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Illustrative purposes only
PC-0224-100-0
AC/DC DIN Rail Power Supply (PSU), ITE, 1 Output, 240 W, 24 VDC, 10 A
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: BLOCK
- Product type:
- SVHC: No SVHC (21-Jan-2025)
- Product Range: -
- No. of Outputs: 1 Output
- Output Power Max: 240W
- Current, Output 4: -
- Input Voltage VAC: 180V AC to 550V AC
- Power Supply Output Type: Fixed
- Output Current - Output 1: 10A
- Output Current - Output 2: -
- Output Current - Output 3: -
- Output Voltage - Output 1: 24VDC
- Output Voltage - Output 2: -
- Output Voltage - Output 3: -
- Output Voltage - Output 4: -
- Power Supply Applications: ITE
| Delivery and price | |
|---|---|
| Units per pack | 10 |
| Price | 236.69 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
Edition 6
## BLOCK **POWER SUPPLIES**
Switched mode power supplies / Electronic circuit breakers / Uninterruptible power supplies / Redundancy modules / Accessories
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Switched mode power supplies<br>**----- End of picture text -----**<br>
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Electronic circuit breakers<br>**----- End of picture text -----**<br>
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Uninterruptible power supplies<br>**----- End of picture text -----**<br>
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Redundancy modules<br>**----- End of picture text -----**<br>
POWER SUPPLIES Page 6
CIRCUIT BREAKERS Page 36
UPS Page 64 REDUNDANCY MODULES Page 78
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## TECHNOLOGICALLY CONVINCING
BLOCK products are especially tailored to specific requirements of an application and provide superior system reliability for your machines and equipment.
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## KNOW-HOW
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## SWITCHED MODE POWER SUPPLIES WITH POWERFUL BOOST TECHNOLOGY
Up to 100 A for 50 ms available for the reliable tripping of conventional circuit breakers in faulty circuits. Additionally, 100 % power reserve for 4 seconds allows the connection of loads with high inrush current without overdimensioning the power supply.
[Details from page 6]
## ELECTRONIC CIRCUIT BREAKERS WITH A COST-EFFECTIVE CONNECTION TO A HIGHER-LEVEL CONTROL SYSTEM
Up to 8 protected circuits can be specifically switched on or off via digital output of the PLC. A digital input reads the operating and error status of each circuit.
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I O<br>control<br>PLC<br>reading<br>**----- End of picture text -----**<br>
[Details from page 36]
## DC - UPS SYSTEMS
## WITH BATTERY CONTROL
Reliable battery management can only be realised through a constant data exchange between charge and control unit and the battery module. This enables the optimal and gentle charging of the batteries and provides a reliable signal to the superior machine control system as soon as the battery needs to be replaced due to a deterioration.
[Details from page 64]
## REDUNDANCY MODULES ON INSTALLATION OF A FAIL-SAFE POWER SUPPLY SYSTEM
To avoid putting the operational reliability of machines and systems at risk in the event of a power supply failure, availability is safeguarded by two power supplies with the same rating.
[Details from page 78]
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## ecoLINE
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MINI<br>**----- End of picture text -----**<br>
SMALL YET EFFICIENT MODULE EFFICIENT POWER SUPPLY IN FOR COMPACT CONTROLLERS COMPACT PLASTIC CASING FOR VERSATILE USE
## POWER SUPPLIES
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## **COMPACT** [POWER|
## OPTIMIZED FOR THE CORE TASK OF POWER AND VOLTAGE SUPPLY
## THE HIGH PERFORMER FOR DEMANDING TASKS
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## POWER VISION POWER SUPPLIES
## For the highest system reliability
Leading the power supply industry, Power Vision offers a technically and economically superior product line featuring slim-design modules, great communication capabilities and maximum power reserves for optimum system reliability while being highly cost-effective.
## **i**
## Top Boost
Enables the use of conventional circuit breakers for selective protection of DC 24 V power supply circuits
## **i** Power Boost
Large power reserves secure the start up of loads with high inrush currents
## **i**
## Mains input fuse
Integrated fuses permit device protection without the use of required preliminary fuses
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i<br>**----- End of picture text -----**<br>
## Monitoring
Interfaces and configurable signal outputs ensure extensive input and output supply monitoring possibilities
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## SPECIAL FEATURES
## Input fuses
The devices feature built-in input fuses and can be connected directly to industrial standard sockets. This saves space and costs for additional circuit breakers and their wiring.
## Software
Free parameter diagnostic software is available for devices with integrated interfaces. The recording of measurement values and messages for analysing the grid voltage or output voltage and current is possible.
## Large current reserves Top Boost and Power Boost
## Active inrush current limiting
After connecting the grid voltage the internal capacitors cause an inrush current peak at the power supply, which is limited by passive components. When multiple power supplies are switched in parallel the inrush currents accumulate.
**Digital Boost control** Boost is available directly after device start up. ~~Lo~~ **Two Power Boost levels** 100 % Power Boost for 4 secs. 50 % Power Boost for 16 secs. | iC“ tststs—‘Cisz **Top Boost**
Options are available which limit these inrush currents to a minimum. An unwanted tripping of the upstream fuse can be avoided.
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Temporary increased power for a reliable start<br> of loads with very high inrush current peaks.<br> Enables the tripping of circuit breakers up to C<br> characteristic.<br>eee)<br>Dynamic Power Boost<br> Enables cyclic use of Power Boost.<br>Top Boost<br>sarcmmn snimiiilt<br>Irated<br>Power Current limiting<br>Boost<br>Level 1 Level 2<br>0<br>0<br>Irated<br>Urated<br>a<br>0 ms<br>Current<br>Uout [V] I out [%]<br>**----- End of picture text -----**<br>
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Irated<br>0<br>0 5 10 15 20<br>ms<br>Current<br>**----- End of picture text -----**<br>
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## ECONOMY – THE COSTEFFICIENT SOLUTION
The Power Vision Economy (PVSE) is an optimized switched mode power supply with a high-precision output voltage for all automation technology requirements. “Economy” concentrates on the core task of suppling voltage and current.
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ECONOMY<br>**----- End of picture text -----**<br>
## FEATURES
Power range: 72 to 960 W
Universal input range
Stabilized and adjustable output voltage
## VERSIONS
|VERSIONS|VERSIONS|VERSIONS|VERSIONS|VERSIONS|VERSIONS|
|---|---|---|---|---|---|
|12 Vdc<br>12 Vdc<br>12 Vdc<br>PVSE 230–SINGLE-PHASE<br>~~re~~||||||
|6 A||10 A||15 A||
|24 Vdc||24 Vdc||24 Vdc|24 Vdc|
|3 A||5 A||10 A|20 A|
||||||30 Vdc<br>15 A|
|||||48 Vdc|48 Vdc|
|||||5 A|10 A|
|PVSE 400–THREE-PHASE<br>~~ee~~||||||
|24 Vdc||24 Vdc||24 Vdc||
|10 A||20 A||40 A||
|||||30 Vdc||
|||||25 A||
|||48 Vdc||48 Vdc||
|||10 A||20 A||
## HIGHLIGHTS
TOP BOOST – 60 A ABOVE RATED CURRENT FOR TRIPPING CIRCUIT BREAKERS
PLUG-IN SPRING-LOADED CONNECTION TECHNOLOGY
ROBUST DIN RAIL MOUNTING
UP TO 200 % POWER BOOST FOR 4 SECONDS
STAND-BY-INPUT
POTENTIAL-FREE “DC OK” SIGNAL CONTACT
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## OVERLOAD BEHAVIOR
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Top Boost<br>4<br>Power Current limiting<br>Boost<br>Level 1 Level 2<br>I rated<br>Urated<br>0 ms<br>Uout [V] I out [%]<br>**----- End of picture text -----**<br>
## LED INDICATION
The Economy option is equipped with two LEDs to indicate the operating status. When the device is running error-free, the green LED lights up. The red LED indicates undervoltage at the output of the power supply.
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SETTING THE<br>OUTPUT VOLTAGE<br>**----- End of picture text -----**<br>
## SIGNAL CONTACT “DC OK”
The power supply is equipped with an isolated “DC OK” signal output. In the event of undervoltage at the output, the internal relay becomes inactive. The changeover contact can be used for error query.
## STAND-BY INPUT
The stand-by input allows a controlled shutdown of the power supply. When applying an external DC voltage at the stand-by input, the device’s output is switched off and the switched mode power supply remains in stand-by mode.
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## BASIC – FEATURING LOAD MONITORING
The Power Vision Basic (PVSB) is suitable for requirements in automation technology, offering numerous parameter-settings and indicator functions including output current and voltage monitoring. In addition to PVSE power reserves, a serial interface and four active signal outputs ensure uninterrupted communication with the system environment.
## FEATURES
Power range: 240 to 960 W Universal input range: 340 to 550 Vac Stabilized and variable output voltage
## VERSIONS
– - PVSB 400 eel THREE PHASE 24 Vdc 24 Vdc 24 Vdc 10 A 20 A 40 A
## HIGHLIGHTS
TOP BOOST – 60 A ABOVE RATED CURRENT FOR TRIPPING CIRCUIT BREAKERS
INTEGRATED OUTPUT CURRENT AND VOLTAGE MONITORING
ROBUST DIN RAIL MOUNTING
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BASIC<br>**----- End of picture text -----**<br>
PLUG-IN SPRING-LOADED CONNECTION TECHNOLOGY
UP TO 200 % POWER BOOST FOR 4 SECONDS
DISPLAY AND RS-232 INTERFACE
## OUTPUT MONITORING FOR A MORE PREVENTIVE APPROACH
FOUR ACTIVE DC 24 V SIGNAL CONTACTS FOR OPERATION MONITORING
The current and voltage of the PVSB power supply output are monitored continuously. Key information is indicated directly on the display. The integrated control unit is able to detect and signal potential faults affecting equipment at an early stage and to save relevant data.
## THE PVSB IS ABLE TO DETECT THE FOLLOWING POTENTIAL FAULTS:
Overcurrent When the output current exceeds the rated output current.
## DISPLAY AND INTERFACE PROVIDE THE FOLLOWING KEY INFORMATION:
- › Output current
- › Output voltage
- › Max. output current
- › Min./max. output voltage
Undervoltage
When the output voltage falls below the configurable DC OK limit value.
- › Visualisation of all faults
- › Type of fault
- › Operating hour counter
## Hardware failure
When the device’s internal self-testing function fails.
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## SETTING THE OUTPUT VOLTAGE
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23.9UoutIout Vdc 25,5Uout Vdc STO The output voltage can be set to a value between 22.0 and 28.8 Vdc either digitally using the buttons on the device<br>976Adc Ey SET Ey Uo itself or automatically via interface. When the device is switched on again, it<br>will automatically restore the final voltage<br>value stored in its memory.<br>**----- End of picture text -----**<br>
## COMMUNICATION WITH THE USER
Via LEDs: Non-critical faults are signalled by the yellow LED, while critical faults are indicated by the red LED.
Via display: The device features an integrated fault memory for selfdiagnostics. The precise nature of any potential faults can be easily identified thanks to the **Err Err** display’s system of flashing segments. **!!! !$!**
> Via active signal outputs: There are four active Oo signal outputs on the front panel of the PVSB for function monitoring. The corresponding status can be transmitted to a control system. The signal outputs switch on the output voltage and can be processed as a digital signal. Two of the four signal outputs can be configured individually using a free parameterisation software, e.g. generate a summary signal for all critical states.
Via interface: The device can communicate with a PC or a control system via serial interface. The switched mode power supply’s key data is transmitted cyclically enabling the user to view relevant data and respond to critical operational states.
This interface can also be used for parameterisation of the PVSB. The Power Vision software packages required for communication can be downloaded from **block.eu** at no charge.
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## LINE – FEATURING LOAD AND MAINS SUPPLY MONITORING
The PVSL 400 is a top-of-the-range switched mode power supply designed to meet all automation technology requirements. It features a wide range of parameterisation and display functions, including output current and voltage monitoring as well as integrated line voltage analysis.
## FEATURES
Power range: 240 to 960 W Universal input range: 340 to 550 Vac Stabilized and adjustable output voltage
## VERSIONS
– - PVSL 400 ~~oe~~ THREE PHASE 24 Vdc 24 Vdc 24 Vdc 10 A 20 A 40 A
## HIGHLIGHTS
TOP BOOST – 60 A ABOVE RATED CURRENT FOR TRIPPING CIRCUIT BREAKERS
INTEGRATED OUTPUT CURRENT AND VOLTAGE MONITORING
ROBUST DIN RAIL MOUNTING
PLUG-IN SPRING-LOADED CONNECTION TECHNOLOGY
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LINE<br>**----- End of picture text -----**<br>
ADDITIONAL INPUT VOLTAGE MONITORING INCLUDING FREQUENCY AND ROTARY FIELD MEASUREMENT
UP TO 200 % POWER BOOST FOR 4 SECONDS
DISPLAY AND RS-232 INTERFACE
FOUR ACTIVE DC 24 V SIGNAL CONTACTS FOR OPERATION MONITORING
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## INPUT AND OUTPUT MONITORING FOR A MORE PREVENTIVE APPROACH
In addition to the features supported by the PVSB, the PVSL switched mode power supply is equipped with an integrated supply input monitoring function.
## The PVSL module is able to detect the following potential faults:
Mains undervoltage When the input voltage of at least one input phase falls below a configurable threshold value.
## Display and interface provide the following key information:
› Mains input voltage
› Mains frequency
› Phase sequence direction
› Output current
## PVSL for well-arranged wiring cabinets
With the PVSL the use of additional modules in the wiring cabinet becomes redundant. The line option monitors the phase sequence direction and checks the quality of the supply network for input phases.
› Output voltage
## Mains overvoltage
When the input voltage of at least one input phase exceeds a configurable threshold value.
› Max. output current
› Visualisation of all faults
› Type of fault
› Operating hour counter
In the event of power failure, faster response times provide enough time for data storage which is important for the restart of a device.
Phase error When a supply input phase fails.
Phase sequence error When the connected phase sequence direction is counterclockwise.
Frequency error When the power frequency is outside the frequency range of 44 to 66 Hz.
Power failure
When at least two power input phases fail (typical response time 4 ms).
## Communication error
When the internal communication test fails.
Overcurrent
When the output current exceeds the rated output current.
Undervoltage
When the output voltage falls below the configurable DC OK limit value.
## Hardware failure
When the device's internal self-testing function fails.
## **Ui Ui.L Ui.H F r 402 375 430 50 Hz** ~~RAE~~
## Information that can only be obtained via interface:
› Power input voltage of the different phases
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e<br>MONITORING<br>VOLTAGE<br>INPUT<br>LT<br>O<br>ME<br>V<br>TER<br>FIELD<br>ME TE<br>ROT<br>ARY<br>R<br>ERE<br>AMP<br>METER<br>IS<br>ATION SYS<br>SIG<br>TEM<br>NAL<br>OPERATING HOURSCOUNTER<br>**----- End of picture text -----**<br>
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## PVSA – FOR AS-I BUSSYSTEME
Power Vision (PVSA) are primary switched mode power supplies with integrated output filter for AS-i bus systems.
