>|<br>|<br>|<br>|<br>|<br>|<br>|<br>|<br>||B, C<br>|<br>|<br>||10<br>pot<br>**P**<br>po<br>pot<br>Pot<br>Pot<br>Pot|≤4<br>pot<br>**P**o<br>OF<br>po|T<br>pot<br>|<br>tt<br>OF<br>Tt|T<br>| <br>tt<br>OFOJ<br>Tt|T<br> cf<br>tt<br>OJOOO<br>TtTT|T<br>cf<br>|<br>tt<br>OOO<br>TT|T<br>tt<br>OOO<br>TT|T<br>| <br>Of<br>OPO|T<br> TT<br>OfOTOJOJO[OlOTOlOlOlOlojo]<br>OPO|T<br>TT<br>OTOJOJO[OlOTOlOlOlOlojo]<br>OPO|T<br>TT fOfe<br>OTOJOJO[OlOTOlOlOlOlojo]<br>OPOPO|T<br>fOfe<br>OPO<br>OTOJOJO[OlOTOlOlOlOlojo]<br>POFOTOTOyOsoOlvolsvoyo}|T<br>fOfeyoy]<br>OPOtyetT<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>yoy]<br>tyetT<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>yoy] Tl<br>tyetT<br>|<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>Tl ht<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>ht<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|T<br>OTOJOJO[OlOTOlOlOlOlojo]<br>FOTOTOyOsoOlvolsvoyo}|
||B, C<br>|<br>|<br>|||6<br>**P**o <br>OF<br>po<br>es|6<br> tt<br>OF<br>Tt|6<br>tt<br>OFOJ<br>Tt|6<br>tt<br>OJOOO<br>TtTT|6<br>tt<br>OOO<br>TT|6<br>tt<br>OOO <br>TT<br>en|6<br> Of<br>OPO<br>en|12<br>Of<br>OPO<br>en|T<br><br>OPO<br>en|T<br><br>OPOPO<br>en|T<br>OPO<br><br>POFOTOTOyOsoOlvolsvoyo}<br>ee|T<br>OPO tyetT<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br>tyetT<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br>tyetT<br>|<br><br>FOTOTOyOsoOlvolsvoyo}|T<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|T<br><br>FOTOTOyOsoOlvolsvoyo}<br>ee|
||B, C<br>|<br>|<br>|||10<br>po<br>es<br>pot|Tt<br>pot<br>||Tt<br>||3<br>Tt TT<br>tl|3<br>TT<br>tl<br>||3<br>TT<br>en<br>Tl|4.5<br>OPO<br>en<br>Tl<br>||7.5<br>OPO<br>en<br>||8.5<br>OPO<br>en<br>JOfOfeyoy]|T<br>OPO PO<br>en<br>JOfOfeyoy]|T<br>POFOTOTOyOsoOlvolsvoyo}<br>ee<br>JOfOfeyoy]|T<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>JOfOfeyoy]|T<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>JOfOfeyoy]|FOTOTOyOsoOlvolsvoyo}<br>JOfOfeyoy]<br>fT|31<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>fT<br>||3<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>TT|3<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>TT|3<br>FOTOTOyOsoOlvolsvoyo}<br>ee<br>TT|4.5<br>FOTOTOyOsoOlvolsvoyo}<br>ee|
||B, C<br>|<br>|<br>|||13<br>es<br>pot<br>Pot|pot<br>|<br>Pot<br>|||<br>||tl<br>tl|tl<br>|<br>tl<br>||3<br>en<br>Tl|4.5<br>en<br>Tl<br>|<br>||5<br>en<br>|<br>||7.5<br>en<br>JOfOfeyoy]<br>FOO|T<br>en <br>JOfOfeyoy]<br>FOO|T<br> ee<br>JOfOfeyoy]<br>FOOfeyoy]|T<br>ee<br>JOfOfeyoy]<br>feyoy]|T<br>ee<br>JOfOfeyoy]<br>feyoy]|JOfOfeyoy]<br>fT<br>feyoy]<br>fT|ee<br>fT<br>|<br>fT||ee<br>TT<br>||31<br>ee <br>TT<br>||3<br> ee<br>TT|4.5<br>ee|
||B, C<br>|<br>|<br>|<br>|||16<br>pot<br>Pot<br>a|pot<br>|<br>Pot<br>|<br>eee||<br>|<br>eee|tl<br>tl<br>eee|tl<br>|<br>tl<br>|<br>eee|3<br>Tl<br>eee|4.5<br>Tl<br>|<br>|<br>eee|5<br>|<br>|<br>eee|7.5<br>JOfOfeyoy]<br>FOO<br>eee|T<br>JOfOfeyoy]<br>FOO<br>eee|T<br>JOfOfeyoy]<br>FOOfeyoy]<br>eee|T<br>JOfOfeyoy]<br>feyoy]<br>eee|T<br>JOfOfeyoy]<br>feyoy]<br>eee|JOfOfeyoy]<br>fT<br>feyoy]<br>fT<br>eee|fT<br>|<br>fT|<br>eee|TT<br>|<br>eee|31<br>TT<br>|<br>eee|3<br>TT<br>eee|4.5<br>eee|
||B, C<br>|<br>|<br>|<br>|||20<br>Pot<br>a<br>Pot|Pot<br>|<br>eee<br>Pot||<br>eee<br>tt|tl<br>eee<br>tt|tl<br>|<br>eee<br>ttTT|eee<br>TT|3<br>|<br>eee<br>TT|5<br>|<br>eee<br>TT|6<br>FOO<br>eee<br>OO|T<br>FOO<br>eee<br>OO|T<br>FOOfeyoy]<br>eee<br>OOFoye|T<br>feyoy]<br>eee<br>Foye|T<br>feyoy]<br>eee<br>Foye|feyoy]<br>fT<br>eee<br>fT|fT |<br>eee<br>fT<br>|||<br>eee<br>EP|31<br>|<br>eee<br>EP|eee<br>EP|3<br>eee|
||B, C<br>|<br>|<br>|<br>|||25<br>a<br>Pot|eee<br>Pot|eee<br>tt|eee<br>tt|eee<br>ttTT|eee<br>TT|eee<br>TT|5<br>eee<br>TT|6<br>eee<br>OO|T<br>eee<br>OO|T<br>eee<br>OOFoye|T<br>eee<br>Foye|T<br>eee<br>Foye|eee<br>fT|eee<br>fT<br>|<br>eee|eee<br>EP<br>eee|eee<br>EP<br>eee|eee<br>EP<br>eee|31<br>eee<br>eee|
||B, C<br>|<br>|<br>|||32<br>Pot<br>a<br>Pot|Pot<br>ee<br>PotEE|tt<br>ee<br>EE|tt<br>ee<br>EE|ttTT<br>ee<br>EE|TT<br>ee<br>EE|TT<br>ee|TT<br>ee|6<br>OO<br>ee|7.5<br>OO<br>ee|T<br>OOFoye<br>ee<br>OPO|T<br>Foye<br>ee<br>OPOFee|T<br>Foye<br>ee<br>Fee|fT<br>ee<br>FeeTt|fT<br>|<br>ee<br>eee<br>Tt|EP<br>ee<br>eee<br>Tt|EP<br>ee<br>eee|EP<br>ee<br>eee|31<br>ee<br>eee|
||B, C<br>|<br>|||40<br>Pot<br>Pot|Pot <br>PotEE|tt<br>EE|tt<br>EE|ttTT<br>EE|TT<br>EE|TT|TT|OO|7.5<br>OO|T<br>OOFoye<br>OPO|T<br>Foye<br>OPOFee|T<br>Foye<br>Fee|fT<br>FeeTt|fT<br>| <br>eee<br>Tt|EP<br>eee<br>Tt|EP<br>eee|EP<br>eee|eee|



Supply side circuit-breaker 4P (load side circuit branched between one phase and the neutral) Load side circuit-breaker 1P+N (230/240 V) 

- 1  Value valid for magnetic only supply side circuit-breaker 

- 2 Neutral at 50% 

**11** 

**Selection tables ...............................  pag. 2/2** PT 

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**11** /36 

**MCBs** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

|||||||||||||T3|T3|T3|T3|T3|T3|T3|T3|T3|T3|T3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||N, S|||||||||||
||||||||EL|||||TMD, MA|||||||||||
|||||||||||||250|||||||||||
|63|80|100|1252|125|1602|160|10|25|63|100|160|63|80|100|1252|125|1602|160|2002|200|2502|250|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T||T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T||T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|5|T|T|T|T|T|T|||T|T|T|5|T|T|T|T|T|T|T|T|T|T|
|5|T|T|T|T|T|T|||T|T|T|5|T|T|T|T|T|T|T|T|T|T|
|5|T|T|T|T|T|T|||T|T|T|5|T|T|T|T|T|T|T|T|T|T|
||T|T|T|T|T|T|||T|T|T||T|T|T|T|T|T|T|T|T|T|
||T|T||T|T|T||||T|T||T|T||T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T||T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|7.5|8.5|T|T|T|T|T||T|T|T|T|7.5|8.5|T|T|T|T|T|T|T|T|T|
|7.5|8.5|T|T|T|T|T||T|T|T|T|7.5|8.5|T|T|T|T|T|T|T|T|T|
|5|7.5|T|7.5|T|T|T|||T|T|T|5|7.5|T|7.5|T|T|T|T|T|T|T|
|5|7.5|T|7.5|T|T|T|||T|T|T|5|7.5|T|7.5|T|T|T|T|T|T|T|
|5|6|T|6|T|T|T|||T|T|T|5|6|T|6|T|T|T|T|T|T|T|
|5|6|T|6|T|T|T|||T|T|T|5|6|T|6|T|T|T|T|T|T|T|
||6|7.5|6|T|T|T|||T|T|T||6|7.5|6|T|T|T|T|T|T|T|
||61|7.5|6|T|T|T||||T|T||61|7.5||T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T||T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|7.5|8.5|T|T|T|T|T||T|T|T|T|7.5|8.5|T|T|T|T|T|T|T|T|T|
|5|7.5|T|7.5|T|T|T|||T|T|T|5|7.5|T|7.5|T|T|T|T|T|T|T|
|5|7.5|T|7.5|T|T|T|||T|T|T|5|7.5|T|7.5|T|T|T|T|T|T|T|
|5|6|T|6|T|T|T|||T|T|T|5|6|T|6|T|T|T|T|T|T|T|
|5|6|T|6|T|T|T|||T|T|T|5|6|T|6|T|T|T|T|T|T|T|
||6|7.5|6|T|T|T|||T|T|T||6|7.5|6|T|T|T|T|T|T|T|
||61|7.5|6|T|T|T||||T|T||61|7.5||T|T|T|T|T|T|T|



**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /37 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCB S290 - S200 @ 400/415 V 

**==> picture [513 x 283] intentionally omitted <==**

**----- Start of picture text -----**<br>
400/415 V Supply s.  S290<br>Char.  D<br>Icu [kA]    15<br>Load s.  In [A] 80  100<br>S200 C   10  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>B-C   10  6  T   T<br>8  T   T<br>10  5  8<br>13  4.5  7<br>16  4.5  7<br>20  3.5  5<br>25  3.5  5<br>32   4.5<br>40<br>50<br>63<br>D   10  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  T   T<br>8  T   T<br>10  5  8<br>13  3  5<br>16  3  5<br>20  3  5<br>25   4<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


**11** 

**==> picture [513 x 266] intentionally omitted <==**

**----- Start of picture text -----**<br>
400/415 V  Supply s.  S290<br>Char.  D<br>Icu [kA]    15<br>Load s. In [A] 80  100<br>S200 K  10  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  T   T<br>8  T   T<br>10  5  8<br>16  3  5<br>20  3  5<br>25  4<br>32<br>40<br>50<br>63<br>Z   10  ≤ 2   T  T<br>3  T  T<br>4  T  T<br>6  T  T<br>8  T  T<br>10  5  8<br>16  4.5  7<br>20  3.5  5<br>25  3.5  5<br>32  3  4.5<br>40  3  4.5<br>50  3<br>63<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /38 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCB S290 - S200 M @ 400/415 V 

**==> picture [512 x 379] intentionally omitted <==**

**----- Start of picture text -----**<br>
400/415 V  Supply s.  S290<br>Char.  D<br>Icu [kA]    15<br>Load s.  In [A] 80  100<br>S200 M C   15  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>B-C   15  6  10.5  T<br>8  10.5  T<br>10  5  8<br>13  4.5  7<br>16  4.5  7<br>20  3.5  5<br>25  3.5  5<br>32   4.5<br>40<br>50<br>63<br>D   15  ≤ 2   T  T<br>3  T  T<br>4  T  T<br>6  10.5  T<br>8  10.5  T<br>10  5  8<br>16  3  5<br>20  3  5<br>25   4<br>32<br>40<br>50<br>63<br>K  15  ≤ 2   T  T<br>3  T  T<br>4  T  T<br>6  10.5  T<br>8  10.5  T<br>10  5  8<br>16  3  5<br>20  3  5<br>25   4<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


## MCB S290 - S200 P @ 400/415 V 

**==> picture [250 x 275] intentionally omitted <==**

**----- Start of picture text -----**<br>
400/415 V  Supply s.  S290<br>Char.  D<br>Icu [kA]    15<br>Load s. In [A] 80  100<br>S200 P B-C   25  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  10.5  T<br>8  10.5   T<br>10  5  8<br>13  4.5  7<br>16  4.5  7<br>20  3.5  5<br>25  3.5  5<br>15  32   4.5<br>40<br>50<br>63<br>D   25  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  10.5  T<br>8  10.5   T<br>10  5  8<br>13  3  5<br>16  3  5<br>20  3  5<br>25  4<br>15  32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


**==> picture [251 x 275] intentionally omitted <==**

**----- Start of picture text -----**<br>
400/415 V  Supply s.  S290<br>Char.  D<br>Icu [kA]    15<br>Load s. In [A] 80  100<br>S200 P K  25  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  10.5  T<br>8  10.5  T<br>10  5  8<br>13  3  5<br>16  3  5<br>20  3  5<br>25  4<br>15  32<br>40<br>50<br>63<br>Z  25  ≤ 2   T   T<br>3  T   T<br>4  T   T<br>6  10.5  T<br>8  10.5  T<br>10  5  8<br>16  4.5  7<br>20  3.5  5<br>25  3.5  5<br>15  32  3  4.5<br>40  3  4.5<br>50  3<br>63<br>**----- End of picture text -----**<br>


**11** 

ABB 

**11** /39 

**MCBs** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

## S800S - S200 @ 230/400 V 

**11** 

**==> picture [512 x 648] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S E. S800S<br>  Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6 6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>10 0.4 0.6 0.7 1 1.4 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.5 0.7 0.9 1.3 13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.7 0.9 1.3 16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.9 1.3 20 0.4 0.5 0.7 0.9 1.2 1.8<br>S200 B 10 25 0.9 1.3 S200 B 10 25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.8 1.1 32 0.5 0.6 0.8 1 1.4<br>40 0.8 1.1 40 0.6 0.8 1 1.4<br>50 1 50 0.7 0.9 1.3<br>63 0.9 63 0.9 1.2<br>E. S800S E. S800S<br>  Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 3.3 T T T T T T T 1 T T T T T T T T<br>1.6 0.6 1.3 T T T T T T 1.6 0.6 T T T T T T T<br>2 0.4 0.7 1.3 T T T T T 2 0.5 1 T T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 T T 3 0.3 0.5 0.7 1.2 2.1 T T T<br>4 0.4 0.6 0.7 1 1.7 3.1 T 4 0.3 0.4 0.7 1 1.5 2.6 T T<br>6 0.4 0.5 0.7 1 1.5 2.6 6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>8 0.4 0.6 0.7 1 1.4 8 0.3 0.4 0.5 0.7 0.9 1.3 2<br>S200 C 10 10 0.4 0.6 0.7 1 1.4 S200 C 10 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.5 0.7 0.9 1.3 13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.7 0.9 1.3 16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.9 1.3 20 0.4 0.5 0.7 0.9 1.2 1.8<br>25 0.9 1.3 25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.8 1.1 32 0.5 0.6 0.8 1 1.4<br>40 0.8 1.1 40 0.6 0.8 1 1.4<br>50 1 50 0.7 0.9 1.3<br>63 0.9 63 0.9 1.2<br>E. S800S E. S800S<br>Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 0.8 4.5 T T T T T T 1 2.1 T T T T T T T<br>1.6 0.5 1 2.3 T T T T T 1.6 0.8 2.3 T T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T 2 0.4 0.7 2.3 T T T T T<br>3 0.4 0.5 0.7 1.2 2.5 T T 3 0.3 0.5 0.7 1.2 2.2 T T T<br>4 0.4 0.4 0.7 1 1.7 3 T 4 0.3 0.4 0.7 1 1.4 2.6 T T<br>6 0.6 0.8 1.2 2 3.6 6 0.4 0.6 0.8 1.1 1.8 3.2 T<br>8 0.7 0.9 1.3 2 8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200 D 10 10 0.9 1.3 2 S200 D 10 10 0.7 0.9 1.2 1.8 2.8<br>13 1 1.5 13 0.7 1 1.4 2<br>16 1.5 16 1 1.4 2<br>20 20 1 1.4<br>25 25 1.4<br>32 32<br>40 40<br>50 50<br>63 63<br>E. S800S E. S800S<br>Char. B   Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 0.8 5 T T T T T T 1 2.1 T T T T T T T<br>1.6 0.5 1 2.1 T T T T T 1.6 0.8 2.3 T T T T T T<br>2 0.3 0.5 0.7 2.1 T T T T 2 0.4 0.7 2.3 T T T T T<br>3 0.4 0.5 0.7 1.2 2.5 T T 3 0.3 0.5 0.7 1.2 2.2 T T T<br>4 0.4 0.4 0.7 1 1.7 3 T 4 0.3 0.4 0.7 1 1.4 2.6 T T<br>6 0.6 0.8 1.2 2 3.6 6 0.4 0.6 0.8 1.1 1.8 3.2 T<br>8 0.7 0.9 1.3 2 8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200 K 10 10 0.9 1.3 2 S200 K 10 10 0.7 0.9 1.2 1.8 2.8<br>13 1 1.5 13 0.7 1 1.4 2<br>16 1.5 16 1 1.4 2<br>20 20 1 1.4<br>25 25 1.4<br>32 32<br>40 40<br>50 50<br>63 63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /40 

**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

**11** 

**==> picture [251 x 113] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8 T T T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 T<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>S200 B 10 25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


**==> picture [251 x 168] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 T T T T<br>6 0.5 1 1.2 2 2.8 T T T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>S200 C 10 10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


**==> picture [251 x 169] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 T T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200 D 10 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


**==> picture [251 x 180] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 T T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200 K 10 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side 

T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /41 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## S800S - S200 M @ 230/400 V 

**11** 

**==> picture [511 x 648] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S E. S800S<br>  Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6 6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>10 0.4 0.6 0.7 1 1.4 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.5 0.7 0.9 1.3 13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.7 0.9 1.3 16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.9 1.3 20 0.4 0.5 0.7 0.9 1.2 1.8<br>S200M B 15 25 0.9 1.3 S200M B 15 25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.8 1.1 32 0.5 0.6 0.8 1 1.4<br>40 0.8 1.1 40 0.6 0.8 1 1.4<br>50 1 50 0.7 0.9 1.3<br>63 0.9 63 0.9 1.2<br>E. S800S E. S800S<br>Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 3.3 T T T T T T T 1 T T T T T T T T<br>1.6 0.6 1.3 T T T T T T 1.6 0.6 T T T T T T T<br>2 0.4 0.7 1.3 T T T T T 2 0.5 1 T T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T 3 0.3 0.5 0.7 1.2 2.1 6.4 T T<br>4 0.4 0.6 0.7 1 1.7 3.1 7 4 0.3 0.4 0.7 1 1.5 2.6 6.1 T<br>6 0.4 0.5 0.7 1 1.5 2.6 6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>8 0.4 0.6 0.7 1 1.4 8 0.3 0.4 0.5 0.7 0.9 1.3 2<br>S200M C 15 10 0.4 0.6 0.7 1 1.4 S200M C 15 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.5 0.7 0.9 1.3 13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.7 0.9 1.3 16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.9 1.3 20 0.4 0.5 0.7 0.9 1.2 1.8<br>25 0.9 1.3 25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.8 1.1 32 0.5 0.6 0.8 1 1.4<br>40 0.8 1.1 40 0.6 0.8 1 1.4<br>50 1 50 0.7 0.9 1.3<br>63 0.9 63 0.9 1.2<br>E. S800S E. S800S<br>Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 0.8 5 T T T T T T 1 2.1 T T T T T T T<br>1.6 0.5 1 2.3 T T T T T 1.6 0.8 2.3 T T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T 2 0.4 0.7 2.3 T T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T 3 0.3 0.5 0.7 1.2 2.2 6.4 T T<br>4 0.4 0.4 0.7 1 1.7 3 7.7 4 0.3 0.4 0.7 1 1.4 2.6 6.2 T<br>6 0.6 0.8 1.2 2 3.6 6 0.4 0.6 0.8 1.1 1.8 3.2 6.4<br>8 0.7 0.9 1.3 2 8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200M D 15 10 0.9 1.3 2 S200M D 15 10 0.7 0.9 1.2 1.8 2.8<br>13 1 1.5 13 0.7 1 1.4 2<br>16 1.5 16 1 1.4 2<br>20 20 1 1.4<br>25 25 1.4<br>32 32<br>40 40<br>50 50<br>63 63<br>E. S800S E. S800S<br>Char. B Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>1 0.8 5 T T T T T T 1 2.1 T T T T T T T<br>1.6 0.5 1 2.3 T T T T T 1.6 0.8 2.3 T T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T 2 0.4 0.7 2.3 T T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T 3 0.3 0.5 0.7 1.2 2.2 6.4 T T<br>4 0.4 0.4 0.7 1 1.7 3 7.7 4 0.3 0.4 0.7 1 1.4 2.6 6.2 T<br>6 0.6 0.8 1.2 2 3.6 6 0.4 0.6 0.8 1.1 1.8 3.2 6.4<br>8 0.7 0.9 1.3 2 8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200M K 15 10 0.9 1.3 2 S200M K 15 10 0.7 0.9 1.2 1.8 2.8<br>13 1 1.5 13 0.7 1 1.4 2<br>16 1.5 16 1 1.4 2<br>20 20 1 1.4<br>25 25 1.4<br>32 32<br>40 40<br>50 50<br>63 63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /42 

**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

**11** 

**==> picture [251 x 113] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8 T T T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>S200M B 15 25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


**==> picture [251 x 168] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>  Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 7.7 T T T<br>6 0.5 1 1.2 2 2.8 9.9 T T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>S200M C 15 10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


**==> picture [251 x 169] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200M D 15 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


**==> picture [251 x 180] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200M K 15 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /43 

**Technical details** Coordination tables: selectivity 

**MCBs** 

## **System pro** _**M**_ **compact[®]** 

## S800S - S200 P @ 230/400 V 

**11** 

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**----- Start of picture text -----**<br>
E. S800S<br>Char. B<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>S200P B 25 16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15 50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800S<br>  Char. C<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>S200P B 25 16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15 50 1<br>63 0.9<br>E. S800S<br>Char. C<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.3 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T<br>4 0.4 0.6 0.7 1 1.7 3.1 7<br>S200P C 25 6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15 50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800S<br>Char. B<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T  T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.2 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T<br>4 0.4 0.6 0.7 1 1.7 3.1 7<br>S200P C 25 6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15 50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800S E. S800S<br>Char. B   Char. C<br>L.  Icu [kA] 50 L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125 In [A] 25 32 40 50 63 80 100 125<br>0.2 T T T T T T T T 0.2 T T T T T T T T<br>0.3 T T T T T T T T 0.3 T T T T T T T T<br>0.5 T T T T T T T T 0.5 T T T T T T T T<br>0.75 T T T T T T T T 0.75 T T T T T T T T<br>1 0.8 5 T T T T T T 1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T 1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.1 T T T T 2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T 3 0.4 0.5 0.7 1.2 2.5 8.6 T<br>S200P K 25 4 0.4 0.4 0.7 1 1.7 3 7.7 S200P K 25 4 0.4 0.4 0.7 1 1.7 3 7.7<br>6 0.6 0.8 1.2 2 3.6 6 0.6 0.8 1.2 2 3.6<br>8 0.7 0.9 1.3 2 8 0.7 0.9 1.3 2<br>10 0.9 1.3 2 10 0.9 1.3 2<br>13 1 1.5 13 1 1.5<br>16 1.5 16 1.5<br>20 20<br>25 25<br>32 32<br>40 40<br>15 50 15 50<br>63 63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

**Selection tables ...............................  pag. 2/2** 

ABB 

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**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

**11** 

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E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8 9.9 21.3 T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>S200P B 25 16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>15 50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 7.7 T T T<br>S200P C 25 6 0.5 1 1.2 2 2.8 9.9 22 T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>15 50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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E. S800S<br>Char. D<br>L.  Icu [kA] 50<br>In [A] 25 32 40 50 63 80 100 125<br>0.2 T T T T T T T T<br>0.3 T T T T T T T T<br>0.5 T T T T T T T T<br>0.75 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>S200P K 25 4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 12 24.2 T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 9.9<br>10 0.5 0.7 1.1 1.5 2 4 5.5 9.9<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>15 50 2.2<br>63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /45 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## S800N - S200 @ 230/400 V 

**11** 

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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>S200 B 10<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.2 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 T T<br>4 0.4 0.6 0.7 1 1.7 3.1 T<br>6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>S200 C 10 10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 T T<br>4 0.4 0.4 0.7 1 1.7 3 T<br>6 0.6 0.8 1.2 2 3.6<br>8 0.7 0.9 1.3 2<br>S200 D 10 10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 T T<br>4 0.4 0.4 0.7 1 1.7 3 T<br>6 0.6 0.8 1.2 2 3.6<br>8 0.7 0.9 1.3 2<br>S200 K 10 10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.4 0.5 0.7 0.9 1.2 1.8<br>S200 B 10<br>25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.5 0.6 0.8 1 1.4<br>40 0.6 0.8 1 1.4<br>50 0.7 0.9 1.3<br>63 0.9 1.2<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 0.6 T T T T T T T<br>2 0.5 1 T T T T T T<br>3 0.3 0.5 0.7 1.2 2.1 T T T<br>4 0.3 0.4 0.7 1 1.5 2.6 T T<br>6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>8 0.3 0.4 0.5 0.7 0.9 1.3 2<br>S200 C 10 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.4 0.5 0.7 0.9 1.2 1.8<br>25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.5 0.6 0.8 1 1.4<br>40 0.6 0.8 1 1.4<br>50 0.7 0.9 1.3<br>63 0.9 1.2<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 2.1 T T T T T T T<br>1.6 0.8 2.3 T T T T T T<br>2 0.4 0.7 2.3 T T T T T<br>3 0.3 0.5 0.7 1.2 2.2 T T T<br>4 0.3 0.4 0.7 1 1.4 2.6 T T<br>6 0.4 0.6 0.8 1.1 1.8 3.2 T<br>8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200 D 10 10 0.7 0.9 1.2 1.8 2.8<br>13 0.7 1 1.4 2<br>16 1 1.4 2<br>20 1 1.4<br>25 1.4<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 2.1 T T T T T T T<br>1.6 0.8 2.3 T T T T T T<br>2 0.4 0.7 2.3 T T T T T<br>3 0.3 0.5 0.7 1.2 2.2 T T T<br>4 0.3 0.4 0.7 1 1.4 2.6 T T<br>6 0.4 0.6 0.8 1.1 1.8 3.2 T<br>8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200 K 10 10 0.7 0.9 1.2 1.8 2.8<br>13 0.7 1 1.4 2<br>16 1 1.4 2<br>20 1 1.4<br>25 1.4<br>32<br>40<br>50<br>63<br>E. = feed side  L. = load side<br>T  = Total selectivity up to breaking capacity of the switch on load side<br>  Selectivity limit values indicated in kA<br>**----- End of picture text -----**<br>


ABB 

**11** /46 

**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

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**----- Start of picture text -----**<br>
E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8 T T T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>S200 B 10<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 T T T T<br>6 0.5 1 1.2 2 2.8 T T T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>S200 C 10 10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 T<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 T T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200 D 10 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 T T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200 K 10 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


**11** 

E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /47 

**MCBs** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

## S800N - S200M @ 230/400 V 

**11** 

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**----- Start of picture text -----**<br>
E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>S200M B 15<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


**==> picture [247 x 168] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.3 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T<br>4 0.4 0.6 0.7 1 1.7 3.1 7<br>6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>S200M C 15 10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


**==> picture [247 x 169] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T<br>4 0.4 0.4 0.7 1 1.7 3 7.7<br>6 0.6 0.8 1.2 2 3.6<br>8 0.7 0.9 1.3 2<br>S200M D 15 10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


**==> picture [247 x 168] intentionally omitted <==**

**----- Start of picture text -----**<br>
E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T<br>4 0.4 0.4 0.7 1 1.7 3 7.7<br>6 0.6 0.8 1.2 2 3.6<br>8 0.7 0.9 1.3 2<br>S200M K 15 10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.4 0.5 0.7 0.9 1.2 1.8<br>S200M B 15<br>25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.5 0.6 0.8 1 1.4<br>40 0.6 0.8 1 1.4<br>50 0.7 0.9 1.3<br>63 0.9 1.2<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 0.6 T T T T T T T<br>2 0.5 1 T T T T T T<br>3 0.3 0.5 0.7 1.2 2.1 6.4 T T<br>4 0.3 0.4 0.7 1 1.5 2.6 6.1 T<br>6 0.4 0.5 0.7 0.9 1.4 2.4 4.8<br>8 0.3 0.4 0.5 0.7 0.9 1.3 2<br>S200M C 15 10 0.3 0.4 0.5 0.7 0.9 1.3 2<br>13 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>16 0.3 0.4 0.5 0.7 0.9 1.3 1.9<br>20 0.4 0.5 0.7 0.9 1.2 1.8<br>25 0.4 0.5 0.7 0.9 1.2 1.8<br>32 0.5 0.6 0.8 1 1.4<br>40 0.6 0.8 1 1.4<br>50 0.7 0.9 1.3<br>63 0.9 1.2<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 2.1 T T T T T T T<br>1.6 0.8 2.3 T T T T T T<br>2 0.4 0.7 2.3 T T T T T<br>3 0.3 0.5 0.7 1.2 2.2 6.4 T T<br>4 0.3 0.4 0.7 1 1.4 2.6 6.2 T<br>6 0.4 0.6 0.8 1.1 1.8 3.2 6.4<br>8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200M D 15 10 0.7 0.9 1.2 1.8 2.8<br>13 0.7 1 1.4 2<br>16 1 1.4 2<br>20 1 1.4<br>25 1.4<br>32<br>40<br>50<br>63<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 2.1 T T T T T T T<br>1.6 0.8 2.3 T T T T T T<br>2 0.4 0.7 2.3 T T T T T<br>3 0.3 0.5 0.7 1.2 2.2 6.4 T T<br>4 0.3 0.4 0.7 1 1.4 2.6 6.2 T<br>6 0.4 0.6 0.8 1.1 1.8 3.2 6.4<br>8 0.5 0.7 0.9 1.2 1.8 2.8<br>S200M K 15 10 0.7 0.9 1.2 1.8 2.8<br>13 0.7 1 1.4 2<br>16 1 1.4 2<br>20 1 1.4<br>25 1.4<br>32<br>40<br>50<br>63<br>E. = feed side  L. = load side<br>T  = Total selectivity up to breaking capacity of the switch on load side<br>  Selectivity limit values indicated in kA<br>**----- End of picture text -----**<br>


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**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

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E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8  T T T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>S200M B 15<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 7.7 T T T<br>6 0.5 1 1.2 2 2.8 T T T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>S200M C 15 10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200M D 15 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 T T T<br>8 0.5 0.7 1.1 1.5 2 4 5.5 T<br>S200M K 15 10 0.5 0.7 1.1 1.5 2 4 5.5 T<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


**11** 

E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

ABB 

**11** /49 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## S800N - S200P @ 230/400 V 

**11** 

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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>25 13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>S200P B<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.3 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T<br>4 0.4 0.6 0.7 1 1.7 3.1 7<br>25 6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>S200P C 10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. B<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.2 T T T T T T T T<br>0.3 T T T T T T T T<br>0.5 T T T T T T T T<br>0.75 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.1 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T<br>25<br>4 0.4 0.4 0.7 1 1.7 3 7.7<br>6 0.6 0.8 1.2 2 3.6<br>S200P K<br>8 0.7 0.9 1.3 2<br>10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>15<br>50<br>63<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.4 0.5 0.7 1 1.5 2.6<br>10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>25<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>S200P B<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 3.3 T T T T T T T<br>1.6 0.6 1.3 T T T T T T<br>2 0.4 0.7 1.3 T T T T T<br>3 0.4 0.6 0.7 1.1 2.6 8.8 T<br>4 0.4 0.6 0.7 1 1.7 3.1 7<br>25 6 0.4 0.5 0.7 1 1.5 2.6<br>8 0.4 0.6 0.7 1 1.4<br>S200P C 10 0.4 0.6 0.7 1 1.4<br>13 0.5 0.7 0.9 1.3<br>16 0.7 0.9 1.3<br>20 0.9 1.3<br>25 0.9 1.3<br>32 0.8 1.1<br>40 0.8 1.1<br>15<br>50 1<br>63 0.9<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. C<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.2 T T T T T T T T<br>0.3 T T T T T T T T<br>0.5 T T T T T T T T<br>0.75 T T T T T T T T<br>1 0.8 5 T T T T T T<br>1.6 0.5 1 2.3 T T T T T<br>2 0.3 0.5 0.7 2.3 T T T T<br>3 0.4 0.5 0.7 1.2 2.5 8.6 T<br>25<br>4 0.4 0.4 0.7 1 1.7 3 7.7<br>6 0.6 0.8 1.2 2 3.6<br>S200P K<br>8 0.7 0.9 1.3 2<br>10 0.9 1.3 2<br>13 1 1.5<br>16 1.5<br>20<br>25<br>32<br>40<br>15<br>50<br>63<br>**----- End of picture text -----**<br>


E. = feed side L. = load side T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /50 

**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

**11** 

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E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>6 0.5 1 1.2 2 2.8 9.9 21.3 T<br>10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>25<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>S200P B<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>15<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.5 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 T T T T T T T T<br>3 0.7 2.2 4.4 T T T T T<br>4 0.7 1.3 2.2 4.4 7.7 T T T<br>25 6 0.5 1 1.2 2 2.8 9.9 22 T<br>8 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>S200P C 10 0.4 0.6 0.8 1.1 1.4 2.8 3.9 7.4<br>13 0.4 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>16 0.6 0.8 1.1 1.4 2.5 3.3 5.6<br>20 0.8 1.1 1.3 2.3 3 4.7<br>25 0.8 1.1 1.3 2.3 3 4.7<br>32 0.9 1.1 1.9 2.4 3.7<br>40 1.1 1.9 2.4 3.7<br>15<br>50 1.5 1.9 2.3<br>63 1.7 2.3<br>**----- End of picture text -----**<br>


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E. S800N<br>Char. D<br>L.  Icu [kA] 36<br>In [A] 25 32 40 50 63 80 100 125<br>0.2 T T T T T T T T<br>0.3 T T T T T T T T<br>0.5 T T T T T T T T<br>0.75 T T T T T T T T<br>1 T T T T T T T T<br>1.6 T T T T T T T T<br>2 2.3 T T T T T T T<br>3 0.7 1.3 4.4 T T T T T<br>25<br>4 0.7 1 2.2 4.4 7.7 T T T<br>6 0.6 0.8 1.5 2.5 3.6 12 24.2 T<br>S200P K<br>8 0.5 0.7 1.1 1.5 2 4 5.5 9.9<br>10 0.5 0.7 1.1 1.5 2 4 5.5 9.9<br>13 0.6 0.9 1.2 1.5 2.6 3.4 5.2<br>16 0.9 1.2 1.5 2.6 3.4 5.2<br>20 0.9 1.1 1.8 2.2 3.2<br>25 1.1 1.8 2.2 3.2<br>32 1.7 2 2.9<br>40 1.9 2.6<br>15<br>50 2.2<br>63<br>**----- End of picture text -----**<br>


T  = Total selectivity up to breaking capacity of the switch on load side Selectivity limit values indicated in kA 

E. = feed side L. = load side 

**Selection tables ...............................  pag. 2/2** 

ABB 

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**System pro** _**M**_ **compact[®]** 

**Technical details** Coordination tables: selectivity 

**MCBs** 

Functional diagram of selective main circuit breakers S 700 

**==> picture [6 x 59] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CDC 022 453 F0103<br>**----- End of picture text -----**<br>


## **Back-up protection** 

Selective main circuit breakers of the S 700 series are capable of switching off short-circuit currents of up to 25 kA automatically in networks with a rated voltage of 230/400 V. Back-up protection is necessary only when the prospective short-circuit current may exceed 25 kA prosp. at the installation point. Further information on back-up protection on request. 

## **Short circuit discrimination** 

When ABB miniature circuit-breaker are used in combination with the S 700, higher shortcircuit currents can be disconnected than are indicated as permissible rated switching capacity of device. Considering the values given in the table, the S 700 operates selectively with respect to the combination with the final device. If other mcbs are used selectivity for 6 kA and 10 kA devices is available up to the rated switching capacity of the final device. 

||MCB|MCB|||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||Supply side|||S 700||fuse|||||
|**11**<br>a|Load side<br>S 200<br>S 200 M||Char.<br>Icu [kA]<br>C<br>6<br>B, C<br>C<br>B, C<br>C<br>6<br>B, C<br>C<br>B, C<br>|ee|ee|In [A]<br>m 2<br>3<br>4<br>6<br>8<br>10<br>13<br>16<br>20<br>25<br>32<br>40<br>50/63<br>m 2<br>3<br>4<br>6<br>8<br>10<br>13<br>16<br>20<br>25<br>32<br>40<br>50/63<br>ee|E/K<br>25<br>16<br>20<br>25<br>35<br>40<br>50<br>63<br>80<br>100<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>10<br>8<br>8<br>10<br>10<br>8<br>8<br>8<br>8<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>15<br>10<br>10<br>15<br>15<br>10<br>10<br>10<br>10<br>|<br>|<br>ee<br>|<br>|<br>ee<br>ee<br>|<br>||16<br>20<br>25<br>1<br>1.2<br>4<br>0.3<br>0.7<br>1.2<br>0.3<br>0.6<br>0.9<br>0.2<br>0.5<br>0.8<br>0.2<br>0.4<br>0.7<br>0.2<br>0.4<br>0.7<br>0.7<br>1<br>1.2<br>4<br>0.3<br>0.7<br>1.2<br>0.3<br>0.6<br>0.9<br>0.2<br>0.5<br>0.8<br>0.2<br>0.4<br>0.7<br>0.2<br>0.4<br>0.7<br>0.7|gG<br>35<br>50<br>>15<br>>15<br>4.6<br>6<br>2.8<br>6<br>2<br>3.3<br>1.7<br>2.8<br>1.5<br>2.5<br>1.5<br>2.5<br>1.3<br>2<br>1.8<br>1.8<br>>15<br>>15<br>4.6<br>10<br>2.8<br>10<br>1.7<br>3.1<br>1.4<br>2.3<br>1.4<br>2.3<br>1.4<br>2.3<br>1.3<br>2<br>1.9<br>1.9||63<br>>15<br>6<br>6<br>5.5<br>4.5<br>3.5<br>3.5<br>2.9<br>2.6<br>2.6<br>2.2<br>>15<br>10<br>10<br>7<br>3.4<br>3.4<br>3.4<br>2.9<br>2.7<br>2.6<br>2.4|80<br>>15<br>6<br>6<br>6<br>6<br>5<br>5<br>4.1<br>3.5<br>3.5<br>3<br>2.5<br>>15<br>10<br>10<br>10<br>4.8<br>4.8<br>4.8<br>4.2<br>3.8<br>3.6<br>3.2<br>3.2|100<br>>15<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>5<br>5<br>4<br>4<br>3.5<br>>15<br>10<br>10<br>10<br>7.5<br>7.5<br>7.5<br>6<br>5.6<br>5.4<br>4.2<br>4.2<br>3.8|
||||||||||||||
|||Limited overload selectivity|Limited overload selectivity||||||||||
||**Selection tables ...............................  pag. 2/2**<br>e.g||||||||||||



ABB 

**11** /52 

**11** 

|**System**|**System**|**System**|**System**||**Technical details**||||||**MCBs**|**MCBs**|**MCBs**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Coordination tables:<br>**pro****_M_ compact®**||||||||||||||
||||||selectivity|||||||||
|||||||||||||||
||MCB||||S 200 M|||||S 200 M||||
||||Supply side||S 700||||fuse|||||
||Load side<br>S 200<br>S 200 M<br>S 200<br>S 200 M||Char.<br>Icu [kA]<br>K<br>6<br>Z<br>6<br>|ee|ee|E/K<br>25<br>In [A]<br>16<br>20<br>25<br>35<br>40<br>50<br>63<br>80<br>100<br>2<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>3<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>4<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>6<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>16<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>20<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>25<br>10<br>10<br>10<br>10<br>10<br>10<br>32<br>10<br>10<br>10<br>10<br>10<br>40<br>10<br>10<br>10<br>10<br>50/63<br>10<br>10<br>2<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>3<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>4<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>6<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>8<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>16<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>20<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>25<br>10<br>10<br>10<br>10<br>10<br>10<br>32<br>10<br>10<br>10<br>10<br>10<br>40<br>10<br>10<br>10<br>10<br>50/63<br>10<br>10<br>|<br>|<br>ee<br>eT<br>ee<br>Ce<br>ee<br>|<br>ee<br>||16<br>0.3<br>0.3<br>0.3<br>0.5<br>0.3<br>0.3<br>0.2<br>0.2|20<br>1.2<br>0.7<br>0.6<br>2<br>0.7<br>0.6<br>0.5<br>0.5<br>0.4|25<br>4<br>1.2<br>0.9<br>0.7<br>>15<br>1.8<br>1.3<br>0.9<br>0.6<br>0.6<br>0.5|gG<br>35<br>50<br>>15<br>>15<br>4.6<br>6<br>2.8<br>6<br>1.7<br>3<br>1.3<br>2.2<br>1.7<br>>15<br>>15<br>6<br>6<br>7<br>6<br>2.7<br>6<br>1.7<br>3.8<br>1.3<br>2.4<br>1.1<br>1.7<br>0.9<br>1.5<br>1.4<br>1.4||63<br>>15<br>6<br>6<br>5.9<br>3.6<br>2.5<br>2.2<br>>15<br>6<br>6<br>6<br>6<br>4<br>3<br>2.3<br>2<br>2<br>2|80<br>>15<br>6<br>6<br>6<br>6<br>4<br>3.1<br>3.1<br>2.6<br>>15<br>6<br>6<br>6<br>6<br>6<br>4.5<br>3.5<br>3<br>3<br>3<br>2.2|100<br>>15<br>6<br>6<br>6<br>6<br>6<br>4.6<br>4.6<br>3.5<br>3.5<br>>15<br>6<br>6<br>6<br>6<br>6<br>6<br>5.2<br>4<br>4<br>4<br>3.5|
|||||||||||||||
|||Limited overload selectivity|Limited overload selectivity|||||||||||
|**Selection tables ...............................  pag. 2/2**<br>dT]||||||||||||||



ABB 

**11** /53 

**MCBs** 

**11** | 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

|MCB|||||S 200 P|||||S 200 P|S 200 P|||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||Supply side||Supply side||S 700|||fuse||||||
||Char.||||E/K|||gG||||||
|||||Icu [kA]|25|||||||||
|Load side|||||In [A]<br>16<br>20<br>25<br>35<br>40<br>50<br>63<br>80<br>100|16<br>20|25|35||50|63|80|100|
|S 200 P|B||6<br>6<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>10<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>13<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>16<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>20<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>32<br>25<br>25<br>25<br>25<br>25<br>40<br>25<br>25<br>25<br>25<br>50/63<br>10<br>10<br>> —=—S===<br>—_—_|||0.2<br>0.4<br>0.2<br>0.4|0.6<br>0.6<br>0.6|1.2<br>1.1<br>1<br>1<br>1||2.2<br>1.8<br>1.7<br>1.6<br>1.6<br>1.5<br>1.3|3.7<br>2.7<br>2.5<br>2.4<br>2.2<br>2<br>2<br>1.9|6<br>4<br>3.7<br>3.5<br>3.3<br>3<br>2.8<br>2.7<br>2.7|10<br>6<br>5.5<br>5.3<br>4.7<br>4<br>3.6<br>3.4<br>3.4|
||||||2<br>>25<br>>25<br>>25<br>>25<br>>25<br>>25<br>>25<br>>25<br>>25|1<br>2|>25|>25||>25|>25|>25|>25|
||||||3<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25|0.3<br>0.8|1.5|6||10|10|10|10|
|S 200 P|C|||6|4<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>0.3<br>0.6<br>1<br>3.3<br>6<br>10<br>10<br>10<br>6<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>0.6<br>1.3<br>3<br>5.5<br>10<br>10<br>8<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>1.1<br>2.9<br>3.5<br>6<br>10<br>10<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>1<br>1.7<br>2.5<br>4<br>6<br>13<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>1.8<br>2.2<br>3<br>5.5<br>a<br>a<br>ee|||||||||
||||||16<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25|||||1.6|2|3|5|
||||||20<br>25<br>25<br>25<br>25<br>25<br>25<br>25||||||1.6|2.8|3.6|
||||||25<br>25<br>25<br>25<br>25<br>25<br>25|||||||2.4|3.5|
||||||32<br>25<br>25<br>25<br>25<br>25||||||||3.1|
||||||40<br>25<br>25<br>25<br>25|||||||||
||||||50/63<br>10<br>10|||||||||
||||P|||2<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>3<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>4<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br> a<br>er|0.3<br>1<br>0.3<br>0.8<br>0.3<br>0.6|>15<br>1.5<br>1|>15<br>6<br>3.3||>15<br>6<br>6|>15<br>6<br>6|>15<br>10<br>6|>15<br>10<br>10|
||||||6<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>0.6<br>1.3<br>3<br>5.5<br>6<br>9.5<br>8<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>1.1<br>2.5<br>3.5<br>6<br>6<br>a|||||||||
||||||10<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>eT|||1||1.7|2.5|4|6|
|S 200 P|K|||6|13<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25|||||1.6|2.2|3|5.5|
||||_—||16<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>20<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>15<br>15<br>15<br>15<br>15<br>15<br>32<br>15<br>15<br>15<br>15<br>15<br>40<br>15<br>15<br>15<br>15<br>50/63<br>10<br>10<br>2<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>3<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>—|0.3<br>1<br>0.3<br>0.6|>15<br>1.8|>15<br>10||1.5<br>>15<br>10|2<br>1.6<br>>15<br>10|3<br>5<br>2.6<br>3.6<br>2.4<br>3.3<br>3.1<br>>15<br>>15<br>10<br>10<br>=||
|S 200 P|Z|||6|4<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>0.3<br>0.6<br>0.6<br>1.3<br>6<br>10<br>10<br>10<br>6<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>0.8<br>2.6<br>6<br>10<br>10<br>8<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>15<br>1.7<br>3.4<br>7<br>10<br>10<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>1.3<br>2.2<br>3.7<br>6<br>16<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>1.7<br>2.8<br>4.1<br>20<br>25<br>25<br>25<br>25<br>25<br>25<br>25<br>2.1<br>3.1<br>25<br>15<br>15<br>15<br>15<br>15<br>15<br>2.6<br>32<br>15<br>15<br>15<br>15<br>15<br>40<br>15<br>15<br>15<br>15<br>50/63<br>10<br>10<br>er<br>es<br>—<br>$=|||||||||



> [Limited overload selectivity] 

**Selection tables ...............................  pag. 2/2** Co 

ABB 

**11** /54 

|**System**|**System**|||||**Technical details**|**Technical details**|**Technical details**|**Technical details**|**Technical details**|||||||**MCBs**|**MCBs**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|**pro****_M_ compact®**||||||Coordination tables:|||Coordination tables:||||||||||
|||||||selectivity|||||||||||||
|||||||**Limit of selectivity**|||||||||||||
|||||||For the coordination of MCB, S 700 and upstream fuses the following selectivity limits can be assumed:|For the coordination of MCB, S 700 and upstream fuses the following selectivity limits can be assumed:||||For the coordination of MCB, S 700 and upstream fuses the following selectivity limits can be assumed:|||For the coordination of MCB, S 700 and upstream fuses the following selectivity limits can be assumed:|||||
|Load side<br>S 200|Upstream<br>fuse 63 A gG<br>fuse 80 A gG<br>Supply side<br>S 700<br>S 700<br>Char.<br>E/K<br>E/K<br>Icu [kA]<br>25<br>25<br>In [A]<br>35<br>40<br>50<br>63<br>80<br>100<br>35<br>40<br>50<br>63<br>C<br>6<br>2<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>>15<br>3<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>4<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>B, C<br>6<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>10<br>C<br>8<br>7.5<br>7<br>7<br>6<br>10<br>10<br>10<br>8<br>B, C<br>10<br>7.5<br>7<br>7<br>6<br>10<br>10<br>10<br>8<br>13<br>6<br>6<br>6<br>6<br>10<br>10<br>9<br>7.5<br>16<br>6<br>6<br>6<br>6<br>10<br>10<br>9<br>7.5<br>20<br>6<br>6<br>5<br>5<br>9<br>8<br>8<br>6<br>25<br>4.5<br>4.5<br>4.5<br>7.5<br>7.5<br>6<br>32<br>4.5<br>4.5<br>6<br>6<br>40<br>4<br>6<br>50<br>50/63<br>S 700<br>S 200<br>i=||||||||||||||||80<br>>15<br>8<br>8<br>8<br>8<br>6<br>6<br>6<br>6<br>6<br>6<br>6<br>4.5|100|
||||||||||||||||||||
||Upstream|||||||fuse 100 A gG|||||||fuse<br>125 A gG||||
||Supply side||Supply side|||||S 700|||||||S 700||||
||Char.|||||||E/K|||||||E/K||||
|||||Icu [kA]||||25|||||||25||||
|Load side|||||In [A]|35|40|50|63||80|100|35|40|50|63|80|100|
|S 200|||||2|>15|>15|>15|>15||>15|>15|>15|>15|>15|>15|>15|>15|
||C||||3|10|10|10|10||8|8|10|10|10|10|8|8|
||||||4|10|10|10|10||8|8|10|10|10|10|8|8|
||B, C||||6|10|10|10|10||8|8|10|10|10|10|8|8|
||C||||8|10|10|10|10||8|8|10|10|10|10|8|8|
||||||10|10|10|10|10||8|8|10|10|10|10|8|8|
|||||6|13<br>16|10<br>10|10<br>10|10<br>10|10<br>10||8<br>8|8<br>8|10<br>10|10<br>10|10<br>10|10<br>10|8<br>8|8<br>8|
||||||20|10|10|10|10||8|8|10|10|10|10|8|8|
||B, C||||25||10|10|10||8|8||10|10|10|8|8|
||||||32|||10|10||8|7.5|||10|10|8|8|
||||||40||||10||8|7||||10|8|8|
||||||50||||||7|6|||||8|8|
||||||63|||||||5||||||8|



**11** 

Values for < 6 A and 8 A are only valid for C characteristic. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /55 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**==> picture [513 x 198] intentionally omitted <==**

**----- Start of picture text -----**<br>
Upstream fuse 63 A gG fuse 80 A gG<br>Supply side S 700 S 700<br>Char. E/K E/K<br>Icu [kA] 25 25<br>Load side In [A] 35 40 50 63 80 100 35 40 50 63 80 100<br>S 200 M � 2 >15 >15 >15 >15 >15 >15 >15 >15 >15<br>C  3 15 15 15 15 15 15 15 15 10<br> 4 15 15 15 15 15 15 15 15 10<br>B, C  6 15 15 15 15 15 15 15 15 10<br>C 8 7.5 7 7 6 12.5 10 10 10 6<br>10 7.5 7 7 6 12.5 10 10 10 6<br>13 6 6 6 5 10 10 9 7.5 6<br>10<br>16 6 6 6 5 10 10 9 7.5 6<br>20 6 6 5 5 9 8 8 6 6<br>B, C 25 4.5 4.5 4.5 7.5 7.5 6 6<br>32 4.5 4.5 6 6 6<br>40 4 6 6<br>50 4.5<br>63<br>**----- End of picture text -----**<br>


**==> picture [513 x 199] intentionally omitted <==**

**----- Start of picture text -----**<br>
Upstream fuse 100 A gG fuse � 125 A gG<br>Supply side S 700 S 700<br>Char. E/K E/K<br>Icu [kA] 25 25<br>Load side In [A] 35 40 50 63 80 100 35 40 50 63 80 100<br>S 200 M � 2 >15 >15 >15 >15 >15 >15 >15 >15 >15 >15 >15 >15<br>C  3 15 15 15 15 10 10 15 15 15 15 10 10<br> 4 15 15 15 15 10 10 15 15 15 15 10 10<br>B, C  6 15 15 15 15 10 10 15 15 15 15 10 10<br>C 8 15 15 15 15 10 10 15 15 15 15 10 10<br>10 15 15 15 15 10 10 15 15 15 15 10 10<br>13 15 12.5 12.5 12.5 10 10 15 15 15 15 10 10<br>10<br>16 15 12.5 12.5 12.5 10 10 15 15 15 15 10 10<br>20 12.5 10 12.5 10 10 10 15 15 15 15 10 10<br>B, C 25 10 10 10 10 9 15 15 15 10 10<br>32 10 10 10 7.5 15 15 10 10<br>40 10 9 7 15 10 10<br>50 7 6 10 10<br>63 5 10<br>**----- End of picture text -----**<br>


Values for < 6 A and 8 A are only valid for C characteristic. 

