17PLUS-QA0-LR

**Module 17plus** 

## **Description** 

Module 17plus is a mounting and power distribution system for use with the following plug-in type devices: 

- l **2210-S, 3600 and 3900 circuit breakers** 

- l **ESS30-S, ESX10 and ESX10-S electronic circuit breakers and protectors** l **E-1048-S7... solid state remote power controller** 

Each module accommodates two breakers with an individual housing width of 12.5 mm and fits onto all industry standard mounting rails. The two-way modules are mounted side-by-side to provide as many ways as required with a terminal block fitted at each end for connection of signalling circuits. Electrical connections are by means of screwless spring-loaded terminals. Fitting a busbar on the terminal side of the modules provides power distribution onto the individual ways with a common line entry. When plugging in multipole circuit breakers, the busbar cannot be used. In this case each pole has to be individually connected. All internal wirings for the ground potential and the group signal are established by the side-by-side mounting of the individual modules (centre pieces, terminal blocks). The suitable circuit breakers or SSRPCs have integral signal contacts (break and make contacts). Depending on the application they can be used for single or group signalling. When using multipole breakers, auxiliary contacts are required in each pole so as not to interrupt the current loop of the group signalling by missing auxiliary contacts. 

## **Fitted with 2210-S:** 

The integral auxiliary contacts of thermal–magnetic circuit breaker type 2210-S (make and break) can be used for single or group signalling, depending on the application. For group fault signalling all required terminals (make contacts, they open in the event of a failure) within the Module 17plus are connected in series. Group signalling is realised via the terminals on the side (13, 14). Single signalling requires connection of the break contacts (they close in the event of a failure). In this case one side of the contacts in the modules is connected in parallel (pin 11). The second contact side is accessible per module way and can be connected via terminal (pin 12). Both types of signalling are available at the same time, if the circuit breaker type used has auxiliary contacts (please note when ordering). 

## **Fitted with 3600/3900:** 

The integral auxiliary contacts of thermal–magnetic circuit breaker types 3600/3900 (make and break) can be used for single or group signalling, depending on the application. For group fault signalling all required terminals (make contacts, they open in the event of a failure) within the Module 17plus are connected in series. Group signalling is realised via the terminals on the side (13, 14). Single signalling requires connection of the break contacts (they close in the event of a failure). In this case one side of the contacts in the modules is connected in parallel (pin 11). The second contact side is accessible per module way and can be connected via terminal (pin 12). Both types of signalling are available at the same time. 

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17plus<br>**----- End of picture text -----**<br>


## **Fitted with ESS30-S:** 

The reference potential for the ESS30-S.. (Gnd pin 11) is also looped through and connected to the terminal elements at the sides. All internal wirings for the ground potential and the group signal are established by the side-by-side mounting of the individual modules (centre pieces, terminal blocks). The ESS30-S003 features an integral auxiliary contact (change-over). The contact SC-SO is used for the group fault indication. For this type of signalling, all contacts in the Modules 17plus are connected in series and are connected via two terminals (13, 14) to the terminals blocks on either side. It is possible with a test probe to contact the series connection in each module and detect possible interruptions. 

## **Fitted with ESX10/ESX10-S:** 

The reference potential for the ESX10 (Gnd pin 11) is also looped through and connected to the terminal elements at the sides. The integral signal output SF of the ESX10-124/-S124 can be tapped at terminal 12 of the relevant channel (single signalling). The inverted status output SF can also be tapped at terminal 12 of the corresponding channel. The reset input RE can be connected via terminal 13 or 14 (ESX10-124/ S124/-127/-S127) or terminal 12 (ESX10-125/-S125). The integral control input IN+ of type ESX10-115/-S115 is fed in via terminal 12. Depending on the option, a potential-free auxiliary contact is also available  (ESX10103/-115/-125/-S103/-S115/-S125). 

## **Fitted with E-1048-S7xx:** 

The reference potential (Gnd pin 11) is also looped through and connected to the terminal elements at the sides. Actuation of the SSRPC (IN+), referenced to GND), is via the separate terminal 12 per way beside the LOAD terminal. The SSRPC has an integral auxiliary contact (break contact) used for group fault signalling. For this type of signalling, all contacts in the Modules 17plus are connected in series and are connected via two terminals (13, 14) to the terminals blocks on either side. It is possible with a test probe to contact the series connection in each module and detect possible interruptions. All internal wirings for the ground potential and the group signal are established by the side-by-side mounting of the individual modules. 