## FEATURES
Input rated voltage: 100 to 240 Vac Stabilized and adjustable output voltage
## VERSIONS
– - PVSA 230 SINGLE PHASE 30.5 Vdc 3 A
## HIGHLIGHTS
TOP BOOST – 12 A ABOVE RATED CURRENT FOR TRIPPING CIRCUIT BREAKERS
PLUG-IN SPRING-LOADED CONNECTION TECHNOLOGY
ROBUST DIN RAIL MOUNTING COMPATIBLE TO AS-I
UP TO 200 % POWER BOOST FOR 4 SECONDS
STAND-BY INPUT
POTENTIAL-FREE “DC OK” SIGNAL CONTACT
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## OVERLOAD BEHAVIOR
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Top Boost<br>Power Current limiting<br>Boost<br>Level 1 Level 2<br>I rated<br>Urated<br>0 ms<br>Uout [V] I out [%]<br>**----- End of picture text -----**<br>
## LED INDICATION
The PVSA series is equipped with two LEDs to indicate the operating status. When the device is running error-free, the green LED lights up. The red LED indicates undervoltage at the output of the power supply.
SETTING THE OUTPUT VOLTAGE
## SIGNAL CONTACT “DC OK”
The power supply is equipped with an isolated “DC OK” signal output. In the event of undervoltage at the output, the internal relay becomes inactive. The changeover contact can be used for error query.
## STAND-BY INPUT
The stand-by input allows a controlled shutdown of the power supply. When applying an external DC voltage at the stand-by input, the device‘s output is switched off and the switched mode power supply remains in stand-by mode.
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**COMPACT**
## POWER COMPACT POWER SUPPLIES
## Basic power supply for your application
The Power Compact product line combines basic functionality of economical switched mode power supplies and additional features for maximum system reliability.
Resistant to transient overvoltages up to 4 kV
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i<br>up to 4 kV<br> i Parallel operation<br>**----- End of picture text -----**<br>
**i** Fast tripping of conventional circuit breakers **i** “DC OK” signal contact
> **i** Robust DIN rail mounting
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These all-round power supply units can be utilised for various applications in the area of solar, measurement and control technology, especially plant and mechanical engineering.
They are robust and adaptable in a range of applications, yet feature a light and compact design, which provides an outstanding protection against transients and high-energy interference pulses at the power input.
## DIN RAIL MOUNTING
Robust rail mounting and push-in connecting terminals allow for quick and safe installation.
These devices meet average power requirements ranging between 120 to 960 W. Different options with 12, 24, 48 or 60 V allow versatile application.
The output voltage can be set by using the rotary potentiometer on the front panel of the device.
## INPUT VOLTAGE RANGE
**85 – 264 Vac** Single-phase Ld **180 – 550 Vac** Two-phase Ld **320 – 575 Vac** Three-phase Ld
OUTPUT VOLTAGE OPTIONS **12 V 24 V 48 V 60 V** PTTL
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Irated<br>+50 %<br>Power<br>Boost<br>I =z<br>rated<br>5 s<br>t<br>I<br>**----- End of picture text -----**<br>
## OPTIONAL POWER BOOST
For the 2- and 3-phase devices, versions are available with 50 % power reserves for starting up loads with high starting currents.
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**COMPACT**
## BASIC POWER SUPPLY FOR YOUR APPLICATION
The single-phase switched mode power supply impresses with robust design and flexibility. A compact design and high temperature range allows for versatile application
## FEATURES
Power range: 120 to 480 W Universal input range: 85 to 264 Vac Stabilized and adjustable output voltage
## VERSIONS
|PC 1AC–SINGLE-PHASE|PC 1AC–SINGLE-PHASE|PC 1AC–SINGLE-PHASE|
|---|---|---|
||12 Vdc||
||15 A||
|24 Vdc|24 Vdc|24 Vdc|
|5 A|10 A|20 A|
|48 Vdc|48 Vdc||
|5 A|10 A||
## HIGHLIGHTS
ROBUST DIN RAIL MOUNTING
POTENTIAL-FREE “DC OK” SIGNAL CONTACT
PUSH-IN CONNECTION TECHNOLOGY
CONSTANT CURRENT IN OVERLOAD CONDITIONS
COMPLIES WITH HOUSEHOLD APPLIANCE EN 60335-1 (ONLY 24 V/5 A)
FAST TRIPPING OF STANDARD CIRCUIT BREAKERS
## U o # J
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**COMPACT**
## BASIC POWER SUPPLY FOR YOUR APPLICATION
Equipped with a single- or two-phase supply range of 180 to 550 Vac, these all-round devices are ideal for maximum system reliability worldwide. In addition, these power supply units feature a compact design and easy to service push-in connection terminals.
## FEATURES
Power range: 120 to 240 W Universal input range: 180 to 550 Vac Stabilized and adjustable output voltage
## VERSIONS
## – - PC 2AC TWO PHASE
24 Vdc 24 Vdc 5 A 10 A
## HIGHLIGHTS
FAST TRIPPING OF STANDARD CIRCUIT BREAKERS
ROBUST DIN RAIL MOUNTING OPTIONAL: 50 % POWER BOOST
POTENTIAL-FREE “DC OK” SIGNAL CONTACT
PUSH-IN CONNECTION TECHNOLOGY
CONSTANT CURRENT IN OVERLOAD CONDITIONS
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**COMPACT**
## BASIC POWER SUPPLY FOR YOUR APPLICATION
The high overvoltage resistance and the required energy reserves for actuating traditional circuit breakers make the 3-phase Power Compact switched mode power supplies the ideal power supply for controlling larger machines and systems.
## FEATURES
Power range: 240 to 960 W Universal input range: 320 to 575 Vac Stabilized and adjustable output voltage
## VERSIONS
## – - PC 3AC THREE PHASE
|24 Vdc|24 Vdc|24 Vdc|
|---|---|---|
|10 A|20 A|40 A|
|||48 Vdc|
|||20 A|
|||60 Vdc|
|||16 A|
## HIGHLIGHTS
FAST TRIPPING OF STANDARD CIRCUIT BREAKERS
ROBUST DIN RAIL MOUNTING OPTIONAL: 50 % POWER BOOST
POTENTIAL-FREE “DC OK” SIGNAL CONTACT
PUSH-IN CONNECTION TECHNOLOGY
CONSTANT CURRENT IN OVERLOAD CONDITIONS
OPTIONAL WITH PRIMARY INPUT FUSE
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**MINI**
## SLIM AND EFFICIENT
The efficient control power supplies in slim plastic housing with their wide input voltage range are suitable for worldwide use. The single-phase power supplies are also compliant with the household appliance standard EN 60335-1.
For 2-phase power supplies, the 2-phase supply enables operation in neutralconductor supply networks, with reduced wiring and installation effort. For a configuration of NEC Class 2 circuits different versions are available.
## FEATURES
Power range: 25 to 100 W
Universal input range: 85 to 264 Vac (Single-phase), 180 to 575 Vac (Twophase)
Stabilized and adjustable output voltage
## VERSIONS
|PM 1AC–SINGLE-PHASE<br>eel|PM 1AC–SINGLE-PHASE<br>eel|
|---|---|
|12 Vdc<br>4 A<br>NEC Class 2<br>12 Vdc<br>7 A<br>24 Vdc<br>2 A<br>NEC Class 2<br>12 Vdc<br>2 A<br>NEC Class 2<br>24 Vdc<br>1 A<br>NEC Class 2<br>24 Vdc<br>3,8 A<br>NEC Class 2|24 Vdc<br>4 A|
|48 Vdc<br>2 A<br>30,5 Vdc<br>3 A<br>AS-i||
– - PM 2AC eel 2 PHASE
24 Vdc 3.8 A NEC Class 2
## HIGHLIGHTS
ACTIVE “DC OK” SIGNAL CONTACT
CONSTANT CURRENT IN OVERLOAD CONDITIONS
NEC CLASS 2 FOR 12 V DEVICES TO 4 A AND 24 V DEVICES TO 3.8 A
PUSH-IN CONNECTION TECHNOLOGY
LOW STAND-BY LOADS <1 W
COMPLIES WITH HOUSEHOLD APPLIANCE EN 60335-1
W o # J
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ecoLINE
## SWITCHED MODE POWER SUPPLIES IN FLAT PLASTIC CASING
These devices cover a power range from 20 to 80 W. Specifically designed for use in distribution boards or flat control panels.
## FEATURES
Power range: 20 to 80 W Universal input range: 85 to 264 Vac
## VERSIONS
|PEL 230–SINGLE-PHASE<br>5 Vdc<br>eee|
|---|
|5.5 A|
|12 Vdc<br>4 A<br>12 Vdc<br>2 A<br>12 Vdc<br>6.5 A|
|18 Vdc<br>18 Vdc|
|2,5 A<br>1,1 A|
## HIGHLIGHTS
STABILIZED AND ADJUSTABLE OUTPUT VOLTAGE
VIBRATION-RESISTANT SPRING-LOADED TERMINALS
CONSTANT CURRENT IN OVERLOAD CONDITIONS
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FOWER ecoLINE Neo
## SWITCHED MODE POWER SUPPLIES IN FLAT PLASTIC CASING
The PEL Neo series is derived from the PEL power supply units. The devices cover power requirements ranging from 30 to 100 W. New pluggable springclamp terminals with push-in technology simplify installation.
## FEATURES
Power range: 30 to 100 W Universal input range: 85 to 264 Vac
## VERSIONS
## – - PEL NEO SINGLE PHASE
24 Vdc 24 Vdc 24 Vdc 1,3 A 2,5 A 4 A
## HIGHLIGHTS
STABILIZED AND ADJUSTABLE OUTPUT VOLTAGE
PLUG-IN SPRING-LOADED TERMINALS WITH PUSH-IN CONNECTION TECHNOLOGY
CONSTANT CURRENT IN OVERLOAD CONDITIONS
U o N J
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## DC 24 V FUSE PROTECTION WITH BLOCK POWER SUPPLIES
For a rapid, magnetic tripping of conventional circuit breakers, an overrated current is required for a short period of time. The power supplies of the Power Vision and Power Compact series enable a reliable shut off of faulty current paths in the event of a short circuit.
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POWER AC<br>SUPPLY<br>DC<br>– +<br>0<br>1 1 1<br>PLC M<br>X<br>**----- End of picture text -----**<br>
## NOTE
## Cable length calculation
The cable length calculator helps with the layout of your device and is available to download from **block.eu** at no cost.
The maximum cable length for all Power Vision power supplies is calculated with regards to the cable cross section and utilised circuit breaker.
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## TYPICAL TRIPPING CURVE OF A CONVENTIONAL CIRCUIT BREAKER
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120<br>40<br>20<br>10<br>4<br>2<br>1<br>40<br>20<br>10<br>4<br>2<br>1<br>0.4<br>K<br>0.2<br>0.1 Z B C ~<br>0.04 ~ ~ ~<br>0.02<br>0.01<br>1 1.5 2 3 4 5 6 8 10 15 20 30<br>By rated current I N in A<br> –<br>Minutes<br>Tripping time<br>–<br> –––––<br>Seconds<br>–––––<br>**----- End of picture text -----**<br>
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i<br>**----- End of picture text -----**<br>
## Please note
To guarantee the quick triggering of the circuit breaker within the electromagnetic tripping range of the tripping curve, the resistance of the entire conductor loop has to be observed. The ohmic resistances for the incoming/returning cables limit the possible maximum current (cable cross-section and length as well as the contact resistance).
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Devices from the Power Vision series<br>provide temporary up to 100 A thanks<br>to its Top Boost technology. This<br>power supply enables reliable tripping<br>of circuit breakers up to B10 or C6 Top Boost<br>characteristic. PV<br>Power Boost<br>Due to its high current reserve<br>capacity, the Power Compact power<br>supply is suitable for cable lengths of up<br>to 40 metres.<br>Irated Relevant area for<br>4-12 ms fuse tripping PC<br>0<br>i= Tripping time<br>Short-circuit<br>DC current<br>**----- End of picture text -----**<br>
For high cable resistances or use of power supplies without power reserves, the electronic circuit breakers offer
a technical alternative to the classic circuit breaker. Learn more about these modules in the chapter for electronic circuit breakers.
