ib131018en effective january 2017 instructions for vcp-w ......2 ib131018en effective january 2017...

ContentsDescription Page

1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . 22. Description . . . . . . . . . . . . . . . . . . . . . . . . . . . 23. Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Appendix A - Front view . . . . . . . . . . . . . . . . . . . . 8Appendix B - Side view . . . . . . . . . . . . . . . . . . . . 9Appendix C - Control scheme . . . . . . . . . . . . . . 10Appendix D - Outline drawing . . . . . . . . . . . . . . 11Appendix E - Breaker code plate reference . . . . 12Appendix F - How to make breaker plates . . . . . 16Appendix G - How to make cell plates . . . . . . . . 17

Effective January 2017IB131018EN

Instructions for VCP-W Simple Electrical Ground & Test Device (SEG&TD) with simplified interlock scheme - bottom terminal set version

SEG&TD For use in type VCP-W switchgear rated up to 15 kV, 40 kA

bottom terminal set version

2

IB131018EN Effective January 2017

Instructions for VCP-W Simple Electrical Ground & Test Device (SEG&TD) with simplified interlock

scheme - bottom terminal set version

EATON www.eaton.com

CAUTIONBECAUSE OF THE UNIQUE APPLICATION AND VAST VARIETY OF SYSTEM/USER REQUIREMENTS, SPECIFIC SAFE OPERATING PROCEDURES FOR THE USE OF THIS DEVICE MUST BE DEVELOPED BY THE USER.

1. IntroductionType Vac Clad-W switchgear assemblies are designed with all the bus work completely insulated for safety. Since the current carry-ing parts are not readily accessible, the type VCP-W Simple Ectrical Ground & Test Device (SEG&TD) is designed for insertion into the breaker compartment to gain access to the primary stationary con-tacts. It provides a convenient means to ground the circuit for main-tenance work.

Non roll-on-floor option available

There is an equivalent style number available to order this SEG&TD as a non roll-on-floor device. Please contact your Eaton representa-tive for information.

2. DescriptionThe SEG&TD is a drawout element that can be inserted into a lower circuit breaker compartment in the same manner as a VCP-W circuit breaker. This device is equipped with a set of three bottom terminals (see Figures 1, 2, and 3). In the lower compartment, the terminals of the SEG&TD typically connect to switchgear terminals connected to cables. It is important that the user review the switch-gear compartment configuration, to confirm the circuit that he/she intends to ground, prior to using this device.

Figure 1. SEG&TD (front view).

Figure 2. Bottom stabs of the SEG&TD (as provided).

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Figure 3. Bottom stabs of the SEG&TD (rear view).

This device is deeper than the standard VCP-W breaker. The stored energy closing mechanism for the SEG&TD is the same as used in type VCP-W breakers. It is capable of applying the ground against a “Live” circuit if operational errors have not cleared the circuit. However, in such a case, the relaying at the source of power is expected to cause the source interrupter to clear the circuit.

WARNINGTHIS MANUAL DESCRIBES A SPECIFIC SEG&TD FOR USE AT A SPECIFIC LOCATION. IT SHOULD NOT BE REFERENCED FOR ANY OTHER PURPOSE OR INSTALLATION.

2.1 VCP-W interlocks and safety features

The SEG&TD is designed to provide as many interlocks and safety features as practical for the personnel performing any of the opera-tions described earlier.

The device cannot be levered into or out of the “Connected” posi-tion unless the SEG&TD is open.• When working with a "Closed" SEG&TD, the cam on the floor of

the compartment will trip the breaker when the device is levered into or out of the “Test” position.

• In the “Connected” position, engaging the levering crank will trip the SEG&TD open.

• An indicator on the front panel shows the status of the SEG&TD contacts, “Open-Ungrounded” or “Closed-Grounded” (see Appendix A).

• The SEG&TD cannot be manually closed. The spring charging socket and manual close button are both covered by the device front panel (see Appendix A).

• The SEG&TD can be closed only electrically by a remote operat-ing station at the end of a 50 ft. (15.2 m) cable supplied with the device.

• The power to operate the SEG&TD in this device is obtained through the secondary disconnect in the breaker compartment.

• The control switch cable is connected to the device with a twist lock connector.

WARNINGIMPROPER USE CAN RESULT IN DEATH, SERIOUS PERSONAL INJURY, OR PROPERTY DAMAGE.