**www.e-t-a.de** 

1941 

1 

## **Module 17plus** 

## **Technical data** 

## **Ordering information** 

Connection Spring-loaded terminals for rigid wires or flexible cables with unisolated wire end ferrules or without wire end ferrules. Please use appropriate screw driver size (SD) for removing the spring loaded terminals. 

|**Ordering information**||
|---|---|
|**17PLUS-Q02-00**<br>Module 17plus, centre piece|Module 17plus, centre piece|
|**17PLUS-QA0-LR**<br>two-way one each left- and right-side terminal<br>block for supply feed from the side by means<br>of screw terminal|two-way one each left- and right-side terminal<br>block for supply feed from the side by means|
|**For technical data of:**<br>l 2210-S, 3600, 3900<br>lESS30-S, ESX10, ESX10-S<br>lE-1048-S7<br>**Please use the search function of www.e-t-a.de by entering the**<br>**product group (e.g. 2210-S) to view individual data sheets.**||



|**cable**||**cross section of**<br>**connecting cable**||**screw**<br>**driver**|**screw**<br>**driver**|**stripped**<br>**length**|
|---|---|---|---|---|---|---|
|Line feed<br>(1.1/ 1.2)<br>Load output<br>(2.1/2.2)<br>Signalisation<br>terminals||1.5-10 mm2<br>0.25-4 mm2<br>0.25-2.5 mm2||3 (1.0 x 5.5)<br>1 (0.6 x 3.5)<br>1 (0.6 x 3.5)|3 (1.0 x 5.5)<br>1 (0.6 x 3.5)<br>1 (0.6 x 3.5)|12 mm<br>12 mm<br>10 mm|
|(11,13,14)|||||||
|Signalisation<br>terminal(12.1/12.2)||0.25-1.5 mm2||0 (0.4 x 2.5)|0 (0.4 x 2.5)|9 mm|
|Diameter of||ø ≤ 2 mm|||||
|test socket|||||||
|Voltage rating||AC 250 V; 3 AC 433 V; DC 65 V||AC 250 V; 3 AC 433 V; DC 65 V|||
|(without circuit|||||||
|breaker)|||||||
|with 2210-S:||AC 250 V; 3 AC 433 V; DC 65 V||AC 250 V; 3 AC 433 V; DC 65 V|||
|with 3600/3900:||AC 240 V (50/60 Hz); DC 65 V|||||
|with ESX10/ESX10-S:||18 V...32 V DC|||||
|with E-1048-S7..:||18 V...36 V DC|||||
|with ESS30:||18 V...30 V DC|||||
|Current rating (without circuit breaker)||Current rating (without circuit breaker)|||||
|Line feed (1.1/1.2)<br>Load output (2.1/2.2)|||||50 A<br>25 A||
|Signalisation Feed (11)<br>(ground with electronic components)<br>Single output (12.1/12.2)|||||10 A<br>1 A(with ESX10: 0,5 A)||
|Group signal (13-14)|||||1 A(with ESX10: 0,5 A)||
|**Caution:**When several devices are mounted together, each should|When several devices are mounted together, each should|||When several devices are mounted together, each should|||
|carry only max. 80 % ( I~~N~~≤ 16 A) or max. 65 % (I||||≤ 16 A) or max. 65 % (I~~N~~> 16 A) of its rating.|||
|Internal resistances (without circuit breaker)|||||||



**Please use the search function of www.e-t-a.de by entering the product group (e.g. 2210-S) to view individual data sheets.** 