block.eu 27
|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**|**Type**<br>Power Vision**Economy 1ph**<br>Power Vision**Economy 3ph**<br>Power Vision**Basic**<br>Power Vision**Line**<br>Power Vision**AS-i**<br>Power Compact**1ph**<br>Power Compact**2ph**<br>Power Compact**3ph**<br>Power Mini<br>Power Eco Line (Neo)<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>*<br>*<br>*<br>**Page10**<br>**10**<br>**12**<br>**14**<br>**16**<br>**20**<br>**21**<br>**22**<br>**23**<br>**24**||
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|||||||||||||
||r|r|r|r|r|r|r|r|r|r|Can be used worldwide through wide-range input|
||r|r|r|r|r|r|r|r|r|r|Parallel operation for increasedpower|
||r|r|r|r|r|r|r|*|r|r|Internal line fuses|
||r|r|r|r|r|r|r|r|r|r|Stabilized output voltage|
||r|r|r|r|r|r|r|r|r|r|Adjustable output voltage|
||r|r|r|r|r|r|r|r|r|r|Status LED|
||r|r|r|r|r||||||Top Boost for reliable start-up of loads with high inrush currents and<br>quick trippingof circuit breakers upto C characteristic|
||r|r|r|r|r||*|*|||Power Boost for the reliable start-upof loads with high inrush current|
|||||||r|r|r|||Current peaks for the quick tripping of circuit breakers up to<br>B characteristic|
|||r|r|r|||r|r|*||Permanent 2-phase operation|
||r|r|||r|r|r|r|||DC OK message viapotential-free contact|
||||r|r|||||r||DC OK message via active signal contacts|
||r|r|||||||||Stand-byinput|
||||r|r|||||||Displayfor easystart-up|
||||r|r|||||||RS-232 interface|
||||r|r|||||||DC current and voltage monitoring|
|||||r|||||||ACpower input monitoring|
|||||||r|r|r|r||Push-in directplug-in technology|
||r|r|r|r|r|||||r|Plug-in spring-loaded connection technology|
||r|r|r|r||r|r|r|r|r|UL certifcation|
|||||||r|r|r|r|r|GL certifcation|
|||||||*|||*||Complies with household appliance standard EN 60335-1|
||||||||||*||NEC Class 2power supply(max. 100 W)|
||**10**|**10**|**12**|**14**|**16**|**20**|**21**|**22**|**23**|**24**||
- Only for specific power supplies
28 block.eu
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Output Output Input<br>Type<br>rated voltage voltage range voltage range<br>5 V 4.5 – 8.5 Vdc Power Eco Line 85 – 264 Vac 5.5 A 24<br>11 – 18 Vdc Power Vision Economy 85 – 264 Vac 6 A 10 A 15 A 10<br>11.5 – 15 Vdc Power Compact 85 – 264 Vac 15 A 20<br>12 V<br>11.5 – 14.5 Vdc Power Mini 85 – 264 Vac 2 A 4 A 7 A 23<br>10.5 – 15.5 Vdc Power Eco Line 85 – 264 Vac 2 A 4 A 6.5 A 24<br>18 V 15.5 – 19 Vdc Power Eco Line 85 – 264 Vac 1.1 A 2.5 A 24<br>22 – 29.5 Vdc Power Vision Economy 85 – 264 Vac 3 A 5 A 10 A 20 A 10<br>23 – 28.5 Vdc Power Compact 85 – 264 Vac 5 A 10 A 20 A 20<br>24 V<br>23 – 28.5 Vdc Power Mini 85 – 264 Vac 1 A 2 A 3.8/4A 23<br>22.8 – 26.4 Vdc Power Eco Line / Neo 85 – 264 Vac 1.3 A 2.5 A 4 A 25<br>30 V 27 – 43 Vdc Power Vision Economy 85 – 264 Vac 15 A 10<br>29 – 32 Vdc Power Vision AS-i 85 – 264 Vac 3 A 16<br>30.5 V<br>29 – 32 Vdc Power Mini AS-i 85 – 264 Vac 3 A 23<br>33 – 52 Vdc Power Vision Economy 85 – 264 Vac 5 A 10 A 10<br>48 V 40 – 56 Vdc Power Compact 85 – 264 Vac 5 A 10 A 20<br>40 – 56 Vdc Power Mini 85 – 264 Vac 2 A 23<br>23 – 28.5 Vdc Power Compact 180 – 550 Vac 5 A 10 A 21<br>24 V<br>23 – 28.5 Vdc Power Mini 180 – 575 Vac 3.8 A 23<br>22.8 – 28.8 Vdc Power Vision Economy 340 – 550 Vac 10 A 20 A 40 A 10<br>23 – 28.5 Vdc Power Compact 320 – 575 Vac 10 A 20 A 40 A 22<br>24 V<br>22.8 – 28.8 Vdc Power Vision Basic 340 – 550 Vac 10 A 20 A 40 A 12<br>22.8 – 28.8 Vdc Power Vision Line 340 – 550 Vac 10 A 20 A 40 A 14<br>30 V 27 – 43 Vdc Power Vision Economy 340 – 550 Vac 25 A 10<br>37 – 51 Vdc Power Vision Economy 340 – 550 Vac 10 A 20 A 10<br>48 V<br>40 – 56 Vdc Power Compact 320 – 575 Vac 20 A 22<br>60 V 40 – 61 Vdc Power Compact 320 – 575 Vac 16 A 22<br>W W W W W W W W<br>0 – 20 20 – 30 40 – 60 70 – 100 120 180 – 240 450 – 480 750 – 960 Page<br>Single-phase<br>2-phase<br>Three-phase<br>**----- End of picture text -----**<br>
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## TYPES ACCORDING TO SERIES
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ECONOMY SINGLE-PHASE<br>**----- End of picture text -----**<br>
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A T C a” A C A C A : C 7 le ran<br>| B | B | B B<br>Dimensions:A: 127 mm Dimensions:A: 127 mm K S| Dimensions:A: 127 mm N = | Dimensions:A: 127 mm 7<br>B: 40 mm B: 57 mm B: 57 mm . B: 97 mm |<br>C: 163.5 mm C: 163.5 mm C: 179.5 mm C: 187.5 mm<br>Order no. Order no. Order no. Order no.<br>12 Vdc/6 A PVSE 230/12-6 12 Vdc/10 A PVSE 230/12-10 12 Vdc/15 A PVSE 230/12-15<br>24 Vdc/3 A PVSE 230/24-3 24 Vdc/5 A PVSE 230/24-5 24 Vdc/10 A PVSE 230/24-10 24 Vdc/20 A PVSE 230/24-20<br>30 Vdc/15 A PVSE 230/30-15<br>48 Vdc/5 A PVSE 230/48-5 48 Vdc/10 A PVSE 230/48-10<br>Active inrush current limit<br>**----- End of picture text -----**<br>
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ECONOMY<br>THREE-PHASE<br>T ~ T » : 7<br>A C = A C Oe A K C Pre<br>_ B , K B Zé B a<br>| [—]<br>Dimensions: Dimensions: Dimensions:<br>A: 127 mm A: 127 mm A: 127 mm<br>B: 57 mm B: 77 mm B: 128 mm<br>C: 179.5 mm C: 179.5 mm C: 205.5 mm<br>|) ~ Ei PT<br>Order no. Order no. Order no.<br>24 Vdc/10 A PVSE 400/24-10 24 Vdc/20 A PVSE 400/24-20 24 Vdc/40 A PVSE 400/24-40<br>30 Vdc/25 A PVSE 400/30-25<br>48 Vdc/10 A PVSE 400/48-10 48 Vdc/20 A PVSE 400/48-20<br>**----- End of picture text -----**<br>
30 block.eu
## TYPES ACCORDING TO SERIES
## **BASIC** THREE-PHASE
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T »~ T a T »~<br>Dimensions:A K CB ——— Dimensions:A K CB ; Sa Dimensions:A CB ——=<br>A: 127 mm A: 127 mm A: 127 mm<br>B: 57 mm B: 77 mm B: 128 mm<br>C: 179.5 mm C: 179.5 mm C: 205.5 mm<br>Order no. Order no. Order no.<br>24 Vdc/10 A PVSB 400/24-10 24 Vdc/20 A PVSB 400/24-20 24 Vdc/40 A PVSB 400/24-40<br>**----- End of picture text -----**<br>
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LINE<br>THREE-PHASE<br>**----- End of picture text -----**<br>
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T » T p T »<br>A C A C A C<br>K B — K B Ze a K B eee =<.<br>Dimensions: Dimensions: Dimensions:<br>A: 127 mm A: 127 mm A: 127 mm<br>B: 57 mm B: 77 mm B: 128 mm<br>C: 179.5 mm C: 179.5 mm C: 205.5 mm<br>. a a<br>Order no. Order no. Order no.<br>24 Vdc/10 A PVSL 400/24-10 24 Vdc/20 A PVSL 400/24-20 24 Vdc/40 A PVSL 400/24-40<br>**----- End of picture text -----**<br>
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AS-I<br>SINGLE-PHASE<br>**----- End of picture text -----**<br>
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T »<br>A C<br>| B |<br>Dimensions:<br>A: 127 mm<br>B: 57 mm<br>C: 163 mm<br>Order no.<br>30,5 Vdc/3 A PVSA 230/30-3<br>**----- End of picture text -----**<br>
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## TYPES ACCORDING TO SERIES
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COMPACT SINGLE-PHASE<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
A C A C A C<br>B B B<br>Dimensions: Dimensions: Dimensions:<br>A: 127 mm A: 127 mm A: 127 mm<br>B: 42 mm B: 55 mm B: 95 mm<br>C: 118.5 mm C: 153.5 mm C: 151.5 mm<br>Order no. Order no. Order no.<br>12 Vdc/15 A PC-0112-150-0<br>24 Vdc/5 A PC-0124-050-0 24 Vdc/10 A PC-0124-100-0 24 Vdc/20 A PC-0124-200-0<br>24 Vdc/5 A PC-0124-050-4 24 Vdc/10 A PC-0124-100-4 24 Vdc/20 A PC-0124-200-4<br>48 Vdc/5 A PC-0148-050-0 48 Vdc/10 A PC-0148-100-0<br>For medical use Active inrush current limit<br>**----- End of picture text -----**<br>
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COMPACT TWO-PHASE<br>**----- End of picture text -----**<br>
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A C A C<br>B B<br>Dimensions: Dimensions:<br>A: 127 mm A: 127 mm<br>B: 42 mm B: 55 mm<br>C: 118.5 mm C: 118.5 mm<br>Order no. Order no.<br>24 Vdc/5 A PC-0224-050-0 24 Vdc/10 A PC-0224-100-0<br>24 Vdc/5 A PC-0224-050-2 24 Vdc/10 A PC-0224-100-2<br>**----- End of picture text -----**<br>
Power Boost
## **COMPACT** THREE-PHASE
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**----- Start of picture text -----**<br>
A C A C A C<br>B B B<br>Dimensions: Dimensions: Dimensions:<br>A: 127 mm A: 127 mm A: 127 mm<br>B: 55 mm B: 80 mm B: 126 mm<br>C: 152.5 mm C: 152.5 mm C: 170.5 mm<br>Order no. Order no. Order no.<br>24 Vdc/10 A PC-0324-100-0 24 Vdc/20 A PC-0324-200-0 24 Vdc/40 A PC-0324-400-0<br>24 Vdc/10 A PC-0324-100-2 24 Vdc/20 A PC-0324-200-2 24 Vdc/40 A PC-0324-400-2<br>48 Vdc/20 A PC-0348-200-0<br>48 Vdc/20 A PC-0348-200-2<br>60 Vdc/16 A PC-0360-160-2<br>**----- End of picture text -----**<br>
Power Boost
32 block.eu
TYPES ACCORDING TO SERIES
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MINI SINGLE-PHASE<br>A C A C A C<br>B B B<br>Dimensions: Dimensions: Dimensions:<br>A: 90 mm A: 90 mm A: 90 mm<br>B: 22.5 mm B: 45 mm B: 52 mm<br>C: 90.5 mm C: 90.5 mm C: 103.5 mm<br>$99<br>Order no. Order no. Order no.<br>12 Vdc/2 A PM-0112-020-0 12 Vdc/4 A PM-0112-040-0 12 Vdc/7 A PM-0112-070-0<br>24 Vdc/1 A PM-0124-010-0 24 Vdc/2 A PM-0124-020-0 24 Vdc/3.8 A PM-0124-038-0<br>24 Vdc/2 A PM-0124-020-4 24 Vdc/4 A PM-0124-040-0<br>NEW<br>30.5 Vdc/3 A PM-0130-030-0<br>48 Vdc/2 A PM-0148-020-0<br>For medical use AS-i compatible NEC Class 2<br>**----- End of picture text -----**<br>
> **MINI** TWO-PHASE A C B Dimensions: A: 90 mm B: 52 mm C: 103.5 mm g ~~g~~ Order no. **24 Vdc/3.8 A** PM-0224-038-0
NEC Class 2
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TYPES ACCORDING TO SERIES
## [POWER ecoLINE SINGLE-PHASE
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A C A C A C<br>B B B<br>Dimensions: Dimensions: Dimensions:<br>A: 89 mm A: 89 mm A: 89 mm<br>B: 54 mm B: 72 mm B: 90 mm<br>C: 59 mm C: 59 mm C: 59 mm<br>.<br>Order no. Order no. Order no.<br>5 Vdc/5.5 A PEL 230/5-5,5<br>12 Vdc/2 A PEL 230/12-2 12 Vdc/4 A PEL 230/12-4 12 Vdc/6.5 A PEL 230/12-6,5<br>18 Vdc/1.1 A PEL 230/18-1,1 18 Vdc/2.5 A PEL 230/18-2,5<br>**----- End of picture text -----**<br>
## eco | LINE Neo SINGLE-PHASE
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A C A C A C<br>Dimensions:B ? a Dimensions:B cael — Dimensions:B vr ~<br>A: 89 mm A: 89 mm A: 89 mm<br>B: 54 mm B: 72 mm B: 90 mm<br>C: 59 mm C: 59 mm C: 59 mm<br>Order no. Order no. Order no.<br>24 Vdc/1.3 A PEL-0124-013-0 24 Vdc/2.5 A PEL-0124-025-0 24 Vdc/4 A PEL-0124-040-0<br>**----- End of picture text -----**<br>
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TYPES ACCORDING TO SERIES
## ACCESSOIRES
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**----- Start of picture text -----**<br>
Communication cable Wall fastening DIN rail mounting Female plug<br>Order no. ° Order no. y Order no. oe Order no.<br>PV-KOK2 PV-WB2 PV-TS35M PV-CON<br>USB converter<br>Order no.<br>PV-USB/SERIELL<br>**----- End of picture text -----**<br>
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POWER COMPACT ACCESSOIRES<br>Wall fastening TH35 sideway mounting<br>{<br>Order no. Order no.<br>PV-WB2 PC-TS35Z<br>**----- End of picture text -----**<br>
**block.eu 35**
**COMPACT**
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MINI<br>**----- End of picture text -----**<br>
ECONOMY SMART ECONOMY REMOTE BASIC SMART BASIC FIX
## CIRCUIT BREAKERS
36 block.eu
## THE MODULAR 24 V CIRCUIT BREAKER SYSTEM
N O M I NATE D
block.eu 37
## AREAS OF APPLICATION
Electronic circuit breakers are used for selective protection of DC circuits.
They protect circuits against overcurrents and short circuits with a much higher degree of precision than classic circuit breakers.
## PHYSICAL LIMITS FOR CIRCUIT BREAKER USE
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POWER AC<br>SUPPLY<br>: DC<br>– +<br>If the switched mode power supply does not deliver<br>1 adequate current for high-speed magnetic tripping<br>With inconvenient overload conditions:<br>2 - small wire cross-section<br>0<br>1 1 1 - long cable lengths<br>PLC M<br>X<br>**----- End of picture text -----**<br>
## GENERAL ADVANTAGES OF BLOCK ELECTRONIC CIRCUIT BREAKERS
- r Reliable tripping also for high cable impedances
- r Universally suitable due to individually adjustable current per channel
- r Remote restart of tripped channels possible
- r Inrush current of system is distributed through sequential power-up of the channels
## FUNCTION
Electronic circuit breakers are designed for the special behaviour of switched mode power supplies and the 24 Vdc loads they supply. They distribute the load current to several circuits and protect loads and wiring even for long cable lengths and small cross-sections.
38 block.eu
## TRIPPING FUNCTION
The BLOCK electronic circuit breakers are designed for a variety of requirements in machines and devices. Available are two different tripping options.
## THE ECONOMICAL OVERCURRENT AND POWER PROTECTION
Electronic circuit breakers with thermomagnetic characteristics provide an economical alternative to conventional circuit breakers. The shutdown function ensures safe tripping even with high line impedance.
## ACTIVE CURRENT LIMITING FOR SENSIBLE LOADS
This module actively limits the overcurrent of each circuit to a maximum of 1.7 times the adjusted current. In case of an overcurrent, a selective shutdown occurs for affected circuits only. For non-affected circuits a drop in voltage is reliably avoided.
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POWER<br>SUPPLY<br>24 V<br>ii<br>– +<br>Classic<br>circuit<br>breaker<br>0<br>1 1 1<br>| PLC X<br>**----- End of picture text -----**<br>
## COMPARISON OF THE TRIPPING CURVES
6 A 6 A Economy Smart Circuit breaker (B-characteris(Thermomagnetic tic) to 24 V DC characteristic)
6 A Basic Smart (Active current limiting)
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10000<br>1000<br>100<br>at Wa<br>10<br>1<br>0,1<br>ail O00l O00 O00<br>0,01 ni Ol Ol<br>1 10 100<br>Output current<br>iis Vos il<br>Tripping time in seconds<br>**----- End of picture text -----**<br>
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POWER POWER<br>SUPPLY 24 V SUPPLY 24 V 100<br>10<br>– + – + 1<br>Thermo- Active<br>magnetic current<br>characteristic limiting<br>0,1<br>IN 6o;@ IN ail O00l O00 O00<br>Economy Smart Basic Smart<br>EasyB EB-x7 EasyB EB-x8 0,01 ni Ol Ol<br>OUT OUT OUT OUT OUT OUT OUT OUT 1 10 100<br>1 2 3 4 1 2 3 4<br>Output current<br>PLC M PLC M<br>X X<br>' ' r iis Vos il<br> i Please note<br>O<br>For classic circuit breakers as well as electronic circuit breakers with thermomagnetic characteristics, a short circuit can<br>cause the DC supply voltage to drop for a few milliseconds until the faulty path shuts down. The severity of the voltage<br>drop is dependent on the line resistance and the overcurrent capability of the feeding power supply. A drop in voltage can<br>be reliably avoided only through active current limiting.<br>**----- End of picture text -----**<br>
## **i** Please note O
block.eu 39
## EASYB – THE MODULAR 24 V CIRCUIT BREAKER SYSTEM
## CIRCUIT BREAKER MODULES
## Single channels
A range of versions with thermomagnetic or current limiting characteristics. Optionally available with data transfer to other modules for external evaluation and control.