2.3 Basic elements description

Selector Switch - The selector switch has the “OPEN”, “OFF” and “CLOSE” positions and operates in association with the remote operating station's “OPEN”/”CLOSE” pushbuttons (see Figure 4).

Figure 4. Selector switch.

otee:N In this design, the selector switch functions as described below. In the “OFF” position, the SEG&TD is electrically disabled. The selector switch is padlockable in the “OFF” position. This provides the padlockable func-tion. The selector switch in the “CLOSE” position allows the execution of a remote “CLOSE” command. The “OPEN” function is disabled. Conversely, the selector switch in the “OPEN” position allows the execution of a remote “OPEN” command. The “CLOSE” function is disabled.

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3.0 Operation3.1 Safe practices

The SEG&TD is a safety-related device. It must be recognized that improper use can result in death, serious personal injury, or property damage. That is why it is important that the user develop specific and safe operating procedures for its use.

The following general safe practices are recommended.

CAUTIONTHE DEVICE CANNOT BE STORED IN VAC CLAD-W BREAKER COMPART-MENT. IT CAN ONLY BE STORED IN ITS STORAGE COMPARTMENT.

1. Store the device in a clean, dry area free from dust, dirt, mois-ture, etc.

2. Keep all insulating surfaces, which include primary support insu-lation and insulation barriers, clean and dry.

3. Check all primary circuit connections to make certain that they are clean and tight.

4. Permit only authorized trained personnel to use this device.

5. Take extreme care while using this device to avoid contacting “Live” or “Hot” (energized) terminals.

6. Do not remove the device's front panel while using this device.

7. Always “CLOSE” the SEG&TD electrically from the farthest dis-tance with the remote control switch.

9. Check for dielectric integrity at 15 kV AC across the terminals to ground with the SEG&TD “OPEN”.

10. Always install the "test probes" when the SEG&TD is in the "DISCONNECT" position in the breaker cubicle.

DANGERIT IS NOT RECOMMENDED THAT YOU INSTALL THE "TEST PROBES" WHEN THE SEG&TD IS IN THE "CONNECTED" POSITION. THE VOLTAGES IN ENERGIZED EQUIPMENT CAN CAUSE DEATH OR SEVERE PERSONAL INJURY. IF ATTEMPTING TO INSERT TEST PROBES WHILE THE SEG&TD IS IN THE "CONNECTED" POSITION USE 20 KV GLOVES.

3.2 Ground and test device operation sequence

1. With the SEG&TD control switch in the "OFF" position, insert the SEG&TD into the breaker cubicle in the "DISCONNECT" position.

Figure 5. SEG&TD inserted into the breaker cubicle.

2. Move the test probe shutter handles to the left then insert the test probes into the test ports for all three phases.

Figure 6. Test probes inserted into the test ports.

3. Once the three test probes are fully inserted, slide the test probe shutter handles to the right to lock the test probes in place. The test port shutter is fully closed when the hole in the left test probe shutter handle aligns with the hole in the test probe shutter locking plate.

otee:N The test probe shutter can be locked in place by inserting a padlock through the holes in the left test probe shutter handle and the hole in the test probe shutter locking plate.

Figure 7. Test port shutter locking the test probes in the test ports.

4. Lift up on the release tabs on the retaining straps and remove the 6 ft. (1.8 m) extension cord from its storage location. Align then insert the male plug of the extension cord into the SEG&TD's remote control female twist-lock receptacle. Turn the male plug clockwise to lock it in place.

Test probe shutter handles

Test probes

Locking plate

Left shutter handle

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Figure 8. Location of the release tabs on the retaining straps.

Figure 9. Male plug of the 6 ft. extension cord.

Figure 10. Male twist-lock plug locked into the twist-lock recep-tacle on the SEG&TD.

Release tab

5. Insert the levering mechanism and rack the SEG&TD into the "CONNECTED" position. Reference the switchgear manufactur-er's instruction book for instructions on bypassing the mechani-cal interlock to permit open door racking so that the SEG&TD can be racked in while the door remains open.

Figure 11. Levering mechanism used to move the SEG&TD into the "CONNECTED" position.

6. Check for the presence of voltage on all three phases using a hot stick mounted test instrument.

.

