ML093220868

QR-042181-5, Rev 1, Emi/Rfi Qualification Report for Masterpact Circuit Breaker Shunt Trip and Undervoltage Trip, Attachment 5

ML093220868
Person / Time
Site:	Three Mile Island
Issue date:	05/05/2009
From:	Nuclear Logistics
To:	Office of Nuclear Reactor Regulation
References
TMI-09-139 QR-042181-5, Rev 1
Download: ML093220868 (93)

Text

ATTACHMENT 5 EMI/RFI Qualification Report for Masterpact Circuit Breaker Shunt Trip and Undervoltage Trip, QR-042181-5, dated May 2009

NLIU EMI/RFI QUALIFICATION REPORT FOR MASTERPACT CIRCUIT BREAKER SHUNT TRIP AND UNDERVOLTAGE TRIP Qualification Report QR-042181-5 Revision 1 May 2009

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Pagte i APPROVAL EMI/RFI QUALIFICATION REPORT FOR MASTERPACT CIRCUIT BREAKER SHUNT TRIP AND UNDERVOLTAGE TRIP 1ý I This qualification report has been prepared in accordance with the NLI Quality Assurance Program.

II Prepared by:- ý('Aa (late - . II~.. ~

Verified by: -date0d-1 Approved by:- date K

QR-042181-5, Rev. 1 Masterpact EMI/RFI Qualification Report Page ii Nuclear Logistics, Inc.

REVISION HISTORY Revision Description Date 0 Original Issue 4/21/09 1 Added information on operation and traceability 5/05/09 (section 2.3)

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page iii TABLE OF CONTENTS 1.0

SUMMARY

OF RESULTS 2.0 EQUIPMENT IDENTIFICATION 2.1 Test Specimen 2.2 Traceability of the Test Specimen to the Production Units 2,3 Safety Function 2.4 Interfaces/Test Configuration 3.0 PLANT CONDITIONS 3.1 Service Conditions 3.2 Functional Parameters 3.3 Margin 4.0 TEST SEQUENCE 4.1 Baseline Functional Testing 4.2 EMI/RFI Testing 4.3 Baseline Functional Testing 5.0 EVALUATION OF RESULTS 5.1 Anomalies 5.2 Modifications 6.0 QUALITY ASSURANCE 7.0 MEASUREMENT & TEST EQUIPMENT

8.0 REFERENCES

Attachment A: Anomaly, test data sheets and NEMKO report 27379EEPRII Attachment B: NLI qualification plan QP-042181-5.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page I 1.0

SUMMARY

OF RESULTS The qualification program consists of the shunt trip, close coil, and undervoltage trip (UV) for the Masterpact low voltage circuit breakers. Electromagnetic Interference/Radio Frequency Interference (EMI/RFI) qualification was be performed by testing in accordance with EPRI TR-102323, revision 3 [2] and the NLI qualification plan [3].

The acceptance criteria were met. One anomaly was documented, which does not impact the results of the testing. The anomaly is summarized in section 4.2.7 and is contained in Attachment A. Based on the results of this testing, the components are qualified for the specified service conditions.

This testing applies to the shunt trip, UV, and close coils used in the Masterpact NT and NW circuit breakers. Additional details are presented in section 2.2.

The baseline functional testing was performed at the NLI facility in Fort Worth, Texas. The EMI/RFI testing was performed at NEMKO, an approved NLI vendor.

2.0 EQUIPMENT IDENTIFICATION 2.1 Test Specimen The test specimen consisted'of a Masterpact NW breaker with the following accessories installed:

• Shunt trip (nominal rating of 125vdc/120vac): Square D p/n S33812.

• Undervoltage trip (nominal rating of 125vdc/120vac): Square D p/n S33821.

The testing also applies to the following Masterpact components (see the traceability evaluation in section 2.2):

• Masterpact NW breaker: close coil.

• Masterpact NT breaker: shunt trip, UV trip, and close coil.

Additional information on the operation of the coils is presented in section 2.3. Rev. 1 2.2 Traceability of the Test Specimen to the Production Units This qualification testing applies to the following components:

• Shunt trip and close coil (nominal rating of 125vdc/120vac):

o NW breaker: Square D p/n S33812.

o NT breaker: Square D p/n S48493.

• Undervoltage trip (nominal rating of 125vdc/120vac):

o NWbreaker: Square Dp/n S33821.

" NT breaker: Square D p/n S48503.

INuclear Masterpact EMI/RFI Qualification Report Logistics, Inc. QR-042181-5, PgRev. 1 The following traceability information is provided:

• All of the coils use the same housing, mounting, circuit board, microcontroller, and firmware. The mechanical assembly is different as follows; o The close coil and shunt trip are the same part and part number. They extend the plunger when power is applied and spring return the plunger when power is removed (or voltage is lowered below the setpoint).

The functional requirements on the breaker is the same. The coils are normally de-energized. They are energized for a short duration, which extends the plunger and hits the latch (trip latch for the shunt trip and close latch for the close coil).

o The UV coils retract the plunger when power is applied and spring return the plunger when power is removed (or voltage is lowered below the setpoint).

• Voltage rating: The coils are dual AC/DC rated. Testing was performed at 125vdc nominal. The testing applies to the AC application of the coils as follows:

o The power to the coils will not impact the emissions or susceptibility of the coils.

• NT vs. NW part number:

o The coils are the same except for the wire leads and the connectors at the end of the leads. This does not impact the emissions or susceptibility of the coils.

" Close coil: The close coil is the same part as the shunt trip and performs the same function (extend the plunger when power is applied and spring return the plunger when power is removed). The testing of the shunt trip applies to the close coil as follows:

o (conducted emissions and susceptibility, fast transients, surge): The testing on the shunt trip was performed on the wiring directly to the shunt trip. This is the same configuration as the close coil.

o (radiated emissions and susceptibility): The close coils and shunt trip are adjacent to each other in the breaker.

2.3 Safety Function See below for details on the operation of the coils.

The safety functions of the coils are as follows: Rev. I

• Shunt trip: Trip the breaker when control power is applied to the shunt. Not inadvertently trip the breaker when control power is not applied to the shunt.

" Undervoltage: Allow the breaker to close and stay closed when control voltage is applied to the UV. Trip the breaker when the control voltage is reduced below the trip value or removed.

" Close coil: Close the breaker when power is applied to the coil. Not inadvertently close the breaker when power is not applied to the coil.

I. a Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 3 The EMI/RFI testing addresses all of the operating conditions and potential failure modes of the coils due to the EMI/RFI conditions, as summarized below:

1. All of the coils (UV, shunt, close) use the same microcontroller, firmware, and circuit board. The only difference is the configuration of the mechanical spring. The spring is a mechanical part and is not impacted by the EMI/RFI testing.

a. Note that the shunt and close coils are the same part number.

2. The safety function of the coils is as follows:

a. Maintain the specified position (energized or de-energized) and not inadvertently change the position of the plunger due to EMI/RFI conditions.

b. Change the position of the plunger when the proper voltage signal is applied (shunt trip, close coils) or removed (UV coil).

3. The testing was performed with the UV coil energized and the shunt trip de-energized.

All susceptibility test were performedon both pairs of lines.

4. The specific safety functions of the coils were demonstrated as follows:

a. No inadvertent operation was demonstrated as follows:

i. The testing documented that the UV would not inadvertently drop out and trip and the breaker and the shunt trip would not inadvertently pick up and trip the breaker.

ii. Testing of the shunt trip in the de-energized position, per above, documents that the close coil will not inadvertently actuate and inadvertently close the breaker. The two coils are the same part number.

b. Proper operation of the coils due to the changes in voltage was demonstrated as follows:

i. Proper operation of the shunt trip/close coils is for them to change state (energize coil) when voltage is applied. This is the same condition as the tested condition of the UV coil (energized coil). Testing of the UV coils energized demonstrated that voltage can be applied to the shunt trip/close coils during the EMI/RFI condition and the coil would properly energize.

Misoperation of the energized UV due to the EMI/RFI conditions would cause the mechanical spring return to extend the plunger and trip the breaker. This is a mechanical function that is not impacted by the EMI/RFI conditions. The proper operation of the UV coils is to de-energized and allow the spring return to extend the plunger. There is not a credible mechanism for the EMI/RFI conditions to prevent the spring return from extending the plunger to trip the breaker. Rev. I

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 4 Coil Operating Details See the coil block diagram below:

" The coil activation is electronic. There are no 'relays.

• The writeup below is for the shunt trip. The UV coil uses the same logic, just different mechanical operation-of the coil.

The following additional information is provided:

• The electronics measure the voltage and coil activation current. The measured voltage values are compared to coil activation and inhibit table values to determine if coil energization is required.

• The electronics also regulate the current draw of the coils to prevent overheating.

Temperature buildup is controlled by limiting the maintain current to the coils. The temperature of the coil wires must be less than 150'C.

• The temperature around the electronic board must remain below 120'C.

The electronic switch monitors the input voltage and when the input voltage exceeds the preset threshold, the activation coil is energized to operate the plunger.

After the plunger is activated the electronic switch shuts off the activation coil and energizes the maintenance coil to maintain the plunger in the activated position.

If the input voltage is below the preset operating level of the device, the electronic switch will not energize either coil and the only current draw by the device will be to keep the electronic switch powered. Rev. I DC Power Activation Maintenance Supply Electronic switch Coil Coil AC Rev. I

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Page, 5 Nuclear Logistics, Inc.

2.4 Interfaces/Test Configuration The interfaces/iest configuration was as follows during the testing:

" The shunt trip and UV were installed in a Masterpact breaker using the standard Square D mounting. The standard Square D wiring from the shunt trip and UV to the secondary disconnects was used.

• The shunt trip and UV were wired out from the secondary disconnects for application of the control voltage using standard #14 SIS wire. No conduit was used.

• The Masterpact circuit breaker was sitting on the test bench with no enclosure. This is conservative, since the normal installation is in metal switchgear.

• The Masterpact circuit breaker was grounded per the normal breaker ground.

• No primary power was applied to the breaker. This is acceptable as follows:

o The shunt trip and UV receive all power from the control power, which is separate from the primary power. There is no electrical interface between the primary power and the control power.

" The test specimen was tested in the following configuration:

o Pick up the UV and hold at a degraded voltage 105vdc.

o The breaker was closed.

o The shunt trip was de-energized.

• The testing was performed with the breaker in the normal configuration. The testing verified whether the susceptibility testing would impact the operation/inadvertently change to state of an energized coil and a de-energized coil.

" Radiated emissions and susceptibility testing was performed at the front of the breaker.

These components are mounted near the front of the breaker.

3.0 PLANT CONDITIONS 3.1 Service Conditions The service conditions are specified as follows:

• EMI/RFI service conditions per EPRI TR-102323, revision 3.

