Latest revision as of 17:22, 4 February 2020

Text

Rev 1 to Single Failure Analysis for GE Supplied Instruments Connected to Class 1E Circuits.
	ML17158B887
Person / Time
Site:	Susquehanna
Issue date:	11/19/1996
From:	Akus J, Bartos J, Winders J; PENNSYLVANIA POWER & LIGHT CO.
To:	;
Shared Package
ML17158B888	List: ML17158B887; ML18030A402;
References
	EC-QDET-1002, EC-QDET-1002-R01, EC-QDET-1002-R1, NUDOCS 9612110295
	Download: ML17158B887 (604)
	v • d • e

MJCI.EAR ENGINEERING File ¹ R2-1

~ ~ ~ CALCULATION/ STUDY COVER SHEET artd

1. Page1of 397 NUCLEAR RECORDS TRANSMITTALSHEET Total

)'4. REVISION: I

5. 'IRANSMHTAL¹: <<)'6. UNIT: 1 <<>7. QUALITYCLASS: ~ <<>8. DISCIPLINE: E

>9. DESCRIPTION: SINGLE FAILURE ANALYSISFOR GE SUPPLIED INSTRUMENTS CONNECIKD TO CLASS IE CIRCUITS SUPERSEDED BY: EC-

10. Alternate Number. ll. Cycle:

12: Computer Code or Model used: Fiche 0 Di~ OI Am't

13. Application: SINGLE FAILURE ANALYSIS

<<> 14 A+eered Systerrrs:

'f N/A then line 15 is mandatory.

<<>15. NON-SYSTEM DESIGNATOR: DET

16. M'ected Documents: EC DET-1001 SEA-EE-180 I

17.

References:

EC DET-1001 IEEE 384'-1974 IEEE 279-1971 IEEE 379-1977 IEEE 352-1975 NEDO-10139 NE56719 DBD005 SEA-EE-183 SEA-EE-184 SEA-JNPE-198 E-1012

18. Equipment / Component ¹:

19. DBD Number: DBD005

>20. PREPARED BY REVIEWED BY Print Name Si D 22.

ture APPROVED

~

JOHN P. AKUS

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BY/DA'IZ C ~4M /r j5/5'r'21. Print Si Name ture

23. ACC JOHN J. WINDERS JR YPPdQ / ATE Print Name JOHN A. BARTOS II Print Name Si ture Si ture TO BE COMPLETED BY NUCLEAR RECORDS

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NR-DCS SIGNATURE/DATE ADD A NEW COVER PAGE FOR EACH REVISION <<Verified Fields FORM NEPMQA4221-1, Revision I )? REQUIRED FIELDS 96f2ii0295 96ii27 PDR ADQCK 05000387 P PDR )

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ENGINEERING CALCULATIONSTUDY REVISION DESCRIPTION SHEET REVISION NO: 1 CALCULATIONNUMBER: EC-QDET-1 002 This form shall be used to record the purpose or reason for the revision, indicate the revised pages and I or affected sections and give a short description of the revision.

Check (x) the appropriate function to add, replace or remove the affected pages.

Revised Affected A R R Description I.

Pages Sections d P m Purpose of Revision d I v stUdf Cover Sheet - Replace 18 stUdg Revision Decriptlon Sheet - ADD 2- 393 stUdg Replace Sheets 394-397 stUdg X ADD NEW Sheets REVISION TYPE: Q SUPERSEDED BY CALCULATIONNUMBER EC-(check one) H FULL REVISION Q PAGE FOR PAGE FORM NEPhkQA4221-2, Revtske 1

8

ECQDET-1002 Rev 1 Page 4 1.0 ~PURP SE The pmpose of this study is to perform a Single Failure Analysis for the a611iated instruntent circuits supplied by GE for Susquehanna SES Unit l. At Susquehanna SES, af51iated circuits are used instead of IEEE 384 Associated circuits. The de6nition of an AQiliated circuit as deQne in FSAR Section 8.1.6 is:

Non Class lE circuits which satisiy at least one of the following:

a) Supply Power to Non Class 1E loads from Class IE power supplies b) Routed in common raceway with Class lE circuits c) Share the same enclosure with Class 1E circuits without a 6 inch minimum separation or a physical barrier Rl A straightforward interpretation de6nition of an af6liated circuit is a Non Class lE circuit that is not physically separated or is not electrically isolated &om Class 1E circuits by acceptable bamers or isolation devices.

2.0 SCOPE The Unit 1 af6liated instnunent circuits supplied by GE for Susquehanna SES Unit 1 only are included in this study. These af51iated instrument circuits supplied by GE were identiQed in ECQDET-1001 and are listed in Table 1 of this study.

The GE Power Range Monitoring System af61iated instrument circuits are not included since these circuits were previously analyzed in SEA-EE-180.

The af51iated circuits for the computer and annunciator systems are not included since the computer and annunciator input circuits have been previously analyzed in SEA-EE-183 and SEA-EE-184 respectively.

3.0 CONCLUSION

S The result of the Single Failure Analysis shows that each GE af6liated circuit meets the acceptance criteria and that a common mode failure of the Non Class 1E GE instruments along with a single random failure (Fault) in the rt~ system does not prevent proper protection action at the system level when required. In all cases the redundant Division (Channels) is available to perform the protection action. Also in all cases the stated safety function for each of the GE af61iated circuits is maintained.

4.0 INPUTS F

The IEEE 279-1971 Single Failure Criteria shall be used since Susquehanna SES is committed to IEEE 279-1971. This Single Failure Criteria is: "Any single failure within the protection system shall not prevent proper action at the system level when required." This is applicable to the GE afGliated circuits since the non Class lE instnunents are connected to safety related components.

Credible failures for each non Class 1E component in the GE aQiliated instrument circuits shall be analyzed to assure that these failures can not prevent the protection system action.

ECQDEf-1002 Rev 1 Page 5 4.0 Credible fauures to be analyzed are:

mmon Mode Failures

~ Non Class 1E component open circuited

~ Non Class 1E component short circuited Sin e Random Failures Open circuit of all cables in the raceways containing the cables in the GE affiliated instrument circuits Short circuit of all cables in the raceways containing the cables in the GE aQiliated instnunent circuits Impressed voltages up to 250 VDC nominal (288 V Max) on all cables in the raceways containing the cables in the GE aQiliated instrument circuits With the common mode failures and a single Random failure applied, the acceptance criterion is met when the following are available:

Two Division Prot ion S stem The redundant Division of the Protection System is available to perform the required protective action.

Four Channel Protection S stem Three Channels of the Protection System are available to perform the required protective action.

One Out of Two Twice Protection System (RPS) does not contain GE aQiliated instruments circuits. The cables for this system are run in four separate conduit systems. Therefore no specific acceptance criterion is required for this system.

A Single Failure Analysis is to be performed for the GE supplied aQiliated instnunent circuits identified in EC-QDET-1001.

No analysis is required for Non Class 1E cables, in the same raceways as the GE supplied aQiliated instrument cables, that have Non Class lE devices connected at both ends of the cable. These devices at both ends of 'ircuit the cables are Non Class 1E and are not used to mitigate the effects of a Design Base Accident (DBA). The power supplies to the Non Class 1E devices connected to each end of the Nori Class 1E cables provided by Bechtel are Non Class 1E in accordance with IEEE 279-1971 except as discussed in FSAR Section 8.1.6. The power supplies to the Non Class 1E devices provided by GE are Non Class 1E except for the Class 1E power supplies evaluated in this study.

5.0 ASSUMPTIONS This study applies to Unit 1 only.

For cable faults in raceways that contain conduits, the cable fault does not propagate to the cables inside the conduits since the conduits are considered barriers to the faults as demonstrated by Wyles Labs Tests NE-56719.

For digital annunciator and computer input cables in'the raceways containing the cables in the'GE aQiliated instrument circuits, contact to coil separation is used since these interface devices have been previously evaluated by SEA-EE-183 and SEA-EE-184 and accepted by the NRC. The NRC Safety Evaluation Report dated June 28, 1991, page 12 documents the NRC acceptance of conyact to coil and contact to contact isolation for digital

ECQDET-1002 Rev 1 Page 6 ASSUMFI'IONS annunciator and computer inputs. Therefore the Separation Group of the initiating devices is not required to be identified.

The maximum credible fault voltage is considered to be 250 VDC nominal (288 V Max) for digital computer input cables in the raceways containing the cables in the GE aQiliated instruinent circuits. The actual digital computer input cable voltage is the voltage source to the computer input circuits which is 28 V.

The maximum credible fault voltage is considered to be 250 VDC nominal (288 V Max) for instrument loop input cables in the raceways containing the cables in the GE aQiliated instrument circuits. The actual instruinent loop input cable voltage is considered to be some value less than the power supply voltage since the actual voltage drop between the power supply and the instruinents is not calculated. The instrument loop voltage is24-120 V.

The maximum credible fault voltage is considered to be 250 VDC nominal (288 V Max) for Neutron Monitoring component cables in the raceways containing the cables in the GE aQiliated instruinent circuits. The actual Neutron Monitoring component cable voltage is considered to be the power supply voltage. This voltage is 5-120 V.

The Common Mode Failures of the Non Class lE devices in the GE supphed affiliated circuits are assumed (per IEEE 379). These failures for the Non Class 1E devices are open circuit or short circuit. No attempt is made to determine the physical mechanism for these failures.

6.0 METHOD The following outlines the process used to identify the components with Q Quality Classification Code that are aQ'ected by the Single Random Failure in the raceways containing the GE supplied aQiliated instrument circuit cables. In the Susquehanna SES NIMS System, the Q Quality Classification Code is applied to Safety-Related Equipment or Components. Allare subject to the requirements of the Susquehanna SES Operation Quality Assurance Program. Not all Safety-Rehted components perform an electrical safety-related function (i.e. Class 1E). An example is a valve that is a Containment Boundary. This valve is Q Quality Classification since it is needed to maintain Containment integrity, but performs no electrical safety-related function.

Identify the cables for the GE supplied aQiliated instrument circuits identified in ECQDET-1001 by reviewing the instrument loop diagrams, GE Elementary Diagrams and the Scheme Drawings.

For each GE supplied aQiliated instrument circuit, identify all cables in the raceway system that come in contact with cables for the GE supplied afiiliated instrument circuit. This was accomplished by an electronic sort of the CARTS database.

For each cable in the raceway system that comes in contact with cables for the GE supplied aQiliated instrument circuit, identify the devices connected to the cable, the Separation Groups and Isolation Method. Microsoft ACCESS database program shall be used to record this data I

Identify all the Q classified devices that are connected to cables that come in contact with the GE supplied aGiliated instrument circuit cables. This was accomplished by selecting Q classified devices from the Microsoft ACCESS database.

These Q classified devices, without electrical isolation, that are connected to cables that come in contact, in the racway system, with the GE supplied aQlliated instrument circuit cables are the devices that must be analyzed for a Single Random Failure in the Single Failure Analysis for the aQiliated instrument circuits supplied by GE for Susquehanna SES Unit 1. The Q classified devices which are isolated through QualiTied Electrical Isolation Devices (Listed in FSAR Chapter 8) are not required to be addressed in the Single Failure Analysis since these devices have demonstrated their capability to prevent faults in the Non Class 1E circuits from'adversely effecting the Class 1E circuits.

The following outlines the process used to perform the Single Failure Analysis for the GE supplied aQiliated instrument circuits.

ECQDET-1002 Rev 1 Page 7 6.0 METHOD The Single Failure Analysis is forinatted consistent with the format of IEEE 352-1975 Appendix'A except method of detection of the failure is not included.

For each of the GE supplied af51iated instrument circuits listed in Table 1 (previously identified in ECQDET-1001), Identify the Safety Function of the circuit containing the GE supplied af51iated components,and identify the Non Class lE devices in the GE supplied af51iated instrument cirauts.

For each identified Non Class 1E device and Q classified/Non Chss 1E Interface,,such as Dual Element RTDs and thermocouples, identify the Failure Modes, Local Effects including Dependent Failures and System Effects.'or each identified Non Class lE device and Q classifiied/Non Class 1E Interface Failure Modes, review the GE supplied af51iated instrument circuit to assure the Single Failure Acceptance Criteria is met and state the reason for meeting the acceptance criteria For each identified Non Class 1E device, the raceway Single Random Failures along with the Non Class 1E device failure shall be analyzed. The Local Effects include impact on all Q classified devices identified as connected to cables in contact with the GE supplied affiliated instrument circuit cables.

For each identified Q classified device, review the circuit to assure the Single Failure Acceptance Criteria is met for the raceway Single Random Failures and state the reason for meeting the acceptance criterion.

There is no conditions where the Single Failure Criteria is not met.

7.0 REFERENCES

IEEE 384 -1974 IEEE Standard Criteria for Independence of Class 1E Equipment and Circuits DBD005 Design Basis Document for Single Failure a'nd Separation Criteria IEEE 279-1971 Criteria for Protection Systems for Nuclear Power Generating Stations IEEE 379-1977 IEEE Standard Application of the Single Failure Criterion to Nuclear Generating Station Class 1E Systems NEDO-10139 Compliance of Protection Systems to Industry Criteria: General Electric BWR Nuclear Steam Supply System NE-56719 Electrical Wire and Cable Isolation Barrier Materials Test for the Susquehanna SES Units 1 and 2 SEA-EE-183 Evaluation of Unit 1 Computer Class 1E - Non Class 1E Interfaces (EC43 14504)

SEA-EE-184 Evaluation of Unit 1 Annunciator Class 1E - Non Class lE Interfaces (EC43 1%505)

SEA-EE-180 Evaluation of General Electric Nuclear Steam Supply System for Compliance to IEEE 279-1971 (EC-EPVS4509)

IEEE 352-1975 IEEE Guide for General Principles of Reliability Analysis of Nuclear Power Generating Station Protection Systems E-1012 Rev 1 Specification for Electrical Separation Criteria

ECQDET-1002 Rev 1 Page 8 REFERENCES SEA-JNPE-198 Regulatory Guide 1.97 Instruments (EC4624536)

E CADET-1001 Evaluation of AI61iated Circuits supplied by General Electric FSAR Chapter 6 and 8 NPE4 9404 Coping Assessment for the SSES During Station Blackout SEA-JNPE-161 Instrumentation AvaihbilityDuring Station Blackout NDAPQA4155 Quality Assurance Requirements for Station Blackout EO-100-30 Unit 1 Response to Station Blackout 8.0 EVALUATION In order to provide an overview of the GE supplied aQiliated circuits, the GE aQiliated circuits in Table 1 have been broken down into typical categories as requested by the NRC. Figures 1 -9 represent these categories. The category 10 circuits in Revision 0 of this study have been included in category 2 for this Revision The af61iated instrument circuits supplied by GE for Susquehanna SES Unit 1 arc listed in Table 1. These aQiliated instrument circuits werc previously identi6ed in ECQDET-1001. This table also includes the cable connecting the Q component to the Non Class 1E component.

At Susquehanna SES, the cables for the GE supplied af6liated instrument circuits can be routed through the PCGG Floor Modules in the Upper and Lower Relay Rooms. These Hoor Modules may contain Class 1E cables.

Once the GE supplied af61iated instrument circuit cables exit the Hoor Modules they are routed through Non Class 1E raceway.

For each GE affiliated instrument circuit, a Single Failure Analysis was performed and documented in the Appendices listed in Table 1. The Single Failure Analysis accounted for the common mode failure of the Non Class 1E component in the GE af61iated circuit and a fault in the raceway system containing the cable for the GE af61iated circuit as the Single Random Failure. AllQ components connected to cables in contact with the GE af61iated circuit cable were analyzed for the effect of the faults in the raceways. The list of Q components connected to cables in contact with the GE aQiliated cable for each GE af6liated circuit are listed in the Appendix K. The evaluation of the effects of the raceway faults on the Q components is included in Appendix J.

The Electrical Separation Group identifiers, listed in E-1012 "Specification for Electrical Separation. Criteria",

were used to determine the Division/Channel for thc Q classified components.

Cables assigned to Division/Channel and Division AQiliated/Chanel Affiliated separation gmups are addressed in thc Single Failure Analysis as Loss of the Division/Channel. Therefore, there is no need for analysis of individual components connected to these cables.

The result of the Single Failure Analysis shows that each GE af61iated circuit meets the acceptance criteria and that the common mode failure along with the single random failure in the raceway system does not prevent proper protection action at the system level when required. In all cases the redundant Division (Channels) is available to perform the protection action. Also in all cases the stated safety function for each of the GE aQiliated circuits is maintained.,

ECQDET-1002 Rev 1 Page 9 8.0 EVALUATION The af61iated instrument circuits suppHed by GE are not required by the Emerengeicy Operating Procedures (EOPs) except for the instruments listed below which are needed for E0-100430 Unit 1 Response to Station Blackout. This is based upon a review of the EOPs HPCI RCIC PI-E41-1R603 PI-E51-1R601 PI-E41-1R606 PI-E51-1R603 SI-E41-1R604 PI-E51-1R604 SI-15001A The above listed non safety grade instrutnents important to Station Blackout are included in the limited QA ~

Program . This program is less stringent than that required for safety grade equipment and does not include seismic considerations. NDAPQA%155 recognizes the QA requirements for Station Blackout equipment.

Therefore the above listed instnunents are acceptable.

Table EC-QDET-1002 Rev 1 page 10 FROM COMPONENT QClass CABLE TO COMPONENT Analysis Category Q CLASS TE-B21-INOIOA (Temperature Element) JMIQ0708D TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-B21-IN016A (Temperature Element) JMIQ0708C TDRS&33-IN605 g'emperature Recorder) Non Class IE Appendix A 01 TE-El I-IN029A temperature Element) JMIQ0708E TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A TE-El I-IN029C (Temperature Element) JMIQ0708P TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN030A (Temperature Element) JMIQ0708F TDRS-G33-IN605 (I'emperature Recorder) Non Class IE Appendix A 01 TE-El I-IN030C temperature Element). JMIQ0708Q TDRS&33-IN605 (I'emperature Recorder) Non Class IE Appendix A 01 TE-FAI-IN028A(I'emperature Element) JMIQ0708J TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-FAI-IN029A (Temperature Element) JMIQ0708K TDRS&33-IN605 (Temperature Recorder) NonClass IE AppendixA 01 TE-E51-IN021A (Temperature Element) LMIQ0711C TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-E51-IN022A (I'emperature Element) LMIQ0711D TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendtx A 01 TE-E51-IN026A (remperature Element) LMIQ0711E TDRS&33-IN605 (I'emperature Recorder) Non Class IE Appendix A 01 TE-E51-IN026C temperature Element) JMIQ0708L TDRS-G33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-E51-IN027A temperature Element) LMIQ0711F TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE-E51-IN027C (Temperature Element) JMIQ0708M TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE&33-IN022A (Temperature Element) Q- JMIQ0708T TDRS-G33-IN605 (I'emperature Recorder) Non Class IE Appendix A 01 TE-G33-IN022C (Temperature Element) JMIQ0708V TDRS&33-IN605 (Temperature Recorder) Non Class IE Appendix A 01 TE&33-IN022E (Temperature Element) JMIQ0708X TDRS&33-IN605 (I emperature Recorder) Non Class IE Appendix A 01 TE-G33-IN023A(Temperature Element) JMIQ0708U TDRS&33-IN605 (Temperature Recorder) Non Class IE. Appendix A . 01

Tablel EC-QDET-1002 Rev 1 page 11 FROM COMPONENT Q Class CABLE TO COMPONENT Analysis Category QCLASS

'IX&33-IN023Ctemperature Element) Q 'MIQ070&W TDR&G33-IN605 (lemperature Recorder) Non Class IE Appemhx A 01 TE-G33-IN023E (Temperature Element) Q JMIQ070&Y TDRS&33-IN605 (lemperature Recorder) Non Class IE Appends A 01 IY21642 (Power Supply) Q Panel Wiring TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01

'K-ElI-IN004A (Temperature Element) Q NMIQ3071C TRS-El I-IR601 temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN004B (Temperature Element) NMIQ3071J TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN017A (Temperature Element) Q NMIQ3071E TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN017B (Temperature Element) Q NMIQ3071L TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN017C (Temperature Element) Q NMIQ3071F TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN017D (Temperature Element) Q NMIQ3071M TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN027A (Temperature Element) Q NMIQ3071G TRS-El I-IR601 (Tempeiature Recorder) Non Class IE Appendix A Ol TE-El I-IN027B'(Temperature Element) Q NMIQ3071N TRS-El I-IR601 (Temperature Recorder) Non Chss IE Appendix A 01 TE-El I-IN032A (Temperature Element) Q NMIQ3071H TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN032B (Temperature Element) Q 'MIQ3071P TRS-El I-IR601 (Temperature Recorder) Non Class IE Appendix A 01 TE-10100A (Temperature Element) Q JMIQ0707T TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01 TE-B21-IN014A (Temperature Element) Q JMIQ0707C TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A Ol TE-El I-IN009A (Temperature Element) Q - JMIQ0707D . TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01 TE-El I-IN009C (Temperature Element) Q . JMIQ0707E TRS&33-IN604 (I'emperature Recorder) Non Class IE Appendix A 01

'K-E41-IN024A (Temperature Element) Q . JMIQ0707F TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01

Tab e EC-QDET-1 Rev 1 page 12 FROM COMPONENT Q Class CABLE TO COMPONENT Category Q CLASS Analysis TE-E41-1N030A (Temperature Element) Q JM1Q0707G TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01 TE-E51-1N011A (Temperature Element) Q LM1Q0711G TRS&33-IN604 (Temperature Recorder) Non Class 1E Appendix A 01 TE-E51-IN023A (Temperature Element) LM1Q0711H TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01 TE-E51-1N025A (Temperature Element) Q LM1Q0711J TRS-G33-1N604 (Temperature Recorder) Non Class 1E Appendix A 01 TE-E51-1N025C temperature Element) Q JM1Q0707H TRS-G33-IN604 (Temperature Recorder) Non Class lE Appendix A 01 TE&33-IN016A (Temperature Element) Q JM1Q0707M TRS&33-IN604 (Temperature Recorder) Non Class 1E Appendix A 01 TE-G33-1N016C temperature Element) Q JM1Q0707N TRS&33-IN604 (Temperature Recorder) Non Class IE Appendix A 01 TE&33-IN016E (Temperature Element) Q JM1Q0707P TRS-G33-1N604 (Temperature Recorder) Non Class 1E Appendix A 01 PI'-El 1-1N026A (Pressure Transmitter) Q 'M1PM130" PI-El I-1R606AI (Pressure Indicator) Non Chss IE Appendix B 02 PT-El 1-1N026B (Pressure Transmitter) Q FM1PM1204 PI-El 1-IR606B1 (Pressuie Indicator) Non Class 1E Appettdix B 02 PT-E21-IN001A (Pressure Transmitter) Q EKIPN1301 Pl-E21-IR600A (Pressure Indimtor) Non Class 1E Appendix B 02 PT-E21-1N001B (Pressure Transmitter) Q FM1PN1201 PI-E21-1R600B (Pressure Indicator) Non Class IE Appendix B 02 Fl'-FA1-IN013 (Pressure Transmitter) Q FMIPP1203 PI-FA1-IR602 (Pressure Indicator) Non Class 1E Appendix B 02 PT-FAI-1N016 (Pressure Transmitter) Q FMIPP 1203 PI-E41-1R603 (Pressure Indicator) Non Class 1E Appendix B 02 PT-FAI-IN019 (Pressure Transmitter) Q FMlPP1203 PI-FA1-1R606 (Pressure Indicator) Non Class 1E Appendix B 02 PT-E51-IN004 (Pressure Transmitter) Q EM1PQ1302 PI-E51-1R601 (Pressure Indicator) Non Class IE Appendix B 02 PT-E51-1N007 (Pressure Transmitter) Q . EM1PQ1302 PI-E51-1R602 (Pressure Indicator) Non Class IE Appendix B '2 PT-E51-1N008 (Pressure Transmitter) Q EMlPQ1302 Pl-E51-IR603 (Pressure Indicator) Non Class IE Appendix B 02

Tablel EC-QDET-1002 Rev 1 page 13 FROM COMPONENT Q Class CABLE TO COMPONENT Analysis Category Q CLASS PT-E51-IN005 (Pressure Transmitter) Q ~

EM1PQ1302 PI-E51-1R604 (Pressure Indicator) Non Class IE Appendix B 02 RCIC Governor Control Q EMIQ1319E SI-15001A (indicating Meter) Non Class 1E Appendix B 02 HPCI Governor Control Q FMIQ4022C SI-E41-IR604 (indicating Meter) Non Class IE Appendix B 02 FT-El I-1N013 (Flow Transmitter) Q Panel Wiring 1Y21843 (Power Supply) Non Class IE Appendix C 03 PT~I-IN004 (Pressure Transmitter) Q Panel Wiring IY21847 (Power Supply) Non Class IE Appendix C 03 LITS-B21-IN026D (Level Indicating Switch) Q Panel Wiring 1Y21849 (Power Supply) Non Class IE Appendix C 03 FT-El I-IN013 (Flow Transmitter) Q NM1PM1307 FI-El I-IR607 (Flow Indicator) Non Class IE Appendix C 03 LITS-B21-1N026D (Level Indicating Switch) Q NMIPIF101 LI-B21-IR604 (Level Indicator) Non Class IE Appendix C 03 PT-C41-IN004 (Pressure Transmitter) Q NMIQ0206C Pl~I-IR600 (Pressure Indicator) Non Class IE Appendix C 03 PT-C41-IN004 (Pressure Transmitter) Q NKIC41004 PI~I-IR600(Pressure Indicator) Non Class IE Appendix C 03 IY216-22 (Power Supply) Panel Wiring CISH-El 1-IROOIA (Conductivity Indicating Sw) Non Class IE Appendix D 04 CE-El 1-1NOOIA (Conductivity Element) Q NMIQ3070C CISH-El I-IROOIA(Conductivity Indicating Sw) Non Class IE Appendix D 04 1Y226-24 (Power Supply) Panel Wiring CISH-El I-IROOIB (Conductivity Indicating Sw) Non Class IE Appendix D 04 CE-El I-INOOIB (Conductivity Element) Q NMIQ3070D CISH-El I-IROOIB (Conductivity Indicating Sw) Non Class IE Appendix D 04 IY22642 (Power Supply) Q Panel Wiring FR-El I-IR608 (Flow Recorder) Non Class 1E Appendix D 04

=

FY-El 1-IK600A (Square Root Extr) Q - Panel Wiring FR-El I-IR608 (Flow Recorder) Non Class IE Appendix D 04 FY-E11-.1K600B (Square Root Extr) Q Panel Wiring FR-El 1-IR608 (Flow Recorder) Non Class IE Appendix D 04 IY226-24 (Power Supply) Q NMIQ3070E CE-El I-IN025 (Conductivity Element) Non Class IE Appendix E 05

Table EC-QDET-1002 Rev 1 page 14 FROM COMPONENT Q Class CABLE TO COMPONENT Analysis Category Q CLASS 1Y226-24 (Power Supply) Q Panel Wiring CI-El 1-1R006 (Conductivity Indicator) Non Class 1E Appendix E 05 IY23642 (Power Supply) ' Panel Wiring CR-12351 (Conductivity Recorder) 05 Non Class 1E Appendix E IY23642 (Power Supply) Q Panel Wiring LR-16113LevelRecorder) Non Class 1E Appendix E 05 IY23642 (Power Supply) Q Panel Wiring LR/FR-16102 (Level, Flow Recorder) Non Class 1E Appendix E 05 ID61441 (Power Supply) Q EK1E51008 LSH-15020 (Level Switch) Non Class 1E Appendix E 05 1Y22647 (Power Supply) Q Panel Wiring TISH&33-IN008 temperature Indicating Switch) Non Class 1E Appendix E 05 IY24641 (Power Supply) . Q . Panel Wiring TR-E41-1R605 (Temperature Recorder) Non Class IE Appendix E 05 FDSH433-IN603A (Flow Differential Switch) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E Appendix F 06 FDSH433-IN603B (Flow Differential Switch) Q Panel Wiring IY218-12 (Power Supply) Non Class 1E Appendix F 06 FT&33-IN012 (Flow Transmitter) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E Appendix F 06 FT&33-IN036 (Flow Transmitter) Q Panel Wiring IY218-12(Power Supply) Non Class 1E Appendix F 06 FT-G33-1N041 (Flow Transmitter) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E Appendix F 06 FY&33-IK602 (Signal Conditioner) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E AppendixF 06 FY-G33-1K603 (Signal Conditioner) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E Appendix F 06 FY-G33-IK604 (Signal Conditioner) Q Panel Wiring 1Y218-12 (Power Supply) Non Class 1E Appendix F 06 FY-G33-1K605 (Signal Conditioner) Q Panel Wiring 1Y218-12(Power Supply) Non Class 1E Appendix F 06 FY-G33-1K604 (Signal Conditioner Q Panel Wiring FDI&33-IR615 (Flow Differential Indicator) Non Class 1E AppendixF 06 FY-G33-1K605 (Signal Conditioner) Q NMlPPF 101 F1&33-IR602 (Flow Indicator) Non Class 1E Appendtx F 06

Tablel EC-QDET-1002 Rev 1 page 15 FROM COMPONENT QClass CABLE TO COMPONENT QCLASS Analysis Category FY&33-IK602 (Signal Conditioner) NMIPPF101 F1&33-IR609 (Flow Indicator) Non Class IE Appendix F 06 RISHH-D124K617A(RadiationIndicatingSw) Q NM1PK0602 RR-D124R609(RadiationRecorder) Non Class 1E Appendix G 07 RISHH-D124K617B (Radiation Indicating Sw) Q NM1PK3302 RR-D124R609 (Radiation Recorder) Non Class 1E Appendix G 07 RISHH-D124K618A (Radiation Indicating Sw) Q NM1PK0602 RR-D124R610 (Radiation Recorder) Non Class 1E Appendix G 07 RISHH-D124K618B (Radiation Indicating Sw) Q NM1PK3302 RR-D124R610 (Radiation Recorder) Non Class 1E Appendix G 07 RISHH-D12-IK609A (Radiation Indicating Sw) Q NMIPK0602 RR-D12-IR605 (Radiation Recorder) Non Class IE Appendix G 07 RISHH-D12-1K609B (Radiation Indicating Sw) Q NM1PK3302 RR-D12-1R605 (Radiation Recorder) Non Class IE Appendix G 07 RISHH-D12-1K615A (Radiation Indicating Sw) Q NMIPK0602 RR-D12-1R607 (Radiation Recorder) Non Class IE Appendix G 07 RISHH-D12-IK615B (Radiation Indicating Sw) Q NM1PK3302 RR-D12-1R607 (Radiation Recorder) Non Class 1E Appendix G 07 RISHH-D12-IK616A (Radiation Indicating Sw) Q NMIPK0602 RR-D12-1R608 (Radiation Recorder) 'NonClass lE AppendixG 07 RISHH-D12-IK616B (Radiation Indicating Sw) Q NMIPK3302 RR-D12-IR608 (Radiation Recorder) Non Class IE Appendix G 07 APRM Channel A NMlPE4110 NR<51-IR603A (Neutron Hux Recorder) Non Class IE Appendix H 08 APRM Channel C NMIPE4110 NR-C51-IR603A (Neutron Flux Recorder) Non Class IE Appendix H 08 IRM Channel A NMIPQ4101 NR~I-IR603A (Neutron Hux Recorder) Non Class IE Appendix H 08 IRM Channel C NM1PQ4101 NR-C51-IR603A (Neutron Flux Recorder) Non Class 1E Appendix H 08 APRM Channel B NMIPE4109 NR-C51-IR603B (Neutron Flux Recorder) Non Class IE Appendix H 08 APRM Channel D NMIPE4103 NR<51-IR603B (Neutron Flux Recorder) Non Class 1E Appendix H 08 IRM Channel B NM1PDXOI NR-C51-IR603B (Neutron Flux Recorder) Non Class IE Appendix H 08

Table EC-QDET-1002 Rev 1 page 16 FROM COMPONENT Q Class CABLE TO COMPONENT QCLASS Analysis Category IRM Channel D NMIPDX02 NR-C51-1R603B (Neutron Flux Recorder) Non Class lE Appendix H 08 APRM Channel E NM1PE4112 NR&51-IR603C (Neutron Hux Recorder) Non Class 1E Appendix H 08 IRM Channel E NM1PQ4101 NR-C51-1R603C (Neutron Flux Recorder) Non Class lE Appendix H 08 IRM Channel G NM1PQ4101 NR&51-IR603C (Neutron Hux Recorder) Non Class 1E Appendix H 08 APRM Channel F NM1PE4 101 NR-C51-1R603D (Neutron Flux Recorder) Non Class 1E Appendix H 08 IRM Channel F NM1PDX01 NR&51-1R603D (Neutron Hux Recorder) Non Class 1E Appendix H 08 IRM Channel H NM1PDX02 NR~I-IR603D (Neutron Flux Recorder) Non Class 1E Appendix H 08 FE-14806 (Flow Element) NK114801B lY629-22 (Power Supply) Non Class 1E Appendix I 09 FT-$ 4806 (Flow Transmitter) NK114801B 1Y629-22 (Power Supply) Non Class 1E Appendix I 09 LI/FI-14806 (Level, How Indicator) NK114801B 1Y629-22 (Power Supply) Non Class 1E Appendix I 09 FE-14806 (Flow Element) NM114801D,E FT-14806 (Flow Transmitter) Appendix I 09 LI/Fl-14806 (Level, Flow Indicator) NM1I4801C FT-14806 (Flow Transmitter) Appendix I 09 LI/FI-14806 (Level, Flow Indicator) NM1PC1301 LT-C41-1N001 (Level Transmitter) Non Class IE Appendix I 09 LI/H-14806 (Level, How Indicator) NM1Q0206D LT&41-1N001 (Level Transmitter) Non Class IE Appendix I 09

CATEGQRY 0

TEMPERATURE ELEMENT FI GE1CAT1.VSD

CLASS 1E c" POWER SRU Q TRANSMITTER IHDICAh SUPPLY M'F.'IGURE fll 9

0 2 gy O

O hl C

GE1CAT2.VSD

0

,LA88 ii.'::4.:B: %A/, SRU Q t BC@%g 89 TRANSMITTER O

amO FIGURE 3 O CI

(

GE1CAT3.VSD

CLASS 1E Q'NSTRUMENT POWER SUPPLY O

FIGURE 4 D

'U fA g

O Ohl GE1CAT4.VSD C

CATEGORY CLASS 1E POWER SUPPLY FI GE1 CATS.VSD

CATRY S.R.U Q INSTRUMENT

.:'igWOR.,Cf='A'SS>iE~~ Q INSTRUMENT j(>~~8%9ICAV5%6,'.j,::.

=",':.,NFfRUMP%,;~~~

CLASS 1E PRIMARY CLASS 1E CONTAINMIi22lT INSTRUMENT ISOLATION LOGIC GE1CAT6.VSD FI

CLASS 1E INSTRUMENTS GE1CATT.VSD

CATEGORY CLASS IE INSTRUMENTS FI GE1 CATG.VSD

Q CATE ORY FLOW ELEMENT NON CLASS 1E CABLES Q Q

<<kwC~<<x~im. FLOW PRESSURE TRANSMITTER TRANSMITTER NON CLASS 1E CABLES S.R.U. '.R.U.

NON CLASS 1E CABLES

-Q.

RECORDER FIGURE 9 GE1 CAT9.VS 0

ECQDET-1002 Rev 1 Page 26 APPENDIX A SINGLE FAILURE ANALYSISFOR CATEGORY 1 GE SUPPLIED NON 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS 'LASS

CAT Y 1

Chas 1E Power Supply 1Y216-11 Q

DUAL ELEMENT THERMOCOUPLE Chas 1E TE-821-1 N010A TE-821-1N010A TE-821-1 N016A TE-821-1 N016A TDSH-821-1 N603A. TE-E11-1 N029A TE-E11-1 N029A TDSH-E11-1 N601A TE-E11-1 N029C TE-E11-1 N029C TOSH-E11-1 N601 C TE-E11-1 N030A TE-E11-1 N030A TDSH-E41-1 N601A TE-E11-1 N030C TE-E11-1 N030C TDSH-E51-1 N604C TE-E41-1 N026A TE-E41-1 N026A TOSH33-1 N602A TE-E41-1 N029A TE-E41-1 N029A TOSH~1 N602C TE-E51-1 N021 A TE-E51-1 N021A TOSH~1 N602E TE-E51-1 N022A TE-E51-1 N022A TE-E51-1 N026A TE-E51-1 N026A Chss 1E TE-E51-1 N026C TE-E51-1 N026C Division I TE-E51-1 N027A TE-E51-1 N027A TE-E51-1 N027C TE-E51-1 N027C Steam Leak Detection TE~1 N022A TE~1 N022A Isohtion Logio TE~1 N022C TE~1 N022C Chss 1E TE~1 N022E TE~1 N022E TE&33-1 N023A TE-G33-1 N023A TOSH-E51-1 N601A TE~1 N023C TE33-1 N023C TDSH-E51-1 N604A TE-G33-1 N023E TE~1 N023E Chas 1E Power Supply 1D63401 GE1 ChT11.VSD

ECQDET- I Page 28 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDRS-G33-1N605 rder LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS TE-B21-1NOIOA Allcombinations of No initiating signal to Steam None YES Division II Steam Leak TE-B21-1N016A thermocouples in left Leak isolation logic Hi Temp isolation logic for High TE-E41-IN028A column Temp available TE-El 1-IN029A FailLoworAsis-TE-E41-IN029A Incorrect Temp Recorder None YES Recorder not required TE-El 1-1N029C Reading for DBA or for EOPs TE-El 1-IN030A TE-El 1-1N030C No Alarm None YES Alarm not required for DBA or TE-E51-1N021A EOPs TE-E51-IN022A TE-E51-1N026A TE-E51-IN026C TE-E51-IN027A TE-E51-1N027C TE&33-IN022A TE&33-IN022C TE-G33-1N022E TE&33-IN023A TE&33-IN023C TE-G33-IN023E (Thermocouples Dual Elements)

(Class 1E/ Non Class IE Interface TDRS &33-IN605 Open Recorder Loss of Temp Recorder None YES Recorder/Alarm not required (R)

Temperature Reading; No Alarm for DBA or for EOPs Recorder (Non Class lE)

Short Recorder Loss of Temp Recorder None YES Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs

ECQDET- 1 Page 29 SAFETY FUNCTION: STEAM LEAK- PRHNARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDRS-G33-1N605 order LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS TE-B21-1NOIOA Allcombinations of Spurious closing signal to 1/2 MISV Closure Fails in safe direction TE-B21-1N016A thermocouples in left MSIV Isolation Values Signal column Fail Hi TE-G33-1N022A Allcombinations of Spurious closing signal to RWCU Valve YES Fails in safe direction TE-G33-1N022C thermocouples in left RWCU Isolation Values HV4 33-1F001 Closes TE-G33-1N022E column Fail High TE-G33-1N023A TE-G33-1N023C TE&33-IN023E TE-El I-1N029A Allcombinations of Spurious closing signal to Close RHR Valves YES Fails in safe direction TE-El I-1N029C thermocouples in left RHR Isolation Values HV-E11-1 F022, TE-El 1-1N030A column Fail High HV-E11-1 F009 TE-El 1-1N030C .

TE-FA1-1N028A Allcombinations of Spurious closing signal to Close HPCI Valves 'YES Div I and Div II ADS

'K-E41-1N029A thermocouples in left HPCI Isolation Values HV-E41-1 F002 available TE-E51-1N026C column Fail High HV-E41-1 F100 TE-E51-1N027C HV-E41-1 F059 TE-E51-IN021A Allcombinations of Spurious closing signal to Closes RCIC Valve YES Fails in safe direction

'TE-E51-1N022A thermocouples in left RCIC Isolation Values HV-E51-1 F008 TE-E51-1N026A column Fail High TE-E51-1N027A

ECTED 2 Rev I Page 30 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDRS-G33-1N605 order LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A Open Thermocouples No initiating signal to Steam None YES Division II Steam Leak k Div I Raceways cables 8t all cables in Leak isolation logic Hi Temp isolation logic for High with cables to Non raceways Temp available Class IE Components Loss of Temp Recorder None Recorder/Alarm not required R'L Reading; No Alarm for DBA or for EOPs Loss of Divison I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in Iaceways Loss of Channel A None YES Channel B, C, D available. No Ch B, C, D, or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in Iaceways Short Thermocouples No initiating signal to Steam None Division II Steam Leak cables 4 all cables in Leak isolation logic Hi Temp isolation logic for High Iaceways Temp available Loss of Temp Recorder None YES Recorder/Alarm not required Reading, No Alarm for DBA or for, EOPs [a)

ECTED 2 Rev I Page 31 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDRS-G33-1N605 rder LOCAL EFFECI'S INCLUDING SINGLE

'DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in Ch A Short Thermocouples Loss of Division I None Division H available 4 Div I Raceways cables k all cables in No Div II, Div II Affor with cables to Non raceways GE Div II/Non Sep Class 1E associated cables in Components Iaccways V

Loss of Channel A None Channel B, C, D avaihble. No Ch B,C, D, or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in raceways CABLES in Ch A Impressed voltage No initiating signal to Steam None - Only Ch A, YES Division II Steam Leak k Div I Raceways on Thermocouples Leak isolation logic Hi Temp Ch A Aff,Div I 4 isolation logic for High with cables to Non cables 8h all cables in (Voltage causes loss of Div I Affcables in Temp available Class 1E Iaccw8ys Instrutnent) Iaccw8y.