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7. If no voltage is detected, insert the remote operating station male twist-lock plug into the 6 ft. twist lock extension cord's female receptacle. Turn the plug and receptacle to lock them together.

otee:N The male plug and female receptacle are fully locked when the square tabs are aligned.

Figure 12. Correct orientation of the alignment tabs on the twist-lock plug and receptacle.

8. Turn the SEG&TD's control switch to the "CLOSE" position.

Figure 13. Control switch in the "CLOSE" position.

9. Unroll the remote operating station cord and step outside the switchgear enclosure.

10. Push and hold the "CLOSE" button on the remote operating station to charge the motor circuit which in turn charges the closing springs and grounds the circuit. Once the SEG&TD is closed, release the "CLOSE" button.

Alignment tabs

Figure 14. Buttons on the remote operating station.

11. Disconnect the remote station cord from the 6 ft. twist-lock extension and turn the SEG&TD control switch to the "OFF" position. Roll the remote station cord up for storage outside of the cubicle.

Figure 15. Control switch in the "OFF" position.

12. Remove the male twist-lock plug from the SEG&TD's female receptacle. Store the 6 ft. twist-lock extension in its stor-age location on the SEG&TD and secure it using the retaining straps. Close the switchgear cubicle door.

Figure 16. Twist-lock extension stored and secured in its storage location.

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13. Upon completion of the work, open the switchgear cubicle door and locate the 6 ft. twist-lock extension cord. Release it from its storage location.

14. Insert the 6 ft. extension cord's male twist-lock plug into the SEG&TD's remote control twist-lock receptacle and turn the SEG&TD control switch to the "Open" position.

Figure 17. Control switch in the "OPEN" position.

15. Remove the remote operating station cord from storage and connect it to the 6 ft. twist-lock extension cord.

16. Unroll the remote operating station cord and step outside the switchgear enclosure.

17. Push the "OPEN" button on the remote operating station to unground the circuit.

Figure 18. "OPEN" button on the remote operating station.

18. Insert the levering mechanism and rack the SEG&TD to the "DISCONNECT" position.

Figure 19. Levering mechanism used to move the SEG&TD into the "DISCONNECT" position.

19. Disconnect the remote operating station cord from the 6 ft. extension cord.

20. Remove the 6 ft. extension cord, with twist-lock connectors, from the SEG&TD. Secure the 6 ft. extension cord in its stor-age location usSEing the retaining straps.

21. Move the test port shutter to the left to unlock the probes in the test ports.

22. Remove the test probes from the test ports for all three phases. Move the test port shutter to the right to close the test post shutter.

23. Remove the SEG&TD from the cubicle.

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Appendix A - Front view

1. Probe inserted in the test port

2. Test port padlock (probes inserted)

3. Manual trip button

4. Operations counter

5. Grounding switch position indicator

6. Remote operating station with 50 foot cord

7 Ground Contact

1

6

7

5

4

3

2

8 9

10

12

11

13

8. Remote operating station receptacle

9. Floor tripper

10. Test port shutter handles

11. Selector switch

12. Selector switch padlock

13. 6 ft. extension cord

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Appendix B - Side view

1. Selector switch padlock

2. Selector switch

3. Levering latch handle

4. Lower terminal primary contacts

1

2

3

4

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Appendix C - Control scheme

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Appendix D - Outline drawing

Outline drawing applies to 40 kA rated version only.

34.0

6 [8

65.0

]

6.63

[168

.47]

40.8

7 [1

038.

1]

24.6

3 [6

25.6

]

20.8

8 [5

30.2

]

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Appendix E - Breaker code plate referenceThe chart below shows a summary of the code plates that are on our Eaton breakers. In order to avoid an interference issue on this particu-lar ground and test device you may need to change the code plates. We apologize for any inconvenience when you encounter code plate interference. The best solution for resolving the interference is to obtain code plates that match the breakers being used. Cross reference this list to find the correct code plates to use. See appendices F & G for information on making code plates.