3.2 Functional Parameters The rated control voltages for the shunt trip and UV are as follows (dual rated for AC and DC):

• Shunt trip (trip): 125vdc nominal (88-137vdc).

" UV: pickup 100-140vdc, hold-in 88-140vdc, drop out 42-87vdc.

3.3 Margin The EMI/RFI levels specified in EPRI TR-102323, revision 3 are conservative. No additional margin was added.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 6 4.0 TEST SEQUENCE The qualification activities specified in this section were performed on the test specimen.

4.1 Baseline Functional Testing Baseline functional testing was performed to verify proper operation of the test specimen.

Testing and acceptance criteria were in accordance with baseline functional test BFT-042181 1. The acceptance criteria were met. The data sheets are contain in Attachment A.

4.2 EMI/RFI Testing The EMI/RFI testing was performed as specified in this section. The test details are contained in the NEMKO report in Attachment A.

4.2.1 Acceptance Criteria Acceptance Criteria The test specimen met the requirements in Section 4.2.2 through 4.2.11. The specific acceptance criteria are as follows:

• Emissions levels were lower than the Allowable Equipment Levels in EPRI TR-102323, revision 3.

• The circuit breaker did not change state during the susceptibility testing:

o UV does not drop out and trip the circuit breaker.

o The shunt trip does not pick up and trip the breaker.

4.2.2 Low Frequency Conducted Susceptibility (30 Hz to 150 kHz)

Testing was performed in accordance with MIL-STD-461E, CS101. The test limits were per EPRI TR-102323, revision 3, figure 5-1, Curve 1.

The signal was injected into the following lines:

• Shunt trip.

" Undervoltage.

The test specimen met the acceptance criteria.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 7 4.2.3 High Frequency Conducted Susceptibility (10 kHz to 200 MHz)

Testing was performed in accordance with MIL-STD-461 E, CS 114, Curve 3 (also see EPRI TR-102323, Figure 5-2).

The signal was injected into the following lines:

• Shunt trip.

• Undervoltage.

The test specimen met the acceptance criteria.

4.2.4 Low Frequency Radiated Magnetic Field Susceptibility (30 Hz to 100 kHz)

Testing was performed in accordance with MIL-STD-461 E, RS 101 Army applications (also see EPRI TR-102323, Figure 5-3).

The testing was performed at the front of the breaker.

The test specimen met the acceptancecriteria.

4.2.5 High Frequency Radiated Electric Field Susceptibility (30 MHz to 10 GHz)

The testing was performed in accordance with MIL-STD-461E, RS 103 for Navy Ship limits.

The testing was performed at the front of the breaker.

The test specimen met the acceptance criteria.

4.2.6 Low Frequency Conducted Emissions (120 Hz to 10 kHz)

Testing was performed in accordance with MIL-STD-461E, CE101. The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-4, curve 1.

The emissions were measured on the following lines:

• Shunt trip.

• Undervoltage.

The test specimen met the acceptance criteria.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 8 4.2.7 High Frequency Conducted Emissions (10 kHz to 10 MHz)

Testing was performed in accordance with MIL-STD-461E, CE102. The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-5. The acceptance criteria can be relaxed per the note on Figure 5-5.

The emissions were measured on the following lines:

• Shunt trip.

" Undervoltage.

The test specimen met the acceptance criteria.

Anomaly 042181-5-1: Per the NEMKO report in Attachment A, the emissions exceeded the allowable. The testing is considered acceptable, as follows:

• Per the NEMKO report [page 13], the total emissions exceeded the allowable at certain frequencies. The emissions exceeded the allowable at certain frequencies by a small amount. The allowable emissions in R.G. 1.180 are slightly higher than the EPRI TR-102323 levels, and the emissions are below the R.G 1.180 levels. The emissions are considered acceptable.

• The testing could not be performed on the shunt trip, since there'was no power to the coil. The testing on the UV documents the emissions are acceptable, since the same circuit board and microcontroller are used in the UV and shunt trip.

4.2.8 Low Frequency Radiated Emissions (30 Hz to 100 kHz)

This testing was not performed. The equipment is not a source of large magnetic fields.

4.2.9 High Frequency Radiated Emissions (2 MHz to 10 GHz)

Testing was performed in accordance with MIL-STD-46 1E, RE 102. The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-7.

The radiated emissions were measured at the front of the circuit breaker.

The test specimen met the acceptance criteria.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 9 4.2.10 Electrical Fast Transients/Burst Testing was performed in accordance with MIL-STD-461, CS 115. The test voltages were as specified below. The pulse shape and repetition were per the MIL-STD.

The signal was injected into the following lines:

• Shunt trip.

• Undervoltage.

Voltage = +/-2kV. Used a capacitive clamp.

The test specimen met the acceptance criteria.

4.2.11 Surge Withstand Capability This testing was performed last.

Both of the following tests were performed:

" IEC EN 61000-4-5, Level 3.

" IEC EN 61000-4-12, Level 3.

The test limits were +/- 2Kv. The pulse shape, repetition, and burst durations were per the identified IEC standards.

Testing was performed on the following lines:

• Shunt trip.

" Undervoltage.

Testing was performed line/line and line/ground.

The test specimen met the acceptance criteria.

4.2.12 Electrostatic Discharge Susceptibility Per EPRI TR-102323, ESD is not considered a common mode failure mechanism for safety related equipment and the test is considered optional. This test was not performed.

Note that after installation, there are no personnel interfaces with these devices.

4.3 Baseline Functional Testing Baseline functional testing was performed to verify proper operation of the test specimen.

Testing and acceptance criteria were in accordance with baseline functional test BFT-042181 1. The acceptance criteria were met. The data sheets are contain in Attachment A.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Page 10 5.0 EVALUATION OF RESULTS 5.1 Anomalies One anomaly was identified and is contained in Attachment A. The anomaly does not impact the results of the testing.

5.2 Modifications No modifications were made to the test specimen.

6.0 QUALITY ASSURANCE Project activities were performed in accordance with the NLI Quality Assurance Program which meets the requirements of 10CFR50 Appendix B, 10CFR21 and ASME NQA-1 [1].

NEMKO is an approved NLI vendor and has been audited for this EMI/RFI testing. Calibration of M&TE was included in the audit scope.

7.0 MEASUREMENT & TEST EQUIPMENT Measurement & Test Equipment which are used are controlled by the NLI M&TE program (procedure NLI-QUAL-05, latest revision). The test data sheets identify the M&TE which was used. The calibration of M&TE is traceable to NIST or equivalent standards. The accuracy of the calibrated M&TE that was used is appropriate for the testing that was preformed.

NEMKO is an approved NLI vendor and has been audited for this EMI/RFI testing. Calibration of M&TE was included in the audit scope.

8.0 REFERENCES

1. NLI Quality Assurance Manual, Rev. 8.

2. EPRI TR-102323, "Guidelines for Electromagnetic Interference Testing in Power Plants",

revision 3.

3. NLI qualification plan QP-042181-5, " EMI/RFI Qualification Plan for Masterpact Circuit Breaker Shunt Trip and Undervoltage Trip", revision 0.

4. NRC Regulatory Guide 1.180, "Guidelines for Evaluating Electromagnetic and Radio-Frequency Interference in Safety-Related Instrumentation and Control. Systems", revision 1, October 2003.

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Attachment A, Page 1 Nuclear Logistics, Inc.

Attachment A Anomaly, test data sheets and NEMKO report 27379EEPR1I

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Attachment A, Page 2 TEST ANOMALY Date: 4/17/09 Anomaly #: 042181-5-1 rev 0 A. IDENTIFICATION Test Specimen/Procedure/Equipment: QP-042181-5, Test specimen.

Test Procedure/Step: QP-042181-5, step 4.2.7, high frequency conducted emissions.

Description:

The follow issues were recorded:

• The emissions were higher than the allowable.

• The shunt trip line was not tested.

B. DISPOSITION Per the NEMKO report in Attachment A, the emissions exceeded the allowable. The testing is considered acceptable, as follows:

Per the NEMKO report [page 13], the total emissions exceeded the allowable at certain frequencies. The emissions exceeded the allowable at certain frequencies by a small amount.

The allowable emissions in R.G. 1.180 are slightly higher than the EPRI TR-102323 levels, and the emissions are below the R.G 1.180 levels. The emissions are considered acceptable.

The testing could not be performed on the shunt trip, since there was no power to the coil. The testing on the UV documents the emissions are acceptable, as follows:

• The emissions are from the circuit board and the microcontroller on the board. The UV and shunt trip use the same circuit board and microcontroller and are powered in the same manner.

This Anomaly iscceeptable.

Prepared aReviewed proved by: Syr/of

Masterpact EMI/RFI Qualification Plan QP-042181-2-1, Rev. 0 Nuclear Logistics, Inc. Page A.2 Baseline Functional Test BFT-042181-2-1, Revision 0 Component: Masterpact circuit breaker with UV and shunt trip installed.

Test Procedure: BFT-042181-2-1 QP-042181-2-1, Step: 1, -IxtaY4c\ \-2 Test Acceptance Criteria Test Results UV pickup and dropout

• The breaker cannot be closed with no I) 4o,,#J64 6w. -,-iisee(

• r...S -,;A jo

" Attempt to manually close the voltage to the UV. 'o/÷...y .. pft;tt 40 CLIJ.

breaker.

• The breaker can be closed with 125vdc

• Apply 125vdc to the UV. applied to the UV. App)", 10 v-V' c -- A

• Manually close the breaker.

• The breaker trips at 88vdc or lower. -ie br*rco.-r

• Reduce the voltage to the UV and Record the trip voltage. 3) 14 w,/ hrc,..kr ,

trips. the voltage where the breaker record B*ee&Aer O*,Ppe,,d &.4 f?' WeO Shunt trip operation

• The breaker does not trip with no voltage ,) 6r-,k-r d,- AJO4 46,p j;t*. V,

" Apply 125vdc to the UV. to the shunt trip. -pp~ed 4o M -n4

• Manually close the breaker.

• The breaker trips with voltage applied to

• Apply 88vdc to the shunt trip and the shunt trip. ,) App,* ;L, c At -,* A,,44- -Or;,#-7"e verify that the breaker trips. It B .Rft"4".ppea&"

M&TE Used

Nemko ENGINEERING TEST REPORT NUMBER: 27379EEPR1I ON Model No.(s):

Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip IN ACCORDANCE WITH:

Qualification Test Plan QP-042181-5, Rev. 0 TESTED FOR:

Nuclear Logistics, Inc.

7450 Whitehall St.

Fort Worth, TX 76118 TESTED BY:

NEMKO USA, INC.