**11** 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /56 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**==> picture [512 x 198] intentionally omitted <==**

**----- Start of picture text -----**<br>
Upstream fuse 63 A gG fuse 80 A gG<br>Supply side S 700 S 700<br>Char. E/K E/K<br>Icu [kA] 25 25<br>Load side In [A] 35 40 50 63 80 100 35 40 50 63 80 100<br>S 200 P � 2 >25 >25 >15 >15 >25 >25 >25 >25 >25<br>C  3 15 15 15 15 25 25 15 15 15<br> 4 15 15 15 15 25 25 15 15 15<br>B, C  6 15 15 15 15 25 25 15 15 15<br>C 8 7.5 7 7 6 12.5 10 12.5 10 10<br>25<br>10 7.5 7 7 6 12.5 10 12.5 10 6<br>13 6 6 6 5 10 10 10 8 6<br>16 6 6 6 5 10 10 10 8 6<br>20 6 6 5 5 9 8 8 7 6<br>B, C 25 4.5 4.5 4.5 7.5 7.5 6 6<br>32 4.5 4.5 6 6 6<br>40 4 6 6<br>15<br>50 4.5<br>63<br>**----- End of picture text -----**<br>


**==> picture [512 x 199] intentionally omitted <==**

**----- Start of picture text -----**<br>
Upstream fuse 100 A gG fuse 125 A gG<br>Supply side S 700 S 700<br>Char. E/K E/K<br>Icu [kA] 25 25<br>Load side In [A] 35 40 50 63 80 100 35 40 50 63 80 100<br>S 200 P � 2 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25<br>C  3 25 25 25 25 25 25 25 25 25 25 25 25<br> 4 25 25 25 25 25 25 25 25 25 25 25 25<br>B, C  6 25 25 25 25 25 25 25 25 25 25 25 25<br>C 8 20 17 15 15 13 10 25 25 25 25 15 15<br>25<br>10 20 17 15 15 13 10 25 25 25 25 25 25<br>13 19 17 15 12.5 10 10 25 25 25 25 25 25<br>16 19 17 15 12.5 10 10 25 25 25 25 25 25<br>20 17 17 15 10 10 10 25 25 25 25 25 25<br>B, C 25 15 15 10 10 9 25 22 20 20 20<br>32 15 10 10 9 20 20 15 20<br>40 10 9 9 15 15 15<br>15<br>50 7 7 10 10<br>63 6 10<br>**----- End of picture text -----**<br>


**==> picture [512 x 199] intentionally omitted <==**

**----- Start of picture text -----**<br>
Upstream fuse 160 A gG fuse � 200 A gG<br>Supply side S 700 S 700<br>Char. E/K E/K<br>Icu [kA] 25 25<br>Load side In [A] 35 40 50 63 80 100 35 40 50 63 80 100<br>S 200 P � 2 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25 >25<br>C  3 25 25 25 25 25 25 25 25 25 25 25 25<br> 4 25 25 25 25 25 25 25 25 25 25 25 25<br>B, C  6 25 25 25 25 25 25 25 25 25 25 25 25<br>C 8 25 25 25 25 15 15 25 25 25 25 15 15<br>25<br>10 25 25 25 25 25 25 25 25 25 25 25 25<br>13 25 25 25 25 25 25 25 25 25 25 25 25<br>16 25 25 25 25 25 25 25 25 25 25 25 25<br>20 25 25 25 25 25 25 25 25 25 25 25 25<br>B, C 25 25 25 25 25 25 25 25 25 25 25<br>32 25 25 25 25 25 25 25 25<br>40 25 25 25 25 25 25<br>15<br>50 15 10 25 10<br>63 10 10<br>**----- End of picture text -----**<br>


**11** 

Values for < 6 A and 8 A are only valid for C characteristic. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /57 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCCB - S2.. B @ 415 V 

**==> picture [502 x 251] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. T2 T1 - T2 T1 - T2 - T3<br>Version B, C, N, S, H, L<br>Char. Icu [kA] Release TM<br>10 15 25 In [A] 12.5 16 20 25 32 40 50 63 80 100 125 160<br>- - - ≤2<br>- - - 3<br>- - - 4<br>S200  S200M  S200P  6 5.5 [1] 5.5 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M  S200P  8 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M  S200P  10 3 [1] 3 3 3 4.5 7.5 8.5 17 T  T<br>S200  S200M  S200P  13 3 [1] 3 3 4.5 7.5 7.5 12 20 T<br>S200  S200M  S200P  16 3 [1] 3 4.5 5 7.5 12 20 T<br>Load S. B S200  S200M  S200P  20 3 [1] 3 5 6 10 15 T<br>S200  S200M  S200P  25 3 [1] 5 6 10 15 T<br>S200  S200M-S200P  - 32 3 [1] 6 7.5 12 T<br>S200  S200M-S200P  - 40 5.5 [1] 7.5 12 T<br>S200  S200M-S200P  - 50 3 [1] 5 [2] 7.5 10.5<br>S200  S200M-S200P  - 63 5 [2] 6 [3] 10.5<br>- - - 80<br>- - - 100<br>- - - 125<br>**----- End of picture text -----**<br>


- 1  Value valid only for T2 magnetic only supply side circuit-breaker 

- 2  Value valid only for T2-T3 magnetic only supply side circuit-breaker 

- 3 Value valid only for T3 magnetic only supply side circuit-breaker 

- 4  Value valid only for T4 magnetic only supply side circuit-breaker 

MCCB - S2.. C @ 415 V 

**==> picture [19 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
11<br>**----- End of picture text -----**<br>


**==> picture [502 x 251] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. T2 T1 - T2 T1 - T2 - T3<br>Version B, C, N, S, H, L<br>Char. Icu [kA] Release TM<br>10 15 25 In [A] 12.5 16 20 25 32 40 50 63 80 100 125 160<br>S200  S200M  S200P  ≤2  T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M  S200P  3 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M  S200P  4 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M  S200P  6 5.5 [1] 5.5 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M  S200P  8 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M  S200P  10 3 [1] 3 3 3 4.5 7.5 8.5 17 T  T<br>S200  S200M  S200P  13 3 [1] 3 3 4.5 7.5 7.5 12 20 T<br>S200  S200M  S200P  16 3 [1] 3 4.5 5 7.5 12 20 T<br>Load S. C S200  S200M  S200P  20 3 [1] 3 5 6 10 15 T<br>S200  S200M  S200P  25 3 [1] 5 6 10 15 T<br>S200  S200M-S200P  - 32 3 [1] 6 7.5 12 T<br>S200  S200M-S200P  - 40 5.5 [1] 7.5 12 T<br>S200  S200M-S200P  - 50 3 [1] 5 [2] 7.5 10.5<br>S200  S200M-S200P  - 63 5 [2] 6 [3] 10.5<br>- S290 - 80 4 [3]<br>- S290 - 100 4 [3]<br>- S290 - 125<br>**----- End of picture text -----**<br>


- 1  Value valid only for T2 magnetic only supply side circuit-breaker 

- 2  Value valid only for T2-T3 magnetic only supply side circuit-breaker 

- 3  Value valid only for T3 magnetic only supply side circuit-breaker 

- 4  Value valid only for T4 magnetic only supply side circuit-breaker 

- 5  Value valid only for T4 In 160 magnetic only supply side circuit-breaker 

ABB 

**11** /58 

**MCBs** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|TM|||||||||||||EL||||||||
|200|250|20|25|32|50|80|100|125|160|200|250|320÷500|10|25|63|100|160|100, 160|250, 320|320÷630|
||||||||||||||||||||||
||||||||||||||||||||||
||||||||||||||||||||||
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|5|54|5|6.5|9|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54|5|6.5|8|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||34|5|6.5|8|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||5|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||5|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||54|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T|||||6.5|T|T|T|T|T|T||||T|T|T|T|T|
|T|T|||||54|T|T|T|T|T|T||||10.5|10.5|T|T|T|
|T|T||||||T4|T4|T|T|T|T|||||10.5|T|T|T|
||||||||||||||||||||||
||||||||||||||||||||||
||||||||||||||||||||||



|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|TM|||||||||||||EL||||||||
|200|250|20|25|32|50|80|100|125|160|200|250|320÷500|10|25|63|100|160|100, 160|250, 320|320÷630|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|5|54|5|6.5|9|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54|5|6.5|8|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||34|5|6.5|8|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||5|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||5|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||54|7.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T|||||6.5|T|T|T|T|T|T||||T|T|T|T|T|
|T|T|||||54|T|T|T|T|T|T||||10.5|10.5|T|T|T|
|T|T||||||T|T|T|T|T|T|||||10.5|T|T|T|
|10|15||||||||5|11|T|T|||||4|T|T|T|
|7.53|15||||||||54|8|T|T|||||4|124|T|T|
|7.53||||||||||84|12|T|||||4||T|T|



**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /59 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCCB - S2.. D @ 415 V 

**==> picture [502 x 251] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. T2 T1 - T2 T1 - T2 - T3<br>Version B, C, N, S, H, L<br>Char. Icu [kA] Release TM<br>10 15 25 In [A] 12.5 16 20 25 32 40 50 63 80 100 125 160<br>S200  S200M S200P  ≤2  T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M S200P  3 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M S200P  4 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M S200P  6 5.5 [1] 5.5 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M S200P  8 5.5 5.5 5.5 5.5 5.5 10.5 12 T  T  T<br>S200  S200M  S200P  10 3 [1] 3 3 3 3 5 8.5 17 T  T<br>S200  -  S200P  13 2 [1] 2 2 3 5 8 13.5 T<br>S200  S200M  S200P  16 2 [1] 2 2 3 5 8 13.5 T<br>Load S. D S200  S200M  S200P  20 2 [1] 2 3 4.5 6.5 11 T<br>S200  S200M  S200P  25 2 [1] 2.5 4 6 9.5 T<br>S200  S200M-S200P  - 32 4 6 9.5 T<br>S200  S200M-S200P  - 40 3 [1] 5 8 T<br>S200  S200M-S200P  - 50 2 [1] 3 [2] 5 9.5<br>S200  S200M-S200P  - 63 3 [2] 5 [3] 9.5<br>- S290 - 80 4 [3]<br>- S290 - 100 4 [3]<br>- - - 125<br>**----- End of picture text -----**<br>


- 1  Value valid only for T2 magnetic only supply side circuit-breaker 

- 2  Value valid only for T2-T3 magnetic only supply side circuit-breaker 

- 3  Value valid only for T3 magnetic only supply side circuit-breaker 

- 4 Value valid only for T4 magnetic only supply side circuit-breaker 

- 5  Value valid only for T4 In 160 magnetic only supply side circuit-breaker 

MCCB - S2.. K @ 415 V 

**==> picture [19 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
11<br>**----- End of picture text -----**<br>


**==> picture [502 x 253] intentionally omitted <==**

**----- Start of picture text -----**<br>
Supply S. T2 T1 - T2 T1 - T2 - T3<br>Version B, C, N, S, H, L<br>Char. Icu [kA] Release TM<br>10 15 25 In [A] 12.5 16 20 25 32 40 50 63 80 100 125 160<br>S200  S200M  S200P  ≤2  T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M  S200P  3 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M S200P  4 T  T  T  T  T  T  T  T  T  T  T  T<br>S200  S200M S200P  6 5.5 [1] 5.5 5.5 5.5 5.5 5.5 5.5 10.5 T  T  T  T<br>S200  S200M S200P  8 5.5 5.5 5.5 5.5 5.5 10.5 12 T  T  T<br>S200  S200M S200P  10 3 [1] 3 3 3 3 6 8.5 17 T  T<br>-  - S200P  13 2 [1] 3 3 5 7.5 10 13.5 T<br>S200  S200M S200P  16 2 [1] 3 3 4.5 7.5 10 13.5 T<br>Load S. K S200  S200M S200P  20 2 [1] 3 3.5 5.5 6.5 11 T<br>S200  S200M S200P  25 2 [1] 3.5 5.5 6 9.5 T<br>S200  S200M-S200P  - 32 4.5 6 9.5 T<br>S200  S200M-S200P  - 40 3 [1] 5 8 T<br>S200  S200M-S200P  - 50 2 [1] 3 [2] 6 9.5<br>S200  S200M-S200P  - 63 3 [2] 5.5 [3] 9.5<br>- S290 - 80 4 [3]<br>- S290 - 100 4 [3]<br>- - - 125<br>**----- End of picture text -----**<br>


- 1  Value valid only for T2 magnetic only supply side circuit-breaker 

- 2  Value valid only for T2-T3 magnetic only supply side circuit-breaker 

- 3  Value valid only for T3 magnetic only supply side circuit-breaker 

- 4  Value valid only for T4 magnetic only supply side circuit-breaker 

- 5  Value valid only for T4 In 160 magnetic only supply side circuit-breaker 

ABB 

**11** /60 

**MCBs** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|TM|||||||||||||EL||||||||
|200|250|20|25|32|50|80|100|125|160|200|250|320÷500|10|25|63|100|160|100, 160|250, 320|320÷630|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|5|54|5|5|9|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54||4|5.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||4|5.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||44|5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||44|4.5|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T|||||4.54|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T|||||4.54|T|T|T|T|T|T||||T|T|T|T|T|
|T|T||||||T|T|T|T|T|T||||9.5|9.5|T|T|T|
|T|T|||||||T|T|T|T|T|||||9.5|T|T|T|
|10|15||||||||5|11|T|T|||||4|T|T|T|
|7.53|15|||||||||8|T|T|||||4|125|T|T|
||||||||||||||||||||||



|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|B, C, N, S, H, L, V|||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|TM|||||||||||||EL||||||||
|200|250|20|25|32|50|80|100|125|160|200|250|320÷500|10|25|63|100|160|100, 160|250, 320|320÷630|
|T|T|T|T<br>4|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T<br>4|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|T|T<br>4|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T|7.5|7.54|7.5|7.5|T|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54|5|5|9|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54|5|5|8|T|T|T|T|T|T||T|T|T|T|T|T|T|
|T|T||54||5|8|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||5|6|T|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||54|64|T<br>4|T|T|T|T|T|||T|T|T|T|T|T|
|T|T||||54|64|T<br>4|T|T|T|T|T|||T|T|T|T|T|T|
|T|T|||||5.54|T<br>4|T<br>4|T|T|T|T||||T|T|T|T|T|
|T|T|||||54|T<br>4|T<br>4|T<br>4|T|T|T||||9.5|9.5|T|T|T|
|T|T||||||T<br>4|T<br>4|T<br>4|T<br>4|T|T|||||9.5|T<br>5|T|T|
|10|15||||||||5|11|T|T|||||4|T<br>5|T|T|
|7.53|15||||||||54|8|T|T|||||4|125|T|T|
||||||||||||||||||||||



ABB 

**11** /61 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

## MCCB - S2.. Z @ 415 V 

||||||Supply S.|T2|T1 - T2|T1 - T2|T1 - T2|T1 - T2|T1 - T2|T1 - T2|T1 - T2 - T3|T1 - T2 - T3|T1 - T2 - T3|T1 - T2 - T3|T1 - T2 - T3|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||Version|B, C, N, S, H, L||||||||||||
||Char.|Icu[kA]<br>10<br>15<br>25|||Release|TM||||||||||||
||||||In[A]|12.5|16|20|25|32|40|50|63|80|100|125|160|
|Load S.|Z|S200|-|S200P|≤2|T|T|T|T|T|T|T|T|T|T|T|T|
|||S200|-|S200P|3|T|T|T|T|T|T|T|T|T|T|T|T|
|||S200|-|S200P|4|T|T|T|T|T|T|T|T|T|T|T|T|
|||S200|-|S200P|6|5.51|5.5|5.5|5.5|5.5|5.5|5.5|10.5|T|T|T|T|
|||S200|-|S200P|8|||5.5|5.5|5.5|5.5|5.5|10.5|T|T|T|T|
|||S200|-|S200P|10|||31|3|3|3|4.5|8|8.5|17|T|T|
|||-|-|S200P|13|||31||3|3|4.5|7.5|7.5|12|20|T|
|||S200|-|S200P|16|||||31|3|4.5|5|7.5|12|20|T|
|||S200|-|S200P|20|||||31||3|5|6|10|15|T|
|||S200|-|S200P|25|||||||31|5|6|10|15|T|
|||S200|S200P|-|32|||||||31||6|7.5|12|T|
|||S200|S200P|-|40|||||||||5.51|7.5|12|T|
|||S200|S200P|-|50|||||||||41|52|7.5|10.5|
|||S200|S200P|-|63||||||||||52|63|10.5|
|||-|-|-|80|||||||||||||
|||-|-|-|100|||||||||||||
|||-|-|-|125|||||||||||||



- 1  Value valid only for T2 magnetic only supply side circuit-breaker 

- 2  Value valid only for T2-T3 magnetic only supply side circuit-breaker 

**==> picture [539 x 403] intentionally omitted <==**

**----- Start of picture text -----**<br>
3  Value valid only for T3 magnetic only supply side circuit-breaker<br>4  Value valid only for T4 magnetic only supply side circuit-breaker<br>MCCB - S 290 @ 415 V<br>400V Supply s. T2<br>Version N-S-H-L<br>Relay TM-M EL<br>Iu [A] 160 160<br>Load S. Char. Icu [kA] In [A] 160 160<br>80 4<br>C-D 20*<br>S 290  100 4<br>C 20* 125 4<br>* 15 kA for D characteristic.<br>11<br>400V Supply s. T3<br>=<br>Version N-S<br>Relay TM-M<br>Iu [A] 250<br>Load S. Char. Icu [kA] In [A] 160 200 250<br>80 4** 10 15<br>S 290  C-D 20* 100 4** 7.5** 15<br>125 7.5**<br>* 15 kA for D characteristic.<br>** Value valid with supply side magnetic only circuit-breaker.<br>Selection tables ...............................  pag. 2/2<br>=<br>11 /62 ABB<br>**----- End of picture text -----**<br>


**MCBs** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Coordination tables: selectivity 

||T3|T3|||||||T4|T4|T4||||||||T5|T5|||||T2||||T4|T4||T5|T5||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||B, C, N, S, H, L, V||||||||||||||||||||||||||||
||||||||||TM||||||||||||||||||EL||||||||
||200|250||20|25||32|50|80||100|125|160||200||250||320÷500||10||25||63|100|160|100, 160||250, 320||320÷630|||
||T|T|T|T|T||T|T|T||T|T||T|T||T||T|T|T||T||T|T|T||T|T||T|||
||T|T|T|T|T||T|T|T||T|T||T|T||T||T|T|T||T||T|T|T||T|T||T|||
||T|T|T|T|T||T|T|T||T|T||T|T||T||T|T|T||T||T|T|T||T|T||T|||
||T|T|T|7.5|7.54||7.5|7.5|T||T|T||T|T||T||T|T|||T||T|T|T||T|T||T|||
||T|T|T|7.5|7.54||7.5|7.5|T||T|T||T|T||T||T|T|||T||T|T|T||T|T||T|||
||T|T|T|5|54||5|6.5|9||T|T||T|T||T||T|T|||T||T|T|T||T|T||T|||
||T|T|T||54||5|6.5|8||T|T||T|T||T||T|T|||T||T|T|T||T|T||T|||
||T|T|T||54||4.5|6.5|8||T|T||T|T||T||T|T|||||T|T|T||T|T||T|||
||T|T|T|||||5|6.5||T|T||T|T||T||T|T|||||T|T|T||T|T||T|||
||T|T|T|||||5|6.5||T|T||T|T||T||T|T|||||T|T|T||T|T||T|||
||T|T|T|||||54|6.5||T|T||T|T||T||T|T|||||T|T|T||T|T||T|||
||T|T|T||||||5||T|T||T|T||T||T|T||||||T|T||T|T||T|||
||T|T|T||||||3.54||T|T||T|T||T||T|T||||||10.5|10.5||T|T||T|||
||T|T|T||||||||T|T||T|T||T||T|T|||||||10.5||T|T||T|||
||||||||||||||||||||||||||||||||||||
||||||||||||||||||||||||||||||||||||
||||||||||||||||||||||||||||||||||||
|MCCB - S800 @ 415 V|||MCCB - S800 @ 415 V||MCCB - S800 @ 415 V|MCCB - S800 @ 415 V|||||||||||||||||||||||||||||
||||||||||||||||||||||||||||||||||||
|||||||||Supply S.|||||||T1||||||||||T1 - T3||||T1|||T3|||
|||||||||Version|||||||||||||B, C, N, S, H, L, V|||||B, C, N, S, H, L, V|||||||||
|||||||||Release|||||||||||||||TM||||||||||||
||Load S.|||Char.||Icu[kA]||In[A]|||16|20||25||32|||40|50||63|||80|100|125||160|160|200||250||
|||||||||10||||||4.5||4.5|||4.5|4.5|||8||10|201|251||T|T||T|T|T|
|||||||||13||||||||4.5|||4.5|4.5||7.5|||10|15|251||T|T||T|T|T|
|||||||||16|||||||||||4.5|4.5||7.5|||10|15|251||T|T||T|T|T|
|||||||||20||||||||||||4.5||7.5|||10|15|251||T|T||T|T|T|
||S800N|||B<br>C<br>D|||36|25<br>32<br>40<br>50|||||||||||||||6||10<br>7.5|15<br>10<br>10|201<br>201<br>201<br>15||T<br>T<br>T<br>T|T<br>T<br>T<br>T||T<br>T<br>T<br>T|T<br>T<br>T<br>T|T<br>T<br>T<br>T|
|||||||||63|||||||||||||||||||||T|T||T|T|T|
|||||||||80|||||||||||||||||||||T|||T|T|T|
|||||||||100<br>125|||||||||||||||||||||T||||T<br>T|T<br>T|
|**11**/63<br>ABB<br>S800S<br>B<br>C<br>D<br>K<br>50<br>10<br>4.5<br>4.5<br>4.5<br>4.5<br>8<br>10<br>201<br>251<br>361<br>361<br>361<br>T<br>13<br>4.5<br>4.5<br>4.5<br>7.5<br>10<br>15<br>251<br>361<br>361<br>361<br>T<br>16<br>4.5<br>4.5<br>7.5<br>10<br>15<br>251<br>361<br>361<br>361<br>T<br>20<br>4.5<br>7.5<br>10<br>15<br>251<br>361<br>361<br>361<br>T<br>25<br>6<br>10<br>15<br>201<br>361<br>361<br>361<br>T<br>32<br>7.5<br>10<br>201<br>361<br>361<br>361<br>T<br>40<br>10<br>201<br>361<br>361<br>361<br>T<br>50<br>15<br>361<br>361<br>361<br>T<br>63<br>361<br>361<br>361<br>T<br>80<br>361<br>361<br>T<br>100<br>361<br>T<br>125<br>T<br>1Select the lowest value between what is indicated and the breaking capacity of the supply side circuit-breaker<br>~~r~~|||||||||||||||||||||||||||||||||||



**System Technical details pro** _**M**_ **compact[®]** Coordination tables: selectivity 

**MCBs** 

## MCCB-S800 @ 415 V 

||||Supply S.|T4|T4|T4|T4|T4|T4|T4|T4|T4|T4 - T5|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||Version<br>||N, S, H, L, V<br>~~pe~~||||||||||
||||Release<br>a|TM|||||||||EL|
|Load S.<br>Po|Char.<br>Po|Icu[kA]<br>Po|In[A]<br>Po|20<br>Po|25<br>Po|32<br>Po|50<br>Po|80<br>Po|100<br>Po|125<br>Po|160<br>Po|200÷250 <br>Po|100÷630<br>Po|
|S800N/S|B|36-50|10<br>OG<br>a|6.5<br>OG<br>a|6.51<br>OG<br>a|6.5<br>OG|6.5<br>OG<br>se|11<br>OG<br>se|T<br>OG<br>se|T<br>OG<br>ee|T<br>OG<br>ee|T<br>OG<br>ee|T<br>OG|
||||13<br>OG<br>ae<br>a|6.5<br>OG<br>ae<br>a|51<br>OG<br>ae<br>a|6.5<br>OG<br>ae|6.5<br>OG<br>ae<br>se|11<br>OG<br>ae<br>se|T<br>OG<br>ae<br>se|T<br>OG<br>ae<br>ee|T<br>OG<br>ae<br>ee|T<br>OG<br>ae<br>ee|T<br>OG<br>ae|
||||16<br>a|a|51<br>a|6.5<br>es<br>ed|6.5<br>se<br>es<br>ed|11<br>se<br>ee<br>**e**|T<br>se<br>ee<br>**e**e|T<br>ee<br>ee|T<br>ee|T<br>ee|T|
||||20<br>ae<br>a|ae<br>a|41<br>ae<br>|6.5<br>ae<br>ed<br>ee<br>|6.5<br>ae<br>ed|11<br>ae<br>**e**<br>ee|T<br>ae<br>**e**e<br>ee|T<br>ae<br>ee|T<br>ae<br>ee|T<br>ae<br>ee|T<br>ae|
||||25<br>ae<br>e<br>a<br>a|ae<br>e<br>a|ae<br>e<br>ee|ae<br>ed<br>e<br>ee<br>ee|6.5<br>ae<br>ed <br>e|11<br>ae<br> **e**<br>e<br>ee<br>ee|T<br>ae<br>**e**e<br>ee<br>ee|T<br>ae<br>ee<br>ee|T<br>ae<br>ee<br>ee|T<br>ae<br>ee<br>ee|T<br>ae<br>ee|
||||32<br>e<br>a<br>a|e<br>a|e<br> ee|e<br>ee<br>ee|6.5<br>e|8<br>e<br>ee<br>ee|T<br>ee <br>ee|T<br> ee <br>ee<br>ee|T<br> ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee|
||||40<br><br>a<br>ss|<br>a<br>ss|ee<br>ee<br>|ee<br>ee<br>ee<br>|51<br>ee<br>ee<br>|6.5<br>ee<br>ee<br>ee<br>|T<br>ee <br>ee<br>ee<br>|T<br> ee <br>ee<br>ee<br>ee<br>|T<br> ee <br>ee<br>ee<br>el<br>|T<br> ee <br>ee<br>ee<br>el<br>|T<br> ee<br>ee|
||||50<br>ee<br>ss<br>a|ee<br>ss<br>a|ee<br>ee<br>|ee<br>ee<br>ee<br>|ee<br>ee<br>ee<br>|51<br>ee<br>ee<br>ee<br>|7.5<br>ee<br>ee<br>ee<br>|T<br>ee<br>ee<br>ee<br>ee<br>|T<br>ee<br>ee<br>el<br>ee<br>|T<br>ee<br>ee<br>el<br>ee<br>|T<br>ee<br>|
||||63<br>ee<br>ss<br>a|ee<br>ss<br>a|ee<br>ee<br>|ee<br>ee<br>ee<br>|ee<br>ee<br>ee<br>|ee<br>ee<br>ee<br>|51<br>ee<br>ee<br>ee<br>|7<br>ee<br>ee<br>ee<br>|T<br>ee<br>el<br>ee<br>|T<br>ee<br>el<br>ee<br><br>eee|T<br>ee<br><br>ee|
||||80<br>ss<br>a<br>a|ss <br>a<br>a|ee<br>ee<br>|ee<br>ee <br>ee<br>ee<br>|ee<br> ee <br>ee<br>ee<br>|ee<br> ee<br>ee<br>ee|ee <br>ee <br>ee<br>ee|ee<br> ee <br>ee<br>ee|T<br>el<br> ee<br>ee<br>ee|T<br>el<br>ee<br>ee<br>eee<br>ee|T<br>ee<br>ee<br>ee|
||||100<br>a<br>a|a<br>a|a<br>|a<br>ee<br>|a<br>ee<br>|a<br>ee|a<br>ee|a<br>ee|a<br>ee|T<br>eee<br>a<br>ee|T<br>ee<br>a<br>ee|
||||125<br>a|a|es|ee<br>es|ee <br>es|ee|ee|ee|ee|ee|T<br> ee|
||C|36-50|10<br>a<br>a|6.5<br>a<br>a|6.51<br>a<br>ae|6.5<br>es<br>ae|6.5<br>es<br>ee|11<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|T|T|T|
||||13<br>a<br>a|6.5<br>a<br>a|51<br>a<br>ae|6.5<br>es<br>ae|6.5<br>es <br>ee|11<br> ee<br>ee|T<br>ee<br>ee|T<br>ee|T|T|T|
||||16<br>a<br>a|a <br>a|51<br> ae<br>aee|6.5<br>ae<br>ee|6.5<br>ee<br>ee|11<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|T<br>ee|T<br>ee|
||||20<br>a<br><br>a|a<br>|41<br>a<br>ee|6.5<br>ee|6.5<br>es|11<br>ee|T<br>ee|T<br>ee|T<br>ee|T<br>ee|T|
||||25<br>a<br>a<br>a|a<br>a<br>ee|41<br>a<br>aee<br>ee|ee<br>ee|6.5<br>es<br>ee|11<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|
||||32<br>a<br>a|a<br>ee|aee<br>ee|ee <br>ee|6.5<br> es<br>ee<br>ee|8<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee|
||||40<br>a|ee<br>a|ee<br>a|ee<br>a|51<br>ee<br>a<br>ee|6.5<br>ee<br>a<br>ee|T<br>ee<br>a<br>ee|T<br>ee <br>a<br>ee|T<br> ee<br>a<br>ee|T<br>ee<br>a<br>ee|T<br>ee<br>a<br>ee|
||||50<br>a<br>a|a<br>a|a<br>ee<br>|a<br>ee<br>|41<br>ee<br>a<br>ee|51<br>ee<br>a<br>ee|7.5<br>ee <br>a<br>ee|T<br> ee<br>a<br>ee|T<br>ee<br>a|T<br>ee<br>a|T<br>ee<br>a|
||||63<br>a<br>a<br>a|a<br>a|a<br>ee<br>ee|a<br>ee<br>ee|a<br>ee<br>ee|41<br>a<br>ee<br>ee|6.51<br>a<br>ee<br>ee|7<br>a<br>ee<br>ee|T<br>a|T<br>a|T<br>a|
||||80<br>a<br>a<br>a|a<br>a <br>a|a<br>ee <br> ee<br>a|a<br> ee<br>ee<br>ee|a<br>ee<br>ee<br>es|41<br>a<br>ee<br>ee<br>es|51<br>a<br>ee <br>ee<br>es|6.51<br>a<br> ee<br>ee<br>es|6.5<br>a<br>es|T<br>a<br>es|T<br>a<br>es|
||||100<br><br>a|<br>a|ee<br>a|ee<br>ee|ee<br>es|ee<br>es|41<br>ee <br>es|51<br> ee<br>es|51<br>es|6.5<br>es|T<br>es|
||||125<br>a|a <br>a|a|ee|es|es|es|41<br>es|41<br>es|51<br>es|T<br>es|
||D|36-50|10<br>ee<br>ee|6.5<br>ee<br>ee|6.51<br>ee<br>ee|6.5<br>se<br>ee|6.5<br>se<br>ee|11<br>se<br>ee|T<br>se<br>ee|T<br>ee|T|T|T|
||||13<br>ee<br>ee<br>a|ee<br>ee|51<br>ee<br>ee|se<br>ee|6.5<br>se<br>ee|11<br>se<br>ee|T<br>se<br>ee|T<br>ee<br>ee|T<br>eeee|T<br>ee|T<br>ee|
||||16<br>ee<br>a<br>a|ee<br>a|ee <br>ee|ee<br>ee|6.5<br>ee<br>ee|11<br>ee<br>ee|T<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>eeee|T<br>ee<br>ee|T<br>ee<br>ee|
||||20<br>a<br>a<br>a|a <br>ee<br>a|ee<br>ee<br>|ee<br>ee<br>|6.51<br>ee<br>ee<br>|11<br>ee<br>ee<br>|T<br>ee<br>ee<br>|T<br>ee<br>ee<br>ee<br>ee<br>|T<br>eeee<br>ee<br>ee<br>|T<br>ee <br>ee<br>ee<br>|T<br> ee<br>ee<br>ee<br>|
||||25<br>a<br>a|ee<br>a|ee<br>|ee<br>|6.51<br>ee<br>|11<br>ee<br>|T<br>ee<br>|T<br>ee<br>ee<br><br>eeee ee|T<br>ee<br><br>ee ee|T<br>ee<br><br>ee ee|T<br>ee<br><br>ee|
||||32<br>a<br>a<br>a|ee<br>a<br>a|ee<br>ee<br>|ee<br>ee<br>|ee<br>ee<br>|81<br>ee<br>ee<br>|T<br>ee<br>ee<br>|T<br>ee<br>ee<br>ee<br>eeee ee<br>ee<br>|T<br>ee<br>ee<br>ee ee<br>ee<br>|T<br>ee<br>ee<br>ee ee<br>eee<br>|T<br>ee<br>ee<br>ee<br>ee<br>|
||||40<br>ee<br>a<br>a|ee<br>a<br>a|ee<br><br>|ee<br><br>|ee<br><br>|6.51<br>ee<br><br>|T<br>ee<br><br>|T<br>eeee ee<br>ee<br>ee<br><br>ee<br>|T<br>ee ee<br>ee<br>ee<br><br>ee<br>|T<br>ee ee<br>ee<br>eee<br><br>ee<br>|T<br>ee<br>ee<br>ee<br><br>|
||||50<br>a<br>a<br>a|a<br>a|ee<br>|ee<br>|ee<br>|ee<br>|7.51<br>ee<br>|T<br>ee <br>ee<br>ee<br><br>ee|T<br> ee <br>ee<br>ee<br><br>ee|T<br> eee <br>ee<br>ee<br><br>ee|T<br> ee<br>ee<br>|
||||63<br>a<br>a<br>a|a<br>a|ee<br>ee<br>|ee<br>ee<br>|ee<br>ee<br>|ee<br>ee<br>|ee<br>ee<br>|71<br>ee<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee<br>eee|T<br>ee<br>ee|
||||80<br>a<br>a<br>a|a<br>a|ee<br>**es**|ee<br>**es**|ee<br>**es**|ee<br>ee|ee<br>ee|ee <br>ee<br>es|51<br> ee<br>ee|T<br>ee<br>eee|T<br>ee|
||||100<br>a<br>a|a <br>a|ee<br> **es**|ee<br>**es**|ee<br>**es**|ee<br>ee|ee <br>ee|ee <br>es|ee|51<br> eee|T<br> ee|
||||125<br><br>a<br>se|<br>a<br>se|**es**<br>|**es**<br>es<br>|**es**<br>es<br>|ee<br>ee<br>ee<br>|ee<br>ee<br>ee<br>|es|||T|
||K|36-50|10<br>ee<br>se<br>a|ee<br>se<br>a|6.51<br>ee<br>ee<br>|6.5<br>ee<br>es<br>eees<br>|6.5<br>ee<br>es<br>es|11<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|
||||13<br>se<br>a<br>a|se <br>a<br>a|51<br> ee<br>ee<br>|5<br>es <br>eees<br>ee|6.5<br> es <br>es<br>ee|11<br> ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee|T<br>ee<br>ee|T<br>ee<br>ee|T<br>ee|
||||16<br><br>a<br>a<br>a|<br>a <br>aa<br>a|51<br> ee<br> ee<br>a<br>|eees<br>ee<br>es<br>|6.5<br>es <br>ee<br>es<br>|11<br> ee<br>ee<br>ee<br>|T<br>ee<br>ee<br>ee<br>|T<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee|
||||20<br><br>a<br>a<br>**e**s|<br>aa<br>a|41<br> ee<br>a<br>ee|ee<br>es<br>ee|6.5<br>ee<br>es<br>es|11<br>ee<br>ee<br>ee|T<br>ee <br>ee<br>ee|T<br> ee <br>ee|T<br> ee<br>ee<br>el|T<br>ee <br>ee<br>el|T<br> ee<br>ee|
||||25<br><br>a<br>**e**s|a<br>a <br>ee|a<br> ee<br>ee|es<br>ee<br>ee|6.51<br>es<br>es|111<br>ee<br>ee<br>**e**|T<br>ee<br>ee<br>**e**e|T<br>ee<br>ee|T<br>ee<br>el<br>el|T<br>ee<br>el<br>el|T<br>ee|
||||32<br><br>**e**s<br>a|<br>ee|ee<br>ee|ee<br>ee|51<br>es|81<br>ee<br>**e**|T<br>ee<br>**e**e|T<br>ee<br>ee|T<br>el<br>el<br>ee|T<br>el<br>el<br>ee|T<br>ee|
||||40<br><br>**e**s<br>a<br>a|<br>ee<br>a|ee<br>ee<br>|ee <br>ee<br>|es|6.51<br>ee<br>**e**|T<br>ee<br>**e**e|T<br>ee<br>ee<br>ee|T<br>el<br>el<br>ee<br>ee|T<br>el<br>el<br>ee<br>ee|T<br>ee|
||||50<br>a<br>a<br>a|a<br>a|ee<br>ee|ee<br>ee|ee<br>es|51<br>ee<br>ee|7.51<br>ee<br>ee|T<br>ee <br>ee<br>ee<br>ee|T<br> ee <br>ee<br>ee<br>ee|T<br> ee <br>ee<br>ee<br>ee|T<br> ee<br>ee|
||||63<br>a<br>a<br>a|a <br>a|ee<br>|ee<br>|es|41<br>ee|6.51<br>ee|71<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T|
||||80<br><br>a<br>a|<br>ee<br>a|ee<br>ee<br>ee|ee<br>ee<br>ee|es <br>ee<br>ee|ee<br>ee<br>ee|51<br>ee<br>ee<br>ee|6.51<br>ee<br>ee<br>ee|71<br>ee<br>ee<br>ee|T<br>ee<br>ee<br>ee|T<br>ee|
||||100<br>a|a|ee|ee|ee|ee|ee|51<br>ee|6.51<br>ee|71<br>ee|T|
||||125<br><br>es|<br>es|ee<br>es|ee<br>es|ee <br>es|ee<br>es|ee <br>es|ee<br>es|51<br>es|6.51<br>es|T<br>es|



- 1 Value valid only for magnetic only supply side circuit-breaker (with In = 50 A, please consider MA52 circuit-breakers) 

- 2  For T4 In = 100 A, value valid only for magnetic only supply side circuit-breaker 

- 3  For T4 In = 160 A, value valid only for magnetic only supply side circuit-breaker 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /64 

**MCBs** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## MCBs internal resistance, power loss and max. permissible earth-fault loop impedance 

## **Internal resistance and power loss of the miniature circuit-breakers** 

Internal resistance per pole in mΩ, power loss per pole in W 

|Type|Rated current<br>**Device series**<br>**B, C, D ***<br>In A<br>mΩ<br>W|
|---|---|
|**SN201 L**<br>**SN201**<br>**SN201 M**|2<br>520<br>2.1<br>4<br>147.5<br>2.4<br>6<br>64<br>2.3<br>10<br>19<br>1.9<br>16<br>14<br>3.6<br>20<br>12<br>4.8<br>25<br>7,1<br>4.4<br>32<br>6,5<br>6.7<br>40<br>4,7<br>7.5|
|* Total power loss||



|Type|Rated<br>**Device series**<br>current<br>**B, C, D**�<br>**K**<br>**Z**<br>InA<br>mΩ<br>W<br>mΩ<br>W<br>mΩ<br>W|
|---|---|
|**S 200 and**<br>**S 200 M**|0.5<br>5500<br>1.4<br>6340<br>1.6<br>10100<br>2.5<br>1<br>1440<br>1.4<br>1550<br>1.6<br>2270<br>2.3<br>1.6<br>630<br>1.6<br>695<br>1.8<br>1100<br>2.8|
||2<br>460<br>1.8<br>460<br>1.9<br>619<br>2.5<br>3<br>150<br>1.3<br>165<br>1.5<br>202<br>1.8<br>4<br>110<br>1.8<br>120<br>2.0<br>149<br>2.4|
||6<br>55<br>2.0<br>52<br>1.9<br>104<br>3.7<br>8<br>15<br>1.0<br>38<br>2.5<br>53.9<br>3.45<br>10<br>13.3<br>1.3<br>12.6<br>1.26<br>17.5<br>1.7|
||13<br>13.3<br>2.3<br>12.6<br>2.1<br>–<br>–<br>16<br>7.0<br>1.8<br>7.7<br>2.0<br>10.9<br>2.8<br>20<br>6.25<br>2.5<br>6.7<br>2.7<br>6.0<br>2.4|
||25<br>5.0<br>3.2<br>4.6<br>2.9<br>4.1<br>2.6<br>32<br>3.6<br>3.7<br>3.5<br>3.6<br>2.8<br>2.9<br>40<br>3.0<br>4.8<br>2.8<br>4.5<br>2.5<br>4.1|
||50<br>1.3<br>3.25<br>1.25<br>3.1<br>1.8<br>4.4<br>63<br>1.2<br>4.8<br>0.7<br>2.8<br>1.3<br>5.2|



� Current intensities 0.5 – 4 apply exclusively to C-type trip characteristics. 

Internal resistances are subject to application-specific and environment-specific conditions and are therefore to be considered as typical values. 

|Type|Rated|||Type||
|---|---|---|---|---|---|
||current|Ri|Pvmax|Ri|Pvmax|
||A|mΩ|W|mΩ|W|
|**S 700-E**|10|38.0|4.9|**S 700-K**||
||16|15.5|5.2|10.5|3.1|
||20|12.5|6.5|7.5|3.8|
||25|7.4|6.5|5.7|3.9|
||32|5.3|7.2|||
||35|4.0|7.6|4.7|7.8|
||40|4.0|8.0|3.8|6.8|
||50|2.9|9.5|3.0|10.0|
||63|2.0|9.9|2.0|9.6|
||80|1.5|13.5|1.3|10.1|
||100|1.0|14.4|1.1|12.3|



**11** 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /65 

**MCBs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** MCBs internal resistance, power loss and max. permissible earth-fault loop impedance 

## **Maximum permissible earth-fault loop impedance ZS at U0 = 230 V~**[�] **to ensure compliance with the operation conditions pursuant to IEC 60364-4. Operating time < 0.4 s; at 400 V~ < 0.2 s and at > 400 V~ < 0.1 s** 

## **The instantaneous release of the MCB ensures an operating time of** ≤ **0.1 s (TN system).** 

Determined according to DIN VDE 0100-520 sheet 2:2002-11(source impedance = 300 mΩ, c = 0.95 and conductor temperature 70 °C = factor 0.8). The internal resistance of the MCB is already included. 

## **S 200 and S 200 M** 

|Rated|**B**|**C**|**D**|**K**|**Z**|
|---|---|---|---|---|---|
|current InA|max. ZS|max. ZS|max. ZS|max. ZS|max. ZS|
||�|�|�|�|�|
|0.5|–|46|33.0|33.0|153.3|
|1|–|23|16.5|16.5|76.7|
|1.6|–|14.4|10.3|10.3|47.9|
|2|–|11.5|8.2|8.2|38.3|
|3|–|7.7|5.5|5.5|25.6|
|4|–|5.8|4.1|4.1|19.2|
|6|7.7|3.8|2.7|2.7|12.8|
|8|–|2.8|2.1|2.1|9.5|
|10|4.6|2.2|1.6|1.6|7.7|
|13|3.5|1.7|1.2|1.2|–|
|16|2.9|1.4|1.0|1.0|4.8|
|20|2.3|1.2|0.8|0.8|3.8|
|25|1.8|0.9|0.7|0.7|3.1|
|32|1.4|0.7|0.5|0.5|2.4|
|40|1.1|0.6|0.4|0.4|1.9|
|50|0.9|0.5|0.3|0.3|1.5|
|63|0.7|0.4|0.3|0.3|1.2|



- U0 = rated voltage against earthed conductor; for U0 = 240 V~ is ZS · 1.04; for U0 = 127 V~ is ZS · 0.55 

Take into account the voltage drop: 

e.g. in the case of a 1.5 mm[2] conductor, protected by a B 16 circuit-breaker, the maximum cable length is 82 m. If the voltage drop is below 3%, this would result in a maximum cable length (2-strand) of 17 m.  For more details on this topic, get your own copy of the technical information leaflet “Maximum cable lengths”. 

## Maximum cable lengths in the case of different voltages and cross sections on request. 

## **Internal resistance and power loss of the miniature circuit-breakers** 

Internal resistance per pole in mΩ, power loss per pole in W 

|Type|Rated<br>**Device series**<br>current<br>**B, C, D**�<br>**K**<br>**Z**<br>InA<br>mΩ<br>W<br>mΩ<br>W<br>mΩ<br>W|
|---|---|
|**S 200 P**|0.2<br>–<br>–<br>42500<br>1.7<br>–<br>–<br>0.3<br>–<br>–<br>20000<br>1.8<br>–<br>–<br>0.5<br>5500<br>1.4<br>6340<br>1.6<br>10100<br>2.5|
||0.75<br>–<br>–<br>2500<br>1.4<br>–<br>–<br>1<br>1440<br>1.4<br>1400<br>1.4<br>2270<br>2.3<br>1.6<br>630<br>1.6<br>625<br>1.6<br>1100<br>2.8|
||2<br>460<br>1.8<br>460<br>1.8<br>619<br>2.5<br>3<br>211<br>1.9<br>211<br>1.9<br>211<br>1.9<br>4<br>150<br>2.4<br>163<br>2.6<br>163<br>2.6|
||6<br>61<br>2.2<br>67<br>2.4<br>104<br>3.7<br>8<br>45<br>2.9<br>45<br>2.9<br>55<br>3.5<br>10<br>14<br>1.4<br>19<br>1.9<br>21<br>2.1|
||13<br>13.3<br>2.3<br>–<br>–<br>–<br>–<br>16<br>9.7<br>2.5<br>8.2<br>2.1<br>10.9<br>2.8<br>20<br>7.3<br>2.9<br>7.3<br>2.9<br>7.3<br>2.9|
||25<br>5.6<br>3.5<br>5.6<br>3.5<br>5.6<br>3.5<br>32<br>4.1<br>4.2<br>4.1<br>4.2<br>4.1<br>4.2<br>40<br>4.0<br>6.4<br>4.0<br>6.4<br>4.0<br>6.4|
||50<br>1.2<br>3.0<br>1.2<br>3.0<br>1.8<br>4.4<br>63<br>1.4<br>5.6<br>1.3<br>5.2<br>1.3<br>5.2|



� Current intensities 0.5 – 4 apply exclusively to C-type trip characteristics. 

Internal resistances are subject to application-specific and environment-specific conditions and are therefore to be considered as typical values. 

ABB 

**11** /66 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** MCBs internal resistance, power loss and max. permissible earth-fault loop impedance 

**Maximum permissible earth-fault loop impedance ZS at U0 = 230 V~**[�] **to ensure compliance with the operation conditions pursuant to IEC 60364-4. Operating time < 0.4 s; at 400 V~ < 0.2 s and at > 400 V~ < 0.1 s The instantaneous release of the MCB ensures an operating time of** ≤ **0.1 s (TN system).** 

Determined according to DIN VDE 0100-520 sheet 2:2002-11(source impedance = 300 mΩ, c = 0.95 and conductor temperature 70 °C = factor 0.8). The internal resistance of the MCB is already included. 

## **S 200 P** 

|**S 200 P**||||||
|---|---|---|---|---|---|
|Rated|**B**|**C**|**D**|**K**|**Z**|
|current InA|max. ZS|max. ZS|max. ZS|max. ZS|max. ZS|
||�|�|�|�|�|
|0.2|–|–||40|–|
|0.3|–|–||34.8|–|
|0.5|–|46|27.4|26.5|143|
|0.75|–|–||19.4|–|
|1|–|23|15|15|74.4|
|1.6|–|14.4|9.6|9.6|47.9|
|2|–|11.5|7.8|7.8|38.3|
|3|–|7.7|11.8|5.3|25.3|
|4|–|5.8|8.8|4.1|19.1|
|6|7.6|3.8|5.9|2.7|12.7|
|8|–|2.8|5.7|2.0|9.5|
|10|4.6|2.3|3.5|1.6|7.6|
|13|3.5|1.7|2.7|–|–|
|16|2.9|1.4|2.2|1.0|4.7|
|20|2.3|1.1|1.7|0.8|3.8|
|25|1.8|0.9|1.4|0.6|3.0|
|32|1.4|0.7|1.1|0.5|2.4|
|40|1.1|0.6|0.9|0.4|1.9|
|50|0.9|0.5|0.7|0.3|1.5|
|63|0.7|0.4|0.6|0.25|1.1|



� U0 = rated voltage against earthed conductor; for U0 = 240 V~ is ZS · 1.04; for U0 = 127 V~ is ZS · 0.55 

Take into account the voltage drop (see the previous page) 

## **Internal resistance and power loss** 

Internal resistance in mΩ per pole in cold state, power loss in W per pole at rated current 

|Type<br>Rated<br>current<br>Ri<br>Pvmax<br>A<br>mΩ<br>W|Type<br>Ri<br>Pvmax<br>mΩ<br>W|
|---|---|
|S 700-E<br>10<br>38.0<br>4.9<br>16<br>15.5<br>5.2<br>20<br>12.5<br>6.5<br>25<br>7.4<br>6.5<br>32<br>5.3<br>7.2<br>35<br>4.0<br>7.6<br>40<br>4.0<br>8.0<br>50<br>2.9<br>9.5<br>63<br>2.0<br>9.9<br>80<br>1.5<br>13.5<br>100<br>1.0<br>14.4|S 700-K<br>10.5<br>3.1<br>7.5<br>3.8<br>5.7<br>3.9<br>4.7<br>7.8<br>3.8<br>6.8<br>3.0<br>10.0<br>2.0<br>9.6<br>1.3<br>10.1<br>1.1<br>12.3|



**11** 

ABB 

**11** /67 

**MCBs** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## Performances at different ambient temperatures, altitudes and frequencies 

## **Derating of load capability of MCBs** 

Derating of MCBs load capability takes in consideration 3 factors: 

- ambient temperature 

- continuity (duration) of the load 

- influence of adjacent devices 

The rules to obtain the effective value of  In are the following: 

1. Deviating ambient temperature: 

The rated value of the current of a miniature circuit-breaker refers to a temperature of 20 °C for circuit-breakers with characteristics K and Z and 30 °C for characteristics B, C and D. 

The following tables contain the derating of load capability of S 200/M/P MCBs* with temperature from -40 °C to 70 °C for the curves B, C, D and K, Z. 

## **S200, DS200 and DS271**[�] 

Max. operating current depending on the ambient temperature of a circuit-breaker in load circuit of characteristics type B, C and D 

|**B, C and D**|**Ambient temperature T (°C)**|
|---|---|
|**In (A)**|**- 40**<br>**- 30**<br>**- 20**<br>**- 10**<br>**0**<br>**10**<br>**20**<br>**30**<br>**40**<br>**50**<br>**60**<br>**70**|
|0.5|0.67<br>0.65<br>0.62<br>0.60<br>0.58<br>0.55<br>0.53<br>0.50<br>0.47<br>0.44<br>0.41<br>0.37|
|1.0|1.33<br>1.29<br>1.25<br>1.20<br>1.15<br>1.11<br>1.05<br>1.00<br>0.94<br>0.88<br>0.82<br>0.75|
|1.6|2.13<br>2.07<br>2.00<br>1.92<br>1.85<br>1.77<br>1.69<br>1.60<br>1.51<br>1.41<br>1.31<br>1.19|
|2.0|2.67<br>2.58<br>2.49<br>2.40<br>2.31<br>2.21<br>2.11<br>2.00<br>1.89<br>1.76<br>1.63<br>1.49|
|3.0|4.0<br>3.9<br>3.7<br>3.6<br>3.5<br>3.3<br>3.2<br>3.0<br>2.8<br>2.6<br>2.4<br>2.2|
|4.0|5.3<br>5.2<br>5.0<br>4.8<br>4.6<br>4.4<br>4.2<br>4.0<br>3.8<br>3.5<br>3.3<br>3.0|
|6.0|8.0<br>7.7<br>7.5<br>7.2<br>6.9<br>6.6<br>6.3<br>6.0<br>5.7<br>5.3<br>4.9<br>4.5|
|8.0|10.7<br>10.3<br>10.0<br>9.6<br>9.2<br>8.8<br>8.4<br>8.0<br>7.5<br>7.1<br>6.5<br>6.0|
|10.0|13.3<br>12.9<br>12.5<br>12.0<br>11.5<br>11.1<br>10.5<br>10.0<br>9.4<br>8.8<br>8.2<br>7.5|
|13.0|17.3<br>16.8<br>16.2<br>15.6<br>15.0<br>14.4<br>13.7<br>13.0<br>12.3<br>11.5<br>10.6<br>9.7|
|16.0|21.3<br>20.7<br>20.0<br>19.2<br>18.5<br>17.7<br>16.9<br>16.0<br>15.1<br>14.1<br>13.1<br>11.9|
|20.0|26.7<br>25.8<br>24.9<br>24.0<br>23.1<br>22.1<br>21.1<br>20.0<br>18.9<br>17.6<br>16.3<br>14.9|
|25.0|33.3<br>32.3<br>31.2<br>30.0<br>28.9<br>27.6<br>26.4<br>25.0<br>23.6<br>22.0<br>20.4<br>18.6|
|32.0|42.7<br>41.3<br>39.9<br>38.5<br>37.0<br>35.4<br>33.7<br>32.0<br>30.2<br>28.2<br>26.1<br>23.9|
|40.0|53.3<br>51.6<br>49.9<br>48.1<br>46.2<br>44.2<br>42.2<br>40.0<br>37.7<br>35.3<br>32.7<br>29.8|
|50.0|66.7<br>64.5<br>62.4<br>60.1<br>57.7<br>55.3<br>52.7<br>50.0<br>47.1<br>44.1<br>40.8<br>37.3|
|63.0|84.0<br>81.3<br>78.6<br>75.7<br>72.7<br>69.6<br>66.4<br>63.0<br>59.4<br>55.6<br>51.4<br>47.0|
|80.0|112.6<br>107.2<br>102.1<br>97.2<br>92.6<br>88.2<br>84.0<br>80.0<br>76.0<br>72.2<br>68.6<br>65.2|
|100.0|140.7<br>134.0<br>127.6<br>121.6<br>115.8<br>110.3<br>105.0<br>100.0<br>95.0<br>90.3<br>85.7<br>81.5|
|125.0|175.9<br>167.5<br>159.5<br>151.9<br>144.7<br>137.8<br>131.3<br>125.0<br>118.8<br>112.8<br>107.2<br>101.8|



� DS271 where In available. Ambient temperature -25…+55°C 

## **S200 and DS200** 

Max. operating current depending on the ambient temperature of a circuit-breaker in load circuit of characteristics type K and Z 

||**K and Z**|**Ambient temperature T (°C)**|
|---|---|---|
||**In (A)**|**- 40**<br>**- 30**<br>**- 20**<br>**- 10**<br>**0**<br>**10**<br>**20**<br>**30**<br>**40**<br>**50**<br>**60**<br>**70**|
|**11**|||
||0.5|0.66<br>0.64<br>0.61<br>0.59<br>0.56<br>0.53<br>0.50<br>0.47<br>0.43<br>0.40<br>0.35<br>0.31|
||1.0|1.32<br>1.27<br>1.22<br>1.17<br>1.12<br>1.06<br>1.00<br>0.94<br>0.87<br>0.79<br>0.71<br>0.61|
||1.6|2.12<br>2.04<br>1.96<br>1.88<br>1.79<br>1.70<br>1.60<br>1.50<br>1.39<br>1.26<br>1.13<br>0.98|
||2.0|2.65<br>2.55<br>2.45<br>2.35<br>2.24<br>2.12<br>2.00<br>1.87<br>1.73<br>1.58<br>1.41<br>1.22|
||||
||3.0|4.0<br>3.8<br>3.7<br>3.5<br>3.4<br>3.2<br>3.0<br>2.8<br>2.6<br>2.4<br>2.1<br>1.8|
||4.0|5.3<br>5.1<br>4.9<br>4.7<br>4.5<br>4.2<br>4.0<br>3.7<br>3.5<br>3.2<br>2.8<br>2.4|
||6.0|7.9<br>7.6<br>7.3<br>7.0<br>6.7<br>6.4<br>6.0<br>5.6<br>5.2<br>4.7<br>4.2<br>3.7|
||8.0|10.8<br>10.2<br>9.8<br>9.4<br>8.9<br>8.5<br>8.0<br>7.5<br>6.9<br>6.3<br>5.7<br>4.9|
||10.0|13.2<br>12.7<br>12.2<br>11.7<br>11.2<br>10.6<br>10.0<br>9.4<br>8.7<br>7.9<br>7.1<br>6.1|
||13.0|17.2<br>16.6<br>15.9<br>15.2<br>14.5<br>13.8<br>13.0<br>12.2<br>11.3<br>10.3<br>9.2<br>8.0|
||16.0|21.2<br>20.4<br>19.6<br>18.8<br>17.9<br>17.0<br>16.0<br>15.0<br>13.9<br>12.6<br>11.3<br>9.8|
||20.0|26.5<br>25.5<br>24.5<br>23.5<br>22.4<br>21.2<br>20.0<br>18.7<br>17.3<br>15.8<br>14.1<br>12.2|
||25.0|33.1<br>31.9<br>30.6<br>29.3<br>28.0<br>26.5<br>25.0<br>23.4<br>21.7<br>19.8<br>17.7<br>15.3|
||32.0|42.3<br>40.8<br>39.2<br>37.5<br>35.8<br>33.9<br>32.0<br>29.9<br>27.7<br>25.3<br>22.6<br>19.6|
||40.0|52.9<br>51.0<br>49.0<br>46.9<br>44.7<br>42.4<br>40.0<br>37.4<br>34.6<br>31.6<br>28.3<br>24.5|
||50.0|66.1<br>63.7<br>61.2<br>58.6<br>55.9<br>53.0<br>50.0<br>46.8<br>43.3<br>39.5<br>35.4<br>30.6|
||63.0|83.3<br>80.3<br>77.2<br>73.9<br>70.4<br>66.8<br>63.0<br>58.9<br>54.6<br>49.8<br>44.5<br>38.6|
||||



**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /68 

**System pro** _**M**_ **compact[®]** 

**MCBs** 

## **Technical details** Performances at different ambient temperatures, altitudes and frequencies 

## **DS201 and DS202C** 

Max. operating current depending on the ambient temperature of a circuit-breaker in load circuit of characteristics type B, C and D 

|**B, C and D**|**Ambient temperature T (°C)**|
|---|---|
|In (A)|-30<br>-20<br>-10<br>0<br>10<br>20<br>30<br>40<br>50<br>60<br>70|
|4|5.0<br>4.8<br>4.6<br>4.5<br>4.3<br>4.2<br>4<br>3.8<br>3.7<br>3.5<br>3.4|
|6|8.1<br>7.8<br>7.4<br>7.1<br>6.7<br>6.4<br>6<br>5.6<br>5.3<br>4.9<br>4.6|
|8|10.5<br>10.1<br>9.7<br>9.3<br>8.8<br>8.4<br>8<br>7.6<br>7.2<br>6.7<br>6.3|
|10|12.0<br>11.6<br>11.3<br>11.0<br>10.7<br>10.3<br>10<br>9.7<br>9.3<br>9.0<br>8.7|
|13|15.9<br>15.4<br>14.9<br>14.4<br>14.0<br>13.5<br>13<br>12.5<br>12.0<br>11.6<br>11.1|
|16|18.9<br>18.4<br>17.9<br>17.4<br>17.0<br>16.5<br>16<br>15.5<br>15.0<br>14.6<br>14.1|
|20|23.4<br>22.8<br>22.2<br>21.7<br>21.1<br>20.6<br>20<br>19.4<br>18.9<br>18.3<br>17.8|
|25|31.3<br>30.3<br>29.2<br>28.2<br>27.1<br>26.1<br>25<br>23.9<br>22.9<br>21.8<br>20.8|
|32|40.0<br>38.6<br>37.3<br>36.0<br>34.7<br>33.3<br>32<br>30.7<br>29.3<br>28.0<br>26.7|
|40|51.7<br>49.7<br>47.8<br>45.8<br>43.9<br>41.9<br>40<br>38.1<br>36.1<br>34.2<br>32.2|



2. Multiply the rated current (equivalent) referring to the new temperature by another factor only in case of presence of several devices installed alongside each other; see table. 

**==> picture [513 x 225] intentionally omitted <==**

**----- Start of picture text -----**<br>
Influence of adjacent devices S200<br>Influence of adjacent devices<br>1.0 Correction factor Fm<br>No. of adjacent devices  Fm<br>0.9 1  1<br>2  0.95<br>0.8 3  0.9<br>4  0.86<br>0.7 5  0.82<br>6  0.795<br>0.6 7  0.78<br>1 2 3 4 5 6 7 8 9 8  0.77<br>Number of devices 9  0.76<br>>9  0.76<br>Example: S 202 C 16 with T=40 °C<br>Type of use  Values to use  Formula  Calculation  Result<br>Load at ambient temperature  In (amb. t°) -see tables-  In=15.1 A<br>Load at ambient temperature with 8 adj. devices  In (amb. t°) -see tables- Fm (0.77) In (amb. t°)x0.77  15.1x0.77  In=11.63 A<br>Fm Factor<br>OEPM0108<br>**----- End of picture text -----**<br>


**==> picture [239 x 146] intentionally omitted <==**

**----- Start of picture text -----**<br>
Influence of adjacent devices DS201 and DS202C<br>�����������������<br>���������<br>OEPM0108<br>**----- End of picture text -----**<br>


||Infuence of adjacent devices|Infuence of adjacent devices|
|---|---|---|
||Correction factor Fm||
||No. of adjacent devices<br>1|Fm<br>1.00|
||2|0.95|
||3|0.91|
||4<br>5<br>6<br>7|0.88<br>0.87<br>0.86<br>0.85|
||> 7<br>9|0.85<br>0.85|



**11** 

ABB 

**11** /69 

**System pro** _**M**_ **compact[®]** 

**Technical details** Use of MCBs in direct current circuits 

**MCBs** 

**11** 

## **Use of S 200/S 200 M/S 200 P miniature circuit-breakers in direct current circuits 72 VDC/125 VDC** 

In DC systems up to 72 VDC or, as the case may be, series connection up to 125 VDC, customary S 200/S 200 M series MCBs can be used. Polarity does not need to be taken into consideration, the outgoing circuit may be implemented from above or below the device. For higher direct voltage up to 440 VDC devices of the S 280 UC series must be used. 