Breaker model Current rating Cycle Class Breaker LH code Breaker LH style code plate Breaker RH code Breaker RH style code plate

150VCP-W 25 1200 3 K=1 12000 8061A47H06 21011 8061A40H07

150VCP-W 25 1200 5 K=1 12000 8061A47H06 21012 8061A41H01

150VCP-W 25 2000 3 K=1 11000 8061A38H06 21011 8061A40H07

150VCP-W 25 2000 5 K=1 11000 8061A38H06 21012 8061A41H01

150VCP-W 25 3000 3 K=1 20000 8061A40H06 21011 8061A40H07

150VCP-W 25 3000 5 K=1 20000 8061A40H06 21012 8061A41H01

150VCP-W 25 C 1200 C C 21010 8061A38H01 21102 8061A44H02

150VCP-W 25 C 2000 C C 21010 8061A38H01 21101 8061A48H03

150VCP-W 25 C 3000 C C 21010 8061A38H01 21110 8061A38H03

150VCP-W 40 1200 3 K=1 12000 8061A47H06 11011 8061A38H05

150VCP-W 40 1200 5 K=1 12000 8061A47H06 11012 8061A38H04

150VCP-W 40 2000 3 K=1 11000 8061A38H06 11011 8061A38H05

150VCP-W 40 2000 5 K=1 11000 8061A38H06 11012 8061A38H04

150VCP-W 40 3000 3 K=1 20000 8061A40H06 11011 8061A38H05

150VCP-W 40 3000 5 K=1 20000 8061A40H06 11012 8061A38H04

150VCP-W 40 C 1200 C C 00010 8061A39H04 10102 8061A46H02

150VCP-W 40 C 2000 C C 00010 8061A39H04 10101 8061A50H02

150VCP-W 40 C 3000 C C 00010 8061A39H04 10110 8061A39H05

150VCP-W 50 1200 3 K=1 12000 8061A47H06 10011 8061A40H02

150VCP-W 50 1200 5 K=1 12000 8061A47H06 10012 8061A42H01

150VCP-W 50 2000 3 K=1 11000 8061A38H06 10011 8061A40H02

150VCP-W 50 2000 5 K=1 11000 8061A38H06 10012 8061A42H01

150VCP-W 50 3000 3 K=1 20000 8061A40H06 10011 8061A40H02

150VCP-W 50 3000 5 K=1 20000 8061A40H06 10012 8061A42H01

150VCP-W 50 C 1200 C C 00010 8061A39H04 00102 8061A39H06

150VCP-W 50 C 2000 C C 00010 8061A39H04 00101 8061A39H07

150VCP-W 50 C 3000 C C 00010 8061A39H04 00110 8061A39H08

150VCP-W 63 1200 3 K=1 10010 8061A39H01 00002 8061A39H02

150VCP-W 63 1200 3 K=1 10010 8061A39H01 00002 8061A39H02

150VCP-W 63 1200 5 K=1 10020 8061A33H01 00002 8061A39H02

150VCP-W 63 1200 5 K=1 10020 8061A33H01 00002 8061A39H02

150VCP-W 63 2000 3 K=1 10010 8061A39H01 00001 8061A39H03

150VCP-W 63 2000 3 K=1 10010 8061A39H01 00001 8061A39H03

150VCP-W 63 2000 5 K=1 10020 8061A33H01 00001 8061A39H03

150VCP-W 63 2000 5 K=1 10020 8061A33H01 00001 8061A39H03

150VCP-W 63 3000 3 K=1 10010 8061A39H01 00010 8061A39H04

150VCP-W 63 3000 3 K=1 10010 8061A39H01 00010 8061A39H04

150VCP-W 63 3000 5 K=1 10020 8061A33H01 00010 8061A39H04

150VCP-W 63 3000 5 K=1 10020 8061A33H01 00010 8061A39H04

150VCP-W 63 C 1200 C C 10000 8061A50H03 00002 8061A39H02

150VCP-W 63 C 2000 C C 10000 8061A50H03 00001 8061A39H03

150VCP-W 63 C 3000 C C 10000 8061A50H03 00010 8061A39H04

150VCP-W1000 1200 3 K>1 10010 8061A39H01 10002 8061A46H01

150VCP-W1000 1200 5 K>1 10020 8061A33H01 10002 8061A46H01

150VCP-W1000 2000 3 K>1 10010 8061A39H01 10001 8061A50H01

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150VCP-W1000 2000 5 K>1 10020 8061A33H01 10001 8061A50H01