## Dual channels
Two independent secure channels for the EB-27 thermomagnetic version.
## ADDITIONAL MODULES
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NEW<br>**----- End of picture text -----**<br>
## Communication modules
Communication modules for left-sided arrangement on circuit breakers incl. potential-free signal contacts.
## Potential modules
Output expander for right-sided arrangement on circuit breakers. Provides eight further outlets for the channel to be contacted.
## 2-pole physical isolation
Two-pole physical isolation with galvanic isolation, to be added to the right side of circuit breaker channels with single alarm signal.
Ground module to feed back the 0 V signal to the power supply as a replacement for the series terminal.
40 block.eu
## GENERAL ADVANTAGES OF EASYB CIRCUIT BREAKER SYSTEM
r Modular protection of 24 Vdc circuits
r Automatic feedthrough of all signal levels
r Optional bus connection via communication module
- r Optional undervoltage shutdown in combined network
- r Optionally with current limiting or thermomagnetic characteristic
- r Additional load outlets through output distribution modules mountable side by side
r Up to 40 circuit breakers mountable side by side
## COMMUNICATION WITH THE CENTRAL CONTROL SYSTEM USING THE COMMUNICATION MODULE
## Intelligent overcurrent protection
Integrated in the complete management and monitoring process.
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Com control<br>visualization<br>PLC : reading<br>**----- End of picture text -----**<br>
The individual channels can exchange important information with one another and, when required, pass it on to a higher-level control via an optionally extendable communication module. Reports on operating and error statuses are easily and quickly available. Moreover, any output channels can be parameterized, actively turned on or turned off and reset. Information such as the current channel status, including the currently flowing current and the adjoining input and output voltage, are easily and quickly available.
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I rated<br>Without optimized<br>switching<br>Electronic<br>circuit breaker<br>100%<br>70%<br>W INS<br>Channel 1 Channel 2 Channel 3 Channel 4<br>**----- End of picture text -----**<br>
## SELECTIVE LOAD-DEPENDENT SWITCH-ON
The output channels of the communicating circuit breaker are time-delayed and have a load-dependent connection. As soon as the variable disconnection current of the output channel falls below the required level, the next channel is connected within the shortest possible time. The starting current of the whole device is levelled off, as the power supply must never be overdimensioned.
block.eu 41
## SETTING THE TRIPPING CURRENT
As the first 1-channel circuit breaker, EasyB also offers the option of setting the tripping current via the communication bus. Warehousing facilities can be greatly simplified and a potential error source eliminated during system startup. For series production of machines in particular, the automatic setting of the tripping current also enables a high level of potential savings during system start-up. The digital setting of the tripping current is nonetheless not a necessity. Versions with preset tripping currents or current selector switch are also available.
## 1 2 3 4 5 6
## AUTOMATIC ADDRESSING
The channels are automatically addressed during switch-on by a process developed by BLOCK. An additional and time-consuming working step to manually assign addresses is now a thing of the past – this is particularly an advantage in the event of system standstills and when components need to be replaced quickly.
Addressing is performed automatically during switch-on
Counting starts to the left at 1
Simplified extension and replacement in comparison to existing solutions
Addressing possible for up to three output expanders per channel
42 block.eu
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INSTALLATION<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
EB-COMMUNICATIONEB-xxx EB-xxx EB-xxx EB-PMM<br>**----- End of picture text -----**<br>
Suitable circuit breakers: EB-08, EB-18, EB-38 Up to 40 circuit breakers mountable side by side
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Optional with ground module<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
M M M<br>O Z K<br>ig LJ<br>plaliaie<br>es<br>EB-GND 4EB-GND 8<br>**----- End of picture text -----**<br>
## TEMPERATURE RANGE
The modules operate in a wide temperature range and are suitable for exceptional loads in harsh industrial environments.
- r Wide temperature range from -25 to +70 °C
## COMBINATION OF VARIOUS CIRCUIT BREAKER VERSIONS:
The circuit breakers can be arranged as desired. When mixing channels with and without communication interfaces, the function of the group status signal is retained.
block.eu 43
## ELECTRONIC 1-CHANNEL CIRCUIT BREAKER EB-27
Electronic circuit breaker with thermomagnetic characteristic with alarm signal forwarded for triggered and disabled channels to the connected channels. Starter version for protection of 24 V circuits.
## FEATURES
Preset tripping currents: 1 - 10 A
Thermomagnetic characteristic
Up to 40 fuse channels mountable side by side
## VERSIONS
|24 Vdc<br>24 Vdc<br>SINGLE-CHANNEL|24 Vdc<br>24 Vdc<br>SINGLE-CHANNEL|24 Vdc|24 Vdc|
|---|---|---|---|
|1 A|2 A|3 A|4 A|
|24 Vdc|24 Vdc|24 Vdc||
|6 A|8 A|10 A||
## HIGHLIGHTS
COMMON MESSAGE FOR TRIPPED/SWITCHED OFF CHANNELS
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (>40.000 µF)
AUTOMATIC FEEDTHROUGH OF ALL SIGNAL LEVELS
FLEXIBLE ADJUSTMENT TO RESPECTIVE CIRCUMSTANCES
STATUS LED
SECOND LOAD OUTPUT
## TRIPPING CHARACTERISTIC
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**----- Start of picture text -----**<br>
10000<br>EB-2724-010-x<br>EB-2724-020-x<br>1000<br>EB-2724-030-x<br>EB-2724-040-x<br>EB-2724-060-x<br>100<br>EB-2724-080-x<br>EB-2724-100-x<br>10<br>1 10 100<br>Output current (A)<br>Tripping time (ms)<br>**----- End of picture text -----**<br>
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U o N J<br>**----- End of picture text -----**<br>
44 block.eu
## ELECTRONIC 2-CHANNEL CIRCUIT BREAKER EB-27
Electronic circuit breaker with thermomagnetic characteristic with alarm signal forwarded for triggered and disabled channels to the connected channels. Starter version for protection of 24 V circuits.
## FEATURES
Preset tripping currents: 2 x 1 – 8 A
Thermomagnetic characteristic
Up to 40 fuse channels mountable side by side
## VERSIONS
|2-CHANNEL<br>~~EE~~|2-CHANNEL<br>~~EE~~|2-CHANNEL<br>~~EE~~|2-CHANNEL<br>~~EE~~|2-CHANNEL<br>~~EE~~|
|---|---|---|---|---|
|24 Vdc<br>2x1 A||24 Vdc<br>2x2 A|24 Vdc<br>2x3 A|24 Vdc<br>2x4 A|
|24 Vdc<br>2x6 A||24 Vdc<br>2x8 A|||
## HIGHLIGHTS
COMMON MESSAGE FOR TRIPPED/SWITCHED OFF CHANNELS
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (>40.000 µF)
AUTOMATIC FEEDTHROUGH OF ALL SIGNAL LEVELS
FLEXIBLE ADJUSTMENT TO RESPECTIVE CIRCUMSTANCES
STATUS LED
## TRIPPING CHARACTERISTIC
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**----- Start of picture text -----**<br>
10000<br>EB-2724-2020-0<br>EB-2724-2040-0<br>1000 EB-2724-2060-0<br>EB-2724-2080-0<br>100 a EB-2724-2120-0<br>EB-2724-2160-0<br>10<br>1 10 100<br>Output current (A)<br>Tripping time (ms)<br>**----- End of picture text -----**<br>
## U o N J
block.eu 45
## ELECTRONIC 1-CHANNEL CIRCUIT BREAKER EB-28
Electronic circuit breaker with current limiting characteristic with alarm signal forwarded for triggered and disabled channels to the connected channels. Starter version for protection of 24 V circuits if active current limiting is required.
## FEATURES
Preset tripping currents: 1 - 10 A
Active current limiting
Up to 40 fuse channels mountable side by side
## VERSIONS
|SINGLE-CHANNEL<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>eee|SINGLE-CHANNEL<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>eee|SINGLE-CHANNEL<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>24 Vdc<br>eee|
|---|---|---|
|2 A<br>1 A|3 A|4 A|
|NEC Class 2<br>NEC Class 2|NEC Class 2|NEC Class 2|
|24 Vdc<br>24 Vdc|24 Vdc||
|8 A<br>6 A|10 A||
## HIGHLIGHTS
COMMON MESSAGE FOR TRIPPED/SWITCHED OFF CHANNELS
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (>70.000 µF)
AUTOMATIC FEEDTHROUGH OF ALL SIGNAL LEVELS
FLEXIBLE ADJUSTMENT TO RESPECTIVE CIRCUMSTANCES
STATUS LED
SECOND LOAD OUTPUT
NEC CLASS 2 FOR DEVICES UP TO 4 A
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3a<br>"<br>**----- End of picture text -----**<br>
TRIPPING CHARACTERISTIC
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**----- Start of picture text -----**<br>
10000<br>EB-2824-010-x<br>EB-2824-020-x<br>1000 EB-2824-030-x<br>— EB-2824-040-x<br>EB-2824-060-x<br>100<br>EB-2824-080-x<br>|||<br>EB-2824-100-x<br>10 SS<br>0,1 1 10 100<br>Output current (A)<br>Tripping time (s)<br>**----- End of picture text -----**<br>
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U o N J<br>**----- End of picture text -----**<br>
46 block.eu
## ELECTRONIC 1-CHANNEL CIRCUIT BREAKER EB-08, EB-18, EB-38
Electronic circuit breaker with current limiting characteristic and comprehensive communication with the connected modules. Suitable as advanced circuit breaker for 24 V loads with option of reading more detailed current supply parameters and actively controlling the channels.
## FEATURES
EB-08: Tripping currents adjustable via current selector switch or interface: 0.5 - 10 A
EB-18: Preset tripping currents: 1 - 10 A
EB-38: Tripping currents adjustable via interface: 0.5 - 10 A
## VERSIONS
|SINGLE-CHANNEL<br>eee|SINGLE-CHANNEL<br>eee|SINGLE-CHANNEL<br>eee|
|---|---|---|
|24 Vdc<br>24 Vdc|24 Vdc|24 Vdc|
|1 A<br>0.5 A|2 A|3 A|
|24 Vdc<br>24 Vdc|24 Vdc|24 Vdc|
|6 A<br>4 A|8 A|10 A|
## HIGHLIGHTS
COMMON MESSAGE FOR TRIPPED/SWITCHED OFF CHANNELS
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (>70.000 µF)
AUTOMATIC FEEDTHROUGH OF ALL SIGNAL LEVELS
FLEXIBLE ADJUSTMENT TO RESPECTIVE CIRCUMSTANCES
TRANSMISSION OF ACTUAL OUTPUT CURRENTS
STATUS LED
3a -
COLLECTIVE RESET INPUT
## TRIPPING CHARACTERISTIC
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10000<br>EB-x824-005-0<br>EB-x824-010-0<br>EB-x824-020-0<br>1000<br>EB-x824-030-0<br>I EB-x824-040-0<br>EB-x824-050-0<br>100<br>EB-x824-060-0<br>ee ||<br>EB-x824-080-0<br>EB-x824-100-0<br>10 =<br>0,1 1 10 100<br>Output current (A)<br>Tripping time (ms)<br>**----- End of picture text -----**<br>
U o N J
block.eu 47
## COMMUNICATION MODULE FOR COMMUNICATION CONNECTION
Communication modules as interface for connecting a higher-level controller. The communication modules are compatible with circuit breakers EB-08, EB-18 und EB-38.
## FEATURES
Interface standard: MODBUS RTU IO-LINK
Collecting and transmitting information on the individual operating and error statuses, as well as parameterization and remote switching of up to 40 circuit breaker channels.
## VERSIONS
~~ee~~ COMMUNICATION MODULES MODBUS IO-LINK IO-LINK-1 RTU
## HIGHLIGHTS
MMONITORING OF OPERATING AND ERROR STATES
READING OF INPUT VOLTAGE AND OUTPUT CURRENTS
ADJUSTABLE TRIPPING CURRENTS
SWITCHING AND RESETING OF CIRCUIT BREAKER CHANNELS
TWO POTENTIAL FREE SIGNAL CONTACTS (ONLY EB-MODBUS-RTU)
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48 block.eu
## OUTPUT EXPANDER EB-PMM
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Labeling field a<br>for 5 mm label<br>8 further load outputs<br>Lever for removing from DIN rail<br>3<br>Contact is established<br>automatically with the<br>left circuit breaker<br>Up to 3 output expanders can<br>be attached to each other<br>**----- End of picture text -----**<br>
## GROUND MODULE EB-GND
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4 contacts (2,5 mm²),<br>ampacity max. 10 A per<br>8 contacts (2,5 mm²),<br>contact<br>ampacity max. 10 A<br>per contact<br>10 mm² contact for<br>current feedback to the<br>power supply ell g<br>Contacting the power<br>bus bar,<br>max. 40 A per module<br>**----- End of picture text -----**<br>
block.eu 49
## 2-POLE PHYSICAL ISOLATION EB-PT2-0 **NEW** Ld
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2 load outputs<br>Control input<br>2 x minus of load<br>Automatically connected to<br>the left circuit breaker<br>—<br>2 x ground for feedback to the<br>power supply<br>To close the opening of the Power bus bar<br>current selector EB-BARx<br>a } Left side cover EB-COV<br>4<br>i To laterally close the opening of<br>the power bus bar<br>**----- End of picture text -----**<br>
## ACCESSOIRES
50 block.eu
## DECISION SUPPORT 1-CHANNEL CIRCUIT BREAKER EASYB
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**----- Start of picture text -----**<br>
||||||||
|---|---|---|---|---|---|---|
|Thermomagnetic|
|characteristic|Interface for outward|
|communication|
|Active current|
|limiting|
|Common signal output|
|Zo2 a|
|Preset tripping|S|a|
|currents|
|Tripping currents adjustable via cur-|
|rent selector switch or interface|:|et|
|adjustable via interfaceTripping currents|—|
|*|
|FEATURES|
|r|r|Thermomagnetic characteristic|
|r|r|r|r|Current limiting 1,25 x rated current|
|r|r|r|Communication interface|
|r|r|r|Automatic channel assignment|
|r|r|r|Common reset|
|r|r|r|Selective switch-on at Uin > 18 V, load-dependent|
|r|r|r|r|r|Current detection and signaling > 90 % of rated current|
|r|r|Inrush capacity > 40 000 µF|
|r|r|r|r|Inrush capacity > 70 000 µF|
|r|r|r|r|Preset tripping currents|
|r|Tripping currents adjustable via current selector switch or interface|
|r|Tripping currents adjustable via interface|
|r|r|Second load output|
|r|r|r|Undervoltage switch-off as group|
|r|r|r|Undervoltage switch-off on individual basis|
|r|r|r|r|r|r|ON/OFF button|
|r|r|r|r|r|r|Labeling option|
|r|r|r|r|r|r|Colored status indicator on button|
|r|r|r|r|r|r|Common feedback contact for tripped/switched off channels|
|r|r|Orange lever|
|r|Red lever|
|r|r|r|Blue lever|
|r|NEC Class 2|
**----- End of picture text -----**<br>
block.eu 51
**COMPACT**
**MINI**
## MULTICHANNEL CIRCUIT BREAKERS
## Communication with the central control system using only two lines
## Intelligent overcurrent protection
Integrated in the complete management and monitoring process.