## **Installation example (with type 2210)** 

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6<br>Current rating (without circuit breaker)  4<br>Line feed (1.1/1.2)  50 A<br>Load output (2.1/2.2)  25 A<br>Signalisation Feed (11)  5<br>(ground with electronic components)  10 A<br>Single output (12.1/12.2)  1 A (with ESX10: 0,5 A)<br>Group signal (13-14)  1 A (with ESX10: 0,5 A) 3<br>Caution:  When several devices are mounted together, each should  3<br>carry only max. 80 % ( I N   ≤ 16 A) or max. 65 % (I N  > 16 A) of its rating.<br>Internal resistances (without circuit breaker) 2<br>De ARy-<br>Line/load (1.1-2.1) ≤ 5 mΩ<br>1<br>Signalisation ≤ 9 mΩ (+ 2 mΩ per additional module)<br>ee =<br>Group signal (13-14) ≤ 8 mΩ (+ 5 mΩ per additional module)<br>Installation:<br>Vibration    5 g (57-500 Hz) ± 0,38 mm (10-57 Hz);<br>to IEC 60068-2-6, test Fc,  1 Clip modules onto DIN rails.<br>10 frequency cycles/axisquency cycles/axisuency cycles/axisy cycles/axis cycles/axisycles/axiscles/axis 2 Push modules together (side-by-side).<br>Shock 25 g (11 ms)   3 Snap on right-side and left-side terminal blocks.<br>to IEC 60068-2-27, test Ea 4 Cut busbar to required length and fit on supply side of the modules.<br>11 ms half sine 5 Connect line feed with spring-loaded terminals.<br>6 Plug in circuit breakers.<br>Corrosion 96 hours at 5 % salt mist,<br>to IEC 60068-2-11, test Ka, test Ka test Ka<br>Humidity 240 hours at 95 % RH<br>to IEC 60068-2-78, test Cab, test Cab test Cab 1 Line 1 Line<br>a Dielectric strength 1 Line 1 Line Ee SD 3<br>between main circuits (without busbar):  1 500 V<br>main circuit to auxiliary circuit:  1 500 V SD 1<br>between auxiliary circuits:  1 500 V  11 11<br>(without circuit breaker)without circuit breaker)) 11 11<br>Mass<br>Module 17plus (centre piece)  approx. 85 g 13 14 SD 1<br>terminal blocks (pair)(pair)air)) approx. 30 gpprox. 30 grox. 30 gg<br>2 2<br>12 12<br>13 14<br>Approvals<br>Authority          Standard Rated voltage Current ratings 2 OES 2 SD 0<br>12 12<br>AC 250 V  25 A per channel<br>UL UL 60950 DC 80 V 25 A per channel Connection and disconnection of cables with screw driver<br>Modul 17 plus<br>GERMANY<br>LOAD LOAD212 2<br>12<br>LOAD LOAD212 2<br>12<br>1  LINE<br>1  LINE<br>1  LINE<br>1  LINE<br>11<br>14<br>11<br>13<br>**----- End of picture text -----**<br>


Line/load (1.1-2.1) ≤ 5 mΩ 

Signalisation ≤ 9 mΩ (+ 2 mΩ per additional module) ~~ee~~ Group signal (13-14) ≤ 8 mΩ (+ 5 mΩ per additional module) 

Vibration 5 g (57-500 Hz) ± 0,38 mm (10-57 Hz); to IEC 60068-2-6, test Fc, 10 frequency cycles/axisquency cycles/axisuency cycles/axisy cycles/axis cycles/axisycles/axiscles/axis Shock 25 g (11 ms) to IEC 60068-2-27, test Ea 11 ms half sine Corrosion 96 hours at 5 % salt mist, to IEC 60068-2-11, test Ka, test Ka test Ka Humidity 240 hours at 95 % RH to IEC 60068-2-78, test Cab, test Cab test Cab ~~a~~ Dielectric strength between main circuits (without busbar): 1 500 V main circuit to auxiliary circuit: 1 500 V between auxiliary circuits: 1 500 V (without circuit breaker)without circuit breaker)) Mass Module 17plus (centre piece) approx. 85 g terminal blocks (pair)(pair)air)) approx. 30 gpprox. 30 grox. 30 gg 

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1941 

**2210-S/3600/3900 Module 17plus** 

## **Dimensions (with type 2210)** 

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slot for fitting labels from<br>Phoenix, Weidmüller, Wieland<br>17 plus<br>63 G-profile 6 25 25<br>2.48 EN 50035-G32 .236 .984 .984<br>115 max. 38<br>4.53 symmetrical rail max. 1.50<br>EN 50022-35x7.5<br>slot for busbar<br>right-side terminal block<br>test socket<br>left-side terminal block<br>module<br>10.5 .413<br>68 2.64<br>57 2.24<br>47 1.85 42.5 1.67<br>11 14<br>1 Line 2 12<br>1 Line 2 12<br>11 14<br>**----- End of picture text -----**<br>


## **Connection diagram 2210-S** 

## **Example for circuit breaker types 2210** 

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module 1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>13 14<br>LOAD 2.1 12.1LOAD 2.2 12.2 LOAD 2.1  12.1 LOAD 2.2 12.2<br>circuit breaker jumper<br>left-side terminal block right-side terminal block<br>    test socket<br>13, 14 A terminals for group signalisation<br>11 feed for single signalisation<br>12.1, 12.2 A terminal for single signalisation<br>**----- End of picture text -----**<br>