Example for max. permissible voltages between conductors depending on the number of poles and type of connection. 

**==> picture [6 x 38] intentionally omitted <==**

**----- Start of picture text -----**<br>
SK 0173 Z 99<br>**----- End of picture text -----**<br>


Examples for different voltages between a conductor and earth where voltages between conductors are identical: 

**==> picture [6 x 37] intentionally omitted <==**

**----- Start of picture text -----**<br>
SK 0174 Z 99<br>**----- End of picture text -----**<br>


## **Performance in altitude of MCBs** 

Up to the height of 2000 m, MCBs do not undergo any alterations in their rated performances. Over this height the properties of the atmosphere change in terms of composition, dielectric capacity, cooling capacity and pressure, therefore the performances of the MCBs undergo derating, which can basically be measured in terms of variations in significant parameters, such as the maximum operating voltage and the rated current. 

|**S 200/M/P**||||
|---|---|---|---|
|Altitude[m]|2000|3000|4000|
|Rated service voltageUe[V]|440|380|380|
|Rated currentIn|In|0.96xIn|0.93xIn|



## **Variation of tripping thresholds of MCBs according to network frequency** 

The circuit-breakers are calibrated for a current with a frequency range between 50 and 60 Hz. 

For other frequency values, the electro-magnetic tripping current varies according to the multiplication factor H. 

||D.C.|100 Hz|100 Hz|200Hz|400Hz|
|---|---|---|---|---|---|
|H|1.5|1.1||1.2|1.5|



For the thermal trip, on the other hand, there is no variation because it is independent of the network frequency. 

Example: 

S 202 C10 supplied at 50-60 Hz, the electro-magnetic tripping current is: 50 A≤Im≤100 A; S 202 C10 supplied at 400 Hz, the electro-magnetic tripping current is: 75 A≤Im≤150 A. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /70 

**System Technical details pro** _**M**_ **compact[®]** Particular supply sources and loads 

**MCBs** 

## **Lighting circuit protection** 

## Selection of circuit-breakers for the protection of lighting circuit and calculation of their rated current 

To select the correct circuit-breaker for use in the protection of lighting circuits you need to know the type of load based on which you will work out the breaker’s rated current. The protection circuit utilization current can be calculated simply starting with the rated power and the lighting voltage, or it may be supplied directly by the device manufacturer. 

Considering the utilization current, it is important to select the version of the breaker with a rated current just above the value calculated, defining the cable cross-section accordingly. 

The tables below show the rated current values of the circuit-breakers to be used according to the type and power of the device connected. 

## Table 1 High pressure discharge lamps 

230 V and 400 VAC three-phase with or without power factor correcting capacitors, star or delta connection 

|Mercury vapour fuorescent lamp|Pw    [W]<br><700<br><1000<br><2000|
|---|---|
||I         [A]<br>6<br>10<br>16|
|Mercury vapour metal halogen lamp|Pw    [W]<br><375<br><1000<br><2000|
||I         [A]<br>6<br>10<br>16|
|High pressure sodium discharge lamp|Pw    [W]<br><400<br><1000|
||I         [A]<br>6<br>16|



## Table 2 Fluorescent lamps 

230 VAC single-phase/three-phase with neutral (400 V), with star connection. 

The tables indicate the rated current of the circuit-breakers according to the lamp power and type of power supply. 

## Example of calculation 

- Starter dissipated power:  25% of lamp power 

- Reference temperature:  30 and 40 °C according to circuit-breaker 

- Power factor: lamp without capacitors cosϕ=0.6 lamp with capacitors cosϕ=0.86 

## Method of calculation 

- IB = (PL * n°L * KST * KC) / (Un * cosϕ)   where: 

- Un = rated voltage 230 V - cosϕ  = power factor - PL = lamp power - n°L = number of lamps per phase - KST = 1.25 - KC = 1 for star connection and 1.732 for delta connection 

|Type of lamp|Tube diss.pwr.[W]<br>Number of lampsperphase|
|---|---|
|Single without capacitors|18<br>4<br>9<br>14<br>29<br>49<br>78<br>98<br>122<br>157<br>196<br>245<br>309<br>392<br>490|
||36<br>2<br>4<br>7<br>14<br>24<br>39<br>49<br>61<br>78<br>98<br>122<br>154<br>196<br>245|
||58<br>1<br>3<br>4<br>9<br>15<br>24<br>30<br>38<br>48<br>60<br>76<br>95<br>121<br>152|
|Single with capacitors|18<br>7<br>14<br>21<br>42<br>70<br>112<br>140<br>175<br>225<br>281<br>351<br>443<br>562<br>703|
||36<br>3<br>7<br>10<br>21<br>35<br>56<br>70<br>87<br>112<br>140<br>175<br>221<br>281<br>351|
||58<br>2<br>4<br>6<br>13<br>21<br>34<br>43<br>54<br>69<br>87<br>109<br>137<br>174<br>218|
|Double with capacitors|2x18=36<br>3<br>7<br>10<br>21<br>35<br>56<br>70<br>87<br>112<br>140<br>175<br>221<br>281<br>351|
||2x36=72<br>1<br>3<br>5<br>10<br>17<br>28<br>35<br>43<br>56<br>70<br>87<br>110<br>140<br>175|
||2x58=116<br>1<br>2<br>3<br>6<br>10<br>17<br>21<br>27<br>34<br>43<br>54<br>68<br>87<br>109|
|In [A] - 2P and 4P circuit-breakers<br>1<br>2<br>3<br>6<br>10<br>16<br>20<br>25<br>32<br>40<br>50<br>63<br>80<br>100||



**11** 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /71 

**MCBs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Particular supply sources and loads 

Fluorescent lamps. 230 VAC three-phase – Delta connection 

|Type of lamp|Tube diss.pwr.[W]<br>Number of lampsperphase|
|---|---|
|Single without capacitors|18<br>2<br>5<br>8<br>16<br>28<br>45<br>56<br>70<br>90<br>113<br>141<br>178<br>226<br>283|
||36<br>1<br>2<br>4<br>8<br>14<br>22<br>28<br>35<br>45<br>56<br>70<br>89<br>113<br>141|
||58<br>0<br>1<br>2<br>5<br>8<br>14<br>17<br>21<br>28<br>35<br>43<br>55<br>70<br>87|
|Single with capacitors|18<br>4<br>8<br>12<br>24<br>40<br>64<br>81<br>101<br>127<br>162<br>203<br>255<br>324<br>406|
||36<br>2<br>4<br>6<br>12<br>20<br>32<br>40<br>50<br>64<br>81<br>101<br>127<br>162<br>203|
||58<br>1<br>2<br>3<br>7<br>12<br>20<br>25<br>31<br>40<br>50<br>63<br>79<br>100<br>126|
|Double with capacitors|2x18=36<br>2<br>4<br>6<br>12<br>20<br>32<br>40<br>50<br>64<br>81<br>101<br>127<br>162<br>203|
||2x36=72<br>1<br>2<br>3<br>6<br>10<br>16<br>20<br>25<br>32<br>40<br>50<br>63<br>81<br>101|
||2x58=116<br>0<br>1<br>1<br>3<br>6<br>10<br>12<br>15<br>20<br>25<br>31<br>39<br>50<br>63|
|In [A] - 3P circuit-break.|<br>1<br>2<br>3<br>6<br>10<br>16<br>20<br>25<br>32<br>40<br>50<br>63<br>80<br>100|



## **Transformer protection** 

## **Insertion current** 

When the LV/LV transformers are powered up, very strong currents occur, which must be considered when selecting the protective device. The peak value of the first current wave often reaches a value between 10 and 15 times the transformer’s effective rated current. 

For power ratings below 50 kVA, it may reach between 20 and 25 times the rated current. This transient current decreases very rapidly with a time constant T varying from several ms to 10, 20 ms. 

## **Main protection on the primary side** 

The tables below are the result of a set of tests on co-ordination between circuit-breakers and BT/BT transformers. The transformers used in the tests are normalized. The table, referring to a primary supply voltage of 230 or 400 V and to single-phase and three-phase transformers, indicate which circuit-breaker should be used according to the transformer power rating. 

The transformers considered have the primary winding outside the secondary winding. 

The circuit-breakers suggested allow: 

- transformer protection in the event of maximum short-circuit; 

- prevention of unwanted tripping when the primary winding is powered up using 

1. modular circuit-breakers with a high magnetic threshold, curve D or K 

2. circuit-breakers with magnetic only releaser; 

- guaranteed circuit-breaker electrical life. 

## **Protection on the secondary side** 

Due to the transformer’s high insertion current, the circuit-breaker on the primary winding may not guarantee thermal protection for the transformer and its feeder line on the primary side. 

This is typical of modular circuit-breakers which must have a higher rated current than the transformers. In such cases, in the event of a single-phase short-circuit at the transformer’s primary terminals (minimum Icc at end of line), check that the circuit-breaker’s magnetic releaser is tripped. In the normal application in distribution panels, this condition is always satisfied provided that the length of the feeder lines is reduced. 

The transformer can be provided with thermal protection by installing a circuit-breaker with a rated current less than or equal to that of the transformer secondary winding immediately downstream of the LV/LV transformer. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /72 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Particular supply sources and loads 

In lighting systems protection against overloads is not necessary if the number of light points is clearly defined (no overloads). 

Moreover, the Standard in force for these systems recommends the omission of protection against overloads in circuits in which unwanted tripping may prove hazardous, e.g.: circuits which supply fire-fighting equipment. 

**Single-phase transformer (primary voltage 230 V)-1P and 1P+N MCBs** 

|Pn[kVA]|In[A]|ucc(%)|Circuit-breaker onprimaryside(1)and(2)|
|---|---|---|---|
|0.1|0.4|13|S 2* D1 o K1|
|0.16|0.7|10.5|S 2* D2 o K2|
|0.25|1.1|9.5|S 2* D3 o K3|
|0.4|1.7|7.5|S 2* D4 o K4|
|0.63|2.7|7|S 2* D6 o K6|
|1|4.2|5.2|S 2* D10 o K10|
|1.6|6.8|4|S 2* D16 o K16|
|2|8.4|2.9|S 2* D16 o K16|
|2.5|10.5|3|S 2* D20 o K20|
|4|16.9|2.1|S 2* D40 o K40|
|5|21.1|4.5|S 2* D50 o K50|
|6.3|27|4.5|S 2* D63 o K63|
|8|34|5|S 290 D80|
|10|42|5.5|S 290 D100|
|12.5|53|5.5|S 290 D100|



## **Single-phase transformer (primary voltage 400 V)-2P MCBs** 

|Pn[kVA]|In[A]|ucc(%)|Circuit-breaker onprimaryside(1)and(2)|
|---|---|---|---|
|1|2.44|8|S 2* D6 o K6|
|1.6|3.9|8|S 2* D10 o K10|
|2.5|6.1|3|S 2* D16 o K16|
|4|9.8|2.1|S 2* D20 o K20|
|5|12.2|4.5|S 2* D32 o K32|
|6.3|15.4|4.5|S 2* D40 o K40|
|8|19.5|5|S 2* D50 o K50|
|10|24|5|S 2* D63 o K63|
|12.5|30|5|S 2* D63 o K63|
|16|39|5|S 290 D80|
|20|49|5|S 290 D100|



## **Three-phase transformer (primary voltage 400 V)-3P, 3P+N and 4P MCBs** 

|Pn[kVA]|In[A]|ucc(%)|Circuit-breaker onprimaryside(1)and(2)|
|---|---|---|---|
|5|7|4.5|S 2* D20 o K20|
|6.3<br>8|8.8<br>11.6|4.5<br>4.5|S 2* D20 o K20<br>S 2* D32 o K32|
|10|14|5.5|S 2* D32 o K32|
|12.5|17.6|5.5|S 2* D40 o K40|
|16|23|5.5|S 2* D63 o K63|
|20|28|5.5|S 2* D63 o K63|
|25|35|5.5|S 290 D80|
|31.5|44|5|S 290 D80|
|40|56|5|S 290 D80|
|50|70|4.5|S 290 D100|



**11** 

S 2*.. = S 200, S 200 M, S 200 P 

(1) With modular or magnetic only circuit-breakers, without thermal adjustment, thermal protection is required for the transformer’s secondary winding. 

(2) Breaking capacity selected according to estimated Icc at the point where the breaker is installed. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /73 

**MCBs** 

## **System Technical details pro** _**M**_ **compact[®]** Double tampoprinting of S 200 P 

## **Double tampoprinting of S 200 P** 

## The  breaking capacity 

For the modular circuit-breakers  realized according  to IEC/EN 60898 standard, the breaking capacity is expressed  by  the  Icn  quantity,  indicated in Ampere, contained  within  a  rectangle  on the front side of the device.The max value of  rated short-circuit capacity  (Icn) considered by this standard is 25000 A. 

Always according to IEC/EN 60898 standard, the  ratio  between the service short-circuit capacity (Ics) and the rated short-circuit capacity (Icn) – K factor –  shall have to be conforming to the  enclosed table. 

|**Icn**|**K**|
|---|---|
|< 6000 A|1|
|> 6000 A||
|< 10000 A|0.75(*)|
|>10000 A|0.5(**)|



(*)   Ics minimum value: 6000 A 

(**) Ics minimum value: 7500 A 

## Limiting class 

The Manufacturer of the circuit-breaker has the right  to declare the  energy limiting class of the device.  According  to  IEC/EN 60898 standard, the Manufacturer  classifies the circuit-breaker with a limiting class which ranges from 1 to 3 according  to the I≤ t  values let though  by the circuit-breaker for rated current  up to 16 A and rated currents   exceeding  16 A  up to 32 A included, according to the table below. 

**11** 

||||Limited energyclasses|classes||
|---|---|---|---|---|---|
|Short-circuit|**1**||**2**||**3**|
|rated capacity|I2t max (A2s)|I2t max (A|t max (A2s)|I2t max (A|t max (A2s)|
|(A)|B-C Type|B Type|e<br>C Type|B Type|C Type|
|3000|No|31000|37000|15000|18000|
|4500|limits|60000|75000|25000|30000|
|6000|are|100000|120000|35000|42000|
|10000|specified|240000|290000|70000|84000|
||||Limited energy classes|Limited energy classes||
|Short-circuit|1||2||3|
|rated capacity|I2t max (A2s)|I2t max (A|t max (A2s)|I2t max (A|t max (A2s)|
|(A)|B-C Type|B Type|e<br>C Type|B Type|e<br>C Type|
|3000|No|40000|50000|18000|22000|
|4500|limits|80000|100000|32000|39000|
|6000|are|130000|160000|45000|55000|
|10000|specified|310000|370000|90000|110000|



a For instance, a circuit-breaker  with rated current  16 A, B characteristic, with  short-circuit rated capacity  equal to  6 kA  belongs to class 3 if it lets through  max 35000 A[2] s  of specific energy. The limiting class value (1, 2 or 3)  is indicated on the front side  of the device,  within a square, in — addition to the breaking capacity. As regards  the miniature circuit-breakers  S200P series, two different  breaking capacities  are a indicated on the  front side  of the  device, contained in a rectangle. 

The breaking capacity  indicated  above the operating toggle is the one of the device, according to IEC/EN 60898  standard, the  breaking capacity indicated under the lever  is regarding  the limiting class  which, according to the standard, can be expressed only for values up to 10000 A. 

**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /74 

**System Technical details pro** _**M**_ **compact[®]** Wiring diagrams of MCBs 

**MCBs** 

**11** 

**==> picture [511 x 171] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 201  S 202  S 203  S 204  S 201 Na  S 203 Na<br>2CSC400421F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 2/2** 

ABB 

**11** /75 

**System Technical details pro** _**M**_ **compact[®]** Functions and classification criteria for RCDs 

**RCDs** 

## **Functions and classification criteria for RCDs** 

A residual current operated circuit-breaker is an amperometric protection device which is tripped when the system leaks a significant current to earth. 

This device continuously calculates the vector sum of the single-phase or three-phase system line currents and while the sum is equal to zero allows electricity to be supplied. This supply is rapidly interrupted if the sum exceeds a value preset according to the sensitivity of the device. 

Residual current operated circuit-breakers can be classed according to four parameters: 

**==> picture [35 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
RCCBs<br>**----- End of picture text -----**<br>


- type of construction 

- detectable wave form 

- tripping sensitivity 

- tripping time. 

Depending on the type of construction, RCDs may be classed as: 

- RCBOs (magnetothermic with overcurrent protection) 

- RCCBs (without overcurrent protection releaser incorporated) 

- RCD blocks. 

## **RCD-blocks** 

**==> picture [35 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
RCBOs<br>**----- End of picture text -----**<br>


RCBOs combine, in a single device, the residual current function and the overcurrent protection function typical of MCBs. RCBOs are tripped by both current leakage to earth and overloads and short-circuits and they are self-protecting up to a maximum short-circuit current value indicated on the label. 

RCCBs are only sensitive to current leakage to earth. They must be used in series with an MCB or fuse which protects them from the potentially damaging thermal and dynamic stresses of any overcurrents. 

These devices are used in systems already equipped with MCBs which preferably limit the specific energy passing through, also acting as the main disconnecting switches upstream of any derived MCBs (e.g.: domestic consumer unit). 

RCD blocks are residual current devices suitable for assembly with a standard MCB. IEC/EN 61009 app. G only allows assembly of RCBOs once on site, that is to say outside the factory, using adaptable RCD blocks and the appropriate MCBs. Any subsequent attempts to separate them must leave permanent visible damage. The residual current operated circuit-breaker obtained in this way maintains both the electrical characteristics of the MCB and those of the RCD block. 

According to the wave form of the earth leakage currents they are sensitive to, the RCDs may be classed as: 

- AC type (for alternating current only) 

- A type (for alternating and/or pulsating current with DC components) 

- B type (for alternating and/or pulsating current with DC components and continuous fault current). 

AC type RCDs are suitable for all systems where users have sinusoidal earth current. 

**11** 

They are not sensitive to impulsive leakage currents up to a peak of 250 A (8/20 wave form) such as those which may occur due to overlapping voltage impulses on the mains (e.g.: insertion of fluorescent bulbs, X-ray equipment, data processing systems and SCR controls). 

A type RCDs are not sensitive to impulsive currents up to a peak of 250 A (8/20 wave form). 

They are particularly suitable for protecting systems in which the user equipment has electronic devices for rectifying the current or phase cutting adjustment of a physical quantity (speed temperature, light intensity, etc.) supplied directly by the mains without the insertion of transformers and insulated in class I (class II is, by definition, free of faults to earth). These devices may generate a pulsating fault current with DC components which the A type RCD can recognise. 

**Selection tables ...............................  pag. 3/2** PT 

ABB 

**11** /76 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Functions and classification criteria for RCDs 

B type RCDs are recommended for use with drives and inverters for supplying motors for pumps, lifts, textile machines, machine tools, etc., since they recognise a continuous fault current with a low level ripple. 

Type AC, A and B RCDs comply with IEC/EN 61008/61009, moreover type B is covered by IEC 62423 Ed. 1 and by IEC/EN 60755 for residual current operated protective devices. 

According to tripping sensitivity (IΔn value), RCDs may be divided into the following categories: 

- low-sensitivity (IΔn >0.03 A), not suitable for protection against direct contacts; co-ordinated with the earth system according to the formula IΔn <50/R, to provide protection against indirect contacts; 

- high-sensitivity (IΔn: 0.01…0.03 A), or “physiologically sensitivity” for protection against indirect contacts, with simultaneous additional protection against direct contacts. 

- against fire (up to 500 mA) according to IEC/EN 60364 

## **Residual current sensitivity and environment** 

## **Household and special environments** 

**Laboratories, service industry and small industry** 

**Large service industry and industrial complex** 

IΔn ≤30 mA 

IΔn from 30 mA to 500 mA 

IΔn from 500 mA to 1000 mA 

## **High-sensitivity or physiologically sensitive RCDs** 

IEC/EN 60364 makes the use of these devices mandatory in all bathrooms, showers and private and public swimming pools and environments in which plugs and sockets may be installed without insulating or low safety voltage transformers. 

**Low-sensitivity RCDs** 

**11** 

According to their tripping time, RCDs can be classed as: 

- instantaneous (or rapid or general) 

- type S selective (or - incorrectly - delayed). 

Selective RCDs (RCBOs - RCCBs or RCD-blocks) have a delayed tripping action and are installed upstream of other rapid residual current operated circuit-breakers to guarantee selectivity and limit the power out only to the portion of the system affected by a fault. 

**Selection tables ...............................  pag. 3/2** LT 

ABB 

**11** /77 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Functions and classification criteria for RCDs 

The tripping time is not adjustable. It is set according to a predetermined time – current characteristic with an intrinsic delay for small currents, tending to disappear as the current grows. 

IEC/EN 61008 and 61009 establish the tripping times relative to the type of RCD and the IΔn. 

|Type AC<br>In [A]<br>IΔ[A]|Trippingtimes(s)xcurrents|
|---|---|
||1xIΔ<br>2xIΔ<br>5xIΔ<br>500A|
|Generic<br>Any<br>Any|0.3<br>0.15<br>0.04<br>0.04|
|S (selective)<br>Any<br>>0.030|0.13-0.5<br>0.06-0.2<br>0.05-0.15<br>0.04-0.15|



The indicated maximum tripping times are also valid for A type RCDs, but increasing the current values of factor 1.4 for RCDs with IΔn > 0.01 A and of factor 2 for RCDs with IΔn ≤ 0.01 A. 

The range of ABB RCDs also includes AP-R (anti-disturbance) devices which trip according to the limit times allowed by the Standards for instantaneous RCDs. This function is due to the slight tripping delay (approx. 10 ms) relative to the standard instantaneous ones. 

The graph shows the comparison of the qualitative tripping curves for: 

- a 30 mA instantaneous RCD 

- a 30 mA AP-R instantaneous RCD 

- a 100 mA selective RCD (type S) 

**==> picture [539 x 340] intentionally omitted <==**

**----- Start of picture text -----**<br>
T (s)<br>0,5<br>0,3<br>0,2<br>0,15<br>AP-R 30 mA<br>0,13<br>0,10 Instantaneous 30 mA Selective 300 mA<br>0,06<br>0,05<br>0,04<br>0,01<br>11 0 30 60 100 150 300 600 1500 Idn (mA)<br>Ist.  30 mA Idn 2 x Idn 5 x Idn<br>Sel.  300 mA Idn 2 x Idn 5 x Idn<br>Tripping time<br>2CSC400423F0202<br>**----- End of picture text -----**<br>


Note: this is a qualitative chart; it is referred only to industrial frequencies of 50-60 Hz. 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /78 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Influence on RCDs of currents with DC components 

For many years the manufacturers of electrical appliances and other electrical equipment have been using electronic components to improve the performance of their products, increase comfort and save energy. 

Loads such as washing machines with variations in spin speed, variable-speed tools, thermostats and dimmers operate at currents with varying wave shapes (pulsating currents with DC components, inverted currents, levelled currents). 

There are three different types of current (fig. A). 

**==> picture [125 x 421] intentionally omitted <==**

**----- Start of picture text -----**<br>
��������<br>�Δ<br>������ �<br>�Δ<br>������� �<br>�Δ<br>�������� �<br>��������<br>�<br>�<br>�<br>�� �������<br>2CSC400424F0202<br>��<br>Δ<br>��<br>Δ<br>�<br>2CSC400400F0202<br>**----- End of picture text -----**<br>


Type I Inverted current with DC components, with value continuously greater than zero, caused 

by: 

- three-phase current 

- median point and three-phase current 

- jumper connection 

- unidirectional rectification with inductive and capacitive levelling 

- Villard type voltage doubling. 

Type II Pulsating current with DC components sometimes with zero value, caused by ohmic load with: 

- unidirectional rectification without levelling 

- single-phase jumper connection with or without levelling 

- regulation of the symmetrical and asymmetrical phase operating angle (dimmers, RPM meters). 

- Type III Pulsating current with DC components passing through zero caused by inductive loads with: -  unidirectional rectification without levelling 

- single-phase jumper connection with or without levelling 

- symmetrical and asymmetrical regulation of the phase operating angle (dimmers, RPM meters). 

If there is a fault current to earth after an insulation fault on live parts supplied with rectified current, the contact voltages are the same size as in alternating current. 

Standard RCDs, which are designed to operate with alternating current at 50-60 Hz, are insensitive to fault currents with DC components. 

Non-tripping of a RCD when there are fault currents with DC components may have two consequences: 

- it is dangerous for people and equipment (electrocution or fire) 

- it causes desensitivation of RCD due to excessive polarization of the transformer core that is no longer able to send the necessary power supply to the releaser (figure B - hysteresis cycle 1). 

To avoid this problem, type A RCDs must be used. Thanks to the specific technology of the residual current transformer toroidal cores, the supply level is increased to a value sufficient to trigger the releaser or tripping mechanism (figure B - hysteresis cycle 2). 

The sensitivity of the tripping mechanism is further increased by its connection to an electrical circuit sensitive to the wave shape of the current. 

In this way the tripping of the RCD is assured for any unidirectional pulsating wave shape even in case of overlapping of a DC component up to 6 mA. 

**11** 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /79 

**RCDs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Coordination tables: F 200 RCCBs 

## **Coordination tables between Short Circuit Protection Devices (SCPD) and F 200 RCCBs** 

If you are using an RCCB you must verify that the Short Circuit Protection Device (SCPD) protects it from the effects of high current that arise under short-circuit conditions. The IEC/EN 61008 provides some tests to verify the behaviour of RCCB in short-circuit conditions. The tables below provide the maximum withstanding short-circuit current expressed in eff. kA for which the RCCBs are protected thanks to the coordination with the SCPD installed upstream or downstream. The tests are performed with SCPD with a rated current (thermal protection) less than or eqaul to the rated current of the associated RCCB. 

## **F 202** 

||**Sin**|**gle-phases 230-240 V circuit**||
|---|---|---|---|
||**25 A**<br>**40 A**|**63 A**<br>**80 A**<br>**100 A**|**125 A**|
|**SN201L/S201L Na**|4.5<br>4.5|||
|**SN201/S201 Na**|6<br>6|||
|**SN201M/S201M Na**|10<br>10|||
|**S202L**|10<br>10|||
|**S202**|20<br>20|20||
|**S202M**|25<br>25|25||
|**S202P**|40<br>25|25||
|**S292**|25<br>25|25<br>25<br>25|25|
|**S802N**|36<br>36|36<br>36<br>36|36|
|**S802S**|50<br>50|50<br>50<br>50|50|
|**Fuse 25 gG**|100|||
|**Fuse 40 gG**|60<br>60|||
|**Fuse 63 gG**|20<br>20|20||
|**Fuse 100 gG**|10<br>10|10<br>10<br>10||
|**Fuse 125 gG**|||10|



## **F 202** 

|**400-415 V circuits**<br>**25 A**<br>**40 A**|**with isolated neutral (IT)**|**under double faults**|
|---|---|---|
||**63 A**<br>**80 A**|**100 A**<br>**125 A**|
|**SN201N/SN201/SN201M**<br>3<br>3|||
|**S201L/S201L Na/S202L**<br>4.5<br>4.5|||
|**S201/S201 Na/S202**<br>6<br>6|6||
|**S201M/S201M Na/S202M**<br>10<br>10|10||
|**S201P/S201P Na/S202P**<br>25<br>15|15||
|**S291/S292**<br>10<br>10|10<br>10|10<br>10|
|**S801N/S802N**<br>20<br>20|20<br>20|20<br>20|
|**S801S/S802S**<br>25<br>25|25<br>25|25<br>25|



## **F 204** 

||**Three-phases circuits with neutral (y/**Δ**) 230-240 V/400-415 V***|**Three-phases circuits with neutral (y/**Δ**) 230-240 V/400-415 V***|**Three-phases circuits with neutral (y/**Δ**) 230-240 V/400-415 V***|
|---|---|---|---|
||**25 A**<br>**40 A**|**63 A**<br>**80 A**|**100 A**<br>**125 A**|
|**SN201L/S201L/S201LNa***|4.5<br>4.5|||
|**SN201/S201/S201Na***|6<br>6|||
|**SN201M/S201M/S201MNa***|10<br>10|||
|**S202L***|10<br>10|||
|**S202***|20<br>20|20||
|**S202M***|25<br>25|25||
|**S202P***|40<br>25|25||
|**S292***|25<br>25|25<br>25|25<br>25|
|**S802N***|36<br>36|36<br>36|36<br>36|
|**S802S***|50<br>50|50<br>50|50<br>50|
|**Fuse 25 gG**|100|||
|**Fuse 40 gG**|60<br>60|||
|**Fuse 63 gG**|20<br>20|20||
|**Fuse 100 gG**|10<br>10|10<br>10|10|
|**Fuse 125 gG**|||10|



* The switches are considered between phase and neutral (230/240V) 

ABB 

**11** /80 

**System pro** _**M**_ **compact[®]** 

**RCDs** 

**11** 

## **Technical details** Coordination tables: F 200 RCCBs 

## **F 204** 

|**F 204**|||
|---|---|---|
||**Three-phases circuits with neutral (y/**Δ**) 230-240 V/400-415 V**||
||**25 A**<br>**40 A**<br>**63 A**<br>**80 A**|**100 A**<br>**125 A**|
|**S203L/S204L**|4.5<br>4.5||
|**S203/S204**|6<br>6<br>6||
|**S203M/S204M**|10<br>10<br>10||
|**S203P/S204P**|25<br>15<br>15||
|**S293/S294**|10<br>10<br>10<br>10|10<br>10|
|**S803N/S804N**|20<br>20<br>20<br>20|20<br>20|
|**S803S/S804S**|25<br>25<br>25<br>25|25<br>25|
|**Fuse 25 gG**|50||
|**Fuse 40 gG**|30<br>30||
|**Fuse 63 gG**|20<br>20<br>20||
|**Fuse 100 gG**|10<br>10<br>10<br>10|10|
|**Fuse 125 gG**||10|



## **F 204** 

|**F 204**||||
|---|---|---|---|
||**Three-phases circuits with neutral (y/**Δ**) 133-138V/230-240V**|||
||**25 A**|**40 A**|**63 A**<br>**80 A**<br>**100 A**<br>**125 A**|
|**SN201L**|10|10||
|**SN201**|15|15||
|**S2010M**|20|20||
|**S203L/S204L**|10|10||
|**S203/S204**|20|20|20|
|**S203M/S204M**|25|25|25|
|**S203P/S204P**|40|25|25|
|**S293/S294**|25|25|25<br>25<br>25<br>25|
|**S803N-S804N**|36|36|36<br>36<br>36<br>36|
|**S803S-S804S**|50|50|50<br>50<br>50<br>50|
|**Fuse 25 gG**|100|||
|**Fuse 40 gG**|60|60||
|**Fuse 63 gG**|20|20|20|
|**Fuse 100 gG**|10|10|10<br>10<br>10|
|**Fuse 125 gG**|||10|



**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /81 

**System pro** _**M**_ **compact[®]** 

**Technical details** Coordination tables: residual current protection selectivity 

**RCDs** 

**11** 

## **Selectivity** 

RCDs raise similar issue to those surrounding the installation of MCBs, and in particular the need to reduce to a minimum the parts of the system out of order in the event of a fault. 

For RCBOs the problem of selectivity in the case of short-circuit currents may be handled with the same specific criteria as for MCBs. 

However, for correct residual current protection, the more important aspects are linked to tripping times. Protection against contact voltages is only effective if the maximum times indicated on the safety curve are not exceeded. 

If an electrical system has user devices with earth leakage currents which exceed the normal values (e.g.: presence of capacitor input filters inserted between the device phase and earth cables) or if the system consists of many user devices, it is good practice to install various RCDs, on the main branches, with an upstream main residual current or non-residual current device instead of a single main RCD. 

## **Horizontal selectivity** 

The non-residual current main circuit-breaker provides “horizontal selectivity”, preventing an earth fault at any point on the circuit or small leakage from causing unwanted main circuit-breaker tripping, which would put the entire system out of order. 

However, in this way, section k of the circuit between the main circuit-breaker and the RCDs remains without “active” protection. Using a main RCD to protect it would lead to problems with “vertical selectivity”, which require tripping of the various devices to be co-ordinated, so that service continuity and system safety are not compromised. In this case, selectivity may be amperometric (partial) or chronometric (total). 

**==> picture [381 x 164] intentionally omitted <==**

**----- Start of picture text -----**<br>
A B<br>k<br>2CSC400425F0202<br>**----- End of picture text -----**<br>


## **Vertical selectivity** 

Vertical selectivity may also be established for residual current tripping, bearing in mind that in working back from system peripheral branches to the main electrical panels the risk of unskilled persons coming into contact with dangerous parts is significantly reduced. 

## **Amperometric (partial) selectivity** 

Selectivity may be created by placing low-sensitivity RCDs upstream and higher-sensitivity RCDs downstream. 

An essential condition which must be satisfied in order to achieve selective co-ordination is that the IΔ1 value of the breaker upstream (main breaker) is more than double the IΔ2 value of the breaker downstream. The operative rule to obtain an amperometric (partial) selectivity is IΔn of the upstream breaker = 3 x IΔn of the downstream breaker (e. g.: F 204, A type, 300 mA upstream; F 202, A type, 100 mA downstream). 

In this case, selectivity is partial and only the downstream breaker trips for earth fault currents IΔ2< IΔm<0.5*IΔ1. 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /82 

**RCDs** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## Coordination tables: residual current protection selectivity 

**==> picture [381 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
0.5 • I Δ 1 I Δ 1<br>I Δ 1<br>A<br>0.5 • I Δ 2 I Δ 2<br>I Δ 2<br>B<br>Dubious Certain Certain<br>selectivity selectivity selectivity 2CSC400425F0202<br>**----- End of picture text -----**<br>


## **Chronometric (total) selectivity** 

To achieve total selectivity, delayed or selective RCDs must be installed. 

The tripping times of the two devices connected in series must be co-ordinated so that the total interruption time t2 of the downstream breaker is less than the upstream breaker’s no-response limit time t1, for any current value. In this way, the downstream breaker completes its opening before the upstream one. 

To completely guarantee total selectivity, the IΔ value of the upstream device must also be more than double that of the downstream device in accordance with IEC 64-8/563.3, comments.  The operative rule to obtain an amperometric (partial) selectivity is IΔn of the upstream breaker = 3 x IΔn of the downstream breaker (e. g.: F 204, S type, 300 mA upstream; F 202, A type, 100 mA downstream). 

For safety reasons, the delayed tripping times of the upstream breaker must always be below the safety curve. 

**==> picture [383 x 330] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|t [s]|Legend|
|I|Δ|1|1|Theoretical safety|
|A|1|curve|
|t1|
|2|RCD A tripping cha-|
|racteristic|
|2|
|3|3|No-response limit|
|times|
|4|
|I|Δ|2|4|RCD B tripping|
|B|characteristic|
|t2|
|x I|Δ|
|Table of RCD selectivity|
|Upstream IΔn|10|30|100|300|300|500|500|1000|1000|
|[mA]|
|Downstream IΔn|inst|inst|inst|inst|S|inst|S|inst|S|
|[mA]|
|10|inst|�|��|��|�|��|�|��|�|
|30|inst|��|��|�|��|�|��|�|
|100|inst|��|�|��|�|��|�|
|300|inst|��|�|
|300|S|��|�|
|500|inst|
|500|S|
|1000|inst|
|1000|S|

**----- End of picture text -----**<br>


inst=instantaneous S=selective  �=amperometric (partial) selectivity  �=chronometric (total) selectivity 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /83 

**System pro** _**M**_ **compact[®]** 

**RCDs** 

**11** 

## **Technical details** Power loss, derating and performance in altitude 

## **Power loss and internal resistance of RCDs and RCBOs** 

|**RCCBs F200 series**|||
|---|---|---|
|**Rated current**|**Power loss W**||
|**In [A]**|**[W]**||
||**2P**|**4P**|
|16|1.5|-|
|25|1.0|1.3|
|40|2.4|3.2|
|63|3.2|4.4|
|80|8.8|33,3|
|100|15.2|44,4|
|125|-|28|



## **RCD-Blocks DDA200 series** 

|**Rated current**|**Power loss WIb***|**Power loss WIb***|
|---|---|---|
|**Ib[A]**|**[W]**||
||**2P**|**3P,4P**|
|25|2.0|3.0|
|40|3.2|4.8|
|63|5.0|7.6|



* The power loss WIb shown in the table refers to Ib. For use with circuit-breakers with lower rated current In the power loss W must be determined using the formula: W = (I / Ib) • WIb 

## **RCD-Blocks DDA for S290 series** 

|**Rated**|**Rated**|**Power loss W**|**Power loss W**|
|---|---|---|---|
|**current**|**residual current**|||
|**Ib[A]**|**I**Δ**n[A]**|**[W]**||
|||**2P**|**4P**|
|100|0.03|6|6|
|100|0.03 - 1|5|5|



## **RCD-Blocks DDA800** 

|**Rated**|**Power loss WIb***|**Power loss WIb***|
|---|---|---|
|**current**|||
|**Ib[A]**|**[W]**||
||**2P**|**4P**|
|63|9|13.5|
|100|7|10.5|



|**RCBOs DS 200, DS 200 M series**|**RCBOs DS 200, DS 200 M series**|**RCBOs DS 200, DS 200 M series**|||
|---|---|---|---|---|
|**Rated current**|**Power loss W**||||
|**In[A]**|**[W]**||||
||**Characteristic**||**Characteristic K**||
||**2P**|**3P/4P**|**2P**|**3P/4P**|
|6|4.1|6.2|3.9|5.9|
|10|2.9|4.4|2.9|4.2|
|13|5.2|7.7|3.1|4.5|
|16|4.5|6.6|4.9|7.2|
|20|6.4|9.3|6.8|9.9|
|25|8.5|12.4|7.9|11.5|
|32|10.9|15.7|10.7|15.4|
|40|15|21.6|14.4|20.7|
|50|11.4|18.4|10.7|17.4|
|63|17.4|28.2|18.2|29.4|



|**RCBOs**|**DS201, DS202C series**|**DS201, DS202C series**|||
|---|---|---|---|---|
||**DS201**||**DS202C**||
|**Rated**|**Power**|**Internal**|**Power**|**Internal**|
|**current**|**loss**|**resistance**|**loss**|**resistance**|
|**In [A]**|**[W]**|**[m**Ω**]**|**[W]**|**[m**Ω**]**|
|1|1,0|1011|||
|2|1,6|411|||
|4|2,5|155|||
|6|4,4|123,4|8,1|224,8|
|8|1,5|23,1|||
|10|2,3|23,1|4,1|40,6|
|13|2,2|13,3|3,5|21|
|16|3,4|13,3|5,4|21|
|20|4,4|11,1|6,6|16,6|
|25|3,9|6,2|5,5|8,8|
|32|5,9|5,8|8,2|8|
|40|8,6|5,4|||



* The power loss WIb shown in the table refers to Ib. For use with circuit-breakers with lower rated current In the power loss 

W must be determined using the formula: W = (I / Ib) • WIb 

## **Derating of load capability of RCBOs DS 200 series, DS201 and DS202C** 

For DS 200 see tables for S 200 MCBs in technical details MCBs and dedicated tables for DS201 and DS202C, within the range of temperatures from -25 °C to +55 °C. 

## **Performance in altitude of RCDs** 

ABB RCDs are able to operate at altitude higher then foreseen by the relevant standard IEC/ EN 61008 and IEC/ EN 61009 taking into account the corrective factor below detailed: 

|**Altitude**|**Rated Current**|**Rated Voltage**|**Breaking capacity**|
|---|---|---|---|
|3.000 m|0,96 x In|0,877 x Un|It is necessary to select product|
|4.000 m|0,94 x In|0,775 x Un|with higher breaking capacity (e.g|
|5.000 m|0,92 x In|0,676 x Un|if 6 kA is required, select a 10 kA|
|6.000 m|0,90 x In|0,588 x Un|product)|



For altitude higher then 3.000 m the isolating characteristic is no longer available. 

ABB 

**11** /84 

**RCDs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Emergency stop using DDA 200 AE series 

## **Emergency stop using DDA 200 AE series RCD blocks** 

The AE series RCD block combines the protection supplied by the RCBOs with a positive safety emergency stop function for remote tripping. 

In the AE version, the DDA 200 AE series RCD blocks are available. 

## Operating principle (patented) 

Two additional primary circuits powered with the same voltage and equipped with the same resistance have been added to the transformer; under normal conditions the same current would flow through, but since they are wound by the same number of coils in opposite directions they cancel each other out and do not produce any flow. 

One of these two windings acts as the remote control circuit: the emergency stop is obtained by interrupting the current flow in this circuit. 

The positive safety is therefore obvious: an accidental breakage in the circuit is equivalent to operating an emergency control button. 

## Advantages 

Compared with the devices which are normally used in emergency circuits, DDA 200 AE blocks have the following advantages: 

- positive safety 

- no undesirable tripping if there is a temporary reduction or interruption of the mains voltage 

- efficient immediate operating even after long off-service periods of the installation. 

## Use 

Application of the DDA 200 AE blocks complies with the requirements of IEC/EN 60364-8. They 

are therefore suitable, for example, for escalators, lifts, hoists, electrically operated gates, machine tools, car washes and conveyor belts. 

No more than one DDA 200 AE can be controlled using the same control circuit. Each DDA 200 AE requires a dedicated control circuit. 

**==> picture [511 x 272] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 Polarized relay<br>2 Sensor winding  L max<br>3 Induction toroid<br>4 Supplementary  1 2 3 n<br>primary windings<br>5 Single or multiple<br>push-button unit<br>6 Test button SUPPLY Ø � 1,5 mm2<br>4<br>2 Y1 Y2<br>NAE<br>RAE/2 RAE/2<br>5<br>1 RAE/2 RAE/2<br>NAE<br>3<br>6<br>LOAD<br>DDA 202 A AE L max = 230 m<br>DDA 203 A AE L max = 60 m<br>DDA 204 A AE L max = 230 m<br>OEPM0121 OEPM0122nn<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /85 

**System pro** _**M**_ **compact[®]** 

**Technical details** Unwanted tripping - AP-R solution (high immunity) 

**RCDs** 

**11** 

## **Unwanted tripping** 

In the event of disturbance in the mains, the RCDs normally present in the system are tripped, breaking the circuit even in the absence of a true earth fault. 

Disturbances of this kind are most often caused by: 

- operation overvoltages caused by inserting or removing loads (opening or closing protection of control devices, starting and stopping motors, switching fluorescent lighting systems on and off, etc.) 

- overvoltages of atmospheric origin, caused by direct or indirect discharges on the electrical line. 

Under these circumstances, breaker tripping is unwanted, since it does not satisfy the need to avoid the risks due to direct and indirect contacts. On the contrary, the sudden and unjustified interruption of the power supply may result in very serious problems. 

## **AP-R RCDs** 

The ABB range of AP-R anti-disturbance residual current circuit-breakers and blocks was designed to overcome the problem of unwanted tripping due to overvoltages of atmospheric or operation origin. 

The electronic circuit in these devices can distinguish between temporary leakage caused by disturbances on the mains and permanent leakage due to actual faults, only breaking the circuit in the latter case. 

AP-R residual current circuit-breakers and blocks have a slight delay into the tripping time, but this does not compromise the safety limits set by the Standards in force (release time at 2 IΔn=150 ms). 

Guaranteeing conventional residual current protection, their installation in the electrical circuit therefore allows any unwanted tripping to be avoided in domestic and industrial systems in which service continuity is essential. 

This delay makes the AP-R  residual current devices especially suited for installations involving motor starters/variable speed drives, fluorescent lamps or IT/electronic equipment. 

**==> picture [258 x 120] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 200 traditional   F 200 AP-R<br>30 mA residual  30 mA residual<br>current breaker current breaker<br>re re<br>i = TF = = =<br>Thermal<br>al a magnetic  at) all all a<br>breaker<br>La ae a<br>Max 20 electronic reactors Max 50 electronic reactors<br>**----- End of picture text -----**<br>


The use of multiple electronic reactors for the supply of fluorescent lamps instead generates permanent leakage currents and inrush currents that can provoke nuisance tripping of a standard residual current breaker. 

IT system loads and other electronic equipment (e.g. dimmers, computers, inverters) with capacitive input filters connected between the phases and ground can also generate permanent earth leakage currents whose sum may provoke the nuisance tripping of a standard residual current breaker. For these situations, the AP-R breakers allow a greater number of devices to be connected to the installation. 

Soft-starters for motors are loads which can generate high-frequency capacitive currents (provoked by the harmonics) toward ground or fed into the network. Also in this case, the use of AP-R residual breakers reduces the sensibility to nuisance tripping. 

**Selection tables ...............................  pag. 3/2** ~~PT~~ 

ABB 

**11** /86 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Unwanted tripping - AP-R solution (high immunity) 

**==> picture [328 x 205] intentionally omitted <==**

**----- Start of picture text -----**<br>
Traditional ABB  Type AP-R ABB<br>residual current  residual current<br>breaker breaker<br>ABB   ABB   ABB<br>thermal-magnetic  Softstarter  Inverter<br>breakers<br>3 @<br>ABB<br>overload cut-out<br>mi |B| 3<br>Lighting Cooling ABB asynchronous<br>motor<br>**----- End of picture text -----**<br>


Compared with standard type breakers, AP-R residual current breakers are therefore characterised, for any given sensibility, by: 

- Higher residual trip current 

- Tripping time delay 

- Better resistance to overvoltages, harmonics and impulse disturbances. 

Regulations 

The tests set out in the IEC 61008 and IEC 61009 standards verify the resistance of residual current breakers to unwanted tripping provoked by operation overvoltages, using a ring wave impulse shape of 0.5 μs/100 kHz. All residual current circuit-breakers are required to pass this test with a peak current value of 200 A. 

For what concerns atmospheric overvoltages, the IEC 61008 and 61009 standards prescribe the 8/20 μs surge test with a 3000 A peak current, but limit the requirement to residual current devices classified as selective; no test is required for other types. 

The ABB range of AP-R anti-nuisance tripping breakers and blocks pass the general 0.5 μs/100 kHz  ring wave test and also withstand the 8/20 μs impulse test with the same peak current of 3000 A prescribed for selective devices. 

||**Instantaneous**|**AP-R**|**Selective**|
|---|---|---|---|
|**Resistance to unwanted tripping caused by network**<br>**disturbances with wave shape (0.5μs/100 kHz)**<br>**Resistance to nuisance tripping due to overvoltages**|250|250|250|
|**(operational or atmospheric) peak(8/20 wave)**|250|3000|5000|



**11** 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /87 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Unwanted tripping - F2C-ARH solution 

The F2C-ARH is an auto-reclosing device particularly suited for household and similar uses. Unlike the F2C-ARI auto-reclosing unit, it doesn’t require a separate low voltage power supply, but can be supplied by the associated RCCBs (2 pole RCCBs up to 63 A – 30 mA ) at the 230 V a.c. rated voltage. 

Another feature that makes the product ideal for home applications is an internal control unit that checks there are no insulation faults in the system before allowing the RCCB to reclose. 

This ensures that reclosing occurs only in case of unwanted tripping of the RCCB (i.e. overvoltages induced by electrical storms), thus assuring continuity of power supply also in these situations. 

Situation of temporary over-voltage, for example caused by a lightning, that causes RCCB’s untimely tripping. 

**==> picture [352 x 141] intentionally omitted <==**

**----- Start of picture text -----**<br>
? ON!<br>30 mA 30 mA a [ 30 mA  3<br>= 0 0 ON 0<br>OFF<br>i 7 Old col=O 7 te =6;<br>es<br>≤ 3 sec<br>o ><br>**----- End of picture text -----**<br>


When the RCCB operates in presence of an effective insulation fault, the auto-reclosing device doesn’t allow its reclosing and guarantees the system insulation. 

Situation of permanent earth fault that causes RCCB’s tripping. 

**==> picture [408 x 171] intentionally omitted <==**

**----- Start of picture text -----**<br>
? OFF!<br>So  88 ) a BH<br>30 mA 30 mA 30 mA<br>Se y e A<br>0 0 0<br>OFF OFF<br>1 2<br>≤ 3 sec<br>o e<br>2CSC400426F0202<br>**----- End of picture text -----**<br>


**11** _ 

**Selection tables ...............................  pag. 3/2** O ~~O~~ 

ABB 

**11** /88 

**System Technical details pro** _**M**_ **compact[®]** Type B RCDs 

**RCDs** 

**11** 

## **Type B RCDs** 

In industrial electrical applications it is more and more common to use devices where in the event of an earth fault current unidirectional direct currents or currents with a minimum residual ripple  which flow through the PE conductor can emerge. These devices can be for example inverters, medical equipment (e.g. x-ray equipment and CAT), or UPS. 

Type A RCDs sensitive to pulsating currents (in addition to sinusoidal currents detected by RDCs of type AC as well) cannot detect and break these earth fault direct currents or currents with a minimum level residual ripple. In case there are electrical appliances which generate this type of currents in the event of an earth fault the use of RCDs of type AC or type A would not be appropriate. 

In order to meet these new demands, type B RCDs have been designed (which are able to detect the same earth fault currents detected by type AC and type A RCDs). 

This type of RCD (type B) is not mentioned in the reference standards for RCDs (IEC 61008-1 and IEC 61009-1). An international standard has been introduced in 2007 an it specifies additional requirements for B type RCDs. 

This new standard, IEC 62423, can only be referred to together with IEC 61008-1 (for RCCBs) and IEC 61009-1 (for RCD-blocks and RCBOs), this means that B type RCDs have to be compliant to all the prescriptions of IEC 61008/9. 

As already said, type B RCDs are not only sensitive to alternating and pulsating earth fault currents with DC components at a frequency of  50/60 Hz (type A), but they are also sensitive to: 

- alternating currents up to a frequency of 1000 Hz; 

- alternating and/or pulsating currents with DC components overlapping with a direct current; 

- earth fault currents generated by a rectifier with two or more phases; 

- direct earth fault currents without residual ripple 

...independently of the polarity or whether the earth fault current appears suddenly or increases gradually. 

Type B RCDs must be marked with the following symbols highlighting the switches’ capacity to detect every type of current:[.] 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /89 

**System Technical details pro** _**M**_ **compact[®]** Type B RCDs 

**RCDs** 

## Construction features 

Type B RCDs consist of one section for the detection of alternating earth fault currents and unidirectional pulsating earth fault currents, which functions independently of the line voltage. For the detection of direct earth fault currents or currents with a minimum residual ripple, type B RCDs have a second electronic section, the functioning of which depends on the line voltage. The structure of the product is illustrated in the following diagram. 

**==> picture [383 x 138] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 3 5 7<br>M<br>Tr1<br>S 2 4 6 8<br>T Tr2<br>E<br>2/1 4/3 6/5 8/7<br>2CSC400427F0202<br>**----- End of picture text -----**<br>


## **S** Release 

## **M** Protection device mechanism 

**E** Electronics for the intervention with  direct unidirectional earth fault currents **T** Test device 

**Tr1**[Residual current transformer for the detection of sinusoidal earth fault currents ] **Tr2** Residual current transformer for the detection of direct unidirectional currents. 

The residual current transformer Tr1 monitors the presence of pulsating and alternating earth fault currents in the electronic installation while residual current transformer Tr2 measures the direct unidirectional currents. In the event of a fault the second transformer transmits the opening command to the release S via the (printed) circuit board E. In type B RCCBs, the section whose functioning depends on the line voltage is supplied by all three-phase conductors and the neutral, so that the functioning as type B is guaranteed even if there is a voltage only in two of the 4 power conductors. In addition, the supply of the electronic section is sized in such a way that the device can safely intervene even if there is a voltage drop of 70%. 

In this way an intervention takes place when direct unidirectional earth fault currents emerge, even in the event of faults in the electric power supply grid, for example if there is no neutral conductor. 

## Direct or similar earth fault currents 

An increasing amount of industrial equipment is supplied by circuits which in the event of a fault generate direct earth fault currents with a very low residual ripple, which can be even less than 10%. For example with direct current supplied motor drives for pumps, elevators, textile machines etc. it is becoming more common to use inverters with a three-phase rectifier bridge. 

In the event of an earth fault current the wave of the earth fault is as indicated in the figure below. 

**==> picture [511 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
Three-phase rectifier bridge Three-phase wye rectifier Phase currents Earth fault current<br>L 1  L 2  L 3 N L 1  L 2  L 3<br>IB IB IB IΔ<br>t t<br>IΔ IΔ<br>2CSC400428F0202<br>**----- End of picture text -----**<br>


**11** 

**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /90 

**RCDs** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Type B RCDs 

## **Variation of residual current tripping thresholds according to frequency** 

**==> picture [85 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 200 B type, 30 mA<br>**----- End of picture text -----**<br>


**==> picture [90 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 200 B type, 300 mA<br>**----- End of picture text -----**<br>


**==> picture [5 x 380] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400429F0202<br>2CSC400430F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /91 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Type B RCDs 

## **RCDs** 

**==> picture [89 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 200 B type, 500 mA<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400431F0202<br>**----- End of picture text -----**<br>


## DDA 200 B type, 30 mA 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400432F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /92 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Type B RCDs 

## **RCDs** 

**==> picture [103 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 200 B type, 300 mA<br>**----- End of picture text -----**<br>


**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400433F0202<br>**----- End of picture text -----**<br>


## DDA 200 B S type, 300 mA 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400434F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /93 

**System pro** _**M**_ **compact[®]** 

**Technical details** Use of 4P RCCBs in 3-phase system without neutral pole 

**RCDs** 

**11** 

## **Use of a 4P RCCB in a 3-phase circuit without neutral** 

The test button circuit of these RCCBs 4P F 200 is wired inside the device between terminal 5/6 and 7/8/N as indicated below, and has been sized for an operating voltage between 110 and 254 V (110 and 277 V according tu UL 1053). 

**==> picture [126 x 68] intentionally omitted <==**

**----- Start of picture text -----**<br>
1/2 3/4 5/6 7/8/N<br>2/1 4/3 6/5 8/7/N 2CSC400400F0202<br>**----- End of picture text -----**<br>


In case of installation in a 3 phase circuit without neutral, if the concatenate voltage is between 110 and 254 V (277 V according to UL 1053) for the correct working of the test button there are two possible solutions: 

- 1) To connect the 3 phases to the terminals 3/4 5/6 7/8/N and the terminals 4/3 6/5 8/7/N (supply and load side respectively) 

- 2) To connect the 3 phases normally (supply to terminals 1/2 3/4 5/6 and load to terminals 2/1 4/3 6/5) and to bridge terminal 1/2 and 7/8/N in order to bring to the terminal 7/8/N the potential of the first phase. In this way the test button is supplied with the phases’ concatenate voltage. 

If the circuit is supplied with a concatenate voltage higher than 254 V, as in the typical case of 3 phase net with concatenate voltage of 400 V - or 480 V according to UL 1053 - (and voltage between phase and neutral of 230 V or 277 V according to UL 1053), it is not possible to use these connections because the circuit of the test button will be supplied at 400 V and could be damaged by this voltage. 

|||**1/2**<br>**3/4**<br>**2/1**<br>**4/3**<br>**5/6**<br>**6/5**<br>**7/8/N**<br>**8/7/N**<br>**Rest**<br>2CSC400435F0202|**1/2**<br>**3/4**<br>**2/1**<br>**4/3**<br>**5/6**<br>**6/5**<br>**7/8/N**<br>**8/7/N**<br>**Rest**<br>2CSC400435F0202|**1/2**<br>**3/4**<br>**2/1**<br>**4/3**<br>**5/6**<br>**6/5**<br>**7/8/N**<br>**8/7/N**<br>**Rest**<br>2CSC400435F0202|**1/2**<br>**3/4**<br>**2/1**<br>**4/3**<br>**5/6**<br>**6/5**<br>**7/8/N**<br>**8/7/N**<br>**Rest**<br>2CSC400435F0202|**I**Δ**n [A]**<br>**Rest [**Ω**]**|
|---|---|---|---|---|---|---|
||||||||
|||||||0.03<br>3300|
|||||||0.1<br>1000|
|||||||0.3<br>330|
||||||||
|||||||0.5<br>200|
||||||||



In order to allow the correct operation of the test button also in 3 phase nets at 400 V - 480 V according to UL 1053 - (concatenate voltage) it is necessary to connect normally the phases (supply to terminals 1/2 3/4 5/6 and load to terminals 2/1 4/3 6/5) and to jump terminal 4/3 and 8/7/N by mean of an electric resistance as indicated above. 

In this way the test button circuit is fed at 400 V - 480 V according to UL 1053 - but for example in an RCCB with IΔn=0.03 A there will be the Rest=3.3 kOhm resistance in series to the test circuit resistance. Rest will cause a voltage drop that leaves in the test circuit a voltage less than 254 V - 277 V according to UL 1053. Rest resistance must have a power loss higher than 4 W. 

In the normal operation of the RCCB (test circuit opened) the Rest resistance is not fed so it does not cause any power loss. 

## The solution RCCBs with neutral pole on left side 

The test button circuit of these RCCBs is wired inside the device between terminal 3/4 and 5/6 as indicated below, and it has been sized for an operating voltage between 195 V and 440 V - 480 V. In case of a three phase system without neutral with concatenate voltage between phases of 230 V or 400 V - 277 V or 480 V - it is enough to connect the 3 phases normally (supply to terminals 1/2 3/4 5/6 and load to terminals 2/1 4/3 6/5) without any bridge. 