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I O<br>Ky ox) oe eo visualization control f lao<br>PLC = SS reading . Ses, lek<br>In conjunction with a higher-level control system, the circuit breakers enable any output channel to be actively<br>switched on/off via a digital input and output, tripped circuits to be reset and, at the same time, the reading of current<br>operating and fault states.<br>Diagnostics options:<br>PLC<br>output<br>0 0 0 1 0 0 0 0 1 0 1 0 1 0 0 0 1<br>PLC<br>input<br>Free functional modules<br>for Simatic Step 7 + CoDeSys<br>from block.eu<br>**----- End of picture text -----**<br>
In conjunction with a higher-level control system, the circuit breakers enable any output channel to be actively switched on/off via a digital input and output, tripped circuits to be reset and, at the same time, the reading of current operating and fault states.
## Extended protocol:
## Short protocol:
89 bit data –
17 bit data –
minimum transmission time 6.3 seconds
minimum transmission time 1.2 seconds
r Operating states
- = “on” or “off” per channel
r Error states
- = “overcurrent” or “tripped” per channel
r Actual input voltage
r Set rated currents per channel
r Actual current per channel (only applies to the BASIC SMART version)
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Irated<br>Without optimized<br>switching<br>Electronic<br>circuit breaker<br>PC/PM<br>100%<br>70%<br>i ves<br>Channel 1 Channel 2 Channel 3 Channel 4<br>**----- End of picture text -----**<br>
## SEQUENTIAL SWITCHING
The power on of integrated output channels is time-delayed and load-dependent. As soon as the adjusted tripping current of the output channel falls below, the next channel will be switched on. The inrush current of the whole device is levelled off, as the overdimensioning of the power supply is not necessary.
52 block.eu
## SLIM DESIGN FREES UP AMPLE CABINET SPACE
The comparison of 8 protected circuits clearly demonstrates the reduced space requirement – a width of only 5.25 mm per channel for the Power Compact electronic circuit breaker.
## Space requirement Space requirement 8 channels 8 channels
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42 mm<br>**----- End of picture text -----**<br>
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Factor 3.4 144 mm<br>**----- End of picture text -----**<br>
## Space requirement 8 channels
**Factor 5.1 216 mm**
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PC<br>**----- End of picture text -----**<br>
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0 0 0<br>**----- End of picture text -----**<br>
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0 0 0 0 0 0<br>**----- End of picture text -----**<br>
## Circuit breaker Power Compact Width: 5.25 mm / channel
## Circuit breaker
Width: 18 mm / channel
Circuit breaker with auxiliary switch
Width: 18 + 9 mm / channel
## COMPARISON OF 8 PROTECTED CIRCUITS
In addition to a range of technical benefits, in many applications, switching to an electronic circuit breaker solution also has economical advantages.
## Conventional
## circuit breakers
## BLOCK
## circuit breakers
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POWER POWER<br>SUPPLY SUPPLY<br>– + – +<br>PLC IN SIGNAL PLC<br>a 0 0 g _<br>ab 0 fo} Lo1 1 wl|} 1 ... 10 1 wl|o| 1 OUT1 OUT2 ... OUT8<br>8x<br>Load Load Load Load Load Load<br>1 2 ... 8 1 2 ... 8<br>Standard diagnostics Advanced diagnostics<br> * Performance-reduced<br>Efficient power supply<br> power supply<br>Boost necessary ** No Boost necessary<br>Only 2 inputs<br>8 inputs and less wiring<br>and more wiring<br>**----- End of picture text -----**<br>
* Due to optimized distribution of the inrush
** Without current spikes for tripping of circuit breakers
block.eu 53
## OPERATING AND CONNECTING ELEMENTS
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Plus supply<br>6 mm²<br>Minus supply = |<br>2.5 mm²<br>Button incl. status indicator<br>Load outputs Current selector<br>2.5 mm²<br>al<br>Labeling field<br>nz “i<br>Status 2.5 mm²<br>S1/S2 = Interface<br>S3 = Group alarm signal me 724 405<br>Sealing option<br>**----- End of picture text -----**<br>
## CIRCUIT PRINCIPLE
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AC +<br>DC 24 V<br>DC –<br>J qo<br>IN 4 (–) IN 3 (–) IN 2 (+) IN 1 (+)<br>S1<br>a CONTROL UNIT !<br>& S2 — Il | I J<br>ponte S3 beenpe-fe---<br>I 2-4!<br>ell i lalate[i] mann4|<br>...<br>} cl} [S] [f] [|] [e][l}] Lt BY<br>OUT 1(+) OUT 2(+) OUT 8(+)<br>ud nsor<br>LOAD 1 LOAD 2 LOAD 8<br>**----- End of picture text -----**<br>
## TEMPERATURE RANGE
The modules operate in a wide temperature range and are suitable for exceptional loads in harsh industrial environments.
r Device starts at -40 °C without any problems r Wide temperature range from -25 to +70 °C
r For currents of up to 6 A per channel no temperature derating necessary
54 block.eu
## **ECONOMY** SMART
## ELECTRONIC CIRCUIT BREAKER WITH THERMOMAGNETIC CHARACTERISTIC
Economy Smart circuit breakers with thermomagnetic characteristic provide an economical alternative to conventional circuit breakers. They also ensure reliable tripping even in the event of a high line resistance. This makes the circuit breakers ideal for use in standard machine production.
## FEATURES
Adjustable current: 1–6 A and 2–10 A Number of output channels: 8/4/2 per circuit breaker
## VERSIONS
- 2 ~~ee~~ CHANNEL 12 Vdc 24 Vdc 24 Vdc 48 Vdc 2 x 2-10 A 2 x 1-6 A 2 x 2-10 A 2 x 2-10 A - 4 ~~ee~~ CHANNEL 12 Vdc 24 Vdc 24 Vdc 48 Vdc 4 x 2-10 A 4 x 1-6 A 4 x 2-10 A 4 x 2-10 A 24 Vdc 4 x 1-10 A IO-Link - 8 ~~ee~~ CHANNEL 24 Vdc 24 Vdc 48 Vdc 8 x 1-6 A 8 x 2-10 A 8 x 2-10 A 24 Vdc 8 x 1-10 A IO-Link
## HIGHLIGHTS
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (>50.000 µF)
DIAGNOSTIC AND REMOTE SWITCHING OF CHANNELS VIA 2 LINES
ADJUSTABLE RATED CURRENT PER CHANNEL
REMOTE RESET CONTACT
COMMON SIGNAL CONTACT FOR SIMPLE REMOTE DIAGNOSTICS
SEQUENTIAL AND LOADDEPENDENT SWITCHING-ON OF CHANNELS
LOW CHANNEL WIDTH
VARIANTS WITH IO-LINK INTERFACE a
## TRIPPING CURVE
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100<br>10<br>1<br>0,1<br>0,01 iAH<br>0 1 2 3 4<br>Multiples of rated current<br>Tripping time in seconds<br>**----- End of picture text -----**<br>
The tripping time depends on the level of overcurrent. In the event of a short circuit, the defective circuit will shut down within a few milliseconds.
The level of the short circuit current depends on the current limiting of the feeding power supply as well as the line resistance.
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block.eu 55
## **BASIC** SMART
## ELECTRONIC CIRCUIT BREAKER WITH ACTIVE CURRENT LIMITING
The Basic Smart circuit breakers guarrantee maximum system availability. In the event of circuit overload, only the faulty current paths are reliably switched off without affecting the remaining circuits due to an active current limiting of 1.7 times the rated current.
## FEATURES
Adjustable rated current: 0.5 – 6 A and 2 – 12 A
Number of output channels: 8/4/2 per circuit breaker
## VERSIONS
~~ee~~ 2 CHANNEL 24 Vdc 24 Vdc 2 x 0.5-6 A 2 x 2-12 A
~~ee~~ 4 CHANNEL 24 Vdc 24 Vdc 4 x 0.5-6 A 4 x 2-12 A
~~ee~~ 8 CHANNEL 24 Vdc 8 x 0.5-6 A
## HIGHLIGHTS
ACTIVE CURRENT LIMITING TYP. 1.7 X IRATED
SHUTDOWN OF FAULTY CIRCUITS IN THE EVENT OF CRITICAL SUPPLY VOLTAGE
COMMON SIGNAL CONTACT FOR SIMPLE REMOTE DIAGNOSTIC
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (> 50,000 µF)
DIAGNOSTICS AND REMOTE SWITCHING OF CHANNELS VIA 2 LINES
REMOTE RESET CONTACT
TRANSMISSION OF ACTUAL OUTPUT CURRENTS
ADJUSTABLE RATED CURRENT PER CHANNEL
## TRIPPING CURVE
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100<br>Current limiting<br>typ. 1.7 x Irated<br>10<br>Switch-off point 1<br>typ. 1.1 x Irated<br>1<br>Switch-off point 2<br>typ. 1.34 - 1.7 x Irated<br>a -<br>0,01<br>0 1 2<br>Multiples of rated current >»<br>Tripping time in seconds<br>**----- End of picture text -----**<br>
The constant current limiting of 1.7 times the rated current enables especially high-capacity loads to be switched on reliably. Two switch-off points within the tripping characteristic allow a temporary increase in current flow caused by start-ups, breaking processes, speed and direction changes of DC motors.
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56 block.eu
**BASIC** SMART
## DESCRIPTION
## EXTENSIVE DIAGNOSTICS
The actual current per channel is transmitted in addition to the adjusted rated currents and the input voltage. The general operating status (switched “on” or “off”) and the error status (“tripped” or “overcurrent”) are also available. Through the visualization of this data, the system alerts you before any critical system failures occur.
## SELECTIVE SHUT-DOWN DURING UNDERVOLTAGE
To protect sensitive loads from a temporary overload of the power supply the input voltage is constantly monitored. In the event of a critical undervoltage of below 20 V, all circuits with more than 100 % of the adjusted rated current are selectively shut off immediately.
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POWER<br>SUPPLY<br>– +<br>IN<br>OUT OUT OUT<br>1 2 X<br>Load Load Load<br>1 2 ... X<br>**----- End of picture text -----**<br>
block.eu 57
**BASIC** FIX
## ELECTRONIC CIRCUIT BREAKER WITH ACTIVE CURRENT LIMITING
If circuits are designed with the same current values for the circuit breaker in a number of applications, the Basic Fix circuit breakers represent the most economical basis.
The NEC Class 2 circuit breaker has a selfadjusting current limiting that prevents the output power from exceeding the 100 W limit.
## FEATURES
NEC Class 2
Preset triping currents
Number of output channels: 4/2 per circuit breaker
## VERSIONS
~~ee~~ 2 CHANNEL 24 Vdc 2 x 3,8 A NEC Class 2
~~ee~~ 4 CHANNEL 24 Vdc 4 x 3,8 A NEC Class 2
## HIGHLIGHTS
ACTIVE CURRENT LIMITING
SHUTDOWN OF DEFECTIVE CIRCUITS IN THE EVENT OF CRITICAL SUPPLY VOLTAGE
COMMON SIGNAL CONTACT OF SIMPLE REMOTE DIAGNOSTIC
NEC CLASS 2
DIAGNOSTIC AND REMOTE SWITCHING OF CHANNELS VIA 2 LINES
REMOTE RESET CONTACT
RELIABLE SWITCH-ON OF HIGH-CAPACITY LOADS (> 50,000 µF)
## TRIPPING CURVE
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30 V<br>29 V<br>NEC Class 2<br>28 V<br>27 V<br>26 V<br>25 V<br>24 V<br>23 V<br>22 V |<br>0 1 A 2 A 3 A 4 A<br>Rated current per channel ><br>Output voltage<br>**----- End of picture text -----**<br>
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58 block.eu
## DECISION SUPPORT MULTICHANNEL CIRCUIT BREAKERS
||||Active current|Active current|Active current||
|---|---|---|---|---|---|---|
||||limiting||||
||||||>||
||||Thermomagnetic||||
||||charactaristic||||
||||1|Re<br>MNO||Sie|
||Setting of tripping currents||Setting of tripping currents||||
||via current selector switch||||||
||Active current limit<br>according to NEC Class 2<br>—||||||
|FEATURES|FEATURES|FEATURES|||||
|**ECONOMY**<br> SMART|**BASIC**<br> SMART|**BASIC**<br> FIX|||||
|r|r||Settingof trippingcurrentsper channel via current selector switch|||er channel via current selector switch|
|r|r|r|Remote switch-on/off of anychannels||||
|r|r|r|“On”/“off”/“tripped” status transmission|ed” status transmissionper channel|||
|r|r||“Overcurrent” status transmissionper channel||||
|r|r|r|“Actual input voltage”/“set trippingcurrent” data transmissionper channel||||
||r||“Actual output currents” data transmissionper channel||||
|r|r|r|Groupalarm signal for tripped channels||||
|r|r|r|Remote reset of tripped channels||||
||r||Active current limit typ. 1.7 x Irated||||
|||r|Active current limit accordingto NEC Class 2 (100 W)||to NEC Class 2 (100 W)||
|r|||Readingandparameterizingvia IO-Link||||
## FEATURES
block.eu 59
TYPES ACCORDING TO SERIES
## SINGLE-CHANNEL
## THERMOMAGNETIC CHARACTERISTIC
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WITH CURRENT LIMITING<br>**----- End of picture text -----**<br>
## WITH CURRENT LIMITING
Adjustable tripping currents: A T C »p itt A T C p> A T C »p 0.5–10 A = 0.5/1/2/3/4/5/6/8/10 A ~~K~~ B e ir ~~K~~ B o ir ~~K~~ B o ir Dimensions: Dimensions: Dimensions: A: 99 mm 8 A: 99 mm 8 A: 99 mm oH B: 12 mm B: 12 mm B: 12 mm C: 60 mm C: 60 mm C: 60 mm Order no. Order no. Order no. **24 Vdc / 1 A** EB-2724-010-X **24 Vdc / 1 A** EB-2824-010-X **24 Vdc / 1 A** EB-1824-010-0 **24 Vdc / 2 A** EB-2724-020-X **24 Vdc / 2 A** EB-2824-020-X **24 Vdc / 2 A** EB-1824-020-0 **24 Vdc / 3 A** EB-2724-030-X **24 Vdc / 3 A** EB-2824-030-X **24 Vdc / 3 A** EB-1824-030-0 **24 Vdc / 4 A** EB-2724-040-X **24 Vdc / 4 A** EB-2824-040-X **24 Vdc / 4 A** EB-1824-040-0 **24 Vdc / 6 A** EB-2724-060-X **24 Vdc / 6 A** EB-2824-060-X **24 Vdc / 6 A** EB-1824-060-0 **24 Vdc / 8 A** EB-2724-080-X **24 Vdc / 8 A** EB-2824-080-X **24 Vdc / 8 A** EB-1824-080-0 with communication interface **24 Vdc / 10 A** EB-2724-100-X **24 Vdc / 10 A** EB-2824-100-X **24 Vdc / 10 A** EB-1824-100-0 Preset tripping currents **24 Vdc 1 x 0.5-** Tripping currents adjustable EB-3824-100-0 **10 A** via interface X = -0: Common alarm signal -4: Single status signal **24 Vdc 1 x 0.5-** EB-0824-100-0 Tripping currents adjustable ~~=~~ **10 A** via rotary switch or interface TWO-CHANNEL THERMOMAGNETIC CHARACTERISTIC
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A C<br>K B L mo:<br>Dimensions:<br>A: 99 mm<br>B: 12 mm<br>C: 60 mm<br>Order no.<br>24 Vdc / 2x1 A EB-2724-2020-0<br>24 Vdc / 2x2 A EB-2724-2040-0<br>24 Vdc / 2x3 A EB-2724-2060-0<br>24 Vdc / 2x4 A EB-2724-2080-0<br>24 Vdc / 2x6 A EB-2724-2120-0<br>24 Vdc / 2x8 A EB-2724-2160-0<br>**----- End of picture text -----**<br>
Two independent secure channels for the EB-27 thermomagnetic version.