802 N. KEALY LEWISVILLE, TEXAS 75057-3136 TESTED BY: DATE: 04/15/09 Dwaine Hartman, EMC Engineer APPROVED BY: DATE: 04/15/09 Scott Oates, EMC Engineer Total number of pages: 56

I & Nemkocjp Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Table of Contents Section 1. Summary of Test Results .......................................................... 3 Section 2. Equipment Under Test (E.U.T.) ............................................... 5 Section 3. L.F. Conducted Emissions (CE101) ........................................ 7 Section 4. H.F. Conducted Emissions (CE102) ...................................... 10 Section 5. Radiated Emissions (RE102) ............................................... 15 Section 6. RF Conducted Susceptibility (CS101) ................................... 20 Section 7. RF Conducted Susceptibility (CSl 14) ................................... 23 Section 8. Radiated Susceptibility (RS101) .......................................... 27 Section 9. Radiated Susceptibility (RS103) .......................................... 31 Section 10. Electrical Fast Transient / Burst ............................................ 36 Section 11. S urge Im m unity .................................................................... 39 Section 12. Test Methods and Block Diagrams ........................................ 45 Section 13. Performance Criteria and Hardware ...................................... 56 Page 2 of 56

Nemk7o Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 1. Summary of Test Results General:

All measurements are traceable to national standards.

These tests were conducted for the purpose of demonstrating compliance with Qualification Plan, QP-042181-5, Rev.0. These tests were conducted using measurement procedures of EPRI TR-102323 Rev.3.

Abstract:

Emissions:

Name of Test Standard Limits Results CE101 Low Frequency MIL-STD-461E as modified by Figure 5-4, Curve 1 Complies Conducted Emissions EPRI TR-102323 Rev 3 CE102 High Frequency MIL-STD-461E as modified by Figure 5-5 Does not Conducted Emissions EPRI TR-102323 Rev 3 comply RE102 High Frequency MIL-STD-461E as modified by Figure 5-7 Complies Radiated Emissions EPRI TR-102323 Rev 3 Immunities:

Name of Test Basic Standard Test Specification Performance Results CS101 Conducted MIL-STD-461E as Figure 5-1, Curve 1 Susceptibility, Power modified by EPRI A Complies Leads TR-102323 Rev 3 CSl14 Conducted MIL-STD-461E as Figure 5-2, Curve 3 Susceptibility, Power modified by EPRI A Complies Leads TR-102323 Rev 3 RS101 Radiated MIL-STD-461E as Figure 5-3 Susceptibility modified by EPRI A Complies TR-1 02323 Rev 3 RS103 High MIL-STD-461E as MIL-STD 461E, RS103 Frequency Radiated modified by EPRI Navy Ship Limits A Complies Field Susceptibility TR-102323 Rev 3 (Metallic Below decks)

Level 3, +/-2kV Electrical Fast IEC EN 61000-4-4 coupling/decoupling as modified by EPRI network on 105Vdc A Complies TR-102323 Rev 3 Undervoltage and Shunt Trip IEC EN 61000-4-5 Level 3, as modified by EPRI 1,2/50 (8/20) uS A Complies TR-1 02323 Rev 3 +/-2kV peak line to line, Surge_ & line to gnd Surge IEC EN 61000-4-12 Level 3, 100KHz Ring as modified per Wave, 1,2/50 A Complies EPRI TR-102323 +/-2kV peak line to line, Rev 3 & line to gnd Page 3 of 56

& Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Nemko USA, Inc. authorizes the above named company to reproduce this report provided it is reproduced in its entirety, for use by the company's employees only.

Any use which a third party makes of this report, or any reliance on or decisions to be made based on it, are the responsibility of such third parties. Nemko USA, Inc. accepts no responsibility for damages, if any, suffered by any third party as a result of decisions made or actions based on this report.

This report applies only to the item/s tested and does not constitute endorsement by the United States of America.

THE FOLLOWING DEVIATIONS FROM, ADDITIONS TO, OR EXCLUSIONS FROM THE TEST SPECIFICATIONS HAVE BEEN MADE: NONE Page 4 of 56

Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 2. Equipment Under Test (E.U.T.)

Manufacturer: Nuclear Logistics, Inc Name: Masterpact Circuit Breaker, Shunt Trip and UnderVoltage Trip Model Number: Masterpact Circuit Breaker NW with Shunt Trip and UnderVoltage Trip NLI Serial Number: 085072123607 Description of E.U.T:

For details see QP-042181-5, Rev.0 Modifications Incorporated in E.U.T:

None.

Justification:

QP- QP-042181-5, Rev.0 Exercise Program:

QP- QP-042181-5, Rev.0 Exercise Mode:

QP- QP-042181-5, Rev.0 Note: Pre & Post EMI/RFI baseline functional testing performed by Nemko Page 5 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip E.U.T. Photographs:

ker, Shunt and Undervolta F 7P-ýI-7 1 Page 6 of 56

& Nemko Qualification Plan QP-042181-5,. Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 3. L.F. Conducted Emissions (CEl01)

Purpose:

The test is intended to demonstrate that electromagnetic emissions from the Equipment Under Test (E.U.T.) do not exceed the specified requirements for power input leads.

Frequency range (Hz) Limits (dbuA) 120 to 1000 110 1000 to 10000 110* to 90 Notes: *The limit decreases linearly with respect with the log of the frequency Test: CE101 Tested By: D. Hartman Date of Tests: 03/31/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 220C Humidity: 33%

Test Results:

The E.U.T. complies.

TEST EQUIPMENT Asset Description Manufacturer Model Number Serial Last Cal Cal Due Number Number Spectrum analyzer Hewlett 1284 display Packard 8566B 1811A00223 04/07/08 04/07/09 ELECTRO 1152 PROBE Metrics PCL-11 1148 02/03/09 02/03/010 Solar Type 9233 0494 50uH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 Solar Type 9233 0495 50uH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 1784 CABLE, 8M STORM PR90-010-240 N/A 09/28/08 09/28/09 1042 CABLE, 4M STORM PR90-010-144 N/A 09/28/08 09/28/09 Page 7 of 56

& Nemko 1 Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip L.F. Conducted Emissions (CEl01) Test Data 105Vdc Undervoltage Line 1 Nem No UK lic.

- . CE010010H ti 1013Ha ..

L n.t 1 il.C 10.0

-LfluxtilU 100.0

.OOK 813.0 .... ., . . ...... ......

............. 105Vdc Undervolta le Line 2 I

'......  ;

• L : ......... .........

r .......... .. . ...........

40.0........... Nomlko USA rho.

-CEIOIDI 81. D

........ ltO IDHO iM m t 10.000:::::*

......... ...............Line 2:*::  :::Un:::::::::::::::::: ::e

.::.5.:dc.

100.0 .0K10.01 K WAm4 W VA .ý. PAh T bIl Cp.Nernr US kic.i~

110 IL 008'I EDH tL1K

.20...

0 ... .......... .. ........ ......... .. . . . . . ... ... ,. - ,..... .....*-. * ., ........ .. ........ ..... .. .. ... .. ...... . .......... *.... .... ... . . .. . .* -...

70.9. ' . ...... ................. .. . .. ..... .i.......... ........... . ., ........ . ...... ..... .... .. ............ !........... .. .... - - . * .... , . * - * ... "

4G.0i I Ii , i i

... K .......... . .... ... t..n..

.. 30.0.. . : . .. . .......... . ... ... . . ... .................. ............. . ...... .....* , * *' .*.. ....... . . ........ . .. . . . .. . )

Page 8 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip L.F. Conducted Emissions (CEl01) Test Photographs Page 9 of 56

Ne:m:k:o:] Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 4. H. F. Conducted Emissions (CE102)

Purpose:

The test is intended to demonstrate that electromagnetic emissions from the Equipment Under Test (E.U.T.) do not exceed the specified requirements for power input leads.

Frequency range (MHz) Limits (dbuV) 0.010 to 0.500 100* to 66 0.500 to 10 66 Notes: *The limit decreases linearly with respect with the log of the frequency Test : CE102 Tested By: D. Hartman Date of Tests: 03/31/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 22°C Humidity: 33%

Test Results:

The E.U.T. does not comply.

Page 10 of 56

Hemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip TEST EQUIPMENT Asset Description Manufacturer Model Number Serial Last Cal Cal Due Number Number Midwest 1562 Attenuator 10db Microwave 392-11 NONE CBU N/A Midwest 1561 Attenuator 10db Microwave 392-10 NONE CBU N/A Spectrum analyzer Hewlett 1284 display Packard 8566B 1811A00223 04/07/08 04/07/09 Solar Type 9233 0494 50uH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 Solar Type 9233 0495 50uH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 1784 CABLE, 8M STORM PR90-010-240 N/A 09/28/08 09/28/09 1042 CABLE, 4M STORM PR90-010-144 N/A 09/28/08 09/28/09 Page 11 of 56

I & Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip H. F. Conducted Emissions (CE102) Test Data 105Vdc Undervoltage Line 1

• -"JJ,*.-wh

• 'I~i'Mi.I~d.CE102 10KH z-1UMHa I Ib ýL, sa.x-O.-0'.. ... .......

m0.0 711.O 4a..

U # ....

42.2 Sax 2 0 .0 4.. . .. . .. . . . . . . . . . . . . . . . . . . .. . . ... 2 22.2 10.0K 12.2 0

i-IL, i I 12D.2K I , ,

Line

, , , Ii I-.U i, I m Cr-u LrW4 R IMDhx t 'M~z L'. IIL f.*dwl r*nt*

• cnFm"m.

'II ~ ~ ~ ~ ~ ~ ~nI Undervoltage

. ........f~d~AplIIL 105Vdc lO5Vdc Undervoltage Line 2 NOmHoUSA,I14.

I-~I CE10210KHa-I2MH a

.. .. ... o ........

4a.11

.....*..-- 3.....

001.0 11X.9 ...........

20.0 -

i 92.21 tt

. 10. K 1M 11n0.0K 1.0M

• I*'ll"II II:

CwqvrC CNQL~kIk. 6e.1crk1L~ft LLIL Page 12 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip H. F. Conducted Emissions (CE102) Ambient Test Data

_ ,105Vdc Undervoltage Line 1

?sm 10 USA hic.

ýfM1 ' L, i ýW

,i CE102 10KHa- IflUHz 110 4".0 .

.J..........

2 i'm11 ,v"i CF.-

COU W. 6, I09Mw1QftLIWdw1weLTL 105Vdc Undervoltage Line 2 Nemnho USA hac.

ILk*I CE102 I K H.z10IMHZa t

2 COW . 6.1N.0tLIW.wT m Page 13 of 56

NemLko] Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1I EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip H. F. Conducted Emissions (CE102) Test Photographs 4

Page 14 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 5. Radiated Emissions (RE102)

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to the limits for radiated emissions as defined by QP-042181-5, Rev.0.