**==> picture [126 x 68] intentionally omitted <==**

**----- Start of picture text -----**<br>
N 1/2 3/4 5/6<br>N 2/1 4/3 6/5<br>2CSC40035F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /94 

**System Technical details pro** _**M**_ **compact[®]** Operating voltage of test button 

**RCDs** 

**11** 

## **Operating voltage of test button** 

The operation of RCDs depends on the maximum and minimum operating voltage of the test button. 

**==> picture [472 x 167] intentionally omitted <==**

**----- Start of picture text -----**<br>
This symbol  Maximum and minimum operating voltage of DS201 and DS202C test button<br>represents the<br>circuit of test  DS201 DS202C<br>button Ut = 110-254 V Ut = 110-254 V<br>1/2 N 1/2 3/4<br>Between the two terminals there is a rated<br>voltage of 110-254 V<br>2/1 N 2/1 4/3<br>**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400436F0202<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of DS 200 and DDA 200  test button 

**==> picture [489 x 367] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 202 and DS 202 DDA 203 and DS 203 DDA 204 and DS 204<br>In = 25-40 A In = 25-40 A In = 25-40 A<br>Ut = 110-254 V Ut = 195-440 V Ut = 195-440 V<br>1/2 3/4 1/2 3/4 5/6 1/2 3/4 5/6 7/8<br>2/1 4/3 2/14/3 6/5 2/14/3 6/58/7<br>DDA 202 and DS 202 DDA 203 and DS 203 DDA 204 and DS 204<br>In = 63 A In = 63 A In = 63 A<br>Ut = 110-254 V Ut = 195-440 V Ut = 195-440 V<br>1/2 3/4 1/2 3/4 5/6 1/2 3/4 5/6 7/8/N<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 8/7/N<br>2CSC400436F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /95 

**System Technical details pro** _**M**_ **compact[®]** Operating voltage of test button 

**RCDs** 

**11** 

Maximum and minimum operating voltage of DDA 200, special version 110 V 

**==> picture [491 x 191] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 203 110 V DDA 203 110 V DDA 204 110 V<br>In = 40 A In = 63 A In = 63 A<br>Ut = 110-254 V Ut = 110-254 V Ut = 110-254 V<br>1/2 3/4 5/6 1/2 3/4 5/6 1/2 3/4 5/6 7/8<br>2/14/3 6/5 2/1 4/3 6/5 2/1 4/3 6/5 8/7<br>2CSC400437F0202<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of DDA 200, special version 400 V 

**==> picture [89 x 163] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 202<br>In = 63 A<br>1/2 3/4<br>Ut = 400 V<br>2/1 4/3<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of DDA 200 B type test button 

**==> picture [491 x 185] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 202 B DDA 203 B DDA 204 B<br>In = 63 A In = 63 A In = 63 A<br>Ut = 110-254 V Ut = 310-440 V Ut = 195-254 V<br>1/2 3/4 1/2 3/4 5/6 1/2 3/4 5/6 N<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 N<br>2CSC400438F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

ABB 

**11** /96 

**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Operating voltage of test button 

**==> picture [288 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Maximum and minimum operating voltage of DDA 200 AE test button<br>**----- End of picture text -----**<br>


**==> picture [464 x 182] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 202 AE DDA 203 AE DDA 204 AE<br>In = 63 A In = 63 A In = 63 A<br>Ut = 184-264 V Ut = 310-440 V Ut = 184-264 V<br>INPUT 1/2 3/4 INPUT 1/2 3/4 5/6 INPUT 1/2 3/4 5/6 N<br>2/1 4/3 OUTPUT 2/1 4/3 6/5 OUTPUT 2/1 4/3 6/5 N OUTPUT<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400439F0202<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of F 200 standard test button 

**==> picture [488 x 177] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 202 standard F 204 standard F 204 standard<br>In = ≤ 100 A In = ≤ 100 A In = 125 A<br>Ut = 110-254 V Ut = 110-254 V Ut = 185-440 V<br>1/2 3/4 1/2 3/4 5/6 7/8/N 1/2 3/4 5/6 7/8/N<br>2/1 4/3 2/1 4/3 6/5 8/7/N 2/1 4/3 6/5 8/7/N<br>2CSC400436F0202<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of F 200 B and F 200 B (N on the left) type test button 

**==> picture [361 x 167] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 204 B F 204 B F 202 PV B<br>In = ≤ 63 A In = 125 A In = ≤ 63 A<br>Ut = 185-440 V Ut = 185-440 V Ut = 230 V<br>1/2 3/4 5/6 7/8/N 7/8/N 1/2 3/4 5/6 1/2 3/4<br>2/1 4/3 6/5 8/7/N 8/7/N 2/1 4/3 6/5 2/1 4/3<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
2CSC400436F0202<br>**----- End of picture text -----**<br>


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**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Operating voltage of test button 

Maximum and minimum operating voltage of F 200 (N on the left) test button 

**==> picture [488 x 421] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 204 neutal on left<br>In = ≤ 100 A<br>Ut = 195-440 V<br>R S T<br>7/8/N 1/2 3/4 5/6<br>For use in 3-phases circuit without neutral at 400 V it is possible to<br>connect the three phases R, S and T like in the figure.<br>8/7/N 2/1 4/3 6/5<br>R S T<br>Maximum and minimum operating voltage of DDA 60-70-90 test button<br>DDA 62, DDA 72, DDA 92 with S 290 DDA 64, DDA 74, DDA 94 with S 290<br>In = 100 A In = 100 A<br>Ut = 100-240 V 1/2 3/4 Ut = 175-415 V 1/2 3/4 5/6 7/8<br>2/1 4/3<br>2/1 4/3 6/5 8/7<br>2CSC400436F0202<br>2CSC400440F0202<br>**----- End of picture text -----**<br>


Maximum and minimum operating voltage of DDA 60-70-90 test button 

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**System Technical details pro** _**M**_ **compact[®]** Operating voltage of test button 

**RCDs** 

**11** 

**==> picture [439 x 436] intentionally omitted <==**

**----- Start of picture text -----**<br>
Maximum and minimum operating voltage of DDA 800 and DS800 test button<br>DDA 802 DDA 803<br>DS802 DS803<br>IN ≤ 125 A IN ≤ 125 A<br>Ut = 195-690 V Ut = 195-690 V<br>1/2 2/3 1/2 3/4 5/6<br>DDA 804<br>DS804 2/1 4/3 2/1 4/3 6/5<br>IN ≤ 125 A<br>Ut = 195-690 V<br>1/2 3/4 5/6 7/8<br>2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 2/2** 

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**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Wiring diagrams of RCCBs, RCBOs and RCD-blocks 

**==> picture [511 x 232] intentionally omitted <==**

**----- Start of picture text -----**<br>
RCDs<br>F 202  F 204  F 204 Left neutral<br>1/2 3/4 1/2 3/4 5/6 7/8/N N 1/2 3/4 5/6<br>2/1 4/3 2/1 4/3 6/5 8/7/N N 2/1 4/3 6/5<br>F 202 PV B 1 3 Input F 204 B type 1 3 5 N Input F 204 B type  N 1 3 5 Input<br>left neutral<br>T T T<br>2 4 Output 2 4 6 N Output N 2 4 6 Output 2CSC400441F0202<br>**----- End of picture text -----**<br>


**11** 

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**----- Start of picture text -----**<br>
RCD-blocks<br>DDA 202  DDA 203  DDA 204<br>1 3 1 3 5 1 3 5 7<br>In=25-40 A In=25-40 A In=25-40 A<br>2 4 2 4 6 2 4 6 8<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 8/7<br>DDA 202  DDA 203<br>In=63 A<br>1 3 5<br>1 3 Y1 Y2<br>In=63 A<br>2 4 6<br>2 4<br>Y1 Y2<br>2/1 4/3 6/5<br>DDA 204<br>In=63 A<br>1 3 5 7<br>Y1 Y2<br>2/1 4/3<br>2 4 6 8<br>2/1 4/3 6/5 8/7<br>2CSC400441F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

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**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Wiring diagrams of RCCBs, RCBOs and RCD-blocks 

**==> picture [473 x 213] intentionally omitted <==**

**----- Start of picture text -----**<br>
RCD-blocks<br>DDA 202 AE DDA 203 AE DDA 204 AE<br>INPUT Y1   Y2 INPUT Y1   Y2 INPUT<br>1   3 1   3   5 1   3   5   N<br>2   4 2   4   6 2   4   6   N<br>Y1   Y2<br>2   4   6 2  4  6  N<br>OUTPUT OUTPUT<br>2   4<br>OUTPUT<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
DDA 202 B type DDA 203 B type DDA 204 B type<br>1 3 1 3 5 1 3 5 N<br>2 4 2 4 6 2 4 6 N<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 N<br>DDA 802 DDA 803  DDA 804<br>1 3 1 3 5 1 3 5 7<br>2 4 2 4 6 2 4 6 8<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 8/7<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
 DDA 804<br>1 3 5 7<br>2 4 6 8<br>2/1 4/3 6/5 8/7<br>2CSC400442F0202<br>**----- End of picture text -----**<br>


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**RCDs** 

## **System Technical details pro** _**M**_ **compact[®]** Wiring diagrams of RCCBs, RCBOs and RCD-blocks 

**11** 

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**----- Start of picture text -----**<br>
RCBOs<br>DS201                 DS202C<br>��� � � ��� ��� �<br>� � � �<br>��� � ��� ���<br>DS 202  DS 203  DS 204<br>1/2 3/4 1/2 3/4 5/6 1/2 3/4 5/6 7/8<br>In up to 40 A In up to 40 A In up to 40 A<br>2/1 4/3 2/1 4/3 6/5 2/1 4/3 6/5 8/7<br>DS 202  DS 203<br>1/2 3/4 In=50-63 A 1/2 3/4 5/6<br>Y1 Y2<br>In=50-63 A<br>Y1 Y2<br>2/1 4/3 6/5<br>DS 204<br>In=50-63 A 1/2 3/4 5/6 7/8<br>2/1 4/3 Y1 Y2<br>2/1 4/3 6/5 8/7<br>2CSC400443F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 3/2** 

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**System Technical details Electronic pro** _**M**_ **compact[®]** RD2 residual current relays **residual current devices** 

## **RD2 RESIDUAL CURRENT MONITORS** 

They operate combined  with appropriate toroidal transformers (in 9 different diameters). 

The relay can command the tripping of the protection circuit-breaker release, thus opening the circuit. 

According to the IEC 62020 Standard, these relays are “A Type”. They are sensitive to leakage sinusoidal currents and to leakage pulsanting currents with direct components. Thus they can be defined as “A type”. 

## **More technical characteristics** 

|**Calibration tolerances**||- sensitivity|+0% -50%|
|---|---|---|---|
|||- time|+0% -50%|
|**Power consumption**|[W]|0.45 at 48 V AC/DC||
|||1.2 at 110 V AC/DC||
|||3.4 at 230 V AC||
|||11 at 400 V AC||
|**Dielectric test voltage**||||
|**at ind. freq. for 1 min.**|[kV]|2.5||
|**Max. peak current**||||
|**with 8/20 μs wave**|[A]|5000||
|**Installation position**||any||
|**Protection degree**||IP20||



**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400321F0201<br>**----- End of picture text -----**<br>


**==> picture [229 x 226] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1<br>L2<br>~—<br>L3 f(s<br>N P\<br>NE”<br>1 2 3 4<br>er:<br>COM NO NC ——— Wire the terminals 9 and 10 of<br>the RD2 to the terminals 1 and<br>6 7 8 9 10 2 of the toroidal transformers.<br>Do not use terminals 3 and 4,<br>Ly when present<br>1 2 3 4 5<br>Power supply<br>RD2: 230÷400 V a.c.<br>RD2-48: 48÷150 V a.c./d.c.<br>**----- End of picture text -----**<br>


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**11** 5 

## **System Technical details Electronic pro** _**M**_ **compact[®]** RD3 residual current relays **residual current devices** 

## **RD3 ELECTRONIC RESIDUAL CURRENT RELAY** 

RD3 is a residual current device that in combination with a toroidal transformer is able to detect and evaluate earth fault current. If used in combination with a shunt-trip or undervoltage release, it can realize the opening of a circuit breaker ensuring earth leakage current protection. 

**==> picture [19 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
RD3<br>**----- End of picture text -----**<br>


**==> picture [27 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
RD3M<br>**----- End of picture text -----**<br>


**==> picture [25 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
RD3P<br>**----- End of picture text -----**<br>


**==> picture [377 x 548] intentionally omitted <==**

**----- Start of picture text -----**<br>
ooo 9990 Jeeme ee<br>1 # 3456 1 2 34456<br>|; “0-8@ Pa  mypee a -°" : aceony<br>| Bee) | elise:<br>: i —. =| BSane<br>7 8 9101112 7 8 9 1011 12<br>Toroid  - relay connection<br>L1 L2 L3 N PE<br>Remote Reset<br>POWER SUPPLY<br>1 2 3 4 5 6 7<br>O O OO -| ?<br>l %<br>20% 40% 60% 80% TR...<br>ON FAULT<br>Ommme /* Tr:—<br>L O A D<br>2CSC400450F0202 2CSC400451F0202<br>4<br>3 T2-T1<br>2<br>2CSC400453F0202 1 S2-S1<br>**----- End of picture text -----**<br>


**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400452F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 3/84** | 

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**System Technical details pro** _**M**_ **compact[®]** RD3 residual current relays 

**Electronic residual current devices** 

## **Toroid selection table in according to IEC/EN 60947-2 Annex-M (RD3, toroid and MCCBs up to T5)** 

|“Standard” Use|||Use with iron screen|
|---|---|---|---|
|Model<br>Toroid diameter<br>Max. cable<br>section (4x)<br>Max. current<br>(1x)<br>Min. current<br>measurable<br>[mm]<br>[mm2]<br>[A]<br>[mA]||Iron screen<br>diameter<br>[mm]|Iron screen<br>lenght<br>Max. current<br>(1x)<br>Min. current<br>measurable<br>[mm]<br>[A]<br>[mA]|
|TRM<br>29<br>25<br>65<br>25||25|80<br>85<br>25|
|TR1<br>35<br>35<br>75<br>25||30|80<br>110<br>25|
|TR2<br>60<br>50<br>85<br>25||30|80<br>150<br>25|
|TR3<br>80<br>95<br>160<br>100||40|80<br>225<br>100|
|TR4<br>110<br>240<br>250<br>100||55|250<br>400<br>100|
|TR5<br>210<br>400<br>630<br>250||75|250<br>800<br>250|
|TR160<br>160<br>400<br>400<br>250||75|250<br>630<br>250|
|TR160/A<br>160<br>400<br>400<br>500||75|250<br>630<br>500|
|TR4/A<br>110<br>240<br>250<br>250||55|250<br>400<br>250|
|TR5/A<br>210<br>400<br>630<br>500||75|250<br>800<br>500|



## **Setting of residual operating current and trip time delay.** 

Using the rotary selectors on the front of the device, it is possible to adjust the residual operating current and the trip time delay. 

**==> picture [384 x 157] intentionally omitted <==**

**----- Start of picture text -----**<br>
l n [A] t [s] Adjustment of residual operating<br>1 2 0,5 1 current (IΔn [A]) and trip time delay<br>0,5 3 0,3 2 (Δt [s]).<br>0,3 5 0,2 3<br>0,1 10 0,06 5<br>0,03 30 0 10<br>2CSC400454F0202<br>**----- End of picture text -----**<br>


## **Main features** 

## **Pre-alarm** 

## **Autoreset** 

Placing the dip-switch in the ON position enables the pre-alarm function: the output contact on terminals 7 8 9 will change state in the event of a residual current exceeding 60% IΔ.Δ.. 

Placing the dip-switch in the ON position Placing the dip-switch in the ON enables the pre-alarm function: the position enables the automatic Reset output contact on terminals 7 8 9 will function: the Relay OUTPUT contacts change state in the event of a residual revert to their original state once the fault current exceeding 60% IΔ.Δ.. condition ceases. **RD3 RD3M** ■ **RD3P** ■ ■ 

## **Fail-safe** 

Built into the device (positive safety). In case of absence of supply to the device RD3 the output contact on terminals 10 11 12 will change state as shown in the figures. 

■ ■ ■ 

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**System pro** _**M**_ **compact[®]** 

**Technical details Electronic** RD3 residual current relays **residual current devices** 

**11** 

## **RD3, RD3M, RD3P contacts position** 

When the toroidal transformer is connected the output contacts work as shown 

**==> picture [342 x 43] intentionally omitted <==**

**----- Start of picture text -----**<br>
RD3 is not supplied  RD3 is supplied<br>7 8 9 10 11 12 7 8 9 10 11 12<br>**----- End of picture text -----**<br>


**==> picture [241 x 526] intentionally omitted <==**

**----- Start of picture text -----**<br>
12 7 8 9 10 11 12<br>7 8 9 10 11 12<br>Trip contact Trip/Fail-safe contact<br>Δn thresholdn threshold<br>7 8 9 10 11 12<br>Trip contact Trip/Fail-safe contact<br>Δn thresholdn threshold<br>7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>contact contact<br>Δn thresholdn threshold<br>7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>2CSC400455F0202<br>2CSC400455F0202<br>2CSC400455F0202<br>2CSC400455F0202<br>2CSC400455F0202<br>**----- End of picture text -----**<br>


## **RD3** 

FAIL-SAFE (positive safety device) 

When RD3 is not supplied the output contacts will switch as shown 

## TRIP 

The residual current level is higher than IΔn thresholdn threshold 

## **RD3 M** 

## **PRE ALARM ON** 

**==> picture [32 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pre Alarm<br>**----- End of picture text -----**<br>


## TRIP 

The residual current level is higher than IΔn thresholdn threshold 

The residual current level is higher than 60% IΔn thresholdn threshold 

## FAIL-SAFE (positive safety device) 

When RD3 is not supplied the output contacts will switch as shown 

**==> picture [113 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
7 8 9 10 11 12<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 3/84** 

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**System pro** _**M**_ **compact[®]** 

**Technical details Electronic** RD3 residual current relays **residual current devices** 

## **PREALARM OFF** 

**==> picture [33 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pre Alarm<br>**----- End of picture text -----**<br>


The RD3M output contacts work like basic RD3 

## **RD3 P** 

## **AUTORESET ON** 

**==> picture [33 x 19] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pre Alarm<br>Autoreset<br>**----- End of picture text -----**<br>


The output contacts will revert to the stand-by status when the fault status ends 

**==> picture [243 x 411] intentionally omitted <==**

**----- Start of picture text -----**<br>
7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>contact contact<br>Δn thresholdn threshold<br>7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>contact contact<br>Δn thresholdn threshold<br>R<br>7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>contact contact<br>7 8 9 10 11 12<br>Trip/Pre-alarm Trip/Fail-safe<br>2CSC400455F0202<br>2CSC400455F0202<br>2CSC400455F0202<br>2CSC400455F0202<br>**----- End of picture text -----**<br>


## **PRE ALARM ON** 

**==> picture [33 x 20] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pre Alarm<br>Autoreset<br>**----- End of picture text -----**<br>


## TRIP 

The residual current level is higher than IΔn thresholdn threshold 

The residual current level is higher than 60% IΔn thresholdn threshold 

## FAIL-SAFE (positive safety device) 

When RD3 is not supplied the output contacts will switch as shown 

**11** 

## **PREALARM OFF** 

**==> picture [33 x 19] intentionally omitted <==**

**----- Start of picture text -----**<br>
Pre Alarm<br>Autoreset<br>**----- End of picture text -----**<br>


The RD3P output contacts work like basic RD3 

**Selection tables .............................  pag. 3/84** 

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## **System pro** _**M**_ **compact[®]** 

## **Technical details** RD3 residual current relays 

## **Electronic residual current devices** 

**==> picture [26 x 57] intentionally omitted <==**

**----- Start of picture text -----**<br>
11<br>_<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
Indicators<br>RD3 RD3M RD3P<br>=@ @ray [ aO-—@: Quay -@ Cimm” oy@..<br>t magn r LP am a ' aon a hal =H 4 i ee ii ce — |<br>lel — a oe 4 a a aa le > ao=<br>l “ %<br>v4 vi vig 20% 40% 60% 80%<br> Stand by ON FAULT ON Pre Alarm FAULT ON FAULT<br>l %<br>vi 4 20% 40% “ 60% 80% Vid<br>ON FAULT<br>.@-aE-@-<br>ON F< 4 Pre Alarm FAULT 20% 40% 60% 80%<br>hy ob 3: Oo 0 oo 20% 40% 60% 80%<br>Fault ON FAULT<br>; ON Nad Pre Alarm “suas FAULT BT) 20%20% 40%40% 60%60% 80%80%<br>7: =O :@: conn<br>20% 40% 60% 80%<br>ae|<br>l “ %<br>VJ ¢ aes VJ ¢ aes VJ ¢ 20% 40% 60% 80%<br>Absent connection  ON FAULT ON Pre Alarm FAULT ON FAULT<br>with toroid 3: @ 3: OO .@ 7O-Gnd::e::aes<br>Connection with shunt trip when the current is activated Connection to undervoltage release<br>Remote Reset Remote Reset<br>POWER SUPPLY L O A D PE POWER SUPPLY L O A D PE<br>RD3-48: 12-48 V AC/DCRD3: 230-400 V AC I]xz |,[ti : RD3-48: 12-48 V AC/DCRD3: 230-400 V AC 1 cd | |,iii<br>O 1 O 2 3 4 OO 5 6 - O 1 O 2 3 4 OO 5 6 -<br>TR... TR...<br>ON FAULT ON FAULT<br>0,50,31 e l n [A] 235 0,50,30,2 97 t [s] 123 Shunttrip eqD+h ! 0,50,31 e l n [A] 235 0,50,30,2 ef t [s] 123 Undervoltage release eqDmae |<br>0,1 10 0,06 5 0,1 10 0,06 5<br>0,03 30 0 10 0,03 30 0 10<br>RD3 RD3<br>TEST RESET MCB TEST RESET MCB<br>IEC60947-2/M IEC60947-2/M<br>a a ;<br>7 8 9 10 11 12 7 8 9 10 11 12<br>OOO0000 *  OO00000<br>L1 L2 L3 N L1 L2 L3 N<br>4 4<br>3 T2-T1 3 T2-T1<br>2 2<br>1 S2-S1 1 S2-S1<br>2CSC400456F0202 2CSC400456F0202<br>**----- End of picture text -----**<br>


## **Connection with shunt trip when the current is activated** 

* The residual current protection is not active when this sircuit breaker is switch-off 

**Selection tables .............................  pag. 3/84** 

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**System Technical details Electronic pro** _**M**_ **compact[®]** RD3 residual current relays **residual current devices** 

## **Test** 

To perform the relay test, press the button on the front. 

The relay can be reset via the front button or a remote button, as shown in the figure: 

**==> picture [270 x 119] intentionally omitted <==**

**----- Start of picture text -----**<br>
TEST FAULT FAULT OFF<br>t [s] 10 11 12<br>RESET RemoteReset FAULT OFF<br>FAULT<br>10 11 12<br>2CSC400457F0202<br>**----- End of picture text -----**<br>


On RD3P version, a no trip test can also be performed by simultaneously pressing the front test and reset buttons for 3 seconds. In this case, the output contacts will not switch, as shown in the figure below: 

**==> picture [270 x 119] intentionally omitted <==**

**----- Start of picture text -----**<br>
TEST RESET FAULT FAULT ON<br>3 sec.<br>t [s] 10 11 12<br>RESET RemoteReset FAULT ON<br>FAULT<br>10 11 12<br>2CSC400457F0202<br>**----- End of picture text -----**<br>


## **Associated circuit breakers (and relative releasers)** 

- Tmax range from T1 to T5, In up to 630 A, Ue up to 690 V, with UVR undervoltage release or SOR shunt opening release 

-  pro M Compact S200 range with In up to 63 A, Ue up to 440 V, with S 2C-A shunt trip or S 2C-UA undervoltage release Tripping time (RD3 output relay switching time), cumulative time (with associate circuit breakers), non-trip time limit: 

|**I**Δ**n**|**2 I**Δ**n**|**5 I**Δ**n**|
|---|---|---|
|tripping<br>time<br>≤<br>[s]<br>cumulative time<br>with associate<br>circuit breaker<br>≤<br>[s]|time limit for<br>non-trip<br>[s]<br>tripping<br>time<br>≤<br>[s]<br>cumulative time<br>with associate<br>circuit breaker<br>≤<br>[s]|tripping<br>time<br>≤<br>[s]<br>cumulative time<br>with associate<br>circuit breaker<br>≤<br>[s]|
|0.03<br>0.3|-<br>0.03<br>0.15|0.015<br>0.04|
|0.09<br>0.5|0.06<br>0.09<br>0.2|0.09<br>0.15|
|0.2+15%<br>-|0.2<br>0.2+15%<br>-|0.2+15%<br>-|
|0.5+15%<br>-|0.5<br>0.5+15%<br>-|0.5+15%<br>-|
|1+15%<br>-|1<br>1+15%<br>-|1+15%<br>-|
|2+15%<br>-|2<br>2+15%<br>-|2+15%<br>-|
|3+15%<br>-|3<br>3+15%<br>-|3+15%<br>-|
|5+15%<br>-|5<br>5+15%<br>-|5+15%<br>-|
|10+15%<br>-|10<br>10+15%<br>-|10+15%<br>-|



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**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details Electronic** RD front panel **residual current** residual current relays **devices** 

## **FRONT PANEL RESIDUAL CURRENT RELAYS** 

**==> picture [397 x 385] intentionally omitted <==**

**----- Start of picture text -----**<br>
RD148<br>FRONT REAR PANEL<br>PANEL 7<br>1 6 2 8 9<br>1 1,5 0,2 0,3<br>0,5 oh/, 2 ON " TRIP 0,1 yf/, 0,4<br>if 0,05<br>0,250,25 2,5 0,02 0,5<br>1 Δ n (A) —— RESET t (sec)<br>auto man<br>tx10 tx1<br>I Δ n x1<br>I Δ n x10 I Δ n x0,1<br>RESET off on TEST 1 0<br>FAIL SAFE A) RESET t<br>earth leakage relay   RD 148 auto a man<br>tx10 b tx1<br>r a __| I Δ n x1 oA c I Δ n x0,1<br>4 5 I Δ n x10 d<br>| 7 iA off e on |<br>3 FAIL SAFE<br>ed L_ —_I<br>1  Potentiometer for adjusting tripping current e. Fail safe function<br>2  Potentiometer for adjusting tripping time e  in position 1 ➔ relay normally<br>3  Programming microswitches de-energized<br>a. Reset mode setting. In position 1 auto- e  in position 0 ➔ relay normally energized<br>matic   (fail safe)<br>reset; in position 0 manual reset 4  Manual reset pushbutton<br>b.  Tripping time multiplication constant:  5  Test pushbutton<br>1 ➔ t x 10 ; 0 ➔ t x 1 6  Green led indicating auxiliary supply presence<br>c,d.  Tripping current multiplication constant  7  Red led indicating relay has been tripped<br>c,d  in position 0 ➔ IΔ x 0,1 8  Output terminals<br>c  in position 1,  d  in position 0 ➔ IΔ x 1 9  Auxiliary power supply and external toroidal<br>c,d  in position 1 ➔ IΔ x 10 terminals<br>12 5<br>11 4<br>10 3<br>9 2<br>8<br>1<br>7<br>2CSC400400F0202<br>2CSC445008F0901<br>**----- End of picture text -----**<br>


Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

**RD148-230** Terminals 1-3 = 220-240 V a.c. Terminals 2-3 = 110-125 V a.c/d.c. 

**RD148-24** 

Terminals 1-3 = 48 V a.c/d.c. 

Terminals 2-3 = 24 V a.c/d.c. 

**Selection tables .............................  pag. 3/84** | 

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**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details Electronic** RD front panel **residual current** residual current relays **devices** 

## RD172 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400458F0202<br>**----- End of picture text -----**<br>


- **1** Potentiometer for adjusting tripping time **c,d.** Tripping current multiplication constant **2** Potentiometer for adjusting tripping current **c,d** in position 0 ➔ IΔ x 0,1 **3** Programming microswitches **c** in position 1, **d** in position 0 ➔ IΔ x 1 **a.** Reset mode setting. **c,d** in position 1 ➔ IΔ x 10 In position 1 automatic reset; **4** Test pushbutton in position 0 manual reset **5** Manual reset pushbutton 

   - **b.** Tripping time multiplication constant: **6** Green led indicating auxiliary supply presence 1 ➔ t x 10 ; 0 ➔ t x 1 **7** Red led indicating relay has been tripped 

Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

## **RD172-230** 

Terminals 3-5 = 220-240 V a.c. Terminals 3-4 = 110-125 V a.c/d.c. 

## **RD172-24** 

Terminals 3-5 = 48 V a.c/d.c. Terminals 3-4 = 24 V a.c/d.c. 

**Selection tables .............................  pag. 3/84** 

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**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details Electronic** RD front panel **residual current** residual current relays **devices** 

## RD196 

**==> picture [353 x 193] intentionally omitted <==**

**----- Start of picture text -----**<br>
nt<br>1  Potentiometer for adjusting tripping current 7  Programming microswitches<br>2  Potentiometer for adjusting tripping time a. Reset mode setting.<br>3  Test pushbutton  In position 1 automatic reset;<br>4  Manual reset pushbutton in position 0 manual reset<br>5  Green led indicating auxiliary supply presence b.  Tripping time multiplication constant:<br>6  Red led indicating relay has been tripped 1 ➔ t x 10 ; 0 ➔ t x 1<br>c,d.  Tripping current multiplication constant<br>c,d  in position 0 ➔ IΔ x 0,1<br>c  in position 1, d in position 0 ➔ IΔ x 1<br>c,d  in position 1 ➔ IΔ x 10<br>2CSC400459F0202<br>**----- End of picture text -----**<br>


Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

**RD196-230** 

Terminals 5-6 = 115 V a.c/d.c. Terminals 5-7 = 230 V a.c/d.c. Terminals 5-8 = 400 V a.c. 

**RD196-24** 

Terminals 5-6 = 25 V a.c/d.c. 

Terminals 5-7 = 48 V a.c/d.c. 

**Selection tables .............................  pag. 3/84** LT 

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**11** 

## **System Technical details pro** _**M**_ **compact[®]** RD front panel residual current relays 

## **Electronic residual current devices** 

## RD272 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400460F0202<br>**----- End of picture text -----**<br>


- **1** Potentiometer for adjusting tripping current 

- **2** Potentiometer for adjusting tripping time 

- **3** Test pushbutton 

- **4** Manual reset pushbutton 

- **5** Green led indicating auxiliary supply presence 

- **6** Yellow led indicating alarm presence (the residual  current has exceeded 60% of the programmed threshold) 

- **7** Red led indicating relay has been tripped 

- **8** Terminals for auxiliary supply and toroidal connection 

- **9** Terminals for output relay and remote reset/auto reset connection 

- **10** Programming microswitches: 

   - **a.** 1 ➔ alarm off, 0 ➔ alarm on 

      - 1 ➔ t x 10 ; 0 ➔ t x 1 

   - **c,d.** tripping current multiplication constant 

      - **c,d** in position 0 ➔ IΔ x 0,1 

      - **c** in position 1, d in position 0 ➔ IΔ x 1 

      - **c,d** in position 1 ➔ IΔ x 10 

   - **e** 1 ➔ TRIP output relay normally energized (fail safe) 

      - 0 ➔ TRIP output relay normally de-energized 

   - **f** 1 ➔ ALARM (TRIP2) output relay 

      - normally energized (fail safe) 

      - 0 ➔ ALARM (TRIP2) output relay normally 

      - de-energized 

- **b.** tripping time multiplication constant 

Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

## **RD272-230** 

Terminals 2-3 = 100-125 V a.c. Terminals 1-2 = 220-240 V a.c. Terminals 1-3 = 380-415 V a.c. 

## **RD272-115** 

Terminals 2-3 = 100-125 V a.c/d.c. 

## **RD272-24** 

Terminals 2-3 = 24 V a.c/d.c. Terminals 1-3 = 48 V a.c/d.c. 

**Remote reset connection or automatic reset:** Terminals 15-16 realize the remote reset function. Short circuit the terminals to obtain the auto reset function. 

**Selection tables .............................  pag. 3/84** 

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**11** - 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** RD front panel residual current relays 

## **Electronic residual current devices** 

## RD296 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400461F0202<br>**----- End of picture text -----**<br>


- **1** Potentiometer for adjusting tripping current 

- **2** Potentiometer for adjusting tripping time 

- **3** Test pushbutton 

- **4** Manual reset pushbutton 

- **5** Green led indicating auxiliary supply presence 

- **6** Yellow led indicating alarm presence (the residual current has exceeded 60% of the programmed threshold) 

- **7** Red led indicating relay has been tripped 

- **8** Terminals for auxiliary supply and output relay contact connection 

- **9** Terminals for toroid connection and remote reset/auto reset connection 

- **10** Programming microswitches: 

   - **a.** 1 ➔ alarm off, 0 ➔ alarm on 

   - **b.** tripping time multiplication constant 

      - 1 ➔ t x 10 ; 0 ➔ t x 1 

   - **c,d.** tripping current multiplication constant 

      - **c,d** in position 0 ➔ IΔ x 0,1 

      - **c** in position 1, d in position 0 ➔ IΔ x 1 

      - **c,d** in position 1 ➔ IΔ x 10 

   - **e.** 1 ➔ TRIP output relay normally energized (fail safe) 

      - 0 ➔ TRIP output relay normally de-energized 

   - **g.** 1 ➔ ALARM (TRIP2) output relay normally energized (fail safe) 

      - 0 ➔ ALARM (TRIP2) output relay normally de-energized 

Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

## **RD296-230** 

Terminals 5-6 = 115 V a.c/d.c. Terminals 5-7 = 230 V a.c/d.c. Terminals 5-8 = 400 V a.c. 

## **RD296-24** 

Terminals 5-6 = 25 V a.c/d.c. Terminals 5-7 = 48 V a.c/d.c. 

## **RD296-115** 

Terminals 1-2 = 100-125 V a.c/d.c. 

**Remote reset connection or automatic reset:** 

Terminals 15-16 realize the remote reset function. Short circuit the terminals to obtain the auto reset function. 

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**11** 

## **System Technical details pro** _**M**_ **compact[®]** RD front panel residual current relays 

## **Electronic residual current devices** 

## RD296 S 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400462F0202<br>**----- End of picture text -----**<br>


- **1** Potentiometer for adjusting tripping current 

- **2** Potentiometer for adjusting tripping time 

- **3** Test pushbutton 

- **4** Manual reset pushbutton 

- **5** Green led indicating auxiliary supply presence 

- **6** Yellow led indicating alarm presence (the residual current has exceeded 60% of the programmed threshold) 

- **7** Red led indicating relay has been tripped 

- **8** Memory led indicating relay has been tripped (only manual reset) 

- **9** Removable terminals for auxiliary supply and output relay contact connection 

   - **11** Programming microswitches: 

      - **a.** 1 ➔ alarm off, 0 ➔ alarm on 

      - **b.** tripping time multiplication  constant  1 ➔ t x 10 ; 0 ➔ t x 1 

      - **c,d.** tripping current multiplication constant 

         - c,d in position 0 ➔ IΔ x 0,1 

         - c in position 1, d in position 0 ➔ IΔ x 1 

         - c,d in position 1 ➔ IΔ x 10 

      - **e.** 1 ➔ TRIP output relay normally energized (fail safe) 

         - 0 ➔ TRIP output relay normally de-energized 

      - **h.** 1 ➔ ALARM (TRIP2) output relay normally energized (fail safe) 

         - 0 ➔ ALARM (TRIP2) output relay normally de-energized 

- **10** Removable terminals for toroid connection and remote reset/automatic reset connection 

**==> picture [248 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
i<br>**----- End of picture text -----**<br>


Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

Auxiliary power supply: 

## **RD296 S-115** 

## **RD296 S-230** 

Terminals 1-2 = 100-125 V a.c. Terminals 1-2 = 100-125 V a.c/d.c. Terminals 2-3 = 220-240 V a.c. Terminals 1-3 = 380-415 V a.c. **RD296 S-24** 

Terminals 1-2 = 24 V a.c/d.c. Terminals 1-3 = 48 V a.c/d.c. 

**Remote reset connection or automatic reset:** 

Terminals 15-16 realize the remote reset function. Short circuit the terminals to obtain the auto reset function. 

**Selection tables .............................  pag. 3/84** 

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**11** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details Electronic** RD front panel **residual current** residual current relays **devices** 

## RD296-DIG 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400463F0202<br>**----- End of picture text -----**<br>


- **1** Potentiometer for adjusting tripping time 

- **2** Potentiometer for adjusting tripping current 

- **3** Programming microswitch 

   - **a.** enable/disable alarm in position 1 ➔ alarm disabled 

      - in position 0 ➔ alarm enabled (the alarm led switch on when the ground  fault current has exceeded 60% of the programmed threshold. 

   - **b.** select constant for adjusting the time in position 1 ➔ t x 10 in position 0 ➔ t x 1 

   - **c,d.** select constant for adjusting the current **c,d** in position 1 ➔ I  x 10 **c** in position 1, d in position 0 ➔ I  x 1 

      - **c,d** in position 0 ➔ I  x 0,1 

   - **e.** enable/disable positive safety on tripped relay in position ➔ 1 positive safety is enabled; trip output contact normally energized in position ➔ 0 positive safety is disabled; trip output contact normally de-energized 

   - **f.** enable/disable positive safety on alarm in position ➔ 1 positive safety is enabled; alarm output contact normally  energized 

      - in position ➔ 0 positive safety is disabled; alarm output contact normally de-energized 

- **4** Programming microswitch 

   - **g.** enable/disable residual current memory on display in position ➔ 1 memory is enabled (it stops the visualization of the tripping current) 

      - in position ➔ 0 memory is disabled (display values in real time) 

   - **h,i.** select scale for display **h,i** in position ➔ 1 selects the 20 A range 

      - **h,i** in position ➔ 0 selects the 200 A range 

- **5** Test button 

- **6** Manual reset button 

- **7** Green led indicating auxiliary supply presence 

- **8** Yellow led indicating alarm presence (the residual current has exceeded 60% of the programmed threshold) 

- **9** Red led indicating relay has been tripped **10** 4 digit display for residual current visualization 

Example of wiring diagram: shunt trip connection and undervoltage release (fail safe OFF) 

**RD296 DIG-115 Remote reset connection or automatic** Terminals 1-2 = 100-125 V a.c/d.c. **reset:** Terminals 15-16 realize the remote reset fun- **RD296 DIG-24** ction. Short circuit the terminals to obtain the Terminals 1-2 = 24 V a.c/d.c. auto reset function. 

Auxiliary power supply: 

## **RD296-DIG-230** 

Terminals 1-2 = 110-127 V a.c. **RD296 DIG-24** Terminals 2-3 = 220-240 V a.c. Terminals 1-2 = 24 V a.c/d.c. Terminals 1-3 = 380-415 V a.c. Terminals 1-3 = 48 V a.c/d.c. 

**Selection tables .............................  pag. 3/84** 

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**System Technical details pro** _**M**_ **compact[®]** Toroidal transformers 

**Electronic residual current devices** 

## **Toroidal transformers** 

## **More technical characteristics** 

|||**TRM**|**TR1**|**TR2**|**TR3**|**TR4**<br>**TR4A**|**TR160**|**TR160A**|**TR5**|**TR5A**|
|---|---|---|---|---|---|---|---|---|---|---|
|**Core**||closed|closed|closed|closed|closed<br>open|closed|open|closed|open|
|**Available internal diameter**|[mm]|29|35|60|80|110<br>110|160|160|210|210|
|**Weight**|[kg]|0.17|0.22|0.28|0.45|0.52<br>0.6|1.35|1.6|1.45|1.85|
|**Minimum measurable current**|[mA]|30|30|30|100|100<br>300|300|500|300|500|
|**Installation position**||||||Any|||||
|**Operating temperature**|[°C]|||||-10…+70|||||
|**Storage temperature**|[°C]|||||-20…+80|||||
|**Transformation ratio**||||||500/1|||||
|**Dielectric test voltage at**|||||||||||
|**industrial freq. for 1 min.**|[kV]|||||2.5|||||
|**Max. insulating voltage**|[V a.c.]|||||1000|||||
|**Max. thermal overload**|[kA]|||||40/1 sec.|||||
|**Connections**||||Screw terminal||boards, max. section 2.5 mm2|||||
|**Protection degree**||||||IP20|||||



## **Generality** 

They must be mounted with residual current monitors upstream the lines or loads to be protected; all active conductors (phases and neutral) of single-phase as well as of three-phases lines must pass through them. 

In this way these devices perform the vector sum of line currents detecting the possible homopolar differential currents that leak to earth: their core of sheet iron has high magnetic properties that allow to detect even very low leakage currents. 

The choice of a toroidal transformer depends on the conductor or on the bar to be used. It is suggested to use the open versions in case of revamping or upgrading of an existing installation. 

## **Installation** 

All active conductors can be introduced in the toroidal transformers without the need of respecting any specific sense of introduction (P1-P2 or P2-P1). The output signal must be picked up from terminals 1 (S1) and 2 (S2) and connected to the residual current monitor, while terminals 3 and 4 must be connected to the test output of those relays of FPP range with this function. With RD2 they must remain disconnected. For this connection it is better to use twisted or shielded cables, possibly far from busbars. The minimum recommended section of connection cables should have a maximum resistance of 3 Ω; anyway consider a maximum length of connection of 20 m for 0.5 mm[2] and of 100 m for 2.5 mm[2] . 

For versions with openable core it is necessary to control that the contact surface of the two semi-cores is clean, that bolts are tight and that connection cables connections on both sides are intact. 

**11** 

Connection cables with metallic shielding or armor must be earthed downstream the toroidal transformer; if they run within the transformer they must be earthed in the opposite direction. 

**Selection tables .............................  pag. 3/84** 

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**Technical details Electronic** Toroidal transformers **residual current devices** 

**System pro** _**M**_ **compact[®]** 

**11** 

In presence of line overcurrents (for ex. motor operation, energizing of transformers, etc.): 

- install the toroidal transformer on a straight cable segment 

**==> picture [511 x 205] intentionally omitted <==**

**----- Start of picture text -----**<br>
Cable metallic<br>shielding<br>R S T N<br>PE L1 L2 L3 N Cable external<br>insulating coating<br>Protection<br>conductor<br>Protection<br>conductor<br>PE<br>2CSC400464F0202<br>**----- End of picture text -----**<br>


- center cable position within the transformer 

- use transformers with a diameter wider than minimum requirements, if necessary with a diameter up to 2 times wider than that of cables. 

## **Coordination table of toroidal transformers acc. to cable section** 

Copper cables 3 ph + N 

|Max section per phase|Toroidal Transformer|
|---|---|
|16 mm2|TRM|
|25 mm2|TR1|
|50 mm2|TR2|
|95 mm2|TR3|
|240 mm2|TR4 or TR4/A|
|2 x 150 mm2|TR160 or TR160/A|
|2 x 185 mm2|TR5 or TR5/A|



**Selection tables .............................  pag. 3/84** 

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**System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

**SPDs** 

## **SURGE PROTECTIVE DEVICES OVR RANGE** 

## **Terminology of SPD electrical characteristics** 

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**----- Start of picture text -----**<br>
10/350 and 8/20 impulse waves<br>I<br> 10/350<br>=<br>μs<br>Type 1 Surge Arresters<br>Iimp: current wave<br>2CSC400465F0202<br>**----- End of picture text -----**<br>


## 10/350 wave: 

Current waveform which passes through equipment when subjected to an overvoltage due to a direct lightning strike. 

## Type 1 surge arrester: 

Surge arrester designed to run-off energy caused by an overvoltage comparable to that of a direct lightning strike. It has successfully passed testing to the standard with the 10/350 wave (class I 

test). 

**==> picture [235 x 240] intentionally omitted <==**

**----- Start of picture text -----**<br>
I<br> 8/20<br>L<br>μs<br>Type 2 Surge Arresters<br>Imax: current wave<br>8/20 wave:<br>2CSC400466F0202<br>**----- End of picture text -----**<br>


**11** 

Current waveform which passes through equipment when subjected to an overvoltage (low energy). 

Type 2 surge arrester: 

Surge arrester designed to run-off energy caused by an overvoltage comparable to that of an indirect lightning strike or an operating overvoltage. It has successfully passed testing to the standard with the 8/20 wave (class II test). 

**Selection tables ...............................  pag. 5/2** 

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**Technical details** OVR Surge Protective Devices 

**System pro** _**M**_ **compact[®]** 

**SPDs** 

**11** 

## **Common mode and/or differential mode protection** 

## **Common mode** 

Common mode overvoltages appear between the live conductors and earth, e.g. phase/earth or neutral/earth. 

A live conductor not only refers to the phase conductors but also to the neutral conductor. This overvoltage mode destroys equipmaent connected to earth (class I equipment) and also equipment not connected to earth (class II equipment) which is located near an earthed mass and which does not have sufficient electrical isolation (a few kilovolts). 

Class II equipment not located near an earthed mass is theoretically protected from this type of attack. 

**==> picture [261 x 82] intentionally omitted <==**

**----- Start of picture text -----**<br>
Ph<br>Note:<br>Common mode<br>N<br>overvoltages affect<br>all earthing systems.<br>Imc<br>__1¥e 2CSC400268F0201<br>**----- End of picture text -----**<br>


## **Differential mode** 

Differential mode overvoltages circulate between live conductors: phase/phase or phase/neutral. These overvoltages have a potentially high damaging effect for all equipment connected to the electrical network, especially ‘sensitive’ equipment. 

## **Note:** 

Differential mode overvoltages affect the TT earthing system. These overvoltages also affect the TN-S earthing system if there 

**==> picture [264 x 96] intentionally omitted <==**

**----- Start of picture text -----**<br>
is a considerable<br>difference in the<br>Ph lengths of the<br>neutral cable and the<br>N protective cable (PE).<br>—_@e<br>Imd<br>2CSC400269F0201<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 5/2** 

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**SPDs** 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **Principle of coordination for Surge Protective Devices** 

## **Note:** 

The coordination of Type 2 surge arresters is analysed using their respective maximum discharge currents Imax (8/20) starting from the installation’s incoming switchboard and working towards the equipment which is to be protected, taking into account the progressive reduction in Imax. 

E.g. 70 kA followed by 40 kA. 

All ABB Type 2 surge arresters coordinate between each other by respecting a minimum distance of 1m between them. 

After having defined the characteristics of the incoming surge arrester, the protection must be completed with one or more additional surge arresters. 

The incoming surge arrester does not provide effective protection for the whole installation by itself. 

Certain electrical phenomena can double the protection’s residual voltage if cable lengths exceed 10m. 

Surge arresters must be coordinated when they are installed (refer to the tables below). 

## **Coordination required if:** 

The incoming surge arrester does not reach the protection voltage (Up) by itself. 

The incoming surge arrester is more than 10m away from the equipment to be protected. **Recommended solution** 

Use of modular Type 2 surge arresters. 

**Coordination between Type 1 and Type 2 surge arrester** 

**==> picture [504 x 450] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type 1 Type 2<br>25 kA  (10/350) L > 0 m ➤ Without SafetyReserve<br>Ifi  = 50 kA (0 m minimum between the two devices) 40 kA  (8/20)<br>25 kAType 1I  = 7 kA (10/350) (5 m minimum between the two devices)L > 5 m ➤ 40 kAType 2  (8/20)<br>fi<br>Coordination between Type 2 surge arresters<br>Type 2 L > 1 m ➤ Type 2<br>70 kA  (8/20) (1 m minimum between the two devices) 40 kA  (8/20)<br>ou — ©<br>[<br>Selection tables ...............................  pag. 5/2<br>2CSC400467F0202<br>➤<br>➤<br>➤<br>**----- End of picture text -----**<br>


**11** 

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**SPDs** 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **Operating diagrams of Surge Protective Devices** 

Type 1 internal schematic 

**==> picture [506 x 103] intentionally omitted <==**

**----- Start of picture text -----**<br>
Single pole Type 1 SPD<br>L PEN<br>OVR T1 25 255 OVR T1 25 440-50 OVR T1 25 255-7 OVR T1 50 N OVR T1 100 N<br>**----- End of picture text -----**<br>


**==> picture [82 x 8] intentionally omitted <==**

**----- Start of picture text -----**<br>
Multipole Type 1 SPD<br>**----- End of picture text -----**<br>


**==> picture [409 x 187] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T1 1N 25 255  OVR T1 2L 25 255  OVR T1 3L 25 255<br>OVR T1 3N 25 255  OVR T1 3N 25 255-7<br>**----- End of picture text -----**<br>


**==> picture [96 x 73] intentionally omitted <==**

**==> picture [59 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T1 4L 25 255<br>**----- End of picture text -----**<br>


## **Multipole Type 1 SPD with remote indication (TS)** 

**11** 

**==> picture [500 x 87] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T1 1N 25 255 TS  OVR T1 2L 25 255 TS  OVR T1 3L 25 255 TS<br>**----- End of picture text -----**<br>


**==> picture [501 x 87] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T1 3N 25 255 TS  OVR T1 4L 25 255 TS<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 5/2** 

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**11** 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **SPDs** 

## Photovoltaic SPDs - OVR PV 

**==> picture [422 x 328] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR PV 1000 V OVR PV 600 V<br>Low Current SPDs - OVR TC<br>OVR TC 200 V in parallel OVR TC / xx V / 200 FR in series<br>Type 1+2 internal schematic<br>OVR T1+2 25 255 TS OVR T1+2 15 255-7 OVR T1+2 3N 15 255-7<br>2CSC400468F0202<br>2CSC400469F0202<br>2CSC400470F0202<br>**----- End of picture text -----**<br>


Type 1+2 / Type 2 internal schematic 

## **Non pluggable Type 2 SPDs** 

**==> picture [222 x 105] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 L2 L3 N<br>OVR T2 40 275 OVR T2 4L 40 275<br>OVR T2 15 275<br>2CSC400471F0202<br>**----- End of picture text -----**<br>


## **Pluggable Type 1+2 / Type 2 SPDs** 

**==> picture [497 x 150] intentionally omitted <==**

**----- Start of picture text -----**<br>
Single pole Type 2 SPD<br>Single pole Type 2 SPD Single pole Type 2 SPD with  with safety reserve (s)<br>Single pole Type 2 SPD with safety reserve (s) remote indication (TS) and remote indication (TS)<br>OVR T2 15 275 P OVR T2 40 275s P OVR T2 15 275 P TS OVR T2 40 275s P TS<br>OVR T2 40 275 P OVR T2 70 275s P OVR T2 40 275 P TS OVR T2 70 275s P TS<br>OVR T2 15 440 P OVR T2 40 440s P OVR T2 15 440 P TS OVR T2 40 440s P TS<br>OVR T2 40 440 P OVR T2 70 440s P OVR T2 40 440 P TS OVR T2 70 440s P TS<br>OVR T1+2 7 275s P<br>2CSC400472F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 5/2** 

ABB 

**11** /123 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **SPDs** 

## **Multipole Type 2 SPD** 

**==> picture [190 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 1N 15 275 P OVR T2 3L 15 275 P<br>OVR T2 1N 40 275 P OVR T2 3L 40 275 P<br>**----- End of picture text -----**<br>


**==> picture [56 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 4L 15 275 P<br>OVR T2 4L 40 275 P<br>**----- End of picture text -----**<br>


**==> picture [57 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 3N 15 275 P<br>OVR T2 3N 40 275 P<br>**----- End of picture text -----**<br>


## **Multipole Type 2 SPD with safety reserve (s)** 

OVR T2 1N 40 275s P OVR T2 3L 40 275s P OVR T2 1N 70 275s P OVR T2 3L 70 275s P OVR T1+2 1N 7 275s P OVR T1+2 3L 7 275s P 

**==> picture [62 x 19] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 4L 40 275s P<br>OVR T2 4L 70 275s P<br>OVR T1+2 4L 7 275s P<br>**----- End of picture text -----**<br>


OVR T2 3N 40 275s P OVR T2 3N 70 275s P OVR T1+2 3N 7 275s P 

## **Multipole Type 2 SPD with remote indication (TS)** 

OVR T2 1N 15 275 P TS OVR T2 3L 15 275 P TS OVR T2 1N 40 275 P TS OVR T2 3L 40 275 P TS 

OVR T2 4L 15 275 P TS OVR T2 4L 40 275 P TS 

**==> picture [66 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 3N 15 275 P TS<br>OVR T2 3N 40 275 P TS<br>**----- End of picture text -----**<br>


## **Multipole Type 2 SPD with safety reserve (s) and remote indication (TS)** 

**11** 

**==> picture [202 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 1N 40 275s P TS OVR T2 3L 40 275s P TS<br>OVR T2 1N 70 275s P TS OVR T2 3L 70 275s P TS<br>**----- End of picture text -----**<br>


**==> picture [213 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR T2 4L 40 275s P TS OVR T2 3N 40 275s P TS<br>OVR T2 4L 70 275s P TS OVR T2 3N 70 275s P TS<br>**----- End of picture text -----**<br>


**Type 2 auto-protected SPD** 

**==> picture [218 x 133] intentionally omitted <==**

**----- Start of picture text -----**<br>
L N N L<br>GND GND<br>OVR Plus 1N 10 OVR Plus N1 40 OVR Plus N3 15<br>Selection tables ...............................  pag. 5/2<br>—<br>**----- End of picture text -----**<br>


**==> picture [44 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR Plus N3 40<br>**----- End of picture text -----**<br>


## **Type 2 Special 24/48 AC & DC - OVR 75 V** 

**==> picture [35 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
OVR 2 15 75<br>**----- End of picture text -----**<br>


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**11** /124 

**SPDs** 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **Installation rules for SPDs: choice of associated breaking devices (fuse/circuit-breaker)** 

## **Choice of disconnector** 

Surge arresters must be associated with upstream short-circuit protection and residual current protection against indirect contact (usually already present in the installation). 

**==> picture [448 x 190] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Function|Application|
|• Residual current circuit-breaker compulsory for TT systems|
|• Residual current circuit-breaker possible for TN-S, IT and TN-C-S systems|
|• Residual current circuit-breaker forbidden for TN-C systems|
|Protection against|If a residual current circuit-breaker is used, it is preferable to use a type S.|
|indirect contact|
|Otherwise there is a risk of nuisance tripping.|
|This does not affect the effectiveness of the surge arrester,|
|but may cause the circuit to be opened.|
|The breaking device associated with the surge arrester can|
|Protection against|be either a circuit breaker or a fuse.|
|or|fault currents|Its rating should take into consideration the surge arrester’s|
|characteristics and the short-circuit current of the installation.|
|Thermal protection|Thermal protection is integrated into the surge arrester.|

**----- End of picture text -----**<br>


**==> picture [447 x 372] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Maximum circuit breaker or fuse protection|
|rating depending on Imax or Iimp of surge|
|arrester and perspective (Ip) short circuit|
|current at SPD location.|
|Type 1 surge arresters|
|Circuit breaker (Curve C)|Fuse (gG)|
|OVR T1 / OVR T1+2|
|Iimp(10/350): 25 kA|
|• Ip = 0.3 kA to Iscw|≤ 125 A|
|Type 1+2 surge arresters|
|OVR T1+2|
|Iimp(10/350): 15 kA|
|• Ip = 0.3 kA to Iscw|≤ 125 A|
|Iimp(10/350): 7 kA|
|• Ip = 0.3 kA to 2 kA|≤ 25 A|≤ 16 A|
|• Ip = 2 kA to 6 kA|≤ 32 A|≤ 25 A|
|• Ip = 6 kA to Iscw|≤ 50 A|≤ 50 A|
|Type 2 surge arresters|
|OVR T2 pluggable or T2 & T3 non pluggable|
|Imax(8/20): 10 kA, 15 kA, 40 kA, 70 kA or|
|120 kA|
|• Ip = 0.3 kA to 2 kA|≤ 25 A|≤ 16 A|
|• Ip = 2 kA to 6 kA|≤ 32 A|≤ 25 A|
|• Ip = 6 kA to Iscw|≤ 50 A|≤ 50 A|
|Type 2 surge arresters|
|OVR T2 non pluggable|
|Imax(8/20): 15 kA or 40 kA|
|• Ip = 0.3 kA to Iscw|≤ 63 A|≤ 125 A|
|Possible MCB’s: Series S 941 N, SN 200, S 200 L, S 200 / S 200 M, and series S 200 P / S 500 / S 800.|
|Ip: perspective short circuit at SPD location.|
|Iscw: short-circuit withstand capacity.|

**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 5/2** 

**11** 

ABB 

**11** /125 

**SPDs** 

## **System Technical details pro** _**M**_ **compact[®]** OVR Surge Protective Devices 

## **Cabling and installation of Surge Protective Devices in an electrical panel** 

50 cm rule 

**==> picture [541 x 155] intentionally omitted <==**

**----- Start of picture text -----**<br>
Remember that a 10 kA lightning current passing through a 1 m length of cable generates<br>1000 Volts. Equipment protected by a surge arrester is subjected to a voltage equal to<br>the sum of the Up voltage of the surge arrester, Ud of its disconnector and the sum of  U1 L1<br>the inductive voltages of connecting cables (U1+U2+U3). |<br>It is therefore essential that the total length (L = L1+L2+L3) of the connecting cables is  |<br>as short as possible (0.50 m). If this length (L = L1 + L2+L3) exceeds 0.50m, it is necessary to carry out one  UD<br>of the following: U2 L2 L<br>• Reduce this length by moving the connection terminals.<br>• Choose a surge arrester with a lower Up value.<br>• Install a second, coordinated surge arrester near the device to be protected so as to  UP a<br>adapt the combined Up value to the impulse withstand of the equipment to be protec-<br>ted.<br>Wiring ring surfaces U3 L3<br>➤ ➤<br>➤<br>➤<br>➤<br>➤ 2CSC400474F0202<br>➤ ➤<br>**----- End of picture text -----**<br>


The wires must be arranged in such a way that they are as close to each other as possible (see adjacent diagram) to avoid overvoltages induced by a ring surface between phases, the neutral and the PE conductor. 