## **Pin selection, fitted with 2210-S..** 

**2210-S.. Module 17plus** 1 (1.1, 1.2) 11 (11) 23 (13) 24 (14) 12             (12.1, 12.2) 2 (2.1, 2.2) 

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## **Dimensions (with type 3600/3900)** 

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slot for fitting labels from<br>Phoenix, Weidmüller, Wieland<br>17 plus<br>63 G-profile 6 25 25<br>115 EN 50035-G32 max. 38<br>symmetrical rail<br>EN 50022-35x7,5<br>slot for busbar<br>right-side terminal block<br>test socket<br>left-side terminal block<br>module<br>115,<br>51<br>47 425, 57<br>11 14<br>1.2  Line 2.2 12.2<br>1.1  Line 2.1<br>12.1<br>11 14<br>**----- End of picture text -----**<br>


## **Connection diagram 3600/3900** 

## **Example for circuit breaker types 3600/3900** 

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module 1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>13 14<br>LOAD 2.1 12.1LOAD 2.2 12.2 LOAD 2.1  12.1 LOAD 2.2 12.2<br>circuit breaker jumper<br>left-side terminal block right-side terminal block<br>    test socket<br>13, 14 A terminals for group signalisation<br>11 feed for single signalisation<br>12.1, 12.2 A terminal for single signalisation<br>**----- End of picture text -----**<br>


## **Pin selection, fitted with 3600/3900** 

**3600/ Module 3900 17plus** 1 (1.1, 1.2) 4 (11) 6 (13) 3 (N.C.) 7 (14) 5 (12.1, 12.2) 2 (2.1, 2.2) 

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**ESS30-S003 - Module 17plus** 

## **Dimensions (with type ESS30-S)** 

**==> picture [249 x 252] intentionally omitted <==**

**----- Start of picture text -----**<br>
12,5<br>G E R M A N Y<br>115 6 25 6<br>symmetrical rail<br>slot for busbar EN 50022-35x7,5<br>right-side terminal block<br>left-side terminal block<br>module<br>ON 115,2 (OFF 121,2)<br>**----- End of picture text -----**<br>


## **Connection diagram ESS30-S003** 

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module 1 module 2<br>Supply LINE 1 LINE 1 LINE 1 LINE 1 busbar<br>11 11<br>GND GND<br>>i >i >i<br>13 14<br>LOAD 2 12 LOAD 2 12 LOAD 2 12 LOAD 2 12<br>test socket ESS30-S003 test socket jumper<br>left-side terminal block right-side terminal block<br>11 GND<br>13, 14 terminal for group signalisation<br>**----- End of picture text -----**<br>


## **Pin selection, fitted with ESS30-S003** 

**ESS30-S003  Module 17 plus** LINE (+)  (1.1, 1.2) GND       (11) SC          (13) S0           (14) SI            (12.1, 12.2) LOAD (+) (2.1, 2.2) 

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1941 

## **ESX10 - Module 17plus** 

## **Dimensions (with type ESX10)** 

**==> picture [249 x 270] intentionally omitted <==**

**----- Start of picture text -----**<br>
slot for fitting labels from<br>Phoenix, Weidmüller, Wieland<br>ok Control unit I > on / off<br>17 plus<br>63 G-profile 6 25 25<br>2.48 115 EN 50035-G32 .236 .984 .984<br>4.53 max. 38<br>symmetrical rail max. 1.50<br>EN 50022-35x7.5<br>slot for busbar<br>right-side terminal block<br>left-side terminal block<br>module<br>70 2.75<br>Failsafe<br>LINE (+) Gnd RE RE SI LOAD (+)<br>57 2.24<br>47 1.85 42.5 1.67<br>11 14<br>1 Line 2 12<br>1 Line 2 12<br>11 14<br>**----- End of picture text -----**<br>


## **Pin selection, fitted with ESX10-124 (example)** 

## **ESX10-124  Module** 

**17 plus** LINE (+)     (1.1, 1.2) GND          (11) RE             (13) RE             (14) SF             (12.1, 12.2) LOAD (+)   (2.1, 2.2) 

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## **Connection diagram ESX10-...** 

**==> picture [219 x 191] intentionally omitted <==**

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Module 17plus with ESX10-100<br>module 1 module 2<br>Supply LINE 1 LINE 1  LINE 1 LINE 1 busbar<br>11 11<br>GND GND<br>>i >i >i<br>13 14<br>LOAD 2 12 LOAD 2 12 LOAD 2 12 LOAD 2 12<br>ESX10-100 jumper<br>left-side terminal block right-side<br>terminal block<br>11 GND<br>13, 14 looped through<br>**----- End of picture text -----**<br>