Components Incorrect or Loss of temp None YES Recorder/Alarm not required recorder reading; Inconect or for DBA or for EOPs No Alarm

ECQDET- Rev I Page 32 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDI&633-1N605 order LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYRIA EFFECTS REMARKS CABLES in Ch A Impressed voltage Spurious closing of Close HPCI Valves YES Div II ADS

&, Div I Raceways on Thermocouples Isolation Values HV-E41-1 F002 available with cables to Non cables 4 all cables in (Voltages causes Hi signal) HV-E41-1F100 Class IE raceways HV-E41-1 F059 Components Close RHR Valves Fails in safe direction HV-E11-1F022, HV-E11-1 F009 Closes RWCU Valve Fails in safe direction HV-G33-1 F001 1/2 MISV Closure YES Fails in safe direction Signal Loss of Division I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D

'available. No Ch B,C, D, or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in racewa s

ECTED 2 Rev I Page 33 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDRS-G33-1N605 order LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT. ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch C Open Thermocouples No initiating signal to Steam None Division II Steam Leak Raceways with cables 8t all cables in Leak isolation logic Hi Temp isolation logic for High cables to Non raceways Temp available Class lE Components Loss of Temp Recorder None YES Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs Loss of Channel C None Channel A, B, D avaihble. No Ch A,B, D, or Ch A,B,D AQ',

GE Ch A,B,D/Non Sep associated cables in raceways Short Thermocouples No initiating signal to Steam None YES Division II Steam Leak cables A, all cables in Leak isolation logic Hi Temp isolation logic for High raceways Temp available Loss of Temp Recorder None YES Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs Loss of Channel C None Channel A, B, D available. No Ch A,B, D, or Ch A,B,D Aff, GE Ch A,B,D/Non Sep associated cables in raceways

ECTED Rev 1 Page 34 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TDR&G33-1N605 rder ~

LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in Ch C Impressed voltage No initiating signal to Steam None-Only Ch Ck YES Division II Steam Leak Raceways with on Thermocouples Leak isolation logic Hi Temp ChCAff isolation logic for High cables to Non cables 4 all cables in (Voltage causes loss of, cables in raceway. Temp available Class 1E raceways Instrument)

Components Spurious closing of Closes RCIC Valve Fails in safe direction R)

Isolation Values HV-E51-1F008 (Voltages causes Hi signal)

Incorrect or Loss of temp None YES Recorder/Alarm not required recorder reading; Incorrect or for DBA or for EOPs No Alarm Loss of Channel C None YES Channel A, B, D available. No Ch A,B, D, or Ch A,B,D Aff, GE Ch A,B,D/Non Sep associated cables in raceways

References:

J444 SH 5 J456 SH 1 J444 SH 1 J441 SH 5 J450 SH4 M-144 SH 1.

J451 SH 20 J450 SH 2

CATEGORY Q

SINGLE ELEMENT RTDs TE-E11-1 N004A TE-E11-1 N0048 TE-E11-1 N017A TE-E11-1 N0178 TE-E11-1 N017C TE-E11-1 N017D TE-E'l1-1 N032A TE-E11-1 N032B Class 1E Fuse Q

DUAL ELEMENT RTDs TT-1 51 27NB TE-E11-1 N027A TE-E11-1 N027A To TE-E11-1 N0278 TE-E11-1 Reg Gutde 1.97 Cat 2 Instrument CIrcutts N027B'o Chss 1E Ctrcutts CtrcuIt Breaker 02 lll 9

1 Y216 me/

Class 1E CI lD GE1 CAT12.VSO

ECTED Rev 1 Page 36 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS TE-El I-1N004A Allcombinations of Incorrect or No Temp None Recorder/Alarm not required IR}

TE-El I-1N004B RTDs in left Recorder Reading; Incorrect for DBA or for EOPs TE-E 1 I-1N017A column Fail Low or or No Alarm TE-El I-1N017B As Is 1Z-E I I-IN017C ~Incorrect or Loss of None Reg Guide 1.97 Cat 2 TE-E I 1-IN017D Tl-E I I-15127A/B Indication instruments do not TE-El I-IN027A~ require redundancy TE-E I 1-IN027B~

TE-El I-IN032A Allcombinations of Incorrect Temp Recorder None Recorder/Alarm not required

'K-EII-1N032B RTDs in left Recorder Reading; Incorrect for DBA or for EOPs (RTDs) (Q) =

column Fail High or No Alarm

~Incorrect or Loss of None Reg Guide 1.97 Cat 2 Tl-El 1-15127A/B Indication instruments do not uire redundan TRS-El 1-IR601 Short Recorder Loss of Power to None Recorder/Alarm not required Temperature TRS-El I-IR601 results in for DBA or for EOPs Recorder (Non loss of temp recorder reading; Class IE) No Alarm Fuse opens at recorder before Class IE Circuit Breaker opens.

No Class IE circuits connected to fuse (FSAR 8.1.6. Iq5 Isolation Method iii)

Loss of Temp Recorder None Recorder/Alarm not required Reading, No Alarm for DBA or for EOPs

ECTED 2 Rev 1 Page 37 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYS IBM EFFECTS REMARKS TRS-El I-IR601 Open Recorder Loss of Temp Recorder None Recorder/Alarm not required Temperature Reading, No Alarm for DBA or for EOPs Recorder (Non Class IE)

CABLES in same Open RTD cables Loss of Temp Recorder None Recorder/Alarm not required raceways as cables Reading; No Alarm for DBA or for EOPs to Non Class IE Component Pipe Integrity Main.

(See Appenkix K)

Open cables to Loss of:

transducers classiTied asQ Computer Inputs None Computer not required for DBA or for EOPs X140018A None These are Non Class XI40019A IE meters used for XI40020A Reg Guide 1.97 Cat. 2 XI40021A XI40022A Reg Guide 1.97 Cat 2 XI40023A instruments do not X140024A require redundancy XI40025A XI40027A XI40028A XI40029A XI40032A XI40032B XI40032C XI40032D

ECTED Rev 1 Page 38 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS lE COMPONENT S: TRS-E11-1R601 LOCALEFFECl'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Open cables to Loss of Non Class 1E None Class 1E Loops raceways as cables Pressure boundary Instrument Loops. not required for DBA None'on to Non Class 1E instruments classified Pressure Boundary Component as/ maintained (See Appendix K)

Open cables to Loss of Hydmgen Recombiner Indication not required Hydrogen Temperature Indication for DBA or for EOPs Recombiners Provides Indication Only Thermocouples (See Appendix K)

CABLES in same Short RTD cables Loss of Temp Recorder None Recorder/Alarm not required raceways as cables Reading, No Alarm for DBA or for EOPs to Non Class 1E Component Pipe Integrity Main.

(See Appendix K)

Short cables to Loss of:

transducers classified

~e Computer Inputs None Computer not required for DBA or for EOPs

ECQDET-. Rev 1 Page 39 SAFETY FUNCTION:. Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS CABLES in same Short cables to Loss of:

raceways as cables transducers classified to Non Class IE asQ XI40018A None Yes These are Non Class Component XI40019A 1E meters used for XI40020A Reg Guide 1.97 Cat. 2 XI40021A XI40022A Reg Guide 1.97 Cat 2 XI40023A instruments do not X140024A require redundancy XI40025A X140027A XI40028A .

X140029A XI40032A XI40032B XI40032C XI40032D Short cables to Loss of Non Class 1E None Non Class 1E Loops Pressure boundary Instrument Loops. not required for DBA or for EOPs instruments Pressure Boundary classified as Q maintained (See Appendix K)

Short cables to Loss of Hydrogen Recombiner None Indication not required Hydrogerf Temperature Indication for DBA or for EOPs Recombiners Provides Indication Only Thermocouples (See Appendix K)

4 ECQDET-I Rev 1 Page 40 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Temp Recorder None YES Recorder/Alarm not required raceways as cables, Fault on RTD cables Reading, No Alarm for DBA or for EOPs.

to Non Class IE Impressed voltage does not Component propagate to RTD other elemnt. Piping intergrity maintained (See App K)

Impressed voltage Incorrect/Loss of indication:

Fault on cables to transducers classified Computer Inputs None Computer not required asQ for DBA or for EOPs Impressed voltage does not propagate to input of transducers (See Appendix K)

XI40018A None These are Non Class XI40019A IE meters used for XI40020A Reg Guide 1.97 Cat. 2 XI40021A XI40022A Reg Guide 1.97 Cat 2 XI40023A instruments do not XI40024A require redundancy XI40025A XI40027A XI-00028 A XI40029A XI40032A XI40032B XI-00032C XI40032D

ECQ 2 Rev 1 Page 41 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Loss of Non Class 1E None YES Non Class 1E Loops raceways as cables fault on cables to Instrument Loops not required for DBA or for EOPs.

to Non Class 1E Pressure Boundary Pressure Boundary Component instruments classiTied maintained

~e (See Appendix K)

Impressed voltage Loss of HydrogenRecombiner None Indication not required fault on cables to Temperature Indication for DBA or for EOPs Hydrogen Provides Indication Only Recombiners (See Appendix K)

Thermocouples Referrences:

J451 Sh 17 IOM 52 EC417-1014 SEA-EE-181" J451 Sh'5 SEA-EE-221 J451 Sh 16

CATEGORY 1

Chss 1E Power Supply 1Y216-11 Q

DUAL ELEMENT THE RMOCOUPLE Chss 1E TE-1 0100A TE-1 0100A TE-821-1 N014A TE-821-1N014A TSH-1 0100A TE-E11-1 N009A TE-E11-1 N009A TSH-821 1N600A TE-E11-1 N009C TE-E11-1 N009C TSH-E11-1N600A TE-E41 1N024A TE-E41-1 N024A TSH-E11-1 N600C TE-E41-1 N030A TE-E41-1 N030A TSH-E41-1 N600A TE-E51-1 N011A TE-E51-1N011A TSH-E41-1 N602A TE-E51-1 N023A TE-E51-1 N023A TSH-E51-1 N603C TE-E51-1 N025A TE-E51-1 N025A TSH~t N600A TE-E5W N025C TE-E51-1 N025C TSH~1 N600C TE~1 N016A TE~1 N016A TSH~1 N600E TE~t N016C TE-G33-1 N016C TE~1 N016E TE~1 N016E Chss 1E DMsion I Steam Leak Detection Isohtion Logic Chss 1E TSH-E521-1 N600A TSH-E51-1 N602A TSH-E51-1 N603A Chss 1E Paver Suypply 1D63441 GE1 chT1 3.vso

ECQDET- I Page 43 SAFETY FUNCTION: STEAM LEAK- PRHNARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TIS 33-1N604 order LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS TE-E41-1N030A Allcombinations of No initiating signal to Steam None Division H Steam Leak TE-10100A thermocouples in left Leak isolation logic Hi Temp isolation logic for High TE-El I-IN009A column Fail Low or Temp available TE-El I-IN009C As Is Incorrect Temp Recorder None YES not required

'ecorder/Alarm TE-B21-1N014A Reading: No Alarm for DBA or for EOPs.

TE-E51-1N025C TE-E51-1N025A TE-E51-1N011A 1Z-G33-IN016A TE&33-1N016C TE-E51-IN023A TE-G33-IN016E TE-E41-IN024A Phermocouples Dual Elements)

(Class lE/ Non Class 1E Interface)

TRS &33-IN605 Open Recorder Loss of Temp Recorder None YES Recorder/Alarm not required Temperature Reading; No Alarm for DBA or for EOPs Recorder (Non Class 1E)

Short Recorder Loss of Temp Recorder None YES Recorder/Alarm not requtred Reading; No Alarm for DBA or for EOPs

ECTED 2 Rev I Page 44 SAFETY FUNCTION: STEAM LEAK- PRHNhRY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: ~33-1N604 order LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS V:B21-IN014A Allcombinations of Spurious closing signal to 1/2 MISV Closure Fails in safe direction TE-10100A thermocouples in left MSIV Isolation Values Signal column Fail High Loss of Temp Recorder None YES Recorder/Alarm not requited Readin No Alarm for DBA or for EOPs TE&33-IN016A Allcombinations of Spurious closing signal to RWCU Valve Fails tn safe direction TE&33-IN016C thermocouples in left RWCU Isolation Values HV-G33-1F001 Closes TE&33-IN016E column Fail High Loss of Temp Recorder None YES Recorder/Alarm not required Readin No Alarm for DBA or for EOPs TE-El I-IN009A Allcombinations of Spurious closing signal to Close RHR Valves YES Fails in safe direction TE-El I-IN009C thermocouples in left RHR Isolation Values HV-E11-1 F022, column Fail High HV-E11-1F009 Loss of Temp Recorder None YES Recorder/Alarm not required Readin . No Alarm for DBA or for EOPs

'K-E41-IN024A Allcombinations of Spurious closing signal to Close HPCI Valves Div I and Div II ADS TE-E41-1N030A thermocouples in left HPCI Isolation Values HV-E41-1 F002 available TE-E51-IN025C column Fail High HV-E41-1F100 HV-E41-1 F059 Loss of Temp Recorder None. Recorder/Alarm not required Readin No Alarm for DBA or for EOPs TE-E51-1NOI IA Allcombinations of Spurious closing signal to Closes RCIC Valve YES Fails in safe direction TE-E51-1N023A thermocouples in left -

RCIC Isolation Values HV-E51-1 F008 TE-E51-IN025A column Fail High Loss of Temp Recorder None YES Recorder/Alarm not requited Readin No Alarm for DBA or for EOPs

ECHE 2 Rev 1 Page 45 SAFETY FUNCTION: STEAM LEAK- PtuiNARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TRS-633-1N604 order LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A Open Thermocouple No initiating signal to Steam None Division II Steam Leak

&, Div I Raceways cables 8h all cables in Leak isolation logic Hi Temp isolation logic for High with cables to Non raceways Temp available Class 1E Components Loss of Temp Recorder None YES Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs Loss of Division I None YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None Channel B, C, D available. No Ch B, C, D, or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in raceways Short Thermocouple No initiating signal to Steam None YES Division II Steam Leak cables & all cables in Leak isolation logic Hi Temp isolation logic for High raceways Temp available Loss of Temp Recorder None YES Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs

ECQDET- Rev I Page 46 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TRS-G33-1N604 order LOCAL EFFECTS INCLUDING 51NGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A Short Thermocouple Loss of Division I None Division H available 4 Div I Raceways cables A all cables in No Div H, Div II Alfor with cables to Non raceways GE Div II/Non Sep Class IE associated cables in Components raceways Loss of Channel A None Channel B, C, D available. No Ch B, C, D, or Ch B,C,D Aff, GE Ch B,C,DJNon Sep associated cables in raceways

ECTED 002 Rev I Page 47 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TRS-633-1N604 order LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A Impressed Voltage No initiating signal to Steam None-Only Ch A, Division II Steam Leak 0 Div I Raceways on Thermocouple Leak isolation logic Hi Temp Ch A Aff, Divl 8h isolation logic for High with cables to Non cables dt all cables in (Voltage causes loss of Div I Affcables in Temp available Class 1E raceways Instrument) raceways Components Spurious closing of 1/2 MISV Closure Fails in safe direction Isolation Values Signal (Voltages causes Hi signal)

RWCU Valve Fails in safe direction HV-G33-IF001 Closes Close RHR Valves Fails in safe direction HV-E11-1F022, HV-E11-1 F009 Close HPCI Valves .YES Div II ADS available HV-E41-1 F002 HV-E41-1 F100 HV-E41-IF059

ECTED 2 Rev 1 Page 48 SAFETY FUNCTION: STEAM LEAK- PRHlIARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: ~33-1N604 order LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A Impressed Voltage Incorrect or Loss of temp None YES Recorder/Alarm not required 4 Div I Raceways on.Thermocouple recorder reading; Incorrect for DBA or for EOPs with cables to'Non cables 4 all cables in or No Alarm Class IE raceways Components Loss of Division I None YES Division II available V

No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None Channel B, C, D available. No Ch B, C, D, or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in raceways

ECQDET-'ev 1 Page 49 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: TRS-G33-1N604 order LOCALEFFECTS INCLUDING SINGLE

'DEPENDENT FAILURE COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS .

MET CABLES in Ch C Open Thermocouple No initiating signal to Steam None YES Division II Steam Leak Raceways with cables &, all cables in Leak isolation logic Hi Temp isolation logic for High cables to Non Iaceways Temp available Class 1E Components Loss of Temp Recorder None YES not required

'ecorder/Alarm Ch Reading; No Alarm for DBA or for EOPs Loss of Channel C None YES Channel A, B, D available. No Ch A,B, D, or Ch A,B,D Aff, GE Ch A,B,D/Non Sep associated cables in Iaceways Short Thermocouple No initiating signal to Steam None YES Division II Steam Leak cables &, all cable in Leak isolation logic Hi Temp isolation logic for High Iaceways Temp available Loss of Temp Recorder None Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs Loss of Channel C None Channel A, B, D available. No Ch A,B, D, or Ch A,B,D Aff, GE Ch A,B,D/Non Sep associated cables in Iaceways

ECQDET- Rev 1 Page 50 SAFETY FUNCTION: STEAM LEAK- PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENTS: T~33-1N604 rder LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch C Impressed Voltage No initiating signal to Steam None -Only Ch C 4 YES Division II Steam Leak Raceways with on Thermocouple Leak isolation logic Hi Temp Ch C Affcables in isolation logic for High cables to Non cables 8h all cables (Voltage causes loss of raceway. Temp available Class 1E in raceways Instrutnent)

Components Spurious closing of Closes RCIC Valve YES Fails in safe direction Rt Isolation Values HV-E51-1F008 (Voltages causes Hi signal)

Incorrect or Loss of temp None Recorder/Alarm not required recorder reading; Incorrect for DBA or for EOPs or No Alarm Loss of Channel C None YES Channel A, B, D available. No Ch A,B, D, or Ch A,B,D Aff, GE Ch A,B,D/Non Sep associated cables in raceways

References:

J444 SH4 J451 SH 20 . J450 SH2 J441 SH 6 J441 SH 5 J456 SH 1 J444 SH 1 M-144 SH I JAOI SH12 J450 SH.4 J-444 SH 2

ECQDEI'-1002 Rev 1 Page 51 APPENDIX B SINGLE FAILURE ANALYSISFOR CATEGORY 2 GE SUPPLIED NON CLASS lE INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATEGORY 2

Circuit Breaker 02 Q To Class 1E Power Supply Q 1Y216 ES-E11-1K603A Instrument Ctass 1E Loops To Class 1E Loads Q

Transmitter Q PT-E11-1N026A SRU Pressure Boundary No other Chas 1E or Q Loads Conneoted to SRU CI CI GE1CAl21.VSD

ECTED 2Rev 1 Page 53

. SAFETY FUNCTION: RHR HX h Inlet Pressure Boundary (PT-E11-1N026h), Maintain Class 1E Power Supply IY216 NON CLASS 1E COMPONENT S 'l-E11-1R606hi LOCALEFFECI'S SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS Pl-El 1-IR606A1 Open Indicator Loss of Pressure None Indicator not required Indicating Meter Indication (PI-El 1-IR606AI) for DBA or for EOPs (Non Class IE) Provides Indication Only Short Indicator Loss of Pressure None YES Indicator not required Indication (Pl-El 1-1R606AI) for DBA or for EOPs Provides Indication Only CABLES in same Open cables (All Loss of Pressure None YES Indicator not required raceways as cable Cables) Indication (PI-El 1-IR606AI) for DBA or for EOPs R) to Non Class IE Provides Indication Only Component .

Loss of of Division I None YES Division II available No Divll,DivIIAffor GE Div II/Non Sep associated cables in raceways Loss of Channel A None Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff GE Ch B,C,D/Non Sep associated cables in raceways

ECQDET- Rev I Page 54 SAFETY FUNCTION: RHR HX h Inlet Pressure Boundary (PT-E11-1N026h), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S 'I-E11-1R606h1 LOCALEFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS CABLES in same Short cables (All Loss of Pressure None Indicator not required raceways as cable Cables) Indication (PI-El 1;1R606A1) for DBA or for EOPs to Non Class IE Provides Indication Only fw Component Loss of Division I None Divisionl II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in raceways

ECQDET- Rev I Page 55 SAFETY FUNCTION: RHR HX A Inlet Pressure Boundary (PT-E11-1N026A), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S 'l-E11-1R606A1 LOCALEFFECTS INCLUDING SINGLE

.DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Pressure None Indicator not required raceways as cable (Allcables) Indication (PI-El I-IR606AI) for DBA or for EOPs to Non Class IE Provides Indication Only Component Loss of Division I None YES Division II available No Div H, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None Channel B,.C, D available. No Ch B,C, D or Ch B,C,D Aff GE Ch B,C,D/Non Sep associated cables in raceways Loss of PT-El I-IN026A None Pressure Boundary Electronics Maintained Loss of electronics to other None YES I'ressure Boundary Pressure Boundary Maintained Instruments with cables in contact with EMIPM1302

ECTED 002 Rev 1 Page 56 SAFETY FUNCTION: RHR HX h Inlet Pressure Boundary (PT-E11-1N026h), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S 'I-E11-1R606A1 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Power Supply None Fuse opens at Power raceways as cable (Allcables) ES-El 1-1K603A Supply before Class IE to Non Class lE Loads: Circuit Breaker opens..

Component No Class 1E circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)

FI-E 1 1-1R603A - Loss of YES FI-El 1-1R603A is LOOP A Flow Indication Reg Guide 1.97 Cat 2 which does not require redundancy FR-El 1-IR608 - Loss of YES Recorder not required LOOP A Flow Indication for DBA or for EOPs Provides Indication Only FI-El I-IR602A - Loss of YES Indication not required RHR SW Flow to Hx 1A for DBA or for EOPs Indication Provides Indication Only

References:

J451 Sh 9 M-151 Sh I J-451 Sh 12 MI-EIIM(14)

J412 Sh 13 EC417-1014

CATEGORY 2

Circuit Breaker 02 Fuse Q To Class 1E Power Supply Q 1Y226 ES-E11-1 K603B Instrument Ctass 1E Loops To Class 1E Loads Q

Transmitter Q PT-E11-1N026B SRU Pressure Boundary No other Ctass 1E or Q Loads Connected to SRU GE1 Ch722.VSO

ECTED - Rev 1 Page 58 SAFETY FUNCTION: RHR HX B Inlet Pressure Boundary (PT-E11-1N026B), Maintain Class IE Power Supply 1Y226 NON CLASS 1E COMPONENT S ~ PI-E11-1R606B1 LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECI'S Pl-El I-R606B I Open Indicator Loss of Pressure None Indicator not required Indicating Meter Indication (Pl-El 1-1R606BI) for DBA or for EOPs (Non Class IE) Provides Indication Only Ri j

4 Shorted Indicator Loss of Pressure None Indicator not required Indication (PI-El 1-IR606BI) for DBA or for EOPs IR>

Provides Indication Only CABLES in same Open cables (All Loss of Pressure None Indicator not required raceways as cable Cables) Indication (PI-El 1-1R606B1) for DBA or for EOPs to Non Class IE Provides Indication Only Component Loss of Division II None YES Division I available No Div I, Div I AG'or GE Div IJNon Sep associated cables in raceways Loss of Channel B None YES Channel A, C, D available. No Ch A,C, D or Ch A,C,D AQ; GE Ch A,C,D/Non Sep associated cables in raceways

ECTED 2 Rev 1 Page 59 SAFETY FUNCTION: RHR HX B Inlet Pressure Boundary (PT-E11-1N026B), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENT S 'l-E11-1R606B1 LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS CABLES in same Short cables (All Loss of Pressure None Indicator not required raceways as cable Cables) Indication (PI-El 1-1R606B 1) for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Division Il None YES Division I available No Div I Div I Affor GE Div I/Non Sep associated cables in raceways Loss of Channel B None YES Channel A, C, D available. No Ch A,C, D or Ch A,C,D Aff GE Ch A,C,D/Non Sep associated cables in raceways Impressed Voltage Loss of Pressure None YES Indicator not required (Allcables) Indication (PI-El I-IR606B1) for DBA or for EOPs Provides Indication Only Loss of FI'-EI I-IN026B None Pressure Boundary Electronics Maintained Loss of other Pressure None Pressure Boundary Boundaries Electronics Maintained Loss of Division II None Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in Iacewa s

ECQDET- Rev I Page 60 SAFETY FUNCTION: RHR HX B Inlet Pressure Boundary (PT-E11-1N026B), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENT S PI-E11-1R606B1 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of Channel B None Channel A, C, D raceways as cable (Allcables) available. No Ch A,C to Non Class IE D or Ch A,C,D Aff Component GE Ch A,C,D/Non Sep associated cables in raceways Loss of Power Supply None YES Fuse opens at Power ES-El I-IK603B Supply before Class 1E Loads: Circuit Breaker opens.

No Class IE circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)

FI-El 1-IR603B - Loss of H-El I-IR603B is LOOP B Flow Indication Reg Guide 1.97 Cat 2 which does not require redundancy FR-El 1-IR608 - Loss of Recorder not required LOOP B Flow Indication for DBA or for EOPs Provides Indication Only R)

I

REFERENCES:

J451 Sh 11 J451 Sh 13 MI-E1146 14 ECW17-1013

CATEGORY 2

circuit Breaker 02 Q Class 1E Power Supply 1Y216 ES-E21-1 K600A Chss 1E To Class 1E Loads Q

Transmitter Q PT-E21-1 N001A SRU >>'.>>Q Pressure Boundary No other Class 1E or Q Loads Q Connected to SRU Q Transmitter Indicating FT-E21-1N003A Instrument Pressure Boundary Fl-E21-1 R601A (Reg Guide 1.97 Cat 2)

Gal chl2S.VSD

ECTED Rev 1 Page 62 SAFETY FUNCTION: CORE SPRAY Flow IndIcation Div I (REG GUIDE 1.97, Cat 2), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENTS: PI-E21-1R600h LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES . MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS PI-E21.-1R600A Open Indicator Loss of Core Spray Pressure None YES Indicator not required Indicating Meter Indication (PI-E21-1R600A) for DBA or for EOPs (Non Class 1E) Provides Indication Only Shorted Indicator Loss of Core Spray Pressure None Indicator not required Indication (PI-E21-1R600A) for DBA or for EOPs Provides Indication Only CABLES in same Open cables (All Loss of Core Spray Pressure None Indicator not required raceways as cable Cables) Indication (PI-E21-1R600A) for DBA or for EOPs to Non Class IE Provides Indication Only IRj Component Loss of Core Spray Flow None FI-E21-1R601A is Indication (FI-E21-1R601A) Reg Guide 1.97 Cat 2 which does not require redundancy Loss of Division I None YES Division II available No Div H, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff, GE Ch B,C,D/Non Sep associated cables in raceways

ECTED Rev 1 Page 63 SAFETY FUNCTION; CORE SPRAY Flow Indication Div I (REG GUIDE 1.97, Cat 2), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENTS: PI-E21-1R600A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Shorted cables (All Loss of Core Spray Pressure None Indicator not requiied raceways as cable Cables) Indication (Pl-E21-IR600A) for DBA or for EOPs to Non Class IE Provides Indication Only Component Loss of Core Spray Flow None Fl-E21-1R601A is Indication (Fl-E21-1R601A) Reg Guide 1.97 Cat 2 which does not require redundancy Loss of Division I None YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff GE Ch B,C,D/Non Sep associated cables in raceways Impressed Voltage Loss of Core Spray Pressure None Indicator not required (AllCables) Indication (PI-E21-IR600B) for DBA or for EOPs Provides Indication Only Incorrect/Loss. of Core None Fl-E21-IR601A is Spray Flow Reg Guide 1.97 Cat 2 Indication (FI-E21-1R601A) which does not require redundancy

ECQDEr . 2 Rev I Page 64 SAFETY FUNCTION: CORE SPRAY Flow Indication Div I (REG GUIDE 1.97, Cat 2), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENTS: PI-E21-1R600h LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET FAlLURE MODE SYSTEM EFFECTS RIIMARKS CABLES in same Impressed Voltage Loss of Power Supply None Only PI-E21400A YES Division II available raceways as cable (AllCables) ES-E21-1K600A FI-E21-IR601A supplied No Div H, Div II Affor to Non Class IE from ES-E21-IK600A GE Div II/Non Sep Component associated cables in raceways Fuse opens at Power Supply before Class IE Circuit Breaker opens.

No Class 1E circuits connected to fuse (FSAR Method iii) 8.1.6.1'solation Loss of FI'-E21-INOOI A None YES Division II available; Electronics Pressure Boundary Maintained Loss of FI'-E21-IN003A None Division II available; Electronics Pressure Boundary Maintained Loss of electronics to other None YES Pressure Boundary Pressure Boundary Maintained Instruments with cables in contact with EKIPN1301 Loss of Division I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in racewa s

ECQDET- I Page 65 SAFETY FUNCTION: CORE SPRAY Flow Indication Div I (REG GUIDE 1.97, Cat 2), Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENTS: PI-E21-1R600h LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same . Impressed Voltage Loss of portion of Channel A None YES Channel B, C, D raceways as cable (AllCables) available. No Ch B,C, to. Non Class IE D or Ch B,C,D Aff, Component GE Ch B,C,D/Non Sep associated cables in raceways REFERENCES J452 SH 2 Ml-E21-35 (2)

CATEGORY 2

Circuit Breaker 09 Q Class 1E Power Supply 1Y226 ES-E21-1K6008 Chas 1E To Class 1E Loads Q

Transmitter Q PT-E21-1 N001B SRU Pressure Boundary . 'YN'Yerbs No other Class 1E or Q Loads Q Connected to SRU Q Transmitter Indicating FT-E21-1N003B Instrument Pressure Boundary Fl-E21-1R601B (Reg Gukte 1.97 Cat 2)

GE1 ChT24.VSD

ECTED Rev 1 Page 67 SAFETY FUNCTION: CORE SPRAY Flow Indication Div H (REG GUIDE 1.97 Cat 2), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENTS: Pl-E21-1R600B LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS Pl-E21-1R600B Open Indicator Loss of Core Spray Pressure None Indicator not required Indicating Meter Indication (Pl-E21-1R600B) for DBA or for EOPs (Non Class 1E) Provides Indication Only Short Indicator Loss of Core Spray Pressure None YES Indicator not required Indication (PI-E21-1R600B) for DBA or for EOPs Provides Indication Only CABLES in same Open cables (All Loss of Core Spray Pressure None YES Indicator not required raceways as cable Cables) Indication (PI-E21-1R600B) for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Core Spray None YES FI-E21-1R601B is (Fl-E21-1R601B)

Flow'ndication Reg Guide 1.97 Cat 2 which does not require redundancy Loss of Division II None YES Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Loss of Channel B None Channel A, C, D available. No Ch A,C, D or Ch A,C,D Aff GE Ch A,C,D/Non Sep associated cables in raceways

ECQDET- Rev 1 Page 68 SAFETY FUNCTION: CORE SPRAY Flow Indication Div H (REG GUIDE 1.97 Cat 2), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENTS: Pl-E21-1R600B LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET FAILURE MODE SYSTEM EFFECTS CABLES in same Short cables (All Loss of Core Spray Presstne None YES Indicator not required raceways as cable Cables) Indication (PI-E21-1R600B) for DBA or for EOPs to Non Class lE Provides Indication Only Component Loss of Core Spray Flow None YES Fl-E21-1R601B is Indication (FI-E21-1R601B) Reg Guide 1.97 Cat 2 which does not require redundancy Loss of Division II None Division I available No Div I, Divl Affor GE Div IUNon Sep associated cables in raceways Loss of Channel B None YES Channel A, C, D available. No Ch A,C, D or Ch A,C,D A6; GE Ch A,C,D/Non Sep associated cables in raceways Impressed Voltage Loss of Core Spray Pressure None YES Indicator not required (AllCables) Indication (Pl-E21-IR600B) for DBA or for EOPs Provides Indication Only Incorrect Core Spray Flow None YES Fl-E21-1R601B is Indication (Fl-E21-1R601B) Reg Guide 1.97 Cat 2 which does not require redundancy

ECQDET Rev I Page 69 SAFETY FUNCTION: CORE SPRAY Flow Indication Div H (REG GUIDE 1.97 Cat 2), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENTS: Pl-E21-1R600B LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of Power Supply None Only PI-E21%00B YES Division I available raceways as cable (All Cables) ES-E21-1K600B FI-E21-1R601B supplied No Div I, Div I M'or to Non Class 1E from ES-E21-IK600B GE Div I/Non Sep Component associated cables in raceways Fuse opens at Power Supply before Class IE Circuit Breaker opens.

No Class 1E circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)

Loss of FT-E21-I N003B None YES Division I available; Electronics Pressure Boundary Maintained Loss of PT-E21-1N001B None YES Division I available; Electronics Pressure Boundary Maintained Loss of electronics to other None YES Pressure Boundary not Pressure Boundary Maintained Instruments with cables in contact with FM1PN1201 Loss of Division II None YES Division I available No Div I, Div I AQ'or GE Div I/Non Sep associated cables in lacewa s

ECQDET- 2 Rev 1 Page 70 SAFETY FUNCTION: CORE SPRAY Flow Indication Div H (REG GUIDE 1.97 Cat 2), Maintain Class 1E Power Supply 1Y226 NON CLASS 1E COMPONENTS: Pl-E21-1R600B LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Channel B None Channel A, C, D raceways as cable (AllCables) available. No Ch A,C, to Non Class 1E D or Ch A,C,D Aff Component GE Ch A,C,D/Non Sep associated cables in raceways REFERENCES J452 SH 3 Ml-E21-35 (2)

CATEGORY 2

Class 1E Power Supply ES-E41-1K604 Circuit Breaker Chas 1E 06 Class 1E Class 1E HPCI Class 1E Power Supply EhcMc Govenor 1D624 Inverter ES-E41-1K600 (SY-15683)

Chas 1E E41-1K600 Ramp Generator (SY-15682)

Class 1E Controller FC-E41-1R600 Q Q To Class 1E Indicating Transmitter Class 1E Sq Root Extr. Instrument PT-E41-1 N01 9 Loads FY-E41-1K601 Fl-E41-1 R600-1 Pressure Boundary Class 1E (Reg Guide 1.97 Cat 2)

Transmitter Class 1E Q FT-E41-1N008 Transmitter SRU Pressure Boundary PT-E41-1 N016 Pressure Boundary Q Q Transmitter SRU PT-E41-1N013 Pressure Boundary No other Chss1E or 0 Loads Connected to SRU Q

Transmitter '.

PT-E41-1 N009 Pressure Boundary m

Q cp < rII Indicating Instrument Cl CI PI-E41-1R601

N N

ECQDET- Rev 1 Page 72 SAFETY FUNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: Pl-E41-1R602 Pl-FA1-1R603 Pl-FA1-1R606 SI-E41-1R604 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAIKS PI-FA1-1R602 Open Indicator Loss of HPCI Pressure None Indicator not required Indicating Meter Indication (PI-FA1-1R602) for DBA or for EOPs (Non Class 1E) Provides Indication Only Short Indicator Loss of HPCI Pressure None YES Indicator not required Indication (PI-FA1-1R602) for DBA or for EOPs Provides Indication Only Pl-FA1-1R603 Open Indicator Loss of HPCI Pressure None Indicator not required for DBA or Indicating Meter Indication (PI-FA1-1R603) EOPs except for Station Blackout EOP (Non Class IE)

No failure mode for Station Blackout Limited QA for Station Blackout Short Indicator Loss of HPCI Pressure None YES Indicator not required for DBA or Indication (PI-E41-1R603) EOPs except for Station Blackout EOP No Ihilure mode for Station Blackout Limited QA for Station Blackout Pl-FA1-1R606 Open Indicator Loss of HPCI Pressure None Indicator not required for DBA or Indicating Meter Indication (PI-E41-1R606) EOPs except for Station Blackout EOP (Non Class 1E) No failure mode for Station Blackout Limited QA for Station Blackout Short Indicator Loss of HPCI Pressure None Indicator not required for DBA or Indication (PI-FA 1-IR606) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout SI-E41-1R604 Open Indicator Loss of Speed Indication None Indicator not required for DBA or Indicating Meter (SI-E41-IR604) EOPs except for Station Blackout EOP (Non Class 1E) No failure mode for Station Blackout Limited QA for Station Blackout Short Indicator Loss of Speed Indication None Indicator not required for DBA or (SI-FA I-1R604) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited A for Station Blackout

t '

ECQDET- Rev 1 Page 73 SAFETY FUNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: PI-E41-1R602 PI-E41-1R603 Pl-E41-1R606 SI-E41-1R604 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Open cables (All Loss of HPCI Pressure None Indtcator not reqmred for DBA or raceways as cable Cables) Indication (PI-FA1-1R603, EOPs except for Station Blackout EOP to.Non Class IE PI-FA I-IR606) No failure mode for Station Blackout Component Limited QA for Station Blackout Loss of HPCI Pressure None Indicator not required Indication (PI-FAI-IR601, for DBA or for EOPs PI-E41-I R602) Provides Indication Only Loss of Speed Indication None YES Indicator not required for DBA or (SI-E41-1R604) EOPs except for Station Blackout EOP No failure mode for Station Blackout RI Limited QA for Station Blackout Loss of Division II None Division I available No Div I, Div I Affor GE Div I/Non Scp associated cables in raceways Loss of Channel B None Channel A, C, D available. No Ch A,C, DorChACD Aff GE Ch A,C,D/Non Sep associated cables in raceways

ECTED Rev I Page 74 SAFETY FUNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: PI-FA1-1R602 PI-FA1-1 R603 PI-FA1-1R606 SI-FA1-1R604 LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS CABLES in same Loss of HPCI Presmtre None Indicator not required for DBA or raceways as cable Indication (Pl-E41-IR603 EOPs except for Station Blackout EOP to Non Class IE Pl-FA I-IR606) No failure mode for Station Blackout 'R)

Component Limited QA for Station Blackout Loss of HPCI Pressure None YES Indicator not required Indication (PI-E41-1R601, for DBA or for EOPs Pl-FAI-IR602) Provides Indication Only Loss of Speed Indication None YES Indicator not required for DBA or (SI-E41-I R604) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division II None YES Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Loss of Channel B None Channel A, C, D available. No Ch A,C, D or Ch A,C,D Aff, GE Ch A,C,D/Non Sep associated cables in raceways

EC-QDET- Rev I Page 75 SAFETY FUNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: PI-E41-1R602 PI-E41-1R603 PI-E41-1R606 SI-FA1-1R604 LOCAL EFFECTS INCLUDING SINGLE

.DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of HPCI Pressure None Indicator not required for DBA or raceways as cable (Allcables) Indication (PI-E41-1R603 EOPs except for Station Blackout EOP to Non Class IE Pl-FA1-IR606) No failure mode for Station Blackout Component Limited QA for Station Blackout Loss of HPCI Pressure None Indicator not required Indication (PI-E41-1R601, for DBA or for EOPs PI-FA I-1R602) Provides Indication Only Loss of Speed Indication None YES Indicator not required for DBA or (SI-E41-I R604) EOPs except for Station Blackout EOP No Ihilure mode for Station Blackout Limited QA for Station Blackout Loss of FI'-E41-IN013 None Pressttre Boundary Electronics Maintained Loss of PT-FA1-IN016 None YES Pressure Boundary Electronics Maintained Loss of PT-E41-IN019 None Pressure Boundary Electronics Maintained Loss of PT-FA I-IN009 None YES Pressure Boundary Electronics Maintained

ECTED Rev 1 Page 76 SAFETY'UNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: PI-E41-1R602 PI-FA1-1R603 PI-FA1-1R606 SI-FA1-1R604 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of electronics to other None YES Pressure Boundary raceways as cable (Allcables) Pressure Boundary Maintained to Non Class 1E Instruments with cables in Component contact with FMIPP1203 Loss of Power Supply None YES Fuse opens at Inverter ES-E41-1K600B, 1K604 before Class IE Loads: Circuit Breaker opens.

(FSAR 8.1.6. lq5 Isolation Method iii)

Division I ADS availabl~

HPCI Gov. Control - Loss of None Division I ADS HPCI available No Div I, Div I Affor GE Div I/Non Scp associated cables in raceways HPCI Controller - Loss of None Division I ADS HPCI available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways FI-FA I-1R600 Loss of None YES Fl-E21-IR600-1 is Indication Reg Guide 1.97 Cat 2 which does not require

~

red undan

ECQDET- Rev 1 Page 77 SAFETY FUNCTION: HIGH PRESSURE INJECTION; Pressure Boundaries; Maintain Class 1E Power Supply 1D624 NON CLASS 1E COMPONENTS: PI-E41-1R602 Pl-FA1-1R603 PI-E41-1R606 SI-FA1-1R604 LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage FY-FA1-IK601 - Loss of None Division I ADS raceways as cable (Allcables) HPCI available to Non Class IE No Div I, Div I Afror Component GE Div I/Non Sep associated cables in raceways Loss of Division II None YES ~

Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Loss of Channel B None Channel A, C, D available. No Ch A,C, D or Ch A,C,D Aff, GE Ch A,C,D/Non Sep associated cables in raceways Referencest F55 Sh 1 MI-FA149 (3)

J455 Sh 2 M-155 Sh 1 J456 Sh 3

CATEGORY 2

Q Power Supply ES-E51-1K604 Circuit Breaker 07 Q Q Q RCIC Class 1E Power Supply Inverter Etectrtc Governor 1D614 ES-E51-1K600 Ramp Generator Class 1E E51-1K603 Q

Controller FC-E51-1R600 Q Q To Class 1E Indicating Transmitter Class 1E Sq Root Extr. Instrument PT-E51-1 N004 Loads FY-E51-1K601 Fl-E51-1 R600-1 Pressure Boundary Q (Reg Gutde 1.97 Cat 2)

Transmitter Q Q FT-E51-1N003 Transmitte'r SRU Pressure Boundary PT-E51-1 N007 Pressure Boundary Q Q Transmitter SRU PT-E51-1N008 Pressure Boundary No other Class 1E or Q Loads Connected to SRtj Q

Transmitter PT-E51-1N005 ~

Pressure Boundary 44;k f'4889K

%3)pp,'Wc~)>)9:.,

m yI ca>:> (>> co c nI

. 4>>> %3gN:Nlt >

3 sd >a>>>&h$ 5h3>&hS>.