## **Routing of clean cables and polluted cables** 

**11** 

During installation, lay clean cables (protected) and polluted cables as shown in the adjacent diagrams. 

**==> picture [231 x 419] intentionally omitted <==**

**----- Start of picture text -----**<br>
Crossing<br>at 90°<br>Polluted<br>cable<br>|<br>Clean Main<br>cable circuit-<br>breaker<br>Clean cables<br>Ring<br>surface<br>Surge<br>arrester<br>circuit-<br>breaker<br>+4 _—A<br>/ -<br>Clean Polluted ~ J<br>cable cable<br>D > 30 cm<br>➤<br>Feeder 1<br>D < 30 cm<br>➤<br>; -<br>Note<br>The cross-section of the connecting ca-<br>bles is calculated according to the local<br>ey short-circuit current level (where the surge<br>arrester is installed). It must be equal to<br>Feeder 2 the cross-section of the installation’s<br>upstream cables.<br>The minimum cross-section for the earth<br>conductor is 4 mm2 if there is not a light-<br>2CSC400475F0202<br>2CSC400143F0201<br>➤<br>➤<br>**----- End of picture text -----**<br>


To avoid magnetic coupling between the different cable types (clean and polluted), it is strongly advised that they are kept apart (> 30 cm) and if a crossing cannot be avoided, it should be at right angles (90°). 

**==> picture [298 x 111] intentionally omitted <==**

**----- Start of picture text -----**<br>
Polluted cables D > 30 cm  ➤ Clean cables<br>+4<br>Fab an =<br>7<br>Terminal / MCB ' ia? Ai<br>➤<br>**----- End of picture text -----**<br>


**==> picture [38 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
MCB / SPD<br>**----- End of picture text -----**<br>


The cross-section of the connecting cables is calculated according to the local short-circuit current level (where the surge arrester is installed). It must be equal to the cross-section of the installation’s upstream cables. The minimum cross-section for the earth conductor is 4 mm2 if there is not a lightning conductor and 10 mm2 if there is a 

**==> picture [69 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
SPD / Earth terminal<br>**----- End of picture text -----**<br>


lightning conductor. 

## **Equipotential grounding:** 

It is critical to check the earth equipotentiality of the various items of equipment. 

**Selection tables ...............................  pag. 5/2** CT 

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**11** /126 

**System Technical details pro** _**M**_ **compact[®]** E 90 fuse-holders 

**Protection devices** 

## **E 90 FUSE-HOLDERS** 

## **IEC 60947-3: Switches, disconnectors, switch-disconnectors and fuse combination units** 

This standard sets out the requirements of devices for connect/disconnect and switching operations. 

## **Disconnector** : 

The disconnector is a mechanical device that, in the open position, meets the requirements specified for the disconnect function by the international IEC 60947-3 standard. The opening of a disconnector guarantees that the downstream circuit is electrically isolated from the upstream circuit. This is a required condition before personnel can access the equipment on the network, for example to perform maintenance. The IEC 60364 standard prohibits carrying out maintenance on the installation if the circuits have not been disconnected. 

## **Fuse disconnector:** 

This is the definition of a fuse carrier that performs a disconnect function. Not all fuse carriers are disconnectors: in order to be classified as such they must meet the requirements and pass the tests prescribed by the IEC 60947-3 standard. 

## **Fuse switch-disconnector:** 

This is the designation given by the IEC 60947-3 standard to a fuse disconnector that permits switching under load. Not all fuse disconnectors allow this type of operation: in order to be classified as a fuse switch-disconnector, a device must have utilization category AC-21B or higher. 

## **Utilization categories:** 

Not all connect/disconnect devices have the same performance specifications: the permitted operations depend on a parameter which defines the specific conditions of use, called the utilization category. 

It specifies: 

a. The type of network (a.c./d.c.) 

b. The permitted type of operation (under no load, for resistive loads, for highly inductive loads, ecc...) 

c. The frequency of use 

The E90 fuse switch-disconnectors have utilization category  AC-22B. The E 90 PV fuse disconnectors have utilization category DC-20B. 

|**Type of current**|**Utilization category **|**Utilization category **|**Typical applications**|**Typical applications**|
|---|---|---|---|---|
||**A**|**B**|||
|**Alternating**|AC-20A|AC-20B||Connecting and disconnecting under no load.|
|**current**|AC-21A|AC-21B||Switching of resistive loads, including moderate overloads|
||AC-22A<br>AC-23A|AC-22B<br>AC-23B||Switching of mixed, resistive and inductive loads, including moderate overloads<br>Switching of motors or other highly inductive loads|
|**Direct**|DC-20A|DC-20B||Connecting and disconnecting under no load.|
|**current**|DC-21A|DC-21B||Switching of resistive loads including moderate overloads|
||DC-22A|DC-22B||Switching of mixed, resistive and inductive loads, including moderate overloads (e.g. shunt motors)|
||DC-23A|DC-23B||Switching of highly inductive loads (e.g. series connected motors)|



**11** 

## **What loads can be connected/disconnected by a product with utilization category AC22B?** 

Utilization category AC-22B permits occasional switching of mixed, resistive and inductive loads, including moderate overloads, in alternating current circuits. Examples of mixed loads are: transformers, power-factor corrected motors, capacitor banks, discharge lamps, heating, etc.. 

**Selection tables .............................  pag. 5/12** | 

ABB 

**11** /127 

**Technical details** E 90 fuse-holders 

**Protection devices** 

**11** 

## **System pro** _**M**_ **compact[®]** 

## **What loads can be connected/disconnected by a product with utilization category AC20B?** 

Utilization category AC-20B does not permit connecting or disconnecting under load. An additional load break device is required. 

## **IEC 60269-1: Fuses with voltage rating not exceeding 1000 V for alternating current and 1500 V for direct current** 

This standard sets out the requirements for low voltage fuses, and consequently the requirements for the fuse carrier devices that hold them. 

The standard has two separate sections with different requirements, depending on the type of person using the equipment. 

**IEC 60269-2** : supplementary requirements for fuses for use by authorized persons, mainly for industrial applications. 

**IEC 60269-3** : supplementary requirements for fuses for use by unskilled persons, mainly for household and similar applications. 

## **What is the difference between a fuse carrier conforming to the IEC 60947-3 standard and one conforming to the IEC 60269-2 standard?** 

These are two complementary standards: IEC 60269-2 sets out the characteristics of the fuses, which in turn also determine the general requirements for the fuse carriers. It is therefore the reference standard for overcurrent protection, but not for connecting/disconnecting and switching. 

## **Is a fuse carrier conforming to IEC 60269-1 a disconnector?** 

A device conforming only to IEC 60269 has a “disconnect function” but is not classified as a disconnector under the more stringent IEC 60947-3 standard. 

## **Why does the E 90 series have a lower direct current voltage rating under the IEC 60269-3 standard than under the IEC 60269-2 standard?** 

IEC 60269-2 sets out the requirements for industrial applications, and therefore the reference voltages are higher than those for the residential and commercial applications covered by IEC 60269-3. In other words, the rated voltage of the fuse carrier depends on the type of installation in which it is used, and the regulations applicable to it. 

## **Is it possible to create multi-pole configurations using an assembly kit?** 

Multi-pole units made up using an assembly kit to combine single pole units will no longer conform to the reference standards. 

## **In case of installations with many poles side by side, or installations in particular climate conditions, what derating of the nominal values should be taken into account?** 

The following tables give the parameters for derating the nominal current as a function of the number of poles installed side by side or the temperature and relative humidity. 

Installation of multiple poles side by side: 

|**E 91/32**|**E 91/32**|**E 91hN/32**|
|---|---|---|
|**Poles**<br>**Maximum current**||**Poles**<br>**Maximum current**|
|1 …4<br>In||1 …3<br>In|
|5…7<br>0.8 x In||4…9<br>0.7 x In|
|more than 7<br>0.7 x In||more than 10<br>0.6 x In|
|Climate conditions:|||
|**Maximum temperature**<br>20 °C||30 °C<br>40 °C<br>50 °C|
|**Maximum humidity**<br>95 %||90 %<br>80 %<br>50 %|
|**Maximum current**<br>In|In x 0.95<br>In x 0.9<br>In x 0.8||



**Selection tables .............................  pag. 5/12** 

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**11** /128 

**System Technical details pro** _**M**_ **compact[®]** E 930 fuse-holders 

**Protection devices** 

**11** 

## **E 930 FUSE-HOLDERS** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400212F0201<br>**----- End of picture text -----**<br>


## **Power consumption in Watt at rated current** 

|Fuse rating<br>In [A]<br>**50**|Fuses<br>14x51<br>gG<br>5.00|Fuses<br>22x58<br>gG<br>5.50|
|---|---|---|
|**63**||6.35|
|**80**||7.35|
|**100**||8.75|
|**125**||12.50|



## **Power consumption in Watt at rated current** 

|Fuse rating|Fuses|Fuses|
|---|---|---|
|In [A]|14x51|22x58|
||aM|aM|
|**50**|2.50|3.00|
|**63**||4.10|
|**80**||5.20|
|**100**||6.50|
|**125**||7.80|



**Selection tables .............................  pag. 5/12** ABB **11** /129 ~~es~~ 

**System Technical details pro** _**M**_ **compact[®]** EPD 24-TB-101 

**Protection devices** 

## **EPD 24** 

## **Time/Current characteristic curve (TU = 25 °C)** 

- The trip time is typically 3 s in the range between 1.1 and 1.8 x IN1). 

- Electronic current limitation occurs at typically 1.8 x IN1) which means that under all overload conditions (independent of the power supply and the resistance of the load circuit) the max. overload before disconnection will not exceed 1.8 x IN1) times the current rating. Trip time is between 100 ms and 3 sec (depending on overload or at short circuit). 

- Without this current limitation a considerably higher overload current would flow in the event of an overload or short circuit. 

**==> picture [244 x 164] intentionally omitted <==**

**----- Start of picture text -----**<br>
disconnection<br>typically 1.1 x IN 1.8 x IN [1)]<br>10000<br>1000<br>100<br>  current limitation 1)<br>typically 1.8 x IN<br>10<br>5<br>1<br>0.1<br>0.01<br>0 1 2 3 4 5 IK<br>...times rated current<br>trip time in seconds<br>2CSC400476F0202<br>**----- End of picture text -----**<br>


1)  Current limitation typically 1.8 x IN at IN = 0.5 A...6 A Current limitation typically 1.5 x IN at IN = 8 A or 10 A Current limitation typically 1.3 x IN at IN = 12 A 

## **Maximum cable lenghts** 

EPD24 reliably trips from 0 Ω up to max. circuit resistance Rmax. 

## **Calculation of Rmax** 

|Selected rating IN(A)|3|6|
|---|---|---|
|Operating voltage US(V DC) (= 80 % of 24 V)2)|19.2|19.2|
|Trip current Iab= 1.25 x IN(A) (EPD24 trips after 3 s)|3.75|7.50|
|Rmax(Ω) = (UB/Iab) -0.050|5.07|2.51|



2)  Voltage drop of EPD24 and tolerance of trip point (typically 1.1 x IN = 1.05 ... 1.35 x IN) have been taken into account 

## **Selection table for the incoming cable lengths with different cable cross-sections** 

**11** 

|Cable cross section A (mm2)|0.14|0.25|0.34|0.5|0.75|1.00|1.50|
|---|---|---|---|---|---|---|---|
|Cable length L (m) (= single length)|cable resistance (Ω)= (ρ0x 2 x L) / A3)|||||||
|5|1.27|0.71|0.52|0.36|0.24|0.18|0.12|
|10|2.54|1.42|1.05|0.71|0.47|0.36|0.24|
|15|3.81|2.14|1.57|1.07|0.71|0.53|0.36|
|20|5.09|2.85|2.09|1.42|0.95|0.71|0.47|
|25|6.36|3.56|2.62|1.78|1.19|0.89|0.59|
|30|7.63|4.27|3.14|2.14|1.42|1.07|0.71|
|35|8.90|4.98|3.66|2.49|1.66|1.25|0.83|
|40|10.17|5.70|4.19|2.85|1.90|1.42|0.95|
|45|11.44|6.41|4.71|3.20|2.14|1.60|1.07|
|50|12.71|7.12|5.24|3.56|2.37|1.78|1.19|
|75|19.07|10.68|7.85|5.34|3.56|2.67|1.78|
|100|25.34|14.24|10.47|7.12|4.75|3.56|2.37|
|125|31.79|17.80|13.09|8.90|5.93|4.45|2.97|
|150|38.14|21.36|15.71|10.68|7.12|5.34|3.56|
|175|44.50|24.92|18.32|12.46|8.31|6.23|4.15|
|200|50.86|28.48|20.94|14.24|9.49|7.12|4.75|
|225|57.21|32.04|23.56|16.02|10.68|8.01|5.34|
|250|63.57|35.60|26.18|17.80|11.87|8.90|5.93|



3) Resistivity of copper ρo = 0.0178 (Ω x mm2)/m 

Example 1:  max. length for 1.5 mm[2 ] and 3 A: 214 m Example 2:  max. length for 1.5 mm[2 ] and 6 A: 106 m 

Example 3:   mixed wiring: (Control cabinet --- sensor/actuator level) R1 = 40 m for 1.5 mm[2] and R2 = 5 m for 0.25 mm[2] : R1 = 0.95 Ω, R2 = 0.71 Ω, total (R1 + R2) = 1.66 Ω 

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**11** /130 

**System Technical details pro** _**M**_ **compact[®]** EPD 24-TB-101 Approvals, safety instructions 

**Protection devices** 

**11** 

## **Please note** 

The user should ensure that the cable cross sections of the relevant load circuit are suitable for the current rating of the EPD24 used. Automatic start-up of machinery after shut down must be prevented (Machinery Directive 98/37/EG and EN 60204-1). In the event of a short circuit or overload the load circuit will be disconnected electronically by the EPD24. 

## **Information on UL approvals/CSA approvals** 

## UL1604 

## Operating Temperature Code T5 

- This equipment is suitable for use in Class I, Division 2, Groups A, B, C and D or non-hazardous locations only 

## WARNING: 

- Exposure to some chemicals may degrade the sealing properties of materials used in the following device: relay Sealant Material: 

   - Generic Name:  Modified diglycidyl ether of bisphenol A 

   - Supplier: Fine Polymers Corporation 

   - Type: Epi Fine 4616L-160PK 

   - Casing Material: 

   - Generic Name: Liquid Crystal Polymer 

   - Supplier: Sumitomo Chemical 

   - Type: E4008, E4009, or E6008 

## RECOMMENDATION: 

- Periodically inspect the device named above for any degradation of properties and replace if degradation is found 

## WARNING – EXPLOSION HAZARD: 

- Do not disconnect equipment unless power has been removed or the area is known to be non-hazardous 

- Substitution of any components may impair suitability for Class I, Division 2 

## UL2367 

Non-hazardous use 

- UL 508 

- Non-hazardous use 

- CSA C22.2 No. 213 (Class I, Division 2) 

- CSA C22.2 No. 142 

## Class 2 

Meets requirement for Class 2 current limitation (EPD24 ... -0,5 A/1 A/2 A/3 A) 

**Selection tables .............................  pag. 5/36** 

ABB 

**11** /131 

**Protection devices** 

## **System Technical details pro** _**M**_ **compact[®]** EPD 24-TB-101, 

The EPD24 features an integral power distribution system. 

The following wiring modes are possible with various pluggable current and signal busbars: 

- LINE+ (24 V DC) 

- 0 V 

**Caution:** The electronic devices EPD24 require a 0 V connection 

- Auxiliary contacts 

**==> picture [305 x 247] intentionally omitted <==**

**----- Start of picture text -----**<br>
(12.5 x n)-3 = length of busbars ± 0.5<br>LINE+ busbar2CDE605100R0500 continuous busbar500 mm length, cut e. g.  (12.5 x 5)-3 = 59.5 ± 0.5<br>signal bar<br>2CDE605200R0021<br>remove protection againstbrush contact from bottom side 0 V busbar2CDE605100R0500 insert protection againstbrush contact<br>12.5 x n = width of protector block<br>insert busbars e. g.  12.5 x 5 = 62.5<br>and protection slides<br>to be flush with housing sides<br>insert signal<br>bars to be flush with<br>housing and place them<br>centrally over the contacts<br>**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400477F0202<br>**----- End of picture text -----**<br>


## Mounting procedure 

Before wiring insert busbars into protector block. A maximum of 10 connection cycles are permissible using connecting busbars. 

## Recommendation 

After 10 units the busbars should be interrupted and receive a new entry live. 

## Table of length for busbars 

|Table of length for busbars|||
|---|---|---|
|(Order code 2CDE605100R0500)|||
|No. of units<br>2<br>3<br>4<br>5<br>6<br>7|8<br>9|10|
|Length of busbar (mm) ± 0.5 mm<br>22<br>34.5<br>47<br>59.5<br>72<br>84.5|97<br>109.5|122|



**11** 

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**System Technical details pro** _**M**_ **compact[®]** Insulation monitoring devices 

**Protection devices** 

**11** 

## **INSULATION MONITORING DEVICES** 

Wiring diagrams 

The following schemes illustrate the ISOLTESTER-DIG-RZ and ISOLTESTER-DIG-PLUS wiring diagrams with the QSD-DIG 230/24 remote signalling panel in single- and three-phase networks, with or without central socket, and the SELVTESTER-24 wiring diagrams with QSD-DIG 230/24 remote signalling panel. 

Wiring diagram with transformer with central socket (PC) 

**==> picture [391 x 272] intentionally omitted <==**

**----- Start of picture text -----**<br>
19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>RS485 Input 2 Input 1 Input<br>(only PLUSseriale portversion) sensorPT100 sensorPT100 C.T. .../5 Acurrent aux. relayOutput<br>ISOLTESTER-DIG-RZ<br>ISOLTESTER-DIG-PLUS Remote control panel<br>V aux.* V aux.* Link fail Insulation Remote control panel QSD-DIG 230/24<br>115 V      115 V 115 V      115 V control control QSD-DIG 230/24<br>1 2 3 4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1 2 3 4 5 6 7 8 9 10 11<br>Power supply Power supply<br>V aux. 115 V AC V aux. 230 V AC<br>PE<br>S S<br>Current transformer<br>L<br>PC<br>Insulated network Loads<br>N<br>Insulation transformer<br>To other QSD-DIG<br>**----- End of picture text -----**<br>


**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400478F0202<br>**----- End of picture text -----**<br>


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**11** 

## **System Technical details pro** _**M**_ **compact[®]** Insulation monitoring devices 

# **Protection devices** 

Wiring diagram with transformer without central socket (PC) 

**==> picture [386 x 277] intentionally omitted <==**

**----- Start of picture text -----**<br>
19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>RS485 Input 2 Input 1 Input<br>(only PLUSseriale port version) sensorPT100 sensorePT100 C.T. .../5 Acurrent aux. relayOutput<br>ISOLTESTER-DIG-RZ<br>ISOLTESTER-DIG-PLUS Remote control panel<br>V aux.* Linl fail Insulation Remote control panel QSD-DIG 230/24<br>115 V      115 V control control QSD-DIG 230/24<br>1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1 2 3 4 5 6 7 8 9 10 11<br>Power supply<br>V aux. 230 V AC<br>PE<br>S S<br>Current transformer<br>L<br>Insulated network Loads<br>N<br>Insulation transformer<br>without PC<br>To other QSD-DIG<br>**----- End of picture text -----**<br>


Wiring diagram with three-phase transformer 

**==> picture [386 x 272] intentionally omitted <==**

**----- Start of picture text -----**<br>
19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36<br>RS485 Input 2 Input 1 Input<br>(only PLUSserial port version) sensorPT100 sensorePT100 C.T. .../5 Acurrent aux. relayOutput<br>ISOLTESTER-DIG-RZ<br>ISOLTESTER-DIG-PLUS Remote control panel<br>V aux.* Link fail Insulation Remote control panel QSD-DIG 230/24<br>115 V      115 V control control QSD-DIG 230/24<br>1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1 2 3 4 5 6 7 8 9 10 11<br>Power supply<br>V aux. 230 V AC<br>PE<br>S S<br>N<br>L3 Insulated three-phase network Loads<br>L2<br>L1<br>Insulation transformer<br>To other QSD-DIG<br>**----- End of picture text -----**<br>


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**Protection devices** 

**11** 

## **System Technical details pro** _**M**_ **compact[®]** Insulation monitoring devices 

## SELVTESTER-24 

Wiring diagram with transformer 220/24 

## QSD-DIG 230/24 

**==> picture [433 x 165] intentionally omitted <==**

**----- Start of picture text -----**<br>
QSD-DIG  230/24<br>LED for signalling<br>Test button for the presence of<br>testing QSD network voltage<br>TEST ON<br>LED for signalling over<br>temperature of the<br>insulating transformer<br>LED for signalling fault<br>Muting local in case of low<br>acoustic signal insulation<br>T a MUTE te 2 at<br>e t e —'seA y<br>**----- End of picture text -----**<br>


**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400482F0202<br>**----- End of picture text -----**<br>


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**System Technical details Protection pro** _**M**_ **compact[®]** Insulation monitoring devices **devices** 

**11** 

## **INSULATION MONITORING DEVICES ISL FOR INDUSTRIAL APPLICATIONS** 

ISL-A 24-48 

**==> picture [381 x 276] intentionally omitted <==**

**----- Start of picture text -----**<br>
ISL-A 24-48<br>V aux:*<br>V control<br>01  02  03  04  05  06  07  08  09  10  11  12<br>AUX1 AUX2 RES- TEST OUT-NO OUT-C OUT-NC PE RES+<br>TEST RESET<br>PE<br>-/N<br>INSULATED NETWORK 24-48 V a.c./d.c. LOADS<br>+/L<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


## MICROSWITCH SETTINGS 

The front microswitches allow the insulation threshold level to be adjusted between 10 and 60 kΩ, as shown below: 

**==> picture [383 x 41] intentionally omitted <==**

**----- Start of picture text -----**<br>
10 kΩ 20 kΩ 30 kΩ 40 kΩ 60 kΩ<br>40 60 40 60 40 60 40 60 40 60<br>30 30 30 30 30<br>20 20 20 20 20<br>10 10 10 10 10<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

**Protection devices** 

## **Technical details** Insulation monitoring devices 

## ISL-A 115 and ISL-A 230 

**==> picture [380 x 275] intentionally omitted <==**

**----- Start of picture text -----**<br>
A1-NO A1-C A1NC A2-NO A2-C A2NC<br>19  20  21  22  23  24  25  26  27  28  29  30  31  32  33  34  35  36<br>ISL-A 115 ISL-A 115<br>ISL-A 230 ISL-A 230<br>V aux:*<br>V control<br>01  02  03  04  05  06  07  08  09  10  11  12  13  14  15  16  17  18<br>V+ V- PE TEST RESET T1-NO T1-C T1NC T2-NO T2-C T2NC<br>TEST TEST<br>PE<br>�<br>INSULATED NETWORK V d.c. LOADS<br>�<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


## MICROSWITCH SETTINGS 

The front microswitches are used for adjusting the insulation threshold level, enabling the fail-safe function and configuring the reset mode for both the alarm and trip thresholds. 

## **Microswitches A, B, C, D for programming the trip and alarm thresholds:** 

|ALARM|TRIP|
|---|---|
|300 kΩ: A=0, B=0, C=0, D=0<br>100 kΩ:|A=0, B=0, C=0, D=0|
|150 kΩ: A=1, B=0, C=0, D=0<br>60 kΩ:|A=1, B=0, C=0, D=0|
|80 kΩ: A=1, B=1, C=0, D=0<br>40 kΩ:|A=1, B=1, C=0, D=0|
|50 kΩ: A=1, B=1, C=1, D=0<br>20 kΩ:|A=1, B=1, C=1, D=0|
|30 kΩ: A=1, B=1, C=1, D=1<br>10 kΩ:|A=1, B=1, C=1, D=1|



**Microswitch E for configuring the FAIL SAFE mode** E=0 fail safe mode disabled E=1 fail safe mode enabled 

**Microswitch F for configuring the RESET mode** F=0 manual reset F=1 automatic reset 

**==> picture [149 x 72] intentionally omitted <==**

**----- Start of picture text -----**<br>
ALARM kΩ TRIP kΩ<br>300 A 150 100 A 60<br>B 80 B 40<br>C 50 C 20<br>D 30 D 10<br>off E F.S. on off E F.S. on<br>man. F auto man. F auto<br>RESET RESET<br>0 1 0 1<br>**----- End of picture text -----**<br>


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**Technical details** Insulation monitoring devices 

**Protection devices** 

**11** 

## ISL-A 600 

**==> picture [381 x 310] intentionally omitted <==**

**----- Start of picture text -----**<br>
V +<br>19  20  21  22  23  24  25  26  27  28  29  30  31  32  33  34  35  36<br>ISL-A 600<br>relay output<br>remote  TRIP<br>reset/<br>manual Fail Safe<br>1  2  3  4  5  6  7  8  9 10  11  12  13  14  15  16  17  18<br>V - PE RES+ RES- F.S.+ F.S.- T-NC T-C T-NO<br>PE<br>_<br>INSULATED NETWORK V d.c. LOAD<br>+<br>*<br> Vaux: V control<br>PE connection<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Technical details** Insulation monitoring devices 

## **Protection devices** 

**==> picture [380 x 590] intentionally omitted <==**

**----- Start of picture text -----**<br>
ISL-C 230<br>ISL-C 230<br>V aux<br>01  02  03  04  05  06  07  08  09  10  11  12<br>AUX1 AUX2 VC TEST OUT-NO OUT-C OUT-NC PE<br>V aux:<br>220-240 V a.c.<br>optional:<br>100-130 V a.c.<br>PE<br>Max 230 V L-N N<br>L3 LOADS<br>L2<br>L1<br>ISL-C 440<br>ISL-C 440<br>V aux<br>01  02  03  04  05  06  07  08  09  10  11  12<br>AUX1 AUX2 VC OUT-NO OUT-C OUT-NC PE<br>V aux:<br>220-240 V a.c.<br>optional:<br>100-130 V a.c.<br>PE<br>Max 400 V L-N N<br>L3 LOADS<br>L2<br>L1<br>2CSC400483F0202<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


**11** 

## MICROSWITCH SETTINGS 

The front microswitches are used for adjusting the insulation threshold level between 10 and 150 kΩ, as shown below: 

**==> picture [383 x 41] intentionally omitted <==**

**----- Start of picture text -----**<br>
10 kΩ 30 kΩ 50 kΩ 100 kΩ 150 kΩ<br>100 150 100 150 100 150 100 150 100 150<br>50 50 50 50 50<br>30 30 30 30 30<br>10 10 10 10 10<br>**----- End of picture text -----**<br>


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**Technical details** Insulation monitoring devices 

**Protection devices** 

**11** 

## ISL-C 600 

**==> picture [381 x 657] intentionally omitted <==**

**----- Start of picture text -----**<br>
Vaux:* VC<br>115V 115V 19  20  21  22  23  24  25  26  27  28  29  30  31  32  33  34  35  36<br>VC<br>AUX-L1 AUX-01 AUX-L2 AUX-02 insulationnetwork ISL-C 600<br>control INSULATION MONITOR<br>output relays<br>Vaux:* conn.PE testremotereset TRIP ALARM<br>power supply 115V 115V<br>115Vca<br>1  2  3  4  5  6  7  8  9 10  11  12  13  14  15  16  17  18<br>AUX-L1 AUX-01 AUX-L2 AUX-02 PE PE TEST RESET T-NC T-C T-NO A-NC A-C A-NO<br>power supply<br>230Vca<br>PE<br>N<br>L3 LOAD<br>L2<br>L1<br>INSULATED NETWORK (IT) max 760 VL-N (1100 V L-L)<br>Three-phase network<br>without neutral<br>Max 760V L-N Max 760V L-L<br>L3<br>N<br>L L2<br>L1<br>VC VC<br>19  20  21  22  23  24  19  20  21  22  23  24<br>VC VC<br>Three-phase network<br>with neutral<br>Max 1100V L-L<br>L3<br>L2<br>L1<br>N<br>VC<br>19  20  21  22  23  24<br>VC<br>2CSC400483F0202<br>2CSC400483F0202 2CSC400483F0202<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


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**Technical details** Insulation monitoring devices 

**Protection devices** 

## **System pro** _**M**_ **compact[®]** 

## ISL-MOT 1000 

**==> picture [380 x 275] intentionally omitted <==**

**----- Start of picture text -----**<br>
ISL-MOT 1000<br>V aux<br>01  02  03  04  05  06  07  08  09  10  11  12<br>AUX1 AUX2 VC OUT-NO OUT-C OUT-NC PE<br>V aux:<br>220-240 V a.c.<br>optional:100-130 V a.c. C<br>PE<br>Max 700 V L-L N<br>L3 LOADS<br>L2<br>L1<br>2CSC400483F0202<br>**----- End of picture text -----**<br>


## MICROSWITCH SETTINGS 

The front microswitches are used for adjusting the insulation threshold level between 0.1 and 10 MΩ. A total of 7 microswitches are used, divided into two groups as shown below: 

**==> picture [347 x 206] intentionally omitted <==**

**----- Start of picture text -----**<br>
10 MΩ 7.5 MΩ 5 MΩ<br>10 10 10<br>7.5 0.5 7.5 0.5 7.5 0.5<br>5 0.2 5 0.2 5 0.2<br>2.5 0.1 2.5 0.1 2.5 0.1<br>1 1 1<br>2.5 MΩ 1 MΩ 0.5 MΩ<br>10 10 10<br>7.5 0.5 7.5 0.5 7.5 0.5<br>5 0.2 5 0.2 5 0.2<br>2.5 0.1 2.5 0.1 2.5 0.1<br>1 1 1<br>0.25 MΩ 0.1 MΩ<br>10 10<br>7.5 0.5 7.5 0.5<br>5 0.2 5 0.2<br>2.5 0.1 2.5 0.1<br>1 1<br>**----- End of picture text -----**<br>


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**System Technical details Protection pro** _**M**_ **compact[®]** QSO switchboard for medical locations **devices** 

**11** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400759F0001<br>**----- End of picture text -----**<br>


## **QSO ELECTRICAL PANEL FOR OPERATING THEATRES** 

## **Logical Operating Diagrams** 

|Wall-mounted QSO switchboards|Wall-mounted QSO switchboards|Wall-mounted QSO switchboards|Wall-mounted QSO switchboards||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||Main line<br>**1**||**2**||||**3**|||||Output line 1||Output line 1||
||||||||||||**4**||||||
||||||||||||||Output line 2||Output line 2||
|||||||**6**|||||||||||
|||||||**6**|||||**5**||||||
||||||||||||||||||
||||||||||||QSD-DIG<br>230||||||
||||||||||||||||||
||**Description**|||||**3 kVA**|||||**5 kVA**||||**7,5 kVA**||
||**1**|Fuse holder E 930/50||||25 A gL|||||32 A gL|32 A gL|||40 A gL||
||**2**|Insulating transformer||||3 kVA|||||5 kVA||||7,5 kVA||
||**3**|Miniature circuit breaker S202 L||Miniature circuit breaker S202 L||16 A|||||25 A||||40 A||
||**4**<br>**5**<br>**6**|Fuse holder E 91N/32<br>ISOLTESTER-DIG-RZ<br>Temperature probe PT100||||2 A gL<br>S version|||||2 A gL<br>yes<br>S version||||2 A gL<br>S version|2CSC400484F0202|



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## **System pro** _**M**_ **compact[®]** 

## **Technical details Protection** QSO switchboard for medical locations **devices** 

## **Logical Operating Diagrams** 

**==> picture [366 x 555] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||
|---|---|---|---|---|---|---|---|
|Floor-standing QSO switchboards|
|Main line|1|6|
|11|
|7|(_)|La|
|2|4|11|
|(O)|10|-4en|QSD-DIG230|
|to|LL|
|5|8|\|
|Z|3|[||Id|
|Aux|
|line|9|
|QSD|
|oN|ap|er|ee|230/24-C|
|4H|(\|NS|Lat[tl >|e|9|||~|
|\paee|12|/||ee||Line  24 V|
|14|
|Output line 1|
|14|
|Output line 2|
|14|
|2==ee|Output line....|
|14|
|Output line 10|
|14|
|Description|3 kVA|5 kVA|7,5 kVA|10 kVA|
|1|Disconnector, E202 100 A|100 A|
|2|Miniature circuit breaker, S202 25 A - curve C|25 A - curve C|
|3|Surge protection device, OVR T2 1N 40 275s P 40|40 kA - 275 V|
|kA - 275 V|
|4|Miniature circuit breaker, S202 L 16 A - curve C|16 A - curve C|
|5|RCBO circuit breaker, DS202 25 A 30 mA Type|25 A 30 mA|
|AC- Curve C|
|Miniature circuit breaker S202 20 A - curve D 32 -|
|6|20 A - curve D|32 - Curve D|50 - curve D|63 - curve D|
|Curve D 50 - curve 2D 63 - curve D|
|7|Insulating transformer IT ...(S) 3 kVA 5 kVA 7.5 kVA|3 kVA|5 kVA|7,5 kVA|10 kVA|
|10 kVA|
|8|Fuse holder, E 932/50|50 A gL|
|9|Fuse holder, E 90/32|2 A gL|2 A gL|2 A gL|2 GL|
|10|ISOLTESTER-DIG-RZ|yes|
|11|Temperature probe, PT100|yes|
|12|Transformer, 220/24 1 kVA, 24 V version|version 24 V|
|13|SELVTESTER-24|version 24 V|
|14|Miniature circuit breaker, S202 16 A - curve C|16 A - curve C|

**----- End of picture text -----**<br>


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**Command devices** 

## **System Technical details pro** _**M**_ **compact[®]** E 259 installation relays 

**E 259 INSTALLATION RELAYS Information about lamp insertion between phase and neutral Power Number Power Number [W] of switchable lamps [W] of switchable lamps Incandescent lamps (230 V a.c.) Low pressure sodium vapor lamps (SOX)** 15 120 55 6 25 72 90 4 40 45 135 3 60 30 180 2 ~~?~~ 75 ~~==~~ 24 yy ~~——_~~ 185 2 100 18 **High pressure sodium vapor lamps (NAV)** 150 12 70 10 200 9 150 5 300 6 250 3 500 3 400 2 **Fluorescent lamps without power factor capacitors** 1000 - 18 50 **Metal halide and high pressure mercury vapor lamps (HQL)** 36 25 50 16 40 23 80 10 58 16 125 7 65 13 ~~OK<——=~~ 250 3 **Fluorescent lamps with power factor capacitors** 400 2 18 17 1000 - 36 13 **230 V halogen lamps (HQI)** 40 12 150 12 58 8 250 7 65 7 300 6 **Fluorescent twin-lamps** 400 4 2 x 18 50 500 3 2 x 36 25 1000 2 2 x 40 23 **Very low voltage halogen lamps (12 or 24 V AC)** 2 x 58 16 20 72 ~~i~~ 2 x 65 13 ~~__—_~~ 50 29 **Lamps with electronic reactor** ~~—~~ 75 20 1 x 18 38 100 15 1 x 36 30 150 10 1 x 58 17 200 7 **11** 2 x 18 19 300 5 a! 2 x 36 15 ~~OO~~ 2 x 58 8 **Selection tables .............................  pag. 6/22 11** /144 ABB 

**System Technical details pro** _**M**_ **compact[®]** E 250 latching relays 

**Command devices** 

**E 250 LATCHING RELAYS Information about lamp insertion between phase and neutral Power Number of switchable lamps Power Number of switchable lamps [W] E 250 - 16 A E 250 - 32 A [W] E 250 - 16 A E 250 - 32 A Incandescent lamps (230 V a.c.) Low pressure sodium vapor lamps (SOX)** 15 200 266 55 27 36 25 120 160 90 16 22 40 75 102 135 11 14 60 50 65 180 8 11 ~~7~~ 75 40 ~~=~~ 52 185 8 10 100 30 40 150 20 26 **High pressure sodium vapor lamps (NAV)** 200 15 20 70 15 18 300 9 12 150 8 10 500 5 7 250 4 6 ~~—<—~~ 400 3 4 **Fluorescent lamps without power factor capacitors** 1000 1 1 18 81 110 36 44 58 **Metal halide and high pressure mercury vapor lamps (HQL)** 40 38 53 50 30 40 58 29 35 80 18 25 65 26 34 125 12 16 250 6 8 ~~—~~ **Fluorescent lamps with power factor capacitors** 400 3 5 18 103 132 1000 1 2 36 63 81 40 40 77 **230 V halogen lamps (HQI)** 58 41 52 150 20 27 65 37 48 250 12 16 300 10 13 **Fluorescent twin-lamps** 400 7 10 2 x 18 82 110 500 6 8 2 x 36 41 55 1000 3 4 2 x 40 35 50 2 x 58 23 30 **Very low voltage halogen lamps (12 or 24 V AC)** ~~i~~ 2 x 65 22 30 ~~==~~ 20 116 160 50 46 64 **Lamps with electronic reactor** ~~—~~ 75 31 42 18 36 83  46 112 61 100 150 24  15 32 21 **11** 58 31 38 200 12 16 2 x 18 40 56 300 7 10 2 x 36 23 30 ~~———~~ 2 x 58 14 19 **Selection tables .............................  pag. 6/24** ABB **11** /145 

**11** /145 

**System Technical details pro** _**M**_ **compact[®]** E 250 latching relays 

**Command devices** 

**11** 

## **Use of lighted pushbuttons** 

Latching relays can be controlled through lighted pushbuttons, without any limitations in terms of connection of three-terminal types. 

In two-terminals pushbuttons the current that flows through pushbutton lamps can trigger an unwanted activation; in order to avoid this there is the E 250 CP compensation module, installed in parallel on the coil. 

|Number of E 250 CP|Number of connectable|lighted pushbuttons|
|---|---|---|
|compensation modules|||
||1P – 2P types|3P – 4P types|
|0|8|9|
|1|18|22|
|2|45|38|



## **Maximum length of very low voltage connections** 

Too long feeding cables can cause a drop in the supply voltage, which could be inadequate for guaranteeing standard operating conditions of latching relays, in particular for very low voltage types. 

For this reason the wiring must not exceed the maximum lengths (outward and return) shown in the table. 

|UN|0.5 mm2|0.75 mm2|1 mm2|1.5 mm2|
|---|---|---|---|---|
|<br>8 V~|28 m|41 m|55 m|90 m|
|12 V~|68 m|102 m|136 m|224 m|
|24 V~|272 m|412 m|548 m|896 m|
|48 V~|1096 m|1640 m|2184 m|3584 m|



## **Relay DC switching capacity** 

|V DC|E 259|E 250 (16 A a.c.)|E 250 (32 A a.c.)|
|---|---|---|---|
|≤12|16|16|32|
|24|16|16|20|
|30|16|16|16|
|48|10|10|10|
|60|8|8|8|
|110|5|5|5|
|230|2|2|2|



E250-series and E259-series DC switching capacity 

**==> picture [341 x 203] intentionally omitted <==**

**----- Start of picture text -----**<br>
V d.c.<br>230V 16A relays<br>32A relays<br>110V<br>60V<br>48V<br>30V<br>24V<br>12V<br>2A 5A 8A 10A 16A 20A 32A I(A)<br>Max load 2CSC400486F0202<br>**----- End of picture text -----**<br>


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**Command devices** 

## **System Technical details pro** _**M**_ **compact[®]** ATT-Tool 

## **ATT-TOOL** 

ATT-Tool configuration and programming software allows users to fully customise GSM ATT telephone module to their specific requirements. ATT-Tool has a simple and intuitive interface that allows ATT to be quickly configured without having to remember complicated programming strings or consult a manual to learn the programming syntax. ATT-Tool, available in all the main languages, makes it possible to: 

- Add/remove up to 250 users authorised for complete or conditional use of ATT module. 

- Add/remove up to 100 recipients of call rings, sms messages, faxes or emails. 

- Configure the analog or digital activation mode of the inputs. 

- Configure the activation mode of the outputs. 

- Define actions to be performed at pre-established intervals. 

- Remotely track users and events. 

- Customise commands and alerts. 

- Perform program debugging. 

## **ATT programming** 

The following steps describe how to program the device for receiving alarm notifications and remotely controlling loads via mobile phone. 

**==> picture [368 x 253] intentionally omitted <==**

**----- Start of picture text -----**<br>
Toolbar<br>- |) oir<br>A 4 Loe<br>0 tt lien<br>= Re hes Core<br>By Ceceinc<br>= i Coework<br>= fe in Seine<br>Fiero<br>betes<br>Menu tree oH) Rees iti<br>= Scheie Work area<br>A B C<br>[I] Pt LL<br>Status bar<br>2CSC400487F0202<br>**----- End of picture text -----**<br>


## 1. Preparing the device 

**11** 

- Insert the SIM inside ATT, positioning it as described in the manual. 

- Connect ATT to the serial port of the PC using the cable supplied in the box. 

- Insert the battery inside ATT (alternatively, connect the device to a power supply). 

- Check the connection to the GSM network (fast constant blinking of “GSM Network” LED ). 

- Install ATT-Tool on the PC from the CD supplied in the box. 

- Start ATT-Tool software. 

- Right click with the mouse to select ATT model being used ( **A** ). 

- Right click wtih the mouse to select the language ( **B** ). 

- Right click with the mouse to select the serial port being used ( **C** ). 

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## **System Technical details pro** _**M**_ **compact[®]** ATT-Tool 

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## 2. Adding users 

- Right click on the “SIM Users” item in the menu tree and choose “Add”. -  The LFa symbol will appear inside the “SIM Users” section -  Enter the user’s name (e.g. User 1) -  Enter the user’s telephone number (e.g. +34314987536). Enter the number with the international dial prefix. 

- Right click on the “SIM Users” item in the menu tree and choose “Send”. -  The La symbol changes to to show that the user has successfully been added. <3) f 

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3. Configuring the inputs 

- Click the “+” symbol on the “In settings” item in the menu tree and select “Input 1”. 

- Configure the functioning of the inputs: digital (ON/OFF type) or analog (available only for ATT-22 and ATT-22E). 

|**Disabled**|Notification of changes in the inputs is disabled.|
|---|---|
|**Digital**|Allows ATT to notify when ON/OFF type switching of the inputs occurs.|
|**Analog**|Allows ATT to monitor a continuous signal (e.g. temperature) across the|
|(for ATT-22 and ATT-22E)|inputs, and issue a notification when it exceeds a preset threshold|



- Right click on the “Input 1” item and choose “Send” - The ® symbol changes to ? to show that the input has been successfully configured. 

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## **System Technical details pro** _**M**_ **compact[®]** ATT-Tool 

To receive a call ring 

To receive an SMS 

To receive a FAX 

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## 4. Configuring the recipients 

- Click on the “+” symbol next to the “Recipients” item in the menu tree. 

- Select the event to be notified (e.g. in1 Closing, the ATT notifies when contact 1 closes). 

- Enter the name of the recipient of the notification (e.g. User2). Note that the user does not have to be the same one entered in step 2. 

- Enter the telephone number (e.g. +54689764) in the desired field, as follows: 

- Repeat the procedure to add other recipients or to set up notifications for other inputs. 

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## 5. Transferring the data 

- Click on the “Write” symbol 

- Enter the PIN of the device and click “OK”. If the SIM does not have a personal PIN enter “0000”. 

- Enable all the fields and click “OK”. 

- When the data transfer is complete, ATT module is ready for use. 

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## **Remote programming via mobile phone** 

It is also possible to perform quick configuration of ATT module without using ATT-Tool software. Use the following procedure to remotely command the loads connected to ATT and receive notifications in real time. 

- **1** -  Insert ATT SIM into your own mobile phone. 

- **2** -  Save onto that SIM the mobile phone number (administrator) from which ATT is to be controlled. 

- **3** -  Replace the SIM inside ATT. 

- **4** -  Install and wire ATT as shown in the electrical diagram (connecting the load to be monitored to input 1) 

- **5** -  Send an SMS from the telephone number chosen in step 2 (administrator) to the number of the SIM inside ATT, containing the following text: 

+9, , , , SMS recipient number,01, , , ,Text example: +9, , , , +3984675,01, , , ,Alarm pump 1 

- In this case the administrator will be alerted with an “Alarm pump 1” SMS as soon as input 1 of ATT closes. 

- The administrator can also activate ATT output relay by : 

   - Sending an SMS to ATT number, containing the text “S1” (to activate OUT1) or “S2” (to activate OUT2). 

   - A free call ring to ATT number to activate output 1 

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**Measurement devices** 

## **ANALOGUE MEASUREMENT INSTRUMENTS** 

## Wiring diagrams 

Power factor meters with alternated current – Single-phase line 

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**----- Start of picture text -----**<br>
Direct insertion<br>230 V TERMINAL BOARD 1 8 2 19<br>C<br>+ -<br>N<br>cosϕ<br>L1<br>N<br>16 17 19 23 24<br>Indirect insertion through C.T. (.../5 A)<br>0<br>TERMINAL BOARD 1 8 2 19<br>+<br>S1 S2<br>1 2 8<br>P1 P2<br>L1<br>N<br>5 A<br>V Indirect insertion through C.T. and V.T. (.../100 V)<br>S1 S2<br>TERMINAL BOARD 1 8 2 19<br>L1 P1 P2<br>N<br>Pushbutton for signal change S1 S2 S1 S2<br>It is placed next to the minidips – rear view and with lever to the  right.<br>Proportional to the phase angle (output in grades, for insertion with analogue reading device). L1 P1 P2 P1 P2<br>N<br>1m A d.c.<br>2CSC445015F0901<br>**----- End of picture text -----**<br>


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## **System Technical details pro** _**M**_ **compact[®]** Analogue measurement instruments 

Alternated current power factor meters – Three-phase line without neutral (3 wires) 

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400 V 230 V Direct insertion<br>C TERMINAL BOARD 1 2 10 12<br>+ -<br>cosϕ L1<br>16 17 21 23 24 L2<br>L3<br>Indirect insertion through C.T. (.../5 A)<br>0 TERMINAL BOARD 1 2 10 12<br>+<br>1 2 10 12 S1 S2<br>L1 P1 P2<br>L2<br>5 A L3<br>S1 S2 V Indirect insertion through C.T. and V.T. (.../100 V)<br>P1 P2 TERMINAL BOARD 1 2 10 12<br>L1<br>L2<br>L3<br>S1 S2 S1 S2<br>Pushbutton for signal change P1 P2 P1 P2<br>It is placed next to the minidips – rear view and with lever to the  right. L1<br>Proportional to the phase angle (output in grades, for insertion with analogue reading device). L2<br>L3<br>1m A d.c.<br>2CSC445016F0901<br>**----- End of picture text -----**<br>


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**Technical details** Digital measurement instruments 

**Measurement devices** 

**11** 

## **DMTME MULTIMETERS** 

The DMTME series instruments are digital multimeters that measure the true rms value of the principal electrical quantities in 230/400 V a.c. networks, with the ability to store in memory the maximum/minimum/average measured values, and meter active and reactive energy. 

Four red LED displays provide a clear local readout of multiple measurements simultaneously. 

The DMTME multimeters perform the functions of a voltmeter, ammeter, power factor meter, wattmeter, varmeter, frequency meter, active and reactive energy meter in a single instrument, thus substantially reducing installation space requirements and wiring time. 

The DMTME-I-485 version is additionally equipped with a pulse output and RS485 port for communicating the measured parameters via a Modbus network. 

All versions come with a mini CD containing the instruction manuals, technical documentation, communication protocol and the DMTME-SW software. 

The main innovations of the range are: 

- Automatic recognition of the C.T. connection polarity, which simplifies installation of the instrument, making it error-proof. 

- An hour counter for scheduled maintenance and an instrument life time display, to assist the installer with routine activities. 

- Separate auxiliary 115/230 V a.c. power supply on all models, with extractable terminal blocks. 

The DMTME-SW software can perform real-time acquisition of all the readings of a multimeter or network of DMTME multimeters, with the values displayed in a single on-screen window. The measurements are shown in both numeric and “analog instrument” format. 

DMTME-SW also functions as a simple Modbus communication test instrument, allowing the installer to check the correct operation of the network prior to testing by the system integrator. 

Configuration example of networked DMTME multimeters 

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DMTME-I-485 DMTME-I-485<br>RS232<br>RS485<br>CUS<br>MTMEDMTME-I-485 DMTME-SW<br>**----- End of picture text -----**<br>


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**Technical details Measurement** Digital measurement instruments **devices** 

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## **Description of the instrument** 

� Displays L1, L2, L3 for showing the electrical parameters of each phase, and the energy meters and hour counters. The illuminated dot to the right of the digits on the third display (L3) blinks during the RS485 communication (only for the DMTME-I-485 version). 

� Fourth display for showing the electrical parameters of the three-phase system. 

� Button for scrolling through the energy meters and the electrical parameters of each phase shown on displays L1, L2, L3 (�); pressing and holding this button returns to the preceding value. 

� Button for scrolling through the three-phase electrical parameters shown on the fourth display (�), and the hour counters; pressing an holding down this button returns to the preceding value. 

� Nine LEDs which identify the electrical parameters being shown on the first three displays L1, L2, L3. (�) 

� Seven LEDs which identify the electrical parameters being shown on the fourth display (�). 

� Button for selecting whether to display the maximum values (MAX  LED (�) lights up), minimum values (MIN  LED (�) lights up) or average values over 15 minutes (AVERAGE, MIN and MAX LEDS (�) simultaneously light up) of the electrical parameters. Once the LED indicating the selected display mode lights up, buttons (�) and (�) can be used to scroll through the various electrical parameters. 

� LED indicating the scale of the electrical parameters shown on displays (�) and (�) of the instrument (factors K= kilo, parameter x 1000, M = mega, parameter x 1,000,000.). 

� LED indicating whether maximum, minimum or average values are being shown on displays (�) and (�). 

**11** 

- + � Pressed at the same time invoke the configuration (set up) menu. 

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**Measurement devices** 

## **System pro** _**M**_ **compact[®]** 

## **Communication networks with Modbus RTU protocol** 

Modbus is a serial communication protocol created for use with programmable logic controllers (PLC). It has become an industry standard and is the most widely used protocol for connecting of industrial electronic devices. 

Its principal benefits are: 

- Ease of use 

- Low resource requirements 

* Openly published and royalty-free 

* Allows communication between many devices connected to the same network 

The Modbus support was created for controlling transfer on the line and pipeline monitoring. The system’s flexibility and reliability make it suitable for a wide variety of processes and operations in nearly every industry. 

Modbus determines how many MASTERS and SLAVES to recognise and connect together, how many senders and receivers are identified, how many messages are exchanged in an orderly manner and how many errors occur. Every peripheral that needs to communicate via Modbus is assigned a unique address. Any one of them can then send a Modbus command, although generally (necessarily, in the case of serial) only one peripheral acts as a master. A Modbus command contains the Modbus address of the peripheral it is intended for, and only that peripheral will act on the command, even though all the others receive it as well. All Modbus commands incorporate control information to ensure that the received command is correct. 

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## **Conventional I/O system** 

## Plus 

Field devices unaffected from wiring error caused by other devices thanks to indipendend wiring Devices are cheaper 

Well known technology 

## Minus 

Higher installation complexity caused by: point to point wiring many terminal blocks, need additional rack space or more cabinets troubleshouting on complex wiring increased number of point of failure longer initial check and start up Expensive installation 

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## **Modbus Network** 

## Plus 

Well known protocol, fully documented Many PLC, DCS and process systems are supporing this protocol Many facilities already use it Optimum choice when: Modbus network or devices are being used Modbus protocol is already used as a facility standard 

## Minus 

Device operations require separate power Limited diagnostic capabilities (device applications) Limited use as a device bus 

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## **System pro** _**M**_ **compact[®]** 

The protocol has one Master and up to 247 Slaves on a common line covering a maximum distance of 1200 metres. Only the Master initiates transactions. The transactions are of the request/reply type (addressed to a single Slave) or of the broadcast/reply type (addressed to all Slaves). 

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**----- Start of picture text -----**<br>
Unicast<br>mode<br>3<br>SLAVE SLAVE SLAVE SLAVE<br>() oD hod CoD<br>Broadcast<br>mode<br>SLAVE SLAVE SLAVE SLAVE<br>() oD oD Co<br>2CSC400502F0202<br>**----- End of picture text -----**<br>


Modbus is often used for connecting a supervisory computer with a remote terminal unit (RTU) in supervisory control and data acquisition systems (SCADA). There are two versions of the protocol: one for serial ports (RS232 by default, but also RS485) and one for Ethernet. 

Modbus uses a compact hexadecimal data representation. The RTU format appends to commands/data a cyclic redundancy checksum (CRC) field, while the ASCII format uses an LRU type (longitudinal redundancy check) checksum. 

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**----- Start of picture text -----**<br>
DMTME-I-485-96 DMTME-I-485<br>Up to 1200 m Up to 247 devices<br>CUS<br>ANR96-230<br>2CSC400503F0202<br>**----- End of picture text -----**<br>


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## **System Technical details pro** _**M**_ **compact[®]** Accessories for measurement instruments 

## **Temperature control units** 

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**----- Start of picture text -----**<br>
TMD-T4<br>���� �� ��<br>1 �� �� 4<br>2 ����� �����<br>� � � � ���� 5<br>���� ���<br>3 ��� ����� 6<br>����� ����� ���<br>7 8 9 10<br>2CSC400504F0202<br>**----- End of picture text -----**<br>


- **1** 

   - Display for viewing temperature values and settings 

- **2** 

   - ALARM LED for viewing alarm status of measuring channels 

- **3** TRIP LED for viewing trip status (second-level alarm) of measuring channels 

- **4** FAULT LED for indicating temperature control unit and sensor faults 

- **5** HOLD LED for indicating whether manual reset function is enabled 

- **6** FAN LED for indicating whether fan output is enabled **7** MAX T. pushbutton for selecting to view the max temperature level 

- **8** ENTER/RESET pushbutton for confirming the programmed settings and for manually resetting any alarms that have been tripped 

- **9** +/- pushbuttons for selecting the measuring channels and for adjusting the programming parameters 

- **10** SET pushbutton with status LED for accessing and programming the device’s settings 

## TMD-T4 

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**----- Start of picture text -----**<br>
Ch1 Ch2 Ch3 Ch4<br>Pt 100<br>white<br>1 2 3 4 5 6 7 8 9 10 11 12<br>red<br>PT 100 temperature sensor inputs<br>red<br>25 41 B<br>26 42 A<br>Auxiliary supply<br>*U aux 27 TMD-T4 43 gnd<br>25 - 27: 24 ÷ 230 V a.c./d.c.<br>28<br>44<br>45<br>Relay outputs<br>29 30 31 32 33 34 35 36 37 38 39 40<br>ALARM TRIP FAN FAULT<br>Serial OutputRS485<br>*U aux.<br>**----- End of picture text -----**<br>


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**Technical details Measurement** Measurement current transformers **devices** with through primary 

## **Standard type current transformer** 

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**----- Start of picture text -----**<br>
TYPE CT-3 CT-4 CT-6 CT-8 CT-12 CT-8V CT-12V<br>OPERATION Through primary<br>20x10 50x20 60x30 80x50<br>30x10 100x50<br>HORIZ. BAR 30x10 60x20 80x30 125x50<br>CABLE 21 25 50 2x30 2x50     2x35     3x35<br>min. min.<br>80x30 100x10<br>20x10 30x10 ÷ ÷<br>max. max.<br>VERT. BAR 3x80x5 4x125x5<br>Power Power Power Power Power Power Power<br>Primary (VA) (VA) (VA) (VA) (VA) (VA) (VA)<br>current<br>(A) Rating Rating Rating Rating Rating Rating Rating<br>0.5 1 3 0.5        1         3 0.5 0.5 0.5 0.5 0.5<br>1<br>5<br>10<br>15<br>20<br>25<br>30<br>40 1.5<br>50 2<br>60 2<br>80 3<br>100 2.5 3<br>150 3 3<br>200 3 4<br>250 5 6 5<br>300 5 6 5 5<br>400 6 10 6 6 6<br>500 6 10 6 10 10 10<br>600 6 10 10 10 10 10<br>800 10 10 10 15 10 10<br>1000 10 20 10 20 10 10<br>1200 20 15 20 10 10<br>1500 30 20 20 10 10<br>2000 30 20 30 20 12<br>2500 30 20 40 20 15<br>3000 20 40 20<br>4000 50 20<br>5000 50<br>6000 50<br>Height 75 87 120 175 119 165<br>Width 58 75 105 125 180 109 109<br>Depth 44 44 61 61.5 68.5 41 41<br>CENTRAL SECTION<br>DIMENSIONS<br>**----- End of picture text -----**<br>


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## **Technical details Measurement** Measurement current transformers **devices** with through primary 

## **Assembly** 

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## **System pro** _**M**_ **compact[®]** 

## **Technical details** 

## **Measurement** Measurement current transformers **devices** with through primary 

**Power consumption of copper cables between the device and the transformer** 

## **For 5 A secondary** 

|**Cable section**<br>**mm2**|**Power (two-pole cable) VA**<br>**VA**|**Power (two-pole cable) VA**<br>**VA**|**Power (two-pole cable) VA**<br>**VA**|**Power (two-pole cable) VA**<br>**VA**|**Power (two-pole cable) VA**<br>**VA**|**Power (two-pole cable) VA**<br>**VA**|
|---|---|---|---|---|---|---|
|1.5<br>2.5<br>4<br>6<br>10|**Distance**<br>**1 m**<br>**2 m**<br>**4 m**<br>**6 m**<br>**8 m**<br>**10 m**||||||
||0.58<br>0.36<br>0.22<br>0.15<br>0.09|1.15<br>0.71<br>0.45<br>0.30<br>0.18|2.31<br>1.43<br>0.89<br>0.60<br>0.36|3.46<br>2.14<br>1.34<br>1.89<br>0.54|4.62<br>2.86<br>1.79<br>1.19<br>0.71|5.77<br>3.57<br>2.24<br>1.49<br>0.89|



## **Maximum load (A) on copper bars according to DIN 43670 and 43671** 

|**Bar dimensions**<br>**mm**|**Rated current (In) A**<br>**1 bar                       2 bars                     3 bars**|**Rated current (In) A**<br>**1 bar                       2 bars                     3 bars**|**Rated current (In) A**<br>**1 bar                       2 bars                     3 bars**|
|---|---|---|---|
|20x5<br>20x10<br>30x5<br>30x10<br>40x5<br>40x10<br>50x10<br>60x10<br>80x10<br>100x10|325<br>427<br>379<br>573<br>482<br>715<br>852<br>985<br>1240<br>1490|560<br>925<br>672<br>1060<br>836<br>1290<br>1510<br>1720<br>2110<br>2480|1180<br>896<br>1480<br>1090<br>1770<br>2040<br>2300<br>2790<br>3260|



|**Rating**|**Ratio fault limit in %**<br>**0.05 In**<br>**0.2 In**<br>**In**<br>**1.2 In**|
|---|---|
|0.5<br>1<br>3|±1<br>±0.75<br>±0.5<br>±0.5<br>±2<br>±1.5<br>±1<br>±1<br>From 0.5 In to 1.2 In =±3|
|||
|**Rating**|**Angle fault limit in %**<br>**0.05 In**<br>**0.2 In**<br>**In**<br>**1.2 In**|
|0.5<br>1<br>3|±1.8<br>±1.35<br>±0.9<br>±0.9<br>±3.6<br>±2.7<br>±1.8<br>±1.8<br>No prescriptions|



## **Accuracy rating** 

- 0.5 rating is required for power meters. 