Specification Limits:

Frequency range (MHz) Limits (dBsV/m) 2 -100 44 100-18000 44 *-90 Notes: 'The limit increases linearly with respect with the log of the frequency Test : RE1 02-4 Tested By: D. Hartman Date of Tests: 04/02/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 220C Humidity: 33%

Test Results:

The E.U.T. complies.

Page 15 of 56

& Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip TEST EQUIPMENT Asset Description Manufacturer Model Number Serial Last Cal Cal Due Number Number ACTIVE MONOPOLE A.H.

1143 ANTENNA SYSTEMS SAS-200/550-1 718 06/20/08 06/20/09 707 Biconn antenna EMCO 3104 3243 10/14/08 10/14/09 Antenna, Double EMC Test 1621 Rigid Guide Systems 3106 2815 11/20/08 11/20/09 1033 Horn antenna EMCO 3115 8812-3035 09/09/08 09/09/10 Spectrum analyzer Hewlett 1284 display Packard 8566B 1811A00223 04/07/08 04/07/09 Nemko USA, 791 PREAMP, 25dB Inc. LNA25 398 05/07/08 05/07/09 HEWLETT 1016 Pre-Amp PACKARD 8449A 2749A00159 05/07/08 05/07/09 Solar Type 9233 0494 5OuH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 Solar Type 9233 0495 5OuH LISN Electronics TS-50-N N/A 04/23/08 04/23/09 1784 CABLE, 8M STORM PR90-010-240 N/A 09/28/08 09/28/09 1042 CABLE, 4M STORM PR90-010-144 N/A 09/28/08 09/28/09 Page 16 of 56

& Nemko , Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Emissions (REIO2) Test Data Horizontal

~.SN~'ChzRE102 Rudlutud Bummllonm peratonal RHorl zontl 30 MHz-10GIi Inc. z

- f'GhzLh

- ,W Nemko USA, EUTO tuu N

> u. . ......... ....*... ... . i. . . - , * . ,* --.,- - .... .........

E p

cc :R.L.a 4-'L "qq,W.1 Operator: a. Hartman Frequtnia EUT Nam e: MaaterPact ircult Eteaher RE1022MI z-1OGh zTIL aontct:

11:20:41 AM. Tiuradal;;. Apr1102, 2005 a~mpan Vertical Nemko USA, I ilci EUT psera onal RE102 Radiated Er fissions ann-g z-,qk1Z, b*rlicai 2 MH2-100I1 12

~ ~ ~ ~.., ~.........~ *~~~~~~~~.

S. ..............

...i....... ..................

G0.0 ....... .......

S.......................

....... .....i T *....

........ ....i ... .... ............. ............

............. ... , ... ....' i ;..................."*... ......... i.......

10.0

• C[ 60.0 40.0

"* * .................... "... r 1,M 10.0M 1oo.bM 1.0G 10.00 qerator: E Harblan A'equenc*' EUT Name: Ma2terPact Orult Weaher RE102 2 Ml z-1OGI zTIL contact:

11:20:41 AM. 1niurda,, Aprl102, 2003 00mpann.:

Page 17 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Emissions (RE102) Test Photographs Page 18 of 56

IL& Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Page 19 of 56

I & Hemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 6. RF Conducted Susceptibility (CS101)

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to the electromagnetic fields generated from intentional radiators.

Minimum Performance Criteria A Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Test : CS101 Tested By: D. Hartman Date of Tests: 03/31/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 22°C Humidity: 33%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

TEST EQUIPMENT Asset Description Manufacturer Model Serial Number Last Cal Cal Due Number Number Audio signal Hewlett 938 generator Packard 205AG NONE N/A N/A 1264 1OuF capacitor Solar 6512-106R 69 CNR N/A TRANSFORMER-671 AUDIO SOLAR 6220-2 NONE CNR N/A 1264 RF capacitor Solar 6512-106R 13730 CNR N/A Pulse/Function 1794 Generator HP 8116A 190250912028 08/28/08 08/28/09 Color 4 Ch Digitizing 1463 Oscilloscope Tektronix TDS684A B01 0460 05/27/08 05/27/09 286 Multi-meter FLUKE 87 67310138 04/14/08 04/14/09 Page 20 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Test Data -R.F. Common Mode (A.M.) Test# CS101 Conducted Susceptibility (CS101) Test Data Complete X Job # 27379 Test#: CIPV01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MAS TERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part #: N/.A EUT Serial #: 85072123607 EUT Config.: Operational Specification : QP-042181-5 Rev. 0

Reference:

MIL-STD 461E/EPRI TR-102323 R.3 Temp. (deg. C): 22 Date: 03/31/09 Audio Sig Gen#: 938 Humidity (%) : 33 Time : 10:00 Transformer#: 671 EUT Voltage: 105Vdc Staff: D. Hartman Scope#: 1463 EUT Frequency: N/A Photo ID:

10uF Capacitor#: 1264 Phase: Single Performance Criteria: A Location: Mil Chamb er Table Top or Floor: Table Sweep rate:

Step Size: < 1 %

Modulated: N/A Freq.

Start Freq.

Stop TestLevel (dBuV)

Time Duration Effect Oty Efects Type T Pass or (KHz) (KHz) stop Istart(Min) Fail Comments:

0.03 5 136 10 0 N/A Pass 105Vdc Undervoltage High Line 5 150 136-116 0.03 5 136 10 0 N/A Pass 105Vdc Undervoltage Return Line 5 150 136-116 0.03 5 136 10 0 N/A Pass Shunt Trip Line 1 5 150 136-116 0.03 5 136 10 0 N/A Pass Shunt Trip Line 2 5 150 136-116

..\EMCShare\AUTOMATE\DATASHTS\CI Rev C.xls Document Control #EMC DS IM COND Page 21 of 56

I & Nemko ý Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip

,ahq- TAqt CSfi.ql(1`1 Page 22 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 7. RF Conducted Susceptibility (CS114)

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to the electromagnetic fields generated from intentional radiators.

Minimum Performance Criteria A Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Test : CS114 Tested By: D. Hartman Date of Tests: 04/03/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 220C Humidity: 33%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

Page 23 of 56

Nem7ko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip TEST EQUIPMENT Asset Model Serial Number Description Manufacturer Number Number Last Cal Cal Due Signal Generator Marconi 1771 9KHz to 2.4GHz Instruments 2024 112211/052 01/29/08 04/29/09 INJECTION CLAMP, 1147 .01-100MHz TEGAM Q5236-1 10985 CNR N/A INJECTION CLAMP, 1148 2-400MHz TEGAM 95242-1 11670 CNR N/A CALIBRATION 1263 FIXTURE FISCHER FCC-BCICF-2 69 CNR N/A Type 9233 0494 50uH LISN Solar Electronics TS-50-N N/A 04/23/08 04/23/09 Type 9233 0495 50uH LISN Solar Electronics TS-50-N N/A 04/23/08 04/23/09 Current clamp 1-780 1000mhz Singer 94111-1 325 01/26/09 01/26/010 Current clamp 10khz- Stoddart Aircraft 781 100mhz Radio Co. 94550-1 421-90 01/26/09 01/26/010 DIRECTIONAL AMPLIFIER 1557 COUPLER RESEARCH DC2600 21750 CBU 04/03/09 1663 Spectrum Analyzer Rhode & Schwarz FSP 973351 07/23/08 07/23/09 1626 CABLE, 5ft MEGAPHASE 10311 1GVT4 N/A CBU CBU 1067 Blue cable 4m Storm PR90-010-144 NONE CBU CBU 1535 Attentuator, coaxial Bird Electronics 8322 469 CBU CBU Amplifier 1775 AR Amplifier Research 1OOL N/A CNR N/A 741 300Watt 50 Ohm Load Philco 160B 300 557 CNR N/A Page 24 of 56

& Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip R.F. Conducted Susceptibility (CSl14) Test Data Conducted Susceptibility (CS114) Test Data Complete x Job # 27379 Test#: CIPV01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT-BREAKER EUT Model #: N/A EUT Part #: N/A EUT Serial #: 85072123607 EUT Config.: Operational Specification : QP-042181-5 Rev. 0

Reference:

MIL-STD 461E/EPRI TR-102323 R.3 Temp. (deg. C): 22 Date : 04/03/09 Humidity (%): 33 Time : 10:00 EUT Voltage: 105Vdc Staff: D. Hartman EUT Frequency: N/A Photo ID:

Phase: Single Performance Criteria: A Location: Mil Chamb er Table Top or Floor: Table Modulation: 100%

Rate: 1KHz 50% duty cycle Freq . Freq . Field Time Effect Effects Pass Start Stop Strength n Oty Type or (MHz) (MHz) (dBuA) nFail IComments:

0.01 1 49 to89 0 N/A Pass 105Vdc Undervoltage bundle 1 30 89 120 30 200 89 to 81 0.01 1 49 to89 0 N/A Pass 105Vdc Undervoltage High.Line 1 30 89 120 30 200 89 to 81 0.01 1 49 to89 0 N/A Pass 105Vdc Shunt bundle 1 30 89 120 30 200 89 to 81

..\EMCShare\AUTOMATE\DATASHTS\CI Rev C.xls Document Control #EMC DS IM COND Page 25 of 56

I & NemLkLo ] Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip R.F. Conducted Susceptibility (CSl14) Test Photographs Page 26 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 8. Radiated Susceptibility (RS101)

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to radiated magnetic field energy.

Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Specification Limits:

- Frequency range (Hz) Limits (dBpT) 30 to 60 180 60 to 100000 *180 to 116 Notes: *The limit decreases linearly with respect with the log of the frequency Test: RS101 Tested By: D. Hartman Date of Tests: 03/31/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 220C Humidity: 33%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

Page 27 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Test Equipment:

Asset Description Manufacturer Model Serial Number Last Cal Cal Due Number Number Audio signal Hewlett 938 generator Packard 205AG NONE N/A N/A Pulse/Function 1794 Generator HP 8116A 190250912028 08/28/08 08/28/09 Color 4 Ch Digitizing 1463 Oscilloscope Tektronix TDS684A B010460 05/27/08 05/27/09 1145 1 Ohm Resistor Nemko N/A N/A CNR N/A 2058 Loop Sensor Nemko N/A N/A CNR N/A Page 28 of 56

& Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Susceptibility (RS101) Test Data Radiated Susceptibility (RS 101) Test Complete X Job #27379 Test#: RIMF 01 Preliminary ______ Page I of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part#: N/.A EUT Serial #: 85072123607 EUT Config.: Operational Specification : QP-042181-5 Rev. 0 Reference : MIL-STD 461E/EPRI TR-102323 R.