150VCP-W1000 3000 3 K>1 10010 8061A39H01 10010 8061A39H01

150VCP-W1000 3000 5 K>1 10020 8061A33H01 10010 8061A39H01

150VCP-W500 1200 3 K>1 22010 8061A37H01 22002 8061A43H01

150VCP-W500 1200 5 K>1 22020 8061A31H01 22002 8061A43H01

150VCP-W500 2000 3 K>1 22010 8061A37H01 22001 8061A47H01

150VCP-W500 2000 5 K>1 22020 8061A31H01 22001 8061A47H01

150VCP-W500 3000 3 K>1 22010 8061A37H01 22010 8061A37H01

150VCP-W500 3000 5 K>1 22020 8061A31H01 22010 8061A37H01

150VCP-W500 H 1200 3 K>1 22010 8061A37H01 21002 8061A44H01

150VCP-W500 H 1200 5 K>1 22020 8061A31H01 21002 8061A44H01

150VCP-W500 H 2000 3 K>1 22010 8061A37H01 21001 8061A48H01

150VCP-W500 H 2000 5 K>1 22020 8061A31H01 21001 8061A48H01

150VCP-W500 H 3000 3 K>1 22010 8061A37H01 21010 8061A38H01

150VCP-W500 H 3000 5 K>1 22020 8061A31H01 21010 8061A38H01

150VCP-W750 1200 3 K>1 21010 8061A38H01 21002 8061A44H01

150VCP-W750 1200 5 K>1 21020 8061A32H01 21002 8061A44H01

150VCP-W750 2000 3 K>1 21010 8061A38H01 21001 8061A48H01

150VCP-W750 2000 5 K>1 21020 8061A32H01 21001 8061A48H01

150VCP-W750 3000 3 K>1 21010 8061A38H01 21010 8061A38H01

150VCP-W750 3000 5 K>1 21020 8061A32H01 21010 8061A38H01

150VCP-W750 H 1200 3 K>1 21010 8061A38H01 10002 8061A46H01

150VCP-W750 H 1200 5 K>1 21020 8061A32H01 10002 8061A46H01

150VCP-W750 H 2000 3 K>1 21010 8061A38H01 10001 8061A50H01

150VCP-W750 H 2000 5 K>1 21020 8061A32H01 10001 8061A50H01

150VCP-W750 H 3000 3 K>1 21010 8061A38H01 10010 8061A39H01

150VCP-W750 H 3000 5 K>1 21020 8061A32H01 10010 8061A39H01

150VCP-WG 50 1200 3 K=1 10020 8061A33H01 00002 8061A39H02

150VCP-WG 50 2000 3 K=1 10020 8061A33H01 00001 8061A39H03

150VCP-WG 50 3000 3 K=1 10020 8061A33H01 00010 8061A39H04

150VCP-WG 63 1200 3 K=1 10020 8061A33H01 00002 8061A39H02

150VCP-WG 63 2000 3 K=1 10020 8061A33H01 00001 8061A39H03

150VCP-WG 63 3000 3 K=1 10020 8061A33H01 00010 8061A39H04

50VCP-W 25 1200 3 K=1 12002 8061A47H05 21011 8061A40H07

50VCP-W 25 1200 5 K=1 12002 8061A47H05 21012 8061A41H01

50VCP-W 25 2000 3 K=1 11002 3A74923H01 21011 8061A40H07

50VCP-W 25 2000 5 K=1 11002 3A74923H01 21012 8061A41H01

50VCP-W 25 3000 3 K=1 20002 8061A45H01 21011 8061A40H07

50VCP-W 25 3000 5 K=1 20002 8061A45H01 21012 8061A41H01

50VCP-W 25 C 1200 C C 21012 8061A41H01 21102 8061A44H02

50VCP-W 25 C 2000 C C 21012 8061A41H01 21101 8061A48H03

50VCP-W 25 C 3000 C C 21012 8061A41H01 21110 8061A38H03

50VCP-W 40 1200 3 K=1 12002 8061A47H05 11011 8061A38H05

50VCP-W 40 1200 5 K=1 12002 8061A47H05 11012 8061A38H04

50VCP-W 40 2000 3 K=1 11002 3A74923H01 11011 8061A38H05

50VCP-W 40 2000 5 K=1 11002 3A74923H01 11012 8061A38H04

50VCP-W 40 3000 3 K=1 20002 8061A45H01 11011 8061A38H05

50VCP-W 40 3000 5 K=1 20002 8061A45H01 11012 8061A38H04

50VCP-W 40 C 1200 C C 00012 8061A42H02 10102 8061A46H02

50VCP-W 40 C 2000 C C 00012 8061A42H02 10101 8061A50H02

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50VCP-W 40 C 3000 C C 00012 8061A42H02 10110 8061A39H05