GE1CAl25.VSO

E CADET-I I Page 79 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NONCLASS1ECOMPONENTS:PI-E51-1R601 PI-E51-1R602 PI-E51403'Pl-E51-IR604 SI-15001h LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS PI-E51-1R601 Open Indicator Loss of Pressure None Indicator not required for DBA or Indicating Meter Indication (PI-E51-1R601) EOPs except for Station Blackout EOP (Non Class 1E) No failure mode for Station Blackout Limited QA for Station Blackout Short Indicator Loss of Pressure None Indicator not required for DBA or Indication (PI-E51-1R601) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout PI-E51-IR602 Open Indicator Loss of Pressure None Indicator not required Indicating Meter Indication (PI-E51-1R602) for DBA or for EOPs (Non Class 1E) Provides Indication Only Short Indicator Loss of Pressure None Indicator not required Indication (PI-E51-1R602) for DBA or for EOPs Pmvides Indication Only iR PI-E51-IR603 Open Indicator Loss of Pressure None Indicator not required for DBA or Indicating Meter Indication (Pl-E51-IR603) EOPs except for Station Blackout EOP (Non Class lE) No failure mode for Station Blackout Limited QA for Station Blackout Short Indicator Loss of Presstue None YES Indicator not required for DBA or Indication (PI-E51-IR603) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout RI PI-E51-1R604 Open Indicator Loss of Premise None Indicator not required for DBA or Indicating Meter Indication (PI-E5 1-IR604) EOPs except for Station Blackout EOP (Non Class lE) No failure mode for Station Blackout Limited QA for Station Blackout Shorted Indicator Loss of Pressure None Indicator not required for DBA or Indication (PI-E51-1R604) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited A for Station Blackout

ECTED ET- 1 Page 80 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601 Pl-E51-1R602'I-E51403'I-E51-1R604 SI-15001A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET FAILURE MODE SYSTEM EFFECTS SI-15001A Open Indicator Loss of Speed None YES Indicator not required for DBA or Indicating Meter Indication (SI-15001A) EOPs except for Station Blackout EOP (Non Class IE) No failure mode for Station Blackout Limited QA for Station Blackout Shorted Indicator Loss of Speed None YES Indicator not required for DBA or Indication (Sl-15001A) EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout CABLES in same Open cables (All Loss of Pressure None YES Indicator not required raceways as cable Cables) Indications (PI-E51-IR602) for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Indication None YES Indicator not required for DBA or (PI-E51-1R601,PI-E51-1R603 EOPs except for Station Blackout EOP PI-E51-1R604, SI-15001A) No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I None YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D available. No Ch B,C, D or Ch B C D Aff, GE Ch B,C,D/Non Sep associated cables in racewa s

ECTED 2 Rev I Page 81 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NONCLASS1ECOMPONENTS:Pl-E51-1R601'Pl-E51-1R602 PI-E51403 PI-E51-1R604 SI-15001A LOCALEFFECTS INCLUDING SINGLE

-DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short cables (All Loss of Pressure None Indicator not required raceways as cable cables) Indication (Pl-E51-IR602) for DBA or for EOPs to Non Class IE Provides Indication Only Ri Component Loss of Indication None YES Indicator not required for DBA or (PI-E51-1R601,PI-E51-1R603 EOPs except for Station Blackout EOP PI-E51-1R604, SI-15001A) No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I None Division H available No Div 11, Div H Affor GE Div II/Non Sep associated cables in Ia~

Loss of Channel A None Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff GE Ch B,C,D/Non Sep associated cables in raceways

ECQDET- I Page 82 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601'I-E51-1R602'I-E51403 PI-E51-1R604 .SI-15001A LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Pressure None YES Indicators not required raceways as cable (Allcables) Indication (PI-E51-1R602) for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Indication None Indicator not required for DBA or (PI-E51-1R601,PI-E51-1R603 EOPs except for Station Blackout EOP PI-E51-1R604, SI-15001A) No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I None YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of Channel A None YES Channel B, C, D available. No Ch B,C, D or Ch B,C,D Aff GE Ch B,C,D/Non Sep associated cables in raceways

ECTED - Rev I Page 83 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601 PI-E51-1R602'I-E51403'l-E51-1R604 SI-15001A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Power Supply Fuse opens at Inverter raceways as cable (Allcables) ES-E51-1K600, IK604 before Class IE to Non Class IE Loads: Circuit Breaker opens; Component No Class IE circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)

RCIC Gov. Control - Loss of None - RCIC not Division II available RCIC required for DBA No Div, II, Div II Affor GE Div II/Non Sep associated cables in raceways RCIC Controller - Loss of None - RCIC not YES Division II available RCIC required for DBA No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Fl-E51-IR600-I - Loss of None FI-E51-IR600-I is Indication Reg Guide 1.97 Cat 2 which does not require redundancy FY-E51-IK601 - Loss of None - RCIC not Division II. available RCIC required for DBA No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways

E CADET- 1 Page 84 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAINCLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:Pl-E51-1R601 Pl-E51-1R602 PI-E51403'Pl-E51-1R604 SI-15001A LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of PT-E51-IN004 None Pressure Boundary raceways as cable (Allcables) Electronics Maintained to Non Class 1E Component Loss of PT-E51-1N007 None Pressure Boundary Electronics Maintained Loss of PT-E51-IN008 None Pressure Boundary Electronics Maintained Loss of PT-E5 I-1N005 None Pressure Boundary Electronics Maintained Loss of electronics to other None YES Padre Boundary Pressure Boundary Maintained Instruments with cables in contact with EMIPQ1302

References:

JM9 Sh I M1-E51-90(5)

J449 Sh 2 J450 Sh 1

ECQDET-1002 Rcv 1 Page 85 APPENDIX C SINGLE FAILURE ANALYSISFOR CATEGORY 3 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATEGORY 3

No Chas 1E or Q Loads Circuit Breaker Connected to SRU 03 Fuse Non Class 1E 1Y218 Non Chas tE Isolatiofl Device XY-15500 k~MPiA@>Ci, '.@4 Q

Transmitter FT-E11-1N013 Pressure Boundary No other Chss1Eor Q Loads Q Connected to SRU isolation Device FY-14989 Q

Isolation Device FY-15189 r'Nina!4 aa GE1Chlsl.VSD

ECQDET- Rev 1 Page 87 SAFETY FUNCTION: RHR HEAD SPRAY PRESSURE BOUNDARY (FT-E11-1N013)

NON CLASS 1E COMPONENT S: Fl-E11-1R607 LOCALEFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMARKS FI-E11R607 Open Indicator Loss of Flow None YES Indicator not required Indicating Meter Indication (Fl-El I-IR607) for DBA or for EOPs (Non Class IE) Provides Indication Only

'oss Short Indicator of Flow None Indicator not required Indication (Fl-El 1-IR607) for DBA or for EOPs Provides Indication Only CABLES in same Open cables Loss of Flow None YES Indicator not required raceways as cable Indication (Fl-El 1-1R607) for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Division I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Open cables to Loss of Non Class lE None YES Non Class IE Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Pressure Boundary asQ maintained (See Appendix K)

Open cables to Loss of Recorders None YES Recorders not required Neutron Mon. Sys RR-D 124R609, OR610 for DBA or for EOPs classified as Q RR-D12-1R605, 7, 8 Provides Indication Only

ECTED 2 Rev 1 Page 88 SAFETY FUNCTION: RHR HEAD SPRAY PRESSURE BOUNDARY (FT-E11-1N013)

NON CLASS 1E COMPONENT S: FI-E11-1R607 LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMARKS CABLES in same Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction raceways as cable Neutron Mon. Sys E,F,H. IRM Channels Trip to Non Class 1E classified as Q Component Short cables Loss of Flow None YES Indicator not required Indication (FI-El 1-1R607) for DBA or for EOPs Provides Indication Only Loss of Division I None Division 11 available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Short cables to Loss of Non Class 1E None Non Class lE Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs instruments classiiied Pressure Boundary asQ maintained (See Appendix K)

Short cables to Loss of Recorders None Recorders not required Neutron Mon. Sys RR-D124R609, OR610 for DBA or for EOPs classified as Q RR-D12-1R605, 7, 8 Provides Indication Only Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction R)

E,F,H. IRM Channels Trip

ECQDET- Rev 1 Page 89 SAFETY FUNCTION:. RHR HEAD SPRAY PRESSURE BOUNDARY(FT-E11-1N013)

NON CLASS 1E COMPONENT S: FI-E11-1R607 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Flow None YES Indicator not required raceways as cable Indication (FI-El 1-IR607) for DBA or for EOPs

-to Non Class 1E Provides Indication Only Component Loss of Division I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Loss of FT-El I-1N013 None Pressure Boundary Electronics . Maintained (See Appendix K)

Impressed voltage Loss of electronics to fault on cables to Pressure Boundary None YES Pressure Boundary Pressure Boundary Instruments with cables in Maintained instruments classified contact with NMlPM1307 (See Aplmtdix K) asQ Impressed voltage Loss of Recorders None YES Recorders not required fault cables to 'RR-D124R609, OR610 for DBA or for EOPs Neutron Mon. Sys RR-D12-1R605, 7, 8 Provides Indication Only classified as Q Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction E F H. IRM Channels Tri iRI

References:

F51 SH 9 J-447 SH 2 J449 SH 3 Ml<12-110 (28)

J446 SH 3 Ml&12-108 1

CATEGORY 3

Clroult Breaker 0? Fuse Non Class 1E 1Y218 Non Ches 1E Q

Transmitter Q Rm;Kj~

PT-C41-1N004 SRU 'HL44 N's Pressure Boundary NC 1:h$ 684 .

No other Ches 1E or 0 Loads Conreoted to SRU

~j,"j'gj'jlI Q

Indicating Instrument LI/Fl-14806 (Reg Gukh1.97 Cat 2) m 9

co < g CI CI GE1CArta.VSO

ECQDET Rev I Page 91 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S PI<41-IR600 Open indicator Loss of Presme indication None Indicator not required Indicating Meter (PILI-1R600) for DBA or for EOPs (Non Class IE) Pmvides Indication Only Short Indicator Loss of Pressuie indication None YES Indicator not required (PI<41-I R600) for DBA or for EOPs Pmvides Indication Only ESM I-IK600 Open Non Class 1E Loss of:

Power Supply Power Supply PSHL<12-IN652 None YES (IY218%7)

(Non Class 1E) PIM I-IR600 None YES Indicator not required for DBA or for EOPs Pmvides Indication Only LI/FI-14806 None YES Indicator not required for DBA or for EOPs Provides Indication Only (ai Reg Guide 1.97 Cat 2 instmnents do not require redundancy LSHL-C41-IN600 None

ECTED 2 Rev I Page 92 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: Pl-C41-1 R600 ES-C41-1K600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS ES&1-IK600 Short Non Class 1E Loss of:

Power Supply .Power Supply (IY21847) PS HL&12-IN652 None (Non Class IE)

PI<41-IR600 None Indicator not required for DBA or for EOPs Provides Indication Only LI/Fl-14806 None YES Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instrtunents do not require redundancy LSHL-C41-1N600 None CABLES in same Open Cables Loss of Pressure indication None Indicator not required raceways as cables (PILI-IR600) for DBA or for EOPs to Non Class IE Provides Indication Only Component Incomxt/Loss of Not Required for DBA or for EOPs FR41204A (Non Class 1E)

Loss of PT<41-IN004 None YES Pressure Boundaty Output Maintaned Loss of: None PSHL&12-IN652

ECQDET- Rcv 1 Page 93 SAFETY PUNCTIONi Standby Liquid Control Pressure Boundary (PT-C41-iN004)

NON CLASS 1E COMPONENT S: Pl-C41-1R600 ES-C41-1K600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Loss of:

raceways as cables to Non Class 1E PSHIA.'12-IN652 None Component LI/FI-14806 None YES Indicator not required for DBA or for EOPs Pravides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy LSHL<41-IN600 None YES Open cables to Loss of:

transducers classified asQ Computer Inputs None Computer not required for DBA or for EOPs XI40018A None These are Non Class XI40022A 1E meters used for Reg Guide 1.97 Cat 2 Reg Guide 1.97 Cat 2 instruments do not require redundancy Open cables to Loss of Non Class IE None Non Class 1E Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs instrumehts classified Pressure Boundaries Maintained

ECQDET- Rev I Page 94 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI&41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S CABLES in same Short Cables Loss of Pressure indication None YES Indicator not required raceways as cables (Pl~I-1R600) for DBA or for EOPs to Non Class IE Provides Indication Only Component Incorrect/Loss of Not Required for DBA or for EOPs )

Pt FR41204A (Non Class IE)

Loss of PT-C41-1N004 None Pressure Boundary Output Maintained Loss of: None PS HL-C12-1N652 PSHLZ12-IN652 None LI/FI-14806 None YES Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy LSHL-C41-1N600 None Short cables to Loss of Non Class IE None Non Class IE Loops Pressure Boundary . Instrument Loops not required for DBA or for EOPs instruments classified Pressure Boundaries Maintained

E CADET- 1 Page 95 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES

MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same Short cables to Loss of:

raceways as cables transducers classified to Non Class 1E ~e Computer Inputs None 'Computer not required Component for DBA or for EOPs X1~18A None YES These are Non Class XI40022A IE meters used for Reg Guide 1.97 Cat 2 Reg Guide 1.97 Cat 2 instruments do not requtle redundancy CABLES in same. Impressed voltage Incorect/Loss of Pressure None YES Indication not required raceways as cables Fault on cables Indication for DBA or for EOPs to Non Class 1E (PILI-IR600) Provides Indication Only Component Loss of PT-C41-1N004 None YES Pressure Boundary Electronics Maintained Loss of electronics to other None YES Pressure Boundary Pressure Boundary Maintained Instruments with cables in contact with NMIQ0206C 4 NKIC41001 Incorrect/Loss of None YES Not Required for DBA FR41204A (Non Class IE) or for EOPs R/

f

ECQDET- Rev 1 Page 96 SAFETY'UNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: Pl-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS CABLES in same Impressed voltage Incorrect ESMI-IK600 raceways as cables Fault on cables power supply voltage to loads:

to Non Class 1E Component High Voltage:

PS HIAA1-1N004 None No Alarms Alarm not required for DBA or for EOPs Alarms Only Incorrect Indication from None Indication not required LI/Fl-14806 for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy PS HL<41-IN004 None YES No Alarms Alarm not required for for DBA or for EOPs Alarms Only Incorrect Indication from None YES Indication not required PILI-IR600 for DBA or for EOPs Provides Indication Only

0 I

I

EC-QD 2 Rev 1 Page 97 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCALEFFECTS

.INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Low Voltage:

raceways as cables Fault on cables to Non Class IE Loss of PSHL-C41-1N004 None YES Component Loss of Indication from None Indication not requimd LI/FI-14806 for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redmuhncy Incorrect ES<41-IK600 power supply voltage to loads:

Low Voltage:

.Loss of PSHIA'Al-1N004 None YES Incorrect Indication from None YES Indication not required PI-C41>>1R600 . for DBA or for EOPs Provides indication Only Impressed voltage Loss of Non Class IE None Non Class IE Loops Fault on cables to Instrument Loops not required for DBA or for EOPs ) Rl Presme Boundary Pressure Boundaries instruments Maintained classified as

ECTED Rev 1 Page 98 SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Loss of:

raceways as cables Fault on cables to to Non Class 1E transducers classified Computer Inputs None Computer not required Component asQ for DBA or for EOPs X140018A None These are Non Class XI40022A 1E meters used for Reg Guide 1.97 Cat 2 Reg Guide 1.97 Cat 2 instruments do not require redundancy

References:

JA48 Sh 3 Ml&41-36 Sh 1 J447 Sh 2 MI&12-108 Sh I M-148 Sh 1 ~

CATEGORY 3

Circuit Breaker 09 Non Class1E

'Y218 Non Chas 1E No other Chas 1E or Q Loads Connected to SRLI Q

Transmitter Q FT-B21-1 N033A SRU Pressure Boundary Q Q Indhatlng Transmitter Transmitter Switch FT-821-1N033C Pressure Boundary Pressure Boundary LITS-B21-1 N026D Electronhs Chas 1E LITS-B21-1 N026D Q Mechanhal Switch Transmitter Opens on Low Levd LT-B21-1N027 Pressure Boundary Class 1E RPS B Logic GE1 CAlss.vso

ECTED Rev 1 Page 100 SAFETY FUNCTION: REACTOR VESSEL LEVEL TRIP (LITS-B21-1N026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS

'LI-B21-IR604 Open Indicating Loss of Reactor Level Ind. None YES Indication not required Indicating Meter Meter LI-B21-1R604 for DBA or for EOPs (Non Class lE Provides Indication Only. No electrical connection between electronics 8t Mechanical Switch Short Indicating Loss of Reactor Level Ind. None YES Indication not required Meter LI-B21-1R604 for DBA or for EOPs Provides Indication Only. No electrical connection between electronics 4 Mechanical Switch ES-B21-IK603 Open Power Supply Loss of Reactor Level Ind. None Indication not required Power Supply LI-B21-1R604 for DBA or for EOPs (IY21849 Provides Indication Only. No Non Class 1E) electrical connection between electronics k Mechanical Switch Loss of Reactor Level Ind. None YES Indication not required LI-B21-1R605 for DBA or for EOPs

,Provides Indication Only Loss of Jet Pump Flow Ind. None Indication not required FI-B21-1R609A, C for DBA or for EOPs Provides Indication Onl

ECTED 2 Rev 1 Page 101 SAFETY FUNCTION: REACTOR VESSEL LEVELTRIP (LITS-821-1N026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET FAILURE MODE SYSTEM EFFECTS REMARKS ES-B21-1K603 Short Power Supply Loss of Reactor Level Ind. None YES Indication not required Power Supply LI-B21-1R604 for DBA or for EOPs (IY21849 Provides Indication Only. No Non Class IE) electrical connection between electmnics 8h Mechanical Switch Loss of Reactor Level Ind. None YES Indication not required LI-B21-IR605 for DBA or for EOPs Pmvldes Indication Only Loss of Jet Pump Flow Ind. None YES Indication not required FI-B21-1R609A, C for DBA or for EOPs Provides Indication Only CABLES in same Open Cables Loss of Reactor Level Ind. None YES Indication not required raceways as cables LI-B21-1R604 for DBA or for EOPs to Non Class IE Provides Indication Only. No Component electrical connection between electronics 4 Mechanical Switch Loss of Reactor Level Ind. None Indication not required LI-B21-1R605 for DBA or for EOPs Provides Indication Only Loss of Non Class lE None YES Non Class 1E Loops Instrument Loops not required for DBA or for EOPs I'ressure Boundaries Maintained

E ECQDET- 1 Page 102 SAFETY FUNCTION: REACTOR VESSEL LEVELTRIP (LITS-B21-1N026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Open Cables Loss of IRM Range Neutron None Recorders not required raceways as cables Flu Recorders for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Process Radiation None. YES Recorders not required Recorders for DBA or for EOPs Provides Indication Only Loss of Computer 4 SPDS None Computer Jh SPDS not Inputs required for DBA or for EOPs Provides Indication Only Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip CABLES in same Short Cables Loss of Reactor Level Ind. None Indication not required raceways as cables LI-B21-1R604 for DBA or for EOPs to Non Class IE Pressure Boundary Component Maintained. No electrical connection between electronics 4 Mechanical Switch Loss of Reactor Level Ind. None Indication not required LI-B21-1R605 for DBA or for EOPs Pressure Boundary Maintained Loss of Non Class IE. None YES Non Class IE Loops Instrument Loops not required for DBA or for EOPs Pressure Boundaries maintained

ECQDET- Rev 1 Page 103 SAFETY FUNCTION: REACTOR VESSEL LEVEL TRIP (LITS-B21-IN026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-IK603

.LOCAL EFFECTS INCLUDING SINGLE.

DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYFIZM EFFECTS REMARKS CABLES in same Short Cables Loss of IRM Range Neutmn None Recorders not required raceways as cables Flux Recorders for DBA or for EOPs to Non Class 1E Pmvides Indication Only Component Loss of Process Radiation None Recorders not required Recorders for DBA or for EOPs Pmvides Indication Only Loss of Computer 4, SPDS None YES Computer 4 SPDS not Inputs required for DBA or for EOPs Pmvides Indication Only Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip CABLES in same Impressed Voltage Loss of Reactor Level Ind. None YES Indication not required raceways as cables Fault on cables LI-B21-1R605. for DBA or for EOPs to Non Class 1E Pressure Boundary Component Maintained Loss of Reactor Level Ind. 'None YES Indication not required LI-B21-1R604 for DBA or for EOPs Pressure Boundary MaintainaL No electrical connection between electmnics k Mechanical Switch

ECQDET- Rev 1 Page 104 SAFETY FUNCTION: REACTOR VESSEL LEVELTRIP (LITS-B21-1 N0269)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAIKS CABLES in same Impressed Voltage Loss of Process Radiation None Recorders not required raceways as cables Fault on cables Recorders for DBA or for EOPs to Non Class 1E Provides Indication Only Component Loss of Computer 8h SPDS None YES Computer 8h SPDS not Inputs required for DBA or for EOPs Provides Indication Only Loss of electronics to other None YES Pressure Boundary Pressure Boundary Maintained Instruments with cables in contact with NMIPIF101 Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction E,F,H. IRM Channels Trip Loss of IRM Range Neutron None YES Recorders not required Flux Recorders for DBA or for EOPs Provides Indication Only

References:

J442 SH 16 J442 SH 11 M1-B21-94 SH 1

ECQDET-1002 Rev 1 Page 105 APPENDIX D SINGLE FAILURE ANALYSISFOR CATEGORY 4 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATEGORY 4

Circuit Breaker Class 1E Conductivity 1Y216 Element CE-E11-1 N001A No Other Connected Loads m

U 9 Q

CI CI

ECQDET- Rev 1 Page 107 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS: CISE-E11-1R001A LOCAL EFFECTS SINGLE INCLUDING. FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMAINS CE-Ell-INOOIA Loss of Conductivity None YES Indicator not required Conductivity Indication for DBA or for EOPs RI Element (CISH-El 1-1R001A) ,Provides Indication Only I (Q)

Loss of Conductivity Ann None Ann. not required Input (CISH-El 1-1R001A) for DBA or for EOPs.

Ann. Only Shorts Loss of Conductivity None YES Indicator not required Indication for DBA or for EOPs (CISH-El I-IR001A) Provides Indication Only Loss of Conductivity Ann None YES Ann. not required Input (CISH-El I-1R001A) for DBA or for EOPs.

Ann. Only CISH-El I-IROOIA Open Indicator Loss of Conductivity None YES Indicator not required Conductivity Indication for DBA or for EOPs Indicating Switch (CISH-El I-1R001A) Provides Indication Only (Non Class IE)

Loss of Conductivity Ann None Ann. not required Input (CISH-El I-1ROOIA) for DBA or for EOPs.

Ann. Only Short Indicator Loss of Conductivity None Indicator not required Indication for DBA or for EOPs (CISH-El 1-IROOIA) Provides Indication Only Loss of Conductivity Ann None Ann. not'required Input (CISH-El 1-1R001A) for DBA or for EOPs.

Ann. Onl

EC-QDET-I Rev 1 Page 108 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS: CISH-E11-1R001A LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS CISH-El 1-1ROOIA Short Indicator Trip 1Y216 Circuit Breaker None YES No Class IE circuits Conductivity 22 connected to Indicating Switch lY216-22 (Non Class 1E)

CABLES in same Open Cables (All Loss of Conductivity None Indicator not required raceways as cable cables) Indication for DBA or for EOPs to Non Class 1E (CISH-El 1-1R001A) Provides Indication Only Component Loss of Conductivity Ann None Ann. not required Input (CISH-El 1-1R001A) for DBA or for EOPs.

Loss of one Input to None Indicator not required TRS-El 1-1R601 for DBA or for EOPs Provides Indication Only Short Cables (All Loss of Conductivity None YES Indicator not required cables Indication for DBA or for EOPs wS (CISH-El 1-IR001A) Provides Indication Only [

Loss of Conductivity Ann None YES Ann. not required Input (CISH-El I-1R001A) for DBA or for EOPs.

Ann. Only Trip 1Y216 Circuit Breaker None YES No Class 1E circuits 22 connected to 1Y216-22

ECQDET-I 1 Page 109 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS: CISH-E11-1R001A LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Short Cables (All Loss of one Input to None Indicator not required raceways as cable cables) TRS-El I-IR601 for DBA or for EOPs to Non Class IE Provides Indication Only Component Impressed Voltage Loss of Conductivity None Indicator not required (Allcables) Indication for DBA or for EOPs (CISH-El 1-1ROOI A) Provides Indication Only Loss of Conductivity Ann None YES Ann. not required Input (CISH-El 1-IROOI A) for DBA or for EOPs. i peal Ann. Only Loss of CE-El I-IN001A None (See IOM 311-1 Tab 19)

Loss ofone Inputto None YES Indicator not required TRS-El 1-IR601 for DBA or for EOPs Provides Indication Onl

References:

J451 Sh 18 IOM 311-1 MI-Elle(14) EC417-1012 E-15 Sh 3

CATEGORY 4

No Class 1E or 0 Loads connected ClruN Breaker 24 Q Class 1E Conductivity 1Y226 Element CE-E11-1N001B m

D O

s o

CI hJ GE1CAT42.VSD

P ECTED 2 Rev 1 Page 111 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CISH-E11-1R001B LOCAL EFFECI'S SINGLE

.INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECI'S CE-El 1-1N001B Loss of Conductivity None Indicator not required Conductivity Indication for DBA or for EOPs Element (CISH-El I-IROOIB) Pmvides Indication Only (Q)

Loss of Conductivity Ann None YES Ann. not required Input (CISH-El 1-IR001B) for DBA or for EOPs.

Ann. Only Shorts Loss of Conductivity None YES Indicator not required Indication for DBA or for EOPs (CISH-E 1 I-IR001B) Provides Indication Only Loss of Conductivity Ann None Ann. not required Input (CISH-El 1-1ROOIB) for bBA or for EOPs.

Ann. Only CISH-El 1-1R001B Open Indicator Loss of Conductivity None YES Indicator not required Conductivity Indication for DBA or for EOPs Indicating Switch (CISH-El I-IR001B) Pmvides Indication Only (Non Class IE)

Loss of Conductivity Ann None Ann. not required Input (CISH-El I-IROOIB) for DBA or for EOPs.

Ann. Only Short Indicator Loss of Conductivity None YES Indicator not required Indication for DBA or for EOPs (CISH-El I-1R001B) Provides Indication Only Loss of Conductivity Ann None YES Ann. not required Input (CISH-El 1-1R001B) for DBA or for EOPs Ann. Onl

ECQDET- Rev 1 Page 112 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CISE-E11-1R001B LOCAL EFFECI'S SINGLE INCLUDING FAILURE DEPENDENT MET, COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS CISH-El I-IROOIB Short Indicator Trip 1Y226 Circuit Breaker None No Class IE circuits Conductivity 24 connected to Indicating Switch IY226-24 (Non Class IE)

CABLES in same Open Cables (All Loss of Conductivity None YES Indicator not required raceways as cable cables) Indication for DBA or for EOPs to Non Class 1E (CISH-El 1-1R001B) Provides Indication Only Component Loss of Conductivity Ann None YES Ann. not required Input (CISH-El 1-IR001B) for DBA or for EOPs Loss of Inputs to None YES Indicator not required TRS-E 1 1-1 R601 for DBA or for EOPs Provides Indication Only Short Cables (All Loss of Conductivity None YES Indicator not required cables Indication for DBA or for EOPs (CISH-E 1 1-1R001B) Provides Indication Only Loss of Conductivity Ann None YES Ann. not required Input (CISH-El I-IROOIB) for DBA or for EOPs Ann. Only Trip 1Y226 Circuit Breaker None No Class 1E circuits

24. Loss of CI-El I-1R006 connected to 1Y226-24

ECTED ET- 1 Page 113 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CISH-E11-1R001B LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same Short cables to Loss of Non Class 1E None Pressiiie Boundary raceways as cable Pressure Boundary Instrument Loops. maintained to Non Class IE instr classified as Q (See Appendix K)

Component Loss of Inputs to None YES Indicator not required TRS-El I-IR601 for DBA or for EOPs Provides Indication Only Impressed Voltage Loss of conductivity Indicat. None Indicator not required (All cables) (CISH-El I-1R001B) for DBA or for EOPs (CI-El 1-1R006) Provides Indication Only Loss of Conductivity Ann None Ann. not required Input (CISH-El I-1ROOIB) for DBA or for EOPs Ann. Only Loss of CE-El 1-INOOIB None Boundary Maintained (See IOM 311-1 Tab 19)

Loss of Inputs to None YES Indicator not required TRS-El 1-IR601 for DBA or for EOPs Provides Indication Only Impressed voltage on Loss of Non Class IE None Pressure Boundary cables to Pressure Instruinent Loops. inaintained Boundary instnunent (See Appendix K) instr classified as

References:

J451 Sh 18 IOM 311-1 MI-Elle (14) EC417-1011 E-15 Sh 3

CATEGORY 4

To Class 1E or Q Q

Loads Loads CIrcutt Breaker Circutt Breaker 02 02 Class 1E Q Chas 1E Class 1E I Class 1E Power Supply 1Y226 1Y216 ES-E11-1K603A Fuse Fuse Chas 1E Fuse Q Q Q Indtcattng Instrument Q Q Class 1E or Q IrxScdtng Instrument Power Supply Fl-E11-1 R603B Sqt Root Extr Fl-E11-1 R603A Sqt Root Extr Loads FY-E11-1K600B FY-E11-1K600A ES-E11-1K603B (Reg Gutde 1.97 Cat 2) (Reg Gutde 1.97 Cd 2)

Q Q SRU Q SRU Loads Q Q fn Transmitter Transmitter FT-E11-1N015B FT-E11-1N015A Pressure Boundary Pressure Boundary 4

3 GarcAT4xvso

ECQDET- I Page 115 SAFETY FUNCTION: RHR h 8r, B FLOW INDICATION(REG GUIDE 1.97), Maintain Class 1E Power Supply 1Y226 and 1Y216 NON CLASS 1E COMPONENT S: FR-E11-1R608 LOCALEFFECTS

.INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS FR-El 1-1R608 Loss of RHR Flow None YES Recorder not required Flow Recorder Recorder for DBA or for EOPs (NonClass IE Provides Indication Only Rl Short Recorder Loss of RHR Flow None Recorder not required Recorder for DBA or for EOPs R)

Provides Indication Only No Class 1E lost.

Branch fuses clears fault before Class 1E Ckt Bkr trips (FSAR 8.1.6.1q5 Isolation Method iii)

Loss of RHR A Flow None H-El I-IR603A is Indication (FI-El 1-1R603A) Reg Guide 1.97.Cat 2 which does not require redundancy (RHR A)

Loss of RHR B Flow None H-El 1-IR603B is Indication (FI-El 1-1R603B) Reg Guide 1.97 Cat 2 which does not require redundancy (RHR B)

Impressed Voltage Loss of RHR A How 'None FI-El I-1R603A is Fault on Panel Wire Indication (FI-El I-IR603A) Reg Guide 1.97 Cat 2 which does not require redundancy (RHR A)

ECQDET- Rev 1 Page 116 SAFETY FUNCTION: RHR h & B FLOW INDICATION(REG GUIDE 1.97), Maintain Class 1E Power Supply 1Y226 and 1Y216 NON CLASS 1E COMPONENT S: FR-E11-1R608 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS FR-El 1-IR608 ~

Impressed Voltage Loss of RHR B Flow None YES Fl-El I-1R603B is Flow Recorder Fault on Panel Wire Indication (FI-El 1-1R603B) Reg Guide 1.97 Cat 2 (NonClass IE which does not require redundancy (RHR B)

Loss of RHR Flow None Recorder not required Recorder for DBA or for EOPs Prwides Indication Only No Class IE lost.

Fuses clears before before Class 1E Ckt Bkr trips (FSAR 8.1.6. Iq5 Isolation Method iii)

Loss of Power Supply None YES No Class IE lost.

ES-El 1-IR603B Fuses clears before Loads: before Class IE Ckt Bkr trips (FSAR 8.1.6.1q5 Isolation Method iii)

Fl-El 1-1R603B - Loss of None YES Fl-El 1-1R603A is LOOP B Flow Indication Reg Guide 1.97 Cat 2 which does not require redundancy PI-El I-1R606B I - Loss of None Indication not required RHR Hx B Inlet Press Ind for DBA or for EOPs Pmvides Indication only

ECQDET- Rev 1 Page 117 SAFETY FUNCTION: RHR h & B FLOW INDIChTION (REG GUIDE 1.97), Maintain Class 1E Power Supply 1Y226 and 1Y216 NON CLASS 1E COMPONENT S: FR-E11-1R608 LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET FAILUREMODE SYSTEM EFFECTS REMARKS FR-El I-IR608 Impressed Voltage Loss of FT-El I-IN015B None YES Pressure Boundary Flow Recorder Fault on Panel Wire Electronics Maintained (NonClass IE (See Appenx of FI'-E I 1-IN026B K)'ressure Loss None Boundary Maintained (See Appenx K)

Loss of Power Supply None No Class IE lost.

ES-El 1-1R603A Fuses clears before Loads: before Class IE Ckt Bkr trips (FSAR 8.1.6.1q5 Isolation Method iii)

Fl-El I-IR603A - Loss of None YES Fl-El I-1R603A is LOOP A Flow Indication Reg Guide 1.97 Cat 2 which does not require redundancy PI-El I-IR606A1 - Loss of None Indication not required RHR Hx A Inlet Press Ind for DBA or for EOPs Provides Indication only FI-El I-'IR602A - Loss of None Indication not required RHR Sw Flow Indication for DBAor for EOPs Indication onl 'rovides

ECTED ET- I Page 118 SFETY FUNCTION: RHR A 8r, B FLOW INDICATION(REG GUIDE 1.97), Maintain Class 1E Power Supply 1Y226 and 1Y216 NON CLASS 1E COMPONENT S: FR-E11-1R608 LOCAL EFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS FR-EII-IR608 Impressed Voltage Loss of FT-El I-IN015A None Pressure Boundary Flow Recorder Fault on Panel Wire Electmnics Maintained (NonClass 1E (See Appendix K)

Loss of PI'-El 1-IN026A None Pressure Boundary Electronics Maintained (See Appendix K)

Loss of FT-El 1-1N007A None YES Pressure Boundary Electmnics Maintained (See Appendix K)

References:

F51 SH 9 JA51 SH 11 Ml-EIIM SH 14 F51 SH.13

ECQDET-1002 Rev 1 Page 119 APPENDIX K SINGLE FAILURE ANALYSISFOR CATEGORY 5 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATEGORY 5

No Ches 1E or Q Loads connected Circuit Breaker 24 Class 1E 1Y22B lll g

CD CI GE1 Ch151.VSO

EC-QDET- Rev 1 Page 121 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CE-E11-1N025 CI-E11-1R006

.LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET FAILURE MODE FAILURES SYSTEM EFFECTS CE-El I-1N025 Open Element Loss of Conductivity None Indicator not required Conductivity Indication for DBA or for EOPs Element (CI-El 1-1R006) Pmvides Indication Only [px (Non Class 1E)

Short Element Loss of Conductivity None Indicytor not required Indication for DBA or for EOPs (CI-El 1-1R006) Provides Indication Only CI-El I-1R006 Open Indicator Loss of Conductivity None Indicator not required Conductivity Indication for DBA or for EOPs Indicating Meter . (CI-El I-1R006) Pmvides Indication Only (Non Class lE)

Short Indicator Loss of Conductivity None Indicator not required Indication for DBA or for EOPs (CI-El 1-1R006) Pmvides Indication Only Rl Trip 1226 Circuit Breaker 24 None YES No Class IE circuits connected to 1Y226-24 Loss of Conductivity None YES Indicator not required Indication for DBA or for EOPs (CISH-El 1-1R001B) Provides Indication Only

ECQDET- Rev 1 Page 122 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CE-E11-1N025 CI-E11-1R006 LOCAL EFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS CABLES in same Open Cables Loss of Conductivity None YES Indicator not required raceways as cable Indication for DBA or for EOPs to Non Class 1E (CI-E 1 1-1R006) Provides Indication Only R)

Component CI-El 1-1R006 Open cables to Loss of:

transducers classified asQ Computer Inputs None YES Computer not required for DBA or for EOPs (as X140019A None These are Non Class XI40024A IE meters used for XI40028A Reg Guide 1.97 Cat. 2 XI40032A X140032B Reg Guide 1.97 Cat. 2 XI40032C instruments do not XI40032D require redundancy Open cables to Loss of Non Class 1E None Non Class 1E Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs

(

Rl instruments classified Presuure Boundary asQ Maintained (See Appendix K)

Open Thermocouple Loss of Hydrogen Recombiner None Indication not required cables to safety Temperature Indication for DBA or for EOPs related Hydrogen Provides Indication Only Rl Recombiners (See Appendix K)

i ECQDET-I I Page 123 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CE-E11-1N025 CI-E11-1R006 LOCALEFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMARKS CABLES in same Short Cables Loss of Conductivity None Indicator not required raceways as cable Indication for DBA or for EOPs to Non Class 1E (CI-EI I-IR006) Provides Indication Only Component CI-El 1-1R006 Short cables to Loss of:

transducers classified e Computer Inputs None Computer not required for DBA or for EOPs XI40019A None These are Non Class X140024A. 1E meters used for XI40028A Reg Guide 1.97 Cat. 2 XI40032A X140032B Reg Guide 1.97 Cat. 2 XI40032C instruments do not XI40032D require redundancy Short cables to Loss of Non Class 1E None YES Non Class IE Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Presuure Boundary e Maintained (See Appendix K)

Short Thermocouple Loss of Hydrogen Recombiner None Indication not required cables to safety Temperature Indication for DBA or for EOPs related Hydrogen Provides Indication Only Recombiners (See Appendix K)

i ECQDET-I Rev 1 Page 124 SAFETY FUNCTION: MAINTAINCLASS IE POWER SUPPLY IY226 NON CLASS IE COMPONENTS: CE-EI I-IN025 CI-E11-I R006 LOCALEFFECTS SINGLE INCLUDING FAILURE DEPENDENT MET COMPONENT ID FAILURE MODE FAILURES SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Incorrect/Loss of Conductivity None Indicator not required raceways as cable Faults Indication for DBA or for EOPs to Non Class IE (CI-El I-1R006) Pmvides Indication Only Component CI-El I-1R006 Loss of CE-El I-IN025 None YES Boundary Maintained (See IOM 311-1 Tab 19)

Trip 1226 Circuit Breaker 24 None No Class 1E circuits connected to 1Y226-24 Incorrect/Loss of Conductivity None Indicator not required Indication for DBA or for EOPs (CISH-E 1 I-1R001B) Provides Indication Only Loss of CE-El I-1NOOIB None YES (See IOM 311-1 Tab 19)

Impressed Voltage Loss of:

Fault on cables to transduoers classified Computer Inputs None Computer not required asQ for DBA or for EOPs Impressed voltage does not propagate to input of transducers See A ndix K

ECHE 2Rev 1 .

Page 125 SAFETY FUNCTION: MhINTAINCLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS: CE-E11-1N025 CI-E11-1R006 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT. FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of:

raceways as cable Fault on cables to to Non Class 1E transducers classified XI40019A None These are Non Class Component asQ XI40024A 1E meters used for CI-El 1-1R006 XI40028A Reg Guide 1.97 Cat. 2 XI-00032A XI40032B Reg Guide 1.97 Cat. 2 XI40032C instruments do not XI40032D require redundancy Impressed Voltage Loss of Non Class IE None Non.Class 1E Loops Faults on cables to Instnunent Loops not required for DBA for EOPs Pressure Boundary Presuure Boundary instruments classified Maintained asQ (See Appendix K)

Impressed Voltage Loss of Hydrogen Recombiner None Indication not required on Thermocouples Temperature Indication for DBA or for EOPs cables to safety Provides Indication Only related Hydrogen (See Appendix K)

Recombers

References:

F51 Sh 18 IOM 311-1 Ml-ElIM (14) EC417-1011 E-15 Sh 7

CATEGORY 5

No other Class 1E or Q Loads connected Circuit Breaker 02 Class 1E oeC Class 1E et&

1Y236 : <<am)

"':,'O.'-

Chas 1E Q

Power Supply ES-B21-1K613A Q

indicating Transmitter LITS-B21-1N026A GE1 CAl52.VSO

ECQDET- Rey 1 Page 127 SAFETY FUNCTION: CLASS 1E POWER SUPPLY (1Y236-02)

NONCLASS1ECOMPONENTS CR-12351 LR-16113 LR/FR-16102 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAIK.S CR-12351 Open Recorder Loss of Recorder None YES Recorder not required (Non Class 1E) for DBA or for EOPs )

PI Provides Indication Only Short Recorder Loss of Recorder None Recorder not required for DBA or for EOPs Provides Indication Only No Class 1E lost.

Branch fuse clears fault before Class IE Ckt Bkr trips LR-16113 Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) for DBA or for EOPs Provides Indication Only Short Recorder Loss of Recorder None Recorder not required for DBA or for EOPs Provides Indication Only No Class 1E lost.

Branch fuse clears fault before Class IE Ckt Bkr trips

ECQDET-I 1 Page 128 SAFETY FUNCTION: CLASS 1E POWER SUPPLY (1 Y23642)

NON CLASS 1E COMPONENT S CR-12351 LR-16113 LR/FR-16102 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS LR/FR-16102 Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) for DBA or for EOPs Provides Indication Only Short Recorder Loss of Recorder None YES Recorder not required for DBA or for EOPs Provides Indication Only No Class 1E lost.