Temp. (deg. C): 22 Date :03/31/09 Audio Amp#: 938 Humidity (%): 33 Time :11:00 Scope#: 1463 EUT Voltage: 1 05Vd c Staff : D. Hartman Loop Sensor#: 2058 EUT Frequency N/A Photo ID:

1 Ohm Res.# 1145 Phase: Single Performance CriteriaA Location: Mil Chambber Table Top or Floor:Table Sweep rate:

Step Size:< 1 %

Modulated :N/A Freq.

Start Freq.

Stop T(dBpT) tLeve [ Time Duration =Qty E I Effyects Type Pass or (KHz) (KHz) start/ stop (Min) Fail IComments:

0.03 0.06 180 10 0 N/A Pass Loop Sensor measured at front of Breaker per 0.06 100 180-116 QP-042181-5 Rev.0

..\EMCShare\AUTOMATE\DATASHTS\CI Rev C.xls Document Control #EMC DS IM COND Page 29 of 56

Nem:k:lo] Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Susceptibility (RS101) Test Photographs Page 30 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 9. Radiated Susceptibility (RS103)

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to radiated electromagnetic field energy.

Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Specification Limits:

Frequency range (MHz) Limits (dB V/M) 30-10000 10V/M Test: RS103 Tested By: D. Hartman Date of Tests: 04/01/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 2200 Humidity: 33%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

Page 31 of 56

. & N e:m k:o::] Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip TEST EQUIPMENT Asset Description Manufacturer Model Serial Last Cal Cal Due Number Number Number Amplifier 100W1000M 412 RF AMPLIFIER Research 1A 21233 CNR N/A 1176 TWT SERVO 2210 1129 CNR N/A Travelling Wave Tube Amp 2.0 to 1277H01R06 1537 4.0 Ghz @ 20watts HUGHES 4 254 CNR N/A Traveling Wave Tube Amp 4.0-8.0 HAC1277H02 1510 GHz @ 20w HUGHES FOO0 122 CNR N/A Traveling Wave Tube Amp 8.0-12.4 HAC1277H03 1509 GHz @ 20w HUGHES FO0O 243 CNR N/A 6330-250-PJ-1388 Biconical EMCO 50-N 790118 CNR N/A Antenna, Double EMC Test 1621 Rigid Guide Systems 3106 2815 11/20/08 11/20/09 1033 Horn antenna EMCO 3115 8812-3035 09/09/08 09/09/10 1724 Field Monitor ETS-Lindgren HI-6100 00069660 6/20/08 6/20/09 Isotropic Electric 1793 Field Probe ETS-Lindgren HI-6005 N/A 08/21/08 08/21/09 Solar Type 9233-0494 50uH LISN Electronics 50-TS-50-N N/A 04/23/08 04/23/09 Solar Type 9233-0495 50uH LISN Electronics 50-TS-50-N N/A 04/23/08 04/23/09 Nemko USA, Semi-Flex 1980 CABLE, 3.6m Inc. Workhorse N/A CBU CBU 10311 1626 CABLE, 5 ft MEGAPHASE 1GVT4 N/A CBU CBU PR90-010-1067 Blue cable 4m Storm 144 NONE CBU CBU Rohde &

1770 Signal Generator Schwarz SMIQ 06L 1125.5555.36 06/14/08 06/14/09 1769 Signal Generator Giga-Tronics GT9000 N/A 01/23/08 04/23/09 Page 32 of 56

(S) Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Test Data -RS103 Radiated Susceptibility (RS103) Electric Field Test Data Complete x Job # :27379 Test# :RIHE-01 Preliminary Page 1 of 1.

Client Name: NLI EUT Name: MASTERPAC T CIRCUIT BREAKER EUT Model #: N/A EUT Part #: N/A EUT Serial #: 85072123607 EUT Config.: Operational Specification: QP-042181-5, Rev. 0

Reference:

MIL-STD 461E/EPRI TR-102323 R 3 Signal Gen.#: 1771 Antenna#: 1621 Date : 04/01/09 Signal Gen#: 1769 Antenna#: 1033 Time : 8:00 Cable#: 1626 Temp. (deg. C): 22 Staff: D. Hartman Cable#: 1980 Humidity (%) : 33 Photo ID:RIHE-01 Cable#: '1067 EUT Voltage: 105Vdc Performance CriteriaA Amp#: 412 EUT Frequency: N/A Table Top or FloorTable Amp#: 1176 Phase: Single Sweep rate:N/A Amp#: 1537 Location: Mil Chambber Step Size:1 %

Amp#: 1510 Mon itor Probe#: 1793 Rate: 1KHz 50% duty Amp#: 1509 Field Monitor#: 1724 Antenna#: 1388 Barometric pressure: 1016 Freq Freq Field Effect Effects Polarity Front Pass Start Stop Strength Qty Type or or (MHz) (MHz) (V/i) Back Fail Comments:

30 200 10 0 None HN Front Pass 200 1000 10 0 None HN J Front Pass 1000 2000 10 0 None HN J Front Pass 2000 4000 10 0 None HN Front Pass 4000 8000 10 0 None HN/ Front Pass 8000 10000 10 0 None HN 1 Front Pass

..\EMCShare\UTOMATE\DATASHTS\Radiated Irrmunity Electric Rev Document Control #EMC DS IM RAD ELEC Page 33 of 56

ý & Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Test Photographs - RS103 920M-1H7 tn 1I('H7 Page 34 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Page 35 of 56

I & Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 10. Electrical Fast Transient / Burst

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.UT.) to repetitive electrical fast transients (bursts), on supply, signal, or control lines.

Minimum Performance Criteria A Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Test : IEC EN 61000-4-4, Level 3 Tested By: D. Hartman Date of Tests: 04/02/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 23°C Humidity: 31%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

TEST EQUIPMENT Asset Description Manufacturer Model Serial Last Cal Cal Due Number Number Number PEFT (EFT 589071-590 generator) Haefely DGFT junior 03 10/17/08 10/17/09 Nemko USA, 589071-591 Coupling unit 33nf Inc. 33NF 03 CNR N/A Nemko USA, 589071-800 Coupling unit 33nf Inc. 33NF 03 CNR N/A Color 4 Ch Digitizing 1463 Oscilloscope Tektronix TDS684A B010460 05/27/08 05/27/09 Page 36 of 56

(S) Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Electrical Fast Transients / Burst Test Data Electrically Fast Transient / Burst Data Complete X Job # :27379 Test #: EFTP-01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/.A EUT Part#: N/A EUT Serial #: 85072123607 EUT Config. : Operational Specification : QP-042181-5 Rev. 0

Reference:

IEC EN61000-4-4 Generator#: 590 Date : 04/15/09 33nF Cap#: 591 Time : 14:00 33nF Cap#: 800 Barometric pressure: 1016 Staff: D. Hartman

1. L X Temp. (deg. C): 23 Photo ID: EFTP-01

2. N X Humidity (%): 31 Performance Criteria: A

3. PE X EUT Voltage : 105Vdc Table Top or Floor Table

4. L+N X EUT Frequency: N/A 10.

5. L+PE X Phase: Single 11

6. N+PE X Location: Mil Chambier 12.

Test EFTI Direct IPolarity Time I Effects Effects I Pass lComments:

Point Level or Duration Number Type or (kV) Capacitive (min) jjFail 1 0.5 Direct + 1- 2 N/A N/A Pass Tested on both undervoltage and shunt 1 1.0 Direct +/- 2 N/A N/A Pass Trip Lines 1 2.0 Direct +/- 2 N/A N/A Pass 2 0.5 Direct + /- 2 N/A N/A Pass 2 1.0 Direct +/- 2 N/A N/A Pass 2 2.0 Direct . +/- 2 N/A N/A Pass 3 0.5 Direct ÷ /- 2 N/A N/A Pass 3 1.0 Direct +/- 2 N/A N/A Pass 3 2.0 Direct +/- 2 N/A N/A Pass 4 0.5 Direct +/- 2 N/A N/A Pass 4 1.0 Direct +/- 2 N/A N/A Pass 4 2.0 Direct +/- 2 N/A N/A Pass 5 0.5 Direct + /- .2 N/A N/A Pass 5 1.0 Direct +/- 2 N/A N/A Pass 5 2.0 Direct +/ - 2 N/A N/A Pass 6 0.5 Direct + /- 2 'N/A N/A Pass 6 1.0 Direct +/- 2 N/A N/A Pass 6 2.0 Direct + /- 2 N/A N/A Pass I .1-I~ 1* t I~ I

-I~ 4 I-I' I + I.

.. \M IlOIh dl t *u I UIVI, MI I IL/A, man %fl I rev U.xib uocument Control M*LM DS IMiEFT-Page 37 of 56

Nemk7o Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1I EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Electrical Fast Transients / Burst Test Photographs Page 38 of 56

I (S) Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 11. Surge Immunity

Purpose:

The test is intended to demonstrate the compliance of the Equipment Under Test (E.U.T.) to electrical surge on supply lines and I/O lines.

Minimum Performance Criteria A Performance Criteria: per NLI test plan QP-042181-5, Rev.0 Test: IEC EN 61000-4-5, Level 3 IEC EN 61000-4-12, Level 3 Tested By: D. Hartman Date of Tests: 04/06/09 Test Conditions:

Test Voltage: 105Vdc Temperature: 23°C Humidity: 35%

Test Results:

Breaker did not trip during testing, the E.U.T. complies.

TEST EQUIPMENT Asset Description Manufacturer Model Serial Last Cal Cal Due Number Number Number Color 4 Ch Digitizing 1463 Oscilloscope Tektronix TDS684A B010460 05/27/08 05/27/09 Surge Implulse Compliance 649 generator Design CDL 1000i N/A CBU 04/06/09 WAVE P/I 100KHZ COMPLIANCE 658 RINGWAVE DESIGN CDI-1000i N/A CBU 04/06/09 EMC-All-In-One Tester Pos. PARTNER/HV 1746 01; TRA2000IN4 Technologies TRA1Z221N 900 03/27/08 06/27/09 Page 39 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip IEC EN 61000-4-5, Level 3 Surge Immunity Test Data UndervoltaQe Trip Lines Surge Immunity Test Data Complete X Job #: 27379 Test #: SGIP-01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part #: N/A EUT Serial #: 85072123607 EUT Config. : Operational Specification : QP-042181-5 Rev. 0 Reference : IEC EN61000-4-5 Generator#: 1746 Temp. (deg. C): 23 Date : 04/15/09 Humidity (%): 35 Time: 8:00 EUT Voltage: 105Vdc Staff : D. Hartman EUT Frequency: N/A Photo ID:

Phase: Single Performance Criteria: A Location: Mil Chamb er Table Top or Floor: Table Coupling tLI-PE

.... Undervoltaee

...... .