50VCP-W 50 1200 3 K=1 12002 8061A47H05 10011 8061A40H02

50VCP-W 50 1200 5 K=1 12002 8061A47H05 10012 8061A42H01

50VCP-W 50 2000 3 K=1 11002 3A74923H01 10011 8061A40H02

50VCP-W 50 2000 5 K=1 11002 3A74923H01 10012 8061A42H01

50VCP-W 50 3000 3 K=1 20002 8061A45H01 10011 8061A40H02

50VCP-W 50 3000 5 K=1 20002 8061A45H01 10012 8061A42H01

50VCP-W 50 C 1200 C C 00012 8061A42H02 00102 8061A39H06

50VCP-W 50 C 2000 C C 00012 8061A42H02 00101 8061A39H07

50VCP-W 50 C 3000 C C 00012 8061A42H02 00110 8061A39H08

50VCP-W 63 1200 3 K=1 10012 8061A42H01 00002 8061A39H02

50VCP-W 63 1200 3 K=1 10012 8061A42H01 00002 8061A39H02

50VCP-W 63 1200 5 K=1 10022 8061A36H01 00002 8061A39H02

50VCP-W 63 1200 5 K=1 10022 8061A36H01 00002 8061A39H02

50VCP-W 63 2000 3 K=1 10012 8061A42H01 00001 8061A39H03

50VCP-W 63 2000 3 K=1 10012 8061A42H01 00001 8061A39H03

50VCP-W 63 2000 5 K=1 10022 8061A36H01 00001 8061A39H03

50VCP-W 63 2000 5 K=1 10022 8061A36H01 00001 8061A39H03

50VCP-W 63 3000 3 K=1 10012 8061A42H01 00010 8061A39H04

50VCP-W 63 3000 3 K=1 10012 8061A42H01 00010 8061A39H04

50VCP-W 63 3000 5 K=1 10022 8061A36H01 00010 8061A39H04

50VCP-W 63 3000 5 K=1 10022 8061A36H01 00010 8061A39H04

50VCP-W 63 C 1200 C C 00012 8061A42H02 00002 8061A39H02

50VCP-W 63 C 2000 C C 00012 8061A42H02 00001 8061A39H01

50VCP-W 63 C 3000 C C 00012 8061A42H02 00010 8061A39H04

50VCP-W ND 250 1200 3 K>1 21212 8061A61H01 None None

50VCP-W ND 250 1200 5 K>1 21222 8061A60H01 None None

50VCP-W250 1200 3 K>1 21012 8061A41H01 21002 8061A44H01

50VCP-W250 1200 5 K>1 21022 8061A35H01 21002 8061A44H01

50VCP-W250 2000 3 K>1 21012 8061A41H01 21001 8061A48H01

50VCP-W250 2000 5 K>1 21022 8061A35H01 21001 8061A48H01

50VCP-W250 3000 3 K>1 21012 8061A41H01 21010 8061A38H01

50VCP-W250 3000 5 K>1 21022 8061A35H01 21010 8061A38H01

50VCP-W250 H 1200 3 K>1 21012 8061A41H01 10002 8061A46H01

50VCP-W250 H 1200 5 K>1 21022 8061A35H01 10002 8061A46H01

50VCP-W250 H 2000 3 K>1 21012 8061A41H01 10001 8061A50H01

50VCP-W250 H 2000 5 K>1 21022 8061A35H01 10001 8061A50H01

50VCP-W250 H 3000 3 K>1 21012 8061A41H01 10010 8061A39H01

50VCP-W250 H 3000 5 K>1 21022 8061A35H01 10010 8061A39H01

50VCP-W350 1200 3 K>1 10012 8061A42H01 10002 8061A46H01

50VCP-W350 1200 5 K>1 10022 8061A36H01 10002 8061A46H01

50VCP-W350 2000 3 K>1 10012 8061A42H01 10001 8061A50H01

50VCP-W350 2000 5 K>1 10022 8061A36H01 10001 8061A50H01

50VCP-W350 3000 3 K>1 10012 8061A42H01 10010 8061A39H01

50VCP-W350 3000 5 K>1 10022 8061A36H01 10010 8061A39H01

50VCP-WG 50 1200 3 K=1 10022 8061A36H01 00002 8061A39H02

50VCP-WG 50 2000 3 K=1 10022 8061A36H01 00001 8061A39H03

50VCP-WG 50 3000 3 K=1 10022 8061A36H01 00010 8061A39H04

50VCP-WG 63 1200 3 K=1 10022 8061A36H01 00002 8061A39H02

50VCP-WG 63 2000 3 K=1 10022 8061A36H01 00001 8061A39H03

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50VCP-WG 63 3000 3 K=1 10022 8061A36H01 00010 8061A39H04