## **Module 17plus with ESX10-103/ESX10-S103** 

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**----- Start of picture text -----**<br>
module 1 module 2<br>Supply LINE 1 LINE 1 LINE 1 LINE 1 busbar<br>11 11<br>GND GND<br>>i >i >i<br>13 14<br>LOAD 2 12 LOAD 2 12 LOAD 2 12 LOAD 2 12<br>ESX10-103/ESX10-S103 jumper<br>left-side terminal block right-side<br>terminal block<br>11 GND<br>12, 13, 14 terminal group signalisation (change-over)<br>(13-12 N/C, 13-14 N/O)<br>**----- End of picture text -----**<br>


**www.e-t-a.de** 

1941 

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**ESX10 - Module 17plus** 

## **Connection diagram ESX10-...** 

## **Module 17plus with ESX10-115/-S115** 

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module  1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>GND GND<br>>i >i >i<br>(+) (+) (+)<br>13 14<br>LOAD 2.1 12.1 LOAD 2.2 12.2 LOAD 2.1 12.1 LOAD 2.2 12.2<br>ESX10-115/-S115 jumper<br>left-side terminal block right-side<br>terminal block<br>11 GND<br>12.1, 12.2 terminal control signal ON (+24V DC)<br>13, 14 terminal group signalisation (N/O)<br>**----- End of picture text -----**<br>


## **Module 17plus with ESX10-124/-S124** 

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**----- Start of picture text -----**<br>
module 1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>GND GND<br>(+ ) (+ ) (+ )<br>>i >i >i<br>(+) (+) (+)<br>13 14<br>LOAD 2.1 12.1 LOAD 2.2 12.2 LOAD 2.1 12.1 LOAD 2.2 12.2<br>ESX10-124/-S124 jumper*<br>left-side terminal block right-side<br>terminal block<br>**----- End of picture text -----**<br>


11 GND 12.1, 12.2status indication SF +24V=OK 13, 14 reset input RE ( group reset), +24V falling edge *Caution: unused slots have to be fitted with jumpers 

## **Module 17plus with ESX10-127/-S127** 

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**----- Start of picture text -----**<br>
module 1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>GND GND<br>(+ ) (+ ) (+ )<br>>i >i >i<br>(-) (-) (-)<br>13 14<br>LOAD 2.1 12.1 LOAD 2.2 12.2 LOAD 2.1 12.1 LOAD 2.2 12.2<br>ESX10-127/-S127 jumper*<br>left-side terminal block right-side<br>terminal block<br>**----- End of picture text -----**<br>


11 GND 12.1, 12.2status indication SF 0V=OK 13, 14 reset input RE ( group reset), +24V falling edge *Caution: unused slots have to be fitted with jumpers 

## **Module 17plus with ESX10-125/-S125** 

**==> picture [221 x 159] intentionally omitted <==**

**----- Start of picture text -----**<br>
module 1 module 2<br>Supply LINE 1.1 LINE 1.2 LINE 1.1 LINE 1.2 busbar<br>11 11<br>GND GND<br>>i >i >i<br>(+ ) (+ ) (+ )<br>13 14<br>LOAD 2.1 12.1 LOAD 2.2 12.2 LOAD 2.1 12.1 LOAD 2.2 12.2<br>ESX10-125/-S125 jumper*<br>left-side terminal block right-side<br>terminal block<br>**----- End of picture text -----**<br>


- 11 GND 12.1, 12.2 reset input RE (single reset), +24V falling edge 13, 14 terminal group signalisation (N/O) *Caution: unused slots have to be fitted with jumpers 

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1941 

**E-1048-S7xx - Module 17plus** 

## **Dimensions (with type E-1048-S7xx)** 

**==> picture [249 x 287] intentionally omitted <==**

**----- Start of picture text -----**<br>
slot for fitting labels from<br>Phoenix, Weidmüller, Wieland<br>17 plus<br>63 G-profile 6 25 25<br>115 EN 50035-G32 max. 38<br>symmetrical rai<br>EN 50022-35x7,5<br>slot for busbar<br>right-side terminal block<br>left-side terminal block<br>module<br>70<br>57<br>47 42,5<br>11 14<br>2.2 12.2<br>2.1<br>1.1 Line1.2 Line 12.1<br>11 14<br>**----- End of picture text -----**<br>