Branch fuse clears fault before Class IE Ckt Bkr trips

References:

J461 Sh2 E-1012 J423 Sh 3 EC469-1007 J461 Sh 4 FSAR 8.1.6 Ml-B21-131 6

References:

MI-E51-90 SH 4 E CADET-1001

CATEGORY 5

No Chas 1E or 0 Loads connected Circuit Breaker Class 1E 07 ChLss1E RWCU Class 1E Containment 1Y226 Isolation Logic Fuse HV&33-1F004 m

9 o

CI lQ GElcAT54.VSD

E CADET-I I Page 133 SAFETY FUNCTION: MAINTAINCLASS 1E POWER SUPPLY (1Y226-07)

NON CLASS 1E COMPONENT S: TISH-G33-1N008 TE-G33-1N007 LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS TE-G33-1N007 Open Element Loss of Indicating Switch None YES Indication not required TISH&33-IN008 Open Indicator for DBA or for EOPs (Non Class 1E)

No Intiation signal to valve None This process isolation HV-G33-1F004 for RWCU signal is to protect Hx Hi Temp 'esins. Signal not required for DBA Short Element Spurious initiation signal to Spurious closing of YES Fails in safe direction valve for RWCU Hx Hi temp HV-G33-;1 F004 Short Indicator Loss of Indication Not required for DBA or for EOPs TISH&33-IN008 No Class 1E lost.

Branch fuse or 120 V Ckt Bkr clears before MCC Ckt Bkr trips CABLES in same Open cables Loss of Indication None Indication not required raceways as cables TISH&33-IN008 for DBA or for EOPs to Non Class 1E Component No Intiation signal to valve None This process isolation TE&33-1N007 HV-G33-1F004 for RWCU signal is to protect Hx Hi Temp resins. Signal not required for DBA Loss of Division II 'None YES Division I available No Div I, Div I AQ'or GE Div I/Non Sep associated cables in Iacewa s

ECQDET-I 1 Page 134 SAFETY FUNCTION: MhlNTAINCLASS 1E POWER SUPPLY (1Y226-07)

NON CLASS 1E COMPONENT S: TISH-G33-1N008 TE-G33-1N007 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Short cables Spurious initiation signal to Spurious closing of YES Fails in safe direction RI raceways as cables HV&33-IF004 for RWCU HV-G33-1 F004 to Non Class lE Hx Hi Temp Component TE-G33-1N007 Loss of Indicating Switch None Indication not required for DBA or for EOPs Loss of Division II None YES Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in racewctys Impressed Voltage Loss of Indication Not required for DBA or for EOPs .

fault TISH&33-IN008 No Class IE lost.

Branch fuse or 120 V Ckt Bkr clears before MCC Ckt Bkr trips Loss of Division II None Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raccw8jg Spurious initiation signal to Spurious closing of YES Fails in safe direction HV&33-IF004 for RWCU HV-G33-1 F004 Hx Hi Tem

References:

J444 Sh 6 E-1012 FSAR 8.1.6 EC417-1015

CATEGORY 5

No Common Mode Failure Mechanism for TR-E41-1R605 (Recorder is located in.

mild envirnoment & has Seismic QualNcation)

Circuk Breaker 01 Class 1E 8'olsNQQ 1Y246

'o Class 1E or Q , mh,p, 8pllccook Loads '%8-ISN'T, G E1CATSS.VSO

ECQDET- 1 Page 13kb SAFETY FUNCTION: CLASS 1E POWER SUPPLY (1Y24&01)

NON CLASS 1E COMPONENT S: TRS-E41-1R605 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS TRS-E41-IR605 Open Recorder Loss of Temp Recorder None Yes Recorder/Alarm not required Temperature Reading; No Alarm for DBA or for EOPs Recorder (Non Class IE) Short Recorder Loss of Temp Recorder None Recorder/Alarm not required Reading; No Alarm for DBA or for EOPs Fuse opens at recorder before Class 18 Circuit Breaker opens.

No Class IE circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)

References:

J456 SH 2 MI-E4149 SH 3 E-1012

ECQDEI'-1002 Rev 1 Page 135 APPENDIX F SINGLE FAILURE ANALYSISFOR CATEGORY 6 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

Chss 1E Prknary CATEGORY Contatment lsohtbn 6 Logh (FAIL SAFE LOGIC)

Circuit Breaker 12 Non Class 1E Q 1Y218 Power Supply Non Chas ES-G33-1K600 1E Q

Transmitter Q FT-G33-1N012 SRU Pressure Boundary Q

Transmitter Q Q Q FT-G33-.1 N036 Sq Root Extr Sq Root Extr Sq Root Extr FY-G33-1K605 FY-G33-1K603 FY-G33-1K602 Pressure Boundary Q Class 1E Transmitter Summer FT-G33-1N041 FY-G33-1K604 Pressure Boundary Chss 1E Primary Contalment lsohtbn Logh FOSH~1 N603A pgi4 $+ ' (FAIL SAFE LOGIC)

Chas 1E Primary le Contalment Isohtbn P Logh gg O FDSH33-1 N603B (FAIL SAFE LOGIC) 3 GE1CATet.VSO

ECTED ET- 1 Page 137 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S 'I-G33-1R602 FI-G33-1R609 FDI&33-1R615 1Y218-12 LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS F1&33-IR602 Open Indicator Loss of Indication None Indication not required (Non Class IE) for DBA or for EOPs rei Provides Indication only ]

Short Indicator Loss of Indication None YES Indication not required for DBA or for EOPs Pmvides Indication only Loss of FY-G33-1K605 RWCU Primary YES Fails in safe direction Containment Isolation Valves Close F1&33-IR609 Open Indicator Loss of Indication None YES Indication not required (Non Class lE for DBA or for EOPs rci Pmvides Indication only f Short Indicator Loss of Indication None Indication not required for DBA or for EOPs Pmvides Indication only (ei Loss of FY-G33-1K604. RWCU Primary Fails in safe direction Containment Isolation Valves Close FDI&33-IR615 Open Indicator Loss of Indication None YES Indication not required (Non Class IE) for DBA or for EOPs Provides Indication only

ECQDET- Rev I Page 138 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S 'I-G33-1R602 Fl-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS FDI&33-IR615 Short Indicator'oss of Indication None YES Indication not required (Non Class 1E) for DBA or for EOPs Provides Indication only Loss of FDSH-G33-1N603A, RWCU Primary Fails in safe direction FDSH&33-IN603B Containment Isolation Valves Close ES &33-IK600 Open Loss of output from all: Prevent closing RWCU I 4 Div II Room Power Supply or Power Supply Ff&33-IN012 Containment bolation High Temp avail. to 1Y218-12 (Non Class 1E)

FT-G33-1N036 FT-G3 3-1N041 Loss of output:

FY&33-1K605 Valves for Leak Detection RWCU Primary Containment bolation YES

'iv close RWCU Primary Iso Valves Fails in safe direction FY-G33-1K602 Valves Close FY-G33-IK603 FY-G33-1K604 FDSH&33-1N603A, B Short Non Class 1E Loss of output: 2WCU Primary YES Fails in safe direction Power Supply FY-G33-1K605 Containment bolation FY-G33-.1K602 Valves Close FY&33-1K603 FY-G33-IK604 FDSH-G33-1N603A, B

ECQDET- Rev 1 Page 139 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S 'I-G33-1R602 FI-G33-1R609 FDI-G33-1R615 1Y218-12 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS ES &33-IK600 Short Non Class IE Loss of output from all: Prevent closing RWCU Div I A, Div II Room Power Supply Power Supply FT-G33-1N012 Containment Isolation . High Temp avail. to (1Y218-12) FT&33-1N036 Valves for Leak close RWCU Primary FT&33-1N041 Detection Iso Valves CABLES in same Open cables Loss of Fl-G33-IR602 A, None YES Indication not required raceways as cables F1&33-IR609 for DBA or for EOPs to Non Class IE Provides Indication only Component Loss of Division I None YES Division II available No Div II, Div II AG'or GE Div IIINon Sep associated cables in raceways except NM011202F,G Open cables Loss of FR41204A Recorder not required NM011202F,G (Divll AII) for DBA or for EOPs

(

aj Provides Indication only Open cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs

/

tet Q Provides Indication Only Open cables to Loss of Non Class IE None Non Class IE Loops Pressure Boundaiy Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ (See Appendix K)

Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fiuz SCRAM Fails in safe direction Neutron Mon. Sys E,F,H. IRM Channels Trip classified as

l ECTED ET-1 I Page 140 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S 'l-G33-1R602 FI-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short Cables Loss of Indication None YES Indication not required raceways as cables (F1&33-IR602, IR609 for DBA or for EOPs to Non Class IE FDI-G33-IR615) Provides Indication only Component Loss of FY-G33-1K605 RWCU Primary YES Fails in safe direction Loss of FY-G33-1K602 Containment holation Valves Close Loss of Division I None YES Division ll available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways except NM011202F,G Continuous operation of None Recorder not required FR% 1204A for DBA or for EOPs Provides Indication only Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction Neutron Mon. Sys E,F,H. IRM Channels Trip classified as Q Short cables to Loss of Computer Inputs None. Computer not required transducers classified for DBA or for EOPs asQ Provides Indication Only Short cables to . Loss of Non Class 1E None YES Non Class 1E Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained See A ndix K

ECQDET-I 2 Rev 1 Page 141 SAFETY FUNCTION:. RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S FI&33-1R602 FI&33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT. ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impresed voltages on Incorrect/Loss of Indication None YES Indication not required raceways as cables Non Class 1E cables (H&33-1R602,1R609) for DBA or for EOPs to Non Class 1E to FI&33-IR602 dt Provides Indication only Component F1&33-IR609 4 all cables in Loss of FY&33-IK605 RWCU Primary Fails in safe direction contact with Non Containment Isolation Class IE cables Valves Close Loss of FY&33-IK602 RWCU Primary Fails in safe direction Containment Isolation Valves Close Loss of Division I None Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways except NMOI1202F,G Impressed voltage on Continuous/Incorrecrt None YES Recorder not required NM011202F,G (Divll operation of FR41204A for DBA or for EOPs AQ) Provides Indication only Impressed voltage Loss of Computer Inputs None Computer not required on cables to transducers classified for DBA or for EOPs Impressed voltage does tel asQ not propagate to input of transducers See A ndix K

E CADET- 1 Page 142 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENTISOLATION NON CLASS 1E COMPONENT S 'I-G33-1R602 Fl-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same Impressed voltage on Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction raceways as cables cables to Neut. Mon. E,F,H. IRM Channels Trip to Non Class 1E Sys. classified as Q Component Impressed Voltage Loss of electronics to other None Non Class 1E Loops on cables to Pressure Boundary not required for DBA or for EOPs Pressure Boundary Instruments with cables in Boundaries Maintained instruments classified contact with NMIPPF 101 (See Appendix K) asQ Impresed voltages on Loss of Power Supply Non Class IE cables ES&33-IK600:

to F1&33-IR602 4 Pl&33-IR609 Loss of output from all: Prevent closing RWCU Div H Room 4 all cables in FT-G33-IN012 Containment Isolation High Temp avail. to contact with Non FT-G33-IN036 Valves for Leak . close RWCU Primary Class IE cables FT-G33-IN041 Detection Iso Valves Loss of output: RWCU Primary YES Fails in safe direction FY-G33-IK605 Containment Isolation FY-G33-IK602 Valves Close FY&33-IK603 FY-G33-IK604 FDSH&33-IN603B FDSH&33-IN603A

References:

J444 Sh 9 Ml-G33-153(2) M1-B 1-131(9)

M-144 Sh IA2 M1&33-'153(4) NEDO 10139 Sec 4.1

ECQDET-1002 Rev 1 Page 143 APPENDIX G SINGLE FAILURE ANALYSISFOR CATEGORY 7 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATE Circuit Breaker 6A Fuse Class 1E RPS-A Power Supply 1Y201A ES-012-1K609A1 Ctass 1E Class 1E Class 1E Class 1E Class 1E Main Steam Line A Rad Sensor SGTS Ind. & Trip Unit RAD Mon. RE-012-ON017A Isolation Logic RISHH-012-OK617A RIS-D12-1K603A (Division I)

%8cofdk p

Class 1E Class 1E Class 1E SGTS Rad Sensor Ind. & Trip Unit RE-D12-0N0178 Isolation Logic RISHH-D12-OK6178 (Division II)

Circuit Breaker 68 Fuse RPS-8 .

Class 1E 1Y2018 Power Supply ES-D12-1K60981 Ctass tE m g7 09 Class 1E Main Steam Line 8 RAD Mon. 3 GF1CA171.VSO RIS-D12-1 K6038

ECQDET- Rev I Page 145 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-0K617h, RISHH-D12-OK617B)'ON CLASS 1E COMPONENT S: RR-D124R609 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAIKS RR-D124R609 Open Circuit Loss of Recorder None Recorder not required Recorder Recorder RR-D124R609 for DBA or for EOPs (Non Class 1E) Recorder Only Short Circuit Loss of Recorder None not required

'ecorder Recorder RR-D124R609 for DBA or for EOPs Recorder Only CABLES in same Open Cables (All Loss of Recorder None YES Recorders not required raceways as cables Cables in raceways) RR-D124R609, OR610 for DBA or for EOPs to Non Class IE RR-D12-1R603, 5, 7, 8 Recorders Only Component Open cables to Loss of Computer None YES Computer not required transducers classified Inputs'oss for DBA or for EOPs asQ Provides Indication Only Open cables to of Non Class IE None Non Class 1E Loops Presuure Boundary instruments classified Instrument Loops not required for DBA or for EOPs Boundaries Maintained if)

Q Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction Neutron Mon Sys E,F,H. IRM Channels Trip classified as Q

ECTED - 2 Rev 1 Page 146 SAFETY FUNCTION: SGTS High Radiation Tnp (RISHH-D124K617A, RISHH-D12%K617B)

NON CLASS 1E COMPONENT S: RR-D12-OR609 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short Cables Loss of Recorder None Recorders not required raceways as cables RR-DI24R609, OR610 for DBA or for EOPs to Non Class 1E RR-D12-1R603, 5, 7; 8 Recorders Only Component Short cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs Provides Indication Only i@I Q

Short cables to Loss of Non Class IE None Non Class 1E Loops Presuure Boundaiy Instrument Loops not required for DBA or for EOPs instruments classified Boundaries maintained asQ Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fiuz SCRAM YES Fails in safe direction Neutron Mon Sys . E,F,H. IRM Channels Trip classified as Q Impressed voltage Loss/Inconect Voltage Fault results in Incorrect Output of:

RR-D124R609, OR610 None Recorder not required RR-D12-1R603, 5, 7, 8 for DBA or for EOPs [

g)

Spurious Close Signal to None SGTS Isolation Valves Normally SGTS Isolation Valves Closed

ECTED ET- 1 Page 147 SAFETY FUNCTION:.SGTS High Radiation Trip (RISHH-D124K617A, RISHH-D12-OK617B)

NON CLASS 1E COMPONENT S: RR-D12%R609 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Computer Inputs None Computer not required raceways as cables Fault on cables to for DBA or for EOPs l ytl to Non Class 1E transducers classified Provides Indication Only Component asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Loss of electronics to None Non Class IE Loops Faults on cables to Pressure Boundary not required for DBA or for EOPs Pressure Boundary Instruments with cables in Boundaries maintained .

instruments classified contact with NMIPK0602 k asQ NM1PK3302 Impressed Voltage Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction Faults on cables to E,F,H. IRM Channels Trip Neutron Mon Sys classified as Q

References:

J478 Sh I SEA-EE-180 J478 Sli 3

CATtY Circuit Breaker 6A Fuse Class 1E RPS-A Power Supply 1Y201A ES-D12-1 K609A1 Class 1E Class 1E Class 1E Class 1E Class 1E Main Steam Line A SGTS Rad Sensor Ind. & Trip Unit RAD Mon. RE-D12-ON018A Isolation Logic RISHH-D12-OK618A RIS-D12-1K603A (Division I)

. Q>.

F4. 8 Class 1E Class 1E Class 1E SGTS Rad Sensor Ind. 8 Trip Unit RE-D12-ON018B Isolation Logic RISHH-D12-OK618B (Division II)

Circuit Breaker 6B RPS-B Class 1E 1Y201B Power Supply ES-D12-1K609B1 Class 1E

~

Class 1E Main Steam Line B RAD Mon.

GE1Chl72.VSO RIS-D12-1K603B

ECTED ET-1 1 Page 149 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-0K618A, RISHH-D124K618B)

NON CLASS 1E COMPONENT S: RR-D124R610 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS RR-D124R610 Open Circuit Loss of Recorder None YES Recorder not required Recorder Recorder RR-D 124 R610 for DBA or for EOPs (Non Class 1E) Recorder Only Short Circuit Loss of Recorder None Recorder not required Recorder RR-D 124 R610 . for DBA or for EOPs Recorder Only CABLES in same Open Cables (All Loss of Recorder None Recorders not required raceways as cables Cables in raceways) RR-D124R609, OR610 for DBA or for EOPs to Non Class 1E RR-D12-IR603, 5, 7, 8 Recorders Only Component .

Open cables to Loss of Computer Inputs None YES Computer not required transducers classified for DBA or for EOPs asQ Pmvides Indication Only Open cables to Loss of Non Class lE None YES Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs IRJ instruments classified Boundaries Maintained asQ Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction Rl

)

Neutron Mon Sys E,F,H. IRM Channels Trip classified as Q

ECTED ET- 1 Page 150 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12%K618A, RISHH-D124K618B)

NON CLASS 1E COMPONENT S: RR-D12-OR610 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short Cables Loss of Recorder None Recorders not required raceways as cables RR-DI24R609, OR610 for DBA or for EOPs to Non Class 1E RR-D12-1R603, 5, 7, 8 Recorders Only Component Short cables to Loss of Computer Inputs None Computer not required transduoers classified for DBA or for EOPs asQ Provides Indication Only Short cables to Loss of Non Class 1E None YES Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction R<

Neutron Mon Sys E,F,H. IRM Channels Trip f classified as Q Impressed voltage Loss/Incorrect Voltage Fault results in Incorrect Output of:

RR-D 124R609, OR610 None Recorder not required RR-D12-1R603, 5, 6, 7, 8 for DBA or for EOPs Spurious Close Signal to None SGTS Isolation Valves Normally SGTS Isolation Valves Closed

ECQDET- Rev 1 Page 151 SAFETY FUNCTION: SGTS High Radiation Trip (RIS HH-D124K618A, RISHH-D124K618B NON CLASS 1E COMPONENT S: RR-Dl &IR610 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of Computer Inputs None Computer not required raceways as cables Fault on cables to for DBA or for EOPs to Non Class IE transducers classified Provides Indication Only Component asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Loss of electmnics to None YES Non Class IE Loops Faults on cables to Pressure Boundary not required for DBA or for EOPs )

Rl Pressure Boundary Instruments with cables in Boundaries Maintained instruments classified contact with NMIPK0602 4 Q NM1PK3302 Impressed Voltage Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction j

Rl Faults on cables to E,F,H. IRM Channels Trip Neutron Mon Sys classiTied as Q

References:

J478 Sh 2 SEA-EE-180 J478 Sll 4

CAT .

Circuit Breaker 6A Class 1E RPS-A Power Supply 1Y201A ES-D12-1 K609A1 Class 1E Class 1E Class 1E Class 1E Class 1E Main Steam Line A Rad Sensor SGTS Ind. & Trip Unit RAD Mon. RE-D12-ON010A Isolation Logic RISHH-D12-1K609A RIS-D12-1 K603A (Division I)

,I~CfaSs Class 1E Class 1E Class 1E SGTS Rad Sensor Ind. & Trip Unit RE-D12-ON0108 Isolation Logic RISHH-D12-1 K6098 (Division II)

Circuit Breaker 68 Fuse RPS-8 Class 1E 1Y2018 Power Supply ES-D12-1 K60981 Class 1E m 9

m O Class 1E CD Main Steam Line 8 RAD Mon. CI hl GE1Chl73.VSO RIS-D12-1 K6038

EC-QDET-1 I Page 153 SAFETY FUNCTION:. STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)

NON CLASS 1E COMPONENT S: RR-D12-1R605 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS RR-D12-1R605 Open Circuit Loss of Recorder. None Recorder not required Recorder Recorder RR-D12-IR605 for DBA or for EOPs (Non Class IE) Recorder Only Short Circuit Loss of Recorder None Recorder not required Recorder RR-D12-I R605 for DBA or for EOPs Recorder Only CABLES in same Open Cables (All Loss of Recorder None YES Recorders not required raceways as cables Cables in raceways) RR-D124R609, OR610 for DBA or for EOPs f gt to Non Class IE RR-D12-1R603, 5, 7, 8 Recorders Only Component Open cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs asQ Pmvides Indication Only Open cables to Loss of Non Class IE None YES Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs f Nil instruments classified Boundaries Maintained asQ Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction R.i Neutron Mon Sys E,F,H. IRM Channels Trip i

classified as Q

ECQDET-I Rev 1 Page 154 SAFETY FUNCTION: STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)

NON CLASS 1E COMPONENT S: RR-D12-1R605 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS I%MARKS CABLES in same Short Cables Loss of Recorder None YES Recorders not required raceways as cables RR-D124R609, OR610 for DBA or for EOPs peal J

to Non Class IE RR-D12-1R603, 5, 7, 8 Recorders Only Component Short cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs asQ Provides Indication Only Short cables to Loss of Non Class IE None YES Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction Neutron Mon Sys E,F,K IRM Channels Trip classified as Q Impressed voltage Loss/Incorrect Voltage Fault results in Incorrect Output of:

RR-D124R609, OR610 None YES Recorder not required RR-D12-1R603, 5, 7, 8 for DBA or for EOPs Spurious Close Signal to None YES SGTS Isolation- Valves Normally SGTS Isolation. Valves Closed

ECQDET- Rev 1 Page 155 SAFETY FUNCTION: STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)'ON CLASS 1E COMPONENT S: RR-D12-IR605 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Computer Inputs None Computer not required raceways as cables Fault on cables to for DBA or for EOPs to Non Class 1E transducers classified Provides Indication Only Component asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Loss of electronics to None YES Non Class IE Loops Faults on cables to Pressure Boundary not required for DBA or for EOPs Pressure Boundary Instruments with cables in Boundaries Maintained instruments classified contact with NMIPK0602 &,

asQ NMI PK3302 Impressed Voltage Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction Faults on cables to E,F,H. IRM Channels Trip Neutron Mon Sys classified as Q

References:

J475 Sh I SEA-EE-180 J475 Sh 4

CAT Y 7

Circuit Breaker 6A Class 1E RPS-A Power Supply 1Y201A ES-D12-1K609A1 Chss 1E Class 1E Class 1E Class 1E Class 1E Main Steam Line A Rad Sensor SGTS Ind. & Trip Unit RAD Mon. RE-D12-ON015A RISHH-D12-1K615A Isolation Logic RIS-D12-1K603A (Division I)

@,R.,P Class 1E Class 1E Class 1E Rad Sensor SGTS lnd. & Trip Unit

'c&'E1 RE-D12-ON015B Isolation Logic RISHH-D12-1K615B (Divlslon II)

Circuit Breaker 6B Fuse RPS-B Class 1E

'Y201B Power Supply ES-D12-1K609B1 Chas 1E fll 9

o Class 1E Main Steam Line B RAD Mon. CI C)

ChT74.VSO RIS-D12-1K603B

ECQDET-I I Page 157 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K615A, RISHH-D12-1K615B)

NON CLASS 1E COMPONENT S: RR-D12-1R607 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS RR-D12-1R607 Open Circuit Loss of Recorder None Recorder not required Recorder Recorder RR-D12-IR607 for DBA or for EOPs )

gr (Non Class IE) Recorder Only Short Circuit Loss of Recorder None not required

'ecorder Recorder RR-D12-IR607 for DBA or for EOPs )

JZl Recorder Only CABLES in same Open Cables (All Loss of Recorder None YES Recorders not required raceways as cables Cables in raceways) RR-D124R609, OR610 for DBA or for EOPs j Jzi to Non Class IE RR-D12-1R603, 5, 7, 8 Recorders Only Component Open cables to Loss of Computer None YES Computer not required classified Inputs'ransducers for DBA or for EOPs [Ap as/ Provides Indication Only Open cables to Loss of Non Class IE None Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs j ~l instruments classified Boundaries Maintained e

Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction Neutron Mon Sys E,F,H. IRM Channels Trip

)Rl classified as Q

ECTED ET-I I Page 158 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K615h, RISHH-D12-1K615B)

NON CLASS 1E COMPONENT S: RR-D12-1R607 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short Cables Loss of Recorder None YES Recorders not required raceways as cables RR-D 124R609, OR610 for DBA or for EOPs to Non Class 1E RR-D12-1R603, 5, 7, 8 Recorders Only Component Short cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs asQ Provides Indication Only Short cables to Loss of Non Class 1E None Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction Neutron Mon Sys E,F,H. IRM Channels Trip classified as Q Impressed voltage Loss/Incorrect Voltage Fault results in Incorrect Output of:

RR-D124R609, OR610 None Recorder not required RR-D12-1R603, 5, 7, 8 for DBA or for EOPs Recorders isolated.

Spurious Close Signal to None YES SGTS Isolation Valves Normally SGTS Isolation Valves Closed

ECQDET- Rev 1 Page 159 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K615h, RISHH-D12-iK615B)

NON CLASS 1E COMPONENT S: RR-D12-18607 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT, FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of Computer Inputs None YES Computer not required raceways as cables Fault on cables to for DBA or for EOPs to Non Class IE transducers classified Provides Indication Only Component asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Loss of electronics to None Non Class IE Loops Faults on cables to Pressure Boundary not required for DBA or for EOPs Pressure Boundary Instruments with cables in Boundaries Maintained instruments classified contact with NMIPK0602 8t Q NMIPK3302 Impressed Voltage Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction iRt Faults on cables to E,F,K IRM Channels Trip Neutron Mon Sys classified as Q

References:

J475 Sh 2 SEA-EE-180 J475 Sll 5

CA RY Circuit Bresksr 6A Class 1E RPS-A Power Supply 1Y201A ES-D12-1K609A1 Chss 1E Class 1E Class 1E Class 1E Class 1E Main Steatn Line A Rad Sensor SGTS Ind. & Trip Unit RAD Mon. RE-D12-ON016A Isolation Logic RISHH-D12-1K616A RIS-D12-1K603A (Division I)

'.'oy'i',

Class 1E Class 1E Class 1E SGTS Rad Sensor Ind. 8 Trip Unit RE-D12-ON016B Isolation Logic RISHH-D12-1K616B (Division II)

Circuit Brsst<er 6B RPS-B Class 1E 1Y201B Power Supply ES-D12-1K609B1 Chss 1E m 9

m O Class 1E Main Steam Line B RAD Mon. CI GE1 CAT75.VSD RIS-D12-1K603B

EC-QDET- Rev 1 Page 161 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K616A, RISHH-D12-1K616B)

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS RR-D12-1R608 Open Circuit Loss of Recorder None YES Recorder not required Recorder Recorder RR-D12-1R607 JZ) for DBA or for EOPs f (Non Class 1E) Recorder Only Short Circuit Loss of Recorder None Recorder not required Recorder RR-D12-1R607 for DBA or for EOPs WI

)

Recorder Only CABLES in same Open Cables (All Loss of Recorder None YES Recorders not required raceways as cables Cables in raceways) RR-D124R609, OR610 for DBA or for EOPs to Non Class 1E RR-D12-1R603, 5, 7, 8 Recorders Only Component-Open cables to Loss of Computer Inputs None YES Computer not required transducers classified for DBA or for EOPs asQ Provides Indication Only Open cables to Loss of Non Class 1E None Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries maintained asQ Open cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction Neutron Mon Sys E,F,K IRM Channels Trip classified as Q

ECTED ET-1 1 Page 162 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K616A, RISHH-D12-1K616B)

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short Cables Loss of Recorder None Recorders not required raceways as cables RR-DI24R609, OR610 for DBA or for EOPs to Non Class IE RR-D12-1R603, 5, 7, 8 Recorders Only Component Short cables to Loss of Computer Inputs None. YES Computer not required transducers classified for DBA or for EOPs I RI asQ Provides Indication Only Short cables to Loss of Non Class 1E None YES Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ Short cables to Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction R)

Neutron Mon Sys E,F,H. IRM Channels Trip [

classified as Q Impressed voltage Loss/Incorrect Voltage Fault results in Incorrect Output of:

RR-D 124R609, OR610 None Recorder not required RR-D12-1R603, 5, 7, 8 for DBA or for EOPs Recorder isolated.

Spurious Close Signal to None YES SGTS Isolation Valves Normally SGTS Isolation Valves Closed

ECTED ET- I Page 163 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K616A, RISHH-D12-1K616B)

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCALEFFECTS INCLUDING SINGLE

.DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of Computer Inputs None Computer not required raceways as cables Fault on cables to for DBA or for EOPs to Non Class IE transducers classified Provides Indication Only Component asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Loss of electronics to None Non Class IE Loops Faults on cables to Pressure Boundary not required for DBA or for EOPs Pressure Boundary Instruments with cables in Boundaries Maintained instruments classified contact with NMIPK0602 8h Q NMI PK3302 Impressed Voltage Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction Faults on cables to E,F,H. IRM Channels Trip Neutron Mon Sys classified as Q

References:

J475 Sh 3 SEA-EE-180 JP75 Sh 6

ECQDET-1002 Rev 1 Page 164 APPENDIX H SINGLE FAILURE ANALYSISFOR CATEGORY S GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CATJL Class 1E IRM Channel A Range Switch Circuit Breaker 04 Ches 1E Class 1E Class 1E Class 1E Class 1E 1D672 Voltage Preamp Fission Detector IRM Channel A NE-1 N0028

'hss1E Class 1E Class 1E Class 1E IRM Channel C Fission Detector Voltage Preamp Fuse NE-1 N002D Class 1E IRM Channel C Range Switch Chas 1E Class 1E Class 1E Class 1E High Voltage APRM Channel C Fission Detector Fuse. Supp!Y.

Chcult Breaker 3A Chas 1E RPS A Class 1E Class 1E Class 1E 1Y201 High Voltage APRM Channel A Fission Detector SupplY m 9

0 CI CO GE1 CAT61.VSD

E CADET-I I Page 166 SAFETY FUNCTION: APRM CHANNELA,C and IRM CHANNELS A, C NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS NR&51-IR603A Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) for DBA or for EOPs Provides Indication only Short Recorder Loss of Recorder None Recorder not required for DBA or for EOPs Provides Indication only CABLES in same Short cables to Loss of Recorders None Recorder not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs to Non Class IE classified as Q Provides Indication only Component Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip Short cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs as Q 4 LPRMs Provides Indicatiori Only Short cables to Loss of Non Class IE None YES Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instrumehts classified Boundaries Maintained

ECQDET-I Rev 1 Page 167 SAFETY FUNCTION: APRM CHANNELA,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Open cables to Loss of Recorders None Recorder not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs to Non Class 1E classified as Q Provides Indication only

/ps Component Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction gJ

[

E,F,H. IRM Channels Trip Open cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs as Q 4 LPRMs Pravides Indication Only Open cables to Loss of Non Class IE None YES Non Class 1E Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ

i ECTED - Rev I Page 168 SAFETY FUNCTION: APRM CHANNELA,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Loss of Recorder None Recorder not required raceways as cables fault on cables to NR~I-IR603A, B, C, D for DBA or for EOPs to Non Class IE Neutron Mon Sys Provides Indication only Component classified as Q Spurious APRM 4 IRM Neutron Flux SCRAM YES Fails in Safe Direction P.l Channel Trips (See SEA-EE-180 Cat 4) [

Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip Impressed Voltage Loss of Computer Inputs None YES Computer not required Fault on cables to for DBA or for EOPs transducers classified Provides Indication Only asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Spurious APRM Channel Neutron Flux SCRAM YES Fails in Safe Direction Fault on cables to Trips (See SEA-EE-180 Cat4)

LPRMs

ECQDET- Rev I Page 169 SAFETY FUNCTION: APRM CHANNELA,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDINQ SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of electronics to None Non Class IE Loops raceways as cables Faults on cables to Pressure Boundary not required for DBA or for EOPs to Non Class 1E Pressure Boundary Instruments with cables in Boundaries Maintained Component instruments classified contact with NMIPE4110 &,

e NMIPQ4101

References:

Ml-C51-20 Sh 6 Ml~1-19 SH 16 SEA-EE-180 NEDO 10139

CA Class 1E IRM Channel B Range Switch Ckcuit Breaker 04 Chas 1E Class 1E Class 1E Class 1E Class 1E 1D682 Voltage Preamp Fission Detector IRM Channel B NE-1 N002B Chas 1E Class 1E Class 1E Class 1E IRM Channel D Fission Detector Voltage Preamp NE-1 N002D Class 1E IRM Channel D Range Switch Chas 1E Class 1E Class 1E Class 1E High Voltage APRM Channel D Fission Detector Supply Clscutt Breaker Chas 1E Class 1E RPS B Class 1E Class 1E 1Y201 High Voltage APRM Channel B Fission Detector Fuse Supply m 9

O o

0

ECQDET-I I Page 171 SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR&51-1R603B LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS NR-C51-IR603B Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) " for DBA or for EOPs Pmvides Indication only Short Recorder Loss of Recorder None YES Recorder not required for DBA or for EOPs Provides Indication only CABLES in same Short cables to Loss of Recorders None YES Recorders not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs IR>

to Non Class IE classified as Q Pmvides Indication only Component Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction gl i

E,F,H. IRM Channels Trip Short cables Loss of Division II None YES Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Short cables to Loss of Computer Inputs None YES Computer not required transducers classified for DBA or for EOPs as Q 4 LPRMs Provides Indication Only Short cables to Loss of Non Class 1E None YES Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instrumehts classified Boundaries Maintained

V ECQDET- Rev I Page 172 SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR-C51-1R603B LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Open cables to Loss of Recorders None Recorders not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs to Non Class IE classified as Q Provides Indication only Corqponent Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM Fails in safe direction E,F,H. IRM Channels Trip Open cables Loss of Division II None -

Division I available fa'pen No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs as Q 4 LPRMs Provides Indication Only Open cables to Loss of Non Class IE None Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs [a>

instruments classified Boundaries Maintained asQ

I r,

I II

ECQDET- Rev I Page 173 SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E C MPONENT S: NR-C51-1R603B LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Loss of Recorder None Recorders not required raceways as cables fault on cables to NR&51-IR603A, B, C, D for DBA or for EOPs to Non Class IE Neutron Mon Sys /zl Provides Indication only /

Component classified as Q Spurious APRM 4 IRM Neutron Flux SCRAM Fails in Safe Direction fC(

Channel Trips (See SEA-EF 180 Cat 4) [

Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM Fails in safe direction E,F,H. IRM Channels Trip Impressed voltage Loss of Division II None YES Division I available fault on cables No Div I, Div I Affor GE Div I/Non Sep associated cables in Iacewilys Impressed Voltage Loss of Computer Inputs None Computer not required Fault on cables to for DBA or for EOPs tiansducers classified Provides Indication Only asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Spurious APRM Channel ~

Neutron Flux SCRAM YES Fails in Safe Direction Fault on cables to Trips (See SEA-EE-180 Cat 4)

LPRMs

ECQDET- I Page 174 SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR-C51-1R603B LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of electronics to None YES Non Class IE Loops raceways as cables to Non Class IE Faults on cables to Pressiire Boundary Pressiire Boundary .

Instruments with cables in not required for DBA or for EOPs fgl Boundaries Maintained Component instruments classified contact with NMIPE4109, asQ NMIPE4103, NMIPDXOI NM1PDX02

References:

Ml-C51-20 Sh 7 MI-C51-19 SH 12 SEA-EE-180 NEDO 10139

CATE Class 1E IRM Channel E Range Switch Clrcult Breaker 04 Chas 1E Class 1E Class 1E . Class 1E Class 1E 1D672 Voltage Preamp Fission Detector IRM Channel E NE-1N002E Chas 1E Class 1E Class 1E Class 1E IRM Channel G Fission Detector Voltage Preamp NE-1N002G Class 1E IRM Channel G Range Switch circuit Breaker 3A Chas 1E RPS A Class 1E Class 1E Class 1E 1Y201 High Voltage APRM Channel E Fission Detector Supply GE1ChT83.VSO

ECQDET-I Rev 1 Page 176 SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR~1-1R603C LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS NR<51-IR603C Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) for DBA or for EOPs Provides Indication only Short Recorder Loss of Recorder None Recorder not required for DBA or for EOPs Provides Indication only CABLES in same Short cables to Loss of Recorders None YES Recorders not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs to Non Class IE classified as Q Provides Indication only Component Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip Short cables to Loss of Computer Inputs None Computer not required transducers classified as Q 4 LPRMs for DBA or for EOPs Provides Indication Only (R/

Short cables to . Loss of Non Class 1E None Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained

ECQDET- Rev 1 Page 177 SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR-C51-1R603C LOCALEFFECTS INCLUDING SINGLE DEPENDENT. FAILURE FAILURES MET COMPONENT ID FAILUREMODE SYSTEM EFFECTS REMAINS CABLES in same Open cables to Loss of Recorders None Recorders not required raceways as cables Neutron Mon Sys NR~ I-IR603A, B, C, D for DBA or for EOPs Pc I to Non Class 1E classified as Q Provides Indication only f Component Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip Open cables to Loss of Computer Inputs None YES Computer not required transducers classified for DBA or for EOPs as Q 8h LPRMs Provides Indication Only Open cables to Loss of Non Class 1E None YES Non Class IE Loops Presuure Boundary Instrument Loops not required for DBA or for EOPs Lt instnunents classified f Boundaries Maintained asQ

EC-QDET- 2 Rev 1 Page 178 SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR-C51-1R603C LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECI'S CABLES in same Impressed voltage Loss of Recorder None. Recorders not required raceways as cables fault on cables to NR~I-IR603A, B, C, D for DBA or for EOPs ~

to Non Class IE Neutron Mon Sys Provides Indication only Component classified as Q Spurious APRM &, IRM Neutron Flux SCRAM YES Fails in Safe Direction Channel Trips (See SEA-EE-180 Cat 4)

Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction E,F,H. IRM Channels Trip Impressed Voltage Loss of Computer Inputs None YES Computer not required Fault on cables to for DBA or for EOPs transducers classified Provides Indication Only Q Impiessed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Spurious APRM Channel Neutron Flux SCRAM Fails in Safe Direction Fault on cables to Trips (See SEA-EE-180 Cat 4)

LPRMs

J ECQDET- Rev I Page 179 SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR-C51-1R603C LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of electronics to None Non Class IE Loops raceways as cables Faults on cables to Pressure Boundary not required for DBA or for EOPs to Non Class IE Pre.mre Boundary Instruments with cables in Boundaries Maintained Component instruments classiTied contact with NMIPE4112, asQ NM1PQ4101

References:

M1451-20 Sh 6 Ml-C51-19 SH 12 SEA-EE-180 NEDO 10139

I CAT Y Class 1E 8

IRM Channel F Range Switch Circuit Breaker 04 Chas 1E Class 1E Class 1E Class 1E Class 1E 1D682 IRM Channel F Voltage Preamp Fission Detector NE-1N002F Class 1E Class 1E Class 1E Class 1E IRM Channel H Fission Detector Voltage Preamp Fuse NE-1N002H Class 1E IRM Channel H Range Switch Circuit Breaker Ch~1E Class 1E RPSB .

Class 1E Class 1E 1Y201 High Voltage APRM Channel F Fission Detector Fuse Supply rn 9

re O 8

GE1CAT84.VSD

ECQDET- Rev 1 Page 181 SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCALEFFECTS INCLUDINO SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS NRMI-IR603D Open Recorder Loss of Recorder None YES Recorder not required (Non Class IE) for DBA or for EOPs Provides Indication only Short Recorder Loss of Recorder None Recorder not required for DBA or for EOPs Provides Indication only CABLES in same Short cables to , Loss of Recorders None YES Recorders not required raceways as cables Neutron Mon Sys NR-C51-1R603A, B, C, D for DBA or for EOPs to Non Class 1E- classified as Q Provides Indication only Component Loss of IRM Sel Sw A,B,C,D, Neutron,Fluz SCRAM Fails in safe direction E,F,H. IRM Channels Trip Short cables Loss of Division II None YES Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Short cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs as Q 85 LPRMs Provides Indication Only Short cables to Loss of Non Class lE None Non Class 1E Loops Presuure Boundary .- Instrument Loops not required for DBA or for EOPs instrume4ts classified Boundaries Maintained

1 l

ECQDET-1002 Rev I Page 182 SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCALEFFECI'S INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Open cables to Loss of Recorders None YES Recorders not required raceways as cables to Non Class 1E Neutron Mon Sys classiiied as Q NR~I-IR603A, B, C, D for DBA or for EOPs Provides Indication only jp)

Component Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM Fails in safe direction

/

rv E,F,H. IRM Channels Trip Open cables Loss of Division II None YES Division I available.