Preset tripping currents
60 block.eu
## TYPES ACCORDING TO SERIES
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ACCESSOIRES<br>Communication module Output expander 2-pole physical isolation Ground module<br>'» Wl, 2 saat<br>Order no. Order no. Order no. Order no.<br>NEW<br>EB-MODBUS-RTU EB-PMM EB-PT2-0 EB-GND4<br>@ I0-Link EB-IO-LINK EB-GND8<br>@ I0-Link EB-IO-LINK1<br>Left side cover Power bus bar<br>Order no. Order no.<br>PU 4 EB-COV EB-BAR 2...41<br>[Lo ECONOMY SMART 8/4/2 CHANNEL<br>THERMOMAGNETIC CHARACTERISTIC<br>A CB LE A CB A CB<br>Adjustable tripping currents via current<br>selector switch:<br>Dimensions: A: 127 mm F Dimensions: A: 90 mm ? Dimensions: A: 90 mm<br>B: 42 mm : B: 45 mm B: 45 mm 1–6 A = 1/2/3/4/5/6 A<br>C: 116.5 mm C: 91.5 mm C: 91.5 mm<br>a 1–10 A = 1/2/3/4/6/8/10 A<br>[ a: ie<br>2–10 A = 2/3/4/6/8/10 A<br>Order no. Order no.<br>Order no. 12 Vdc / 4 x 2-10 A PM-0712-400-0 12 Vdc / 2 x 2-10 A PM-0712-200-0<br>24 Vdc / 8 x 24 Vdc / 4 x<br>PC-0724-480-0 PM-0724-240-0<br>1-6 A 1-6 A<br>iz NEW iz NEW<br>24 Vdc/ 8 x PC-0724-800-0I1 24 Vdc / 4 x PM-0724-400-0I1 24 Vdc / 2 x PM-0724-120-0 with IO-Link interface<br>1–10 A 1–10 A 1-6 A<br>24 Vdc / 8 x PC-0724-800-0 24 Vdc / 4 x PM-0724-400-0 24 Vdc / 2 x PM-0724-200-0 @ IO-Link<br>2-10 A 2-10 A 2-10 A<br>24 Vdc / 8 x 24 Vdc / 4 x<br>PC-0724-800-2 PM-0724-400-2<br>2-10 A 2-10 A<br>48 Vdc / 8 x 48 Vdc / 4 x 48 Vdc / 2 x<br>PC-0748-800-0 PM-0748-400-0 PM-0748-200-0<br>2-10 A 2-10 A 2-10 A<br>48 Vdc / 8 x 48 Vdc / 4 x 48 Vdc / 2 x<br>PC-0748-800-2 PM-0748-400-2 PM-0748-200-2 Potential free signal output<br>2-10 A 2-10 A 2-10 A<br>**----- End of picture text -----**<br>
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## TYPES ACCORDING TO SERIES
## **BASIC** SMART [| WITH CURRENT LIMITING[8/4/2 CHANNEL]
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A C A C A C<br>Adjustable tripping currents via current<br>B B B<br>selector switch:<br>Dimensions: Dimensions: Dimensions:<br>A: 127 mm A: 90 mm A: 90 mm<br>B: 42 mm B: 45 mm B: 45 mm 0.5–6 A = 0.5/1/2/3/4/6 A<br>C: 116.5 mm C: 91.5 mm C: 91.5 mm<br>2–12 A = 2/4/6/8/10/12 A<br>Order no. Order no. Order no.<br>24 Vdc / 8 x 24 Vdc / 4 x 24 Vdc / 2 x<br>PC-0824-480-0 PM-0824-240-0 PM-0824-120-0<br>0.5–6 A 0.5–6 A 0.5–6 A<br>24 Vdc / 4 x 24 Vdc / 2 x<br>PM-0824-480-0 PM-0824-240-2<br>2–12 A 2–12 A<br>**----- End of picture text -----**<br>
## **BASIC** FIX [| 4/2 CHANNEL WITH CURRENT LIMITING
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A C A C<br>Preset tripping currents<br>B B<br>F F according to NEC Class 2<br>Dimensions: Dimensions:<br>A: 90 mm A: 90 mm<br>B: 45 mm B: 45 mm 3,8 A<br>C: 91.5 mm C: 91.5 mm<br>Order no. Order no.<br>24 Vdc / 4 x 24 Vdc / 2 x<br>PM-9824-152-0 PM-9824-076-0<br>3.8 A 3.8 A<br>**----- End of picture text -----**<br>
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## **COMPACT** POWER **COMPACT**
# UNINTERRUPTIBLE POWER SUPPLIES
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## POWER **VISION**
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## RELIABLE 24 VDC SUPPLY VOLTAGE - ALSO IN THE EVENT OF POWER FAILURE
BLOCK offers UPS components tailored to your applications. From maintenance free capacitor based modules for short power interruptions to intelligent UPS systems with external battery modules for long buffer times - minimize the risk of time and cost-intensive system standstills.
## LAYOUT OF AN INTERRUPTIBLE POWER SUPPLY
## With capacitors
## With battery modules
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Power supply + Buffer module<br>**----- End of picture text -----**<br>
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Power supply + Charge and + Battery module<br>control unit<br>**----- End of picture text -----**<br>
Power supply + Capacitive UPS + Capacity module
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Power supply +<br>charge and + Battery module<br>control unit<br>**----- End of picture text -----**<br>
Buffer modules and capacitive UPS-solutions can store a lot of energy due to their double-layer capacitors and offer a long lifetime even at higher ambient temperatures.
To provide supply voltage over a long period of time and high buffer currents, the use of a battery supported UPS system is necessary.
They bypass power failures up to the range of minutes while supporting the 24 V supply voltage against unwanted voltage dips, which are often caused by high-energy switching operations of a device.
Generally, such a system consists of a power supply, an electronic charge and control unit as well as a battery module with integrated rechargeable batteries for energy saving.
Buffered
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AC<br>| = =<br>IN OUT<br>Power Buffer Buffered Non-buffered<br>supply module load load<br>OUT IN<br>DC<br>Th .<br>Not buffered<br>Buffered<br>IN<br>AC<br>| = =<br>IN OUT<br>Power Buffe r C apacity Buffered Non-buffered<br>supply module module load load<br>OUT IN<br>DC<br>**----- End of picture text -----**<br>
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Not buffered<br>**----- End of picture text -----**<br>
The BLOCK Combi UPS can be used alternatively. It combines a power supply and a charge and control unit in a compact casing to reduce space and wiring requirements.
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AC<br>a<br>IN OUT<br>Power Charge and Ba ttery Buffered Non-buffered<br>supply control unit module load load<br>OUT IN<br>DC<br>Not buffered<br>**----- End of picture text -----**<br>
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## RELIABLE STARTUP OF INDUSTRIAL PCS
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ACIN<br>DCOUT<br>SIGNALOUT<br>PC<br>DELAY PC SHUT DOWN PC STOP PC RESTART<br>2. =<br>**----- End of picture text -----**<br>
In order to ensure the proper supply of an industrial PC, the controlled shut-down must be just as possible as the reliable restart. After the IPC shutdown a targeted interruption of the UPS module’s output voltage is necessary to send a required restart impulse to the IPC when the power supply has been reinstated.
All BLOCK UPS modules support this function.
## “BATTERY CONTROL” TECHNOLOGY ENSURES BETTER SAFETY
Reliable battery management can only be realized through a permanent data exchange between the charge- and control unit and the battery module. This enables an optimal and safe charging of the batteries and additionally the control system receives a reliable signal as soon as the battery needs to be replaced due to a deterioration.
## ADVANTAGES
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0010110111001<br>**----- End of picture text -----**<br>
- r Automatic recognition of connected battery modules for individual charging characteristic
- r Reliable early warning signal when capacity of batteries is low
- r Maximum durability through temperaturecontrolled battery management
## “UPS CONTROL” SOFTWARE
The efficient visualization and control software allows an easy connection to an industrial PC. You can download the software for free from **block.eu** .
## ADVANTAGES
- r Visualizing and recording of relevant data
- r Individual configuration of devices
- r Sending e-mails and starting of any program without user login
- r Software and Firmware updates
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[POWER **COMPACT** |
## SWITCHED MODE POWER SUPPLY + CHARGE AND CONTROL UNIT
The uninterruptible power supply Power Compact Combi features an economic DC 24 V/5 A switched mode power supply with basic requirements, tailored for the supply of industrial PCs and a charge and control unit for optimal battery management. The Combi UPS manages and monitors the battery module and provides an early warning signal for low remaining battery life.
## FEATURES
Power: 120 W Universal input: 85 to 264 Vac Stabilized and adjustable output voltage
## VERSIONS
## COMBI UPS
24 Vdc 5 A
## HIGHLIGHTS
RELIABLE EARLY WARNING SIGNAL FOR BATTERY EXCHANGE
FAST TRIPPING OF STANDARD CIRCUIT BREAKERS
EXTENSIVE FUNCTION MONITORING
EXTENDED BATTERY LIFE THROUGH OPTIMAL CHARGE MANAGEMENT
PUSH-IN CONNECTION TECHNOLOGY
RELIABLE SUPPLY OF INDUSTRIAL PCS
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U o #<br>**----- End of picture text -----**<br>
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**COMPACT**
## CAPACITIVE UPS
The new capacitive UPS is based on ultra-capacitors and provides a long service life, even at high ambient temperatures. It also therefore offers higher safety levels in 24 V mains. During a power failure, the basic module provides uninterrupted currents of up to 20 A. Thanks to flexible expansion options, the output current can be increased to 40 A by connecting additional capacity modules and the buffer time can be scaled as required. All relevant data can be retrieved at any time from a potential-separated USB interface.
## FEATURES
Input voltage: 24 Vdc
## VERSIONS
- - - PC ~~ee~~ 0424 017 0 24 Vdc 20 A
## HIGHLIGHTS
UP TO 40 A OUTPUT CURRENT WITH CAPACITY MODULE
EXPANDABLE WITH UP TO THREE CAPACITY MODULES
LONG SERVICE LIFE OF THE CAPACITORS
3 A CHARGE CURRENT FOR SHORT CHARGING TIMES
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NEW<br>**----- End of picture text -----**<br>
HIGH POWER DENSITY
LONG BUFFER TIMES
TWO ISOLATED SIGNAL CONTACTS
ISOLATED USB INTERFACE DECOUPLED OUTPUT
CONSTANT OUTPUT VOLTAGE IN BUFFER MODE
## BUFFER TIME DEPENDING ON THE OUTPUT CURRENT
PC-0424-017-0 PC-0424-017-0 + 1 PC-0424-115-0 PC-0424-017-0 + 2 PC-0424-115-0 PC-0424-017-0 + 3 PC-0424-115-0
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**COMPACT**
## CAPACITY MODULE
The new capacity module from the Power Compact series serves as an extension module for the basic module PC-0424-017-0. By using the capacity module, the output current of the basic module can be increased to 40 A. Furthermore, significantly longer buffer times can be achieved. The system bus cable enables communication with the basic module.
## FEATURES
Input voltage: 24 Vdc
## VERSIONS
- - - PC 0424 115 0
24 Vdc 40 A
## HIGHLIGHTS
EXTENSION OF THE BUFFER TIME OF PC-0424-017-0
COMMUNICATION THROUGH SYSTEM BUS CABLE
AUTOMATIC ADDRESSING
3 A CHARGING CURRENT
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NEW<br>**----- End of picture text -----**<br>
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[FOWER **COMPACT** |
## CHARGE AND CONTROL
## UNIT
The new charge and control unit offers the highest system availability through intelligent battery management and short charging times, even with large battery capacities. In the event of a power failure, they can be used in 12 V, 24 V and 48 V mains up to 40 A without power interruption. As the connected batteries are permanently monitored, an early warning is issued in the event of low remaining service life. In addition to parameterization, the powerful configuration software UPS control also ensures an overview of the operating conditions of the UPS at all times.
## FEATURES
Input voltage: 12 – 24 Vdc
## VERSIONS
- - - PC ~~es~~ 0524 400 0 12 Vdc/ 24 Vdc 40 A
## HIGHLIGHTS
UP TO 40 A OUTPUT CURRENT
5 A CHARGING CURRENT FOR SHORT CHARGING TIMES
START FROM BATTERY
THREE ISOLATED SIGNAL CONTACTS
ISOLATED USB INTERFACE
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NEW<br>**----- End of picture text -----**<br>
DECOUPLED OUTPUT
RELIABLE EARLY WARNING SIGNAL FOR BATTERY EXCHANGE
MAXIMUM RELIABILITY DUE TO “BATTERY CONTROL” TECHNOLOGY
RELIABLE SUPPLY OF INDUSTRIAL PCS
## ADJUSTMENT VIA ROTARY SWITCH
Fixed buffer times
”Custom“: Individually configurable via software „UPS control“
Buffers until battery is completely discharged
”PC-Mode“: Configuration of an IPC
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## CHARGE AND CONTROL UNITS
The uninterruptible power supply PVUA for DC 24 V loads of the Power Vision series impresses with its optimal battery management. The charge and control unit manages and monitors the battery module and provides an early warning signal for a low remaining battery life. It indicates the charging status and the remaining time while being in buffer mode. All relevant data is retrievable at any time via integrated display or interface.
## FEATURES
Power range: 240 to 480 W Input voltage: 24 Vdc
## VERSIONS
## PVUA
24 Vdc 24 Vdc 10 A 20 A
## HIGHLIGHTS
SPRING-LOADED PLUG-IN CONNECTION TECHNOLOGY
EXTENSIVE FUNCTION MONITORING
RELIABLE EARLY WARNING SIGNAL FOR BATTERY EXCHANGE
LONG CAPACITY OF BATTERIES THROUGH OPTIMAL CHARGE MANAGEMENT
STATUS INDICATOR BATTERY CHARGING AND DISCHARGING
DISPLAY FOR CURRENT AND VOLTAGE INDICATION
RELIABLE SUPPLY OF INDUSTRIAL PCS
## INTEGRATED CONTROL UNIT FOR MAXIMUM SAFETY
The PVUA module monitors current and voltage continuously. Key information can be read directly from the display. The integrated control unit is able to detect and signal potential faults affecting the equipment to which power is being supplied at an early stage and to save the relevant data for analysis.