- 1 rating is required for unofficial power measures and power meters (measurements within the firm). 

- 3 rating is required for relays and protection devices. 

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## **System Technical details pro** _**M**_ **compact[®]** Measurement current transformers with through primary 

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**----- Start of picture text -----**<br>
FAULT CURVES<br>Rated current Overcurrent in protection transformers<br>F %<br>5 Overcurrent in measurement<br>transformers up to Sf 5<br>4<br>3<br>2<br>1<br>NxRated current<br>0<br>-1<br>-2<br>-3<br>-4 0,05 0,1 0,2 1 1,2 2 3 4 5 6 7 8 9 10<br>-5<br>-6<br>-7<br>-8 Fs 5 10 P5 10 P10<br>-9<br>-10<br>-11<br>-12<br>-13<br>-14<br>Magnetic saturation<br>-15<br>Curve at 1/4  of rated impedance<br>Rated impedance curve 2CSC400505F0202<br>**----- End of picture text -----**<br>


## **Cable diameter calculation** 

The following formula applies for determining the diameters of a 95 mm[2] cable: 

- section=rxrx3.14 that is r[2] x3.14 from which r=√ section/3.14  r=√ 95/3.14=30.25=5.5 mm, so the radius is 5.5 mm 

- diameter=r+r so the diameter is 5.5+5.5 mm=11 mm (copper diameter to be added to the insulating material thickness, total ø about 20 mm). 

With many insertion of the cable into the current transformer it is possible to halve the primary current while performance and rating values remain unaltered. 

## Example 

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## **System pro** _**M**_ **compact[®]** 

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2CSC400119F0201<br>**----- End of picture text -----**<br>


## **Technical details** 

## Accessories for measurement instruments 

## **SUMMING CURRENT TRANSFORMERS** 

The examples shown below refer to the connection to an ammetric phase. For the connection to two systems (ARON) it is necessary to use two summing transformers and two ammetric transformers (respectively for phase L1 and for phase L3). 

For the connection to three systems it is necessary to use two summing transformers and three ammetric transformers (respectively for phase L1, for phase L2 and for phase L3). 

**==> picture [311 x 552] intentionally omitted <==**

**----- Start of picture text -----**<br>
CTS-5- wiring diagram<br>5 A L3L2 ah p* -mh, as First<br>L1 ho<br>looeeoeeeeoee —<br>ae<br>a<br>L3L2 poopS} Second<br>L1<br>| ey,<br>lessseneesens P2-4 —<br>S2-1 P1-3<br>CTS-5-5-5 wiring diagram<br>5 A P1-3P2-4 L3L2 1pa"tn First<br>L1<br>00<br>loooeoeeeceed —_—<br>|<br>L3L2 poo, Third<br>a L1 he<br>P2-4<br>S2-1 P1-3<br>L3 Second<br>L2 “<br>} [b]<br>L1<br>0<br>Pd<br>CTS-5-5-5-5<br>L3L2 ancS | First<br>L1<br>00<br>P2-19 Pd<br>5 A<br>P1-18<br>L3 Third<br>L2<br>loeoeceecooed| L1 34m<br>_ a | prAO‘a<br>== —<br>| L3 Fourth<br>L2<br>leeeseeesseee pts<br>S2-1 P2-7 L1 1O<br>P1-6 a<br>P2-4<br>P1-3<br>L3 Second<br>L2 SS |<br>L1 aq) |<br>0 Ss<br>P1-15<br>S1-13 P2-16<br>P1-15 P2-16<br>S1-13<br>P1-15 P2-16<br>S1-13<br>2CSC445010F0901<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Technical details Measurement** Accessories for measurement **devices** instruments 

## **CURRENT AND VOLTAGE CONVERTERS** 

## **Technical characteristics** 

|||**Ammetric converters**|**Voltmetric converters**|
|---|---|---|---|
|||**in a.c./d.c.**|**in a.c./d.c.**|
|**Auxiliary supply (separated)**|[V]|a.c. 230|a.c. 230|
|**Input rated values**||1-5 A|120-300-500 V|
|**Output rated values**|[V d.c.]|1-5-10|1-5-10|
|[mA d.c.]||1-5-10-4…20|1-5-10-4…20|
|**Ohmic load**|[Ω]|700|700|
|**Measurement field**||0±In|0±Un|
|**Accuracy rating**||0.5|0.5|
|**Overload**||||
|Permanent||2 In|2 Un|
|Instantaneous||10 In/1 sec.|10 Un/1 sec.|
|**Frequency**|[Hz]|50/60|50/60|
|**Time delay**|[ms]|≤300|≤300|
|**Alternated residue**||≤1%|≤1%|
|**Self-consumption**||current≤0,8 VA|voltage≤1 VA|
|||aux. supply≤4 VA|aux. supply≤4 VA|
|**Input/output galvanic separation**||||
|Input/output insulation, aux. supply|Input/output insulation, aux. supply|2 kV/50 Hz -1 min|2 kV/50 Hz -1 min|
|Circuit/mass insulation||4 kV/50 Hz -1 min|4 kV/50 Hz -1 min|
|**Operating temperature**|[°C]|0…+55|0…+55|
|**Dimensions**||3-6 DIN modules|3-6 DIN modules|
|**Weight**|[kg]|0.30|0.30|



Current converters (a.c. input) 

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The output selection must be performed by moving<br>the programming pushbuttons according to the<br>4 20 mA d.c. specific needs.<br>20 mA d.c.<br>10 V d.c. 10 mA d.c.<br>5   V d.c. 5  mA d.c.<br>1   V d.c. 1  mA d.c. 123456 123456 SELECTABLE OUTPUTS 123456 123456 |<br>- + - + {mA 20000 | ooooojer ooo oo] o oolor yy<br>| t ON | a on8 ON<br>O00000 Le O cee0000] eecoooojerr ooo oo] o_O Blo<br>| 7 8 9 10 11 12 If a V output has been selected it is necessary to 10mA OO 1 _000| 1 Oooo"oN O60 © 00] lem0 OO alojor yy<br>ABE connect terminals 7 and 8, while for mA outputs<br>the terminals 11 and 12 must be connected. 20mA 900 oo | coooolor ooo OODOOO|or 4:20<br>: | oN an on mA<br>1 2 3 4 5 6<br>OOO000<br>1 A<br>MAX<br>5 A<br>+ MAX C The input selection is performed by connecting theterminal of the common C  (n. 6) to the terminal<br>4, for a 1 A input, and to the terminal 5 for a 5 A<br>Input signal (A) input.<br>Supply<br>2CSC400507F0202<br>**----- End of picture text -----**<br>


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## **Measurement devices** 

## Current converters (d.c. input) 

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The output selection must be performed by moving<br>4 20 mA d.c. the programming pushbuttons according to the<br>20 mA d.c. specific needs.<br>10 V d.c. 10 mA d.c.<br>5   V d.c. 5  mA d.c.<br>1   V d.c. 1  mA d.c.<br>SELECTABLE OUTPUTS<br>- + - + | 123456 123456 123456 123456 |<br>{mA _G0oo0 | coooojorr ooo oo] Oo oolor yy<br>ft ' ON | | i oe| ON<br>OO@@000000 er CO oooo | o oooojor Coeooo ieOO| O O ODlor<br>13 14 17 18 10mA OO O00] oooooler OOO OO| 0 OO lor yyy<br>1 1 On 1 2H Blow<br>CAB<br>20mA O00 00] OOOO0Klor O00 OOOOOO|orr 4+20<br>' 1 ON a: on MA<br>7 8 10 12<br>eae -<br>;<br>+<br>Input<br>signal 60  mV<br>Supply<br>2CSC400508F0202<br>**----- End of picture text -----**<br>


## Voltage converters (a.c. input) 

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The output selection must be performed by moving<br>the programming pushbuttons according to the<br>4 20 mA d.c. specific needs.<br>20 mA d.c.<br>10 V d.c. 10 mA d.c.<br>5   V d.c. 5  mA d.c.<br>1   V d.c. 1  mA d.c. | 123456 123456 SELECTABLE OUTPUTS 123456 123456 |<br>- + - + {mA —GOOoo| oooooler ooo oo} o oolor yy<br>t | ON | | | oe | ON<br>OQO0C00O BmA G_0000|t | ooooojorON ooo i | oO] oonOO EH olorjo py<br>Bq 7 8 9 10 11 12 If a V output has been selected it is necessary to 10mA GO : O00 |. GoooojorON 000 o OO] [ew0 OO afonjor apy<br>ee connect terminals 7 and 8, while for mA outputs<br>the terminals 11 and 12 must be connected. 20mA 200 00} GOOOD}or O00 OOOOOO|or 4:20<br>1 1 ON on. on mA<br>1 2 3 4 5 6<br>OOD000 —<br>500 V<br>300 V<br>The input selection is performed by connecting the<br>+ 120 V C for a 120 V input, or to the terminal 4 for a300 V input or to the terminal 3 for a 500 V input.terminal of the common C  (6) to the terminal 5,<br>|_| =<br>Input signal (V)<br>Supply 2CSC400509F0202<br>**----- End of picture text -----**<br>


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## Voltage converters (d.c. input) 

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The output selection must be performed by moving<br>4 20 mA d.c. the programming pushbuttons according to the<br>20 mA d.c. specific needs.<br>10 V d.c. 10 mA d.c.<br>5   V d.c. 5  mA d.c.<br>1   V d.c. 1  mA d.c.<br>SELECTABLE OUTPUTS<br>- + - + | 123456 123456 123456 123456 |<br>dma 20000 | coooojrr ooo oo] Oo ool yy<br>i | | ON ' aon ON<br>OO OOOCO0OO 5mA G_0000|1 1 ooooolorON oo0 © OO] (9 OOoo olorlo py<br>13 14 17 18 10mA OO 1 O00 |1 OoooolerON OOO 1 OO] HEO OO Blowlor yoy<br>20mA 200 00 | coooolor ooo OOOCOBor 4:20<br>1 1 ON TT on mA<br>7 8 10 12<br>OOC0O0O O@0®@<br>INPUT SIGNAL SELECTION<br>1 n low 8 mf lon i<br>signal 60  mVInput 120 V 300 V 500 V !<br>: OOO Ojor O OO Ojor OO O O |orr<br>The cables of the selected inputs must<br>+ be connected to terminals 4 and 6.<br>Supply<br>2CSC400510F0202<br>**----- End of picture text -----**<br>


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## **System Technical details pro** _**M**_ **compact[®]** Accessories for measurement instruments 

**==> picture [296 x 57] intentionally omitted <==**

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2CSC400120F0201 TRANSDUCERS FOR ANGLE PHASE METERS<br>**----- End of picture text -----**<br>


## Single-phase line and input and output selection 

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The output selection must be performed by moving<br>4 ÷ 20 mA d.c. the programming pushbuttons according to the<br>20 mA d.c. specific needs.<br>10 mA d.c. 230 V<br>10 V d.c. 5  mA d.c. C<br>5   V d.c. 1  mA d.c.<br>1   V d.c. 1  mA d.c. (analogue signal) | 123456 123456 SELECTABLE OUTPUTS 123456 123456 |<br>- + + -<br>N coooo| cooooler ooo ool Oo oolor<br>fs 1mA t LJ ON t |i | on 1<br>@Q@0C@@0@00CVCVdOE If a V output has been selected it is necessary to 5mA OLI oooo] LJ oooooferON ooo LI oo] mg Oo 8 O 8 Olor{on 5V<br>connect terminals 13 and 14, while for mA outputs<br>13 14 16 17 19 23 24 the terminals 16 and 17 must be connected. For<br>oo ooo} oogggjor ooo Oo] O OO for<br>ABB supplying the device at 230 V connect the common<br>terminal “C” and the terminal 23. 20mA L] LI on oan on 4+20<br>Doo OO] ooooojor ooo DoOodddor mA<br>Pushbutton for signal switch<br>1 2 8 Left<br>proportional to the cosϕ.<br>OOOOO90C0O0O<br>Right<br>Proportional to the phase<br>5 A V angle (output in grades, for<br>Yt S1 S2 i insertion with analogue reading instrument).<br>L1 P1 P2<br>N<br>Connect input voltage to terminal 8.<br>Connect input current to terminals 1 and 2.<br>2CSC445013F0901<br>**----- End of picture text -----**<br>


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## **System Technical details pro** _**M**_ **compact[®]** Accessories for measurement instruments 

## Balanced three-phase line without neutral (3 wires) 

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The output selection must be performed by<br>4 ÷ 20 mA d.c. moving the programming pushbuttons according<br>20 mA d.c. to the specific needs.<br>400 V 230 V<br>10 mA d.c.<br>10 V d.c. 5  mA d.c. C SELECTABLE OUTPUTS<br>5   V d.c. 1  mA d.c.<br>1   V d.c. 1  mA CC (segnale | 123456 123456 123456 123456 |<br>                        analogico) 1mA L oo0000 LI OOOOO| ONOFF OOO i] OO a o o88 OO] onOFF 4<br>- + + - If a V output has been selected it is necessary 5mA Oo L] ooo00 LI OOOOD| ONFr ooo LI oa a O 8 O 8 O]orrfo 5V<br>to connect terminals 13 and 14, while for mA<br>O OOO O outputs the terminals 16 and 17 must be 10mA oo LI ooo | OOOOQ|orrON ooo L | oo ooO OO Bon|orr 10V<br>13 14 16 17 21 23 24 connected. For supplying the device at 230 V<br>connect the common terminal “C” and the<br>Aas LUTTTtCt™tOTT.TTTTTTTTC terminal 23, while for a 400 V supply it is ooo oOo OOOOO|orr ooo ooOoooolor mA<br>necessary to connect the common terminal “C”<br>and the terminal 21.<br>Pushbutton for signal switch<br>1 2 10 12<br>Left<br>OOO00000@O =_] Proportional to the cosϕ.<br>5 A V Right Proportional to the phase angle<br>E S1 a S2 a (output in grades, for insertionwith analogue reading instrument).<br>Yo} P1 P2 Ll | [a]<br>L1<br>L2<br>L3<br>Connect input voltage to terminals 10 and 12.<br>Connect input current of L1 phase to terminals<br>1 and 2.<br>Unbalanced three-phase line without neutral (3 wires)<br>The outputs must be selected by shifting the<br>programming keys depending on your needs<br>4 20 mA DC at the time.<br>400V 230V<br>20 mA DC<br>10 V DC 10 mA DC C<br>5   V DC 5  mA DC<br>1   V DC 1  mA DC<br>If an output in V has been selected, you need<br>to connect terminals 13 and 14 whereas you<br>need to connect terminals 16 and 17 if the<br>- + + - selected output is in mA.<br>To power the instrument on 230V connect AVAILABLE OUTPUTS<br>the common terminal C  to terminal 23<br>whereas to power it on 400V you must<br>O O@0O0 connect the common terminal C  to terminal | 123456 123456 123456 123456 |<br>13 EE 14 16 17 19 21 23 24 21. ooooo0 OOOOO| Orr OoO0 OO in) OO| OFF<br>ET smA O oooo ls OOOOO|oFrox oooees)oo O O O [ofr]<br>10mA | L ON | | | | on 10V<br>oo ooo OOOOO|orr ooo OO O OO [ore<br>20mA i] Ll] ON LiL} on_ 4+20<br>ooo oOo OOOOO|orr ooo OOOOdolor mA<br>1 2 OO 5 6 O@0@O 8 10 12 i =<br>5A 5A<br>a | f t<br>S1 S2 S1 S2<br>— P1 P2 oe P1 P2<br>L1<br>L2 | | f<br>L3<br>2CSC445014F0901<br>2CSC445033F0901<br>**----- End of picture text -----**<br>


## Unbalanced three-phase line without neutral (3 wires) 

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## **System Technical details pro** _**M**_ **compact[®]** Accessories for measurement instruments 

## **Measurement devices** 

## Balanced three-phase line with neutral (4 wires) 

**==> picture [474 x 621] intentionally omitted <==**

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The outputs must be selected by shifting<br>the programming keys depending<br>4 20 mA DC on your needs at the time.<br>400V 230V<br>20 mA DC<br>10 V DC 10 mA DC C<br>5   V DC 5  mA DC<br>1   V DC 1  mA DC<br>- + + -<br>N If an output in V has been selected, you AVAILABLE OUTPUTS<br>need to connect terminals 13 and 14<br>whereas you need to connect terminals 16<br>O O O O | 123456 123456 123456 123456 |<br>13 14 16 17 19 21 23 24 and 17 if the selected output is in mA.<br>ABB re To power the instrument on 230V connectthe common terminal C  to terminal 23 ima __© oooo0 foOOOUO0]__foeOFF toeooo aa o OO] oFF  gy<br>S| whereas to power it on 400V you mustconnect the common terminal C  to terminal 5mA Oo | ooOoOo i | OOOO0] OFFON ooo t ao B o Bd St j o n r » Y<br>21. 10mA i | i | ON i | | | BI} ON 10V<br>Ooo ooo OOOO] orr ooo ao O OO |orr<br>20mA r ' ON ann on 4+20<br>ooo oo OOOOOD| orr ooo OOOOQOO| orr mA<br>1 2 8<br>ron —<br>OOOCVO0O@000CO<br>5A<br>S1 S2<br>L1 P1 P2<br>—<br>L2<br>L3<br>N<br>Unbalanced three-phase line with neutral (4 wires)<br>The outputs must be selected by shifting<br>the programming keys depending on<br>4 20 mA DC 400V 230V your needs at the time.<br>20 mA DC<br>10 V DC 10 mA DC C<br>5   V DC 5  mA DC<br>1   V DC 1  mA DC<br>- + + - If an output in V has been selected,<br>N you need to connect terminals 13 and<br>14 whereas you need to connect<br>terminals 16 and 17 if the selected AVAILABLE OUTPUTS<br>O O@0COO output is in mA.<br>13 14 16 17 19 21 23 24 To power the instrument on 230V<br>A connect the common terminal C  to ima 8123456 iw123456 123456 123456ov yy<br>terminal 23; whereas to power it on<br>400V you must connect the common 5mA i | i | ON t Ho o8 8 jon<br>terminal C  to terminal 21. Oo oooOo OOOOOQ] Fr ooo oO oo ctor» Y<br>10mA aataoaoo ooo pasosOOOOOD) orr sataooo oO onano oa OFF 10 V<br>20mA i] i] oN ann on 4:20<br>ooo ao OOOO] orr ood OOOOOD| ofr mA<br>1 2 3 4 5 6 8 10 12<br>OP [PPPPPOPCOOP|]<br>5A 5A 5A<br>V<br>e S1 S2 i S1 i S2 e i S1 t ] S2 6 | =<br>s==| P1 P2 P1 P2 P1 P2 | |<br>L1<br>L2 fi | {| {[ f<br>L3 |<br>N<br>2CSC445034F0901<br>2CSC445035F0901<br>**----- End of picture text -----**<br>


## Unbalanced three-phase line with neutral (4 wires) 

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**Other functions** 

**11** 5 

## **MODULAR TRANSFORMERS** 

The range of System pro _M_ compact modular transformers consists of a series of safety transformers for general use, TS-C with 12-24 V secondary and powers of 25, 40 and 63 VA, the TM range of bell transformers, with secondary voltages of 12-24 V and a maximum rated power of 10-15-30-40 VA, and the TS range of bell transformers, with secondary voltages of 8-12-24 V and a rated secondary power of 8-16-24 VA (some TS types are available with an integrated switch ON/OFF). 

## Modular safety transformers for general use TS-C, continuous functioning Standard: IEC EN 61558-2-6 

The TS-C safety transformer is an insulation transformer for supplying SELV circuits (with extremely low safety voltage) or PELV circuits (with extremely low protection voltage). In contrast to the bell transformers, TS-C transformers can be used to continuously supply low voltage loads and they have a reduced voltage drop value. Even after a short-circuit they maintain their temperature below the specified limits. In addition they are equipped with a thermal sensitive restoring device which automatically restores power when the transformer is sufficiently cooled down or the overload has been removed. 

## Fail proof bell transformers TM series 

## Standard: IEC EN 61558-2-8 

Following a short-circuit or an overload use the products may not continue to operate, but they continue assuring separation between primary and secondary circuits, safeguarding the user and adjacent electric parts: the serie includes 8 models with 10, 15, 30 and 40 VA power and 4, 8, 12 and 24 V output voltages. 

## Non-inherently short-circuit proof bell transformers TS series 

## Standard: IEC EN 61558-2-8 

Even after a short-circuit they maintain their temperature below the specified limits. In fact they are equipped with a thermal protection device which automatically restores power when the transformer is sufficiently cooled down or the overload has been removed. The TS series includes 10 models with 8, 16, 24 VA power and output voltages of 4, 6, 8 and 12 and 24 V AC. 

The TS8/SW series is equipped with an ON-OFF switch on the front side that allows the control of the load connected to transformer’s secondary circuit. It includes 5 models with 8 VA power and output voltages of 4, 6, 8 and 12 V. 

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**Other functions** 

## **System pro** _**M**_ **compact[®]** 

## **CONTROL, ISOLATING AND SAFETY TRANSFORMERS** 

**==> picture [6 x 132] intentionally omitted <==**

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2CSC400516F0202<br>2CSC400517F0202<br>**----- End of picture text -----**<br>


The choice of supply voltage for a control circuit must take into account two factors: the safety of users, and the functional reliability of the circuits, which can be dependent on the voltage drop. 

## **Control transformer** 

Reference standard: CEI EN 61558-2-2: 

Transformer for supplying control circuits, for example commands, signalling, interlocks, etc. 

## **Isolating transformer** 

Reference standard: CEI EN 61558-2-4: 

Transformer in which the primary and secondary windings are electrically separated by a double or reinforced insulation, to protect the circuit supplied by the secondary against hazards due to accidental simultaneous contact with earth and live parts, or grounded parts that may become live in the event of an insulation fault. 

## **Safety transformer** 

Reference standard: CEI EN 61558-2-6: 

Isolation transformer for supplying safety extra low voltage circuits (<50 V on no load). Accidental contact with the secondary winding phases can be withstood without any danger. 

## **Impregnation and tropicalization** 

ABB transformers are fully impregnated using a thermal class F resin. This treatment improves the characteristics of the insulating materials, making the transformers suitable for installation in harsh environments. It also augments heat exchanges, thereby lowering the transformer temperature, prevents moisture from penetrating the windings and core, and minimises vibrations and the resultant noise. 

## **Insulation classes** 

The duration of the insulation in the products depends on many factors, and in cases where the insulating material electrically segregates live parts from accessible parts, any alteration in its characteristics may put the safety of the user at risk. 

The standards prescribe maximum temperature limits for transformer windings as a function of the insulation class. 

ABB transformers are constructed using class B materials. 

The maximum permitted ambient temperature is specified on the transformer rating plate as well as on this catalog. 

|**Insulation class**|**T MAX**|
|---|---|
|**A**|100 °C|
|**E**<br>**B**|115 °C<br>120 °C|
|**F**|140 °C|
|**H**|165 °C|



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## **Technical details** Control, isolating and safety transformers 

## **Protection of transformers** 

## **Protection on primary** 

On the primary side, the transformer cannot generate any overload by itself. During power up, however, a very high inrush current (approx. 25-30 In) is generated. Protections should therefore be calibrated in order to prevent their tripping during the transformer connection phase. The most suitable types of protection are: 

- aM fuses 

- S202 miniature circuit breakers, D characteristic. 

## **Minimum protection on primary** 

**==> picture [385 x 391] intentionally omitted <==**

**----- Start of picture text -----**<br>
Transformer<br>power (VA) 230 V single phase 400 V single phase<br>50 aM fuse  0.5 A 0.315 A<br>aM fuse 1 A 0.63 A<br>100 Breaker capacity  1.6 A 1 A<br>Trip characteristic D D<br>aM fuse 1.6 A 1 A<br>160 Breaker capacity  3 A 2 A<br>Trip characteristic D D<br>aM fuse 2 A 1.25 A<br>200 Breaker capacity  3 A 2 A<br>Trip characteristic D D<br>aM fuse 2.5 A 1.6 A<br>250 Breaker capacity  4 A 3 A<br>Trip characteristic D D<br>aM fuse 3.15 A 2 A<br>320 Breaker capacity  5 A 3 A<br>Trip characteristic D D<br>aM fuse 4 A 2.5 A<br>400 Breaker capacity  8 A 5 A<br>Trip characteristic D D<br>aM fuse 6.3 A 4 A<br>630 Breaker capacity  13 A 8 A<br>Trip characteristic D D<br>aM fuse 10 A 6 A<br>1000 Breaker capacity  20 A 13 A<br>Trip characteristic D D<br>aM fuse 16 A 10 A<br>1600 Breaker capacity  32 A 20 A<br>Trip characteristic D D<br>aM fuse 20 A 12 A<br>2000 Breaker capacity  40 A 25 A<br>Trip characteristic D D<br>aM fuse 25 A 16 A<br>2500 Breaker capacity  50 A 32 A<br>Trip characteristic D D<br>**----- End of picture text -----**<br>


Notes: 

- The protection specified in the table is the minimum “recommended” for protecting the supply line. 

- The breaking capacity of the primary miniature circuit breakers is a function of the supply line. 

## **Protection on secondary** 

The secondary circuit must be protected against overload and short-circuit. Moreover, additional protection may need to be adopted depending on the distribution system type. 

- Overload: The tripping current value of the protection used should be equal to or lower than the secondary current of the transformer. 

- Short-circuit: Any short-circuit in the most distant point of the line should make the protection device trip in less than 5 seconds (IEC 60364). The protection of the transformer and the protection of the line may coincide when the transformer supplies power to a single line and a full compatibility has been ensured. The suitable secondary protection can be found on the selection tables. 

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## **System pro** _**M**_ **compact[®]** 

## **Power draw according to temperature and altitude** 

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65 °C 62%<br>60 °C 66%<br>55 °C 72%<br>50 °C 80%<br>45 °C 90%<br>40 °C 100%<br>Power draw % according to temperature<br>2CSC400517F0202<br>**----- End of picture text -----**<br>


**==> picture [295 x 201] intentionally omitted <==**

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5000m 80%<br>4000m 85%<br>3000m 90%<br>2000m 95%<br>1500m 97,5%<br>1000m 100%<br>Power draw % according to altitude<br>2CSC400517F0202<br>**----- End of picture text -----**<br>


**==> picture [20 x 17] intentionally omitted <==**

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11<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Technical details** Control, isolating and safety transformers 

|**Short**|**circuit**|**voltage, no-load**|**voltage, no-load**|**output voltage**|**output voltage**|**output voltage**|**variations**|**variations**|**and power**|**and power**|**loss**|**data**||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|**Power**|**(VA)**|**50**|**100**|**160**|**200**|**250**|**320**|**400**|<br>**630**|**1000**|**1600**|**2000**|**2500**|
|Vcc�|(%)|10.6|7.5|5.2|4.8|9.5|6.9|6|<br>4|3.5|3|<br>2.8|2.3|
|ΔV�|(%)|11|7.8|6|5.8|6.7|7|5.4|<br>4.3|3.3|2.8|<br>2|1.8|
|Losses|<br>(W)|9|15|19|21|38|36|41|<br>47|60|70|<br>85|100|



� Percent of rated supply voltage; � Percent of rated output voltage 

## **Inrush power trend** 

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**----- Start of picture text -----**<br>
10000VA cos�=0,4<br>cos��=0,6<br>cos��=0,9<br>1000VA<br>100VA<br>10VA<br>50VA 100VA 160VA 200VA 250VA 320VA 400VA 630VA 1000VA 1600VA 2000VA 2500VA<br>Rated power<br>Inrush<br>2CSC400518F0202<br>**----- End of picture text -----**<br>


## **Admissible overload** 

If the transformer rated power is not drawn on a continuous basis, the transformer may be overloaded, according to the diagram below: 

**==> picture [384 x 233] intentionally omitted <==**

**----- Start of picture text -----**<br>
190<br>180 50%<br>170 60%<br>160<br>70%<br>150<br>140 80%<br>130<br>120 90%<br>110<br>100<br>90<br>80<br>70<br>60<br>50<br>40<br>30<br>20<br>10<br>0<br>1.0 Pn 1.1 Pn 1.2 Pn 1.3 Pn 1.4 Pn 1.5 Pn<br>Admissible overload<br>minutes<br>2CSC400518F0202<br>**----- End of picture text -----**<br>


If a transformer is used with an intermittent duty cycle, it can be sized according to the formula: 

**P** transformer **= P** intermittent ***** operating time total cycle time  (operating + pause time) with time expressed in minutes 

**Selection tables ...............................  pag. 9/8** 

ABB 

**11** /174 

**System pro** _**M**_ **compact[®]** 

**Technical details** Control, isolating and safety transformers 

**Other functions** 

**11** 

## **In control equipment, can I use the two secondary outputs of a single transformer to supply two different auxiliary circuits?** 

It is possible to simultaneously use both the secondary outputs of an ABB transformer to supply two circuits with different voltage ratings. The sum of the power draw from each circuit must not exceed the power rating of the transformer. 

## **What type of transformer should be used to supply safety extra low voltage (SELV) circuits?** 

To construct a SELV circuit it is necessary to use a safety transformer compliant with the IEC EN 61558-2-6 standard, which guarantees both electrical separation of the systems by means of double insulation and the required extra low voltage (12-24 V±5%). 

## **Can the secondary windings of two or more ABB single-phase transformers be connected in parallel?** 

It is possible to connect in parallel up to a maximum of 3 ABB transformers of equal power, bearing in mind that the total power which can be drawn will be equal to 90% of the sum of the individual powers. Pay great attention to terminal connection and, if necessary, test the circuit first in series and then in parallel. 

## **In a piece of equipment supplied at 24 V a.c., I need to supply a cooling fan with a voltage rating of 230 V a.c. Can I use a transformer, supplying it from the secondary?** 

It is possible to supply the transformers on the secondary side, but due to the nature of their construction, the voltage output from the primary may vary by 10-30% relative to the rated voltage. 

## **How can I quickly size the power of a transformer?** 

P = 0.8 (Σ Pm + Σ Pr + Pa) 

Σ Pm = Sum of all continuous power consumptions of contactors Σ Pr = Sum of all the resistive powers 

Pa = Inrush power of the largest contactor 

**Selection tables ...............................  pag. 9/8** 

ABB 

**11** /175 

**System Technical details Other pro** _**M**_ **compact[®]** Modular sockets solutions by country **functions** 

## **MODULAR SOCKETS** 

This table gives an indication of the voltage, frequency and modular socket solutions in each country. Please consider that installation rules may change in each country, and control the local regulations before installing. 

|||**Country**|**Volt.**|**Volt.**|**Freq.**|**Freq.**|||**Modular sockets**|**Modular sockets**|**Modular sockets**|**Modular sockets**|||**Country**|**Volt.**|**Volt.**|**Freq.**|**Freq.**|||**Modular sockets**|**Modular sockets**|**Modular sockets**|**Modular sockets**|||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||110-130 V|220-250 V|50 Hz|60 Hz|**M1163**|**M1170**||**M1173**|**M1174**|**M1175**|**M1176**|**M2071**||110-130 V|220-250 V|50 Hz|60 Hz|**M1163**|**M1170**||**M1173**|**M1174**|**M1175**|**M1176**|**M2071**|
|||||||||||||||||||||||||||||
|||Afghanistan||■|■|||■||■|■|■|||Denmark||■|■|||■||■|■|■|||
||Albania|||■|■|||■||■|■|■|||Djibouti||■|■|||■||■|■|■|||
||Algeria||■|■|■|||■||■|■|■|||Dominica||■|■||■||||||||
||American Samoa||■|■||■||■||■|■|■|■||East Timor||■|■|||■||■|■|■|■||
||Andorra|||■|■|||■||■|■|■|||Egypt||■|■|||■||■|■|■|||
||Angola|||■|■|||■||■|■|■|||Equatorial Guinea||■|■|||■||■|■|■|||
||Argentina|||■|■|||■||■|■|■||■|Eritrea||■|■|||■||■|■|■|||
||Armenia|||■|■|||■||■|■|■|||Estonia||■|■|||■||■|■|■|||
||Aruba||■|■||■||■||■|■|■|||Ethiopia||■|■|||■||■|■|■|||
||Australia|||■|■||||||||■||Faeroe Islands||■|■|||■||■|■|■|||
||Austria|||■|■|||■||■|■|■|||Falkland Islands||■|■||■||||||||
||Azerbaijan|||■|■|||■||■|■|■|||Fiji||■|■||||||||■||
||Azores|||■|■|||■||■|■|■|||Finland||■|■|||■||■|■|■|||
||Bahrain|||■|■||■||||||||France||■|■||||||■||||
||Balearic Islands|||■|■|||■||■|■|■|||French Guyana|■|■|■|||■||■|■|■|||
||Bangladesh|||■|■||■|■||■|■|■|||Gabon||■|■|||■||■|■|■|||
||Belarus|||■|■|||■||■|■|■|||Gambia||■|■||■||||||||
||Belgium|||■|■||||||■||||Georgia||■|■|||■||■|■|■|||
||Belize||■|■||■|■||||||||Germany||■|■|||■||■|■|■|||
||Benin|||■|■||||||■||||Ghana||■|■||■||||||||
||Bhutan|||■|■||■|■||■|■|■|||Gibraltar||■|■||■|■||■|■|■|||
||Bolivia||■|■|■|||■||■|■|■|||Greece||■|■|||■||■|■|■|||
||Bosnia & Herzegovina|||■|■|||■||■|■|■|||Greenland||■|■|||■||■|■|■|||
||Botswana|||■|■||■||||||||Grenada||■|■||■||||||||
||Brazil||■|■||■||■||■|■|■|||Guadeloupe||■|■|||■||■|■|■|||
||Brunei|||■|■||■||||||||Guatemala|■|■||■|■||||||■||
||Bulgaria|||■|■|||■||■|■|■|||Guinea||■|■|||■||■|■|■|||
||Burkina Faso|||■|■|||■||■|■|■|||Guinea-Bissau||■|■|||■||■|■|■|||
||Burundi|||■|■|||■||■|■|■|||Guyana||■||■|■||||||||
||Cambodia|||■|■||■|■||■|■|■|||Hong Kong||■|■||■||||||||
||Cameroon|||■|■|||■||■|■|■|||Hungary||■|■|||■||■|■|■|||
|**11**|Canary Islands<br>Cape Verde<br>Central African Republic|||■<br>■<br>■|■<br>■<br>■|||■<br>■<br>■||■<br>■<br>■|■<br>■<br>■|■<br>■<br>■|||Iceland<br>India<br>Indonesia|■|■<br>■<br>■|■<br>■<br>■||■|■<br>■<br>■||■<br>■<br>■|■<br>■<br>■|■<br>■<br>■|||
||Chad|||■|■|||■||■|■|■|||Iran||■|■|||■||■|■|■|||
||Channel Islands|||■|■||■||||||||Iraq||■|■||■|■||■|■|■|||
||Chile|||■|■|||■||■|■|■|||Ireland||■|■||■||||||||
||Comoros|||■|■|||■||■|■|■|||Isle of Man||■|■||■|■||■|■|■|||
||Congo Dem.Rep.(Zaire)|||■|■|||■||■|■|■|||Israel||■|■|||■||■|■|■|||
||Congo, People's Rep. of|||■|■|||■||■|■|■|||Italy||■|■|||■||■|■|■|||
||Cook Islands|||■|■||||||||■||Ivory Coast||■|■|||■||■|■|■|||
||Croatia|||■|■|||■||■|■|■|||Jordan||■|■||■|■||■|■|■|||
||Cuba||■|■||■||■||■|■|■|||Kazakhstan||■|■|||■||■|■|■|||
||Cyprus|||■|■||■|■||■|■|■|||Kenya||■|■||■||||||||
||Czech Republic|||■|■||||||■||||Kiribati||■|■||||||||■||



Main countries are highlighted 

**Selection tables .............................  pag. 9/12** | 

ABB 

**11** /176 

**Other functions** 

## **System pro** _**M**_ **compact[®]** 

## **Technical details** Modular sockets solutions by country 

**==> picture [510 x 556] intentionally omitted <==**

**----- Start of picture text -----**<br>
Country   Volt. Freq. Modular sockets Country   Volt. Freq. Modular sockets<br>Korea, North ■ ■ ■ ■ ■ ■ Romania ■ ■ ■ ■ ■ ■<br>Korea, South ■ ■ ■ ■ ■ ■ ■ Russian Federation ■ ■ ■ ■ ■ ■<br>Kuwait ■ ■ ■ ■ ■ ■ ■ Rwanda ■ ■ ■ ■ ■ ■<br>Kyrgyzstan ■ ■ ■ ■ ■ ■ Samoa ■ ■ ■<br>Laos ■ ■ ■ ■ ■ ■ San Marino ■ ■ ■ ■ ■ ■<br>Latvia ■ ■ ■ ■ ■ ■ Saudi Arabia ■ ■ ■ ■ ■ ■ ■ ■<br>Lebanon ■ ■ ■ ■ ■ ■ ■ ■ Senegal ■ ■ ■ ■ ■ ■<br>Lithuania ■ ■ ■ ■ ■ ■ Serbia ■ ■ ■ ■ ■ ■<br>Luxembourg ■ ■ ■ ■ ■ ■ Seychelles ■ ■ ■<br>Macau ■ ■ ■ Sierra Leone ■ ■ ■<br>Macedonia ■ ■ ■ ■ ■ ■ Singapore ■ ■ ■<br>Madagascar ■ ■ ■ ■ ■ ■ ■ Slovakia ■ ■ ■<br>Madeira ■ ■ ■ ■ ■ ■ Slovenia ■ ■ ■ ■ ■ ■<br>Malawi ■ ■ ■ Somalia ■ ■ ■ ■ ■ ■ ■<br>Malaysia ■ ■ ■ Spain ■ ■ ■ ■ ■ ■<br>Maldives ■ ■ ■ ■ ■ Sri Lanka ■ ■ ■<br>Mali ■ ■ ■ ■ ■ ■ St. Kitts and Nevis ■ ■ ■<br>Malta ■ ■ ■ St. Lucia ■ ■ ■<br>Martinique ■ ■ ■ ■ ■ ■ St. Vincent ■ ■ ■ ■ ■ ■ ■ ■<br>Mauritania ■ ■ ■ ■ ■ ■ Sudan ■ ■ ■ ■ ■ ■<br>Mauritius ■ ■ ■ ■ ■ ■ ■ Suriname ■ ■ ■ ■ ■ ■ ■<br>Moldova ■ ■ ■ ■ ■ ■ Sweden ■ ■ ■ ■ ■ ■<br>Monaco ■ ■ ■ ■ ■ ■ Syria ■ ■ ■ ■ ■ ■<br>Mongolia ■ ■ ■ ■ ■ ■ Tahiti ■ ■ ■ ■ ■ ■ ■<br>Montenegro ■ ■ ■ ■ ■ ■ Tajikistan ■ ■ ■ ■ ■ ■<br>Morocco ■ ■ ■ ■ ■ ■ ■ Tanzania ■ ■ ■<br>Mozambique ■ ■ ■ ■ ■ ■ Thailand ■ ■ ■ ■ ■ ■<br>Myanmar(form. Burma) ■ ■ ■ ■ ■ ■ Togo ■ ■ ■ ■ ■ ■<br>Nauru ■ ■ ■ Tonga ■ ■ ■<br>Nepal ■ ■ ■ ■ ■ ■ Tunisia ■ ■ ■ ■ ■ ■<br>Netherlands ■ ■ ■ ■ ■ ■ Turkey ■ ■ ■ ■ ■ ■<br>Netherlands Antilles ■ ■ ■ ■ ■ ■ ■ ■ Turkmenistan ■ ■ ■ ■ ■ ■<br>New Caledonia ■ ■ ■ ■ ■ ■ Uganda ■ ■ ■<br>New Zealand ■ ■ ■ Ukraine ■ ■ ■ ■ ■ ■<br>Niger ■ ■ ■ ■ ■ ■ United Arab Emirates ■ ■ ■<br>Nigeria ■ ■ ■ United Kingdom ■ ■ ■<br>Norway ■ ■ ■ ■ ■ ■ Uruguay ■ ■ ■ ■ ■ ■<br>Oman ■ ■ ■ Uzbekistan ■ ■ ■ ■ ■ ■<br>Pakistan ■ ■ ■ ■ ■ ■ Vietnam ■ ■ ■ ■ ■ ■ ■ ■<br>Papua New Guinea ■ ■ ■ Yemen, Rep. of ■ ■ ■<br>Paraguay ■ ■ ■ ■ ■ ■ Zambia ■ ■ ■ ■ ■ ■ ■<br>Peru ■ ■ ■ ■ ■ ■ Zimbabwe ■ ■ ■<br>Philippines ■ ■ ■ ■ ■ ■<br>Poland ■ ■ ■ ■ ■ ■<br>Portugal ■ ■ ■ ■ ■ ■<br>Qatar ■ ■ ■<br>Réunion Island ■ ■ ■<br>110-130 V 220-250 V 50 Hz 60 Hz M1163 M1170 M1173 M1174 M1175 M1176 M2071 110-130 V 220-250 V 50 Hz 60 Hz M1163 M1170 M1173 M1174 M1175 M1176 M2071<br>**----- End of picture text -----**<br>


**11** 

Main countries are highlighted 

**Selection tables .............................  pag. 9/12** 

ABB 

**11** /177 

## **System pro** _**M**_ **compact[®]** 

## **Application sheets** 

## **Index** 

## **MRDCs** 

DDA AE emergency stop ..................................................................................................... **12** /4 OVR Surge Protective Devices ............................................................................................ **12** /5 ISOLTESTER-DIG-PLUS insulation monitors ..................................................................... **12** /6 ISL insulation monitors ........................................................................................................ **12** /7 E 259 installation relays ....................................................................................................... **12** /8 E 255 latching relays with sequential contacts .................................................................... **12** /9 E 257 latching relays with central command ..................................................................... **12** /10 E 257 C10 electronic latching relays ................................................................................. **12** /11 AT electro-mechanical time switches ................................................................................. **12** /12 D Line digital time switches  .............................................................................................. **12** /13 DTS yearly digital time switches  ....................................................................................... **12** /14 E 232 staircase relays  ...................................................................................................... **12** /15 TW1 twilight switches  ....................................................................................................... **12** /16 TWP twilight switches for pole mounting  .......................................................................... **12** /17 TWA-1/TWA-2 astronomical twilight switches ................................................................... **12** /18 THS modular termostats ................................................................................................... **12** /19 ATT-22 GSM terminal ........................................................................................................ **12** /20 ATT-81 GSM terminal ........................................................................................................ **12** /21 RAL overload alarms ......................................................................................................... **12** /22 LSS1/2 load shedding switches ......................................................................................... **12** /23 SQZ3 phase and sequence relays .................................................................................... **12** /24 DMTME multimeter ............................................................................................................ **12** /25 DMTME-96 multimeter ...................................................................................................... **12** /26 ANR network analyser ....................................................................................................... **12** /27 M1173-L-R red modular socket with indicator light............................................................ **12** /28 M1175-FL modular socket with fuse .................................................................................. **12** /29 MeMo USB modular storage device .................................................................................. **12** /30 

**12** 

ABB 

**12** /1 

**Examples of applications Residential buildings Public buildings Commercial buildings Industry Handicraft** 

**System pro** _**M**_ **compact[®]** 

**RCD-blocks** 

DDA AE Emergency stop 

**12** : 

## **Application sheets** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400800F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The blocks are provided with two terminals that make it possible to insert, into one of the additional windings, one or more NC emergency buttons to remotely command opening of the breaker. 

Interrupting the current in the circuit of the additional winding by means of the emergency button will thus provoke the differential release of the breaker associated with the block. The DDA AE blocks clearly guarantee positive safety of the emergency function, since any accidental interruption of the circuit will cause the breaker to open as if the emergency button had been pressed. However, unlike an undervoltage release (the device normally used to implement this type of function), the breaker will not open if there is a loss of voltage on the line, for example following a black-out caused by a storm. 

## **Application environments** 

The DDA AE blocks offer the conventional residual-current protection function, with the added possibility of constructing release circuits that are positively safe. 

## Example of installation 

_**The figures show an example application in which an emergency button is installed outside a heating plant room, and connected to the differential circuit of the DDA AE block which allows the interruption of the electricity supply.**_ 

**==> picture [162 x 116] intentionally omitted <==**

**----- Start of picture text -----**<br>
ES °<br>DDA 200 AE a l S 200<br>2CSC400801F0202<br>**----- End of picture text -----**<br>


They are suitable for protecting machinery, handling equipment, and in general for all installations where this type of solution is recommended. 

**==> picture [252 x 101] intentionally omitted <==**

**----- Start of picture text -----**<br>
RELEASE PUSHBUTTON<br>CENTRALIZED<br>HEATING<br>2CSC400801F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 3/26** 

**12** /4 

ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

OVR Surge Protective Devices 

## **Application sheets** 

## **Operating principle** 

The Surge Protective Devices (SPDs), suitable for residential, commercial and industrial applications, are designed to limit transient overvoltage and run-off lightning currents. 

## **Application environments** 

Application environments The Surge Protective Devices (SPDs) are necessary in any environment where the lightning risk exists (direct lightning strike or overvoltages may occur). 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is to protect the equipment (TV, computer, ...) against overvoltage thanks to a Surge Protective Device (SPD) which ensures the protective in common mode (Ph-PE / N-PE) and differential mode (Ph-N).**_ 

**==> picture [292 x 212] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 L2 L3 N<br>Equipment<br>protected<br>Paes<br>Type 2 SPD<br>2CSC400803F0202<br>**----- End of picture text -----**<br>


**12** 

**Selection tables ...............................  pag. 5/7** | 

ABB 

**12** /5 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** ISOLTESTER-DIG-PLUS Insulation monitoring device 

## **Operating principle** 

ISOLTESTER-DIG-PLUS uses an encoding measuring signal that guarantees reliable measurements even in the presence of strong harmonic distortions. 

## **Application environments** 

**Without ISOLTESTER-DIG-PLUS** 

**With ISOLTESTER-DIG-PLUS** 

Thanks to the fact that it prevents nuisance tripping, ISOLTESTER-DIGPLUS is ideal for all group 2 medical locations that need high operational continuity. 

## Example of installation 

_**Conventional CRT or LCD displays, portable oxygen delivery systems, X-ray and sterilizing equipment can all provoke network disturbances.**_ 

_**Unlike conventional insulation monitoring devices ISOLTESTERDIG-PLUS uses an encoded measuring signal that is not affected by network disturbances**_ 

_**The medical staff are thus able to continue working as normal, without any interruptions due to nuisance tripping.**_ 

**12** 

**==> picture [301 x 159] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1<br>AUX ISLOLTESTER-<br>N DIG-PLUS QS D  230/24<br>PE<br>L1 MEDICAL<br>PC EQUIPMENT<br>L2<br>B in 2CSC400805F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 5/40** ee **12** /6 ABB 

ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

ISL Insulation monitoring device 

## **Application sheets** 

## **Operating principle** 

In IT electrical distribution systems that supply critical applications, where operational continuity is essential, ISL insulation monitoring devices assure continuous surveillance to promptly detect any insulation loss. 

## **Application environments** 

All IT distribution systems in which operational continuity is a critical factor, and in particular: 

- 24-28 V, 100-144 V and 220 V d.c. networks 

- 24-48 V, 100-144 V and 380-415 V a.c. networks 

## Example of installation 

_**ISL-MOT 1000 is suitable for preventive protection of voltageless circuits such as alarm and firefighting systems, pumps, etc. ISL-MOT 1000 continually monitors the insulation level between the line and earth, to guarantee that the system will function correctly when needed.**_ 

_**The trip threshold is programmable, and insulation loss can be signalled via a change-over contact, which can also be used for switching loads.**_ 

- 20-700 V a.c./d.c. voltageless networks 

>0.5 MΩ 

**==> picture [259 x 148] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 1<br>ISL-MOT 1000<br>N 3<br>5 11<br>PE<br>L1<br>L2<br>2CSC400807F0202<br>**----- End of picture text -----**<br>


**12** 

**Selection tables .............................  pag. 5/46** ET 

ABB 

**12** /7 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

E 259 installation relays 

## **Application sheets** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400808F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The E 259 installation relays are 16 A contactors specifically engineered for residential and commercial applications and are available in a wide range of contact layouts and coil voltages. 

## **Application environments** 

The E 259 installation relays are particularly indicated in residential and commercial buildings for lighting control. 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is to mount the E 259 16-11 installation relay with a NO and a NC contact inside the electric system of a hospital ward. The first control sent through a switch to the command circuit of the relay will turn off the ceiling lights and turn on the corridor lamps, while the second command returns to the previous state.**_ 

**==> picture [158 x 137] intentionally omitted <==**

**----- Start of picture text -----**<br>
AUXILIAR Y L1  N<br>a<br>ai<br>E 259<br>= be 2CSC400809F0202<br>**----- End of picture text -----**<br>


**12** 

**==> picture [287 x 189] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1<br>0 1 1  3<br>E221-10 C  C<br>S1<br>2  4<br>AUXILIAR Y<br>A1<br>C  E 259-R1 1<br>A2<br>N<br>LIGHT UNIT  LIGHT UNIT<br>1  2  2CSC400810F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/22** 

**12** /8 

ABB 

**MDRCs** 

E 255 latching relays with sequential contacts 

## **System pro** _**M**_ **compact[®]** 

## **Application sheets** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400811F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The two contacts of the E 255 latching relays switch indipendently their position (open/closed) at each impulse according to a preset sequence in the control circuit. 

## **Application environments** 

The E 255 latching relays are particularly indicated in environments and situations requiring the load sequential control through a single pushbutton circuit (offices, restaurants, etc.). 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is to mount the E 255 latching relays inside the lighting system of an art gallery. The first pushbutton impulse will switch on the ceiling lights, the second triggers the wall lamps, the third switches off the ceiling lights and the fourth switches off the wall lamps.**_ 

**==> picture [535 x 456] intentionally omitted <==**

**----- Start of picture text -----**<br>
AUXILIARY L1 N<br>-_ ;<br>Te .<br>E255<br>2<br>L1<br>1 3 E 225 relay switching<br>cycles<br>PP/A PP/B<br>O<br>70 2 4<br>B<br>AUXILIARY<br>A+B<br>A 12<br>A = diffused light<br>A1 B = intensive light<br>PP E 255 A+B = max lighting<br>A2<br>ws N<br>WALL  CEILING<br>LAMPS LIGHT<br>Selection tables .............................  pag. 6/24<br>ABB 12 /9<br>2CSC400812F0202<br>2CSC400812F0202<br>**----- End of picture text -----**<br>


**12** /9 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

E 257 latching relay with central command 

**12** 

## **Application sheets** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400813F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The E257 relays have a central command that allows the contacts of all the relays to be brought to the same position by sending a pulse to the ON (or OFF) circuit. 

## **Application environments** 

The E257 relays are suitable for applications in which loads (i.e. in a lighting circuit) are controlled through multiple relays, commanded both locally and through a central command for resetting all the relays. 

## Example of installation 

_**As illustrated in the diagrams, the E257 relays (installed in the panel of a yacht) allow loads to be controlled from the main panel through pulses sent to the local coil of each E257. In the event of an accidental reset of the main control panel, it will lose track of the individual state of the E257 relays. For this reason, the reboot procedure requires all the E257 relays to be reset to OFF. The main control panel accomplishes this by sending a pulse to all the OFF contacts of the E257 relays, through a type E259 support relay, thus bringing all the relays to the same state.**_ 

**Selection tables .............................  pag. 6/24** 

**12** /10 

ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

E 257 latching relay with central command 

## **Application sheets** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400814F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The E 257 latching relay is controlled by two circuits. The first is operated by a button and causes it to switch its contacts (open/closed). The second circuit instead changes the state of the relay's contacts to open or closed irrespective of their previous state. 

## **Application environments** 

The E 257 latching relay with central command is particularly suited to those situations which require sending a single command to switch on/ off multiple loads irrespective of the preceding open/closed state of their circuits (lighting circuits in office complexes, hotels, museums, theatres, etc). 

## Example of installation 

_**As illustrated in the figures, one example application is to install the E 257 latching relay with central command in the electrical system of an office complex, in which the lights of individual offices can be turned on or off either from switches in the various rooms, or by operating on all the circuits simultaneously from the porter's lodge or other central location.**_ 

**==> picture [545 x 407] intentionally omitted <==**

**----- Start of picture text -----**<br>
AUSILIARI L1 N<br>ON OFF<br>= ON OFF A1 A2 1<br>ec ooo ||<br>“<br>E 257 C10 | 2<br>()<br>L1<br>1 1<br>PP1 PP2<br>P1 P2 ON OFF<br>2 2<br>AUXILIARIES<br>12<br>ON OFF A1 ON OFF A1<br>PP1 E 257 C10 PP2 E 257 C10<br>A2 A2<br>N<br>ja il 4<br>CENTRAL CENTRAL LIGHT LIGHT<br>ON OFF OFFICE 1 OFFICE 2<br>2CSC400800F0202<br>2CSC400800F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/24** LT ABB **12** /11 

**12** /11 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

AT electro-mechanical time switches 

## **Application sheets** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400816F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The AT electro-mechanical time switches enable to control the circuit opening/ closing according to a daily or weekly program or to manually set permanent ON/OFF operation. 

## **Application environments** 

The AT electro-mechanical time switches are particularly indicated in any environment and situation where it is necessary to program system load operation according to a daily or weekly frequency (shop lighting system, public buildings, heating systems, irrigation systems, etc.). 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is to mount the AT3-7R electromechanical time switch inside the power supply circuit of a golf field. In this case the device programming enables the daily activation of the irrigation system at a preset time**_ 

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AUXILIARY L1 N<br>O 7 1<br>S1<br>re<br>AT3 - 7R<br>2CSC400817F0202<br>**----- End of picture text -----**<br>


**12** 

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L1<br>O 1 6<br>E 221-10 AT3-7R<br>S1<br>4<br>AUXILIARY<br>10<br>AT3-7R EV<br>12<br>N a<br>IRRIGATION<br>SOLENOID VALVE<br>2CSC400817F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/47** PT **12** /12 ABB 

ABB 

**System pro** _**M**_ **compact[®]** 

**Application sheets** D Line digital time switches 

**MDRCs** 

## Example of installation 

## **Operating principle** 

The D2 two-channel digital time switches enable to open and close circuits according to a daily or weekly program, controlling single loads or group of loads even when they require different time controls with a common time reference. 

_**As shown in the diagrams, one of the possible applications is to mount the D2 two-channel digital time switch inside the power supply circuit of a church, where in the days when no service is performed only the heating system is activated (programmed on one of the two channels) at a preset time, while on Sundays and when services are performed the lighting system is also switched on (through a program on the second channel). According to the controlled system power, the activation is performed by an ESB contactor.**_ 

In this example, the digital time switch D2 allows the operation of  heating as well as lighting systems of a church when services are performed; when no service is performed, the device only controls the heating system. 

## **Application environments** 

The D2 two-channel digital time switches are particularly indicated in environments and situations requiring the management of multiple loads according to a time program flexible enough to include or exclude their application based on the day of the week (offices, schools, public areas, etc.). 

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AUXILIARY L1 N<br>| © |<br>D2<br>2CSC400800F0202<br>**----- End of picture text -----**<br>


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L1<br>2 6<br>D2 D2<br>1 5<br>AUXILIARY<br>L<br>D2<br>N<br>N<br>Ah<br>LIGHTING HEATING<br>**----- End of picture text -----**<br>


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**12** 

**Selection tables .............................  pag. 6/51** 

ABB 

**12** /13 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** DTS yearly digital time switches 

**12** 

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## **Operating principle** 

With annual digital timer switches you can automate one or more utilities according to even complex and articulated programs with daily, weekly, monthly and annual frequency. In addition to switching, programming includes impulsive controls, cyclical ON/OFF and even astronomical functions. Lighting, heating, sirens, escalators, etc.; everything starts at a precise and set hour under the constant control of the DTS model. 