75VCP-W 40 1200 3 K=1 12001 8061A47H02 11011 8061A38H05

75VCP-W 40 1200 5 K=1 12001 8061A47H02 11012 8061A38H04

75VCP-W 40 2000 3 K=1 11001 8061A48H02 11011 8061A38H05

75VCP-W 40 2000 5 K=1 11001 8061A48H02 11012 8061A38H04

75VCP-W 40 3000 3 K=1 20001 8061A49H01 11011 8061A38H05

75VCP-W 40 3000 5 K=1 20001 8061A49H01 11012 8061A38H04

75VCP-W 50 1200 3 K=1 12001 8061A47H02 10011 8061A40H02

75VCP-W 50 1200 5 K=1 12001 8061A47H02 10012 8061A42H01

75VCP-W 50 2000 3 K=1 11001 8061A48H02 10011 8061A40H02

75VCP-W 50 2000 5 K=1 11001 8061A48H02 10012 8061A42H01

75VCP-W 50 3000 3 K=1 20001 8061A49H01 10011 8061A40H02

75VCP-W 50 3000 5 K=1 20001 8061A49H01 10012 8061A42H01

75VCP-W 50 C 1200 C C 10011 8061A40H02 00102 8061A46H02

75VCP-W 50 C 2000 C C 10011 8061A40H02 00101 8061A50H02

75VCP-W 50 C 3000 C C 10011 8061A40H02 00110 8061A39H05

75VCP-W500 1200 3 K>1 20011 8061A40H01 20002 8061A45H01

75VCP-W500 1200 5 K>1 20021 8061A34H01 20002 8061A45H01

75VCP-W500 2000 3 K>1 20011 8061A40H01 20001 8061A49H01

75VCP-W500 2000 5 K>1 20021 8061A34H01 20001 8061A49H01

75VCP-W500 3000 3 K>1 20011 8061A40H01 20010 8061A51H01

75VCP-W500 3000 5 K>1 20021 8061A34H01 20010 8061A51H01

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Appendix F - How to make breaker plates

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Appendix G - How to make cell plates

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Appendix G - How to make cell plates (cont.)

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© 2017 Eaton All Rights ReservedPrinted in USAPublication No. IL131018EN / TBG1265January 2017

Eaton is a registered trademark.

All other trademarks are property of their respective owners.




The instructions for installation, testing, maintenance, or repair herein are provided for the use of the product in general commercial applications and may not be appropriate for use in nuclear applica-tions. Additional instructions may be available upon specific request to replace, amend, or supplement these instructions to qualify them for use with the product in safety-related applications in a nuclear facility.

The information, recommendations, descriptions, and safety nota-tions in this document are based on Eaton’s experience and judg-ment with respect to Retrofitting of Power Breakers. This instruction-al literature is published solely for information purposes and should not be considered all-inclusive. If further information is required, you should consult an authorized Eaton sales representative.

The sale of the product shown in this literature is subject to the terms and conditions outlined in appropriate Eaton selling policies or other contractual agreement between the parties. This literature is not intended to and does not enlarge or add to any such contract. The sole source governing the rights and remedies of any purchaser of this equipment is the contract between the purchaser and Eaton.

NO WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY, OR WARRANTIES ARISING FROM COURSE OF DEALING OR USAGE OF TRADE, ARE MADE REGARDING THE INFORMATION, RECOMMENDATIONS, AND DESCRIPTIONS CONTAINED HEREIN. In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or otherwise for any special, indirect, incidental or conse-quential damage or loss whatsoever, including but not limited to damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the use of existing power facilities, or claims against the purchaser or user by its cus-tomers resulting from the use of the information, recommendations and description contained herein.

ib131018en effective january 2017 instructions for vcp-w ......2 ib131018en effective january 2017...

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