No Div I, Div I Amor GE Div I/Non Sep associated cables in raceways Open cables to Loss of Computer Inputs None Computer not required transducers classified for DBA or for EOPs as Q k LPRMs Provides Indication Only Open cables to Loss of Non Class IE None YES Non Class IE I+ops Presuure Boundary Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained asQ

P ECQDET-I 2 Rev 1, Page 183 SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed voltage Loss of Recorder None YES Recorders not required raceways as cables fault on cables to NR&51-1R603A, B, C, D for DBA or for EOPs to Non Class IE Neutron Mon Sys Provides Indication only

/-ai Component classified as Q Spurious APRM k IRM Neutron Flux SCRAM Fails in Safe Direction f4l Channel Trips (See SEA-EE-180 Cat 4) )

Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM YES Fails in safe direction Rl E,F,H. IRM Channels Trip J Impressed voltage Loss of Division II None YES Division I available fault on cables No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways Impressed Voltage Loss of Computer Inputs None Computer not required Fault on cables to for DBA or for EOPs transducers classified Provides Indication Only asQ Impressed voltage does not propagate to input of transducers (See Appendix K)

Impressed Voltage Spurious APRM Channel Neutron Flux SCRAM YES Fails in Safe Direction Fault on cables to Trips (See SEA-EE-180 Cat 4)

LPRMs

ECQDET- 2 Rev I Page 184 SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage Loss of electronics to None YES Non Class IE Loops raceways as cables Faults on cables to Pressure Boundary not required for DBA or for EOPs to Non.Class 1E Pressure Boundary Instruments with cables in Boundaries Maintained Component instruments classified contact with NMIPE4 101, e NMIPDXOI, NMIPDX02

References:

M1~ 1-20 Sh 7 M1~ 1-19 SH 12 SEA-EE-180 NEDO 10139

ECQDET-1002 Rev 1 Page 185 APPENDIX I

'SINGLE FAILURE ANALYSISFOR CATEGORY 9 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CAT Y 9

Q Q Transmitter Flow Element PT-C41-1 N004 FE-14806 (Pressure Boundary)

Clrcult Breaker Ckcult Breaker 22 07 Non Class 1E Q Non Class 1E Q

Flow Transmitter .1Y218 1Y629 SRU FT-14806 Q

SRU Q

Indicating Instrument LUFI-14806 (Reg Guide 1.97 Cat 2) m g7 op (q

3 GE1 CAIN.VSD

ECQDET-I 2 Rev I Page 187 SAFETY FUNCTION: Standby Liquid Control Flow FF 14806, FT-14806, LI/Fl-14806 (REG GUIDE 1.97)

NON CLASS 1E COMPONENTS: 1Y629-22 LT-C41-1N001 PI-C41-1R600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS 1Y629-22 Open Non Class lE Loss of Reg Guide 1.97 Cat 2 Power Supply Power Supply Instruments:

(Non Class IE)

FE-14806 None YES Reg Guide 1.97 Cat 2 FT-14806 None YES instruments do not Ll/Fl-14806 None YES require redundancy Short Non Class 1E Loss of Reg Guide 1.97 Cat 2 Power Supply Instruments:

FE-14806 None YES Reg Guide 1.97 Cat 2 FT-14806 None YES instruments do not LI/FI-14806 None YES require redundancy ES441-IK600 Open Non Class IE Loss of Reg Guide 1.97 Cat 2 None Reg Guide 1.97 Cat 2 Power Supply Power Supply Instrument LI/Fl-14806 instnnnents do not (1Y21847) require redutuhtxy (Non Class IE)

Loss of PI&41-IR600 None Indicator not required for DBA or for EOPs Provides Indication Only Short Non Class IE Loss of Reg Guide 1.97 Cat 2 None Reg Guide 1.97 Cat 2 Power Supply Instrument LI/FI-14806 instnnnents do not require redundancy Loss of PI<41-IR600 None Indicator not required for DBA or for EOPs Provides Indication Only

ECQDET- Rev I Page 188 SAFETY FUNCTION: Standby Liquid Control Flow FE-14806, FI'-14806, LI/FI-14806 (REG GUIDE 1.97)

NON CLASS 1E COMPONENTS: 1Y629-22 LT-C41-1N001 PI-C41-1R600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS LT~.I-INOOI Open transmitter Loss of Reg Guide 1.97 Cat 2 None Reg Guide 1.97 Cat 2 Level Transmitter Instrument LI/FI-14806 instruments do not (Non Class 1E) require redundancy Short transmitter Loss of Reg Guide 1.97 Cat 2 None YES Reg Guide 1.97 Cat 2 Instrument LI/FI-14806 instruments do not require redundancy PI~ 1-1 R600 Open Indicator Loss of Pressure Indication None YES Indicator not reqmred Pressure Indicator PI&41-IR600 for DBA or for EOPs (Non Class IE) Provides Indication Only Open Indicator Loss of Pressure Indication None Indicator not required PI~ 1-1 R600 for DBA or for EOPs Provides Indication Only CABLES in same Open cables Loss of Reg Guide 1.97 Cat 2 raceways as cables Instruments:

to Non Class 1E Component FE-14806 None YES Reg Guide 1.97 Cat 2 FT-14806 None YES instruments do not LI/FI-14806 None YES require redundancy Loss of Pressure Indication None YES Indicator not required Pl~1-1R600 for DBA or for EOPs Provides Indication Only Open cables to . Loss of Non Class IE None YES Non Class 1E Loops Pressure Boundary Instrument Loops not required for DBA or for EOPs f Rl instruments classified Boundaries Maintained

II ECTED Rev 1 Page 189 SAFETY FUNCTION: Standby Liquid Control Flow FE-14806, FT-14806, LI/FI-14806 (REG GUIDE 1.97)

NON CLASS 1E COMPONENTS: 1Y629-22 LT-C41-1N001 Pl&41-1R600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Open cables to Loss of Computer Inputs None Computer not required raceways as cables transducers classified for DBA or for EOPs to Non Class IE asQ Provides Indication Only Component Open cables Loss of FR41204 None YES Recorder not required NM011201C,F,G for DBA or for EOPs NMOI1202F,G Provides Indication Only Short cables Loss of Reg Guide 1.97 Cat 2 Instruments:

FE-14806 None YES Reg Guide 1.97 Cat 2 FT-14806 None YES instruments do not LUFI-14806 None YES require redundancy Loss of Pressure Indication None Indicator not required PILI-IR600 for DBA or for EOPs Provides Indication Only Short cables to Loss of Non Class IE None YES Non Class 1E Loops Pressure Boundaty Instrument Loops not required for DBA or for EOPs instruments classified Boundaries Maintained

ECQDET- Rev 1 Page 190 SAFETY FUNCTION: Standby Liquid Control Flow FE-14806, FT-14806, LI/FI-14806 (REG GUIDE 1.97)

NON CLASS 1E COMPONENTS: 1Y629-22 LT&41-1N001 Pl-C41-1R600 LOCALEFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Short cables to Loss of Computer Inputs None YES Computer not required raceways as cables transducers classified for DBA or for EOPs to Non Class IE asQ Provides Indication Only Component Short cables Continuous operation None Recorder not required NMOI1201C,F,G of FR41204 for DBA or for EOPs NM011202F,G Provides Indication Only CABLES in same Impressed Voltage Incorrect voltage to Reg raceways as cables Fault Guide 1.97 Cat II Instruments to Non Class IE Component Incorrect/Loss of Output:

FE-14806 None YES Reg Guide 1.97 Cat 2 FT-14806 None YES instruments do not LI/FI-14806 None YES require redundancy.

Incorrect/Loss of Pressure None Indicator not required Indication for DBA or for EOPs (

k)

Pi~1-IR600

ECQDET- Rev I Page 191 SAFETY FUNCTION: Standby Liquid Control Flow FE-14806, FT-14806, LI/FI-14806 (REG GUIDE 1.97)

NON CLASS 1E COMPONENTS: 1 Y629-22 LT-C41-1N001 Pl-C41-1R600 LOCAL EFFECTS INCLUDING SINGLE DEPENDENT FAILURE FAILURES MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same Impressed Voltage Loss of electronics to None Non Class IE Loops raceways as cables Faults on cables to Prcssure Boundary not required for DBA or for EOPs J.gi to Non Class IE Prcssure Boundary Instruments with cables in Boundaries Maintained Component instruments classified contact with Q NK114801B,C,D,E NM1Q0206D, NM1PC1301 Impressed Voltage Loss of Computer Inputs None YES Computer not required Fault on cables to for DBA or for EOPs transducers classified Provides Indication Only asQ Impressed voltage does not propagate to input of transducers (Scc Appendix K)

Impressed Voltage Incorrect/Loss of operation None Recorder not required fault on cables of FR41204 for DBA or for EOPs NM011201C,F,G Provides Indication Only g.s f

NM011202F,G

References:

J448 Sh 2 Ml-C41-36 SH I Note FE-14806 is strapped to Note FE-14806, JM8 Sh 3 M-151 SH 1,3 pipe. It is not pressure FT-14806, LI/FI-14806 M-148 Sh I M-157 SH I boun Seismic Onl

ECQDET-1002 Rev 1 Page 192 APPENDIX S DEFINITIONS AND ABBREVIATIONS

4 ECQDET-1002 Rev 1 Page 193 DEFINE'ION: ~ QUALITYASSURANCE CODE.

CODES/ABBREVIATIONS: (2 CHARACIZRFIELD)

Q= SAFETY-RELA'IKDEQUIPMENT OR COMPONEN'IS. ALLARE SUBJECT TO THE REQUIREMENTS OF THE SUSQ SES OPERATION QUALITYASSURANCE PROGRAM.

A~ NON-SAIK'IY'-RELATEDEQUIPMENT OR COMPONENTS (USUALLYPRESSURE REI'AININGITEMS AND PIPE SUPPORTS) WHICH WERE AND/OR MUST BE DESIGNED, PROCURED, CONSTRUCTED, AND MAIN'I'AINEDIN ACCORDANCE WITHTHE ASME SECTION IH AND SECTION XIREQUIREMENTS.

NON-SAFETY-RELA'IZDEQUIPMENT OR COMPONENTS IN RADWASTE MANAGEMENTSYSTEMS WHICH ARE SUBJECI'O THE REQUIREMENTS OF NRC BRANCH TECHNICALPOSlTION ES'IB 11-1 AND NDIQA<.2.5, "GROUP-D AUGMENTED".

F NON-SAKIY-RELATEDFIRE PROTECIION EQUIPMENT AND COMPONENTS WHICHPROTECT SAFEI'Y-RELATED EQUIPMENT AND ARE SUBJECT TO THE REQUIREMENTS OF NDIQA4.2.3 AND NDIQA-15.3.1.

NONCAIMY-RELA'IZDEQUIPMENT OR COMPONENT WHICH ARE INVOL'VEDIN RADIOLOGICALAND ENVIRONMENTALMONITORINGIN RESPONSE TO NDIQA-8.2.4 AND REG. GUIDE 4.15.

NON-SAFETY-RELATED INSTRUMENTS, BUT WHOSE FAILURE UNDER DYNAMIC LOADS COULD PREVENT OTHER HKMS FROM PERFORMING THEIR SAFETY-RELATED FUNCTION OR CAUSE INCAPACITATINGINJURY TO MAINCORIROL ROOM OCCUPANTS. NDIQA-8.2.6.

N= NON-SAFETY-RELATEDEQUIPMENT OR COMPONENTS WHICH ARE NOT SUBJECT TO THE REQUIREMENTS OF ANYOF THE ABOVE QUALITYASSURANCE PROGRAMS.

UNKNOWN- NUCLEAR MODIFICATIONSTO DEIZRMINE.

ECQDET-1002 Rev 1 Page 194 DEFINITION: INS'IRUMENTIDEÃZG'ICATIONNUMBER NOTE: INSTRUMENT LABELS, NAhfEPLATES, PROCEDURES AND TAGGING IN THE HELD MAYINCLUDE'IZE USE OF HYPHENS TO SEPARATE INSTRUMENT TYPE, GE SYSTEM NUMBER AND INS'IRUMENTNUMBER'HKSE HYPHENS ARE NOT REFLECTED IN THE INSTRUMENT INDEX QBBYlj NQMBER, LT 20407 C XY B21 1D004B AAH ANALYZERALARMHIGH AAHH ANALYZERALARMHI-HI AAHL ANALYZERALARMHI-LO AAL ANALYZERALAIMLOW AALL ANALYZERALARMLO-LO AC ANALYSIS CONTROLLER ANALYZERELEMENT AI ANALYSISINDICATOR AIC ANALYZERINDICATORCONTROLLER AISL ANALYZERINDICATINGSWlTCH LOW AlT ANALYZER'INDICATINGTRANSMI'I'IZR AlTS ANALYZERINDICATINGTRANSMITIZRSWITCH ANALYZERELEMENT AP ANALYZERTEST CONNECTION APRM AVERAGE POWER RANGE MONITOR AR ANALYZERRECORDER ARS ANALYZERRECORDER SWITCH ASH ANALYZERSWITCH HIGH ASHH ANALYZERSW1TCH HI-HI ASHL ANALYZERSWITCH HI-LO ASL ANALYZERSWITCH LOW AT ANALYZERTRANSMIT'ER ISOLATIONDIAPHRAGM AY ANALYZERSIGNAL CONDITIONER BDD BACKDRAFI'AMPER BDID BACKDRAFTISOLATIONDAMPER CAH CONDUCI'IVITYALARMHIGH CAHH CONDUCI'IVITYALARMHI-HI CAHL CONDUCTIVITYALARMHI-LO CAL CONDUCGVHY ALARMLOW CE CONDUCTIVITYELEMENT CI CONDUCTIVITYINDICATOR CIC CONDUCI'IVITYINDICATORCONTROLLER CIS CONDUCTIVITYINDICATORSW1TCH CISH CONDUCTIVITYINDICATORSWITCH HIGH CIT CONDUCTIVI'IYINDICATOR'IRANShKHZR C1TS CONDUCTIVE'YINDICATOR'IRANShKHZR SWlTCH CITSH CONDUCIIVITYINDICATORTRANSMITTER SWITCH HIGH CR CONDUCTIVITYRECORDER CONDUCI'IVI'IVRECORDER SWlTCH

." CONDUCHVI'IYSWITCH HIGH CONDUCTIVITYSWITCH HIHI CSHL CONDUCTIVITYSWlTCH HI-LO CSL CONDUCTIVH'YSWlTCH LOW CY CONDUCTIVITYSIGNAL CONDITIONER

ECQDET-1002 Rev I Page 195 DAHL DENSITY ALARMHI-LO DCAC DC TO AC INVERTED DE DENSITYELEMENT DIR DENSITY INDICATINGRECORDER DS DENSITY SWlTCH DSHL DENSITY SWITCH HI-LO DT DENSITY TRANSMITTER E/I VOLTAGETO CUtuKNT TRANSFORMER ELECIRICAL SURGE PROTECTOR ES POWER SUPPLY EY ELECTRICAL SIGNAL CONDITIONER FAH FLOW ALARMHIGH FAHL FLOW ALARMHI-LO FAL FLOW ALARMLOW FALL FLOW ALARMLO-LO FC FLOW CONTROLLER FDAH FLOW DIFFERENTIALALARMHI FDI FLOW DIFFERENTIALINDICATOR FDM FLOW DIFFERENTIALMONlTOR FDR FLOW DIFFERENTIALRECORDER FDSH FDSL FLOW ELEMENT FG FLOW GLASS

-: Fl FLOW INDICATOR

~

FLOW INDICATINGCORIROLLER FLOW INDICATINGCONTROLLER SWITCH FIS FLOW INDICATINGSWITCH FISH FLOW INDICATINGSWITCH HIGH FISHL FLOW INDICATINGSWITCH HIGH LOW FISL FLOW INDICATINGSWlTCH LOW FIT FLOW INDICATING'IRANSMHTER FO FLOW ORIFICE FP FLOW CONNECTION FQ FLOW COUNTER FQAH FLOW COURIER ALARMHIGH FQI FLOW COUNTER INDICATOR FQIS FLOW COUNTER INDICATORSWITCH FQR FLOW COUNTER RECORDER FQS FLOW COUNTER SWITCH FQSH FLOW COUNTER SWITCH HIGH FR FLOW RECORDER FRC FLOW RECORDER COURIER FRCS FLOW RECORDER COUNTER SWITCH FRS FLOW RECORDER SWlTCH FRSH FLOW RECORDER SWITCH HIGH FS FLOW SWlTCH FSC FLOW SIGNAL CALIBRATOR FSH . FLOW SWlTCH HIGH FSHL FLOW SWlTCH HI-LO FSL FLOW SWlTCH LOW FSLL FLOW SWITCH LO-LO FSO FLOW SIGNAL,OUTPUT DEVICE FT FLOW TRANSMI'ITER FLOW UNIT FLOW UNCLASSIFIED FLOW SIGNAL CONDITIONER

ECQDET-1002 Rev 1 Page 196 HC HAND ComzOLLER HD HAND DAMPER HDM HAND DAMPER REMOTE OPERATOR HIC HAND INDICATINGCONTROLLER HS HAND SWlTCH HSE HAND SWITCH ELECIRICAL HSS'SX HAND SELECT SWITCH HAND SWITCH SPECIAL HY HAND SIGNAL CONDITIONER HZ HAND POSITION IRM IN'IMMEDIATERANGE MONITOR KA RADIATIONDETECTION KC TIME CONTROLLER KCS TIME CONIROLLER SWITCH KI TIME INDICATOR KS TIME SWlTCH KSS TIME SPEED SW1TCH KY TIME SIGNAL CONDITIONER LAH LEVEL ALARMHIGH LAHH LEVEL ALARMHI-HI LAHHH LEVEL ALARMHI-HI-HI LAHL LEVEL ALARMHI-LO LAL LEVEL ALARMLOW LALL LEVEL ALARMLO-LO LC LEVEI. CONIROLLER LDAH LEVELDII'FERENTIALALARMHIGH LDAHH LEVELDIE'FERENTIAL ALARMHI-HI LDIS LEVELDIIVERENTIALINDICATORSWITCH LDISH LDS LE LEVELELEMENT LG LEVEL GLASS LI LEVEL INDICATOR LIC LEVEL INDICATORCONTROLLER LIS LEVEL INDICATORSWITCH LISHL LEVEL INDICATORSW1TCH HI-LO LISL LEVEL INDICATORSWlTCH LO LIT LEVELINDICATORTRANSMITTER LlTS LEVEL INDICATORTRANSMITIERSWITCH LI/FI LEVEL INDICATOR/FLOWINDICATOR LP LEVEL CONNECTION LR LEVELRECORDER LR/FR LEVELRECORDER/I'LOW RECORDER LR/PR LEVELRECORDER/PRESSURE RECORDER LS LEVEL SWITCH LSH LEVEL SWITCH HIGH LSHH LEVEL SWITCH HI-HI LSHHH LEVEL SWITCH HI-HI-HI LSHL LEVEL SWlTCH HI-LO LSL LEVEL SWlTCH LOW LSLL LEVEL SWITCH LO-LO LT LEVEL TRANSMI'H'ER LEVEL SIGNAL CONDlTIONER RFPT SPEED CONTROLLER MOISTURE ALARMHIGH MAL MOISTURE ALARMLOW MC MOISTURE CONTROLLER ME MOISTURE ELEMENT

0 ECQDET-1002 Rcv 1 Page 197 MI MOISTURE INDICATOR MISH MOISTURE INDICATORSWITCH HIGH MISHL MOISTURE INDICATORSWITCH HI-LO MISL MOISTURE INDICATORSW1TCH LOW MITS 'OISTURE INDICATORTRANSMI'I'IZRSWITCH MR MOISTURE RECORDER MSH MOISTURE SWITCH HIGH MSL MOISTURE SWlTCH LOW MT MOISTURE TRANSMI'IIZR .

MTS MOISTURE TRANSMI'I'IERSWITCH MY MOISTURE SIGNAL CONDITIONER NA NEUTRON FLUX SIGNAL AMPLIFIER NAV NEUTRON FLUX SIGNAL AVERAGING NB NEUTRON FLUX SIGNAL BIAS NE NEUTRON FLUXELEMENT NFC NEUTRON FLUX SIGNAL COMPARATOR NI NEUTRON FLUXINDICATOR NIS NEUTRON FLUXINDICATINGSWITCH N1T NEUTRON FLUX INDICATINGTRANSMITIER NL NEVIRON FLUX SIGNAL LOGIC NM NEUTRON FLUX SIGNAL MULTIPLEXER NO NEUTRON FLUX SIGNAL OUTPUTHNPUT NR, NEUTRON FLUXRECORDER NT NEUTRON FLUXTRANSMITIER NV NEUTRON FLUX SIGNAL SUMMER NX NEUTRON FLUX SIGNAL CALIBRATOR NY NEUTRON FLUX SIGNAL CONDITIONER PAH PRESSURE ALARMHIGH PAHL PRESSURE ALARMHI-LO PAL PRESSURE ALARMLOW PALL PRESSURE ALARMLO-LO PC PRESSURE CONTROLLER PD PRESSURE DIFFERENTIAL PDAH PDAHL PRESSURE DIFFERENTIALALARMHI-LO PDAL PRESSURE DIFFERENTIALALARMLOW PDC PRESSURE DIFFERENTIALCONTROLLER PDCV PRESS. DIFF. CONTROL VALVE(SELF'ACTUATED)

PDD PRESS. DIFF. DAMPER PDDM PRESS. DIFF. DAMPER OPERATOR PDI PRESSURE DIFFERENTIALINDICATOR PDIC PRESSURE DIFFERENTIAL INDICATORCONTROLLER PDIS PRESSURE DIFI~NTIALINDICATORSW1TCH PDISH PRESSURE DIFFERENTIALINDICATORSWlTCH HIGH PDIT PRESSURE DIFFERENTIALINDICATORTRANSMI'IVER PDM PDR PDS PRESSURE DIFFERENTIALSWlTCH PDSH PRESSURE DIFFEIKNTIALSWITCH HIGH PDSHH PRESSURE DIFFERENTIALSWITCH HI-HI PDSHL PRESSURE DIFFERENTIALSWlTCH HI-LO PDSL W PDSLL PRESSURE DIFFERED'IAL SW1TCH LO-LO PDT PRESSURE DIFFERENTIAL'IRANSMI'I'IZR PDY PRESSURE DIFFERENTIALSIGNAL CORIROLLER .

PE PRESSURE ELEMENT PI PRESSURE INDICATOR PIC PRESSURE INDICATINGCONTROLLER

~ I ECQDET-1002 Rcv 1 Page 198 PIS PRESSURE INDICATORSWITCH PISHL PRESSURE INDICATORSW1TCH HI-LO PIT PRESSURE INDICATING'IRANSMI'HZR PP PRESSURE CONNECTION PR PRESSURE RECORDER PS PRESSURE SWITCH PSD PSE PRESSURE SAPETY ELEMENT PSH PRESSURE SWITCH HIGH PSHH PRESSURE SWlTCH HI-HI PSHL PRESSURE SWlTCH HI-LO PSL PRESSURE SWITCH LOW PSLL PRESSURE SWITCH LO-LO PSV PRESSURE SAFEIY RELIEF VALVE PRESSURE TRANSMlrlER

~

PY PRESSURE SIGNAL CONDITIONER QQI TIME/QUALITYINDICATOR RA RADIATIONALARM RAH RADIATIONALARMHIGH RAHH RADIATIONALARMHI-HI RAL RADIATIONALARMLOW RBM ROD BLOCK MONITOR RE RADIATIONELEMENT RI RADIATIONINDICATOR RIS RADIATIONINDICATORSWITCH RISH RADIATIONINDICATOR SW1TCH HIGH RISHH RADIATIONINDICATORSWITCH HI-Hl RIT RADIATIONINDICATOR'IRANSMI'ITER RITS RADIATIONINDICATORTRANSMITIZRSW1TCH RP RADIATION'I%ST CONNECTION RQI RADIATIONCOUNTER INDICATOR RQRR RADIATIONCOUNTER TOTALIZINGRECORDER RR RADIATIONRECORDER RSH RADIATIONSW1TCH HIGH RT RADIATIONTRANShKHZR RW RADIATIONWELL RY RADIATIONSIGNAL COND1TIONER RYS RADIATIONCONTROLLER SWlTCH SAH SPEED ALARMHIGH SAHH SPEED ALARMHIGH HIGH SAL SPEED ALARMLOW SC SPEED CONTROLLER SE SPEED ELEMENT SG SPEED GAUGE SI SPEED INDICATOR SI/KR TACHOM FIT SIC SPEED INDICATORCONTROLLER SIS SPEED INDICATORSWlTCH SISH SPEED INDICATORSWITCH HIGH SRM SOURCE RANGE MONITOR SS SPEED SWITCH SSH SPEED SWlTCH HIGH SSL SPEED SWITCH LOW SST INFRARED SENSOR SSX SPEED SW1TCH MISCELLANEOUS ST SPEED 'IRANSMI'IVER STS SPEED TRANSMIT'IERSWITCH SV SOLENOID VALVE

ECQDET-1002 Rev 1 Page 199 SX SOLENOID DEVICE SY SPEED SIGNAL CONDlTIONER TAH TEMPERATURE ALARMHIGH TAHH 'IZMPERATURE ALARMHI-HI TAHHH TEMPERATURE ALARMHl-Hl-HI TAHL TEMPERATURE ALARMHI-LO TAL TEMPERATURE ALARMLOW TALL TEMPERATURE ALARMLO-LO TC TEMPERATURE CONTROLLER m

TDAH TDAHL TEMPERATURE DIFFEIKNTIALALAIMHI-LO TDAL TDIC

'IBM TDRS TDS 'IKUPERATURE DIFFERENTIA SWlTCH mSH 'IKdPERATURE DIFFERENTIALSWITCH HIGH TDSHL mSL TEMPERATURE DIFFEIKNTIALSWITCH LOW mT TEMPERATURE DIFFERENTIALTRANSMI'IIZR TDY TEMPERATURE DIIVKKNTIAL CONTROLLER TE 'IKMPERATURE ELEMENT TI TEMPERATURE INDICATOR TIAH TEMPERATURE INDICATORALARMHIGH TIC TEMPERATURE INDICATORCONTROLLER TIS TEMPERATURE INDICATORSW1TCH TISC TEMPERATURE INDICATORSWlTCH CONTROLLER TISH TEMPERATURE INDICATOR SWlTCH HIGH TIT TEMPERATURE INDICATINGTRANSMI'PIER TEMPERATURE CONNECTION TEMPERATURE RECORDER

'IRS TEMPERATURE RECORDER SWITCH TRSH 'IEMPERATURE RECORDER SWlTCH HIGH TS 'IZMPERATURE SWITCH TSH ~ERATURE SW1TCH HIGH TSHH 'IZMPERATURE SW1TCH HI-HI TSHL ~ERATURE SWlTCH HI-LO TSL TEMPERATURE SWlTCH LOW TSLL TEMPERATURE SWITCH LO-LO TSLZ BEARING TEMPERATURE SWITCH TSS 'IZMPERATURE ELEMENT SELECTOR SWlTCH Tr TEMPERATURE TRANSMI'I IZR TW TEMPERATURE WELL TX TEMPERATURE UNCLASSIFIED TY 'IKdPERATURE SIGNAL COND1TIONER TEMPERATURE POSlTION UCIS MULTIVARIABLECONTROLLER INDICATORSWITCH UCS MULTIVARIABLECONTROLLER SW1TCH UIC MULTIVARIABLEINDICATOR CONIROLLER UR MULTIVARIABLERECORDER (DATALOGGER)

VAH VIBRATIONALARMHIGH VIBRATIONALARMHI-HI VIBRATIONALARMLOW VIBRATIONELEMENT VI VIBRATIONINDICATOR VIS VIBRATIONINDICATORSW1TCH VISH VIBRATIONINDICATORSWITCH HIGH

ECQDET-1002 Rcv 1 Page 200 VIBRATIONRECORDER VIBRATIONRECORDER SWITCH VRSH VIBRATIONRECORDED SWAH HIGH VS VIBRATIONSW1TCH VSH VIBRATIONSWITCH HIGH VSHH VIBRATIONSWlTCH HI-HI VT VIBRATION'IRANSMITTER VX VIBRATIONUNCLASSIFIED .

VY VIBRATIONSIGNAL CONDITIONER WE LOAD CELL WI WEIGHT INDICATOR-WS WEIGEI'WlTCH WSH WEIGEI'WITCHHIGH WSHH WEIGEI'WITCHHI-HI WSL WEIGHT SWITCH LOW WSLL WEIGHT SWlTCH LO-LO WT WEIGEI"IRANS MITER XA UNCLASSIFIED ALARM XAH UNCLASSIFIED ALARMHIGH UNCLASSIFIED ALARMLOW UNCLASSIFIED DIFI'ERENTIAL XDT TELEMETRYDELTA-TTRANSMI'ITER XE UNCLASSIFIED ELEMENT XFR TELEMEIRYFLOW RECORDER XFT TELEMETRYFLOW TRANSMITTER NSSS/RPS-ELECTRICAL INDICATORS XIR TELEMETRYINDICATORRECORDER XISH TELEMEIRYINDICATORSWlTCH HIGH TELEMETRYINDICATINGTRANSMITI'ER XLE RAINFALLELEMENT XLR RAINFALLRECORDER XLT SPECIAL LEVELTRANSMIT'IER XME DEW POINT EL'EMENT XMT DEW POINT TRANSMI'HER XO VARIABLERESTRICHNG ORIFICE XP TEST POINT XR SPECIAL RECORDER XRSH SPECIAL RECORDER SWlTCH HIGH XS SPECIAL SWITCH XSE WIND SPEED ELEMENT XSH UNCLASSIFIED SW1TCH HIGH XSHL UNCLASSIFIED SWlTCH HI-LO XSL UNCLASSIFIED SWITCH LOW XST WIND SPEED TRANShEITER XIR TELEMEIRYRECEIVER XTI'XE SPECIAL TRANSMH'IER WIND DIRECTION ELEMENT XXT WIND DIRECTION TRANSMI'IVER XY SPECIAL SIGNAL CONDlTIONER XYIR ILRT - AUTO SCANNER YS DRAINPIPE YY VOLTAGEREGULATOR ZA SPECIAL ALARM ZAX POS1TION ALARMTRANSMI'IIER, ZC POS1TION CONTROLLER ZE POSITION ELEMENT ZI POSITION INDICATOR ZISH POSEIDON INDICATORSW1TCH HIGH

ECQDET-1002 Roy 1 Page 201 POSITION SW1TCH POSITION 'IRANSMI'ITER POSITION SIGNAL CONDITIONER

ECQDET-1002 Rey 1 Page 202 APPENDIX K EVALUATIONOF Q LOADS IN CABLES IN CONTACT WITH GE NON CLASS 1E INSTRUMENTS

ECQDET-1002 Rev 1 Page 203

, A review of all the cables that come in contact with cables containing GE aQiliated instrument circuits in the raceway system was performed. The Q Separation Group devices connected to cables that come in contact with the GE supplied instrument circuit cables are transducers, instruments which are part of the primary coolant pressure boundary, qualified electrical isolators, thermocouples and R'IBs which are cia'ssified as safety relataL These devices are evaluated below if except for qualified electrical isolators. Also there is a selxirate Single Failure Analysis for specific Q Separation devices, these devices are not evaluated as cables that come in contact with cables containing GE aQiliated instrumerit Tr'~~ucers GE Type 4701 and 4722 series transducers are connected to cables that come in contact with GE aQiliated instrument circuits in the raceway system.

The Type 4722 series transducers are designed with a linear input transformer and a solid-state output amplifier. The worst effect of an impressed voltage fault is that the junctions in the solid-state output amplifier would open due to overloading. This results in loss of the transducers. This fault does not propagate to the input of the transducer.

Therefore, there are no adverse effects to the transducer input circuit.

Open circuits or short circuits in the output circuit of the transducer results in'the loss of the transducer output. These.

faults have no effects to the input of the transducer. Therefore, there are no adverse effects to the transducer input circuit.

The Type 4701 transducers are designed with an input transformer, a rectifier bridge with two diodes and two zener diodes and an adjustable load resistor. The worst effect of an impressed voltage fault is that the zener diodes breakdown which shortwircuits the secondary of the input transformer which results in the loss of the transducer output. This feature was designed into the transducers to protect it &om high output voltages. Therefore, there are no adverse eQ'ects to the transducer input circuit.

Open circuits or short circuits in the output circuit of the transducer results in the loss of the transducer output. These faults have no eQects to the input of the transducer. Therefore, there are no adverse eQects to the transducer input circuit.

Pri Coolant Pressure Boundaries The instruinents that are part of the primary coolant boundary are Rosemount transmitters. This type of transmitter has an isolating diaphragm device. Proc'ess pressure is transmitted through the isolating diaphragm and silicone oil fillfluid to a sensing diaphragm in the center of the cell. The reference pressure is transmitted in a like inanner to the other side of the sensing diaphragm. The position of the sensing diaphragm is detected by the capacitance plates on both sides of the sensing diaphragm. The sensor is driven by an oscillator at approximately 50 kHz and 50 Vpp. It is then rectified through a demodulator.

For impressed voltage faults on the transmitter output leads, the transmitter electronics which are in a separate housing

&om the isolating diaphragm can be damaged and the signal from the transmitter may no longer function. However, the isolating diaphragm willnot be damaged and pressure boundary of the trarismitter remains functional.

Shorting and opening of the transmitter output leads have no effect on the isolating diaphragm. Therefore, the pressure boundary of the transmitter remains functional.

ified El cal Isolat rs

,The installed Gamma Metrics electrical isolators are Gamma Metrics part number 200526-103. These isolators prevent impressed voltages on the Non Class 1E output from affecting the Class 1E input by use of optic isolation. Therefore, there is no adverse effects to the transducer input circuit.

Open circuits or short circuits in the output circuit of the isolators result in the loss of the output. These faults have no affects to the input of the isolator. Therefore, there is no adverse effects to the input circuit.

ECQDET-1002 Rev 1 Page 204 The RTDs are classi6ed as Q with seismic quali6cation only. These RTDs are externally connected to safety related piping and must maintain the integrity of the piping. A 6ulure of the RTD internal elements does not effect the piping.

For a seismic event, there is no failure mode for the RTDs since the RTDs are seismically quali6ed. Therefore, there is no adverse effects to the safety related piping due tq 6ulure of the RTD elements. These RTDs do not perform any Class E safety function.

Therm u les The Electric Hydrogen Recombiner System (EHRS) "Q" thermocouples are connected to Temperature Readouts located on the Control Panels. Per IOM 52 paragraph 1-7, The Temperature Readout is a Honeywell Industries temperature contmller model Number R7351-A. It provides a method for monitoring the temperature in the heater section of the Recombiner Unit via the selector switch and the thermocouples. The unit is also equipped with an automatic temperature control circuit and controls the temperature of the unit when the temperature control selector switch is in AUTO. The EHRS does not require any instrumentation inside containment for proper operation after a LOCA. The thermocouples are provided for convenience in testing and periodic checkout; however they are not considered necessary to assure proper operation of the recombiner.

Basically, proper recombiner operation after an accident is assured by measuring the amount of electric power to the Recombiner Unit from the control panel. The temperature readout device is monitoring unit, not a control unit.

ECQDET-1002 Rev 1 Page 205 APPZNDIX L Q LOADS IN CABLES IN CONTACT WITH GE NON CLASS 1E INSTRUMENTS

EC-QDET-1002 Q Loads in Contact with TDRS-G33-1N605 (DIV g Rev 1 page 206 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED AMOG2401C E423 006 Ch A (Frequency Tramlucer) Ch A (XI40034A) Q AM1Q0701C E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic)

AMIQ0701D E-168 002 Ch A (Thermocouple) Ch A (Iemp Sw to Iso Logic) Q

" Ch A (Thermocouple)

AM1Q0701E E-168 002 Ch A (Temp Sw to Iso Logic) Q AMIQ0701F E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701G E-168 002 Ch A (Thermocouple) Ch A Pemp Sw to Iso Logic) Q AMlQ0701H E-168 002 Ch A (Thermocouple) Ch A gemp Sw to Iso Logic) Q AMlQ0701J E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701K E-168 002 Ch A (Thermocouple) Q Ch A (Temp Sw to Iso Logic) Q AM1Q0701L E-168 002 Ch A Ph~iocouple) Q Ch A (Temp Sw to Iso Logic) Q AMIQ0701M Ch A (Ihermocouple) Ch A Pemp Sw to Iso Logic)

'-168 002 Q AM1Q0701N E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701P E-168 002 Ch A Phermocouple) Ch A (Temp Sw to Iso Logic)

AMIQ070IR E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic)

AM1Q0701S E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AM1Q0701U E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AM1Q0701V E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMI Q0701W E-168 002 Ch A (Thermocouple) Q Ch A (Temp Sw to Iso Logic) Q AM1Q0702C E-168 001 Ch A (Thermocouple) Q Ch A (iemp Switch to Iso Logic) Q

ECTED ET-1002 Q Loads in Contact with TDRS-G33-1N605 (DIV g Rev 1 page 207 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED AM1Q0702D E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch ta Iso Logic) Q

'I AM1Q0702E '-168 001 Ch A (Thermocouple) Ch A (iemp Switch to Iso Logic) Q AMIQ0702F E-168 001 Ch A (Thermocouple) Q Ch A (lemp Switch to Iso Logic) Q AMIQ0702G E-168 001 Ch A (Thermocouple) Q Ch A (I'emp Switch to Iso Logic) Q AM1Q0702H E-168 001 Ch A Phermocouple) Q Ch A(Temp Switch to Iso Logic) Q AMIQ0702J E-168 001 Ch A (Thermocouple) Q Ch A(Temp Switch to Iso Logic) Q AMIQ0702K E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AM1Q0702L E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702M E-168 001 Ch A (Thermocouple) Q Ch A (Teinp Switch to Iso Logic) Q AM1Q0702N E-168 001 Ch A (Thermocouple) Q Ch A(Temp Switch to Iso Logic) Q AM1Q0702P E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AM1Q0702R E-168 001 Ch A (Thermocouple) Ch A (I'emp Switch to Iso Logic) Q AMIQ0702S E-168 001 Ch A (Thermocouple) Q Ch A gemp Switch to Iso Logic) Q AMIQ0702T JQOI 012 Ch A (TE-10100A) Q Ch A (TSH-10100A) Q AM1Q0702U JQOI 012 Ch A (TE-10100B) Q Ch A (TSH-10100B) Q EMOI1101D 002 Div 1(PT41107A) Q Div I (PI41107A)

EMOIIIOIE J-411 002 Div I (FBI Itl9A) Q Div I (FY%1109AI) Q EMOI1104F 005 Div I (TE41106A) Q Div I (IT%I 106A) Q EM111211C J-451 015 Div I (TE-El 1-1N027A (RTD)) Q Div I (IT-15127A) Q

EC-QDET-1002 Q Loads in Contact with TDRS-G33-1N605 (DIV g Rev.1 page 208 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EM111211D J451 015 Div I (Ti'-15127A) Q Div I (Tl-15127A) Q EM112603C J426 003 Div I (PY-12644A) Q Div I (PT-12644) Q EM112603D J426 003 Div I (PY-12644) Q Div I (PT-12644)

EM 114202 D J442 001 . Div I (LT-14201A) Q Div I (LY-14201A)

EM114202E JA42 001 Div I (LT-14203A) Q Div I (LY-14203A) Q EM114202H J442 001 Div I (LT-14203A) Q Div I (LI-14203A)

EM114202J J442 001 Div I (LT-14202A) Q Div I (LR-14202)

EM114202L J442 001 Div I (LT-14202A) Q Div I (LY-14202A)

EM114202M JA42 001 Div I (PT-14201A) Q Divi I (1C651)

EMII4202N J442 001 Div I (LT-14203A) Q Div I (LI-14201AI)

EM115101D J470 002 Div I (FT-15120A) Q Div I (FY-15120A) Q EM115101E J470 002 Div I (FT-15121A) Q Div I (FY-15121A)

EM115101F J470 002 Div I (FY-15120A) Q Div I (Fl-15120A) ~

e EM115701C J457 002 Div I (LT-15776A) Q Div I (iso Mux XIT-15701A) Q EM115705C J457 003 Div I (PT-15710A) Q Div I (PY-15710A) Q EM115705E J457 003 Div I (PT-15709A) Q Div I (PY-15709A) e EM115705H J-457 003 Div I (PT-15729A) Q Div I (PY-15729A} e EM115707A J457 003 Div I (PT-15729A) Q Div I (PR-15710A) Q EM115714G J457 007 Div I PE-15790A) Q Divi I PT-15790A) Q

EC-QDET-1002 Q Loads in Contact with rDRS-633-1N605 (DIVg Rev 1 page 209 CABLES . DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED EM115714H J457 007 Div I (IE-15790A) Q NONE (SPARE)

EM115714J J457 Div I (TE-15799A) Div I (Tl'-15799A)

EM115714K J457 Div I (TE-15799A) Q . NONE (SPARE)

EM119801C J498 002 Div I (FT-E51-IN003) Q Div I (FY-14903A)

EM119801D J498 002 Div I (RCIC EGM Control) Q Div I (SY-15001B))

EM119801E J498 002 Div I (LITS-1N026B) Q Div I (LI-14262) 7 J498 '

EM119801F 002 Div I (PT-14262) Div I (PI-14262)

EM IJ25301 J457 Div I (LT-15775A) Q Div I (LR-15776A)

EM1J45101 J457 Div I (LSL-15775A) Q Div I (LI-15775A)

EM1J45102 J-457 Div I (PVJ! I Power'Supply) Q Div I (LR-15775A)

EM1J45102 J457 002 Div I (LT-15775A,6A) Div I (LR-15775A)

EM1J45102 J457 Div I (PT-15709A, IOA) Q Div I (PR-15710A) .