## **Application environments** 

The installation of a DTS annual digital timer switch is especially suited for schools, hospitals, train stations, airports, industrial factories, public buildings, malls, etc. where the perfect operations of all devices are required at a set time. 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is the installation of a DTS7/4Y 4-channel annual digital timer switch in an mall power circuit where lighting, heating and escalators run from morning till night on work days with the periodic activation of a siren at closing hours. The ample clock memory space allows you to automate the system for the entire year, setting all holidays when loads are left off and thus saving energy and avoiding the risks of error in reprogramming. Combination with a DTS/DCF antenna also allows you to keep the clock constantly synchronised with the precise time, avoiding any time changes.**_ 

**==> picture [513 x 412] intentionally omitted <==**

**----- Start of picture text -----**<br>
AUSILIARI L1 N<br>DCF77<br>DTS7/4Y<br>L1<br>4 7 10 13<br>PET<br>DTS7/4Y DTS7/4Y DTS7/4Y DTS7/4Y<br>3 6 9 12<br>AUXILIARY<br>DCF77 Antenna<br>in +– 1516 1<br>out + 17 DTS7/4Y<br>– 18 2<br>oo N HNs<br>SIREN EXCALATOR LIGHTING HEATING<br>START START<br>Selection tables .............................  pag. 6/55<br>ee<br>12 /14 ABB<br>2CSC400819F0202<br>2CSC400820F0202<br>**----- End of picture text -----**<br>


ABB 

**System pro** _**M**_ **compact[®]** 

**Application sheets** E 232 staircase relays 

**MDRCs** 

**12** 

## **Operating principle** 

Activated by a pulse command of a push-button, the E 232 staircase switch turns on the plant's light for a T1 time that can be protracted, with a 50% dimming of the light intensity, by means of the parallel wiring of a HLM half-light module. 

## **Application environments** 

Installation of E 232 staircase switch, coupled with the HLM half-light module, can be ideal wherever timing of the lighting is requested (staircase and pathways of public places, cellars, garage, etc.). 

## Example of installation 

_**As illustrated, one among the possible applications concern installation of the E 232 staircase switch, coupled to a HLM half-light module, in the staircase lighting plant of a multistory building. Pushing the push-button, the timer of the E 232 switch turns on the lights for a settable T1 time. At the end of T1 time, the HLM half-light module dims the light by a 50% for a T2 time in the while is possible turn on again the full lighting.**_ 

**==> picture [216 x 110] intentionally omitted <==**

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AUXILIARY L1 N<br>© ©<br>|| z<br>ae<br>E 232-230 | E 232 HLM<br>**----- End of picture text -----**<br>


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L1<br>3 3<br>T HLM<br>E-\\ E-<br>4 2<br>AUXILIARY<br>O He<br>A1<br>T E 232-230<br>A2<br>N<br>INDICATOR LIGHTS LOAD<br>PUSH-BUTTON LIGHTING<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/62** 

ABB 

**12** /15 

**System pro** _**M**_ **compact[®]** 

**Application sheets** TW1 twilight switches 

**MDRCs** 

**12** 

## Example of installation 

## **Operating principle** 

The diagram is an example of a TWI twilight device installed in a mall lighting system. When outdoor light drops under a certain level (for example, in the evening store closing hours), the device turns on window and sign lights. Lights can be turned off during the night to rationalise consumption thanks to the AT1 timer switch. 

_**As shown in the diagrams, one of the possible applications consists in the installation of a TW1 twilight switch in a mall lighting system. When outdoor light drops under a certain level (for example, in the evening store closing hours), the twilight switch turns on window and sign lights. Lights can be turned of during the night thanks to the AT1 timer switch which keeps the circuit open until the next morning. When outdoor lighting returns over the limit, the twilight relay returns to the open position.**_ 

## **Application environments** 

The installation of a TW1 twilight switch with AT electromechanical timer switch is especially suited for environments and situations in which energy consumption rationalisation is required (stores, office and public walkways, car parks, parks, etc.). 

**==> picture [513 x 401] intentionally omitted <==**

**----- Start of picture text -----**<br>
AUSILIARI L1 N<br>sensore<br>i<br>d e ad<br>TW1 AT1<br>&)<br>L1<br>3 1<br>AT1 TW1<br>4 3<br>AUXILIARY<br>L<br>TW1<br>N iN<br>|: N ay<br>Selection tables .............................  pag. 6/65<br>eo<br>12 /16 ABB<br>2CSC400824F0202<br>2CSC400825F0202<br>**----- End of picture text -----**<br>


ABB 

**System pro** _**M**_ **compact[®]** 

**Application sheets** TWP twilight switches for pole mounting 

**MDRCs** 

**12** 

## **Operating principle** 

This diagram is an example of the installation of a pole mounting TWP twilight switch in a highways lighting plant. When the daylight dims below a set level, i.e. below 10 lux, the device turns on the lighting devices in tunnels, service areas, access road, etc. TWP will turn off the lights when morning daylight raise above 10 lux. 

## **Application environments** 

## Example of installation 

_**As illustrated in the diagram, one among the possible applications concern the installation of a pole mounting TWP twilight switch in a highway lighting plant. When daylight dims below a set level (e.g. during twilight) the switch turns on the lighting devices, assuring the requested lighting. At dawn, when the light raise above the set threshold, the relays of TWP returns in open position.**_ 

The pole mounting TWP twilight switch installation can be ideal to light command in public roadways thanks to its capability of installation in pole, lamppost, etc. 

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TWP<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/67** 

ABB 

**12** /17 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

## **Application sheets** TWA-1/TWA-2 twilight switches 

**12** 

## **Operating principle** 

## Example of installation 

Installation of a twilight astronomical switch in a system is particularly useful in places and situations where light sources or other environmental conditions may cause changes in the Lux level. 

_**One cause of reductions in the level of ambient light is atmospheric smog. Particle deposits on the external sensor of a traditional twilight switch can over time compromise its operation, preventing the activation of the lighting systems controlled. As illustrated in the diagrams, it is possible to counter this type of problem by installing a TWA twilight astronomical switch, which controls the lighting based on the ambient light level calculated from the preset longitude and latitude**_ 

In these cases, TWA-1 and TWA-2 enable control of the lighting system depending on the time when the sun rises and sets, based on the geographic location where they are installed. 

## **Application environments** 

The TWA-1 and TWA-2 twilight _**the preset longitude and latitude**_ astronomical switches are particularly _**parameters.**_ suitable for use in applications where the operation of a twilight switch with external sensor is potentially subject to alteration or damage from external agents (e.g. smog, overexposure to AUXILIARY L1 N light, vandalism etc.). TWA-1 ~~a~~ a L1 6 ~~—~~ TWA-1 8 AUXILIARY 3 TWA-1 1 N LIGHTING 

**Selection tables .............................  pag. 6/69** ~~=~~ 

**12** /18 

ABB 

**System pro** _**M**_ **compact[®]** 

**Application sheets** THS modular tesrmostats 

**MDRCs** 

## **Operating principle** 

Modular thermometers let you control and keep a heating or cooling element at a set temperature, comparing the value read by the sensor with the one set by the user. 

The THS range can thus guarantee switchboard operating reliability, perfect product conservation in refrigerated counters or cells, promote greenhouse production, optimise drying cycles, etc. 

## **Application environments** 

THS thermostat installation is thus the best way to regulate temperature in automation and distribution switchboards, in heating systems, in industrial applications or to control refrigerator systems, greenhouses, dryers or isothermal folding portals. 

## Example of installation 

_**As shown in the diagrams, one of the possible applications consists in the installation of a THS-S modular thermostat inside an automation or distribution switchboard where the temperature must be kept at a set value. Thanks to the THS-S thermostat, you can thus control the temperature, permitting cooling regulations between +20 ÷ +60 °C and anti-condensation between 0 ÷ +10 °C.  Furthermore, you can manage up to 3kW of point heaters without having to use any external contactors to manage the load.**_ 

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AUSILIARI L1 N<br>sensore =<br>THS-S<br>2CSC400831F0202<br>**----- End of picture text -----**<br>


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L1<br>2 1<br>THS-S THS-S<br>AUXILIARY LJ 4 L] 3<br>LJ LJ<br>SENSOR<br>L<br>8<br>THS-S<br>10<br>I s N L] L] Gi<br>N<br>Heating Cooling<br>2CSC400832F0202<br>**----- End of picture text -----**<br>


**12** 

**Selection tables .............................  pag. 6/71** ~~ee~~ 

ABB 

**12** /19 

**System Application sheets pro** _**M**_ **compact[®]** ATT-22 GSM modules 

**MDRCs** 

**12** 

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40<br>30<br>20<br>10<br>0<br>-10<br>-20<br>“a l ,<br>|<br>**----- End of picture text -----**<br>


## Example of installation 

## **Operating principle** 

ATT-22 module is a GSM terminal with 2 outputs and 2 inputs for transmitting commands and alarms via SMS message, free phone call ring, fax or e-mail. Configuration is accomplished by means of SMS messages, or using the ATT-Tool software with ATT-22 connected to a PC. 

_**The figures illustrate an example application in which ATT-22 module is installed in the control panel of a second home in the mountains. With a cell phone call  ring to ATT22, it is possible to switch on the boiler just before arriving at the house, or to keep it continually in operation. In the event of a problem with the boiler, ATT-22 sends a notification SMS.**_ 

## **Application environments** 

The ATT-22 module is especially suited for residential and services-sector installations in which loads need to be remotely monitored or controlled. ATT-22E version is equipped with a prewired external antenna, indispensable when the module is installed in places that do not guarantee adequate GSM coverage. 

**==> picture [252 x 400] intentionally omitted <==**

**----- Start of picture text -----**<br>
TS 25/12-24 C<br>Out 1<br>In 1<br>ATT-22E Timer-thermostat :<br>8<br>Boiler Timer-thermostat<br>lock Input<br>Boiler<br>‘ha g<br>L1<br>N<br>|<br>230 V<br>TS 25/12-24 C<br>24 V<br>SI<br>2 1<br>ATT-22 OUT 1 IN 1<br>14 13 8 7<br>TIMER-THERMOSTAT<br>BOILER Input Auxiliar<br>timer therm. lock<br>2CSC400834F0202<br>2CSC40035F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 6/74** 

**12** /20 

ABB 

**System pro** _**M**_ **compact[®]** 

**Application sheets MDRCs** ATT-81 GSM modules 

## **Operating principle** 

ATT-81 module is a GSM terminal with 8 inputs and one output for transmitting commands and alarms via SMS message, free phone call ring, fax or e-mail. Configuration is accomplished by means of SMS messages, or using the ATT-Tool software with ATT-81 connected to a PC. 

## **Application environments** 

ATT-81 module is ideally suited to industrial and services-sector installations which require loads to be remotely monitored or controlled. ATT81E version is provided with a pre-wired external antenna, indispensable when the module is installed in places that do not assure adequate GSM coverage. 

Example of installation _**The figures illustrate an example application in which ATT-81 is installed in the circuit of an unsupervised facility. In the event of a power outage, ATT81 sends an alarm notification to the list of authorised users, while at the same time actuating the motordriven command which reinstates the power supply.**_ ae 

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**----- Start of picture text -----**<br>
L1<br>N<br>TS 25/12-24 C F 200<br>#:<br>s-3<br>ATT-81E F2C-ARI 2CSC400837F0202<br>**----- End of picture text -----**<br>


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L1<br>N<br>fl<br>230 V<br>TS 25/12-24 C<br>24 V<br>—_<br>2 1 1 2 3 5<br>ATT-22 OUT 1 OUT 2 IN 1 Reset OpenLocked F2C-ARI<br>14 13 11 10 8 7 9 10 11<br>**----- End of picture text -----**<br>


**12** 

**Selection tables .............................  pag. 6/74** | ABB **12** /21 

**12** /21 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** RAL overload alarms 

**12** 

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2CSC400838F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The RAL overload alarms constantly compare the maximum preset power consumption value to effective system power consumption. Approaching allowed threshold, they signal to disconnect one of the loads through acoustic alarm avoiding the main circuit breaker tripping. Connecting the undervoltage release to the appropriate contact, the RAL overload alarms provide an acoustic alarm and simultaneously opens the circuit-breaker protecting one or more not primary loads. 

## **Application environments** 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is the installation of the RAL overload alarms in the domestic system where the electric oven and washing machine are simultaneously switched on increasing the power consumption. When the power consumption approaches the preset threshold values, an acoustic alarm is activated and the washing machine switches off automatically through an undervoltage release.**_ 

The installation of the RAL overload alarms is suitable for any environment and situation in order to avoid power consumption which could trip the limiting circuit breaker of the system. 

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Lt N L1<br>AUXILIARY Id<br>os<br>och<br>B.A.<br>B.A.<br>Tc a<br>RAL<br>PRIMARY NOT PRIMARY<br>LOADS LOADS<br>L1 N<br>Id<br>1<br>BUILT-IN BELL<br>AUXILIARY RAL RAL 0<br>3<br>4<br>B.A.<br>B.A.<br>NOT PRIMARY PRIMARY NOT PRIMARY<br>LOADS LOADS LOADS<br>2CSC400839F0202<br>2CSC400839F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 7/4** ~~|~~ **12** /22 ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

LSS1/2 load shedding switches 

**12** 

## **Application sheets** 

## Example of installation 

## **Operating principle** 

LSS1/2 load shedding switches are used in case of exceeding of consumption threshold allowed in the system by switching off in sequence one or two loads, if necessary. At preset intervals and until current consumption is not below the reference level, the switch tries to reset the disconnected loads. 

_**As shown in the diagrams, one of the possible applications is the installation of the LSS1/2 load shedding switches in a printing office system, where the conditioning switch-on causes the exceeding of the energy consumption threshold defined with the supplying company by contract. The LSS1/2 load shedding switch preserves printing machines operation by switching off one or two primary loads automatically (i.e. night conditioning and lighting), where ON red leds indicate temporary OFF. After a preset interval, the switch checks that current consumption values fall within the limits again trying to reset the previously disconnected loads.**_ 

## **Application environments** 

The installation of the LSS1/2 load shedding switches is suitable for any environment and situation where it is necessary to control electric energy consumption within consumption limits allowed in the system. 

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L1 N<br>f<br>LSS1/2<br>Ss<br>PRIMARY NOT PRIMARY NOT PRIMARY<br>LOADS LOADS LOADS<br>L1<br>FIXED OFF –<br>NOT PRIMARY LOADS<br>_ 3 5 7<br>LSS1/2 MAX 16A MAX 16A<br>4 8 12 11 14 13<br>[d= s(t<br>e A<br>SOCKETS SOCKETS LIGHT CONDITIONING BOILER<br>C le at =e B®<br>PRIMARY LOADS NOT PRIMARY LOADS<br>Selection tables ...............................  pag. 7/6<br>a<br>2CSC400841F0202<br>2CSC400841F0202<br>**----- End of picture text -----**<br>


ABB 

**12** /23 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

SQZ3 phase and sequence relays 

**12** ) 

## **Application sheets** 

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**----- Start of picture text -----**<br>
2CSC400842F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

Through an output relay with contact in safety switching, the SQZ3 phase and sequence presence devices for 400 V a.c. three-phase networks enable the phase and sequence presence management monitoring also the minimum voltage (adjustable up to 70% of Vn). In case of any defect, the device operates within a range from 2 to 20 seconds, with the opportunity to control the appropriate acoustic signals, motor controlling contactors or circuit breakers. 

## Example of installation 

_**As shown in the diagrams, one of the possible applications is the installation of the SQZ3 phase and sequence presence relays in a department store, where the escalator supply circuit has a phase variation determining the SQZ3 relay intervention on the ESB contactor and causing the motor block and the alarm lighting indication.**_ 

## **Application environments** 

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**----- Start of picture text -----**<br>
The installation of the SQZ3 phase and<br>sequence presence relays are<br>particularly suitable for any environment<br>and situation where it is necessary to<br>a control the three-phase network<br>operation promptly signalling any  L1 L2 L3<br>defect.<br>AUXILIARY<br>MS225<br>K FOTO<br>K<br>SQZ3<br>ESB<br>3 M MOTOR<br>Oy— ial<br>L1 L2 L3<br>en:<br>MS 225<br>L1<br>5<br>L2<br>AUXILIARY SQZ3 L3<br>4 7 9 11 3 5 7<br>SQZ3<br>K<br>4 6 8<br>A1<br>HG K ESB<br>A2<br>3 M MOTOR<br>re tb<br>MOTOR<br>Selection tables ...............................  pag. 7/9<br>ee<br>12 /24 ABB<br>2CSC400843F0202<br>2CSC400843F0202<br>**----- End of picture text -----**<br>


ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** DMTME Multimeter 

**==> picture [164 x 341] intentionally omitted <==**

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ON<br>ON<br>ON<br>OFF<br>ON<br>OFF<br>2CSC400844F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

Beyond the custom functions of electric measure, the DMTME-I-485 multimeter is equipped with two programmable relays used as output alarms. The setting of the alarm thresholds of all the network electrical parameters allows the customer to hold always under control its own system. 

## **Application environments** 

The installation of DMTME-I-485 multimeter is adapt in all those cases in which the customer must hold under remote control its own system. The use of the multimeter allows to set up system automation, to prevent malfunctions, dued to overloads and undervoltages, to manage maintainance and to prevent overcoming of the contractual power, avoiding penal from the energy supplyer. 

The multimeter can carry out the same functions of the LSS1/2 load shedding switch, with the advantage of allowing installation in three-phase systems, instead of only single phase systems. 

## Example of installation 

_**A possible application is the installation of DMTME-I-485 inside an electrical distribution switchboard of an industrial system. It's possible to set up an alarm based on the total absorbed power from the system. When the power exceeds the set up threshold, the switching of the multimeter inner contact excitates the coil of an auxiliary external relay. The switching of the external relay, a ESB contactor or a E234 electronic timer, detaches a non primary load to lower the absorption levels of the entire system.**_ 

**==> picture [359 x 226] intentionally omitted <==**

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AUX SUPPLY<br>48 V a.c./d.c.<br>100 mA max<br>Output 1<br>DMTME-I-485<br>Ammetric inputs Voltmetric inputs<br>EXTERNAL RELAY<br>L1<br>L2<br>LOAD<br>L3<br>N<br>2CSC400845F0202<br>**----- End of picture text -----**<br>


**12** 

**Selection tables ...............................  pag. 8/3** 

ABB 

**12** /25 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** 

DMTME-96 Multimeter 

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2CSC400846F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

In addition to measuring the main electrical quantities, the DMTME-I-485-96 digital front panel multimeter has a serial port for implementing a communication network, and two digital outputs which can be configured as alarm outputs. Programmable alarm thresholds on all the electrical parameters of the network allow the user to continually monitor the entire installation. 

## **Application environments** 

The DMTME-I-485-96 multimeter is ideal for those situations where users must remotely monitor their installation. The multimeter makes it possible to implement system automation, prevent malfunctions due to overloads and undervoltages, manage maintenance, and monitor the functioning of the installation. 

## Example of installation 

_**The figures show an application example in which the DMTME-I-485-96 is installed in a motorway tunnel panel, with an alarm threshold programmed on the total power consumption of the row of lights.**_ 

_**If one or more lamps burn out, the total power consumption drops and triggers an alarm. Remote acquisition of this data thus allows a maintenance technicians to be sent out only when effectively needed.**_ 

**==> picture [540 x 216] intentionally omitted <==**

**----- Start of picture text -----**<br>
TUNNEL - NORTH<br>1R 2R 3R 4R 22R 23R 24R No.R<br>SWITCH ROOM SWITCH ROOM<br>NORTH SOUTH<br>DIRECTION DIRECTION<br>TUNNEL - SOUTH<br>1L 2L 3L 4L 22L 23L 24L No.L<br>12<br>HIGHWAY<br>CONTROL<br>ROOM<br>ETHERNET TCP/IP<br>. ewe |<br>Selection tables ...............................  pag. 8/3<br>|<br>2CSC400847F0202<br>**----- End of picture text -----**<br>


**12** /26 

ABB 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** 

ANR Network analyser 

**==> picture [151 x 340] intentionally omitted <==**

## **Operating principle** 

The ANR network analyser can perform a variety of functions. In this example the ANR is used as a data concentrator, acquiring incoming data from other measuring devices and energy meters, and as a load manager. 

The digital outputs in fact allow alarm thresholds to be programmed which, if breached, will trigger audible and visible alarm signals, or command the energising of a relay coil or switch to disconnect a particular load, thereby implementing effective automated management of energy consumption to comply with the maximum power draw permitted under the contract with the energy supplier. 

## **Application environments** 

ANR is suitable for industrial and services sector applications which require implementing control of energy consumption, optimising service continuity and managing the quality of the network. 

## Example of installation 

_**As illustrated in the figures, the ANR can be used to allocate power consumption among production cycles and track the share of energy costs in the total product cost.**_ 

_**Through its digital inputs, the ANR is able to acquire the pulse signals output by various energy meters and thus keep track of their totals.**_ 

**12** 

**Selection tables ...............................  pag. 8/6** 

ABB 

**12** /27 

**System pro** _**M**_ **compact[®]** 

**MDRCs** 

M1173-L-R red modular socket with indicator light 

**12** 

## **Application sheets** 

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**==> picture [5 x 54] intentionally omitted <==**

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2CSC400849F0202<br>**----- End of picture text -----**<br>


## **Operating principle** 

The colour-coded modular sockets are suitable wherever the specific purpose of a socket must be clearly indicated to unequivocally distinguish it from the other sockets in the panel. The indicator light signals the presence of the supply voltage, showing immediately whether or not the socket is under power. 

## **Application environments** 

The modular sockets are suitable for installation in all electrical distribution or automation panels, to allow the connection of non-modular devices such as measuring or maintenance instruments, etc. 

## Example of installation 

_**As illustrated in the figures, a modular socket can be used to to supply non modular devices directly from the electrical panel. It is possible to use a red socket to indicate that it is supplied through a UPS and therefore should be used only in case of emergency. Using a socket with indicator light also provides a clear indication of whether the upstream supply is connected.**_ 

**Selection tables .............................  pag. 9/12** 

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**System pro** _**M**_ **compact[®]** 

**MDRCs** 

M1175-FL modular socket with fuse 

## **Application sheets** 

## **Operating principle** 

The modular sockets with fuse are ideal wherever continuity of service is essential. The embedded fuse protecting the phase prevents tripping of the main protection switch in the event of a malfunction of the device plugged into the socket. 

## **Application environments** 

The modular sockets are suitable for all electrical distribution or automation panels, to allow connection of non modular equipment such as measuring and maintenance instruments etc. 

## Example of installation 

_**As illustrated in the figures, a modular socket allows to supply non modular devices directly from the electrical panel. If the connected device malfunctions, there is the risk that the entire electrical system will be put out of service due to tripping of an MCB.**_ 

_**This is prevented by blowing of the fuse incorporated into the socket, thus assuring continuity of service.**_ 

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**System pro** _**M**_ **compact[®]** 

**MDRCs** 

**Application sheets** 

MeMo USB modular storage device 

**12** 

**==> picture [151 x 341] intentionally omitted <==**

## **Operating principle** 

MeMo2 is USB device for DIN rail in two modules width to store and keep handy useful electronic information, such as files and applications, directly in the switchboards. 

No electrical wiring is required, just mount the device on DIN rail choosing a convenient position to easily connect it to the PC. 

MeMo2 is provided with a bidirectional roll cable to connect the device to all USB ports of your PC. The PC or laptop automatically recognizes the device as an external memory allowing the transfer of files - no additional software is required. The 60 cm roll cable is compliant with USB 2.0 standard to ensure maximum speed and reliability in uploading and downloading data. 

You can easily protect your files by installing any encryption software on MeMo. 

## **Application environments** 

MeMo is a useful device to get all your information inside switchboards or consumer units 

## Example of installation 

_**Mounted in a convenient position inside the switchboard MeMo can save crucial information, files and applications concerning the plant. Data stored inside MeMo are always available for regular maintenance or in case of emergency.**_ 

## **Plus** 

- 2 GB and 4 GB versions 

- information always available in the switchboard 

- no more paper documentation 

Industrial applications: 

- electric diagrams 

- declarations of conformity 

- products certifications 

- test reports 

- instructions 

- warranties 

Domestic applications: 

- declaration of conformity for the installations (electric/thermal-hydraulic) 

   - save time: instant, easy and free update of documentation 

   - set up a master for serial switchboard 

   - easily find and edit your documentation 

   - customize information 

   - OEMs could save useful information such as spare parts list, technical assistance contacts, scheduled maintenance calendar. 

- maps and pictures of pipes of the building 

- anti-intrusion system programming 

- cadastral documentation if available in electronic format 

**Selection tables .............................  pag. 4/22** 

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## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

## **Index** 

## **MCBs** 

S 200 ............................................................... **13** /2 S 200 U-UP ..................................................... **13** /3 SN 201  ............................................................ **13** /3 S 280 ............................................................... **13** /4 S 290 ............................................................... **13** /4 S700 - WT 63 .................................................. **13** /4 S700 ................................................................ **13** /5 S500 ................................................................ **13** /5 S800 ................................................................ **13** /5 **RCDs** F 200 ............................................................... **13** /6 DDA 200 .......................................................... **13** /7 DS 200 ............................................................. **13** /8 DS201, DS202C  ............................................. **13** /9 DS 271 ............................................................. **13** /9 DDA for S 290, S800 and DS800 series ....... **13** /10 

**Electronic residual current devices** RD2, RD3, RD residual current devices and toroidal transformers .................................... **13** /11 

**Auxiliary elements and accessories for MCBs and RCDs** Auxiliary elements and accessories for S 200, F 200 and DS 200 series ............. **13** /13 Auxiliary elements and accessories for SN 201 ....................................................... **13** /16 Auxiliary elements and accessories for S 280, S 290 and S800 series ................. **13** /17 Other accessories ........................................ **13** /18 

**MDRCs Surge Protective Devices** OVR range ..................................................... **13** /26 **Protection devices** E90, E 930 fuse holders ................................ **13** /28 EPD24 ........................................................... **13** /28 ILTS switch-disconnectors........................... **13** /29 Insulation monitors ....................................... **13** /29 TI insulating transformers .............................. **13** /31 QSO electric panels for operating theatres ... **13** /31 

**Command devices** E 200 switches .............................................. **13** /32 E463/3, E480/3 switches .............................. **13** /32 E 210 switches .............................................. **13** /32 SL indicator lamps.......................................... **13** /33 ESB/EN series contactors ............................ **13** /33 E 259 installation relays ............................... **13** /34 E 250 latching relays .................................... **13** /34 FLR pulse relays ........................................... **13** /34 E 260 latching relays .................................... **13** /35 STD dimmers ................................................ **13** /35 E 234 CT-D electronic timers ....................... **13** /35 AT electro-mechanical time switches .......... **13** /36 

D Line and DTS digital time switches .......... **13** /36 E 232 staircase lighting time delay relays ... **13** /37 THS modular thermostats ............................ **13** /37 TW twilight switches .................................... **13** /38 ATT GSM control and alarm monitors ......... **13** /38 CL logic relays .............................................. **13** /39 **Load management devices** E 450 priority switches ................................. **13** /40 RAL overload alarms .................................... **13** /40 LSS1/2 load shedding switch ...................... **13** /40 E 235 mains disconnection relays ............... **13** /41 SQZ3 phase and sequence relay ................. **13** /41 Max./min. current/voltage ammetric and voltmetric relays ........................................... **13** /41 E 236 undervoltage monitoring relays ......... **13** /42 LEE 230 power failure signalling lamp......... **13** /42 **Measurement devices** Analogue measurement instruments ........... **13** /43 Digital measurement instruments ................ **13** /44 MCV-MCA, QCA-QCV voltmetric and ammetric switches ....................................... **13** /45 DMTME multimeters ..................................... **13** /45 ANR network analyzers ................................ **13** /46 CUS serial converters .................................. **13** /47 TMD temperature control units ...................... **13** /47 TRF M ............................................................ **13** /47 CT current transformers ................................. **13** /48 CTO Split core current transformers ............. **13** /52 CTSM summing current transformers ........... **13** /52 TV voltage transformers ................................. **13** /53 CONV current and voltage converters........... **13** /54 CNV transducers for power factor meters .... **13** /54 Shunts ............................................................. **13** /55 E 233 hour counters ..................................... **13** /56 HMT hour counters....................................... **13** /56 EMT electronic energy meter ....................... **13** /57 ODINsingle electronic single phase energy meters ............................................... **13** /57 ODIN Meter electronic three-phase energy meters ............................................... **13** /57 DELTAsingle electronic single phase energy meters ............................................... **13** /58 DELTAplus, DELTAmax electronic three-phase energy meters .......................... **13** /58 **Other modular devices** TS-C safety isolating transformers for general use ................................................... **13** /59 TM/TS bell transformers .............................. **13** /59 Bells and buzzers ......................................... **13** /59 CP-D primary switch mode power supplies **13** /60 TM-C, TM-S, TM-I control, isolation and safety trasformers ................................. **13** /61 Modular sockets ........................................... **13** /62 MA1-8001 DIN rail adapter............................. **13** /62 

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**MCBs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** S 200 

## **S 200** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400057F0201<br>**----- End of picture text -----**<br>


**==> picture [363 x 147] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 201 S 201 NA S 203 S 203 NA<br>S 202 S 204<br>17.5 35 52.5 70 69<br>— — — — — — — — — — =<br>= SS eee] ES<br>Le) ee) [ey yp<br>a °<br>6.8<br>J<br>~ — SO Se 17.5 [<br>22<br>=" 44<br>88 85 45<br>2CSC400870F0202<br>**----- End of picture text -----**<br>


## **S 200 with bottom-fitting auxiliary contact** 

**==> picture [363 x 142] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 201 S 201 NA S 203 S 203 NA<br>S 202 S 204 69<br>17.5 35 52.5 70 44<br>oo<br>nd eies) |pedetd ced) | edd Per Pes | p<br>Py 6.8<br>J<br>17.5<br>7 —_ a —h 22 \|<br>Le 17<br>2CSC400871F0202<br>85 45<br>104<br>**----- End of picture text -----**<br>


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**MCBs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** S 200 U-UP-UDC 

## **S 200 U-UP-UDC** 

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**----- Start of picture text -----**<br>
S 200 U<br>S 200 UDC<br>**----- End of picture text -----**<br>


**==> picture [100 x 474] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 200 UP<br>SN 201<br>2CSC400014F0201<br>2CSC400018F0201<br>2CSC400800F0202<br>**----- End of picture text -----**<br>


**==> picture [256 x 246] intentionally omitted <==**

**----- Start of picture text -----**<br>
6.8<br>68.9<br>1P+N —<€—_— 58 > |<br>ge<br>43.5<br>17.6 75.7<br>alo fe.<br>2CDC022024F0010<br>85 91.8 45<br>2CSC400872F0202<br>**----- End of picture text -----**<br>


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**MCBs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** S 280, S 290 and S 700/WT 63 

## **S 280** 

**==> picture [362 x 152] intentionally omitted <==**

**----- Start of picture text -----**<br>
68<br>58<br>1P 1P+N 2P 3P 4P<br>Se SS eS ea<br>See ee ees ces<br><__<br>Se ee So ae<br>lo) lola} [ololofo|<br>43.5<br>17.5 35 35 52.5 70 74<br>1 module 2 modules 2 modules 3 modules 4 modules<br>90 45<br>2CSC400873F0202<br>**----- End of picture text -----**<br>


## **S 290** 

**==> picture [371 x 140] intentionally omitted <==**

**----- Start of picture text -----**<br>
69<br>fe 65<br>1P 2P 3P 4P<br>BS GES GSS rh,<br>Te] (TT) TTT<br>© |} fe<_ie_fo |} fe Seana fo fe |]  e [eo fo fo [fo] e b |<br>p 122.5 26.25 e 122.5 52.5 122.5 78.75 122.5 105 43.5<br>1.5 modules 3 modules 4.5 modules 6 modules 76<br>90 45<br>2CSC400874F0202<br>**----- End of picture text -----**<br>


## **S 700 - WT 63** 

**S 701 S 702 S 703 S 704 WT 63-3 S 700 with auxiliary contact** -_ a eT ha, **S 701 + H2WR S 702 + H2WR** fal Fad Fala **S 703 + H2WR** ela **S 704 + H2WR WT 63-3 HS** 

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## **System Overall dimensions pro** _**M**_ **compact[®]** S 700/WT 63, S800 and S500 

## **MCBs** 

**==> picture [32 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 700<br>**----- End of picture text -----**<br>


**==> picture [512 x 673] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 701 with DIN rail adapter 3 x S 701 with busbar adapter<br>aa ate res Hach hal<br>S800S, S800S-R, S800N, S800C, S800U, S800PV<br>88.5<br>82.5<br>1P 2P 3P 4P 52<br>ee<br>Bloojecommnngg<br>pee] 26.5 foe} 53 POLE 79.5 LLL. 106<br>88.5<br>82.5<br>1P 2P 3P 4P 52<br>26.5 53 79.5 106<br>|_<br>S500<br>Me 92<br>80<br>aS 1P 2P 3P 4P 56.5<br>te fe)<br>4 fo fe) fete te) (eye<br>~ as nan none<br>po} fo fo} fo fefo] fo fo fo fo |<br>25 50 75 100<br>Selection tables .............................  pag. 2/57<br>LT<br>2CDC022450F0003<br>2CCC413223F0001<br>2CSC400875F0202<br>35 45 95<br>35 45 95 142<br>2CCC412001F0001<br>2CSC400876F0202<br>35 45 75 91<br>**----- End of picture text -----**<br>


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**RCDs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** F 200 

**==> picture [414 x 435] intentionally omitted <==**

**----- Start of picture text -----**<br>
F 200<br>F 200<br>F 202 F 204<br>35 70 69<br>ne ;<br>(eo 6 o 0<br>— ee 6.8<br>TO 17.5 17.5 17.5 17.5 co_ 44<br>F 204 B, F 204 125 A, F 200 PV B<br>69.5<br>72 31<br>6 |<br>im ° tC=)<br>44<br>60 yf<br>2CSC400877F0202<br>88 85 45<br>85 45<br>2CSC400878F0202<br>**----- End of picture text -----**<br>


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**RCDs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** DDA 200 

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**----- Start of picture text -----**<br>
DDA 200<br>**----- End of picture text -----**<br>


**==> picture [426 x 429] intentionally omitted <==**

**----- Start of picture text -----**<br>
In=25-40 A<br>DDA 202 DDA 203 DDA 204<br>35 34.5 35 52 35 69.5 69<br>got) ah) ar) re<br>“oa | fo a oT<br>9.7 10.25 10.25<br>17.5 17.5 17.5 17.5 17.5 17.5 6.8<br>rr 17.5 8.75 LL 12.95 LT | tT tT 4.85 —C—C—C—CSCisCS sell 44<br>9.2 8.1<br>8.1 9.2<br>8.1<br>In=63 A<br>DDA 202 DDA 203 DDA 204<br>35 34.5 70 52 70 69.5<br>e__- e y 9.7 |&__- 10.25 |&__ 10.25<br>— _ 17.5 _———$— "5 17.5 17.5 _———____ —_5 17.5 17.5 17.5<br>17.5 8.75 26.25 8.75<br>17.5 17.5<br>17.5 17.5<br>17.5<br>2CSC400163F0201<br>93 85 45<br>93 85<br>2CSC400879F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 3/20** 

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**System Overall dimensions pro** _**M**_ **compact[®]** DS 200 

**RCDs** 

**==> picture [41 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS 200<br>**----- End of picture text -----**<br>


**==> picture [6 x 53] intentionally omitted <==**

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**----- Start of picture text -----**<br>
In up to 40 A<br>DS 202 DS 203 DS 204<br>35 35 35 52.5 35 70 69<br>pe fe fe b<br>RT| | SRE) SR y<br>aa 6.8<br>aee Fe Ok(OO OO c|<br>17.5 8.75 12.95 4.85 44<br>9.2 | 8.1<br>8.1 9.2<br>8.1<br>In = 50, 63 AIn=50-63 A<br>DS 202 DS 203 DS 204<br>35 35 70 52.5 70 70<br>e |_| e | | |_| e | | | |_|<br>Py politica bead Tia<br>EES ee eee po ff<br>Ee Es<br>17.5 8.75 26.25 8.75<br>17.5 17.5<br>17.5 17.5<br>17.5<br>93 85 45<br>93 85<br>2CSC400880F0202<br>**----- End of picture text -----**<br>


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**RCDs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** DS201, DS202C and DS 271 

**==> picture [321 x 321] intentionally omitted <==**

**----- Start of picture text -----**<br>
DS201, DS202C<br>“<br>al<br>17,5 43<br>35 58<br>67<br>73<br>DS 271<br>2CSC400881F0202<br>85 45<br>2CSC400407F0201<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
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**System Overall dimensions pro** _**M**_ **compact[®]** DDA for S 290, S800 and DS800 series 

**RCDs** 

## **DDA for S 290 series** 

**==> picture [353 x 147] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 62 DDA 64 65<br>2P  100 A 4P  100 A<br>|<br>loo|<br>122,5<br>61 90<br>90 90 45<br>2CSC400883F0202<br>**----- End of picture text -----**<br>


**==> picture [486 x 345] intentionally omitted <==**

**----- Start of picture text -----**<br>
DDA 800 for S800 and DS800 series<br>133.5 51.7<br>81<br>a eT<br>oof<br>76.3<br>JL 26.5 40 22 82.3<br>13.5<br>196 223<br>117 117<br>CO 26.5 26.5 61 EP 22 22 Coe 26.5 26.5 26.5 39 22 22 22<br>13.5 13.5<br>2CSC400167F0201<br>2CSC400884F0202<br>35 45 108.2<br>**----- End of picture text -----**<br>


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**System Overall dimensions pro** _**M**_ **compact[®]** Electronic residual current devices 

**RCDs** 

## **RD2 residual current relays** 

**==> picture [532 x 680] intentionally omitted <==**

**----- Start of picture text -----**<br>
ON TEST TRIP<br>35 50<br>2 modules 64.8<br>RD front panel residual current relays<br>48  9  63  20<br>R3<br>45<br>72<br>10  60  18<br>R3<br>71<br>bog<br>96  60  18<br>R3<br>91<br>LOE<br>13<br>Selection tables .............................  pag. 3/84<br>2CSC400320F0201<br>85 45<br>2CSC400885F0202<br>2CSC445061F0001<br>45<br>54  48  44<br>71<br>72  72<br>91<br>96  96<br>2CSC400885F0202<br>**----- End of picture text -----**<br>


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**System Overall dimensions pro** _**M**_ **compact[®]** Electronic residual current devices 

**RCDs** 

## **RD3 residual current relays** 

**==> picture [512 x 681] intentionally omitted <==**

**----- Start of picture text -----**<br>
58.2<br>J] 6.8 13.7<br>57.9<br>IL<br>Toroidal transformers<br>, TRM TR1, TR2, TR3, TR4, TR160, TR160A<br>H<br>35<br>Ø5<br>52.5 43.5<br>G C<br>= 3 modules a 58 F B<br>TR4A<br>H<br>rt ;<br>TR5, TR5A<br>TR5A<br>Ø5<br>G C<br>F B<br>K<br>G H<br>D<br>E K<br>Type   Dimensions (mm)<br>aaa A  B  C  D  E  F  G  H  K<br>TR1 35  100  60  110  47  50  43  30  –<br>TR2 60  100  60  110  47  50  43  30  –<br>TR3 80  150  110  160  70  50  43  30  –<br>TR4 110  150  110  160  70  50  43  30  –<br>TR4A 110  145  110  150  75  45  38  25  180<br>TR160 160  220  156  236  110  64  50  34  –<br>TR160A 160  220  156  236  110  64  50  34  –<br>TR5 210  310  240  290  145  260  280  36  55<br>TR5A 210  310  240  290  145  260  280  36  55<br>Selection tables .............................  pag. 3/84<br>ee<br>A<br>A<br>A<br>2CSC400886F0202<br>45 85<br>2.8 2CSC400887F0202<br>2CSC400522F0201<br>2CSC400885F0202<br>85 45<br>D<br>E<br>2CSC400494F0201<br>D<br>5<br>E<br>C F B<br>**----- End of picture text -----**<br>


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## **System Overall dimensions Auxiliary elements pro** _**M**_ **compact[®]** Auxiliary elements **and accessories** and accessories **for MCBs and RCDs** 

## **Auxiliary elements for S 200 and F 200 series** 

**==> picture [414 x 570] intentionally omitted <==**

**----- Start of picture text -----**<br>
S 2C-A... S 2C-H11L S 2C-S/H 6 R<br>S 2C-H20L S 2C-H 6 R<br>S 2C-H02L<br>17.5 69 8.8 8.8 69<br>= PL.<br>= 6.8 . Pe 6.8<br>{J 44 44<br>S 2C-UA...<br>F 2C-A.. .<br>S 2C-OVP F 2C 125A-SH/S2C-Nt<br>k| 17.4 74 U<br>@) Ko)<br>6.8 | IN} s l<br>44 | 8.8<br>70 1/2 module<br>Bottom-fitting auxiliary contact (with S 200 MCB)<br>:<br>S| oS] ole] | = Dp<br>re) (rector fowctwehne| (retort rechr<br>| ey ae eee :<br>PS Ey Ee FE<br>7 [ool : \ |<br>17.5 17<br>-_ ye<br>2CSC400465F0201<br>85 45 85 85 45<br>45 88<br>85 45<br>2CSC400888F0202<br>2CSC400155F0201<br>19<br>2CSC400889F0202<br>**----- End of picture text -----**<br>


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**System Overall dimensions Auxiliary elements pro** _**M**_ **compact[®]** Auxiliary elements **and accessories** and accessories **for MCBs and RCDs** 

## **S 2C-EST** 

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**----- Start of picture text -----**<br>
2CSC400568F0001<br>2CSC400573F0001<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
S 2C-BP<br>**----- End of picture text -----**<br>


**==> picture [262 x 397] intentionally omitted <==**

**----- Start of picture text -----**<br>
17.5 66.6<br>59.8<br>S 2C-BP<br>68<br>175 44<br>164<br>2CSC400890F0202<br>85 45<br>2CSC400891F0202<br>**----- End of picture text -----**<br>


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## **System Overall dimensions Motor operating and pro** _**M**_ **compact[®]** Motor operating and autoreclosing **autoreclosing devices** devices for RCDs and MCBs **for RCDs and MCBs** 

## **S 2C-CM** 

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**----- Start of picture text -----**<br>
35.5 15.4 25.4<br>15.5 30.5<br>55 (SC2-CM1) 50,3<br>70 (SC2-CM2/3) 80,5<br>lesa 87 (SC2-CM4)<br>F2C-ARI, F2C-CM<br>35.5 15.5 25.4<br>15.4 30.5<br>53 50.3<br>80.5<br>F2C-ARH, F2C-ARH-T<br>Selection tables ...............................  pag. 4/2<br>2CSC400248F0001<br>121 98 45<br>2CSC400893F0202<br>2CSC400247F0001<br>121 98 45<br>2CSC400893F0202<br>2CSC400892F0202<br>2CSC400894F0202<br>**----- End of picture text -----**<br>


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**Auxiliary elements and accessories for MCBs and RCDs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** Auxiliary elements and accessories 

## **MeMo USB data memory** 

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**----- Start of picture text -----**<br>
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75<br><<_—_—___—_—>|<br>37 60<br>90 12 45<br>2CSC400897F0202<br>**----- End of picture text -----**<br>


## **Auxiliary elements for SN 201 series** 

**==> picture [360 x 157] intentionally omitted <==**

**----- Start of picture text -----**<br>
SN201-S SN201-IH<br>8.9| | | 8.9 | | 3<br>= 47<br>[| — yes iil ()e 8<br>i= 0 ao 1D ;a<br>544 67| | 935 28 — 8.7| 435 z<br>68 68.7<br>2CSC400898F0202<br>**----- End of picture text -----**<br>


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## **System Overall dimensions Auxiliary elements pro** _**M**_ **compact[®]** Auxiliary elements **and accessories** and accessories **for MCBs and RCDs** 

## **Auxiliary elements for S 280 and S 290 series** 

**==> picture [6 x 257] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400499F0201<br>2CCC413069F0001<br>**----- End of picture text -----**<br>


**==> picture [349 x 149] intentionally omitted <==**

**----- Start of picture text -----**<br>
S2-H.. S2-A.. S 290 H11 S 290 A1<br>S2-SS2-S/H S2-BM.S2-BP 44 S 290 S S 290 A2S 290 BM<br>S2-BPS<br>i e yy |<br>7 .<br>8.75 17.5 & 8.75 17.5 73 a<br>1/2 module 1 module Lt] 68 1/2 module 1 module<br>85 45 90 45<br>2CSC400899F0202<br>**----- End of picture text -----**<br>


## **S800-AUX, S800-AUX/ALT** 

**==> picture [239 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
9 6 82.5<br>76.5<br>46<br>35 45 95<br>2CSC400900F0202<br>**----- End of picture text -----**<br>


## **S800-RSU-H, S500-RSU-H** 

**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400025F0202<br>**----- End of picture text -----**<br>


**==> picture [322 x 159] intentionally omitted <==**

**----- Start of picture text -----**<br>
54<br>26<br>134,2<br>119,4<br>Hs |<br>8,54 461,<br>232,<br>2CSC400901F0202<br>**----- End of picture text -----**<br>


**13** 

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- [ 

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**Auxiliary elements and accessories for MCBs and RCDs** 

## **System Overall dimensions pro** _**M**_ **compact[®]** Auxiliary elements and accessories 

## **S800-RD+S800-RHE, S800-NT, S800-BB250, S800-BBPC120** 

**==> picture [403 x 551] intentionally omitted <==**

**----- Start of picture text -----**<br>
S800-RD+S800-RHE<br>76 81 67<br>max. 500mm<br>S800-BB250 S800-NT 6 79.8<br>651 27 76.5<br>27 8 3 17.9 46<br>ane a =<br>S800-BBPC120<br>79 56.25<br>27 30<br>rel<br>Terminal covers<br>PCD 2 N<br>— ; 4{<br>ae a .<br>PCD 4 N PCD 6 N PCD 8 N<br>2CCC413061F0001<br>48<br>76<br>2CCC413062F0001<br>5<br>23.<br>7<br>35 45 95<br>2CSC400800F0202<br>2CSC400364F0201<br>**----- End of picture text -----**<br>


**13** 

**==> picture [512 x 17] intentionally omitted <==**

**----- Start of picture text -----**<br>
Selection tables .............................  pag. 4/45<br>LT<br>**----- End of picture text -----**<br>


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**System Overall dimensions pro** _**M**_ **compact[®]** Auxiliary elements and accessories 

## **Auxiliary elements and accessories for MCBs and RCDs** 

**==> picture [175 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
Enclosures of moulded-plastic<br>**----- End of picture text -----**<br>


**==> picture [188 x 426] intentionally omitted <==**

**----- Start of picture text -----**<br>
N + PE common terminals for QES<br>SMO 4  SMO 6<br>== Nl PEM AT | =— i =<br>eye Le<br>= ‘<br>las== == L “ —<br>=<br>| i”& a .<br>— Co" or te<br>BFE] =<br>=-<br>|==et]_— l =<br>= =a iy, @ =<br>wo Pas<br>| i”<br>7 = an | .<br>= S304 - ol<br>SMO 10<br>a]— 2. F | & bs—— J<br>— —<br>="<br>a eeeee al -=<br>QES 10/3 N<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400348F0201<br>**----- End of picture text -----**<br>


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## **System Overall dimensions Auxiliary elements pro** _**M**_ **compact[®]** Accessories **and accessories for MCBs and RCDs** 

## **Flush frame** 

**==> picture [179 x 46] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type  Dim. L  Max. No. of modules<br>(1 module=17.5 mm)<br>S 500 - ME 1  38 mm  for 2 module<br>S 500 - ME 2  88 mm  for 5 module<br>S 500 - ME 3  184 mm  for 10 module<br>**----- End of picture text -----**<br>


## **Mounting rails** 

**==> picture [323 x 121] intentionally omitted <==**

**----- Start of picture text -----**<br>
 In the case of DSW 1,<br>the drill holes<br>are vertical<br>= a - Name  A    A1<br>. ai - DSW  17.5  15<br>DSW 2  35  20<br>DSW 3  52.5  37.5<br>| a<br>co ia DSW 4  70  55<br>DSW 6  105  90<br>|— > —————————————<br>2CSC400363F0201<br>**----- End of picture text -----**<br>


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**Overall dimensions** Busbars 

**Auxiliary elements and accessories for MCBs and RCDs** 

## **System pro** _**M**_ **compact[®]** 

## **Busbars** 

**==> picture [512 x 683] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 1/2<br>L1... Spacing 17.5<br>ib y<br>35.2 (PS 1/2)<br>PS 1/6<br>L1... Spacing 17.5<br>‘Lt,<br>105.6 (PS 1/6)<br>PS 1/9<br>L1... Spacing 17.5<br>[Litiititt,<br>158.4 (PS 1/9)<br>PS 1/12<br>L1... Spacing 17.5<br>[iitiitinonon,<br>211.2 (PS 1/12)<br>PS 3/60<br>L1 L2 L3 Spacing 17.5<br>16<br>1056 (PS 3/60 and 3/60/16) 22<br>yy 1056 (PS 3/60A and 3/60/16A) u<br>Auxiliary contact<br>bridge HKB<br>TU 0.75 mm2 9.1<br>Selection tables ...............................  pag. 4/2<br>oO<br>2CSC400137F0201<br>18.8 7<br>18.8 7<br>18.8 7<br>18.8 7<br>28<br>4.5<br>12 bared<br>2CSC400902F0202<br>**----- End of picture text -----**<br>


**13** 

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**System pro** _**M**_ **compact[®]** 

**Overall dimensions Auxiliary elements** Busbars **and accessories for MCBs and RCDs** 

**==> picture [228 x 423] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/6<br>L1 L2 L3 Spacing 17.5<br>105.6 (PS 3/6)<br>PS 3/9<br>L1 L2 L3 Spacing 17.5<br>158.4 (PS 3/9)<br>PS 3/12  (2CDL 230 001 R1012)<br>L1 L2 L3 Spacing 17.5<br>18<br>216 (PS 3/12 and 3/12/16) 22<br>PS 3/12 FI  (2CDL 230 002 R1012)<br>70.4<br>L1 L2 L3 L1 L2 L3 Spacing 17.5<br>18<br>212 (PS 3/12 FI) 23<br>28 16.5<br>28 16.5<br>30<br>29<br>**----- End of picture text -----**<br>


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**13** /22 

**Auxiliary elements and accessories for MCBs and RCDs** 

## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** Busbars 

**==> picture [224 x 566] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 2/12<br>L1 L2 Spacing 17.6<br>18<br>212 (PS 2/12 and 2/12/16) 22<br>PS 2/58<br>L1 L2 Spacing 17.6<br>16<br>1019 (PS 2/58 and 2/58/16) 22<br>PS 2/48<br>Spacing 17.6 (L1-L2)<br>L1 L2 L1 L2 Spacing 44 (L1...L1)<br>15.5<br>1046 (PS 2/48H and 2/48/16H) 22<br>PS 3/39H<br>L1 L2 L3 Spacing 26.4<br>16<br>1020 (PS 3/39H and 3/39/16H) 22<br>PS 3/48H Spacing 17.6 (L1-L2-L3)<br>Spacing 61.6 (L1...L1)<br>L1 L2 L3 L1 L2 L3<br>16<br>975 (PS 3/48H) 22<br>980 (PS 3/48/16H)<br>29<br>28<br>28<br>28<br>28<br>**----- End of picture text -----**<br>


**13** 

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**System pro** _**M**_ **compact[®]** 

**Overall dimensions Auxiliary elements** Busbars **and accessories for MCBs and RCDs** 

**13** 

**==> picture [381 x 680] intentionally omitted <==**

**----- Start of picture text -----**<br>
PS 3/12 FI H<br>70.4<br>L1 L2 L3 L1 L2 L3 Spacing 17.6<br>18<br>212 (PS 3/12 FI H) 23<br>PS 4/12<br>L1 L2 L3 N Spacing 17.6<br>23.5<br>212 (PS 4/12 and 4/12/16) 26<br>PS 4/60<br>L1 L2 L3 N Spacing 17.6<br>20.5<br>(PS 4/60)<br>22<br>(PS 4/60/16)<br>1056 (PS 4/60 and 4/60/16) 26<br>PS 4/58 N<br>L1 N L2 N L3 N Spacing 17.6<br>20.5<br>(PS 4/58 N)<br>22<br>(PS 4/58/16 N)<br>1019 (PS 4/58 N) 26<br>1019 (PS 4/58/16N)<br>PS 3/12 E 463<br>L1 L2 L3 L1 L2 L3<br>13.8 13.8 17 Spacing 17.6<br>18<br>200 (PS 2/12 E 463) 23<br>29<br>29<br>28<br>28<br>29<br>2CSC400905F0202<br>**----- End of picture text -----**<br>


**Selection tables ...............................  pag. 4/2** 

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## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions Auxiliary elements** Busbars **and accessories for MCBs and RCDs** 

## **ME flange for rear board mounting** 

**==> picture [380 x 411] intentionally omitted <==**

**----- Start of picture text -----**<br>
DEPHT D TYPE A B C<br>57 mm for S 240-S 250- ME 1 - 1 module 18 40 50<br>S 270-S 280 circuit-breakers ME 2 - 2 modules 36 57.5 67<br>ME 3 - 3 modules 54 75.5 85<br>72 mm for S 210 circuit-breakers ME 4 - 4 modules 72 93 103 D<br>ME 6 - 6 modules 108 129 139<br>ME 8 - 8 modules 144 164 172<br>B<br>A<br>Ø 3.5+4<br>C<br>6 80<br>OH_2A_<br>14 34<br>10<br>3.2<br>65 22.5<br>72<br>47<br>2CSC400907F0202<br>ø40 M22x1 41.5 24.5<br>2CSC400906F0202<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

# **Protection devices** 

## **Type 1 Surge Protective Devices** 

**==> picture [392 x 649] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 pole  1 pole  2 poles 2 poles + TS<br>58 35 35 70.4 88<br>o e ] [Oe<br>\] | | ( e ae e | [| S S o o ]<br>- | foe) foo] loooe<br>43.5 7 OVR T1 25 255 OVR T1 25 440-50 OVR T1 2L 25 255 OVR T1 2L 25 255 TS<br>|= OVR T1 50/100 N OVR T1 1N 25 255 OVR T1 1N 25 255 TS<br>3 poles  105 3 poles + TS 122.5<br>=>_———___—_—_—_——. =<br>—<br>C00008@ ~ O0000®@<br>OVR T1 3L  25 255  OVR T1 3L 25 255 TS<br>4 poles  140 4 poles + TS 157.5<br>><br>C D O D O D O 0 0 O D O H O D O O<br>OOOOOOOP| I WOOCOCCOCO<br>OVR T1 4L  25 255 and OVR T1 3N 25 255  OVR T1 4L 25 255 TS and OVR T1 3N 25 255 TS<br>Type 1+2 Surge Protective Devices<br>1 pole<br>58 35<br>— | a<br>a n e<br>to 7<br>7<br>43.5 =e OVR T1+2 25 255 TS<br>Type 1 & Type 1+2 Surge Protective Devices<br>64 1 pole  4 poles (3P+N)<br>17.6 88<br>17 | r |<br>oe<br>7<br>43.5 IF O<br>45 85<br>2CSC400313F0201<br>2CSC400911F0202<br>2CSC400300F0201<br>85 45 93<br>2CSC400912F0202<br>2CSC400910F0202<br>45 85 2CSC400913F0202<br>**----- End of picture text -----**<br>


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**13** /26 

**Protection devices** 

## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

## **Type 1 + 2 / Type 2 Surge Protective Devices** 

**==> picture [393 x 282] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type 2 SPDs without TS  Type 2 SPDs with TS<br>58<br>58<br>_<br>_ _<br>7 7<br>43.5 —++ 43.5 —}+<br>1 pole 1 pole 2 poles (1P+N)<br>a 12.5 —_ 17.5 PT 35<br>oe @ 6|<br>—_ 1 I<br>i) cr) ce)<br>OVR TC 6V P OVR T2 15 OVR T2 1N 15<br>OVR T2 40 OVR T2 1N 40<br>OVR T2 70 OVR T2 1N 70<br>OVR T1+2 7 275s P OVR T1+2 1N 7 275s P<br>2CSC400915F0202<br>2CSC400302F0201<br>85 45 93 85 45 94.4<br>**----- End of picture text -----**<br>


**==> picture [52 x 118] intentionally omitted <==**

**----- Start of picture text -----**<br>
3 poles<br>52.5<br>TT<br>O|8|@<br>Ayty<br>OlO|®@<br>OVR PV 40 600<br>OVR PV 40 1000<br>**----- End of picture text -----**<br>


**3 poles 4 poles (4P+0) 3 poles (3P+N)** 52.5 70 70 Pe Pe DOO DO|O|O Booeee Tb tyt OlO|® OJO|O}® O;O{O}|® OVR T2 3L 15 OVR T2 4L 15 OVR T2 3N 15 OVR T2 3L 40 OVR T2 4L 40 OVR T2 3N 40 OVR T2 3L 70 OVR T2 4L 70 OVR T2 3N 70 OVR T1+2 3L 7 275s P OVR T1+2 4L 7 275s P OVR T1+2 7 275s P 

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**System pro** _**M**_ **compact[®]** 