• Trio r

Surge I Effect Level I Phase- I Polarit OTY R=FFr:F +/- 0 N/A 5 0 N/A 5. 0 N/A

+ .I--t -t ~-.-~-t 1 1-

+ 4i 4-

-4 C .1--I 4 4 +

1.0kv 0oDe +/- 5 0 N/A 5 0 N/A 5 0 N/A 2.0kv 0Dej +/- 5 0 N/A 5 0 N/A 5 0 N/A

..\EMCShare\AUTOMATE\DATASHTS\Surge Immunity Rev B.xls Document Control #EMC DS IM SGP Page 40 of 56

I & r4e Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Shunt Trip Lines t' Surge Immunity Test Data Complete x Job #: 27379 Test#: SGIP-01 Preliminary Page 1 of 1 Client Name: NUI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part #: N/A EUT Serial #: 85072123607 EUT Config.: Operational Specification QP-042181-5 Rev. 0 R eference : IEC EN61000-4-5 Generator#: 1746 Temp. (deg. C): 23 Date: 04/15/09 Humidity (%): 35 Time: 8:00 EUT Voltage : 105Vdc Staff: D. Hartman EUT Frequency N/A Photo ID:

Phase: Single Performance Criteria: A Location: Mu Chamber Table Top or Floor: Table coupling [-PE Surge Shunt Trip Effect Efect L2- PE Surge Shunt Trio Effect Efect L1-L2 Surge Shunt Effect Efect Comments Level Phase Polarity QTY QTY Type QTY CITY Type QTY QTY Type 0.5kV 0 Deg. +/- 5 _ 0_ N/A 5 0 N/A 5 0 N/A 1.0kv 0 Deg. +/- 5 0 N/A 5 0 N/A 5 0 N/A 2.0kv 0 Deg. +/- 5 0 N/A 5 0 N/A 5 0 N/A

..\EMCShare\AUTOMATE\DATASHTS\Surge Immunity Rev B.xls Document Control #EMC DS IM SGP Page 41 of 56

Nliemko Qualification Plan QP-042181-5, Rev.o REPORT NO.: 27379EEPR1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip IEC EN 61000-4-12, Level 3 Surge Ring Immunity Test Data Undervoltaqe Trip Lines v I Surge Ring Wave Immunity Test Data Complete x Job # : 27379 Test #: SGIP-01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part # : N/A EUT Serial #: 85072123607 EUT Config.: Operational Specification : QP-042181-5 Rev. 0

Reference:

IEC EN61000-4-12 Generator#: 1746 Temp. (deg. C): 23 Date : 04/15/09 Humidity (%): 35 Time: 8:00 EUT Voltage: 105Vdc Staff: D. Hartman EUT Frequency: N/A Photo ID:

Phase: Single Performance Criteria: A Location: Mil Chamber Table Top or Floor: Table coupling L-PE Undeooltage Tir 7 L2- PE Undernoltagi Tnp L'-L2 nderoltagnTrip Comments Surge Effect Erect Surge Effect Efect Surge Effect Erect Level I Phase] Polarity QTY OTY Type I QTY Q Type OTY CTY Type 0.5kV 0 Deg. 5 0 N/A 5 0 N/A 5 0 N/A 1.0kv 0De. +/- 5 0 N/A 5 0 N/A 5 0 N/A 2.0kv 0 De. +/- 5 0 N/A 5 0 N/A 5 0 N/A

..\EMCShare\AUTOMATE\DATASHTS\Surge Immunity Rev B.xls Document Control #EMC DS IM SGP Page 42 of 56

I & Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Shunt Trip Lines Surge Ring Wave Immunity Test Data Complete x Job #: 27379 Test #: SGIP-01 Preliminary Page 1 of 1 Client Name: NLI EUT Name: MASTERPACT CIRCUIT BREAKER EUT Model #: N/A EUT Part #: N/A EUT Serial #: 85072123607 EUT Config.: operational Specification : QP-042181-5 Rev. 0 Fteference: IEC EN61000-4-12 Generator#: 1746 Temp. (deg. C): 23 Date : 04/15/09 Humidity (%): 35 Time: 8:00 EUT Voltage: 105Vdc Staff : D. Hartman EUT Frequency: N/A Photo ID:

Phase: Single Performance Criteria: A Location: Ml Chamber Table Top or Floor: Table coupling Li-PE Shunt Trp 1 PE Shunt Trip L1-L2 Shunt Trinp Comments Level Phase Polanty OTY IOTY Type CTY QTY Type OTY QTY Type 0.5kV 0 Deg. +5 0 N/A 5 0 NIA 5 0W N/A 1.0kv 0 Deg. +/- 5 0 N/A 5 0 N/A 5 0 N/A 2.Okv 0 Deg. +/- 5 0 N/A 5 0 N/A 5 0 N/A

..\EMCShare\AUTOMATE\DATASHTS\Surge Immunity Rev B.xls Document Control #EMC DS IM SGP Page 43 of 56

Flo Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip IEC EN 61000-4-5, Level 3 Su Page 44 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1l EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 12. Test Methods and Block Diagrams.

Conducted Emissions, Power Leads (CEl01)

Test Method:

1. Applicable Test Standard: MIL-STD-461E.

2. Perform emission data scans using the measurement setup of Figure CE101-6.

3. Turn on the EUT and allow a sufficient time for stabilization.

4. Select an appropriate lead for testing and clamp the current probe into position.

5. Scan the measurement receiver over the applicable frequency range, using the bandwidths and minimum measurement times in the general section of this standard.

6. Repeat steps 4 and 5 for each power lead.

Page 45 of 56

Hemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip 50 Q Termination on Signal Output Port (One for Each LISN)

Power Leads Probe Page 46 of 56

(S) Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1I EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Conducted Emissions, Power Leads (CE102)

Test Method:

7. Applicable Test Standard: MIL-STD-461E.

8. Perform emission data scans using the measurement setup of Figure CE102-3.

9. Turn on the EUT and allow a sufficient time for stabilization.

10. Select an appropriate lead for testing.

11. Scan the measurement receiver over the applicable frequency range, using the bandwidths and minimum measurement times in the general section of this standard.

12. Repeat steps 4 and 5 for each power lead.

50 Q Termination Power Lead Power Cable Power / /

F~IGWECUi2-3. Msxemrvnt~il setup.

Page 47 of 56

N6mko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Emissions, Electronic Field (RE102)

Test Method:

1. Applicable Test Standard: MIL-STD-461E.

2. For shielded room measurements electrically bond the rod antenna counterpoise to the ground plane using a solid metal sheet the same width as the counterpoise. The maximum DC resistance between the counterpoise and the ground plane shall be 2.5 milliohms. For bench top setups using a metallic ground plane, bond the counterpoise to this ground plane. Otherwise, bond the counterpoise to the floor ground plane. For measurements outside a shielded enclosure, electrically bond the counterpoise to earth ground.

3. Antenna Positioning.

(a) Determine the test setup boundary of the EUT and associated cabling for use in positioning of antennas.

(b) Use the physical reference points on the antennas shown in Figure RE102-6 for measuring heights of the antennas and distances of the antennas from the test setup boundary.

1. Position antennas 1 meter from the front edge of the test setup boundary for all setups.

2. Position antennas other than the 104 cm rod antenna 120 cm above the floor ground plane.

3. Insure that no part of any antenna is closer than 1 meter from the walls and 0.5 meter from the ceiling of the shielded enclosure.

4. For test setups using bench tops, additional positioning requirements for the rod antenna and

a. Distance above the bench ground plane is shown in Figure RE102-6.

5. For free standing setups, electrically bond and mount the 104 cm rod antenna matching

a. Network to the floor ground plane without a separate counterpoise.

6. The number of required antenna positions depends on the size of the test setup boundary and the number of enclosures included in the setup.

7. For testing below 200 MHz, use the following criteria to determine the individual antenna positions.

8. For setups with the side edges of the boundary 3 meters or less, one position is required and the antenna shall be centered with respect to the side edges of the boundary.

For setups with the side edges of the boundary greater than 3 meters, us multiple antenna positions at spacing as shown in Figure RE102-7.

Page 48 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Determine the number of antenna positions (N) by dividing the edge-to-edge boundary distance (in meters) by 3 and rounding up to an integer.

1. For testing from 200 MHz up to 1 GHz, place the antenna in a sufficient number of Positions such that the entire width of each EUT Enclosure and the first 35 cm of cables and leads interfacing with the EUT enclosure are within the 3 dB beamwidth of the. antenna.

For testing at 1 GHz and above, place the antenna in a sufficient number of positions such

a. That the entire width of each EUT enclosure and the first 7 cm of cables and leads interfacing

b. With the EUT enclosure are within the 3 dB beamwidth of the tSetup ' Bonding rýd~ no I d Bonding Slr'apo*oZ Counterpoise f _ I Conductive ii Non-Conduct e Tatites , (Z A .Floor t t, * * <IZ 0.0 0

10 C\

nd 0 t F- '1I 1 Set'up C/2

---I

.rr drr DOUBLE RIDGE HORI ad v Z x x Z- AL RE10ý6 Atnn prstinE FIUR g FIGUz E0-.Mliken~nrpmlis Page 49 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1I EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Conducted Susceptibility, power leads (CS101)

Test Method:

1. Applicable Test Standard: MIL-STD-461.

2. Connect test sample and test instrumentation as shown in Figure CS101- 2

3. Apply'test signal to power leads. For DC operated units, apply the test frequency from 30Hz to 150KHz. For AC operated units, apply the frequency from the second harmonic of the EUT power frequency to 150 kHz.

4. If susceptibility occurs, determine and record its threshold level of G~

susceptibility. .C-;

a C1 FI(;LRE CSItil -4, SignalI hinj-c~piiw

[C tor single phas~e AC.

Page 50 of 56

& Nemko I Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPR1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Conducted Susceptibility Bulk Cable Injection (CSl14)

Test Method:

1. Applicable Test Standards: MIL-STD-461, NUREG/CR-6782, IEC61000-4-6 level 3

2. Connect test sample and test instrumentation as shown in Fig. CS 114-4.

3. Place the injection and monitor probes around a cable bundle interfacing with a EUT connector.

4. Locate the monitor probe 5 cm from the connector. If the overall length of the connector and back shell exceeds 5 cm, position the monitor probe as close to the connector's back shell as possible.

5. Position the injection probe 5 cm from the monitor probe.

6. Scan the required frequency range while monitoring the performance of the EUT.

Power Actual or Simulated L Loads and Signals FIG1URE VS! 144. Bulk cable inijection evaluation.

Nem=ko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Susceptibility, Magnetic Field (RS101)

Test Method:

Applicable Test Standard: MIL-STD-461D.