## DISPLAY PROVIDES THE FOLLOWING KEY INFORMATION:
› Input voltage
› Output voltage
› Output current
› Status indicator battery charging and discharging
› Charging voltage
› Charging current
- › Min. output voltage
- › Max. output current
- › Accumulator operating hours
- › Type of fault
U o
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## THE PVUA MODULE – MUCH MORE THAN AN ORDINARY UPS:
A key feature of the PVUA module is its optimal battery management. It also supports complete current and voltage monitoring with numerous signal options. The module features a display, function keys, several signal outputs and an RS232 interface. The charging voltage for the connected battery module is temperature-controlled, significantly extending the durability of the battery and thereby minimising maintenance overheads.
## COMMUNICATION WITH THE USER
1 Via LEDs: When the device is running error-free, the green LED is illuminated. Non-critical faults are signalled by the yellow LED, while critical faults are indicated by the red LED.
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1<br>2<br>3<br>4<br>**----- End of picture text -----**<br>
## 2 Via display:
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25,4Ui [V]<br>BAT<br>24,6Uo [V] 25,7Uo [V]<br>803Io [A] 043Io [A]<br>**----- End of picture text -----**<br>
Current and voltage values are visible on the display at all times. Important parameter settings can be adjusted using the keys on the device. The device features an integrated fault manager for self-diagnostics.
3 Via signal outputs: The PVUA module has three active signal outputs and one isolated signal contact for monitoring functions. The active 24 V signal outputs can be directly processed as a digital signal.
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24 Vdc<br>**----- End of picture text -----**<br>
## THE PVUA MODULE IS ABLE TO DETECT THE FOLLOWING POTENTIONAL FAULTS:
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1 2 3 4 5 6 7 8<br>**----- End of picture text -----**<br>
- › Undervoltage at input
- › Undervoltage at output
- › Overcurrent
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OO RxPC TxPC<br>**----- End of picture text -----**<br>
- › Buffer mode
- › No temperature control possible
- › No battery mode possible
- › Output shut down
- › Batteries charged less than 85 %
- › Device error
- › Low battery voltage
- › Change of battery recommended
## 4 Via interface:
The module can communicate with a PC or control system due to the serial interface. Cyclic transfer means that the user can both view relevant data and respond to faults. Parameter settings can also be made via this interface.
The Power Vision software packages required for communication can be downloaded from **block.eu** at no cost.
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## BUFFER MODULES
A buffer module is able to compensate brief power supply interruptions safely. Mains buffering times of the power supplies are extended for increasing the operational reliability of machines and systems. Buffer modules combine an electronic switching unit and a capacitive energy storage.
## FEATURES
Power range: 240 to 480 W Input voltage: 24 Vdc
## VERSIONS
> PVUC ~~ee~~ 24 Vdc 24 Vdc 10 A 20 A
## HIGHLIGHTS
SPRING-LOADED PLUG-IN CONNECTION TECHNOLOGY ISOLATED SIGNAL CONTACT DECOUPLED OUTPUT
ADJUSTABLE BUFFER THRESHOLDS PARALLEL CONNECTABLE
o
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## BATTERY MODULES
The maintenance-free lead AGM batteries guarantee a long product life, high quality and reliability. They are suitable for long buffer times in the range of minutes and hours.
## FEATURES
Capacities: 0.8 to 12 Ah Optimized for low height
## VERSIONS
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PVAF / PVA<br>24 Vdc 24 Vdc 24 Vdc<br>0.8 Ah 1.2 Ah 3.2 Ah<br>24 Vdc 24 Vdc<br>7 Ah 12 Ah<br>**----- End of picture text -----**<br>
## HIGHLIGHTS
NO DISCONNECTION OF DIN RAIL REQUIRED FOR ATTACHMENT IN SWITCH CABINET
## PLUG-IN FUSES
SPRING-LOADED PLUG-IN CONNECTION TECHNOLOGY
TEMPERATURE MEASUREMENT OCCURS IN BATTERY MODULE
MAXIMUM RELIABILITY DUE TO „BATTERY CONTROL” TECHNOLOGY
## BUFFER TIME IN RELATION TO THE OUTPUT CURRENT
PVAF 24/0,8 Ah PVAF 24/1,2 Ah PVA 24/3,2 Ah PVAF 24/7 Ah PVAF 24/12 Ah 2x PVAF 24/12 Ah
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[POWER BATTERY
## BATTERY MODULES
The maintenance-free lead AGM batteries (PBAT) with thin plate pure lead ensure a long service life of up to 15 years. Furthermore, they are ideal for operation at high ambient temperature and possess low internal resistance for high output currents. They can be used for long buffer times on a scale of minutes and hours.
## FEATURES
Capacities: 2.5 and 13 Ah
Buffer voltage: 24 Vdc
## VERSIONS
> PBAT ~~rr~~ 24 Vdc 24 Vdc 2.5 Ah 13 Ah
## HIGHLIGHTS
OPERATION AT UP TO 60 °C AMBIENT TEMPERATURE PLUG-IN FUSES
SPRING-LOADED PLUG-IN CONNECTION TECHNOLOGY
TEMPERATURE MEASUREMENT OCCURS IN BATTERY MODULE
SERVICE LIFE UP TO 15 YEARS
MAXIMUM RELIABILITY DUE TO “BATTERY CONTROL” TECHNOLOGY
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## BATTERY MODULE WITH INTEGRATED TEMPERATURE MEASUREMENT
The environmental temperature is monitored in the battery module and used in the computation of the optimal charging end voltage and the remaining product life span. The fact that battery modules are detected automatically enables the optimisation of the control unit’s charging characteristics without further setting requirements. Gentle charging and an extended battery life are guaranteed, minimising service costs.
## BUFFER TIMES DEPENDENT ON
## OUTPUT CURRENT
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1000<br>100<br>PIESUI EIU ES UIT SILILEDUIESEUSEELIERIS<br>PBAT-1224-130-0<br>Sue gene See eeoecesueGaaegeenetesunentan<br>10 PVA 24/3,2Ah<br>PVAF 24/12Ah<br>PBAT - 1224 - 025 - 0<br>SS PVAF 24/7Ah<br>1 === PVAF 24/1,2Ah Sa=peRer==a8—— ————_sasSeGO@lceesanseasae<br>0,1 Bee PVAF 24/0,8Ah CELE EEE EEE EEE EEE EE EE EEE EEE EE<br> 1 A 3 A 5 A 7 A 9 A 11 A 13 A 15 A 17 A 19 A 21 A 23 A 25 A 27 A 29 A 31 A 33 A 35 A 37 A 39 A<br>Buffer time (min)<br>**----- End of picture text -----**<br>
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## THE APPROPRIATE BATTERY MODULE
The battery modules have been adapted for both vertical and horizontal wall mounting.
If a specific application requires the use of an energy storage between the horizontal cable ducts in the switch cabinet, the PVAF model is ideal as its height and depth are virtually identical to those of the charge and control modules.
If high ambient temperatures or a very long service life are required, the PBAT series is particularly suitable.
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||**Type**<br>PC-0424-017-0**Capacitive UPS**<br>PC-0424-115-0**Capacitiy module**<br>PC-0524-500-0**Charge and control unit**<br>Power Vision**Charge and control unit**<br>Power Compact**Switched mode power supply +**<br>**charge and control unit**<br>Power Vision**Buffer modules**<br>Power Vision**Battery modules**<br>Power Battery**Battery modules**<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>r<br>**Page69**<br>**70**<br>**71**<br>**72**<br>**68**<br>**74**<br>**75**<br>**76**|PC-0424-017-0**Capacitive UPS**|PC-0424-115-0**Capacitiy module**|PC-0424-115-0**Capacitiy module**|PC-0524-500-0**Charge and control unit**|Power Vision**Charge and control unit**|Power Compact**Switched mode power supply +**<br>**charge and control unit**|Power Vision**Buffer modules**|Power Vision**Battery modules**|Power Battery**Battery modules**|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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||||||||||r|r|Exchangeable fuses||||||||||||||
|||||||r||r|||Decoupled 24 V output||||||||||||||
|||||||||r|||Parallel-switchingfor increasedpower||||||||||||||
|||r|||r|r|r|r|||Function monitoringthrough isolated contacts||||||||||||||
|||||||r|||||Function monitoringthrough 24 V signal contacts||||||||||||||
|||||||r|||||Displayfor current and voltage indicator||||||||||||||
|||||||r|r||||RS-232 interface||||||||||||||
|||r|||r||||||USB interface||||||||||||||
|||r|||r|r|r|r|||Multi-colored status LEDs||||||||||||||
|||r|||r||r||||Push-in directplug-in technology||||||||||||||
||||r|||r||r|r|r|Spring-loadedplug-in connection technology||||||||||||||
|||||||r|r|r|||UL approval||||||||||||||
||||||||r||||GL approval||||||||||||||
|||**69**|**70**||**71**|**72**|**68**|**74**|**75**|**76**|||||||||||||||
||**Input voltage**|||**Type**|||||||||**24 Vdc**<br>**5 A**|**24 Vdc**<br>**10 A**|**24 Vdc**<br>**20 A**|**24 Vdc**<br>**40 A**|**24 Vdc**<br>**0.8 Ah**|**24 Vdc**<br>**1.2 Ah**|**24 Vdc**<br>**2.5 Ah**|**24 Vdc**<br>**3.2 Ah**|**24 Vdc**<br>**7 Ah**|**24 Vdc**<br>**12 Ah**|**24 Vdc**<br>**13 Ah**|**Page**|
||24 Vdc|||Power Vision**Charge and control unit**||||||||||r|r|||||||||**72**|
||100-240 Vac|||Power Compact**Switched mode power**<br>**supply + charge and control unit**|||||||||r|||||||||||**68**|
||24 Vdc|||Power Vision**Buffer modules**||||||||||r|r|||||||||**74**|
||||||||||||||||||||||||||
||24 Vdc|||Power Vision PVAF / PVA**Battery modules**|||||||||||||r|r||r|r|r||**75**|
||24 Vdc|||Power Battery PBAT**Battery modules**|||||||||||||||r||||r|**76**|
||||||||||||||||||||||||||
||24 Vdc|||PC-0424-017-0**Capacitive UPS**|||||||||||r|||||||||**69**|
||24 Vdc|||PC-0424-115-0**Capacity module**||||||||||||r||||||||**70**|
||24 Vdc|||PC-0524-400-0**Charge and control unit**||||||||||||r||||||||**71**|
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## TYPES ACCORDING TO SERIES
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COMPACT SWITCHED MODE POWER SUPPLY + INTEGRATED CHARGE AND CONTROL UNIT<br>A C Suitable for all<br>B Power Vision battery modules<br>Dimensions:<br>A: 127 mm<br>B: 60 mm<br>C: 118.5 mm<br> Order no.<br>24Vdc/5A PC-1024-050-0<br>**----- End of picture text -----**<br>
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COMPACT CHARGE AND CONTROL UNIT<br>A C<br>B<br>Dimensions:<br>A: 127 mm<br>B: 45 mm<br>C: 128,5 mm<br> Order no.<br>NEW<br>24Vdc/20A PC-0524-400-0<br>**----- End of picture text -----**<br>
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COMPACT CAPACITIVE UPS<br>**----- End of picture text -----**<br>
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A C<br>B<br>Dimensions:<br>A: 127 mm<br>B: 55 mm<br>C: 131,5 mm<br> Order no.<br>NEW<br>24Vdc/40 A PC-0424-017-0<br>**----- End of picture text -----**<br>
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COMPACT CAPACITY MODULE<br>A C<br>B<br>Dimensions:<br>A: 127 mm<br>B: 77 mm<br>C: 131,5 mm<br> Order no.<br>I NEW<br>24Vdc/40A PC-0424-115-0<br>**----- End of picture text -----**<br>
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## TYPES ACCORDING TO SERIES
## CHARGE AND CONTROL UNITS
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A T C »p a A T C ~ =<br>B B<br>Dimensions: Dimensions:<br>A: 127 mm A: 127 mm<br>B: 40 mm B: 57 mm<br>Ko a | Ko i<br>C: 163.5 mm C: 163.5 mm<br> Order no. Order no.<br>24Vdc/10A PVUA 24/24-10 24Vdc/20A PVUA 24/24-20<br>**----- End of picture text -----**<br>
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VISION BUFFER MODULES<br>T p = T ~ eS<br>A C A C<br>Dimensions: K B L Dimensions: K B L<br>A: 127 mm A: 127 mm<br>B: 57 mm B: 57 mm<br>C: 179.5 mm C: 179.5 mm<br> Order no. Order no.<br>24Vdc/10A PVUC 24/24-10 24Vdc/20A PVUC 24/24-20<br>**----- End of picture text -----**<br>
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VISION BATTERY MODULES<br>A T C »~ A T C ~ A T C » A T C a»<br>K B O K B O K B e K B O<br>Dimensions: Dimensions: Dimensions: Dimensions:<br>A: 90 mm a A: 126.6 mm A: 145 mm A: 145 mm<br>B: 72 mm B: 55 mm B: 80 mm B: 163 mm<br>C: 103.5 mm C: 136 mm C: 170.5 mm C: 173.5 mm<br> Order no. Order no. Order no. Order no.<br>24Vdc/0.8Ah PVAF 24/0,8Ah 24Vdc/1.2Ah PVAF 24/1,2Ah 24Vdc/3.2Ah PVA 24/3,2Ah 24Vdc/7Ah PVAF 24/7Ah<br>T ~<br>A C<br>- B<br>Dimensions:<br>A: 145 mm<br>B: 230 mm<br>C: 173.5 mm<br> st<br> Order no.<br>24Vdc/12Ah PVAF 24/12Ah<br>**----- End of picture text -----**<br>
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TYPES ACCORDING TO SERIES
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BATTERY BATTERY MODULES<br>T a”<br>A C A C<br>B B<br>Dimensions: Dimensions:<br>A: 180.7 mm A: 186.5 mm<br>B: 86 mm B: 199.5 mm<br>C: 166 mm C: 226.5 mm<br> Order no. Order no.<br>24Vdc/2.5Ah PBAT-1224-025-0 24Vdc/13Ah PBAT-1224-130-0<br>**----- End of picture text -----**<br>
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COMPACT BATTERY ACCESSORIES<br>Communication cable Wall fastening DIN rail mounting Female plug<br>\~<br>Ss eB Ba<br> Order no. Order no. Order no. Order no.<br>PC-KOK1 PV-WB2 PV-TS35M PC-CON1<br>Communication cable USB converter TH35 sideway mounting Female plug<br>“Sd<br>—_ [=] : ee<br> Order no. Order no. Order no. Order no.<br>PV-KOK2 PV-USB/SERIELL PC-TS35Z PV-CON<br>**----- End of picture text -----**<br>
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POWER ecoLINE | REDUNDANCY MODULE ecoLINE FOR SMALL POWER REQUIREMENTS
## REDUNDANCY MODULES
82 block.eu
## **COMPACT**
REDUNDANCY MODULE FOR THE HIGHEST SYSTEM RELIABILITY
block.eu 83
POWER ecoLINE
## REDUNDANCY MODULE IN FEATURES FLAT PLASTIC CASING
Input voltage: 12 to 24 Vdc Input current: 2 x 5 A or 1 x 10 A
Redundancy module for decoupling of two power supplies on installation of a fail-safe power supply system.