**Protection devices** 

## **Overall dimensions** 

## **E 90 fuse disconnectors and E 90h fuse holders** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400916F0202<br>**----- End of picture text -----**<br>


**==> picture [535 x 611] intentionally omitted <==**

**----- Start of picture text -----**<br>
7 17.5 an 35 Ltt 52.5 Pi LL 70 64<br>E 930 fuse disconnectors<br>50 A 76.5<br>1P 1P+N, 2P 3P 3P+N, 4P 50<br>a<br>60<br>26.5 53 79.5 106<br>125 A 76.5<br>1P 1P+N, 2P 3P 3P+N, 4P 50<br>;<br>Tipo  Nr. poli  Dim. fusibile  A  B/B aperto  C  D  E/E aperto  F<br>E 931/20-32  1  8,5 x 31,5 (32A: 10,3 x 38)  83  72/107  17,5  45  65/102  44<br>E 931N/20E 932/20 35 -32 -32  2 1+N  70 8,5 x 31,5 (32A: 10,3 x 38) 8,5 x 31,5 (32A: 10,3 x 38)  105 83 83  72/107 72/107  140 17,5 35  45 45  65/102 65/102  60 4444<br>E 933/20-32  3  8,5 x 31,5 (32A: 10,3 x 38)  83  72/107  52,5  45  65/102  44<br>E 933N/20-32  3+N  8,5 x 31,5 (32A: 10,3 x 38)  83  72/107  52,5  45  65/102  44<br>E 931/50  1  14 x 51  107  76/104  21  45  60  50<br>EPD 24 E 931N/50  1+N  14 x 51  107  76/104  42  45  60  50<br>E 932/50  2  14 x 51  107  76/104  42  45  60  50<br>E 933/50  3  14 x 51  107  76/104  63  45  60  50<br>E 933N/50  3+N  14 x 51  107  76/104  84  45  60  50<br>E 931/125  1  22 x 58  124  76/104  35  45  60  50<br>E 931N/125  1+N  22 x 58  124  76/104  70  45  60  50<br>E 932/125  2  22 x 58  124  76/104  70  45  60  50<br>E 933/125  3  22 x 58  124  76/104  105  45  60  50<br>E 933N/125  3+N  22 x 58  124  76/104  140  45  60  50<br>13 rat<br>Selection tables .............................  pag. 5/12<br>Co<br>85 45<br>2CSC400917F0202<br>2CSC400212F0201<br>107 45<br>126.5 45<br>2CSC400918F0202<br>2CDC051001S0010<br>2CSC400919F0202<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

**Protection devices** 

## **Overall dimensions** 

## **ILTS - ILTS-E switch-disconnectors** 

**==> picture [394 x 636] intentionally omitted <==**

**----- Start of picture text -----**<br>
+ ah,Se ew Boe et OR a .IM .<br>‘OE EI PE eer errr<br>4 Tot etd ott oc<br>| [Oo] [ofa] [olalo|<br>+o fe@|/lele][elele]lelelels|<br>Isoltester-DIG-RZ/PLUS<br>105<br>| 68<br>6  modules<br>Selvtester-24<br>aT Selvtester<br>EEEErn)<br>[200000]<br>52.5 68<br>_<br>3 modules<br>Isoltester-DIG<br>S0328Z02<br>2CDC051105F0007<br>2CSC400920F0202<br>85 45<br>2CSC400921F0202<br>2CSC400404F0201<br>85<br>2CSC400922F0202<br>45<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

# **Protection devices** 

## **QSD remote signalling panels** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400923F0202<br>**----- End of picture text -----**<br>


**==> picture [239 x 312] intentionally omitted <==**

**----- Start of picture text -----**<br>
55<br>[<br>17<br>121<br>55<br>17<br>78<br>78<br>121<br>2CSC400925F0202<br>**----- End of picture text -----**<br>


## **ISL industrial insulation monitoring devices** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400924F0202<br>**----- End of picture text -----**<br>


ISL-A 115 ISL-A 230 ISL-A 600 ISL-C 600 

6 modules 

ISL-A 24-28 ISL-C 230 ISL-C 440 ISL-MOT 1000 

3 modules 

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**System pro** _**M**_ **compact[®]** 

**Protection devices** 

## **Overall dimensions** 

## **TI insulating transformers** 

**==> picture [403 x 463] intentionally omitted <==**

**----- Start of picture text -----**<br>
Rated output [KVA]<br>Dimensions 3  5  7,5  10<br>b [mm] 205  240  240  277<br>c [mm] 170  170  170  176<br>f [mm] 115  115  115  173<br>h [mm] 340  380  380  380<br>p [mm] 150  150  160  203<br>f c —_ Weight [kg] 29,5  44  50,5  73<br>p b<br>QSO electrical switchboard for medical locations<br>700 210 538 365<br>600<br>PV 4060<br>2250<br>PO 6069<br>629<br>751<br>Top<br>130<br>69<br>210<br>f fi -<br>556<br>2CSC400927F0202<br>h<br>2CSC400929F0202<br>2CSC400928F0202<br>1123 1100 1000 1151<br>130<br>2CSC400930F0202<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

# **Command devices** 

## **E 200 switches** 

**==> picture [6 x 277] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400070F0201<br>2CSC400458F0201<br>**----- End of picture text -----**<br>


**==> picture [240 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 module fal 2 modules bal fatal! 3 modules [elelele 4 modules 2CSC400094F0201<br>**----- End of picture text -----**<br>


## **E 463/3-KB, E 480/-KB, E 463/3-SL switches** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400379F0201<br>**----- End of picture text -----**<br>


**==> picture [40 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
2.5 modules<br>**----- End of picture text -----**<br>


## **E 210 switches, pushbuttons and indicator lamps** 

**==> picture [365 x 148] intentionally omitted <==**

**----- Start of picture text -----**<br>
67.9 67.5 59.5<br>58 58 58<br>9 18<br>43.5 43.5 43.5<br>|| =<br>A Oke<br>64.7 64.7 64.7 0.5 module 1 module<br>85 45 85 45 85 45<br>2CSC400931F0202<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

**Command devices** 

## **Overall dimensions** 

**==> picture [473 x 556] intentionally omitted <==**

**----- Start of picture text -----**<br>
SL luminous indicators for panel installation<br>-<br>48 48 7<br>R3<br>45<br>40<br>SS B o—* 7<br>72<br>55 9<br>—<br>R3<br>67<br>ESB/EN contactors<br>ESB 20 ESB 24 ESB 40 - ESB 63 ESB 04<br>|<br>Foe ee } — Le d| i<br>17.5 35 54 9 44<br>Ko) ck EP<br>1 module 2 modules 3 modules 58<br>2CSC445165F0001<br>45<br>48 44<br>144<br>137<br>2CSC400932F0202<br>2CSC400479F0001<br>85 45<br>2CSC400933F0202<br>**----- End of picture text -----**<br>


**13** 

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**System pro** _**M**_ **compact[®]** 

**Command devices** 

## **Overall dimensions** 

## **E 259 installation relays** 

**==> picture [7 x 270] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400069F0201<br>2CSC400068F0201<br>**----- End of picture text -----**<br>


**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400934F0202<br>**----- End of picture text -----**<br>


**==> picture [342 x 142] intentionally omitted <==**

**----- Start of picture text -----**<br>
62<br>58 1 module 2 modules 1/2 module<br>17.8 35.6 8.9<br>43.5 Ed ood J<br>poe eg<br>E 259 16-10<br>ae E 259 16-20 eolee E 259 16-30 :<br>65 E 259 16-11E 259 16-19 E 259 16-40E 259 16-39 E 250-H<br>E 259 16-29 E 259 16-49<br>85 45<br>2CSC400935F0202<br>**----- End of picture text -----**<br>


## **E 250 latching relays** 

**==> picture [348 x 366] intentionally omitted <==**

**----- Start of picture text -----**<br>
62<br>2 modules 1,5 modules 1 module 1 module 1/2 module<br>58<br>35.6 26.7 17.8 17.8 8.9<br>43.5<br>m7 fe om ho<br>lexellere) flere) [ere) lore) [O]<br>looloo Iolo o loo loo lo<br>[oO O[O OC Lolo O} lO O} lOO} LO}<br>E 257-C003 E 257-C20 E 251 E 250 CM E 257-CM<br>65 E 257-C30 E 257-C002 E 252 E 250 CP E 250-H<br>E 256 E 250 GM<br>E 256.1<br>E 256.2<br>E 257-C10<br>39,8<br>Ø 3,5<br>Fo) ac<br>OOOO |<br>23 45<br>85 45<br>2CSC400936F0202<br>47<br>30<br>2CSC400937F0202<br>**----- End of picture text -----**<br>


## **FLR pulse relays** 

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**Command devices** 

## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

**==> picture [6 x 495] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400066F0201<br>2CSC400432F0201<br>2CDC251089F0b06<br>**----- End of picture text -----**<br>


## **E 260 latching relays** 

**==> picture [358 x 496] intentionally omitted <==**

**----- Start of picture text -----**<br>
F<br>* t<br>Pre |<br>boii! t<br>STD dimmers<br>ur 7 a4 - . oo<br>re i '<br>. |<br>' 1 | ae Ass<br>a _ LL a |<br><0} [for ib | :<br>" —_——1<br>. Ce |:<br>STD 50 3 modules STD-500 MA 2 modules<br>STD-EP STD-MTS<br>E 234 CT-D electronic timers<br>CT-D with 1 c/o contact CT-D with 2 c/o contacts<br>0.69“ 0.2“ 58 2.28“ 0.69“ 0.2“ 58 2.28“<br>| 17.5 5 p 43.4 1.71“ ry 17.5 5 43.4 1.71“<br>etali =<br>1 module<br>1 module<br>2CSC400073F0201<br>2CSC400086F0201<br>“627. “177. “135. “177.<br>07 45 08 45 2CDC252131F0b06<br>**----- End of picture text -----**<br>


## **STD dimmers** 

## **E 234 CT-D electronic timers** 

**Selection tables .............................  pag. 6/32** 

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**Command devices** 

## **Overall dimensions** 

## **AT electro-mechanical time switches** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400938F0202<br>**----- End of picture text -----**<br>


**==> picture [6 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400939F0202<br>**----- End of picture text -----**<br>


**==> picture [276 x 140] intentionally omitted <==**

**----- Start of picture text -----**<br>
AT1 AT2 AT3<br>AT1-R AT2-R AT3-R<br>AT2-7R AT3-7R 44<br>1 3 5 L N<br>88.5 45<br>= |¢—~ ld 4<br>2 4 6 10 12<br>2 4<br>1 3<br>17.8 35 54 60<br>**----- End of picture text -----**<br>


## **D Line digital time switches** 

**==> picture [242 x 139] intentionally omitted <==**

**----- Start of picture text -----**<br>
35 43.8<br>90 45<br>60<br>2CSC400941F0202<br>**----- End of picture text -----**<br>


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## **System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

## **Command devices** 

## **DTS digital time switches** 

**==> picture [458 x 377] intentionally omitted <==**

**----- Start of picture text -----**<br>
te +<br>108 44<br>:a<br>_<br>84 45<br>HE<br>DTS7/3Y  60<br>DTS7/4Y<br>E 232 staircase lighting time delay relays<br>1p Les m rT . ba<br>“i 8 ae 7 4 ~ as<br>= W) 4 ae d<br>ee a<br>i “ | Lo:<br>iw ia) = . a Pa - 5<br>Ad c<br>r T<br>Ped 4<br>E 232-230 E 232 E<br>E 232 HLM<br>2CSC400141F0001<br>2CSC400943F0202<br>2CSC400470F0201<br>2CSC400339F0201<br>**----- End of picture text -----**<br>


## **THS modular thermostats** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400942F0202<br>**----- End of picture text -----**<br>


**==> picture [297 x 165] intentionally omitted <==**

**----- Start of picture text -----**<br>
35 35<br>60<br>r©6008 1 3 5 s L N  re @0800 1 3 5 L | N<br>eevee; peees<br>90 45<br>5 CO<br>| |<br>2 4 6 8 10 2 4 6 8 10<br>THS-C  THS-S<br>THS-W<br>2CSC400944F0202<br>**----- End of picture text -----**<br>


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**Command devices** 

## **Overall dimensions** 

## **TW twilight switches** 

**==> picture [397 x 443] intentionally omitted <==**

**----- Start of picture text -----**<br>
TW1 TWA-1, TWA-2<br>17.5 60 35.8 43.8<br>1 3 1 3 5 7<br>5 7<br>90 45 85 45<br>e L t N I 2 4 6 8 iP<br>60<br>| H e<br>TW2/10K LS-SP<br>35 48 28<br>60<br>23<br>1 3 5 L N<br>pel ra, 56 f<br>90 45<br>2 4 6 8 10<br>| i | F<br>44<br>20<br>TWP<br>15<br>147<br>‘|\I kL<br>aE<br>ane 72 37,5<br>2CSC400945F0202<br>2CSC400946F0202<br>2CSC400947F0202<br>**----- End of picture text -----**<br>


## **ATT GSM modules** 

**==> picture [7 x 5] intentionally omitted <==**

**----- Start of picture text -----**<br>
71<br>**----- End of picture text -----**<br>


**==> picture [85 x 82] intentionally omitted <==**

**----- Start of picture text -----**<br>
58<br>90<br>45<br>**----- End of picture text -----**<br>


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## **Overall dimensions** 

## **Command devices** 

## **CL logic relays** 

**==> picture [403 x 566] intentionally omitted <==**

**----- Start of picture text -----**<br>
CL-LSR, CL-LST CL-LMR, CL-LMT CL-LER.2O<br>10.75 50 16.25 75 16.25 7.5<br>M4<br>35.75M4 107.5 M4 7.5 4.5 47.5<br>71.5 35.5 56.5<br>58<br>CL-LDD.K + CL-LDC.L.. +<br>(CL-LDR or CL-LDT)<br>CL-LDD<br>107.5<br>88.2<br>20 43.2<br>33.7<br>e a e<br>28.25 30 28.25 20 13.7<br>62<br>86.5<br>i E<br>CL-LDR, CL-LDT<br>CL-LDC.S..<br>cle<br>75 29.3 36.2<br>anid 88.1   19 25 — 86.5 65.5<br>2CDC311034F0b06<br>90 102 110 90 102 110 90 102 110 45<br>2CDC 312 013 F0b06<br>90<br>17<br>22.3<br>32<br>86.5 30<br>2CDC 312 018 F0b06<br>2CDC 312 014 F0b06<br>90 58 86.5<br>2CDC 312 016 F0b06 2CDC 312 015 F0b06<br>2CDC312011F0b06<br>**----- End of picture text -----**<br>


**13** 

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**Load management devices** 

## **Overall dimensions** 

**==> picture [130 x 12] intentionally omitted <==**

**----- Start of picture text -----**<br>
E 450 priority switches<br>**----- End of picture text -----**<br>


**==> picture [540 x 684] intentionally omitted <==**

**----- Start of picture text -----**<br>
Jieay<br>E 451 …<br>E 452 …<br>RAL overload alarms<br>3 1<br>2<br>44<br>35 58<br>L<br>2 modules<br>LSS1/2 load shedding switches<br>87.5 58<br>5 modules<br>13<br>_<br>Selection tables ...............................  pag. 7/2<br>OO<br>2CSC400457F0201<br>2CSC400084F0201<br>2CSC400510F0201<br>45 85<br>2CSC400950F0202<br>2CSC400511F0201<br>85 45<br>2CSC400951F0202<br>**----- End of picture text -----**<br>


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**Load management devices** 

## **Overall dimensions** 

## **E 235 mains disconnection relays** 

**==> picture [8 x 482] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400466F0201<br>2CSC400515F0201<br>2CSC400513F0201<br>**----- End of picture text -----**<br>


**==> picture [276 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
T [.]<br>|<br>Ea<br>2CSC400387F0201<br>**----- End of picture text -----**<br>


## **SQZ3 phase and sequence relays** 

**==> picture [305 x 331] intentionally omitted <==**

**----- Start of picture text -----**<br>
70% 100%<br>oo OK Phases Sequence400V 50Hz @ Min Voltage<br>OK Three phases<br>om OK Min Voltage 2 © Delay (s) 20<br>om<br>44<br>52.5 58<br>3 modules<br>OOO00O<br>; ®<br>° ©<br>OOOCOO0O<br>52.5 58<br>3 modules<br>54 85<br>2CSC400952F0202<br>85 45<br>2CSC400953F0202<br>**----- End of picture text -----**<br>


## **Max./min. current/voltage ammetric and voltmetric relays** 

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**Load management devices** 

## **Overall dimensions** 

## **E 236 undervoltage monitoring relays** 

**==> picture [6 x 443] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400462F0201<br>2CSC400265F0201<br>**----- End of picture text -----**<br>


**==> picture [33 x 191] intentionally omitted <==**

**----- Start of picture text -----**<br>
US1<br>US2<br>US1.1<br>US2.1<br>US1.1D<br>**----- End of picture text -----**<br>


**==> picture [308 x 259] intentionally omitted <==**

**----- Start of picture text -----**<br>
42.5<br>]<br>ø 4<br>19<br>R1<br>ø 38<br>2CSC400375F0201<br>8.5<br>27<br>42.5<br>2CSC400954F0202<br>**----- End of picture text -----**<br>


## **LEE 230 power failure signalling lamp** 

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**Measurement devices** 

**==> picture [6 x 248] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400517F0201<br>2CSC445064F0001<br>**----- End of picture text -----**<br>


**==> picture [374 x 560] intentionally omitted <==**

**----- Start of picture text -----**<br>
Analogue measurement instruments<br>52.5<br>V<br>400<br>200<br>|<br>58<br>[foo 3 modules —<br>Front panel analogue measurement instruments<br>48 53<br>R3<br>45 ÷ 0.1<br>72 53<br>bog<br>R3<br>68  ÷  0.7<br>Ed 1<br>96 53<br>R3<br>92  ÷  0.8<br>EL<br>85 45<br>2CSC400955F0202<br>0.1<br>48 43 ÷<br>45<br> 0.7<br>÷<br>72 67 68<br> 0.8<br>÷<br>96 90 92<br>2CSC400956F0202<br>**----- End of picture text -----**<br>


**Selection tables .............................  pag. 8/11** 

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**Overall dimensions** 

**Measurement devices** 

## **Digital measurement instruments** 

**VLMD-1-2, AMTD-1, AMTD-2, VLMD-1-2-R, AMTD-1-R, AMTD-2-R** 

**==> picture [469 x 386] intentionally omitted <==**

**----- Start of picture text -----**<br>
A<br>S a o<br>52.5 58<br>—<br>3 modules<br>Front panel analogue measurement instruments<br>VLMD P, VLMD-R P, AMTD-1 P, AMTD-1-R P, AMTD-2 P, AMTD-2-R P<br>72 51.5<br>R3<br>68  ÷  0,8<br>A<br>2CSC400958F0202<br>85 45<br>2CSC400957F0202<br>2CSC400959F0202<br> 0,8<br>÷<br>33<br>36 32<br>2CSC400960F0202<br>**----- End of picture text -----**<br>


**13** _ **Selection tables .............................  pag. 8/26 13** /44 ABB ~~es~~ 

**System pro** _**M**_ **compact[®]** 

**Measurement devices** 

## **Overall dimensions** 

**==> picture [512 x 698] intentionally omitted <==**

**----- Start of picture text -----**<br>
MCV - MCA voltmetric and ammetric switches<br>\<br>75<br>43<br>: _<br>52.5<br>3 modules<br>QCV - QCA front panel voltmetric and ammetric switches<br>—<br>28 oo 53 [ao ani 28<br>1...5<br>a<br>DMTME multimeters<br>105<br>= jeove0eee0 200990000 \ f<br>|_| i.<br>me 0 TU<br>OO |<br>58<br>—_<br>Selection tables .............................  pag. 8/30<br>TT<br>2CSC400520F0201<br>72 54<br>56...58<br>2CSC400962F0202<br>2CSC445148F0001<br>36<br> x<br>48 x 48 36 42 x 42<br>2CSC400963F0202<br>2CSC400961F0202<br>90 45<br>2CSC400964F0202<br>**----- End of picture text -----**<br>


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**DMTME-96 and DMTME-72 front panel multimeters** 

**==> picture [6 x 359] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400965F0202<br>2CSC400966F0202<br>**----- End of picture text -----**<br>


**==> picture [439 x 245] intentionally omitted <==**

**----- Start of picture text -----**<br>
96 90<br>13<br>R3<br>92<br>P oE<br>72 8 73<br>9<br>10<br>a R3<br>68<br>is<br>92<br>96 90<br>68<br>72<br>2CSC400967F0202<br>**----- End of picture text -----**<br>


## **ANR network analysers** 

**==> picture [485 x 337] intentionally omitted <==**

**----- Start of picture text -----**<br>
ANR 96<br>96 106<br>14 9<br>R3<br>92<br>By i oc<br>ANR 144<br>144 33 27<br>7<br>R3<br>138<br>7<br>Ji a<br>Plug in accessories<br>61<br>ie 89 15<br>3<br>2CSC400966F0202<br>92<br>96 90<br>144 134 126 138<br>54 2CSC400968F0202<br>**----- End of picture text -----**<br>


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## **Overall dimensions** 

# **Measurement devices** 

**==> picture [126 x 10] intentionally omitted <==**

**----- Start of picture text -----**<br>
CUS serial converters<br>**----- End of picture text -----**<br>


**==> picture [512 x 677] intentionally omitted <==**

**----- Start of picture text -----**<br>
105<br>—— _ ft<br>1. [eec000000Poc00900000 | ;<br>6 modules ____ 58<br>TMD temperature control units<br>96<br>14 106 9<br>a<br>R3<br>Eat EE<br>92<br>| | fj ft ft |<br>— Modular current transformers with through primary<br>.Te TRF M<br>52.5 58<br>peed bd<br>| [__]<br>3 modules OOO0C0O |<br>Selection tables ...............................  pag. 8/9<br>7<br>2CSC400969F0202<br>90 45<br>2CSC400971F0202<br>2CSC400970F0202<br>92<br>96 90<br>2CSC400972F0202<br>2CSC400522F0201<br>29<br>85 45<br>2CSC400973F0202<br>**----- End of picture text -----**<br>


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**Overall dimensions** 

# **Measurement devices** 

## **Standard type current transformers.../5 A with wound primary** 

**==> picture [321 x 154] intentionally omitted <==**

**----- Start of picture text -----**<br>
CTA<br>From 1 to 25 A from 40 to 100 A<br>45 45<br>40 40<br>17<br>55 55<br>4.2 46 4.2 46<br>63 63<br>56 56 88<br>2 2<br>15 15<br>M10<br>83 83<br>4.5 4.5<br>**----- End of picture text -----**<br>


**==> picture [381 x 401] intentionally omitted <==**

**----- Start of picture text -----**<br>
CTA1 and CTA2<br>130<br>105 M4<br>¿9<br>¿4.2<br>69 69<br>85 85<br>Standard type current transformers...5 A with through primary<br>CT3<br>50 21<br>3.7<br>30.5<br>21. 4<br>11.2 37.5<br>Central section<br>58 44 Accessory for fixing on DIN rail<br>4x35<br>103.5<br>2CSC400974F0202<br>18.5 96<br>60<br>97<br>75 10.8 13.9 21.4<br>2CSC400974F0202<br>**----- End of picture text -----**<br>


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**Measurement devices** 

## **Overall dimensions** 

**==> picture [382 x 600] intentionally omitted <==**

**----- Start of picture text -----**<br>
CT4 50 21<br>3.7<br>40.7<br>11.1<br>45.5<br>20.9<br>25.8<br>75 44 33 Accessory for fixing on DIN rail<br>Central section<br>CT6<br>75 21 3.7<br>82<br>64.7<br>54.4<br>105 61<br>Central section<br>18.5<br>60<br>109<br>87 40.7 11,2 20 25 30<br>18.5<br>76.7<br>121<br>100<br>51.3 20.4 22.5<br>2CSC400975F0202<br>**----- End of picture text -----**<br>


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## **Overall dimensions** 

# **Measurement devices** 

**==> picture [381 x 599] intentionally omitted <==**

**----- Start of picture text -----**<br>
CT8<br>50 21 3.7<br>82<br>82.5<br>64.7<br>125 61.5<br>Central section<br>CT8-V<br>50 21<br>37.7<br>109 41<br>Central section<br>18.5<br>76.7<br>142<br>120<br>34.6 32.5<br>18.5<br>141<br>119<br>80.6<br>2CSC400976F0202<br>**----- End of picture text -----**<br>


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**Measurement devices** 

## **Overall dimensions** 

**==> picture [381 x 599] intentionally omitted <==**

**----- Start of picture text -----**<br>
CT12<br>50 21 3.7<br>156.8<br>127.3<br>82.2<br>180 68.5 102.3<br>Central section<br>CT12-V<br>50 21<br>37.5<br>109 41<br>Central section<br>18.5<br>84<br>196<br>175<br>58.3 54.3 56.3<br>18.5<br>186<br>165<br>126<br>2CSC400977F0202<br>**----- End of picture text -----**<br>


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**System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

# **Measurement devices** 

## **Split core current transformers.../5 A** 

**==> picture [6 x 526] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400141F0202<br>2CSC400119F0201<br>**----- End of picture text -----**<br>


**==> picture [356 x 619] intentionally omitted <==**

**----- Start of picture text -----**<br>
CTO<br>D C1<br>Mee obey<br>a<br>: [12] (fh Ai<br>A C<br>Tipo A B C C1 D E<br>CT30... 93 106 34 58 20 30<br>CT80... 125 152 34 58 50 80<br>CT120... 155 198 34 58 80 120<br>Summing current transformers<br>105 58<br>6 modules<br>B E<br>2CSC400978F0202<br>54 85<br>2CSC400979F0202<br>**----- End of picture text -----**<br>


## **Summing current transformers** 

**Selection tables .............................  pag. 8/50** 

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**Measurement devices** 

## **Overall dimensions** 

## **Voltage transformers** 

**==> picture [329 x 532] intentionally omitted <==**

**----- Start of picture text -----**<br>
TV<br>76 21 3.7<br>57<br>85 76<br>TV2<br>faston<br>6.3x0.8<br>70 66 ø 4.7<br>90 135<br>160<br>TV4<br>faston<br>6.3x0.8<br>80 90 ø 4.7<br>105 168<br>184<br>18.5<br>91.2<br>121<br>100<br>104<br>125<br>**----- End of picture text -----**<br>


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**Measurement devices** 

## **Overall dimensions** 

## **CONV and CNV** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400119F0201<br>**----- End of picture text -----**<br>


**==> picture [360 x 96] intentionally omitted <==**

**----- Start of picture text -----**<br>
Po ee<br>OOO0O00O OOOOOCOOOCCCCO<br>52.5 105 58<br>3 modules 6 modules<br>54 85 54 85<br>2CSC400981F0202<br>**----- End of picture text -----**<br>


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**Measurement devices** 

## **Overall dimensions** 

## **Shunts** 

**==> picture [392 x 646] intentionally omitted <==**

**----- Start of picture text -----**<br>
SNT1  ÷  25 A/60 mV<br>28 Ø9<br>-:<br>78<br>135<br>90<br>sss ee Bee 115<br>SNT30  ÷  200 A/60 mV<br>L [ p 33 a m<br>ae 100 ioe 80<br>SNT250  ÷  350 A/60 mV<br>10<br>gya 55 com 105 p<br>145<br>SNT400  ÷  700 A/60 mV<br>10<br>55<br>offs 145 | ORD 105 ,<br>SNT750  ÷  1000 A/60 mV<br>10 65<br>165 ge 115 e<br>SNT1200  ÷  1500 A/60 mV<br>10 65<br>165<br>115<br>SNT2000  ÷  2500 A/60 mV<br>10 65<br>165<br>‘ee |Giza!<br>115<br>SNT4000 A/60 mV<br>10 65<br>165<br>115<br>SNT5000  ÷  6000 A/60 mV<br>15<br>70<br>a+h 175 BSee t<br>8<br>30 20<br>15<br>2CSC400523F0201<br>20<br>8<br>30<br>30<br>10<br>30<br>40<br>10<br>30<br>60<br>10<br>21<br>30<br>90 48<br>10<br>21<br>30<br>30<br>120 60<br>10<br>30<br>30<br>60<br>120 60<br>15<br>30<br>25<br>130 52<br>154<br>52<br>25<br>2CSC400982F0202<br>**----- End of picture text -----**<br>


125 

**13** 

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**Overall dimensions** 

**Measurement devices** 

## **E 233 electro-mechanical hour counters** 

**==> picture [5 x 258] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400459F0201<br>2CSC400524F0201<br>**----- End of picture text -----**<br>


**==> picture [259 x 271] intentionally omitted <==**

**----- Start of picture text -----**<br>
HMT<br>44<br>35 58<br>|<br>2 modules<br>2CSC400085F0201<br>54 85<br>2CSC400983F0202<br>**----- End of picture text -----**<br>


## **HMT electro-mechanical hour counters** 

**13** _ **Selection tables .............................  pag. 8/40** Co 

ABB 

**13** /56 

**System pro** _**M**_ **compact[®]** 

**Overall dimensions** 

**Measurement devices** 

## **EMT electronic single phase energy meters** 

**==> picture [5 x 53] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400749F0001<br>**----- End of picture text -----**<br>


**==> picture [290 x 87] intentionally omitted <==**

**----- Start of picture text -----**<br>
|.__.| 52.5 58<br>3 modules<br>45<br>2CSC400985F0202<br>**----- End of picture text -----**<br>


## **ODINsingle electronic single phase energy meters** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400984F0202<br>**----- End of picture text -----**<br>


**==> picture [290 x 89] intentionally omitted <==**

**----- Start of picture text -----**<br>
85 85<br>el and<br>35,75 J 63.4<br>2CMC482008F0017<br>**----- End of picture text -----**<br>


## **ODIN Meter electronic three-phase energy meters** 

**==> picture [5 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400280F0201<br>**----- End of picture text -----**<br>


**==> picture [310 x 146] intentionally omitted <==**

**----- Start of picture text -----**<br>
57.4<br>44<br>|<br>105 63.4<br>85 45<br>2CSC400986F0202<br>**----- End of picture text -----**<br>


**13** 

**Selection tables .............................  pag. 8/32** | 

ABB 

**13** /57 

**System pro** _**M**_ **compact[®]** 

## **Overall dimensions** 

# **Measurement devices** 

## **DELTAsingle electronic single phase energy meters** 

**==> picture [5 x 247] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CMC481009F0007<br>2CSC400549F0201<br>**----- End of picture text -----**<br>


**==> picture [330 x 272] intentionally omitted <==**

**----- Start of picture text -----**<br>
72<br>DELTAplus electronic three-phase energy meters<br>a<br>O<br>|__| 122.5 64.8<br>7  modules<br>2CMC481029F0012<br>96 45<br>2CSC400987F0202<br>**----- End of picture text -----**<br>


## **DELTAplus electronic three-phase energy meters** 

**13** 

**Selection tables .............................  pag. 8/33** ON 

ABB 

**13** /58 

**System pro** _**M**_ **compact[®]** 

**Other functions** 

## **Overall dimensions** 

## **TS-C safety isolating transformers for general use** 

**==> picture [512 x 694] intentionally omitted <==**

**----- Start of picture text -----**<br>
TS25, TS40 TS63<br>70 87.5 58<br>-:<br>4 modules 5 modules<br>TM/TS bell transformers<br>TM10 TM15 TM30 TM40<br>TS8...TS16 TS24<br>35 52.5 58<br>2 modules 3 modules<br>Bells and buzzers<br>SM<br>RM TSM TSR SM - RM - TSM TSR<br>| 2S<br>17.5 35 35 44 44<br>58 68<br>aiseAS<br>1 module 2 modules 2 modules<br>Selection tables ...............................  pag. 9/3<br>PT<br>ABB 13 /59<br>2CSC400988F0202<br>5<br>100 4<br>2CSC400989F0202<br>2CSC400595F0001<br>85 45<br>2CSC400990F0202<br>2CSC400800F0202<br>85 45 45<br>2CSC400800F0202<br>**----- End of picture text -----**<br>


**13** 

**13** /59 

**System pro** _**M**_ **compact[®]** 

**Other functions** 

## **Overall dimensions** 

## **CP-D primary switch mode power supplies** 

**==> picture [6 x 52] intentionally omitted <==**

**----- Start of picture text -----**<br>
CDC271025F0b07<br>**----- End of picture text -----**<br>


**==> picture [302 x 332] intentionally omitted <==**

**----- Start of picture text -----**<br>
18.0 71.0 53.0<br>|| a o<br>c - .<br>CP-D 12/0.83,  CP-D 24/2.5 CP-D 12/2.1, CP-D 24/1.3<br>CP-D 24/0.42<br>89.9<br>_t | 4]<br>®OQOOO® le)<br>oe (OC)<br>32.1<br>CP-D 24/4.2 49.0<br>57.5<br>91.0 91.0 91.0<br>91.0<br>44.5 67.0<br>2CDC272011F0b07<br>**----- End of picture text -----**<br>


**13** 

**Selection tables .............................  pag. 9/11** 

ABB 

**13** /60 

**System pro** _**M**_ **compact[®]** 

**Other functions** 

## **Overall dimensions** 

## **TM control, isolating and safety transformers** 

**==> picture [6 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
2CSC400991F0202<br>**----- End of picture text -----**<br>


**==> picture [367 x 457] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|from 50 up to 400 VA|from 630 up to 2500 VA|
|C|C1|
|Lm|||oe|6=—|SS|
|L|
|P|L|A|
|A|
|TM-C control transformers|
|Power|
|Picture|Dimensions|Screw|[Wheigth ]|
|(VA)|(Kg)|
|A|B|B1|C|C1|P|L|
|50|1|76|89|-|69|-|46|56|M4|1.1|
|100|1|85|95|-|87|-|63|64|M4|2|
|160|1|97|106|-|89|-|73|84|M5|3|
|200|1|97|106|-|89|-|73|84|M5|3.2|
|250|1|97|106|-|105|-|89|84|M5|3.6|
|320|1|121|122|-|91|-|73|90|M5|4.4|
|400|1|121|122|-|104|-|85|90|M5|5.5|
|630|2|151|-|150|-|122|90|122|M6|7.8|
|1000|2|151|-|150|-|166|133|122|M6|13.2|
|1600|2|193|-|184|-|163|125|155|M8|21.2|
|2000|2|193|-|184|-|181|143|155|M8|25.5|
|2500|2|193|-|184|-|191|153|155|M8|26.8|
|TM-S safety transformers and TM-I isolating transformers|
|50|1|76|89|-|69|-|46|56|M4|1.1|
|100|1|85|95|-|87|-|63|64|M4|2|
|160|1|97|106|-|89|-|73|84|M5|3|
|200|1|97|106|-|89|-|73|84|M5|3.2|
|250|1|97|106|-|105|-|89|84|M5|3.6|
|320|1|121|122|-|91|-|73|90|M5|4.4|
|400|1|121|122|-|104|-|85|90|M5|5.5|
|630|2|151|-|150|-|122|90|122|M6|7.8|
|1000|2|151|-|150|-|166|133|122|M6|13.2|
|1600|2|193|-|184|-|163|125|155|M8|21.2|
|2000|2|193|-|184|-|181|143|155|M8|25.5|
|2500|2|193|-|184|-|191|153|155|M8|26.8|

**----- End of picture text -----**<br>


**13** 

**Selection tables ...............................  pag. 9/8** | 

ABB 

**13** /61 

**System pro** _**M**_ **compact[®]** 

**Other functions** 

## **Overall dimensions** 

## **Modular sockets** 

**==> picture [407 x 543] intentionally omitted <==**

**----- Start of picture text -----**<br>
M1170 44 60<br>M1173 44<br>M1174<br>M1175<br>M1176<br>=<br>o ak<br>po [f]]<br>2.5 modules<br>M1363 a 53<br>apo<br>|<br>3 modules<br>MA1-8001 DIN rail adapter<br>e ae<br>(R tg<br>2 modules<br>2CSC400536F0201<br>85 45<br>85<br>2CSC400993F0202<br>1SFC151347F0001<br>**----- End of picture text -----**<br>


**13** _ **Selection tables .............................  pag. 9/12** | 

ABB 

**13** /62 

## **System pro** _**M**_ **compact[®]** 

## **Worldwide marks and approvals** 

**Index** Worldwide marks and approvals ....................................................................................... **14** /2 

**14** 

ABB 

**14** /1 

## **System Worldwide marks and approvals pro** _**M**_ **compact[®]** MCBs and RCDs 

This is the present situation regarding worldwide marks and approvals for ABB System pro _M_ compact range devices. Although some products already obtained some approvals or certificates, they don’t necessarily bear the related marks on the product. 

Legend: 

■ Approved 

- Waiting for approval 

Supplementary protection 

Branch circuit protection 

Available for F200 type for overseas markets 

Only S 500-K range 

Indicated approvals are the whole of the approvals for all devices versions; contact your LSO to know which are the approvals obtained for each device version 

The F 200 range has obtained the EPD (Environmental Product Declaration), according to ISO 14040. This product/service has a **CERTIFIED ENVIRONMENTAL PRODUCT DECLARATION** describing information about environmental performance, contents and recycling **14** which has been controlled and verified by Rina according to MSR 1999:2 Registration number: S-P 00080 and S-P 00081 More information on the Internet : http//www.environdec.com i= 

|AENOR - Spain|BBJ - Poland|BSMI - Taiwan|CCC - China|
|---|---|---|---|
|S 200<br>■S 200<br>■S 200<br>—<br>~~—~~<br>~~LJ~~|||●S 200<br>~~LJ~~|
|S 200 M<br>■S 200 M<br>S 200 P<br>■S 200 P|■S 200 M<br>■S 200 P||●S 200 M<br>●S 200 P|
|S 200 U|||●S 200 U|
|S 200 UP|||● S 200 UP|
|SN 201|||■ SN 201|
|S 280|||■ S 280|
|S 290|||■ S 290|
|S 800|||■S 800|
|S 500 -K,S 500UC-K|||■S 500-K,S 500UC-K|
|F 200<br>■F 200||■F 200|■F 200|
|DDA 200||||
|DS 200||||
|DS201|||■DS201|
|DS202C||||
|DS 271||||
|DDA for S 290||||
|DDA 800||||
|F2C..||||
|S 290 accessories||||
|GOST - Ucraina<br>=E|IMQ - Italy<br>uo|IRAM - Argentina<br>&|KEMA - Netherland<br>es|
|S 200|■S 200||■S 200|
|S 200 M|■S 200 M||■S 200 M|
|S 200 P|■S 200 P||■S 200 P|
|S 200 U||||
|S 200 UP||||
|SN 201|■SN 201||■SN 201|
|S 280|■S 280|||
|S 290||||
|S 800||||
|F 200<br>■F 200|■F 200|■F 200|■F 200|
|DDA 200<br>■DDA 200|■DDA 200|||
|DS 200<br>■DS 200|■DS 200|||
|DS201<br>■DS201|■DS201||■DS201|
|DS202C<br>■DS202C|■DS202C|||
|DS 271<br>■DS 271||||
|DDA for S 290<br>■DDA for S 290||||
|DDA 800<br>■DDA 800||||
|SIQ - Slovenia|SIRIM - Malaysia|RCM - Australia|UL - USA|
|S 200<br>■S 200<br>S 200 M<br>■S 200 M<br>~~=e~~|■S 200<br>■S 200<br>■S 200 M<br>■S 200 M<br>~~Sa~~||■S 200<br>~~=~~|
|S 200 P<br>■S 200 P||■S 200 P|■S 200 P|
|S 200 U|||■S 200 U|
|S 200 UP|||■S 200 UP|
|SN 201||■SN 201||
|S 280||■S 280||
|S 290|||■S 290|
|S 800|||■S 800|
|S 500 -K,S 500UC-K|||■S 500-K,S 500UC-K|
|F 200|■F 200|■F 200|■F 200|
|F 204 B||||
|DDA 200<br>DS 200<br>DS201<br>DS202C<br>DS 271<br>DDA forS290<br>DDA800||■DS201<br>■DS202C<br>■DS 271||



ABB 

**14** /2 

## **System Worldwide marks and approvals pro** _**M**_ **compact[®]** MCBs and RCDs 

CEBEC - Belgium CERTIF - Portugal CSA - Canada DEMKO - Denmark EZU - Czech Rep. FIMKO - Finland GOST - Russia ■ a S 200 ■ ao S 200 KF ■ S 200 ■ S 200 a ■ S 200 ■ S 200 a ■ S 200 ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 P ■ S 200 P ■ S 200 P  (≤ 25 A) ■ S 200 P ■ S 200 P ■ S 200 P ■ S 200 P ■ S 200 U ■ S 200 UP ■ S 280 ■ S 290 ■ S 800 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ DDA 200 ■ DS 200 ■ DS201 ■ DS201 ■ DS202C ■ F2C.. ■ S 290 accessories LCIE - France NEMKO - Norway OVE - Austria PSB - Singapore SABS - South Africa SEMKO - Sweden SEV - Switzerland ■ it S 200 ■ S 200 —_— ■ S 200 (fs ■ S 200 ■ S 200 + ■ S 200 ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 P ■ S 200 P ■ S 200 P ■ S 200 P ■ S 200 P ■ S 280 ■ S 800 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ F 200 ■ DDA 200 ■ DS 200 ■ DS201 ■ DS201 ■ DS202C & oe & § & VDE - Germany DNV - Norway GL - Germany LRS - Great Britain RINA - Italy RMRS - Russia = = ll ■ S 200 ■ S 200 ■ S 200 ■ S 200 ■ S 200 ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 M ■ S 200 P ■ S 200 P ■ S 200 P ■ S 200 P ■ S 280 ■ S 280 ■ S 280 ■ S 290 ■ S 800 ■ S 800 ■ S 800 ■ S 800 ■ S 800 ■ S 500-K ■ S 500-K ■ F 200 ■ F 204 B ■ DS 200 ■ DS201 ■ DS202C ■ DS202C 

**14** 

ABB 

**14** /3 

## **System Worldwide marks and approvals pro** _**M**_ **compact[®]** Modular devices 

|||CCC||CEBEC||ENEC||GOST||GOST||IMQ||KEMA||NF||UL/CSA|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||China||Belgium||Europe||Russia||Ucraina||Italy||Netherland||France||USA/Canada|
||2||||||||||||||||||
||||||||||||||||||||
||||||||||||||||||||
|OVR||||||||■OVR T1 and T2|||||||||||
|RD||||||||■RD||■RD|||||||||
|TR-TRM||||||||■TR-TRM||■TR-TRM|||||||||
|E 90||■E 90||||||■E 90||■E 90||■E 90||||■E 90||■E 90|
|E 930|||||||||||||||||||
|E 200||■E 200||||||||||||■E 200|||||
|E210||■E210||||||■E210|||||||||||
|ESB||■ESB|||||||||||||||||
|EN||■EN|||||||||||||||||
|E 259||||||||■E 259||■E 259|||||||||
|E 250||||||||■E 250||■E 250|||||||||
|E 260||||||||■E 260||■E 260|||||||||
|E 234||■E 234||||||■E 234|||||||||||
|AT||||||||■AT||■AT|||||||||
|D Line||||||||●D|||||||||||
|E 232||||||||■E 232|||||||||||
|TW||||||||■TW||■TW|||||||||
|THS||||||||■THS|||||||||||
|RAL||||||||■RAL||■RAL|||||||||
|LSS1/2||||||||■LSS1/2||■LSS1/2|||||||||
|RH/RL||||||||■RH/RL||■RH/RL|||||||||
|SQZ3||||||||■SQZ3||■SQZ3|||||||||
|LEE 230||||||||■LEE 230||■LEE 230|||||||||
|CT / CTA / TRFM||||||||■CT/CTA/TRFM||■CT/CTA/TRFM|||||||||
|MCA/MCV||||||||■MCA/MCV|||||||||||
|HMT||||||||■HMT|||||||||||
|TM||||||||■TM||■TM||■TM|||||||
|TS||||||||■TS||■TS|||||||||
|TS-C||||||||■TS-C||■TS-C||■TS-C|||||||
|TSM/TSR||||||||■TSM/TSR||■TSM/TSR|||||||||
|SM/RM||||||||■SM/RM||■SM/RM|||||||||
|M1170||||||||■M1170|||||||||||
|M1173||||||||■M1173||■M1173||■M1173|||||||
|M1174|||■M1174|||||■M1174||■M1174||||||■M1174|||
|M1175||||||||■M1175||■M1175|||||||||
|M1176|||||||||||||||||||
|M2071|||||||||||||||||||
|TM-C, TM-I, TM-S||||||■TM-C,<br>TM-I, TM-S||■TM-C,<br>TM-I, TM-S||■TM-C,<br>TM-I, TM-S|||||||||



Legend: 

■ Approved whole range 

- Waiting for approval 

Except for ESB/EN 20 

Except for TM40 

For series E219 CCC mark not needed 

**14** _ 

ABB 

**14** /4 

## **System Worldwide marks and approvals pro** _**M**_ **compact[®]** Modular devices 

UL/CSA VDE BV/F GL/D LRS RINA RMRS RCM IRAM USA/Canada Germany France Germany Great Britain Italy Russia Australia Argentina os Lite Ele ie ● OVR T1 and T2 ■ OVR T2 40 275 ■ E 90 ■ E 90 ● E 90 ● E 90 ■ E 930 ■ E 200 ■ E210 ■ E210 ■ ESB ■ ESB ■ ESB ■ EN ■ EN ■ EN ■ E 260 ■ E 234 ■ E 232 ■ TS ■ TS-C ■ M1175 ● M1176 ● M2071 ■ TM-C, TM-I, TM-S 

**14** 

ABB 

**14** /5 

## **System pro** _**M**_ **compact[®]** 

## **Alphabetical index** 

**==> picture [510 x 615] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type Description Chapter Page Type Description Chapter Page<br>A D<br>AMT Modular analogue ammeters 8 8/12 D Line and  Digital time switches 6 6/51<br>DTS<br>AMT Front panel analogue ammeters 8 8/15<br>DDA 200 RCD-Blocks for S200 MCBs 3 3/22<br>AMTD Modular digital ammeters 8 8/26<br>DDA 60, DDA  RCD-Blocks for S290 MCBs 3 3/64<br>AMTD P Front panel digital ammeters 8 8/27 70, DDA 90<br>ANR Network analysers 8 8/6 DDA 800 RCD-Blocks for S800 MCBs 3 3/68<br>AT  Electro-mechanical time switches 6 6/47<br>DELTAplus/ Three-phase energy meters 8 8/36<br>ATT GSM modules 6 6/74 DELTAmax<br>B DELTAsingle Single phase energy meters 8 8/33<br>BS9..., BF2... Busbars for SN201 MCBs 4 4/33 Accessories for electronic energy  8 8/44<br>meters<br>C<br>DMTME Modular multimeters 8 8/3<br>CL Logic relays 6 6/76<br>DMTME-96  Front panel multimeters 8 8/3<br>CNV Transducers for angle phase  8 8/55 and<br>meters DMTME-72<br>CONV Current and voltage converters 8 8/54 DS 200 RCBOs 3 3/50<br>COP Caps and terminal covers 8 8/25 DS 271 1P+N Electronic RCBOs 3 3/82<br>CP-D Primary switch mode power  9 9/11 DS 800 RCBOs 3 3/74<br>supplies<br>DS201 1P+N RCBOs 3 3/32<br>CSF Modular analogue power factor  8 8/12<br>meter DS202C 2P RCBOs 3 3/44<br>CSF Front panel analogue power factor  8 8/15 DS2C-CM Motor operating device for DS201- 4 4/16<br>meter DS202C RCBOs<br>CT Current transformer with through  8 8/47 E<br>primary E 200 Switches 6 6/2<br>CTA  Current transformer with wound  8 8/45 E 210 Switches, pushbuttons and indica- 6 6/6<br>primary<br>tor lamps<br>CTO Split core current transformer with  8 8/50 E 232 Staircase lighting time-delay  6 6/62<br>thorough primary switches<br>CTSM Summing current transformers 8 8/52 E 234 CT-D Electronic timers 6 6/39<br>CUS Serial converter 8 8/9 E 235 Mains disconnection relays 7 7/8<br>E 236  Undervoltage monitoring relays 7 7/12<br>E 250 Latching relays 6 6/24<br>E 259 Installation relays 6 6/22<br>E 260 Latching relays 6 6/29<br>E 450 Priority switches 7 7/2<br>E 463/3,  Switches 6 6/5<br>E 480/3<br>E 90 Fuse switch disconnectors, fuse  5 5/12<br>holders and fuse disconnectors<br>E 930 Fuse disconnectors 5 5/19<br>E 9F  Cylindrical fuses 5 5/22<br>E233 Electro-mechanical hour counters 8 8/40<br>EN  Contactors 6 6/17<br>EPD24 Electronic protection devices 5 5/36<br>ESB  Contactors 6 6/15<br>**----- End of picture text -----**<br>


ABB 

1 

## **System pro** _**M**_ **compact[®]** 

## **Alphabetical index** 

**==> picture [509 x 188] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type Description Chapter Page Type Description Chapter Page<br>F Q<br>F 200 RCCBs 3 3/6 QCV-QCA Front panel voltmetric and amme- 8 8/31<br>tric switches<br>F2 125A-S/H Signal/ auxiliary contact for F 200  4 4/13<br>125A and F 200 B QSD-DIG 230/  Remote signalling panel for insula- 5 5/42<br>24 tion monitoring devices<br>F2C-A… Shunt trips for F 200 RCCBs and  4 4/13<br>DS201/ DS202C RCBOs QSO Switchboards for medical locations  5 5/45<br>F2C-ARH Home automatic resetting unit for F  4 4/16 R<br>200 RCCBs<br>RAL Overload relays 7 7/4<br>F2C-ARI Auto-reclosing units for F 200  4 4/16<br>RCCBs RD Front panel residual current relays 3 3/86<br>RD2 Residual current monitors 3 3/84<br>F2C-CM Motor operating devices for F 200  4 4/16<br>RCCBs RD3 Residual current monitors 3 3/85<br>FEED-IN Terminals for SN201 busbars 4 4/33 RH/RL Maximum and minimum current/ 7 7/10<br>FLR Latching relays 6 6/31 voltage relays<br>**----- End of picture text -----**<br>


||**FLR**<br>Latching relays<br>**6**<br>6/31<br>voage reays|
|---|---|
||**FRZ**<br>Modular analogue frequency meter<br>**8**<br>8/12<br>**FRZ**<br>Front panel analogue frequency<br>meter<br>**8**<br>8/15<br>**FRZ-DIG**<br>Modular digital frequency meter<br>**8**<br>8/26<br>**HMT**<br>Electro-mechanical hour counters<br>**8**<br>8/41<br>**ILTS**<br>Switch-disconnectors<br>**5**<br>5/33<br>**ISL**<br>Industrial insulation monitoring<br>devices<br>**5**<br>5/46<br>**ISOLTESTER-**<br>**DIG**<br>Insulation monitoring devices<br>**5**<br>5/40<br>**ISS**<br>D0 fuse carriers<br>**5**<br>5/34<br>**LEE 230**<br>Extractable power failure signalling<br>lamp<br>**7**<br>7/15<br>**LSS1/2**<br>Load shedding switch<br>**7**<br>7/6<br>**M1170,**<br>**M1173,**<br>**M1174,**<br>**M1175,**<br>**M1176,**<br>**M1363,**<br>**M2071**<br>Modular sockets<br>**9**<br>9/12<br>**MA1-8001**<br>DIN rail adapter<br>**9**<br>9/17<br>**MCV-MCA**<br>Modular voltmetric and ammetric<br>switches<br>**8**<br>8/30<br>**MeMo2**<br>**MeMo4**<br>Modular DIN rail device with USB<br>cable<br>**4**<br>4/22<br>**ODIN Meter**<br>Three-phase energy meters<br>**8**<br>8/35<br>**ODINsingle**<br>Single phase energy meters<br>**8**<br>8/32<br>Accessories for electronic energy<br>meters<br>**8**<br>8/39<br>**OVR**<br>Surge Protective Devices<br>**5**<br>5/7<br>**PS…**<br>Busbars<br>**4**<br>4/13,<br>4/18|
|**H**||
|**I**||
|**L**||
|**M**||
|**O**||
|**P**||



ABB 

2 

## **System pro** _**M**_ **compact[®]** 

## **Alphabetical index** 

**==> picture [510 x 18] intentionally omitted <==**

**----- Start of picture text -----**<br>
Type Description Chapter Page Type Description Chapter Page<br>**----- End of picture text -----**<br>


|**S**|||||**T**|||||
|---|---|---|---|---|---|---|---|---|---|
||**S 200**|MCBs|**2**|2/8||**THS**|Modular thermostats|**6**|6/71|
|||Accessories for S 200 MCBs|**4**|4/30,||**TI**|Insulating transformers for medical|**5**|5/44|
|||||4/34|||locations|||
||**S 280**|MCBs|**2**|2/57||**TM**|Fail safe bell transformers|**9**|9/5|
|||Auxiliary elements for S 280 MCBs|**4**|4/42||**TM-C, TM-S,**|Control, isolating and safety tran-|**9**|9/8|
||**S 290**<br>**S 500**<br>**S 700**|MCBs<br>Auxiliary elements for S 290 MCBs<br>MCBs<br>MCBs<br>Auxiliary elements and accessories<br>for S 700 MCBs|**2**<br>**4**<br>**2**<br>**2**<br>**4**|2/66<br>4/46<br>2/114<br>2/71<br>4/48||**TM-I**<br>**TMD**<br>**TR**<br>**TRFM**<br>**TS**|sformers<br>Temperature control units<br>Toroidal transformers<br>Modular current transformer<br>Non-inherently short-circuit proof<br>bell transformers|**8**<br>**3**<br>**8**<br>**9**|8/42<br>3/87<br>8/43<br>9/6|
||**S 800**|MCBs|**2**|2/77||**TS-C**|Safety isolating transformers for<br>general use|**9**|9/4|
|||Auxiliary elements and accessories<br>for S 800 MCBs|**4**|4/52||**TV**|Voltage transformers|**8**|8/53|
||**S2C-A…**|Shunt trips for S 200 MCBs and<br>DS 200 RCBOs|**4**|4/13|**V**|**TW**|Twilight switches|**6**|6/65|
||**S2C-BP**|Mechanical tripping device|**4**|4/14||**VLM**|Modular analogue voltmeters|**8**|8/12|
||**S2C-CM**<br>**S2C-EST**<br>**S2C-Nt**|Motor operating devices for S 200<br>MCBs<br>Plug-in base<br>Hand operated neutral|**4**<br>**4**<br>**4**|4/16<br>4/15<br>4/14|**W**|**VLM**<br>**VLMD**<br>**VLMD P**|Front panel analogue voltmeters<br>Modular digital voltmeters<br>Front panel digital voltmeters|**8**<br>**8**<br>**8**|8/15<br>8/26<br>8/27|
||**S2C-OVP…**|Overvoltage releases for S 200<br>MCBs, F 200 RCCBs and DS201/<br>DS202C RCBOs.|**4**|4/14||**WT63**|Selective Short-Circuit Current<br>Limiter|**2**|2/76|
|||||||||||
||**S2C-S…/**|Signal/ auxiliary contacts for S 200|**4**|4/12||||||
||**S2C-H…**|MCBs, F 200 RCCBs and DS 200||||||||
|||RCBOs||||||||
||**S2C-UA…**|Undervoltage releases for S 200|**4**|4/14||||||
|||MCBs, F 200 RCCBs, DS201/||||||||
|||DS202C/ DS 200 RCBOs||||||||
||**SCL**|Interchangeable scales for modular|**8**|8/18||||||
|||analogue instruments||||||||
||**SCL**|Interchangeable scales for front|**8**|8/25||||||
|||panel analogue instruments||||||||
||**SELVTESTER**|Insulation monitoring device for|**5**|5/42||||||
|||insulated networks at 24 V AC/ DC||||||||
||**SL**|Luminous indicators for panel|**6**|6/13||||||
|||installation||||||||
||**SM, RM, TSM**|Bells and buzzers|**9**|9/10||||||
||**and TSR**|||||||||
||**SN201**|1P+N MCBs|**2**|2/50||||||
||**SN201-S/**|Signal/ auxiliary contacts for SN201|**4**|4/12||||||
||**SN201-IH**|MCBs||||||||
||**SNT**|Shunts|**8**|8/56||||||
||**SQZ3**|Phase and sequence relay|**7**|7/9||||||
||**STD**|Dimmers|**6**|6/35||||||



ABB 

3 

## Contact us 

ABB SACE a division of ABB S.p.A. ABB STOTZ-KONTAKT GmbH 

In consideration of modifications to Standards and materials, the characteristics and overall dimensions indicated in this catalogue may be considered binding only following confirmation by ABB Copyright 2011 ABB. All rights reserved.
Updated at June 7, 2026
ABB is a global leader in power and automation technologies, recognized for delivering innovative solutions that improve performance while minimizing environmental impact. Serving a diverse range of sectors including industrial processing, OEM, and building services, ABB provides highly reliable components designed to meet the rigorous demands of modern electrical systems. The company is particularly renowned for its advanced circuit protection solutions. This includes a comprehensive selection of thermal magnetic circuit breakers, alongside specialized RCBO, RCD, GFCI, and AFDD circuit breakers. These foundational safety components are supported by a wide array of high-quality fuse holders and circuit breaker accessories, ensuring complete protection for complex industrial and commercial installations. Beyond circuit protection, ABB excels in automation and process control. Their offering features sophisticated visual signal indicator units, industrial switch accessories, and panel instrumentation designed for intuitive system monitoring. Additionally, ABB manufactures a robust range of power relays, safety relays, and AC/DC converters, providing engineers with the critical building blocks needed for efficient, secure, and reliable control panels.
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