(1) Turn on the EUT and allow sufficient time for stabilization.

(2) Select test frequencies as follows:

(a) Locate the loop sensor 5 cm from the EUT face or electrical interface connector being probed. Orient the plane of the loop sensor parallel to the EUT faces and parallel to the axis of connectors.

(b) Supply the loop with sufficient current to produce magnetic field strengths at least 10 dB greater than the applicable limit but not to exceed 15 amps (183 dBpT).

(c) Scan the applicable frequency range. Scan rates up to 3 times faster than the rates specified in Table III are acceptable.

(d) If susceptibility is noted, select no less than three test frequencies per octave at those frequencies where the maximum indications of susceptibility are present.

(e) Reposition the loop successively to a location in each 30 by 30 cm area on each face of the EUT and at each electrical interface connector, and repeat 5.18.3.4c(2)(c) and 5.18.3.4c(2)(d) to determine locations and frequencies of susceptibility.

(f) From the total frequency data where susceptibility was noted in 5.18.3.4c(2)(c) through 5.18.3.4c(2)(e), select three frequencies per octave over the applicable frequency range.

(3) At each frequency determined in 5.18.3.4c(2)(f), apply a current to the radiating loop that corresponds to the applicable limit. Move the loop to search for possible locations of susceptibility with particular attention given to the locations determined in 5.18.3.4c(2)(e) while maintaining the loop 5 cm from the EUT surface or connector. Verify that susceptibility is not present.

Page 52 of 56

He Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Test Configuration - Radiated Susceptibility, Magnetic Field Power Input FIGURE RS101-4. Basic test setup Page 53 of 56

Neýmko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Radiated Electric Field (RS103):

Test Method:

" Applicable Test Standard: MIL-STD-461.

" Test facilities are permitted to select appropriate electric field generating apparatus. Any electric field generating device such as antenna, long wire, TEM cell, reverberating chamber (using mode tuned techniques) or parallel strip line capable of generating the required electric field may be used. Fields should be maintained as uniform as possible over the test setup boundary.

• Above 30 MHz, both horizontally and vertically polarized fields must be generated. This requirement may limit the use of certain types of apparatus.

• Only vertically polarized measurements are required below 30 MHz due to the difficulty of orienting available test equipment for horizontal measurements.

• The modulation is 99% AM with a 1 kHz pulse and 50% duty cycle.

• The step size is 1% of previous frequency (i.e. previous frequency

• 1.01).

• The E.U.T is exercised and monitored during testing.

Test Equipment Configuration -. Figure RS103-1 TEST SETUP BOUNDARY Electric Field I i* Sensor \

'EUT ___ __ _ _ __

3 Ir:

L 1.5 mr',n Antenna

..... e....ld..........

Shielded. En-closure:

Page 54 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Electrical Fast Transient / Burst and Surge Test Method - Electrical Fast Transient / Burst and Surge:

• Applicable Test Method: EN61000-4-4: 1995, EN61000-4-5, and EN61000 12: 1995.

• The E.U.T. is configured as shown in the test configuration diagram.

" The-waveform is verified before testing commenced.

Test Configuration - Electrical Fast Transient/Burst, and'Surge:

Ground Refe~rence P12,12 The EFT/Burst/Surge waveform is directly coupled to the AC mains cable of the E.U.T. via Mains Coupler E4551. EFT/Burst only are indirectly coupled to the data I/O cables via the CCL-4/S Capacitive Clamp.

Page 55 of 56

Nemko Qualification Plan QP-042181-5, Rev.0 REPORT NO.: 27379EEPRI1 EQUIPMENT: Masterpact Circuit Breaker NW with Shunt and Undervoltage Trip Section 13. Performance Criteria and Hardware.

Datez 04/06/2009 Nemko USE ONLY JOB #: 27379 1 Company: Nuclear Logistics, Inc.

MANUFACTURER'S PERFORMANCE CRITERIA The enclosed Performance Criteria Form is required to be completed before the start of immunity tests. The passing or failing of the test is almost exclusively dependent on the criteria that have been established by the manufacturer.

UMMIges are automatic failures such as an unsafe condition that might be caused by an immunity condition or catastrophic failure that requires repair of the product.

Acceptance Criteria:

Emissions: Emissions levels shall be lower than the Allowable Equipment Levels in EPRI TR-102323, revision 3.

Susceptibility: The circuit breaker does not change state during the susceptibility testing:

" UV does not drop out and trip the circuit breaker.

" The shunt trip does not pick up and trip the breaker.

Alternate acceptance criteria during and following a surge are per Section 4.2.11 per QP 042181-5, Rev.0 The test specimen shall not incur any permanent damage from the application of surge excitations. Restoration of device operation following application of the above excitation shall not require any component replacement and shall require, as a maximum, the manual initiation of the device restart procedure.

Page 56 of 56

I Masterpact EMI/RFI Qualification Plan QP-042181-5-1, Rev. 0 Nuclear Logistics, Inc. Page 11 Baseline Functional Test BFT-042181-5-1, Revision 0 Component: Masterpact circuit breaker with UV and shunt trip installed.

Test Procedure: BFT-042181-5-1 QP-042181-5-1, Step: I;Yj&A fj,3 _;E Test Acceptance Criteria Test Results UV pickup and dropout 0 The breaker cannot be closed with no - om-T

• 4sA,:O *o7z,,o,

• Attempt to manually close the voltage to the UV. Aw: %< ý 63 - tlzF(KW CM bm) breaker.

• The breaker can be closed with 125vdc M,A NW.-"Y bm .*be

• Apply 125vdc to the UV. applied to the UV. to U4%e, Np.\-'S v.*tC*'To k3\ VQ&

0 Manually close the breaker. 0 The breaker trips at 88vdc or lower. C "e . ARJ \*/A,.N 0%1*t'*xOM

• Reduce the voltage to the UV and Record the trip voltage. -T;Nftm,. N T- 4 qb.

record the voltage where the breaker trips.

Shunt trip operation

• The breaker does not trip with no voltage O_* (

(z.) &AtneS I AfR*"b IZ.i't

• Apply 125vdc to the UV. to the shunt trip, M.uA Lty U.L~b AI-eX. Af 9IMc

• Manually close the breaker. ° The breaker trips with voltage applied to

• Apply 88vdc to the shunt trip and the shunt trip. 7 "t'"'I¶-p. Vmv- JatPI .

verify that the breaker trips.

M&TE Used

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Attachment B, Page 1 Attachmenft B NLI Qualification Plan QP-042181-5

NUCLEAR LOG I*SitiC' INC EMI/RFI QUALIFICATION PLAN FOR MASTERPACT CIRCUIT BREAKER SHUNT TRIP AND UNDERVOLTAGE TRIP Qualification Plan QP-042181-5 Revision 0 April 2009

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc.- Page i APPROVAL EMI/RFI QUALIFICATION PLAN FOR MASTERPACT CIRCUIT BREAKER SHUNT TRIP AND UNDERVOLTAGE TRIP This qualification plan has been prepared in accordance with the NLI Quality Assurance Program.

Prepared by:. date ;11()q Verified by:

Approved by: __________________________date. 4 ry

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page ii REVISION HISTORY Revision Description Date 0 Original Issue 4/01/09

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page iii TABLE OF CONTENTS 1.0 SCOPE 1.1 Scope 2.0 EQUIPMENT IDENTIFICATION 2.1 Test Specimen 2.2 Traceability of the Test Specimen to the Production Units 2.3 Safety Function 2.4 Interfaces/Test Configuration 3.0 PLANT CONDITIONS 3.1 Service Conditions 3.2 Functional Parameters 3.3 Margin 4.0 TEST SEQUENCE 4.1 Baseline Functional Testing 4.2 EMI/RFI Testing 4.3 Baseline Functional Testing 5.0 EVALUATION OF RESULTS 5.1 Anomalies 5.2 Modifications 6.0 QUALITY ASSURANCE 7.0 MEASUREMENT & TEST EQUIPMENT 8.0 DOCUMENTATION

9.0 REFERENCES

Attachment A: Baseline Functional Test BFT-042181-5-1 and Susceptibility Test Data Sheet

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 1 1.0 SCOPE The qualification program consists of the shunt trip and undervoltage trip (UV) for the Masterpact low voltage circuit breakers. Electromagnetic Interference/Radio Frequency Interference (EMI/RFI) qualification will be performed by testing in accordance with EPRI TR-102323, revision 3 [2].

Note: Based on NLI's experience, most nuclear power plants require testing per EPRI TR-102323, revision 3. Therefore, these test requirements are used as the basis for this test plan instead of alternate industry and regulatory documents.

2.0 EQUIPMENT IDENTIFICATION 2.1 Test Specimen The test specimen will consist of a Masterpact NT or NW breaker with the following accessories installed:

• Shunt trip (nominal rating of 125vdc):

o NW breaker: Square D p/n S33812.

o NT breaker: Square D p/n S48493.

• Undervoltage trip(nominal rating of 125vdc):

o NW breaker: Square D p/n S33821.

o NT breaker: Square D p/n S48503.

The electrical and mechanical configuration of the shunt trips for the NT and NW breakers are the same. The difference is the length of the coil wires and the wire connectors, which are different for the two breakers. Testing of one configuration is applicable to the other.

2.2 Traceability of the Test Specimen to the Production Units Traceability of the test specimen to the production units will be performed. The following methodology will be used to document the traceability:

• The test specimens and,the production units will be the same manufacturer/model.

Testing of the NT or NW shunt and UV trips is applicable to the other breaker.

2.3 Safety Function The safety functions are as follows:

• Shunt trip: Trip the breaker when control power is applied to the shunt. Not inadvertently trip the breaker when control power is not applied to the shunt.

" Undervoltage: Allow the breaker to close and stay closed when control voltage is applied to the UV. Trip the breaker when the control voltage is reduced below the trip value or removed.

2.4 Interfaces/Test Configuration

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 2 The interfaces/test configuration will be as follows:

" The shunt trip and UV will be installed in a Masterpact breaker using the standard Square D mounting. The standard Square D wiring from the shunt trip and UV to the secondary disconnects will be used.

" The shunt trip and UV will be wired out from the secondary disconnects for application of the control voltage using standard #14 SIS wire. No conduit will be used.

" The Masterpact circuit breaker will be sitting on the test bench with no enclosure. This is conservative, since the normal installation is in metal switchgear.

" The Masterpact circuit breaker will be grounded per the normal breaker ground.

" No primary power will be applied to the breaker. This is acceptable as follows:

o The shunt trip and UV receive all power from the control power, which is separate from the primary power. There is no electrical interface between the primary power and the control power.

• The test specimen will be tested in the following configuration:

o Pick up the UV and hold at 105vdc.

o The breaker will be closed.