## **Connection diagram E-1048-S7xx** 

**==> picture [249 x 256] intentionally omitted <==**

**----- Start of picture text -----**<br>
module 1 module 2<br>Supply 1 LINE + 1 LINE + 1 LINE + 1 LINE + busbar<br>11 11<br>GND GND<br>>i >i >i<br>13 14<br>2 12 2 12 2 12 2 12<br>LOAD IN + LOAD IN + LOAD IN + LOAD IN +<br>left-side test solid state remote jumper<br>terminal block terminal power controllerE-1048-S700 right-side terminal block<br>13, 14 terminals for group signalisation<br>11 reference potential GND<br>12 control IN+<br>**----- End of picture text -----**<br>


## **Pin selection, fitted with E-1048-S7..** 

**==> picture [249 x 148] intentionally omitted <==**

**----- Start of picture text -----**<br>
E-1048-S7.. Module<br>17plus<br>LINE + (1.1, 1.2)<br>GND (11)<br>SC (13)<br>SO (14)<br>IN+ (12.1, 12.2)<br>LOAD+ (2.1, 2.2)<br>**----- End of picture text -----**<br>


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1941 

7 

**Module 17plus** 

## **Accessories** 

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**----- Start of picture text -----**<br>
Retaining clip Y 308 792 01<br>Busbar 32 A recommended for tight fit of types<br>X 222 005 01  blue insulation, 500 mm/19.68 in. ESX10 / E-1048-S6xx / SB-S11-P1-xx<br>X 222 005 02  red insulation, 500 mm/19.68 in. and terminal blocks type 17 and 17plus<br>X 222 005 03  grey insulation, 500 mm/19.68 in.<br>up to 32 A continuous load 64<br>2.52<br>Busbar 50 A<br>Y 307 016 01  non-insulated, 500 mm/19.68 in.<br>up to 50 A continuous load;<br>plugged in completely, protected against brush contact<br>Retaining clip Y 307 754 01<br>recommended for tight fit of types<br>ESX10<br>18.5<br>.728<br>Busbar 50 A<br>Y 307 016 11  non-insulated, 500 mm/19.68 in.<br>up to 50 A continuous load<br>End bracket Screw terminal for busbar<br>X 222 004 01 X 211 156 01  non insulated<br>Width 10 mm (up to 35 mm [2] ) 2<br>.079<br>Jumper<br>SB-S11-P1-01-1-1A<br>top view<br>Retaining clip for circuit breaker 3600/3900<br>recommended for fitting the devices Germany<br>Y 300 581 11<br>45 Signalbrücke<br>1.77 Signal loop<br>SB-S11-P1-01-1-1A<br>www.e-t-a.com<br>xxxx<br>60<br>2.36 mounting dimensions<br>AC 240 V / DC 65 V, 1 A<br>30<br>1.18<br>12.3<br>Retaining clip for circuit breaker 2210 .484<br>r ecommended for fitting single pole devices<br>Y 302 974 21<br>45<br>1.77 blade terminals<br>terminals 13+14 DIN 46244-A 6.3-0.8<br>bridged<br>Labels<br>marking area 6 x 10 mm<br>60 (ordering unit 10 pcs = 1 strip)<br>2.36 mounting dimensions Y 307 942 61<br>24<br>.945<br>64.5<br>2.54<br>4.5 .177<br>8 5<br>.315 .197<br>44.4 1.74 60<br>2.36<br>0<br>7 2.76 Signalbrücke Signal loop<br>ø1 .039 5.5 .217<br>1 13 14 2<br>10.3 .406<br>61.5 2.42<br>ø1 .039 7 .276<br>**----- End of picture text -----**<br>


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1941 

## **Module 17plus** 

## **Installation example for retaining clip** 

ESX10 with retaining clip **Y 307 754 01** for power distribution system module 17plus 

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## Removal of retaining clip **Y 307 754 01** 

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## **Installation example for busbar** 

**Installation for busbar 32 A (X222 005 01/02/03) in Module 17plus** 

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top edge 17plus groove<br>nose<br>**----- End of picture text -----**<br>


When mounting several modules side by side, proper insertion of the 32 A busbar X 222 005 01/02/03 has to be observed, i.e. the busbar must be pushed in evenly across the whole length from left to right, repeatedly if necessary. The groove of the busbar must be flush with the top edge of the Module 17plus. 

Please ensure that the busbar audibly latches in into the Module 17plus. 

All dimensions without tolerances are for reference only. In the interest of improved design, performance and cost effectiveness the right to make changes in these specifications without notice is reserved.Product markings may not be exactly as the ordering codes. Errors and omissions excepted. 

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