## VERSIONS
## PELR
12-24 Vdc 2 x 5 A 1 x 10 A
## HIGHLIGHTS
LED-SIGNALLING
SPRING-LOADED CONNECTION TECHNOLOGY
COMPACT PLASTIC CASING
## BASIC STRUCTURE
To avoid putting the operational reliability of machines and systems at risk in the event of a power supply failure, availability is safeguarded by two power supplies with the same rating which are decoupled via diodes.
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AC AC<br>IN IN<br>Switched Switched<br>mode power mode power<br>supply supply<br>OUT OUT<br>DC DC<br>IN IN<br>aA Redundancy<br>module<br>OUT<br>iH<br>**----- End of picture text -----**<br>
84 block.eu
POWER **COMPACT**
## REDUNDANCY MODULE FOR THE HIGHEST SYSTEM RELIABILITY
Redundancy modules are used for the decoupling of two power supplies in order to set up a fail-safe power supply system. Redundant circuits are found in machines and systems, which have to meet high requirements in terms of operational reliability.
## FEATURES
Input voltage: 12 to 48 Vdc Output current: up to 40 A
## VERSIONS
> PC RE eel 12-24 Vdc 48 Vdc 2 x 20 A 2 x 20 A 1 x 40 A
## HIGHLIGHTS
ERROR MESSAGE VIA RELAY CONTACT AND LEDS
HIGH EFFICIENCY
ACTIVE OPERATION FOR MINIMAL POWER LOSS EVEN IN THE EVENT OF A SHORT CIRCUIT ON THE SECONDARY SIDE
BASED ON MOSFET TECHNOLOGY
SAFE PARALLEL OPERATION TO INCREASE POWER
FULLY COMPATIBLE WITH TOP AND POWER BOOST
## BASIC STRUCTURE
To avoid putting the operational reliability of machines and systems at risk in the event of a power supply failure, availability is safeguarded by two power supplies with the same rating which are decoupled via Mosfets.
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AC AC<br>IN IN<br>Switched Switched<br>mode power mode power<br>supply supply<br>OUT OUT<br>DC DC<br>IN IN<br>Redundancy<br>module<br>Fa OUT<br>**----- End of picture text -----**<br>
## U N
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## TYPES ACCORDING TO SERIES
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ecoLINE<br>A C<br>B<br>Dimensions:<br>A: 89 mm<br>B: 72 mm<br>C: 59 mm<br>Order no.<br>12-24Vdc/2x5A/1x10A PELR 24/24-5<br>**----- End of picture text -----**<br>
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COMPACT<br>A C ie<br>B<br>Lh<br>Dimensions:<br>A: 127 mm<br>B: 42 mm<br>C: 112.5 mm<br>Order no.<br>12-24Vdc/2x20A/1x40A PC-0624-400-0<br>48Vdc/2x20A PC-0648-400-0<br>**----- End of picture text -----**<br>
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COMPACT ACCESSOIRES<br>Wall fastening<br>TH35 sideway mounting<br>_ ° oi<br>\ we Lr<br>\ toe}<br>3 1<br>Order no. Order no.<br>PV-WB2 PC-TS35Z<br>**----- End of picture text -----**<br>
86 block.eu
**Turkey**
**Turkey** North Carolina SANIL Teknik Elektrik South Carolina San. ve Tic. Ltd. Ş ti. West Virginia Okçumusa Caddesi, Tutsak Sokak Virginia No: 27/5 Karaköy Maryland Istanbul 34420 **Trapp Industrial** Phone: +90 212 256 94 28 1030 Industrial Drive www.sanil.com.tr Matthews, NC 28105 sanil@sanil.com.tr Phone: +1 704 821-5187 www.trappindustrial.com
**Subsidiaries** Belgium
**BLOCK Belgium BVBA** Gijmelsesteenweg 278B 3201 Langdorp Phone: +32 1669-6945 block.eu info.belgium@block.eu
China 博洛科电气（昆山）有限公司 **BLOCK Electronics (Kunshan) Co., Ltd.** Building 4, No.665, Jiande Road, Zhangpu Town, Kunshan City, Jiangsu Province 215321, P.R. China Phone: +86 512 5798 2966 www.block-china.cn info@block-china.cn
Denmark
**BLOCK Danmark ApS** Max-Planck-Str. 36 - 46 27283 Verden Phone: +49 4231 678-0 block.eu info@block.eu
France
**BLOCK France SARL** 13 Avenue du Bataillon Carmagnole Liberté 69120 Vaulx-en-Velin Phone: +33 4 72 75 19 19 www.block-trafo.fr info@block-trafo.fr
United Kingdom **BLOCK U.K. LIMITED** 24 Bentalls Centre Colchester Road Heybridge
Maldon, Essex CM9 4GD Phone: +44 1621 850 666 www.blockuk.co.uk info@blockuk.co.uk
USA
**BLOCK USA, Inc.** 10632 W. Grand Avenue Franklin Park, Illinois 60131 Phone: +1 847 260 9050 www.blockusa.com info@blockusa.com
**Agencies in Germany** Hamburg Schleswig-Holstein Mecklenburg-Vorpommern
**BLOCK TransformatorenElektronik GmbH** Frank Claußen Schwalbenweg 9 23812 Wahlstedt Phone: +49 4231 678-493 frank.claussen@block.eu Zip Code 17000–21739 22000–25999
Hannover Braunschweig Wolfsburg Göttingen Hameln
**BLOCK TransformatorenElektronik GmbH** Max-Planck-Str. 36 - 46 27283 Verden Phone: +49 4231 678-0 info@block.eu Zip Code 29000–31999 37000–37199 37400–38999 Ostwestfalen-Lippe Großraum Kassel
**BLOCK TransformatorenElektronik GmbH** Max-Planck-Str. 36 - 46 27283 Verden Phone: +49 4231 678-0 info@block.eu Zip Code 32000–34479
**Netherlands** ELINCOM ELECTRONICS B.V. Klaverbaan 101-103 2908 KD Capelle aan den Ijssel Phone: +31 10 26402-70 www.elincom.nl info@elincom.nl
Nordwest/Bremen 96200–96399 Osnabrück 96500–96529 **BLOCK Transformatoren-** 98000–98599 **Elektronik GmbH** 98680–99999 Thomas Willamowski Lüneburger Straße 15 28205 Bremen **Ingenieurbüro** Phone: +49 4231 678-491 **G. Zimmermann** thomas.willamowski@block.eu Zip Code 21740–21799 26000–28999 48400–48539 Zip Code 49000–49999 70000–71799
Baden-Württemberg Nord **Ingenieurbüro G. Zimmermann** Wunnensteinstr. 21 71723 Großbottwar Phone: +49 7148 4801-0 vertrieb@zimmermann-msr.de Zip Code 70000–71799 73000–76709
**New Zealand** MARDAG HOLDINGS LIMITED 17 Wall Place Tawa PO BOX 51184 Tawa Wellington Phone: +64 4 2378912 marcus@mardag.co.nz
Berlin Brandenburg Baden-Württemberg Süd Magdeburg **BLOCK Transformatoren-** Dresden **Elektronik GmbH BLOCK Transformatoren-** Jochen Hiller **Elektronik GmbH** Adlerstraße 12 Max-Planck-Str. 36 - 46 72574 Bad Urach 27283 Verden Phone: +49 4231 678-494 Phone: +49 4231 678-0 jochen.hiller@block.eu info@block.eu Zip Code Zip Code 72000–72899 01000–03999 77000–79999 06730–06999 88000–89299 10000–16999 89500–89999 39000–39999
**Portugal** Zeben Sistemas Eletrónicos Travessa de Baixo, No. 5 4935-571 Castelo do Neiva Viana do Castelo Phone: +351 253 818 850 www.zeben.pt info@zeben.pt
**Russia** MEG Electro, LLC UIitsa Scherbakovskaya 53 (Bld. 17) 105187 Moscow Phone/Fax: +7 495 989 7780, + 7 495 647 0833 Phone: +7 495 720 8268 www.mege.ru info@mege.ru
Nordbayern Mittelfranken
NRW Nord
**BLOCK TransformatorenBLOCK TransformatorenElektronik GmbH Elektronik GmbH** Max-Planck-Str. 36-46 Alfred Dehmel 27283 Verden Schlösseläcker 18 Phone: +49 4231 678-0 92318 Neumarkt info@block.eu Phone: +49 9181 513-9708 Zip Code alfred.dehmel@block.eu 44000–48399 Zip Code 48540–48799 90000–93999 58000–59999
**South Korea**
Hertz Technology Co, Ltd. Room No. 1404, Kolon Digital Tower Aston, 505-14, Gasan-dong, Geumcheon-gu, Seoul, Korea Phone: +82 2 3281 0811 2 www.hzt.co.kr info@hzt.co.kr
Bayern
**BLOCK TransformatorenElektronik GmbH** Andreas Rüffer Parkstr. 11 85435 Erding Phone: +49 4231 678-496 andreas.rueffer@block.eu Zip Code 80000–87999 89300–89499 94000–94999
NRW Süd
**BLOCK TransformatorenElektronik GmbH** Mathias Stracke Auf dem Hang 15 57482 Wenden Phone: +49 4231 678-490 mathias.stracke@block.eu Zip Code 40000–42999 50000–53999 57000–57699
**Spain** EFIBAT SERVICIOS TÉCNICOS, SA c/ Leonardo da Vinci, 41. Polígono de Roces 33211. Gijón. Asturias Phone: +34 984 103 000 www.efi bat.com info@efi bat.com
ELECTRONICA OLFER, S.L. P.A.E. NEISA AVANCE I. Avda de la Industria 6-8, Naves 20-21 28108 Alcobendas - Madrid, España Tel: 0034 914 840 850 www.olfer.com info@olfer.com
**International agencies** Rheinland-Pfalz **Austria** Süd-HessenSaarland **BLOCK Transformatoren-** RegatronicRegel- und Antriebselektronik GmbH **Elektronik GmbH** Gewerbepark 9 Jörg Theobald 4201 Gramastetten Maria-Himmelfahrts-Weg 7 Phone: +43 7239 7550-0 66773 SchwalbachPhone: +49 6834 - 94 99 970 www.regatronic.atinfo@regatronic.at joerg.theobald@block.eu Zip Code **Hong Kong** 54180–56899 申佳有限公司 65000–69299 Sunnice Supplies Co., Ltd. 69440–69599 Flat Q, 12/F., Everest Industrial 76710–76899 Centre
Sumelec Navarra SL Pol. Ind. Talluntxe II - Calle F, 12 31110 Noáin Navarra España Tel: 0034 948 368 087 www.sumelec.es sumelec@sumelec.es
**Hong Kong** 申佳有限公司 Sunnice Supplies Co., Ltd. Flat Q, 12/F., Everest Industrial Centre 396 Kwun Tong Road Kowloon Hong Kong Phone: +852 2790 3918 www.sunnice.com sunnice@sunnice.com
**Switzerland** PG Transformatoren GmbH Glattalstrasse 505 8153 Rümlang Phone: +41 44 817 31 51 www.pgtrafo.ch info@pgtrafo.ch
Hessen Unterfranken
**BLOCK TransformatorenElektronik GmbH** Max-Planck-Str. 36 - 46 27283 Verden Phone: +49 4231 678-0 info@block.eu Zip Code 34480–36499 60000–64999 69400–69439 96000–96199 96400–96489 97000–97999 98600–98679
**Taiwan** Kingdatron Electronic Industrial Co. LTD. 7th Floor, No. 19, Lane 221, Gang Qian Road Taipei Taiwan 11494 Phone: +886 2 2659-6058 Ext. 19 Fax: +886 2 2659-6059 www.keic.com.tw sales@kingdatron.com.tw
**Iceland** Spennubreytar ehf Suourhella 5 221 Hafnarfjördur Phone: +354 555-4745 www.spennubreytar.is spennubreytar@spennubreytar.is
**Italy** SINTEL Società Internazionale Elettronica s.r.l. Via Raffaello Sanzio, 2/D 21013 Gallarate/Varese Phone: +39 0331 7959-15 www.sintelsrl.net info@sintelsrl.net
Sachsen Sachsen-Anhalt Thüringen Oberfranken
Via Raffaello Sanzio, 2/D **Thailand** 21013 Gallarate/Varese PE AUTOMATION CO., LTD. Phone: +39 0331 7959-15 89/104 Soi-Prayasuren 21 www.sintelsrl.net Yak 3, Bangchan, Klongsamwa info@sintelsrl.net Bangkok 10510 Phone: +66 2 754 362 **Lithuania** JSC Santavilte www.pe-thai.cominfo@pe-thai.com Europos pr. 121 46339 Kaunas Phone: +370 37 211360 www.santavilte.eu info@santavilte.eu
**BLOCK TransformatorenElektronik GmbH** Matthias Leipold Obere Zense 24 07616 Bürgel Phone: +49 4231 678-495 matthias.leipold@block.eu Zip Code 04000–06729 07000–09999 37200–37399 95000–95999
**Manufacturing Representatives The Americas**
Mexico (Entire country) **OAS de Mexico** Av. Ninos Heroes 2987-208 Guadalajara, Jalisco Mexico 44520 Phone: +52 33 3122 0788 www.odonnellsw.com
North & Central California North Nevada
**Dynamic Measurement & Control Solutions, LLC** P.O. Box 840 www.odonnellsw.com Watsonville, CA 95077 Phone: +1 408 444-6394 www.dynamicrep.com **Distributors** Arkansas **Allied Electronics &** Louisiana **Automation** Minnesota www.alliedelec.com
North Dakota South Dakota Oklahoma Western Wisconsin
**Bürklin GmbH & Co. KG** www.buerklin.com
**Conrad Electronic SE** www.conrad.com
**J. Marolt Consultants, Inc.** P.O. Box 2008 Maple Grove, MN 55311 Phone: +1 612 432-8422 www.jmaroltconsultants.com
**Distrelec GmbH** www.distrelec.de
**E.T.N. Groupe** www.etn.fr
Michigan
**Newark** www.newark.com
**Russell Sales, Inc** 975 Spaulding Ave, SE Suite D Ada, MI 49301 Phone: +1 616 956-9111 www.russellsales.com
**Premier Farnell** www.farnell.com
**reichelt elektronik GmbH & Co. KG** www.reichelt.com
Indiana Ohio Kentucky
**RS Components** www.rs-online.com
**Smith Automation** 1950 E. Greyhound Pass Suite 18-337 Carmel, IN 46033 Phone: +1 317 773-8786 www.smithautomation.com
Eine vollständige Liste unserer Distributoren und Großhändler finden Sie unter: **block.eu** You can find a full list of our distributors at: **block.eu**
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Werk China \<br>**----- End of picture text -----**<br>
## **BLOCK Transformatoren-Elektronik GmbH**
Max-Planck-Straße 36–46 • 27283 Verden • Germany Phone +49 4231 678-0 • Fax +49 4231 678-177 info@block.eu • block.eu
Updated at June 4, 2026
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