EM1J45102 J457 Div I (TI'-15790A) Q Div I PR-15790AI)

EM1PM1302 146 Div I (FY-El 1-1K600A)

'l-EI 010 Q Div I (FI-El 1-1R603A)

EM1PM1302 Ml-EI146 010 Div I (PT-El 1-1N026A) Q Pl-E 1 1-1R606A1 Non Class lE EM1PQ1302 Ml-E51-90 006 Div I (FY-14989 Isolation Device)) Q Div I (FY-E51-1K601)

EM1PQ1302 Ml-E51-90 Div I (PT-ES 1-1N004,5,7,8) Q PI-E51-1R601,2,3,4 Non Class 1E EM1Q0043B J457 012 Div I (RE-15720A) Q Div I (RITS-15720A)

EM1Q0043C J457 012 Div I (RE-15720A) Q Div I (RITS-5720A) Q

EC-QDET-1002 Q Loads in Contact with TDRS-G33-1N605 (DIV g Rev 1 page 210 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EM1Q0045G J457 015 Div I (NT-15725A) Q Div I (NIT-15725A) Q EM1Q0823C E-155 008 Div I (ES-E21-1K600A) ,

Q Div I (FT-E21-1N003A) Q EM1Q0823D E-155 008 Div I (ES-E21-1K600A) Q Div I (PT-E21-1N001A)

EM1Q0836F E-304 019 LITS-B21-1N026B (Mech Sw See App C fQ Div I (iso Mux XIT-15701A)

EM1Q1319C J449 002 Div I (FT-E51-1N003) Q Div I (FY-E51-IK601)

EM1Q1319D J449 002 Div I (FC-E51-1R600) Q Div I (Ramp/Signal Converter)

EM1Q1319E J449 002 Div I (EGM CTL E51-C002) Q SI-15001A Non Class 1E EM 1Q1319F J449 002 Div I (FC-E51-1R600) Q Div I (Ramp/Signal Converter) Q EMlQ1320C E-154 018 Div I (ES-E51-1K600) Q Div I (RCIC Transmitters) Q EM1Q3066C E-153 035 Div I (ES-El 1-1K603A) Div I (PT-El 1-1N026A) Q EM 1Q3066E E-153 035 Div I (ES-El 1-1K603A) Q Div I (PI'-El 1-IN015A) Q EM 1Q3066F E-153 035 Div I (ES-El I-1K603A) Q Div I (PT-El I-1N007A) Q EM1Q4191C E-187 001 Div I (1B216) Q Divi I (1FA40A) Q EMlQ4191D E-187 001 Div I (1B216) Q Divi I (IFA40A) Q EM1Q4193C E-187 001 Div I (1B236) Q Divi I (IE440C) Q EM1Q4193D E-187 001 Div I (1B236) Q Divi I (1FA40C) Q EM1Q4235E E-304 016 Div I (AR-'15746A) Q Div I (Iso Mux XIT-15701A) Q EMlQ4235E E-304 016 Div I (AR-15745A) Q Div I (iso Mux XIT-15701A) Q EM1Q4235F E-304 016 Div I (IX-15751) Q Div I (iso Mux XIT-15701A) Q

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0

EC-QDET-1002 Q Loads in Contact with TDRS-633-1N605 (DIV g Rev 1 page 211 CABLES DWG SH FROM SEPGR(FRM) TO . SEPGR(TO) - ISOLATED EMIQ4237D E-304 019 Div I (RY-1572IA) Q Div I (iso Mux XIT-1570IA) Q EMIQ6525C E-189 005 Div I (IC645) Q Divi I (FI'-E32-IN055,6,9)

EMIQ6525D E-189 005 Div I (IC645) Q Divi I (Pl'-E32-IN058)

EM 1S 1600F E-267 001 Div I (1C693) Q Divi I (1C292A)

EM1S1600J E-267 001 Div I (IC693) Q Divi I (IC292A)

EM1S1602C E-267 002 Div I (I C693) Q Div I (IC226A)

EM IS 1729C E-267 002 Div I (1C201A) Q Div I. (IC690A)

JM1Q0707C JM4 004 Ch A Aff(Thermocouple) Q 1RS&33-IN604 Non Class IE JMIQ0707D 004 Ch A Aff(Thermocouple) Q TRS-G33-IN604 Non Class IE JM IQ0707E JM4 004 Ch A Aff(Thermocouple) Q TRS&3 3-1N604 Non Class 1E JMIQ0707F J444 004 Ch A Aff(Thermocouple) Q TRS &33-IN604 Non Class IE JMIQ0707G 004 Ch A Aff(Thermocouple) Q TRS&33-IN604 Non Class IE JM1Q0707H JW4 004 Ch A AffPhermocouple) Q TRS &33-IN604 Non Class IE JMIQ0707M J444 004 Ch A Aff(Thermocouple) Q TRS-G33-IN604 Non Class IE JM1Q0707N J444 004 Ch A Aff(Thermocouple) Q TRS&33-IN604 Non Class lE JMlQ0707P J444 004 Ch A Aff(Thermocouple) Q TRS&33-IN604 Non Class lE JM1Q0707S J444 004 Ch A AffPhermocouple) Q TRS&33-IN604 Non Class 1E JMIQ0707T J444 004 Ch A AffPhermocouple) Q TRS-G33-IN604 Non Class 1E JMIQ0707V 004 Ch A Aff(Thermocouple) Q TRS-G33-IN604 Non Class 1E

EC-.QDET-1002 Q Loads in Contact with TDRS-G33-1N605 (DIV g Rev 1 page 212 CABLES . DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED JMIQ0708C J444 005 Ch A AffPhermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708D 005 Ch A AffPhermocouple) Q TDRS&33-IN605 Non Class IE JMIQ0708E J444 005 Ch A Aff(Thermocouple) Q TDRS&33-IN605 Non Class IE JMIQ0708F J444 005 Ch A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class IE JMIQ0708G J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708H J444 005 Ch A Aff(Thermocouple) Q TDRS&33-IN605 Non Class IE JMIQ0708J . J444 005 Ch A Aff(Thermocouple) Q TDRS&3 3-IN605 Non Chss IE .

JMIQ0708K J444 005 Ch A Aff(Thermocouple) Q TDRS&33-IN605 Non Class IE JMIQ0708L J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708M 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708P J-444 005 Ch A Aff(Thermocouple) Q 117RS&33-IN605 Non Class IE JMIQ0708Q JM4 005 Ch A Aff(Thermocouple) Q TDRS&3 3-'IN605 Non Class IE JMIQ0708T J444 005 Ch A Aff(Thermocouple) Q TDRS&3 3-IN605 Non Class IE JMIQ0708U 005 Ch A AffPhermocouple) Q . TDRS&3 3-IN605 Non Class IE JMIQ0708V J444 005 Ch A AffPhermocouple) Q TDRS&3 3-IN605 Non Class IE JMIQ0708W 005 Ch A AffPhermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708X JM4 005 ~

Ch A AffPhermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708Y 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE PM IQ0051C E-176 001 Div I Aff(ID672) Q Process Rad Mom Non Class IE

EC-QDET-1002 Q.Loads in Contact with TDRS-633-1N605 (DIVg Rev 1 page 213 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9)

PMIQOOS 1D E-176 001 Div I Aff(1D672) Q Process Rad Mom Non Class 1E PMIQ0051E E-176 001 Div I Aff'(1D672) Q Process Rad Mom Non Class IE

E CADET-1002 Q Loads in Contact with TDRS-G33-1N605 (CH C) Rev 1 page 214 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED CMOG2403C E423 006E Ch C (OC512C) Q Ch C (XI40034C)

CMIQ0705C E-168 002 Ch C (Thermocouple) Q Ch C gemp Sw to Iso Logic) Q CMIQ0705D

'h E-168 002 Ch C Phermocouple) Q ChlC (Temp Sw to Iso Logic)

CMIQ0705E "- E-168 002 C (Thermocouple) Ch C (Temp Sw to Iso Logic)

Q CMIQ0705F E-168 002 Ch C (Thermocouple) Q Ch C (Temp Sw to Iso Logic)

CMIQ0705G E-168 002 Ch C Phermocouple) Q Ch C (Temp Sw to Iso Logic) Q CMIQ0705H E-168 002: Ch C (Thermocouple) Q Ch C (Temp Sw to Iso Logic) Q CMIQ0705J E-168 002 Ch C (Thermocouple) Q Ch C (Temp Sw to Iso Logic) Q LM1Q0711C - J4 44 005 Ch C Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE LMIQ0711D J444 005 Ch C Aff(Thermocouple) Q TDRS&3 3-IN605 Non Class IE LMIQ0711E J444 005 Ch C AffPhermocouple) Q TDRS-G33-IN605 Non Class IE LMIQ0711F J444 005 Ch C Aff(Thermocouple) Q TDRS-G33-IN605 Non Class 1E LMIQ0711G JA44 004 Ch A Aff(Thermocouple) Q MRS &33-IN604 Non Class 1E LMIQ0711H J444 004 Ch A Aff(Thermocouple) Q TRS&3 3-1N604 Non Class IE LMIQ0711J J444 004 Ch A Aff(Thermocouple) Q TRS &33-IN604 Non Class IE

EC-g DET-1002 Q Loads in Contact with TRS-E11-1R601 Rev 1 pagc215 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMOG2401C E423 006 Ch A (WT (Transducer)) Q Computer Input EGJ01 (Unit 2) Non Class 1E NMOG2401C E423 006 Ch A (WT (Transducer)) Q XI40032A Non Class lE NMOG2401C E423 006 Ch A (WT (Transducer)) Q Computer Input EGJOI Non Class 1E NMOG2401D "'423 006 Ch A (VART (Transducer)) Q Computer Input EQU05 Non Class lE NMOG2401E E423 006 Ch A (VT (Transducer)) Q Computer Input EGE01 Non Class lE NMOG2401F E%23 006 Ch A (WH (Transducer)) Q Computer Input EGA01 (Unit 2) Non Class 1E NMOG2401G E423 006 Ch A (WH (Transducer)) Q Computer Input EGA01 Non Class 1E NMOG2402C E423 006 =

Ch B (WT (Transducer)) Q XI40032B Non Class IE NMOG2402C EA23 006 Ch B (WT (Transducer)) Q Computer Input EGJ02 Non Class 1E NMOG2402C E423 006 Ch B (WT (Transducer)) Q Computer Input EGJ02 (Unit 2) Non Class 1E NMOG2402D E423 006 Ch B (VART (Transducer)) Q Computer Input EQU06 Non Qass IE NMOG2402E E423 006 Ch B (VT (Transducer)) Q Computer Input EGE02 Non Class 1E NMOG2402F E423 006 Ch B (WH (Transducer)) Q Computer Input EGA02 (Unit 2) Non Qass 1E NMOG2402G E423 006 Ch B (WH (Transducer)) Q Computer Input EGA02 Non Class lE NMOG2403C E423 006 Ch C (WT (Transducer)) Q Computer Input EGJ03 Non Class 1E NMOG2403C E423 006 Ch C (WT (Transducer)) Q Computer Input EGJ03 (Unit 2) Non Class 1E NMOG2403C E423 006 Ch C (WT (Transducer)) Q XI40032C Non Class lE NMOG2403D E423 006 Ch C (VART (Transducer)) Q Computer Input EQU07 Non Chss IE NMOG2403E E423 006 Ch C (VT g ransducer)) Q Computer Input EGE03 Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-E11-1R601 Rev1 page216 CABLES DWG .. SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED NMOG2403F E423 006 Ch C (WH transducer)) Q Computer Input EGA03 (Unit 2) Non Class IE NMOG2403G E423 006 Ch C (WH Transducer)) Q Computer Input EGA03 Non Class 1E NMOG2404C E423 006 Ch D (WT (I ransducer)) Q Computer Input EGJ03 Non Class IE NMOG2404C E423 006 Ch D (WT (Transducer)) Q Computer Input EGJ04 (Unit 2) Non Class IE NMOG2404C E423 006 Ch D (WT transducer)) Q XI40032D Non Class IE NMOG2404D E423 006 Ch D (VART (Transducer)) Q Computer Input EQU07 Non Class 1E NMOG2404E E423 006 . ChD(VT(Transducer)) Q Computer Input EGE04 Non Class 1E NMOG2404F E423 006 Ch D (WH (Transducer)) Q Computer Input EGA04 (Unit 2) Non Class IE NMOG2404G E423 006 Ch D (WH (Transducer)) Q Computer Input EGA04 Non Class IE NMOS0400C E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class IE NMOS0401C E-146 003 Ch B (AT-20208 (Transducer)) Q Computer Input AEI02 Non Class IE NMOS0402C E-146 005 Ch C (AT-20303 (Transducer)) Q Computer Input AEI03 Non Class 1E NMOS0403C E-146 007 Ch C (AT-20403 (Transducer)) Q Computer Input AEI04 Non Class IE NMOV12INC E-214 001 Ch C (AT-203 10 (Transducer)) Q Computer Input MVIOS Non Class IE NMOV1201C E-214 002 Ch D (AT-20410 (Transducer)) Q Computer Input MVI06 Non Class 1E NMIOZZ011 M-147 001 LSH&12-IN013E (Press Boun(hay) Q Computer Digital Input Non Class 1E NMIA0401C E423 Ch A (AT-20101 (Transducer)) Q XI40022A Non Class 1E NM1A0401C E423 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 (Unit 2) Non Class 1E NMIA0401C E423 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-El 1-1R601 Rev 1 page 217 CABLES DWG SH FROM SEPGR(FRM) TO'EPGR(TO) ISOLATED NMIA0401D E423 001 Ch A (VT-20101 (Transducer)) Q Computer Input ETFA1 Non Class 1E NM1A0401D E423 001 Ch A (VT-20101 (Transducer)) Q Computer Input EIK41 (Unit 2) Non Class 1E NM1A0401D E423 001 Ch A (AT-20104 (Transducer)) Q XI40018A Non Class 1E NM1A0401E E423 001 Ch A (AT-20104 (Transducer)) Q Computer Input EGI01 Non Class 1E NM1A0401E E423 001 Ch A (AT-20104 (Transducer)) Q Computer Input EGI01 (Unit 2) Non Class 1E NM1A0401F E423 001 Ch A (VT-20104 (Transducer)) Q Computer Input EBFA1 Non Class 1E NMIA0401F E423 001 Ch A (VT-20104 g ransducer)) Q Computer Input EBFA1 (Unit 2) Non Class 1E NM1A0402C E423 002 Ch B (AT-20201 (Transducer)) Computer Input ETI42 (Unit 2) Non Class lE NM1A0402C E423 002 Ch B (AT-20201 (Transducer)) Q XI40024A Non Class 1E NM1A0402C E423 002 Ch B (AT-20201 (Transducer)) Q Computer Input ETI42 Non Class IE NM1A0402D - E423 002 Ch B (AT-20204 (Transducer)) Q Computer Input EGI02 (Unit 2) Non Chss IE NMIA0402D E423 002 Ch B (AT-20204 transducer)) Q XI40019A Non Class 1E NM1A0402D E423 002 Ch B (AT-20204 (Transducer)) Q Computer Input EGI02 Non Class lE NM1A0402E E423 002 Ch B (VT-20204 transducer)) Q Computer Input EBE42 Non Class IE NM1A0402E E423 002 Ch B (VT-20204 (Transducer)) Q Computer Input EBE42 (Unit 2) Non Class 1E NMIA0402F E423 002 Ch B (AT-20209 (Transducer)) Q Computer Input ETI92 (Unit 2) Non Class.lE NMIA0402F E423 002 Ch B (AT-20209 (Transducer)) Q XI40028A Non Class IE NM1A0402F E423 002 Ch B (AT-20209 (Transducer)) Q Computer Input ETI92 Non Class lE NM1A0403C E423 001 Ch C (AT-20301 (Transducer)) Q Computer Input ET143 (Unit 2) Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-E11-1R60] Rev 1 pagc218 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1A0403C E423 001 Ch C (AT-20301 (Transducer)) XI40023A Non Class 1E NMIA0403C E423 001 Ch C (AT-20301 (Transducer)) Computer Input ETI43 Non Class IE NM1A0403D E423 001 Ch C (AT-20304 (Transducer)) Computer Input EGI03 Non Class IE NMIA0403D E423 001 Ch C (AT-20304 (Transducer)) Computer Input EGI03 (Unit 2) Non Class 1E NM1A0403D E423 001 Ch C (AT-20304 g ransducer)) XI40020A Non Class 1E NMIA0403E E423 001 Ch C (VT-20304 (Transducer)) Computer Input EBFA3 (Unit 2) Non Class IE NMIA0403E E423 001 Ch C (VT-20304 (I'ransducer)) Computer Input EBFA3 Non Class 1E NMIA0403F E423 001 Ch C (VT-20309 g ransducer)) Computer Input ET193 Non Class IE NMIA0403F E423 001 Ch C (AT-20309 (Transducer)) Q Computer Input ETI93 (Unit 2) Non Class IE NM1A0403F E423 001 Ch C (AT-20309 (Transducer)) Q XI40027A Non Class 1E NM1A0404C E423 002 Ch D (AT-20401 (Transducer)) Computer Input ETI44 Non Class 1E NMIA0404C E423 002 Ch D (AT-20401 (Transducer)) Computer Input ETI44 (Unit 2) Non Class IE NM1A0404C E423 002 Ch D (AT-20401 (Transducer)) XI40025A Non Class 1E NMIA0404D E423 002 Ch D (AT-20404 (Transducer)) XI40021A Non Class 1E NMIA0404D E423 002 Ch D (AT-20404 (Transducer)) Computer Input EGI04 (Unit 2) Non Class 1E NMIA0404D E423 002 Ch D (AT-20404 g'ransducer)) Computer Input EGI04 Non Class IE NM1A0404E E423 002 Ch D (VT-20404 (Transducer)) Computer Input EBFA4 Non Class 1E NMIA0404F E423 . 002 Ch D (AT-20409 (Transducer)) Computer Input ET194 Non Class 1E NM1A0404F E423 002 Ch D (AT-20409 (Transducer)) Computer Input ETI94 (Unit 2) Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-E11-1R601 Rev 1 page219 CABLES DWG SH FROM SEPGR(FRM) TO SERGR(TO) ISOLATED NM1A0404F E423 002 Ch D (AT-20409 (Transducer)) Q XI-00029A Non Class lE 4

NM1C0328D E-135 015 Ch B (AT-20210 (Iransducer)) Q .Computer Input TNI01 Non Class 1E NMIF0200F E-179 001 PDT~2-IN004B (Press Boundary) Q 'omputer Input NFL02 Non Qass 1E NMlF0200F E-179 001 PDT-C32-1N017 (Press Boundary) 'Q LR-C32-1R608 Non Qass lE NMIF0200H E-179 001 PT-C32-1N008 (Press Boundary) Q PR-C32-1R609 Non Class 1E NM1F0200J E-179 001 FT-C32-IN003A (Press Boundary) Q FY&32-IK605A Non Class 1E NM1F0200K E-179 001 FT-C32-IN003B (Press Boundary) Q FY&32-1K605B Non Class 1E NM1F0200L E-179 001 FT&32-IN003C (Press Boundary) Q FY&32-IK605C Non Class IE NM1F0200M E-179 OOI FTm2-IN003D (P Boundary) Q FY-C32-IK605D Non Class IE NM1F0200N E-179 001 PDT-C32-IN004C (Press Boundary) Q LSHM2-IK624C Non Qass lE NM1I5707D J457 OO3B PT-15702 (Press Bou dary) Q PSHI 15702 Non Class 1E NMlM0104A E-302 003 TE-El 1-1N004A (Press Boundary) Q Computer Input NHI01 Non Class 1E NM1M0104B E-302 003 TE-El 1-1N004B (Press Boundary) Q Computer Input NHT02 Non Class 1E NMIPE4279 Ml<51-19 040 Flow Unit C Q Indicating Light Non Class 1E Contact to Coil NM1PM1307 J451 009 FT-El 1-1N013 (Press Boundary) Q FI-El 1-IR607 Non Class 1E NM1PPF101 009 FY-G33-1K602 (See App F for eval.) Q F1&33-IR609 'Non Class 1E NMlPPF101 J444 009 FY-G33-1K605 (See App F for eval.) Q F1&33-IR602 Non Class 1E NM1PPF101 J444 009 FY&33-IK605 (See App F for eval.) Q F1&33-]R602 Non Class 1E NM1Q0045L J457 015 MT-15725A (isolation Device) Q Computer Input NM118 Non Class 1E YES

0 EC-QDET-1002 Q Loads in Contact with TRS-E11-1R601 Rev1 page220 .

CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ0045L J457 015 NIT-15725A (Isolation Device) Q Computer Input NM602 Non Class IE NMIQ0045M J457 015 NIT-15725A (Isolation Device) Q SPDS Input NM6002Z Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE NMIQ0048L J457 016 . NIT-15725B (isolation Device) Q Computer Input NM117 Non Class IE NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM601 Non Class IE YES NMIQ0048M JA57 016 MT-15725B (Isolation Device) Q SPDS Input NM6001Z Non Class IE NMIQ0048M J457 016 NIT-15725B (isolation Device) Q Computer Input Non Class IE YES NMIQ0300C E-169 Ch A (AT-20107 (Transducer)) Q Computer Input NDI01 Non Class IE NMIQ0301C . E-169 Ch D (AT-20407 (Transducer)) Q Computer Input NDI02 Non Class IE NMIQ0801C E-156 001 Ch A (AT-20105 g'ransducer)) Q Computer Input NSI01 Non Class IE NMlQ0802C E-156 002 ChA(AT-20205(Transducer)) Q Computer Input NSI02 Non Class IE NMIQ0803C E-156 003 Ch B (AT-20305 transducer)) Q Computer Input NSI03 Non Class IE NMIQ0804C E-156 004 Ch D (AT-20405 (Transducer)) Q Computer Input NSI04 Non Class IE NMIQ1604E E-181 007 PDT-B31-IN015A (Press Boundary) Q NMIQ1604E E-181 PDT-B31-IN015A (Press Boundary) Q PDI-B31-I R612A Non Class IE NMIQ2000H E-158 LSH&12-IN013E (Press Boundary) Q Relay K3 Non Class IE Contact to Coil NMIQ3000C E-153 Ch A (AT-20102 (Transducer)) Q Computer Input NHI01 Non Class IE NMIQ3001C E-153 003 Ch B (AT-20202 g'ransducer)) Q Computer Input NHI02 Non Class IE NMIQ3002C E-153 005 Ch C (AT-20302 (Transducer)) Q Computer Input NHI03 Non Class IE

EC-QDET-1002 Q Loads in Contact with TRS-E11-1R601 Rev 1 pagc221 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ3003C E-153 007 Ch D (AT-20402 (Transducer)) Q Computer Input NHI04 Non Class IE NM1Q3066J E-153 035 FT-El I-IN013 (Press Boundary) Q Computer Input NHF03 Non Class 1E NMIQ3066J E-153 035 FT-El 1-1N013 (Press Boundary) Q FI-El I-IR607 Non Class IE NM1Q3070C J451 18 CE-El I-1N001A (Seismic Only) Q CISH-El 1-IR001A Non Class 1E NMlQ3070D F51 18 CE-El 1-1NOOIB (Seismic Only) Q CISH-El 1-1R001B Non Class 1E NMlQ3071C J451 017 TE-El 1-IN004A (Seismic Only) Q TRS-El I-1R601 Non Class 1E NMlQ3071E J451 017 TE-El I-1N017A (Seismic Only) Q TRS-El 1-IR601 Non Class IE NM1Q3071F J451 017,TE-E11-1N017C (Seismic Only) Q 'IRS-EI I-IR601 Non Class IE.

NM1Q3071G F51 017 TE-El I-IN027A (Seismic Only) Q TRS-El 1-IR601 Non Class IE NMIQ3071H F51 017 TE-El 1-IN032A (Seismic Only) Q TRS-El I-IR601 Non Class IE NMlQ3071J J451 017 TE-El 1-IN004B (Seismic Only) Q TRS-EI I-IR601 Non Class IE NMIQ3071K J451 017 TE-El I-IN005B (Seismic Only) Q Computer Input AET06 Non Class 1E NM1Q3071L J451 017 TE-El I-IN017B (Seismic Only) Q TRS-El I-IR601 Non Class IE NM1Q3 071M J451 017 TE-El I-IN017D (Seismic Only) Q TRS-El I-IR601 Non Class 1E NMIQ3071N Jul 017 TE-El I-IN027B (Seismic Only) Q TRS-El I-IR601 Non Class lE NMlQ3071P J451 017 TE-El 1-IN032B (Seismic Only) Q TRS-E 1 1-1R601 Non Class IE NM1Q4191N E-187 001 Div I (TE-15796A1 (T/C)) Q Div I (TSS-15796A) Q NMlQ4191P E-187 001 Div I (TE-15796A2 (T/C)) Q Div I (TSS-15796A) Q NMIQ4191Q E-187 001 Div I (TE-15796A3 (T/C)) Q Div I (TSS-15796A) Q

EC-QDET-1002 Q Loads in Contact with TRS-E11-1R601 Rey 1 page222 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1Q4193E E-187 001 Div I (TE-15796CI (T/C)) Q Div I (TSS-15796C)

NM1Q4193F E-187 001 Div I PE-15796C2 g/C)) Q Div I PSS-15796C)

NMIQ4193G E-187 001 Div I gP.-15796C3 (T/C)) Q Div I (TSS-15796C)

NMIQ4194E E-187 001 Div II (TE-15796D1(T/C)) Q Div II (TSS-15796D) Q NMIQ4194F E-187 001 Div II (TE-15796D2 (T/C)) Q Div II (TSS-15796D) 'Q NMIQ4194G E-187 001 Div 11 (TE-15796D3 (T/C)) Q Div II (TSS-15796D)

NMlS0600C E-150 003 Ch C (AT-20308 (Transducer)) Q Computer Input AEI05 Non Class lE NM1S0601C E-150 001 Ch D (AT-20408 (Transducer)) Q Computer Input AEI06 Non Class lE NMIV1600C E-213 001 Ch A (AT-20110 (Transducer)) Q Computer Input MVI03 Non Class 1E NMIV1601C E-213 002 Ch A (AT-20211 (Transducer)) Q Computer Input MVI04 Non Class 1E NM1V2600C E-216 001 Ch A (AT-20103 g ransducer)) Q Computer Input MVI01 Non Class 1E NMIV2601C E-216 002 Ch B (AT-20203 (Transducer)) Q Computer Input MVI02 Non Class 1E NM2C0328C E-135 039 Ch C (AT-20309 (Transducer)) Q Computer Input TNI51 Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVg Rev 1 page 223 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED AMOG2401C E423 006 Ch A (Frequency Tranducer) Ch A (XI40034A) Q AMIQ0701C E-168 002 Ch A Phermocouple) Ch A gemp Sw to Iso Logic) Q AMIQ0701D E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701E '-168 002 Ch A (Thermocouple) Ch A g emp Sw to Iso Logic) Q AMIQ0701F E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701G E-168 002 Ch A Phermocouple) Ch A gemp Swtolso Logic) Q AMIQ0701H E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701J E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ070IK E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) .

Q AMIQ0701L E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701M E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701N E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701P E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ070IR E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701S E-168 002 Ch A (Thermocouple) Ch A g emp Sw to Iso Logic)

AMIQ0702C E-168 001 Ch A (Thermocouple) Ch A Pemp Switch to Iso Logic) Q AMIQ0702D E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702E E-168 001 Ch A (Thermocouple) Ch A (Temp Switch to Iso Logic) Q AMIQ0702F E-168 001 Ch A (Thermocouple) Ch A (Temp Switch to Iso Logic) Q

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVg Rev 1 page224 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED AMIQ0702G E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702H E-168 001 Ch A (Thermocouple) Q Ch A Pemp Switch to Iso Logic) Q AMIQ0702J E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702K, E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702L E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702M E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702N E-168 001 Ch A (Thermocouple) Q Ch A (Temp Switch to Iso Logic) Q AMIQ0702P E-168 001 Ch A (Thermocouple) Q Ch A(Temp Switchto Iso Logic) Q AMIQ0702R E-168 001 Ch A (Thermocouple) Q Ch A Pemp Switch to Iso Logic) Q AMIQ0702S E-168 001 Ch A (Thermocouple) Q Ch A(lemp Switch to Iso Logic) Q AMIQ0702T JQOI 012 Ch A (TE-10100A) Q Ch A (TSH-10100A) Q AMIQ0702U J401 012 Ch A (TE-10100B) Q Ch A (TSH-'10100B) Q EMOIIIOID 002 Div I (PT41107A) Q Div I (PI41107A) Q EMOIIIOIE 002 Div I (FT41109A) Q Div I (FY41109AI) Q EMOI1104F 005 Div I PE41106A) Q Div I gT41106A) Q EMII1211C J451 015 Div I (TE-El I-IN027A (RTD)) Q Div I (7I'-15127A) Q EM I I1211D F51 015 . Div I gV-15127A)

Q Div I (TI-15127A) Q EM112603C J426 003 Div I (PY-12644A) Q Div I (PT-12644) Q EM I 12603 D J426 003 Div I (PY-12644) Q Div I (PT-12644) Q

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVg Rev 1 page 225 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMI[4202D J442 001 Div I (LT-14201A) Q Div I (LY-14201A)

EMll4202E '442 Div I (LT-14203A) Q Div I (LY-14203A) Q EM I I4202H JM2 001 Div I (LT-14203A) Q Div I (LI-14203A) Q EM1I4202J J442 001 Div I (LT-14202A) Q Div I (LR-14202) e EM1I4202L J442 001 Div I (LT-14202A) Q Div I (LY-14202A)

EMI[4202M, J442 Div I (PT-14201A) Q Divi I (1C651)

EM II4202N JM2 Div I (LT-14203A) Q Div I (LI-14201A1)

EM II5101D J470 002 Div I (FT-15120A) Q Div I (FY-15120A) . Q EM 1l5101E J470 002 Div I (FT-15121A) Q Div I (FY-15121A)

EMII5101F J470 002 Div I (FY-15120A) Q Div I (FI-15120A) Q EM115701C J457 Div I (LT-15776A) Q Div.l (iso MuxXIT-15701A) Q EM115705C J457 Div I (PT-15710A) Q Div I (PY-15710A) Q EM115705E J457 003 Div I (PT-15709A) Q Dsv I (PY-15709A) Q EM115705H J457 003 Div I (PT-15729A) Q Div I (PY-15729A) Q EM115707A J457 003 Div I (PT-15729A) Q Div I (PR-15710A) Q EM II5714G J457 007 Div I (TE-15790A) Q Divi I (IT-15790A) .e EM115714H J457 007 Div I (TE-15790A) Q NONE (SPARE)

EM II5714J J457 007 Div I (TE-15799A) Q Div I (Tl'-15799A)

EM115714K J457 Div I (TE-15799A) Q NONE (SPARE)

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVQ .Rev 1 page 226 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMII9801C J498 002 Div I (FT-ESI-IN003) Q Div I (FY-14903A)

EM119801D J498 002 Div I (RCIC EGM Control) Div I (SY-15001B))

EM119801E J498 002 Div I (LITS-1N026B) Q Div I (LI-14262)

EM119801F J-498 002 ~ Div I (PT-14262) Q Div I (PI-14262)

EMIJ25301 J457 002 Div I (LT-15775A) Q Div I (LR-15776A)

EM1J45101 J457 002 Div I (LSL-15775A) Q Div I (LI-15775A)

EM1J45102 J457 002 Div I (PMA1 Power Supply) Q Div I (LR-15775A)

EM1J45102 J457 002 Div I (LT-15775A,6A) Q Div I (LR-15775A)

EM1J45102 . J457 003 Div I (PT-15709A, IOA) Q Div I (PR-15710A)

EM1J45102 J457 007 Div I (IT-15790A) Q Div I (TR-15790A1)

EMIPM1302- Ml-EI146 010 Div I (FY-El I-IK600A) Q Div I (FI-El I-1R603A)

EM1PM1302 Ml-EI1%i 010 Div I (PT-El 1-1N026A) Q PI-El I-1R606A1 Non Class 1E EM1PQ1302 Ml-E51-90 006 Div I (FY-14989 Isolation Device)) Q Div I (FY-E51-1K601)

EM1PQ1302 Ml-E51-90 006 Div I (PT-.E51-1N004,5,7,8) Q PI-E51-1R601,2,3,4 Non Class lE EM1Q0043B J457 012 Div I (RE-15720A) Q Div I (RITS-15720A) e EM1Q0043C J457 012 Div I (RE-15720A) Q Div I (RITS-5720A)

EM1Q0045G J457 015 Div I (NT-15725A) Q Div I (NIT-15725A) e EM1Q0823C E-155 008 Div I (ES-E21-IK600A) Q Div I (FT-E21-1N003A) e EMIQ0823D E-155 008 Div I (ES-E21-I K600A) Q Div I (PT-E21-1N001A)

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVI) Rev 1 page 227 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMIQ0836F E-304 019 LITS-B21-1N026B (Mech Sw See App C fQ Div I (Iso Mux XIT-15701A) Q EM1Q1319C J449 002 Div I (FT-E51-1N003) Q Div I (FY-E51-IK601)

EM1Q1319D JM9 002 Div I (FC-E51-1R600) Q 'ivI (Ramp/Signal Converter)

EM IQ1319E J449 002 Div I (EGM CIL E51-C002) Q SI-15001A Non Class 1E EM1Q1319F J449 002 Div I (FC-E51-1R600) Q Div I (Ramp/Signal Converter) Q EM1Q1320C E-154 018 Div I (ES-E51-1K600) Q Div I (RCIC Transmitters) Q EMIQ3066C E-153 035 Div I (ES-El 1-IK603A) Q Div I (PT-El I-1N026A) Q EM1Q3066E E-153 035 Div I (ES-E 1 1-1K603A) Q Div I (PT-El I-1N015A) Q EMIQ3066F E-153 035 Div I (ES-E11-.1K603A) Q Div I (PT-El 1-1N007A) Q EMIQ4191C E-187 001 Div I (IB216) Q Divi I (1E440A) Q EMIQ4191D E-187 001 Div I (IB216) Q Divi I (IE440A) Q EM1Q4193C . E-187 001 Div I (1B236) Q Divi I (1E440C) Q

'01 EMIQ4193D E-187 Div I (IB236) Q Divi I (1E440C) Q EMlQ4235E E-304 016 Div I (AR-15745A) Q . Div I (lso Mux XIT-15701A) Q EMIQ4235E E-304 016 Div I (AR-15746A) Q Div I (iso Mux XIT-15701A) Q EMIQ4235F E-304 016 Div I (TX-15751) Q Div I (iso Mux XIT-15701A) Q EM1Q4237D E-304 019 Div I (RY-15721A) Q Div I (iso Mux XIT-15701A)

EM1Q6525C E-189 005 Div I (1C645) Q Divi I (PT-E32-1N055,6,9) Q EM1Q6525D E-189 005 Div I (1C645) Q Divi I (PT-E32-1N058) Q

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIV g Rev 1 page228 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMIS1600F E-267 001 Div I (IC693) Q Divi I (IC292A)

EMIS1600J E-267 001 Div I (IC693) Q Divi I (IC292A)

EMIS1602C E-267 002 Div I (IC693) Q Div I (IC226A)

EM IS1729C E-267 002 Div I (IC201A) Q Div I (IC690A)

JMlQ0707C J444 004 Ch A Aff'(Thermocouple) Q TRS&33-IN604 Non Class IE JMIQ0707D J444 004 Ch A Aff(Thermocouple) TRS&33-IN604 Non Class 1E JMIQ0707E JA44 004 Ch A Aff(Thermocouple) Q . TRS&33-IN604 Non Class IE JMIQ0707F JA44 004 Ch A Aff(Thermocouple) Q TRS &33-IN604 Non Class IE JM IQ0707G J444 004 Ch A Aff(Thermocouple) Q TRS &33-IN604 Non Class IE JMIQ0707H J444 004 Ch A Aff(Thermocouple) Q TRS-G33-IN604 Non Class IE JMIQ0707M J444 004 Ch A AffPhermocouple) Q TRS &33-IN604 Non Class IE JMIQ0707N 004 Ch A Aff(Thermocouple) Q TRS Non Class IE

<33-IN604'RSW33-IN604 JM IQ0707P 004 Ch A Aff(Thermocouple) Non Class IE JMIQ07Q7S J444 004 Ch A AffPhermocouple) Q TRS-G33-IN604 Non Class IE JMIQ0707T J444 004 Ch A Aff(Thermocouple) Q TRS &33-IN604 Non Class IE JM1Q0708C 005 Ch A Aff(Thermocouple) Q TDRS-G33-1N605 Non Class IE JMIQ0708D 005 Ch A AffPhermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708E J444 005 Ch A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class IE JM1Q0708F J444 005 Ch A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class 1E

EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (DIVg Rev 1 pagt229 CABLES DWG SH PROM SEPGR(PRM) TO SEPGR(TO) . ISOLATED JM1Q0708G JW4 005 Ch A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class IE JMIQ0708H 005 Ch A Aff(Thermocouple) TDRS-G33-IN605 Non Class IE JMIQ0708J J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class 1E JMIQ0708K J 444 005 Ch A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class 1E JM IQ0708L J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JM1Q0708M J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JM1Q0708T. JM4 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE

JM1Q0708U JM4 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class IE JMIQ0708V 005 Ch A Aff(Thermocouple) Q TDRS<33-IN605 Non Class IE JMIQ0708W J444 005 Ch A Aff(Thermocouple) Q TDRS &33-IN605 Non Class 1E JM1Q0708X JM4 005 Ch A Aff(Thermocouple) Q TDRS-G33-1N605 Non Class IE JMIQ0708Y J444 005'h A Aff(Thermocouple) Q TDRS-G33-IN605 Non Class IE PM1Q0051C E-176 001 Div I Aff(ID672) Q Process Rad Mom Non Class 1E YES PM1Q0051D E-176 001 Div I Aff(ID672) Q Process Rad Mom Non Class IE PM1Q0051E E-176 001 Div I Aff(ID672) Q Process Rad Mom Non Class IE

1 EC-QDET-1002 Q Loads in Contact with TRS-G33-1N604 (CH C) RcY I page230 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED CMOG2403C E423 006E Ch C (OC512C) Q Ch C (XI40034C)

CM1Q0705C E-168 002 Ch C (Thermocouple), Q Ch'C (Temp Sw to Iso Logic) Q CM1Q0705D E-168 002 Ch C Phermocouple) Q ChlC (Temp Sw to Iso Logic) Q CM1Q0705E " E-168 002 Ch C Phermocouple) Ch C (Temp Sw to Iso Logic)

Q CM1Q0705F E-168 002 Ch C Phermocouple) Q Ch C (Temp Sw to Iso Logic) Q CMlQ0705G E-168 002 Ch C Phermocouple) Q Ch C (Temp Sw to Iso Logic) Q CM1Q0705H E-168 '

,002 Ch C Phermocouple) Ch C (Temp Sw to Iso Logic)

CMlQ0705J E-168 002 Ch C (Thermocouple) Q Ch C (Temp Sw to Iso Logic)

LM1Q0711C J444 005 Ch C Aff(Thermocouple) Q TDRS&33-IN605 Non Class 1E LM1Q0711D JM4 005 Ch C AffPhermocouple) Q TDRS&33-IN605 Non Class 1E LM1Q0711E J444 005 Ch C Aff(Thermocouple) Q TDRS &33-IN605 Non Class 1E LM1Q0711F J444 005 Ch C AffPhermocouple) Q TDRS<33-IN605 Non Class 1E LM1Q0711G J444 004 Ch A AfrPhermocouple) Q TRS &33-IN604 Non Class 1E LM1Q0711H J444 004 ChAAff(Thermocouple) Q TRS &33-IN604 ~

Non Class 1E LMIQ0711J J444 004 Ch A AffPhermocouple) Q TRS &33-IN604 Non Class IE

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 231 CABLES . DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED AKIE11017 MI-Elle 017 Ch A (1B216) Ch A (HV-El1-IF015A) Q AK1E11017 Ml-EIIM 020 Ch A (ID614) Ch A (1P202A)

AK1PM1705 MI-El IM 016 Ch A (IB237) Ch A (HV-El1-1F048A) Q AKlPM1705 " MI-EIIM 016 Ch A (1D614) Ch A (IP202A)

AKIPM1705 MI-EI IM 016 Ch A (1Y216) Ch A (SV-11274A) Q AMOG2401C EA23 006 Ch A (Frequency Tranducer) Ch A (XI40034A) Q AMIQ0702T J401 '12 Ch A (TE-10100A) Ch A (I'SH-10100A) Q AMlQ0702U J401 012 Ch A (TE-10100B) Ch A (I'SH-10100B) Q EKOS0402P E-146 005 Div I (1A20303) Div I (ESW RESET LOGIC) Q EKIC4 1001 Ml-C41-36 003 Div I (IY21647) . Div I (C41-1F004B) Q EKIC41002 MI4.41-36 003 Div I (IB217061) 'iv I (K2B~I)

EK1C41003 MI~I-36 003 Div I (IY236%21) Div I (C41-F004A) Q EKIEI1001 .

MI-EIIM 004 Div I (1D614) Q Div I (K7A,8A-E21A) Q EK1E11002 Ml-EIIM 006 Div I (ID614) Div I (K19A-E21A) Q EK1E11003 MI-EII46 006 Divl (1D614) Div I (K9A-E21A) Q EKIE11004 MI-Elle 005 Div I (1D614) Div I (NO FOUND) Q EKIE11006 MI-EIIM 017 Div I (IY216) Div I (HV-ElI-IF060A, IF122A) Q EK1E11007 MI-E1146 '004 Div I (ID614) Div I (K110A-U2, 52BX-20301) Q EK1E11008 Ml-ElIM 004 Div I (1D614) Div I (K110A-U2) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 232 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIE11009 MI-Elle 004 Div I (2D614) Q Div I (K110A-Ul) Q EK1E11010 MI-E1146 004 Div I (2D614) Q Div I (K110A-Ul) Q EK1E11011 MI-Elle 017 Div I (IY216) Q Div I (HV-E11-1F060A, 1F122A) Q EKIE11012 Ml-E1146 010 Diy I (FY-15189 Isolation Device) Q Div I (FT-El 1-1N015A) e EK1E11012 MI-E1146 010 Div I (FT-El 1-1N007A) Q 'Div I (FY-11207A)

EK1E11012 Ml-EI IM 011 Div I (PT-El I-1N026A) Q PI-El 1-1R606A1 Non Class IE EK1E11013 Ml-Elle 004 Div I (1D614) Q Div I (PS-El 1-1N011A) Q EK1E11013 MI-Elle 004 Div I (1D614) Q Div I (PS-E11-1N021E,G) Q EK1E11013 MI-E1146 005 Div I (1D614) Q Div I (52AX-20201) e EK1E11014 Ml-E1146 005 Div I (1D614) Q Divi I (HV-Ell-lF004C,6C e EK1E11015 MI-Elise 004 Divl (1D614) Q Div I (PIS-B31-1N016A) Q EK1E11015 MI-EIIM MI-Elise 004 Div I (1D614) Q Div I (FS-El 1-1N021A) e EKIE11015 Ml-E1146 004 Div I (1D614) Q Div I (ZlX-F008) e EK1E11015 Ml-E1146 004 Div I (ID614) Q Div I (52A-20102) e EKIE11015 005 Div I (ID614) Q Div I (HV-ElI-IF004A) Q EK1E11015 MI-EIIM 005 Div I (ID614) Q Div I (HV-El 1-1F006A) Q EK1E11016 Ml-EIIM 005 Div I (1D614) Q Divi I (52AX-20404, 09)) Q EK1E11016 Ml-EI146 '016 Div I (1B236) Q Divi I (HV-El1-1F027A) Q EKIE11018 Ml-Elle 019 Div I (1Y216) Q Divi I (HV-E51-1FOSOB) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 233 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIE11020 Ml-EI146 016 Div I (1B217) Div I (HV-El1-1F016A)

EK1E11021 MI-Elle 007 Div I (IB216)

Q Q 'iv I (HV-ElI-IF028A)

= 'EK1E11022 MI-EI IM 007 Div I (1B237) Q Divi I (HV-El1-1F024A)

EK1E11022 MI-Elle 007 Div I (1B217) Q Divi I (HV-E1 I-1F021A)

EK1E11023 Ml-Elle 017 Div I (1Y216) Q Div I (HV-El1-IF050A)

EKIE21008 Ml-E21-35 005 Div I (PT-E21-1N001A) Q Div I (Pl-E21-1R60OA)

EK1E21008 Ml-E21-35 005 Div I (FT-E21-1N003A) Q Div I (FI-E21-1R601A)

EK1FA1001 MI-FA149 005 Div I (1D614-07) Q Div I (K63-E41)

EK1E41001 MI-FA149 005 Div I (ID614%7) Q Div I (K45 -FA1)

EK1E41001 MI-FAIL 005 Div I (ID614%7) Q Div I (K62-FA1)

EK1FA 1001 Ml-FA149 009 Div I (ID61447) Q Div I (HV-E41-1F026)

EKIFA1001 MI-FA149 009 Div I (IY21647) Q Div I (HV-FAI-1F100)

EKlFA1001 MI-FA149 009 Div I (ID61447) Q Div I (HV-FA1-1F028)

EK1E4 1002 Ml-FAI49 005 Div I (ID61447) Q Div I (K43 -E41)

EKIE4 1002 Ml-E4 149 005 Div I (ID6 14%7) Q Div. I (K46 -FAI)

EK1FA1004 Ml-FAIL 008 Div I (HV-E41-1F079) Q Div I (42 Contactor) Q.