" Radiated emissions and susceptibility testing will be performed at the front of the breaker. These components are mounted near the front of the breaker.

Document the breaker configuration during the susceptibility testing per the data sheet in Attachment A.

3.0 PLANT CONDITIONS 3.1 Service Conditions The service conditions are specified as follows:

• EMI/RFI service conditions per EPRI TR-102323, revision 3.

3.2 Functional Parameters The rated control voltages for the shunt trip and UV are as follows (dual rated for AC and DC):

" Shunt trip (trip): 125vdc nominal (88-137vdc).

• UV: pickup 100-140vdc, hold-in 88-140vdc, drop out 42-87vdc.

3.3 Margin The EMI/RFI levels specified in EPRI TR-102323, revision 3 are conservative. No additional margin will be added.

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 3 4.0 TEST SEQUENCE The qualification activities specified in this section will be performed on the test specimen.

4.1 Baseline Functional Testing Baseline functional testing will be performed to verify proper operation of the test specimen.

Testing and acceptance criteria are in accordance with baseline functional test BFT-042181-5-1, which is contained in Attachment A.

4.2 EMI/RFI Testing The EMI/RFI testing will be performed as specified in this section.

4.2.1 Acceptance Criteria Acceptance Criteria The test specimen shall meet or exceed the requirements in Section 4.2.2 through 4.2.12. The specific acceptance criteria are as follows:

• Emissions levels shall be lower than the Allowable Equipment Levels in EPRI TR- 102323, revision 3.

• The circuit breaker does not change state during the susceptibility testing:

o UV does not drop out and trip the circuit breaker.

o The shunt trip does not pick up and trip the breaker.

• Alternate acceptance criteria during and following a surge are per Section 4.2.11.

4.2.2 Low Frequency Conducted Susceptibility (30 Hz to 150 kI-z)

Testing will be performed in accordance with MIL-STD-461E, CS101. The test limits will be per EPRI TR-102323, revision 3, figure 5-1, Curve 1.

The signal will be injected into the following lines:

• Shunt trip.

• Undervoltage.

Note: Per EPRI TR-102323, this test is for power lines only. This test is being performed for information only.

4.2.3 High Frequency Conducted Susceptibility (10 kHz to 200 MHz)

Testing will be performed in accordance with MIL-STD-461E, CS1 14, Curve 3 (also see EPRI TR-102323, Figure 5-2).

The signal will be injected into the following lines:

Masterpact EMI/RFI Qualification Plan QP-042181P5, Rev. 0 Nuclear Logistics, Inc. Page 4 0 Shunt trip.

• Undervoltage.

4.2.4 Low Frequency Radiated Magnetic Field Susceptibility (30 Hz to 100 kHz)

Testing will be performed in accordance with MIL-STD-461E, RS101 Army applications (also see EPRI TR-102323, Figure 5-3).

The testing will be at the front of the breaker.

4.2.5 High Frequency Radiated Electric Field Susceptibility (30 MHz to 10 GHz)

The testing will be performed in accordance with MIL-STD-461 E, RS 103 for Navy Ship limits.

The testing will be at the front of the breaker.

4.2.6 Low Frequency Conducted Emissions (120 Hz to 10 kHz)

Testing will be performed in accordance with MIL-STD-46 1E, CE 101.

The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-4, curve 1.

The emissions will be measured on the following lines:

, Shunt trip.

• Undervoltage.

Note: Per EPRI TR-102323, this test is for power lines only. This test is being performed for information only.

4.2.7 High Frequency Conducted Emissions (10 kHz to 10 MHz)

Testing will be performed in accordance with MIL-STD-461 E, CE 102.

The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-5. The acceptance criteria can be relaxed per the note on Figure 5-5.

The emissions will be measured on the following lines:

• Shunt trip.

• Undervoltage.

Note: Per EPRI TR-102323, this test is for power lines only. This test is being performed for information only.

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 5 4.2.8 Low Frequency Radiated Emissions (30 Hz to 100 kltz)

This testing will not be performed. The equipment is not a source of large magnetic fields.

4.2.9 High Frequency Radiated Emissions (2 MHz to 10 GHz)

Testing will be performed in accordance with MIL-STD-461 E, RE 102.

The acceptance criteria are that the emissions are below EPRI TR-102323, Figure 5-7.

The radiated emissions will be measured at the front of the circuit breaker.

4.2.10 Electrical Fast Transients/Burst Testing will be performed in accordance with MIL-STD-461, CS 115. The test voltages will be as specified below. The pulse shape and repetition will be per the MIL-STD.

The signal will be injected into the following lines:

" Shunt trip.

• Undervoltage.

o Test both legs. Apply directly to the wires.

o Voltage = +/-2kV. Use capacitive clamp.

If the test specimens fails the testing, retest at +/-1kV.

4.2.11 Surge Withstand Capability This testing will be performed last. This testing is for information.

Both of the following tests will be performed:

• IEC EN 61000-4-5, Level 3.

• IEC EN 61000-4-12, Level 3.

0 Note: As an alternative, testing can be performed per IEEE C62.41.

The test limits will be +/- 2Kv. The pulse shape, repetition, and burst durations will be per the identified IEC standards.

Testing will be performed on the following lines:

• Shunt trip.

• Undervoltage.

Acceptance Criteria: The test specimen shall not incur any permanent damage from the application of surge excitations. Restoration of device operation following application of the above excitation shall not require any component replacement and shall require, as a maximum, the manual initiation of the device restart procedure.

This testing is for information only.

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 6 4.2.12 Electrostatic Discharge Susceptibility Per EPRI TR-102323, ESD is not considered a common mode failure mechanism for safety related equipment and the test is considered optional. This test will not be performed.

Note that after installation, there are no personnel interfaces with these devices.

4.3 Baseline Functional Testing Baseline functional testing will be performed to verify proper operation of the test specimen.

Testing and acceptance criteria are in accordance with baseline functional test BFT-042181-5-1, which is contained in Attachment A.

5.0 EVALUATION OF RESULTS 5.1 Anomalies Any anomalous behavior which is identified during any phase of testing will be documented and evaluated. The evaluation will determine whether the anomaly was due to test conditions or an unrelated cause such as improper test setup. If the anomaly was due to the test conditions, its impact on the safety function of the specimen will be determined. The anomaly disposition will be in one of the following manners based on engineering evaluation:

• No impact on operational requirements or safety function.

• Anomaly acceptable.

• Retest.

• Item not suitable for function/service conditions.

Anomalies which are due to unrelated causes will be identified as such, and the test will be continued.

Anomalies will be documented using the Test Anomaly Form 5.1.

5.2 Modifications Any modifications made to the test specimen during the testing sequence will be fully documented and evaluated. The impact on the qualification of each specimen will be determined.

If the modification has an impact on the qualification or the ability of each specimen to pass the qualification testing, a retest of the test specimen will be performed. If the modification has no impact on the qualification or the ability of the specimen to pass the qualification testing, a retest will not be required. Evaluation of the impact of any modifications will be based on each specimen's safety function and the test parameters.

6.0 QUALITY ASSURANCE Project activities will be performed in accordance with the NLI Quality Assurance Program which meets the requirements of 0OCFR50 Appendix B, 10CFR21 and ASME NQA-1 [1 ].

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 7 7.0 MEASUREMENT & TEST EQUIPMENT Measurement & Test Equipment which are used will be controlled by the NLI M&TE program (procedure NLI-QUAL-05, latest revision). The Qualification Report will identify the M&TE which was used. A statement will be made in the Qualification Report as to whether the M&TE are traceable to NIST or equivalent standards. The accuracy of the calibrated M&TE that was used will be documented in the qualification report.

8.0 DOCUMENTATION A qualification report will be prepared which summarizes the testing, and presents the results.

The test data sheets, supporting calculations, and any other relevant data will be included in the report, where applicable.

9.0 REFERENCES

1. NLI Quality Assurance Manual, Rev. 8.

2. EPRI TR-102323, "Guidelines for Electromagnetic Interference Testing in Power Plants",

revision 3.

Masterpact EMI/RFI Qualification Plan QP-042181-5, Rev. 0 Nuclear Logistics, Inc. Page 8 TEST ANOMALY Form 5.1 date:

Anomaly #:

A. IDENTIFICATION Test Specimen/Procedure/Equipment:

Test Procedure/Step:

Description:

B. DISPOSITION Prepared by: date:

Reviewed by: date:

Approved by: date:

Masterpact EMI/RFI Qualification Plan QP-042181-5-1, Rev. 0 Page 9 Nuclear Logistics, Inc.

Attachment A Baseline Functional Test BFT-042181-5-1 and Susceptibility Test Data Sheet

Masterpact EMI/RFI Qualification Plan QP-042181-5-1, Rev. 0 Nuclear Logistics, Inc. Page 10 Susceptibility Test Data Sheet Test Acceptance Criteria Results 4.2.2 Low Frequency Breaker does not trip.

Conducted Susceptibility 4.2.3 High Frequency Breaker does not trip.

Conducted Susceptibility 4.2.4 Low Frequency Breaker does not trip.

Radiated Susceptibility 4.2.5 Low Frequency Breaker does not trip.

Radiated Susceptibility 4.2.10 Electrical Fast Breaker does not trip.

Transients 4.2.11 Surge Withstand Breaker does not trip.

Capability

Masterpact EMI/RFI Qualification Plan QP-042181-5-1, Rev. 0 Nuclear Logistics, Inc. .Page I 11 Baseline Functional Test BFT-042181-5-1, Revision 0 Component: Masterpact circuit breaker with UV and shunt trip installed.

Test Procedure: BFT-042181-5-1 QP-042181-5-1, Step:

Test Acceptance Criteria Test Results UV pickup and dropout The breaker cannot be closed with no

• Attempt to manually close the voltage to the UV.

breaker. The breaker can be closed with 125vdc

" Apply 125vdc to the UV. applied to the UV.

" Manually close the breaker.

• The breaker trips at 88vdc or lower.

0 Reduce the voltage to the UV and Record the trip voltage.

record the-voltage where the breaker trips.

Shunt trip operation

• The breaker does not trip with no voltage

• Apply 125vdc to the UV. to the shunt trip.

0 Manually close the breaker.

• The breaker trips with voltage applied to

" Apply 88vdc to the shunt trip and the shunt trip.

verify that the breaker trips.

M&TE Used Due Date Due Date Due Date Due Date Due Date Due Date Prepared by:_ Verified by: Approved by:__

date date date

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. Attachment B, Page 1 Attachment B NLI Qualification Plan QP-042181-5

Masterpact EMI/RFI Qualification Report QR-042181-5, Rev. 1 Nuclear Logistics, Inc. - .. Nula oisisn.Attachment B, Page 2