EK1E51015 Ml-E51-90 006 Div I (ID61447) Div I (EGM Contml) Q EKlP8F201 Ml-B31-275'.014 Div I (1B219) Q Div I (K99A, K37A-E11A) Q EKIP8 F201 M1-B31-275 016 Div I (1B219) Q Div I (K99A, K37A-E11A) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 234 CABLES DWG SH FROM SEPGR{FRM) TO SEPGR(TO) ISOLATED EK1P8X801 Ml-B31-275 014 Div I (K39B -El 1) Q Div I (HV-B31-IF023A) Q EK1PSX801 Ml-B31-275 014 Div I (K39B -El 1) Div I (HV-B31-.1F023A) Q EKlPSX801 M1-B31-275 014 Div I (K39B -El 1) Q Div I (HV-B31-IF031A) Q EK1P8X801 Ml-B31-275 014 Div I (K37A -El 1) Q Div I (HV-B31-1F031A) Q EK1PC1701 M1<41-36 003 Div I (IB236081) Q Div I (K2A ~I) Q EK1PC1705 MI~I-36 003 Div I (IY21647) Q Div I (XII-IF004A,B) Q EKIPC1706 M1~ 1-36 003 Div I (IB217MI) . DivI (K2B ~1) Q EKIPM1304 MI-EI146 017 Div I (1Y216) Q Div I (HV-E11-1F060A, 1F122A) Q EK1PM1308 MI-EI 146 019 Div I (HV-EI 1-1F122B) Q Division I EK1PM1309 Ml-El1<6 013 Div I (1Y216) Q . Div I (RHR Sys 1 Status) Q EK1PM1701 Ml-ElIM 011 Div I (ID614) Q Div I (HV-E11-1F103A,4A) Q EKIPM1701 MI-E1146 013 Div I (1Y216) Q Div I (RHR SYSI Staus) Q EK1PM1701 MI-E MI-Elise I 146 013 Div I (1Y216) Q Div I (RHR SYS1 Staus) Q EKIPM1702 Ml-Elle 004 Div I (ID614) Q Div I (S32A)

EK1PM1702 Ml-Elle 005 Div I (1D614) Q Div I (S17A)

EK1PM1702 005 Div I (1D614) Q Div I (S3A)

EK1PM 1703 MI-E1.146 004 Div I (1D614) Q Div I (S20A, S56A) Q EKIPM1703 Ml-E1146 '.006 Div I (1D614) Q Div I (S1A, S56A) Q EK1PM1703 Ml-E1146 017 Div I (K84) Q 'ivI (HV-El 1-1F007A) Q

\'

i

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 235 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1PM1704 MI-EI146 005 Div I (1D614) Q Div I (S3C)

EK1PM 1704 Ml-ElIM 017 Div I (1Y216) Q Div I (HV-El1-IFOSOA)

EK1PM1707 M1-El lM 016 Div I (IB217) Q Div I (HV-El1-1F016A)

EK1PM1707 Ml-ElIM 016 Div I (1B216) Q Div I (HV-El1-1F028A)

EK1PM1708 MI-E1146 016 Div I (1B237) Q Div I (HV-El1-1F024A)

EKIPM1708 Ml-EIIM 016 Div I (1B236) Q Div 1(HV-El 1-1F027A)

EK1PM1709 MI-Elle 016 Div I (1B217) Div I (HV-Ell-1F021A,)

EK1PM1709 Ml-Elle 017 Div I (IB216) Q Div I (HV-E11-1F017A,)

EK1PM1710 MI-E1146 017 Div I(HV-El1-1F015A) Q Div I (1B219)

EK1PM1715 MI-EI146 019 Div I (HV-E51-1FOSOB) Q Div I (1Y216)

EK1PMX801 MI-EIIM 005 Div I (1D614) Q Div I (K2B)

EK1PMX801 MI-EIIM 006 Div I (ID614) Q Div I (K35B,K36B,K47B,K91B) Q EK1PMX807 Ml-E1146 005 Div I (K201B) Q MI-EI 146 EK'1PMX808 Ml-Elle 005 Div I (K200B) Q Ml-E1146 EK1PN1301 Ml-E21-35 005 Div I (FT-E21-1N003A) Q Div I (FI-E21-IR601A)

EK1PN1301 Ml-E21-35 005 Div I (PT-E21-1N001A) Q Pl-E21-1R600A Non Class 1E EK1PP 1701 MI-FA149 003 Div I (IY21647) Q . Div I (1C601)

EK IPP 1702 Ml-FA1<9 .003 Div I (ID614%7) Q Div I (K39 -FA1) Q EKIPP 1702 MI-FAIL 003 Div I (ID61447) Q Div I (HV-FA1-1F100)

E ECTED ET-1002 Q Loads in Contact with PI-El 1-1R606A1 Rev I page 236 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1PP 1702 MI-E4149 003 Div I Q Div I (HV-FAI-1F026) Q (ID61447)'l-FA149 EK1PP 1702 003 Div I (ID61447) Q Div I (HV-E41-1F028) Q EK1PP 1702 Ml-FA149 003 Div I (ID614%7) Q Div I (HV-FAl-1F028) Q EK1PP 1703 Ml-E4149 008 Div I (HV-FA1-1F079) Q Div I Indicating Lights) Q EK1PP 1705 Ml-E4149 008 Div I (HV-FAI-1F079) Q Div I (42 Contactor) Q EK1PP1707 Ml-FA149 007 Div I (HV-FA1-1F002) Q Div I (42 Contactor)

EK1PPX701 Ml-FAIL 005 Div I (ID614%7) Q Div I (K44-FAI) Q EK1PPXX01 Ml-FA149 009 Div I (ID614%7) Q Div I (HV-FA1-IF028) Q EK1PQ1301 Ml-E51-90 005 Div I (ES-El I-1K600) Q Div'I (Distribution Bus) Q EK1PQ1301 Ml-E51-90 005 Div I (ES-El I-1K600) Q Div I (K47)

EK1Q0108E Ml-B21-131 011 Div I (IY21647) Q Div I (HV-B31-IF013) Q EKIQ0200H E-166 001 Div I (1B236081) Q Div I (K7A (IC690A) Q EKIQ0201H E-166 002 Div I (1B217061) Q Div I (K7B -1C690B) Q EKIQ0627F E-304 001 Div I (HV-16116AI) Q Div I (lso Mux XIT-15701A) Q EKIQ0627F E-304 001 Div I (HV-16108A1) Q Div I (lso Mux XIT-15701A) Q EK1Q0627G E-304 011 Div I g1P Ball Valve) Q Div I (lso Mux XIT-15701A) Q EKIQ0837E E-304 007 Div I (HV-E21-1F015A) Q Div I (iso Mux XIT-15701A) Q EKlQ1334D E-304 .006 Div I (HV-E51-IF062) Q Div I (Iso Mux XIT-15701A) Q EKIQ1334D E-304 006 Div I (HV-E51-1F008) Q Div I (lso Mux XIT-15701A) Q

EC+DET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 237 CABLES DWG SH FROM SEPGR(FRY) TO SEPGR(TO) ISOLATED EKIQISSOD E-304 010 Div I (HV-B21-IF022B) Q Div I (iso Mux XIT-1570IA) Q EK1Q1550D E-304 010 Div I (HV-B21-IF022A) Q Div I (iso Mux XIT-15701A) Q EKIQISSOE . E-304 010 Div I (HV-B21-IF016) Q Div I (Iso Mux XIT-15701A) Q EK1Q1550E E-304 010 Div I (HV-B21-1F001) Q Div I (lso Mux XIT-15701A) Q EK1QISSOF E-304 010 Div I (HV-B21-IF022D) Q Div I (iso Mux XIT-15701A) Q EKIQISSOF E-304 010 Div I (HV-B21-1F022C) Q Div I (Iso Mux XIT-15701A) Q EK1Q1550G E-304 009 . Div I (HV-El 1-1F009) Q Div I (Iso Mux XIT-15701A) Q EKIQISSOG E-304 009 Div I (HV-E1 1-1F040) Q Div I (Iso Mux XIT-15701A) Q EKlQISSOG E-304 009 Div I (HV-B31-1F019) Q Div I (Iso Mux XIT-15701A) Q EKIQISSOH E-304 009 Div I (SV-El I-1F079B) Q Div I (Iso Mux XIT-15701A) Q EKIQISSOH E-304 009 Div I (HV-B21-IF019) Q Div I (iso Mux XIT-15701A) Q EK1QISSOH E-304 009 Div I (SV-El I-1F079A) Q Div I (iso Mux XIT-IS701A) Q EK1Q4036D E-304 007 Div I (HV-FAI-1F079) Q Div I (Iso Mux XIT-15701A) Q EKIQ4036D E-304 007 Div I (HV-E41-1F100) Q Div I (Iso Mux XIT-15701A) Q EK1Q4036E E-304 007 Div I (HV-FA1-IF002) Q Div I (lso Mux XIT-'15701A) Q EK1Q4036E E-304 007 Div I (HV-El I-1F021A) Q Div I (Iso Mux XIT-15701A) Q EK1Q4037A E-304 003 Div I (HV-ElI-IF027A) Q Div I (Iso Mux XIT-15701A) Q EK1Q4037A E-304 .003 Div I (HV-E1 I-1F028A) Q Div.I (Iso Mux XIT-15701A) Q EKlQ4037A E-304 003 Div I (HV-ElI-1F016A) Q Div I (Iso Mux XIT-15701A) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 238 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED EK1Q4037A E-304 003 Div I (HV-El1-1F024A) Q Div I (fso Mux XIT-15701A) Q EKlQ4037D E-304 007 Div I (HV-El1-1F022) Q Div I (iso Mux XIT-15701A) Q r

EKlQ4037E E-304 007 Div I (HV-El1-1F008) Q Dfv I (fso Mux XIT-15701A) Q-EK1Q4037F E-304 012 Div I (HV-11314) Q Div I (fso Mux XIT-15701A)

EKlQ4037G E-304 014 Div I (SV-12661) Q Div I (fso Mux XIT-15701A) Q EK1Q4037G E-304 014 Div I (SV-12671) Q Div I (iso Mux XIT-15701A) Q EKlQ4037H E-304 014 Div I (SV-12651) Q Div I (Iso Mux X1T-15701A) Q EK1Q4037J E-304 009 Div I (HV-El 1-1F015A) Q Div I (fso Mux XIT-15701A) Q EK1Q4037K E-304 009 Div I (HV-12603) Q Div I (iso Mux XIT-15701A) Q EK1Q4037K E-304 009 Div I (HV-15766) Q Div I (fso Mux XIT-15701A) Q EKlQ4037R E-304 012 Div I (HV-11313) Q Div I (iso Mux XIT-15701A) Q EKlQ4189D E-304 013 Div I (HV-15703) Q Div I (fso Mux XIT-15701A) Q EK1Q4189D E-304 013 Div I (HV-15713) Q Div I (Iso Mux XIT-15701A) Q EKIQ4189G E-304 013 Div I (HV-15722) Q Div I (iso Mux XIT-15701A) Q EK1Q4189G E-304 013 Div I (HV-15725) Q Div I (fso Mux XIT-15701A) Q EK1Q4189H E-304 013 Div I (SV-15737) Q Div I (iso Mux XIT-15701A) Q EK1Q4189H E-304 013 Div I (SV-15767) Q Div I (iso Mux XIT-15701A) Q EK1Q4189J E-304 ',013 Div I (SV-15737) Q Div I (fso Mux XIT-15701A) Q EK1Q4189J E-304 013 Div I (SV-15742A) Div I (fso Mux XIT-15701A) Q

I L

'I 7 1

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 239 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIQ4189J E-304 013 Div I (SV-15740A) Div I (Iso Mux XIT-15701A)

EKIQ4235E E-304 '16 Div I (AR-15745A)

Q Q. DivI(isoMuxXIT-15701A)

Q Q

'EK1V2618D E-304 004 Div I (HV-18782A2) Q Div I (Iso Mux XIT-15701A)

EKIV2618D E-304 004 Div I (HV-18792A1) Q Div I (Iso Mux XIT-15701A)

EKIV2618D E-304 004 Div I (HV-18722A2) Q Div I (iso Mux XIT-15701A) Q EK1 V2618D E-304 004 Div I (HV-18782B1) Q Div I (Iso Mux XIT-15701A) Q EKIV2618D E-304 004 Div I (HV-18782B2) Q Div I (iso Mux XIT-15701A) Q EK1V2618D E-304 004 Div I (HV-18792B1) Q Div I (iso Mux XIT-15701A)

EK1V2618D E-304 004 Div I (HV-18792B2) . Q Div I (iso Mux XIT-15701A)

EKIV2618D E-304 004 Div I (HV-18782AI) Div I (iso Mux XIT-15701A)

Rl Q e EK1V2618E E-304 002 Div I (HV-18781A2) Q, Div I (fso Mux XIT-15701A) Q EKIV2618E . E-304 002 Div I (HV-18781A1) Div I (iso Mux XIT-15701A) Q EKIV2618F E-304 002 Div I (HV-18791A1) Q Div I (iso Mux XIT-15701A)

EK IV2618F E-304 002 Div I (HV-18791A2) Q Div I (iso Mux XIT-15701A)

EK1Y0013L E464 016 Div I (1Y236-21) Q Div I (XV-C41-1F004A)

EMOI1104F 005 Div I (TE%1106A) Q Div I (TT1106A)

EMIE5 1014 Ml-E51-90 006 Div I (FT-E51-1N003) Q Div I (FY-E51-IK601)

EMIE51014 Ml-E51-90 006 Div I (PT-E51-1N004,5,7,8) Q PI>>E51-1R601,2,3,4 Non Class IE EM111211C J451 015 Div I (TE-E 1 1-1N027A (RTD)) Q - Div'I (TT-15127A)

8 EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 240 CABLES DWG SH FROM ~

SEPGR(FRM) TO SEPGRg9) ISOLATED EMll1211D J451 015 Div I gT-15127A) Q Div I PI-15127A)

EM112603C J426 003 Div I (PY-12644A) Q Div I (PT-12644) Q EM 1l2603D J426 003 Div I (PY-12644) Q Div I (PT-12644)

EM1[4202D J442 001 Div I (LT-14201A) Q Div I (LY-14201A) Q EMII4202E JM2 001 Div I (LT-14203A) Q Div I (LY-14203A)

EM 1l4202H " J442 001 Div I (LT-14203A) Q Div I (LI-14203A) Q EM 1 I4202J 001 Div I (LT-14202A) Q Div I (LR-14202)

EM 1 14202K J442 001 Div I (LT-14201A,2A,3A) Q Div I (lso Mux XIT-15701B) Q EM 1 I4202L JM2 001 Div I (LT-14202A) Q Div I (LY-14202A) Q EM 1 I4202M J442 001 Div I (PT-14201A) Q Divi I (1C651) Q EM 1l4202N J442 001 Div I (LT-14203A) Q Div I (LI-14201AI) Q EMll5101D J470 002 Div I (FT-15120A) Q Div I (FY-15120A) Q EM 1l5101E J470 002 Div I (FT-15121A) Q Div I (FY-15121A) Q EMII510JF J470 002 Div I (FY-15120A) Q Div I (FI-15120A) Q EM 1 I5707A J457 003 Div I (PT-15729A) Q Div I (PR-15710A) Q EMlJ25301 J457 002 Div I (LT-15775A) Q Div I (LR-15776A) Q EM 1 J45101 J457 002 Div I (LSL-15775A) Q Div I (LI-15775A) Q EM1J45 102 J457 '.002 Div I (PMA1 Power Supply) Q Div I (LR-15775A) Q EM1J45102 J457 002 Div I (LT-15775A,6A) Q 'iv I (LR-15775A) Q

I Cl il 1

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 241 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED EMIJ45102 J457 003 Div I (PT-15709A,IOA) Q Div I (PR-15710A)

EMIJ45102 J457 007 Div I (IT-15790A) Q Div I (TR-15790AI) Q EM1PM1302 M1-El 1@ 010 Div I (FY-E I I-IK600A) Q Div I (Fl-El 1-1R603A)

EM1PM1302 Ml-EIIM 010 Div I (FI'-El I-IN026A) Q Pl-E 1 1-1 R606A1 Non Class IE EM1PQ1302 Ml-E51-90 006 Div I (PT-ESI-IN004,5,7,8) Q Pl-ES I-IR601,2,3,4 Non Class IE EM1PQ1302 Ml-E51-90 006 Div I (FY-14989 Isolation Device)) Q Div I (FY-E51-IK601)

EM1Q0043B J457 012 Div I (RE-15720A) Q Div I (RITS-15720A)

EM1Q0043C J457 012 Div I (RE-15720A) Q Div I (RITS-5720A)

EMIQ0043G J457 012 Div I (RY-15721A) Q Div I (RR-15720A)

EMlQ0045G J457 015 Div I (NT-15725A) Q Div I (NIT-15725A)

EMIQ0836D E-304 018 Div I (PT-E21-INOOI A) Q Div I (iso Mux XIT-15701A)

EMlQ0836D E-304 018 Div I (FT-E21-IN003A) Q Div I (iso Mux XIT-15701A)

EMIQ0836F E-304 019 LITS-B2I-IN026B(MechSwSeeAppCforEval.) Q Divl(lsoMuxXIT-15701A) Q EMlQ1319D J449 002 Div I (FC-E51-IR600) Q Div I (Ramp/Signal Converter) Q EM1Q1319E J449 002 Div I (EGM CTL E51-C002) Q SI-15001A Non Class 1E EM1Q4189A E-304 018 Div I (PT-15729A) Q Div I (lso Mux XIT-15701A) Q EM1Q4189K E-304 017 Div I (IT-'15799A) Q . Div I (iso Mux XIT-15701A) Q EMIQ4189K E-304 '17 Div I (lT-15790A) Q Div I (iso Mux XIT-15701A) Q EMIQ4189L E-304 017 Div I (FI'-15710A) Q Div I (lso Mux XIT-15701A) Q ~

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606A1 Rev 1 page 242 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED EM1Q4189L E-304 017 Div I (PT-15709A) Q . Div I (iso Mux XIT-15701A)

EMlQ4189M E-304 017 Div I (LT-15775A) Div I (Iso Mux XIT-15701A) Q EM IQ4189M E-304 017 Div I (LT-15776A) Div I (iso Mux XIT-15701A) Q EM1Q4235E E-304 016 Div I (AR-15746A) Q Div I (iso Mux XIT-1570IA) Q EM IQ4235E E-304 016 Div I (AR-15745A) Q Div I (iso Mux XIT-15701A) Q EM1Q4235F E-304 016 Div I PX-15751) Q Div I (iso Mux XIT-15701A) Q EMIQ4237D E-304 019 Div I (RY-15721A) Q Div I (iso Mux XIT-15701A) Q EM1S1729C E-267 002 Div I (1C201A) Q Div I (1C690A)

JM1Q0707T J444 004 Ch A Aff(Thermocouple) VaS-G33-IN604 Non Class IE NM1PR4101 Ml-G33-153 004 FT-G33-1N037 (Press Boundary) Q F1&33-IR610 Non Class 1E PKIQ0839G E464 032 Div I Affiliated (1Y688) Q IC699A Non Class 1E

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 243 CABLES DWG SH FROM SEPGR(FRM) . TO SEPGR(19) ISOLATED BK1E11004 MI-EIIW 006 Ch B (ID624) Ch B (K10A)

BKIE11004 Ml-E1146 015 Ch B (1D624) Ch B (74 Relays from valves)) Q BK1E36003 E-184 004 Ch B (ID624) Ch B (KIIB)

BK1PN2703 - Ml-E21-35 006 'h B (IB227) Ch B (HV-E21-IF004B) Q BKIPN2703 MI-E21-35 006 Ch B (1D624) Ch B (1P206B)

FKIE11002 Ml-E1146 007 Div H (1D624) Div H (K7B,8B Relays) Q FK1E11003 MI-E1 146 007 Div H (ID624) Div H (Z12X-1F009) Q FKIE11003 Ml-EI146 007 Div H (ID624) Div H (52a-20202) Q FKIE11003 Ml-EI146 007 Div H (1D624) Div H (HV-El1-1F008) Q FKIE11003 MI-Elle 007 Div H (ID624) 'Div H (PIS-B31-INOISB) Q FKlE11003 MI-EI146 007 Div H (ID624) 'ivH (FS-El I-IN021B) Q FKIE11003 MI-E1146 008 Div H (ID624) Div H (HV-El1-1F006B) Q FKIE11005 Ml-E1 146 018 Div H (1B246) Div H (HV-ElI-IF048B) Q FKIE11006 MI-E1146 018 Div H (1B226) Q Div H (HV-El1-IF016B)

FKIE11006 MI-Elle 019 Div H (IB229) Div H (HV-ElI-IF015B)

FK1E11007 MI-EI146 018 Div H (IB246) Div H (HV-El1-IF027B) Q FK1E11007 Ml-EII46 019 Div H (1B226) Div H (HV-ElI-IF028B) .

Q FKIE11008 MI-E1146 018 Div H (1B227) Div H (HV-ElI-IF024B)

FKIE11008 Ml-E1 146 018 Div H (IB227) Div H (HV-ElI-IF021B) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 244 C

CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIE11017 Ml-E1146 011 Div II (PT-El I-IN026B) Q PI-El I-IR606BI Non Class IE FKIE11018 MI-EI146 019 Div II (1Y226) Q Divi H (HV-ElI-IF060B)

FKIE41003 Ml-FAI49 005 Div II (ID624) Q Div II (LIS-B21-1N031B) Q FKIFA1003 MI-FA149 007 Div H (1D264) Q Div H (HV-FAI-IF003) -Q FKIFA1004 MI-FA149 008 Div II (ID264) Q Divll(HV-FAI-IF006 Q FKIFA1004 Ml-FA149 009 Div II (ID624) Q Div II (LSH-FAI-IN014, S14) Q FKIP8 1805 Ml-ES 1-90 Div II (ID624) Q Div II (HV-ES I-IF0005,26,88). Q FKIP81807 Ml-ESI-90 011 Div II (KSS Relay) Q Div II (RCIC Status) Q FKIPM1201 MI-EI146 014 Div II (IY226) Q FR-El I-IR608 Non Class IE FK1PM1203 MI-E1146 014 Div II (1Y226) Q . Div II (RHR Sys 2 Status) Q FK1PM1206 MI-EI146 019 Div II (IY226) Q Div II (HV-ElI-IF060B) Q FKIPM1801 MI-E1146 019 Div II (IB229) Q Div II (HV-ElI-IFOISB) Q FK1PM1803 Ml-ElIM 007 Div II (ID246) Q Div II (S32B) Q FK1PM1803 MI-EI 146 008 Div II (ID246) Q Div II (S17B, S3B) Q FKIPM1804 MI-EI146 007 Div II (ID624) Q Div II (S20B, S56B) Q FK1PM1804 MI-EI146 008 Div II (ID624) Q Div II (S3B) Q FK1PM1804 MI-E1146 009, Div II (ID624) Q Div II (S1B, S56B)

FKIPM1809 MI-E 1 146 018 Div II (IB246) Q Div II (HV-El 1-IF027B) Q FK1PM1809 Ml-El1-66 018 Div II (IB247) Q Div II (HV-El1-1F024B) Q

EC-QDET-'1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 pagt 245 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIPM1810 MI-EIIM 018 Div II (IB227) Q Div II (HV-ElI-IF021B) Q FKIPM1810 MI-EIIM 019 Div II (1B226) Q Div II (HV-E1 1-IF017B) Q FKIPM1813 MI-E 1 146 018 Div II (IB227') Q Divll(HV-Ell-1F021B) Q FKIPMX804 'I-E1146 008 Div II (ID624) Q Div II (K9A)

FKIPMX804 MI-EI146 019 Div II (IB229) Q Div II (K67A)

FKIPMX806 Ml-EIIM 008 Div II (1D624) Q Div II (K200A) e FKIPN2701 Ml-E21-35 008 Div II (1Y226) Q Div II (CS.Sys 2 Status) Q FKIPN2702 Ml-E21-35 006 Div II (IB247) Q Div II (HV-E21-IFOISB) Q FK1PN2702 Ml-E21-35 006 Div II (1B227) Q Div II (HV-E21-1F004B) Q FKIPN2704 Ml-E21-35 Div II (ID624) Q Div II (S IB,SB,16B,17B) Q FK1PN2704 Ml-E21-35 006 Div II (IB227) Q Div II (HV-E21-1FOOSB) Q FKIPN2705 M1-E21-35 006 Div II (1B227) Q Div II (HV-E21-IFOOSB) Q FKIPN2705 Ml-E21-35 006 Div II (1Y226) Q Div II (HV-E21-1F006B,7B) Q FKlPN2706 Ml-E21-35 006 Div II (IY226) Q Div II )HV-E21-IF037B) Q FK1PNT702 Ml-E21-35 004 Div II (ID624) Q Div II (K32A)

FKIPP1201 Ml-FA149 003 Div II (ES-FA I-IK600) Q Div II (KSO, FC-FA I-IR600) Q, FK1PP1202 Ml-FA149 011 Div II (KSO) Q Div II (HPCI Status) Q' MI-E4149 Div II (K 50)

'K1PP 1204 011 Div II (S2)

FKIPP2001 MI-FAI49 Div II (K35, Kl) Q Div If (HPCI Status) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 246 CABLES DWG .. SH FROM . SEPGR(FRM) TO SEPGR(TO) ISOLATED FK1PP2001 Ml-FA149 003 Div 11 (IY226) Div H (HPCI Status) Q FK1PP2002 Ml-E41%9 004 Div II (1D624) Div II (S25) Q FK1PP2002 Ml-E41%9 008 Div 11 (ID264) Div II (HV-El1-1F011) Q FKIPP2003 Ml-FA1 <9 008 Div Il (ID264) Div II (HV-FAI-IF059) Q FK1PP2003 MI-FA149 008 Div II (ID274) Div 11 (HV-FAI-1F006) Q FK1PP2004 MI-FA149 008 Div II (1D274) Div II (HV-FA1-IF075) Q FKIPP2004 Ml-FAIL 008 Div II (ID264) Div H (HV-FAI-IF042) =-

Q FK1PP2004 MI-FA149 009 Div II (ID624) Div II (HV-FAI-1F054) Q FK1PP2005 Ml-FA1<9 007 Div II (1D274) Div II (HV-FAI-1F008) Q FKIPP2005 Ml-FA149 008 Div II (1D264) Div II (HV-E41-IF004) Q FKIPP2005 Ml-FA149 009 Div II (ID624) Div II (HV-FAI-IF054) Q FKIPP2006 MI-E4149 007 Div II (ID274) Div II (HV-FAI-1F007) Q FK1PP2006 Ml-FAI49 007 Div II (1D624) Div II (HV-FA1-IF025) Q FKIPP2006 Ml-E4 149 007 Div II (ID264) Div II (HV-FAI-1F012) Q FKIPP2007 Ml-FAI49 007 Div II (1D264) Div II (HV>>FA1-lF001,3)

FKIPP2007 Ml-FAI49 009 Div H (ID624) Q Div II (HV-E41-IF029) Q FK1PP2008 Ml-FA149 004 Div II (1D524) Q Div II (S20, S19) Q FKlPP2008 Ml-E4149 '. 005 Div II (ID624) Q Div ll (S18) Q FK1PP2008 MI-FA149 009 Div Il (1D624) ~ Div II (HPCI Tur Stop Valve))

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 247 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED FKIPP2008 MI>>FA149 009 Div H (ID624) Q Div H (HV-FAI-IF029) Q FKIPP2009 MI-FAIL 004 Div H (ID624) Q Div H (S32, 33)

FK1PP2009 MI-E4149 007 Div H (ID274) Q Div H (IP213)

FK1PP2009 MI-FA149 007 Div H (ID274) Q Div H (1P215,6) Q FK1PP2011 Ml-FA149 007 Div H (ID264) Q Div H'(HV-E41-IF003) Q FK1PP2011 MI-FA149 008 Div H (ID264) Q Div H (HV-E41-1F075) Q FK1PP2012 MI-FA149 008 Div H (1D264) . Q Div H (HV-FA1-1F004,6)

FK1PP2013 MI-FA149 007 Div H (ID264) Q Div H (HV-E41-1F012) Q FKIPP2XOI MI-FA1<9 005 Div H (ID624) Q Div H (S4B) Q FKIPPXX03 MI-FA149 004 Div H (ID624) Q Div H (K44, K45) Q FKIPQ1802 Ml-E51-90 005 Div H (IY226) Q Div H (RCIC Status) .

Q FKIPQ1802 Ml-E51-90 011 Div H (K33, K43 Relays) Q Div H (RCIC Status) Q FKIPQ1803 Ml-E51-90 008 Div H (ID264) Q Div H (HV-E51-IF084) Q

'K1PQ1804 Ml-E51-90 004 Div H (ID624) Q Div H (S26)

FKIPQ1804 Ml-E51-90 009 Div H (ID624) Q Div H (HV-E51-1F0005,26,88)

FKIPQ1804 MI-E51-90 009. Div H (1D624) Q Div H (SI IB, S12B)

FKIPQD Ml-E51-90 004 Div H (ID624) Q Div H (K40 Relay) 103'KIPQX801 Ml-E51-90 . 004 Div H (ID624) Q Div H (S3B-B21B) Q FM1E11002 MI-E1146 009 Div H (1D624) Q Div H (K19B-E21A)

EC-QDET-I002 Q Loads in Contact with PI-E11-1R606B1 Rev I page 248 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIE11003 Ml-Elle 010 Div H (FT-El I-IN015B) Q Div H (FY-El I-IK600B)

FMIE11003 Ml-E1146 '10 Div H (FT-El I-IN007B) Q Div H (FY-11207B2)

FM1E 11004 Ml-El1-66 007 Div H (ID624) Q Div H (PS-El I-1N011B)

FMlE11004 MI-E 1 146 007 Div H (ID624) Q Div H (K110A-U2)

FMIE11004 Ml-EI146 007 Div H (1D624) Q Div H (LIS-B21-IN013D)

FMIE11004 MI-EIIM 008 Div H (1D624) Q Div H (52AX-20101)

FMIE11004 MI-EI146 009 Div H (1D624) Q Div H (PIS-B21-1N021B,D)

FM1E 11005 Ml-EI146 008 Div H (1D624) Div H (HV-E11-1F006D, 4D)) Q FM1E11006 Ml-Elle 007 Div H (ID624) Q Div'H (52AX, 52BX) Q FMIE2 1001 Ml-E21-35 Div H (PT-E21-IN001B) Q Div H (Pl-E21-IR600B) Q FMIE21001 M1-E21-.35 Div H (FT-E21-IN003B) Q Div H (FI-E21-IR601B)

FMlFA1002 Ml-FA149 006 Div H (PT-FAI-IN008.09.13,) Q PI-E41-1R602,3,6 Non Class 1E FMIFA1002 Ml-FA149 006 Div H (PT-FAI-IN016) Q Div H (PI-E41-1R601) Q FMIE51001 Ml-E51-90 Div H (ID624) Q . Div H (LIS-B21-1N024C) Q FMIE51001 Ml-E51-90 004 Div H (ID624) Q Div H (PSL-E51-1N014B) Q FMIE51001 Ml-E51-90 Div H (ID624) Q Div H (PDIS-E51-IN018) Q FMIE51001 M1-E51-90 008 Div H (ID264) Q Div H (HV-E51-1F084) Q FMIE5 1002 Ml-E51-90 '. 004 Div H (ID624) Q Div H (PSH-E51-1N012B) Q FM1E51002 Ml-E51-90 Div H (ID624) Q Div H (PSL-E51-1N019D) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 249 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIE5 1002 Ml-E51-90 009 Div II (1D624) Q Div II (HV-E51-1F005,26,88)) Q FM111212D E-153 035 Div II gT-15127B) =

Q Div II (TI-15127B) Q FM112604C J426 003 . Div II (PT-12649) Q Div II (PI-12649) "

Q FM114203H J442 003 Div II (LT-14203B) Q Div II (LI-14203B)

FMII4203J J442 003 Div II (LT-14202B) Q Div II (LR-14202)

FMll4203M JM2 003 Div II (PT-14201B) Q Divi II (IC651)

FM1 I4203N J442 003 Div II (LT-14203B) Q . Div I (LI-14201BI)

FM115102F J470 002 Div II (FY-15120B,21B) Q Div II (FI-15120B)

FMll5706G J457 003A Div II (Fl'-15729B) Q Div II (PY-15729B) Q FM115708B J457 003A Div II (PT-15729B) Q Div Il (PR-15710B)

FMIJ2V301 003 Div II (FIWI107B) Div H (PI-01107B) Q FMIJ2V301 003 Div II (FY%1109B) Q Div II (FI41109B)

FMIJ2V301 005 Div II (TT41106B) Div II (TI41106B) Q FMIJ45201 J457 002A Div II (LSL-15775B) Q Div II (LI-15775B) Q FMIJ45202 J-457 002A Divi II (LT-15775B) Q Div II (LR-15776B) Q FMIJ45202 J457 002A Divi ll (PMA1 Power Supply) Q Div II (LR-15776B) Q FMIJ45202 J457 003A Divi II (PY-15709B, IOB) Q Div II (PR-15710B)

FM1J45202 JA57 007A Divi II (IT-15790B) Q Div II (TR-15790B I) ~

Q E

FM1PM1204 Ml-EI146 010 Div II (FY-El 1-1K600B) Q Div II (FI-El 1-1R603B) Q

EC-QDET-1002 Q Loads in Contact with PI-E11-1R606B1 Rev 1 page 250 CABLES D%G SH PROM SEPGR(PRM) TO SEPGR(TO) -

. ISOLATED FMIPM1204 MI-El146 011 Div II (PI'-El I-IN026B) Q PI-IR606B I Non Class IE FMIPN1201 MI-E21-35 Div II (PT-E21-1N003B) Q PI-E21-IR600B Non Class IE FMIPN)201 Ml-E21-35 006 Div II (FT-E21-INOOIB) Q Div I (FI-E21-IR601B)

FM1PP1203 ., MI-FA149 006 . Div II (PT-FA I-IN0013,16,19) Q PI-E41-1R602,3,6 Non Class IE FMIPP 1203 Ml-E4149 006 Div II (PT-FAI-IN009) Q Div I (PI-FAI-IR601)

FM1Q0835D E-304 018 FT-El I-IN003B (Press Boundly)) Q Divll(lsoMuxXIT-15701B) Q NK1Q0054A J439 008 RY-13961B (Isolation Device) Q ES-B31-1K600 Non Class IE Rl NMIQ0835F E-304 018 PDT~2-IN017 (Press Boundary) Q SPDS-NI L404Z Non Class IE NMIQ0835F . E-304 018 Fl'-C32-IN008 (Press Boundary) SPDS-NFP401Z Non Class IE

.NMIQ0835F E-304 018 PTM2-IN005 (Press Boundary) Q - SPDS-NFP-002Z Non Class IE NMIQ0835F E-304 018 PDT-C32-IN004C (Press Boundary) Q SPDS-NFL403Z Non Class IE NMIQ0835F E-304 018 PDT-C32-IN004B (Press Boundary) Q SPDS-NFL402Z Non Class IE NMIQ0835F E-304 018 PDT&32-IN004A (Press Boundary) Q SPDS-NFL40IZ Non Class IE

P EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 251 CABLES DWG SH FROM '

SEPGR(FRM) TO SEPGR(TO) BOLATED AKOOZZ001 . Channel A Channel A Q AKOG0300R E-259 010 Ch A (OC653) Ch A (OC521A) Q AKOG0301H E-259 001 Ch A (OC653) Ch A (LSH41103A) Q AKOG0301K "= E-259 001 Ch A (OC653) Ch A (OC519A) Q AKOG2001C E-105 001 Ch A (IA20104) Ch A (IA20104 Control) Q AKOG2009C E-105 009 Ch A (2A20104) Ch A (2A20 104 Control) Q AKOG2401L E423 006 Ch A (OC512A) Ch A (XI40033A) Q AKOQ6003C E-184 002 Ch A (ID614) Ch A.(OC521A) Q AKOS0404C E-146 009 Ch A (OB516) Ch A (HV41112A) Q AKOS0405C E-146 009A Ch A (OB516) Ch A (HV41122A) Q AKOS0412C E-146 010 Ch A (OB516) 'h A (HV41110A) Q AKOS0413C E-146 0IOA Ch A (OB516) Ch A (HV41120A) Q AKIA0409C E-103 001 Ch A (IA20101) Ch A (IA20101 Control) Q AKIA0411C E-103 003 Ch A (IA20109) Ch A (IA20109 Control) Q AKIE11017 MI-EI146 017 Ch A (IB216) . Ch'A (HV-ElI-IF015A) Q AKIE11017 MI-EI146 020 Ch A (ID614) Ch A (IP202A) Q AKIPM1705 MI-EI146 016 Ch A (ID614) Q Ch A (IP202A) Q AKIPM1705 MI-EI IM 016 Ch A (IY216) Q Ch A (SV-11274A) Q AKIPM1705 MI-EI146 016 Ch A (IB237) Ch A (HV-ElI-IF048A) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-IR600A Rev 1 pig 252 CABLES DWG SH FROM ,SEPGR(FRM) TO SEPGR(TO) ISOLATED AKlQ0801E E-156 001 Ch A (IA20105) Q Ch A (1P206A Contml) ~

Q AK1V1450F E-184 005 Ch A (1D614) .Q - Ch A (1C235A)

AK1V1450G E-184 005 Ch A (1D614) Q Ch A (1C235A)

AK1V1450H E-184 005 Ch A (ID614) Q Ch A (1C235A) e EKOS0402P E-146 005 Div I (1A20303) Q Div I (ESW RESET LOGIC) Q EKOS0425D E-146 012 Div I (ID61442) Q Div I (OC653) Q EKOS0606H . E-150 033 Div I (OB517) Q Div I (HV%1224AI) e EKOS0607H E-150 033 Div I (OB517) .Q Div I (HV%1224A2) Q EKOS0608H E-150 032 Div I (OB517) Q Div I (HV41222A) Q EKOV1194D E-214 017 Div I (1B216) Q Div I (HV4&693A) e EKOV1450D J-201 001 Div I (1Y216) Q Div I (1C606) Q EKlC41001 MI~I-36 003 Div I (IY21647) Q Div I (C41-1F004B) Q EK1C41002 M1-C41-36 003 Div I (1B217061) Q Div I (K2B<41) e EK1C41003 Ml~l-36 003 Div I (IY236421) Q Div I (C41-F004A) Q EKID0016E Div I ( Q Division I e EK1E11001 MI-E1146 004 Div I (1D614) Q Div I (K7A,8A-E21A) Q EKlE1 1002 MI-E1146 006 Div I (1D614) Q Div I (K19A-E21A) e EK1E11003 MI-E1146 . 006 Div I (1D614) Q Div I (K9A-E21A) Q EK1E11004 I-EIIM 005 Div I (1D614) Q ~ Div I (NO FOUND) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 253 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1E11006 MI-Elle 017 Div I (IY216) Q Div I (HV-E11-1F060A, 1F122A) Q EK1E11007 Ml-Elle 004 Div I (ID614) Q Div I (KllOA-U2,52BX-20301) Q EK1E11008 MI-Elise 004 DivI (1D614) Q Div I (K110A-U2)

EK1E11009 Ml-EI146 004 Div I (2D614) Q Div I (KlIOA-Ul)

EK1E11010 Ml-E1146 004 Div I (2D614) Q Div I (KllOA-Ul) Q EK1E11011 Ml-Elle 017 Div I (IY216) Q Div I (HV-E11-1F060A, 1F122A) Q EK1E11012 Ml-Elle 010 Divl(FY-151&91solationDevice) Q Div I (FT-El 1-1N015A)

EK1E11012 MI-E I 146 Div I (FT-E 1 1-IN007A) '

010 Q Div I (FY-11207A)

EK1E11012 MI-E I 146 011 Div I (PT-E 1 1-1N026A) Q Pl-El I-1R606A1 Non Class 1E EK1E11013 MI-E1146 004 Div I (1D614) Q Div I (PS-El 1-lN021E,G) Q EK1E11013 MI-EI146 '004 Div I (1D614) Q Div I (PS-El 1-INOI IA) Q EKIE11013 MI-Elle 005 Div I (ID614) Q Div I (52AX-20201) Q EKIE11014 MI-EI146 005 Div I (1D614) Q Divi I (HV-Ell-lF004C,6C EKIE11015 Ml-Elle 004 Div I (1D614) Q . Div I (PIS-B31-IN016A) Q EKIE11015 MI-E1146 004 Div I (1D614) Q Div I (FS-El I-1N021A) Q EKIE11015 MI-EII46 004 Divl (1D614) Q Div I (52A-20102) Q EK1E11015 Ml-E1146 004 Div I (1D614) Q Div I (ZIX-F008)

EK1E11015 Ml-E1146 . 005 Div I (ID614) Q Div I (HV-El1-1F006A) Q EK1E11015 MI-E1146 005 Div I (1D614) Q Div I (HV-El1-1F004A) Q .

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1.pag 254 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1E11016 MI-E1146 005 Div I (1D614) Q Divi I (52AX-20404, 09)) Q EKIE11016 Ml-EI146 016 Div I (IB236) Q Divi I (HV-El1-1F027A) e EKIE11018 MI-EIIM 019 Div I (1Y216) Q Divi I (HV-E51-1F050B) e EK1E11020 Ml-ElIM 016 Div I (1B217) Q Div I (HV-El1-1F016A) e EK1E11021 Ml-ElIM 007 Div I (1B216) Q Div I (HV-Ell-IF028A) Q EK1E11022 Ml-EIIM 007 Div I (1B217) Q Divi I (HV-El1-1F021A) e EK1E11022 Ml-E1146 007 Div I (1B237) Q . Divi I (HV-El 1-1F024A) e EK1E11023 Ml-Elle 017 Div I (1Y216) Q Div I (HV-ElI-1F050A) e EKIE21008 Ml-E21-35 005 Div I (PT-E21-1NOOIA) Q Divl (PI-E21-1R60OA) Q EK1E21008 Ml-E21-35 005 Div I (PT-E21-IN003A) Q Div I (Fl-E21-1R601A) e 1EK1FA100 EK1FA 1001 Ml-E4149 005 Div I (1D61447) Q Div I (K63 -E41) e EK1E4100- Ml-FA149 005 Div I (1D61447) Q Div I (K45-FA1) e Ml-FA149 005 Div I (1D61447) Q - Div I (K62-FA1) e EKIFAIOOI Ml-FA149 009 Div I (1Y21647) Q Div I (HV-FA1-1FIOO) e EKlFA1001 Ml-FA149 009 Div I (1D61447) Q Div I (HV-E41-1F026) Q EK1FA1001 Ml-FA149 009 Div I (ID61447) Q Div I (HV-E41-IF028) Q EKlFA1002 Ml-FAI<9 005 . Div I (1D61447) Q Div I (K43 -E41) Q EK1E41002 M1-FA 149 005 Div I (ID61447) Q Div I (K46 -E41) Q EKlE41004 M1-FA 149 008 Div I (HV-FA1-IF079) Q Div I (42 Contactor) e

I EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 255 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO)

EKlE51015 Ml-E51-90 006 Div I (ID61447) Q Div I (EGM Control) Q EK115701E Div I ( Q Div I (,

EK1P62212 Ml-B21-131 014 Div I (1B237) Q Div I (HV-El1-1F032) Q EK1P62213 Ml-B21-131 014 Div I (1B236) Div I (HV-El1-I F040)

Q e EKIPS F201 Ml-B31-275 014 Div I (1B219) Q Div I (K99A, K37A-E11A) Q EK1PS F201 Ml-B31-275 016 Div I (1B219) Q Div I (K99A, K37A-E11A) Q EK1P8X801 Ml-B31-275 014 Div I (K39B -E 1 1) Q Divl (HV-B31-1F023A) Q EKIP8X801 M1-B31-275 014 Div I (K39B -El 1) Q Div I (HV-B31-1F023A) Q EKlP8X801 Ml-B31-275 014 Div I (K39B -El 1) Q Div I (HV-B31-1F031A) Q EK1PSX801 Ml-B31-275 014 Div I (K37A -El 1) Q Div I (HV-B31-1F031A) Q EK1PC1701 M1<41-36 003 Div I (IB236081) Q Div I'(K2A%41) Q EK1PC1705 MI-C41-36 003 Div I (IY21647) Q Div I (XII-IF004A,B) Q EKlPC1706 Ml-C41-36 003 Div I (IB217461) Q 'iv I (K2B ~1) Q EKlPM1304 MI-E1146 017 Div I (1Y216) Q Div I (HV-ElI-IF060A, 1F122A) Q EK1PM1308 Ml-Elle 019 Div I (HV-El1-1F122B) Q Division I EK1PM1309 MI-EI146 013 Div I (1Y216) Q Div I (RHR Sys 1'Status) Q EK1PM1701 Ml-E1146 011 Div I (1D614) Q Div I (HV-E11-1F103A,4A) Q

'13 EK1PM 1701 Ml-E1146 '. Div I (1Y216) Q Div I (RHR SYS1 Staus) Q EKIPM1701 Ml-Elle 013 Div I (lY216) Q Div I (RHR SYS1 Staus) -

Q

A EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 256 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIPM1702 MI-Elle 004 Div I (1D614) Q Div I (S32A)

EKIPM1702 Ml-EI146, 005 Div I (ID614) Q Div I (S17A)

EK1PM1702 Ml-E1146 005 Div I (1D614) Q Div I (S3A)

EKIPM1703 Ml-ElIM 004 . Div I (1D614) Q Div I (S20A, S56A) Q EK1PM1703 MI-Elise 006 Div I (1D614) Q 'Div I (S1A, S56A) e EK1PM1703 MI-EI146 017 Div I (K84) Q Div I (HV-ElI-IF007A) Q EK1PM1704 MI-Elle 005 Div I (1D614) Q Div I (S3C) Q EK1PM1'704 Ml-ElIM 017 Div I (1Y216) Q Div I (HV-El1-IF050A) Q EKIPM1707 Ml-EI146 016 Div I (1B217) Q Div I (HV-El1-IF016A) Q EKIPM1707 Ml-EI146 016 Div I (1B216) Q Div I (HV-El1-1F028A) Q EK1PM1708 Ml-Elle 016 Div I (1B236) Q Div I (HV-El1-IF027A) Q EK1PM1708 Ml-E1146 016 Div I (1B237) Q Div I (HV-ElI-IF024A) Q EK1PM 1709 Ml-E1146 016 Div I (1B217) Div I (HV-EII-IF021A,) Q EKIPM1709 Ml-Elle 017 Div I (1B216) Q Div I (HV-E11-1F017A,) Q EK1PM1710 MI-EI146 017 Div I(HV-ElI-IF015A) Q Div I (1B219) e EK1PM1715 MI-EI146 019 Div I (HV-E51-1F050B) Q Div I (1Y216) Q EKlPMX801 MI-E1146 005 Div I (1D614) Q Div I (K2B)

EK1PMX801 Ml-EI146 '. 006 Div I (ID614) Q Div I (K35B,K36B,K47B,K91B) Q EK1PMX807 MI-EI146 005 Div I (K201B) Q Ml-El1<6

N EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 257 CABLES DWG - SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1PMX808 MI-Elle 005 DivI (K20OB) Q Ml-EI146 EK1PN1301

'EKIPN 1301 EK1PP1701 Ml-E21-35 Ml-E21-35 Ml-FA149 005 005 003 Div I (PT-E21-1N001A)

Div I (FT-E21-1N003A)

Div I (IY216%7)

Q Q

Q

'iv PI-E21-1R600A I (FI-E21-1R601A)

Div I (1C601)

Non Class 1E Q

EK1PP 1702 MI-E4149 003 Div I (ID614%7) Q Div I (HV-E41-1F026) e EKIPP 1702 Ml-FA149 003 Div I (ID614%7) Q Div I (K39 -FA1) Q EK1PP1702 Ml-FA149 003. Div I (ID614%7) Q Div I (HV-FA1-1F100) Q EKIPP1702 MI-FAIL 003 Div I (1D614-07) Q Div I (HV-FA1-1F028) Q EK1PP 1702 Ml-E4149 003 Div I (ID61447) Q Div I (HV-FA1-1F028) Q EKIPP 1703 MI-E4149 008 Div I (HV-FA1-1F079) Q Div I Indicating Lights) e EK1PP 1705 MI-FA149 008 Div I (HV-E41-1F079) Q Div I (42 Contactor) e EK1PP 1707 Ml-FA149 007 Div I (HV-FA1-1F002) Q Div I (42 Contactor) e EK1PPX701 Ml-E4149 005 Div I (ID61407) Q Div I (K44-FA1)

EKlPPXXOl Ml-FAI49 009 Div I (ID614%7) Q 'iv I (HV-FAl-1F028)

Q Q

EK1PQ1301 Ml-E51-90 005 Div I (ES-El 1-1K600) Q Div, I (Distribution Bus)

EK1PQ1301 Ml-E51-90 005 Div I (ES-El I-1K600) Q Div I (K47) Q-EK1PQ2101 Ml-E51-90 005 Div I (1Y216) Q Div I (RCIC Status) e.

EK1PQ2101 Ml-E51-90 . 011 Div I (1Y216) Q Div I (RCIC Status) Q EK 1PQ2103 M1-E51-90 004 Div I (1D614) Q Div I (S10 Q

0 EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 258 CABLES DWG . SH FROM .SEPGR(FRM) TO SEPGR(T0) ISOLATED C

EKIPQ2103 Ml-ES 1-90 008 Div I (1D254) Div I (HV-ESI-IF022,45) Q EK1PQ2104 Ml-ESI-90 . 008 Div I (1D254) Q Div I (HV-ESI-IF010,45,46) Q EKlPQ2105 M1-E51-90 008 Div I (1D254) Q Div I (HV-E51-1F010,12,19) Q EK1PQ2106 Ml-ES 1-90 008 Div I (1D254) Q Div I (HV-E51-1F012,13,62) Q EK1PQ2 107 MI-ES 1-90 008 Div I (1D254) Q Div I (HV-ES I-IF008,13,19) Q EKIPQ2108 Ml-ES 1-90 003 Div I (1D614) Q Div I (S16) Q EK1PQ2108 Ml-ES 1-90 009 Div I (1D614) Q Div I (RCIC Supv Lights)) Q EKIPQ2108 Ml-ES 1-90 009 Div I (1D614) .Q Div I (HV-ES I-IF004,54) Q EK1PQ2109 Ml-ES 1-90 003 Div I (1D614) Q Div I (S17,S23,S32,S18) Q EKIPQ2109 MI-ES 1-90 009 Div I (ID614) Q Div I (HV-ESI-IF025,62) Q EKIPQ2111 Ml-E51-90 011 Div I (1Y216) Q . Div I (KIS, K42 Relays) Q EKIPQ2112 MI-ES 1-90 009 Div I (ID614) Q Div I (HV-ESI-IF004,54) Q EK1PQ2112 Ml-ES 1-90 009 Div I (1D614) Q Divl(RCICSupv Lights) Q EK1PQ2114 Ml-ES 1-90 011 Div I (1Y216) Q Div I (Relay KSS) Q EK1PQ2115 Ml-ES 1-90 007 Div I (IDZ54) Q Div I (HV-ESI-1F031) Q EK1Q0108E Ml-B21>>131 011 Div I (IY21647) Q Div I (HV-B31-IF013) Q EK IQ0200H E-166 ,001 -Div I (1B236081) Q Div I (K7A (1C690A) Q EK1Q0201G E-166 002 Divi I (IB217061) Q Div I (IP208B) Q EKIQ0201H E-166 Div I (1B217061) Q Div I (K7B -IC690B) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag259 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED EK1Q0611C E-165 004 Div I (1B217) Div I (HV&33-IF104) Q EK1Q0612C E-165 004 Div I (1B217) Div I (HV-G33-IF042) Q EK1Q0627F E-304 001 Div I (HV-16108AI) Div I (iso Mux XIT-15701A) Q EK1Q0627F . E-304 001 Div I (HV-16116A1) Div I (iso Mux X1T-15701A) Q EKlQ0627G E-304 011 Div I (TIP Ball Valve) Div I (iso Mux XIT-15701A) Q EK1Q0807C E-155 001 Div I (11B217) Div I (HV-E21-1F004A) Q EK1Q0809C E-155 003 Div I (11B217) Div I (HV-E21-1FOOSA)

EK1Q0815C E-155 006 Div I (1Y216) Q Div I (HV-E21-1F006A) Q EK1Q0817D E-155 006 Div I (1Y216) Q Div I (HV-E21-1F007A) Q EK1Q0819C E-'155 007 Div I (1Y216) Div I (HV-E21-1F037A) Q EKlQ0821C E-155 008 . Div I (1D614) Div I (LIS-B21-1N031A,C)

EK1Q0821E E-155, 008 Div I (1D614) Div I (PS-E21-IN021A) Q EK1Q0821F E-155 008 Div I (ID614) Div I (1A20104) Q EK1Q0825D 011 Div I (ID61443) 1C626 EK1Q0829C E-155 009 Div I (1Y216) Div I (CS Div I Status) Q EK1Q0829F E-155 009 Div I (1Y216) Div I (CS Div I Status) Q EKIQ0829K E-155 009 Div I (1Y216) . Div I (CS Div I Status) Q EK1Q0829M E-155 009 Div I (1Y216) Div I (CS Div I Status) Q EK1Q0829N E-155 009 Div I (1Y216) Div I (CS Div I Status) Q.

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 260 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKlQ0837E E-304 007 Div I (HV-E21-1F015A) Q . Div I (iso Mux XIT-15701A) Q EK1Q0905E E-185 002 Div I (IY216) Q Div I (IB237) Q EKIQ0914D E-185 004 Div I (1Y216) Q Div I (1C645) Q EKIQ1334D E-304 006 Div I (HV-Esl-1F008) Div I (lso Mux XIT-15701A) Q EKIQ1334D E-304 006 Div I (HV-ESI-IF062) Q Div I (lso Mux XIT-15701A)

EK1Q1503C E-151 010 Div I (1B219) Q Div I (HV-B31-IF031A) Q EKIQ1505C E-151 014, Div I (1B219) Q Divi I (HV-B31-1F032A) Q EK1Q1550D E-304 010 Div I (HV-B21-IF022B) Q Div I (lso Mux XIT-15701A) Q EKIQ1550D E-304 010 Div I (HV-B21-1F022A) Div I (iso Mux XIT-15701A)

Q Q Rl EKIQ1550E E-304 010 Div I (HV-B21-1F001) Q, Div I (Iso Mux XIT-15701A) Q EKlQ1550E E-304 010 Div I (HV-B21-IF016) Q . Div I (iso Mux XIT-15701A) Q EK1Q1550F E-304 010 Div I (HV-B21-IF022C) Q Div I (lso Mux XIT-15701A)

EKIQISSOF E-304 010 Div I (HV-B21-1F022D) Q Div I (lso Mux XIT-15701A) Q EK'IQ1550G E-304 009 Div I (HV-B31-1F019) Q Div I (lso Mux XIT-15701A) Q EKIQ1550G E-304 009 Div I (HV-El1-1F009) Q Div I (iso Mux XIT-15701A) Q EKIQ1550G E-304 009 Div I (HV-ElI-1F040) Q Div I (lso Mux XIT-15701A) Q EK1Q1550H E-304 009 Div'I (SV-El 1-1F079A) Q Divl(iso MuxXIT-15701A) Q EKIQ1550H E-304 009 Div I (SV-El I-1F079B) Q Div I (iso Mux XIT-15701A) Q EKIQ1550H E-304 009 Div I (HV-B21-IF019) Q Div I (lso Mux XIT-15701A) Q

t I 9 EC-QDET-1002 Q Loads in Contact with PI-EX1-1R600A Rev 1 pag 261 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIQ1612C E-181 003 Div I (1B217) Q Divi I (HV-B21-IF032A) e.

EKIQ1614C E-181 005 Div I (1B217) Q Div I (HV-B21-IF020) e EKIQ3020E E-153 041 Div I (1B216) Q Div I (HV-El1-IFOIOA) Q EKIQ3022g, E-153 020 Div I (1B216) Q Div I (HV-ElI-F006A) e EK1Q3023G E-153 020 Div I (1B237) Q Div I (HV-ElI-IF006B) e EKIQ3032C E-153 025 Div I (1B219) Q Div I (HV-El1-IF015A) Q EKle3033C E-153 026 Div I (IB219) Q Div I (HV-ElI-IF007A) Q EKIQ3058U E-153 033 Div I (IA20104) Q Div I (1C617) Q EKle3060F E-153 033 Div I (1D614) Div I (HV-ElI-1F103A) Q EKIQ3060G E-153 033 Div I (ID614) Q Div I (HV-ElI-1F104A) Q EK1e3064C E-153 034 Div I (IY21642) Q Div I (RHR Div I Status) Q EKIQ3064E E-153 034 Div I (IY21642) Q Div I (RHR Div I Status) Q EKIQ3064F E-153 034 Div I (IY216%2) Q Div I (RHR Div I Status) Q

'EKIQ3064M E-153 034 Div I (IY21642) Q Div I (RHR Div I Status) e EKIQ3064N E-153 034 Div I (IY21642) Q Div I (RHR Div I Status) e EKle3077E E-153 113 Div I (IB217) Q Div I (HV-15112) e EKIQ4019G E-152 Div I (ID61447) Q Div I (HV-E41-IF028)

EKIQ4019H E-152 001 Div I (ID6 1447) Q Div. I (HV-E41-IF026) Q EKle4033C E-152 018 Div I (IB237) Q Div I (ID254) e

EC+DET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 262 CABLES DWG . SH PROM SEPGR(FRM) TO ISOLATED SEPGR(TO)

EKIQ4033E E-152 018 Div I (1B237) Q Div I (1D254) Q EKIQ4036D E-304 Div I (HV-E41-1F100) Q Div I (iso Mux XIT-15701A) Q EKlQ4036D E-304 Div I (HV-E41-1F079) Q Div I (iso Mux XIT-15701A) Q EK1Q4036E, E-304 007 Div I (HV-El 1-1F021A) Q Div I (lso Mux XIT-15701A) Q EKIQ4036E E-304 007 Div I (HV-E41-1F002) .Div I (lso Mux XIT-15701A) Q EK1Q4037A E-304 003 Div I (HV-El I-1F024A) Q Div I (iso Mux XIT-15701A)

EK1Q4037A E-304 003 Div I (HV-El I-1F027A) Div I (lso Mux XIT-15701A) '

Q . Q EKIQ4037A E-304 003 Div I (HV-El 1-1F016A) Div I (Iso Mux XIT-15701A) Q EK1Q4037A E-304 003 Div I (HV-El 1-1 F028A) Q Div I (iso Mux XIT-15701A)

EK1Q4037D E-304 007 Div I (HV-El 1-1F022) Q Div I (Iso Mux XIT-15701A) Q EK1Q4037E E-304 007 Div I (HV-El1-1F008) Q Divl(Iso MuxXIT-15701A) Q EK1Q4037F E-304 012 Div I (HV-11314) Q Div I (iso Mux XIT-15701A) Q EK1Q4037G E-304 014 Div I (SV-12671) Q Div I (iso Mux XIT-15701A)

EK1Q4037G E-304 014 Div I (SV-12661) Q Divl(lsoMuxXIT-15701A) Q EK1Q4037H E-304 014 Div I (SV-12651) Q Div I (Iso Mux XIT-15701A) Q EK1Q4037J E-304 009 Div I'(HV-El1-IF015A) Q . Div I (Iso Mux XIT-15701A) Q EKlQ4037K E-304 009 Div I (HV-15766) Q Divl(lsoMuxXIT-15701A) Q EKIQ4037K E-304 009 Div I (HV-12603) Q Div I (iso Mux XIT-15701A) Q EK1Q4037R E-304 012 Div I (HV-11313) Q Divl(lsoMuxXIT-15701A) Q

EC-QDET-1002 Q Loads in Contact. with PI-E21-1R600A Rev I pag 263 CABLES DWG SH PROM SEPGR(PRM) TO SEPGR(TO) ISOLATED EK1Q4102X 003 Div I (1Y216) Q DivI(Excess FlowCkValve) Q EKIQ4102Y E-178 003 Div I (lY216) Q Div I (Excess Flow Ck Valve)

EKIQ4103A'-178 Q

. E-178 004 Div I (1Y216) Q DivI(ExcessFlowCk Valve) Q EK1Q4103E E-178 004 Div I (1Y216) Q Div I (Excess Flow Ck Valve)

EK1Q4103F E-178 004 Div I (IY216) Q DivI(ExcessFlowCk Valve) Q EK1Q4103G E-178 004 Div I (1Y216) Q Div I (Excess Flow Ck Valve) Q EK1Q4123H E-172 005 'iv I (1Y236) Divi I (SV-12651)

EK1Q4129C E-172 002 Div I (I B236) Q Div I (HV-12603) Q EK1Q4129Q E-172 002 Div I (1B236) Q Div I (HV-12603) Q EKlQ4153A E-171 008 Division I Q Division I EK1Q4159D E-171 008 Div I (1Y216) Q Div I'(HV-15713)

EKlQ4160F E-171 008 Div I (IY216) . Q Div I (HV-15703)

EKIQ4189D E-304 013 Div I (HV-15713) Q Div I (iso Mux XIT-15701A) Q EKIQ4189D E-304 013 Div I (HV-15703) Q Div I (lso Mux XIT-15701A) Q EKlQ4189G E-304 013 Div I (HV-15722) Q Div I (iso Mux XIT-15701A) Q EK1Q4189G E-304 013 Div I (HV-15725) Q Div I (Iso Mux XIT-15701A) Q EK1Q4189H- E-304 013 Div I (SV-15737) .

Q Div I (lso Mux XIT-15701A) Q .

EK1Q4189H E-304 013 Div I (SV-15767) Q Div I (iso Mux XIT-15701A) Q EKlQ4189J E-304 013 Div I (SV-15737) Q Div I (Iso Mux XIT-15701A) Q

S 0

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag264 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED EKlQ4189J E-304 013 Div I (SV-15742A) Q Div I (iso Mux XIT-15701A) Q EKIQ4189J E-304 013 Div I (SV-15740A) Div I (iso Mux XIT-15701A)

EKIQ4201C E-180 001 Div I (1D614)

Q Q 'iv I (PSV-B21-IF013A)

Q Q

EK1Q4202C E-180 001 Div I (1D614) Q Div I (PSV-B21-IF013B) Q EKIQ4203C E-180 001 Div I (1D614) Q Div I (PSV-B21-IF013C) Q EK IQ4204C E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EK1Q4204D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EK1Q4205C E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve)

EKlQ4205D E-180 002 Div I (1D614) Q 'Divi I (Safety Relief Valve) Q EKIQ4206C E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve)

EKIQ4206D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKlQ4207C E-180 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKIQ4207D E-180 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKIQ4208C E-180 Div I (1D614) Q Divi I (Safety Relief Valve) Q EKIQ4208D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKIQ4209C E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKIQ4209D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKlQ4210C E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve)

EKlQ4210D E-180 002 ~ Div I (1D614) Q ~ Divi I (Safety Relief Valve) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1 pag 265 CABLES DWG SH FROM SEPGR(FRM) . TO SEPGR(TO) ISOLATED EKIQ4211C E-180 - Div I (1D614) 002 Q Divi I (safety Reucf Valve) Q EK1Q4211D E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve)

EK1Q4212C E-180 002 Div I (ID614) Divi I (Safety Relief Valve) Q EKIQ4212D E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve) Q EKIQ4213C E-180 002 Div I (1D614) Q Divi I-(Safety Relief Valve) Q EK1Q4213D E-180 002 Div I (1D614) Q Divi l(Safety Relief Valve) Q EKIQ4214C E-180 002 'iv I (1D614) Q Divi I (Safety Relief Valve) . Q EK1Q4214D E-180 002 Div I (1D614) Q Divi I (Safety Relief Valve) Q EKIQ4215C E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EK1Q4215D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q EKIQ4216C E-180 002 Div I (ID614) Q -

Divi I (Safety Relief Valve) Q EKIQ4216D E-180 002 Div I (ID614) Q Divi I (Safety Relief Valve) Q .

EK1Q4217C E-180 002 Div I (ID614) Q Divi I (ADS Valve) Q EKIQ4218C E-180 002 Div I (ID614) Q Divi I (ADS Valve) Q EKIQ4219C E-180 002 Div I (ID614) Q Divi I (ADS Valve) Q EKIQ4220C E-180 002 Div I (1D614) Q Divi I (ADS Valve) Q EK1Q4221- E-180 002 Div I (ID614) Q Divi I (ADS Valve) Q CEKIQ42 E-180 002 Div I (ID614) Q Divi I (ADS Valve) Q EKlQ4230C E-180 003 Div I (1D614) Q . Div (LIS-B21-1N031C) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 266 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1Q4230D E-180 003 Div I (1D614) Q Div (LIS-B21-IN042A) e EK1Q4233W E-180 007 Div I (1Y216) Div I (VISH-14180A) e EK1Q4233X E-180 007 'iv I (1Y216)

Q Q Div I (VISH-14180A) Q EK1Q4235E E-304 016 Div I (AR-15745A) Q Divl(Iso MuxXIT-15701A) Q EK1Q4245A E-180 Div I (1C601) Q Div I (VISH-14180A) Q EK1Q4310A E-171 023 Div I (1D614) Q Div I (1C602A) Q EKIQ4310B E-171 023 Div I (ID614) Q . Div I (1C602A) Q EKIQ4310C E-171 023 Div I (1D614) Q Div I (1C602A) Q EKIQ4310D E-171 023 Div I (ID614) Q Div'I (1C602A) e EKIQ4310J E-171 023 Div I (ID614) Q Div I (1C602A) e EK1Q4312A E-171 025 Div I (ID614) Q . Div I (IC602A) Q EKIQ4312B E-171 025 Div I (ID614) Q Div I (1C602A) e EKIQ4312C E-171 025 Div I (ID614) Div I (1C602A) e EKIQ4312D E-171 025 Div I (ID614) Q Div I (1C602A) Q EKIQ4314A E-171 027 Div I (1D614) Q Div I (IC602A) e EKIQ4314B E-171 027 Div I (ID614) Q Div I (IC602A) Q EK1Q4314C E-171 027 . Div.l (ID614) Q Div I (1C602A) Q EKIQ4314D E-171 027 Div I (ID614) Q Div I (IC602A) Q EKIQ6513D E-189 Div I (1B217) Q Div I (HV-E32-IF006) e

I EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag267 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED EKIQ6513E E-189 001 Div I (IB217) Q Div I (HV-E32-IF006) e EK1Q6514D E-189 001 Div I (IB217) Q Div I (HV-E32-1F007) Q EK1Q6514E E-189 001 Div I (1B217) Q Div I (HV-E32-1F007)

EK1Q6515D E-189 001 Div I (1B217) Q Div I (HV-E32-1F008) Q EK1Q6515E E-189 001 Div I (1B217) Q Div I (HV-E32-1F008) Q EK1Q6516D E-189 001 Div I (IB217) Q . Div I (HV-E32-1F009) Q EK1Q6516E E-189 001 Div I (1B217) Q. Div I (HV-E32-1F009) e EK1Q6518D E-189 003 Div I (1B217) Q Div I (1K209A)

EK1Q6526A 015 Div I (IY21646) Q IC645 e EK1Q6529C E-189 005 Div I (1C645) Q Div I (HV-E32-1F006) Q EKlQ6529D E-189 005 Div I (IC645) Q Div I (HV-E32-IF007) e EK1Q6529E E-189 005 Div I (1C645) Q Div I (HV-E32-IF008) e EK1Q6529F E-189 005 Div I (IC645) .

Q Div I (HV-E32-IF009) . Q EK1V2618D E-304 004'iv I (HV-18722A2) Q Div I (Iso Mux XIT-15701A) Q EK1V2618D E-304 004 Div I (HV-18782AI) Q Div I (iso Mux XIT-15701A) Q EKIV2618D E-304 004 Div I (HV-18792B2) Q Div I (Iso Mux XIT-15701A) Q EK1V2618D E-304 004 Div I (HV-18792A1) Q Div I (Iso Mux XIT-15701A) Q EK1 V2618D E-304 004 Div I (HV-18782BI) Q Div I (iso Mux XIT-15701A) Q EKIV2618D E-304 004 Div I (HV-18782B2) Q Div I (iso Mux XIT-15701A) Q

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 268 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIV2618D E-304 004 Div I (HV-18792BI) Q Div I (iso Mux XIT-15701A)

EKIV2618D E-304 004 Div I (HV-18782A2) Q Div I (iso Mux XIT-15701A) Q EKIV2618E E-304 002 Div I (HV-18781A2) Q Div I (iso Mux XIT-15701A) Q EK1V2618E E-304 002 . Div I (HV-18781AI) Q Div I (fso Mux XIT-15701A) Q EK1V2618F E-304 002 Div I (HV-18791A2) Q 'Div I (lso Mux XIT-15701A) Q EKlv2618F E-304 002 Div I (HV-18791A1) Q Div I (iso Mux XIT-15701A) Q EK1Y0009T 015 Div I (1Y216-33) Q Div I (HSE-111501)

EKIYOOIOU E464 015 Div I (IY216-30) Q Div I (IC602A)

EK1 Y0013D E464 016 Div I (IY23645) Q PI41107A EK1Y0013J 016 Div I (1Y236-17) Q Dtv I (1C694)

EK1Y0013L E464 016 Div I (IY236-21) Q Div I (XV~I-IF004A)

EKIY0014A 016 Div I (IY23642) Q Div I (1C601)

EKlY0030B 037 Div I (IY115) Q Divi I (1C601) ~

EM IE51014 Ml-E51-90 006 Div I (PT-E51-1N004,5,7,8) Q PI-E51-1R601,2,3,4 Non Class IE EM1E5 1014 Ml-E51-90 006 Div I (FT-E51-1N003) Q Div I (FY-E51-IK601)

/

EM114202K J442 001 Div I (LT-14201A,2A,3A) Q Div I (Iso Mux XIT-15701B) Q EM IPM1302 MI-EIIM 010 Div I (PT-El 1-IN026A) Q PI-El I-1R606A1 Non Class 1E

'I EM1PM1302 Ml-EI146 '. 010 Div I (FY-E 1 I-IK600A) Q Div I (FI-El 1-IR603A)

EM IPQ1302 Ml-E5 1-90 006 Div I (FY-14989 Isolation Device)) Q Div I (FY-E51-1K601)

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev1 pag 269 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMIPQ1302 Ml-E51-90 006 Div I (PT-E51-1N004,5,7,8) PI-E51-1R601,2,3,4 Non Class 1E EM1Q0836D E-304 018 Div I (FT-E21-1N003A) Div I (Iso Mux XIT-15701A) Q

'EM1Q0836D E-304 018 Div I (PT-E21-IN001A) Div I (iso Mux XIT-15701A) Q EM IQ0836F E-304 019 LITS-B21-IN026B (Mech Sw See Ap Q Div I (iso Mux XIT-15701A)

EMIQ4189A E-304 018 Div I (Fi'-15729A) Div I (iso Mux XIT-15701A)

EMIQ4189K E-304 017 Div I (Tl'-15799A) Div I (Iso Mux XIT-15701A)

EM1Q4189K E-304 017 Div I (IT.-15790A) Div I (iso Mux XIT.-15701A)

EM 1Q4189L E-304 017 Div I (PT-15710A) Div I (iso Mux XIT-15701A)

EM1Q4189L E-304 017 Div I (PT-15709A) Div I (iso Mux XIT-15701A)

EM1Q4189M E-304 017 Div I (LT-15776A) Div I (iso Mux XIT-15701A) Q EMIQ4189M E-304 017 - Div I (LT-15775A) Div I (iso Mux XIT-15701A) Q EM1Q4235E . E-304 016 Div I (AR-15745A) Div I (iso Mux XIT-15701A) Q EM1Q4235E E-304 016 Div I (AR-15746A) Div I (iso Mux XIT-15701A) Q EMIQ4235F E-304 016 Div I (D:-15751) Div I (Iso Mux XIT-15701A)

EM IQ4237D E-304 019 Div I (RY-15721A) Div I (iso Mux XIT-15701A) Q JKOG2401N E423 006 Ch A Aff(120 V Potential Transform Q Sync Ckt Non Class 1E NMIPR4101 MI&33-153 004 FT-G33-1N037 (Press Boundary) Q FI-G33-1R610 Non Class 1E PK1Q0300C E-169 001 Divi I Aff(1A20 107) Q Computer Input Non Class 1E PK1Q0839G E464 032 Div I Affiliated (1Y688) Q 1C699A Non Class 1E V

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600A Rev 1. pag 270 CABLES DWG SH FROM .SEPGR(FRM) TO SEPGR(TO) ISOLATED PKIQ1507C E-151 009 Div I Aff(IB237) Q HV-B31-IF023A Non Class IE PK1Q7001P E-185 014 Division I Miliated Q BIS YES PKI S0704C E-147 003 Division I Affiliated Q 1P210B Non Class IE YES PK1S0705C E-147 Division I Miliated Q 1P210A Non Class IE PK2Q70011 E-185 028 Division I Affiliated Q BIS Q YES PK2Q7001U E-185 028 Division I Miliated Q BIS Q YES

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600B Rev 1 page271 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED BKlE11004 Ml-EIIM 006 Ch B (ID624) Ch B (KIOA)

BK1E11004 MI-EIIM 015 Ch B (ID624) Q Ch B (74 Relays from valves)) . Q BK1E3 6003 E-184 004 Ch B (ID624) Q Ch B (KIIB) Q BK1PN2703 M1-E21-35 006 Ch B (1B227) Ch B (HV-E21-1F004B) Q BK1PN2703 M1-E21-35 006 Ch B (1D624) Ch B (1P206B)

FK1E1 1002 MI-E1146 007 Div II (ID624) Div II (K7B,8B Relays) Q FKIE11003 MI-E1146 007 Div II (ID624) Div II (Z12X-IF009) '

FKIE11003 MI-E1146 007 Div II (1D624) Div II (52a-20202) Q FKIE11003 MI-EI145 007 Div II (ID624) Div II (HV-El1-1F008) Q FKlE11003 MI-Elle 007 Div II (ID624) Div II (PIS-B31-1N018B) Q FKIE11003 MI-EI146 007 Divll(ID624) Div II (FS-El I-IN021B) Q FK1E11003 MI-EI146 008. Div 11 (ID624) Div II (HV-ElI-IF006B) Q FKIE11005 MI-EI146 018 Div II (1B246) Div II (HV-El1-1F048B) Q FK1E11006 MI-Elle 018 Divll(IB226) Div II (HV-El I-IF016B) Q FKIE11006 Ml-EI146 019 Div II (IB229) Div II (HV-ElI-1F015B) Q FK1E1 1007 MI-Elle 018 Div II (IB246) Div II (HV-El 1-IF027B) Q FKIE11007 Ml-El l~ 019 Div II (IB226) 'iv II (HV-ElI-IF028B) Q FKIE11008 Ml-ElIM '18 Div II (1B227) Div II (HV-El1-1F024B) Q FK1E11008 Ml-EIIM 018 Div II (1B227) Q Div II (HV-El 1-1F021B)

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600B Rev 1 page 272 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED FKlE11017 MI-Elle 011 Div 11 (PI'-El 1-IN026B) Q PI-El 1-1R606BI Non Class IE FKIE11018 Ml-EIIM 019 Div H (IY226) Q DiviII(HV-Ell-1F060B) Q FK1FA 1003 MI-FA149 005 Div II (1D624) Q Div II (LIS-B21-1N031B) Q FK1FA1003 MI-FA149 007 Div II (1D264) Q Div II (HV-FA1-IF003) Q FK1FA 1004 MI-FAI<9 008 Divll(1D264) Q Div II (HV-FAI-1F006) Q FK1FA 1004 MI-FA149 009 Div II (ID624) Q Div II (LSH-FA1-1N014, S14) Q FK1P81805 Ml-E51-90 .009 Div II (ID624) Q . Div II (HV-E51-1F0005,26,88) Q FK1P8 1807 Ml-E51-90 011 Div II (K55 Relay) Q Div II (RCIC Status) Q FKIPM1201 Ml-EI146 014 Div 11 (IY226) Q FR-El 1-1R608 Non Class IE FKlPM1203 Ml-EI146 014 Div 11 (1Y226) Q Div II (RHR Sys 2 Status) Q i

FKIPM1206 Ml-El l~ 019 Div II (lY226) Q Divll(HV-Ell-IF060B) Q FK1PM1801 MI-E1146 019 Divll(IB229) Q Div II (HV-ElI-1F015B) Q FKIPM1803 Ml-EI146 007 Div II (ID246) Q Div II (S32B)

FKlPM1803 Ml-EI146 008 Div II (ID246) Q Div II (S17B, S3B) Q FK1PM1804 MI-Elle 007 Div II (1D624) Q Div II (S20B, S56B) Q FKIPM1804 Ml-EIIM 008 Div II (1D624) Q Div II (S3B)

FKlPM1804 Ml-EI146 009 Div H (ID624) Q Div II (SIB, S56B) Q FK1PM1809 Ml-EI146 . 018 Div II (1B246) Q DivII(HV-Ell-1F027B) Q FKIPM1809 Ml-EIIM 018 Div II (IB247) Q Div II (HV-El 1-1F024B) Q

h 0

' L

EC-QDET-1002 Q Loads in Contact with PI-E?1-1R600B Rev 1 page273 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIPM1810 MI-EIIM 018 Div H (IB227) Q Div II (HV-ElI-IF021B) Q .

FKIPM1810 .

MI-EII& 019 Div Il (IB226) Q Div II (HV-El1-IF017B) Q FKIPM1813 MI-Elle 018 Div Il (IB227') Q= Divll(HV-Ell-IF021B) Q FKIPMX804 Ml-ElI& 008 Div II (ID624) Q Div II (K9A)

FKIPMK804 MI-Elle 019 Div II (IB229) Q Div II (K67A) Q FKlPMX806 MI-EI146 008 Div II (ID624) Q Div II (K200A) Q FKIPN2701 Ml-E21-35 008 Div II (IY226) Q Div II (CS Sys 2 Status) Q FKIPN2702 Ml-E21-35 006 Div Il (IB247) Q Div II (HV-E21-IF015B) Q FK1PN2702 MI-E21-35 006 Div II (1B227) Q Div II (HV-E21-1F004B) Q FKIPN2704 Ml-E21-35 004 Div II (1D624) Q Div II (S1B,SB,16B,17B) Q FK1 PN2704 MI-E21-35 006 Div II (IB227) Q DivII(HV-E21-IF005B) Q FKIPN2705 Ml-E21-35 006 Div II (IB227) Q DivII(HV-E21-IF005B) Q FK1PN2705 Ml-E21-35 006 . Div II (lY226) ~

Q 'ivII (HV-E21-1F006B,7B) Q FKIPN2706 MI-E21-35 006 Div II (IY226) Q Div II )HV-E21-IF037B) Q FK1PNT702 Ml-E21-35 004 Div II (ID624) Q Div II (K32A) e FKIPP1201 Ml-FA1<9 003 Div H (ES-FAI-IK600) Q DivH(K50,FC-FAI-IR600) Q FKIPP1202 Ml-FAI<9 011 Div II (K50) Q Div II (HPCI Status) -

Q FKIPP1204 MI-FA1<9 . 01'I Div II (K 50) Q Div II (S2)

FK1PP2001 Ml-FA149 003 Div II (K35, Kl) Q Div II (HPCI Status) Q

4 L EC-QDET-1002 Q Loads in Contact with PI-E21-1R600B Rev 1 pagt274 ChB LES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED FKIPP2001 Ml-FAIL 003 Div II (IY226) Q Div II (HPCI Status) Q FKIPP2002 Ml-FA149 004 Div II (1D624) Q Div II (S25)

FK1PP2002 MI-FA149 008 Div II (ID264) Q Div II (HV-El1-IF011) Q FKIPP2003 . Ml-FAI-69 008 Div II (ID264) Q Div II (HV-FAI-IF059) Q FKIPP2003 MI-FA149 008 Div H (ID274) Q Div II (HV-E41-IF006) Q FKIPP2004 Ml-FA149 008 Div II (1D274) Q Div II (HV-FA1-1F075) Q FK1PP2004 MI-E4149 Div II (1D264) Q Div II (HV-FA1-1F042) Q FK1PP2004 MI-E4149 009 Div II (1D624) Q Div II (HV-FA1-IF054) Q FK1PP2005 Ml-FA149 007 Div II (1D274) Q Div II (HV-FA1-IF008) Q FK1PP2005 Ml-FAI49 008 Div II (1D264) Q Div II (HV-FAl-IF004) Q FK1PP2005 Ml-FAI49 009 Div II (ID624) Q Div II (HV-FA1-1F054)

FK1PP2006 Ml-FA149 007 Div II (ID274) Q Div II (HV-FAI-IF007) Q FKIPP2006 Ml-FA149 007 Div II (ID624) Q Div II (HV-E41-IF025) Q FK1PP2006 Ml-FA1<9 007 Div Il (ID264) Q Div II (HV-FAI-IF012) Q FK1PP2007 MI-E4149 007 Div II (1D264) Q Div II (HV-E41-1F001,3) Q FK1PP2007 Ml-FA1<9 009 Div II (ID624) Q Div II (HV-FAI-IF029) Q' FK1PP2008 Ml-FA149 004 Div II (ID624) Div II (S20, S19) Q FK1PP2008 Ml-FA149 '. 005 Div II (ID624) Div II (S18)

Q FKIPP2008 Ml-E4149 009 Div II (ID624) Q Div II (HPCI Tur Stop Valve)) Q

EC-QDET-1002 Q Loads in Contact with.PI-E21-1R600B Rev 1 pagt275 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIPP2008 MI-FA149 009 Div II (ID624) Q Div 11 (HV-E41-IF029) Q FKIPP2009 Ml-FAI49 004 Div II (ID624) Q Div H (S32, 33) Q

. FK1PP2009 Ml-FA149 007 Div II (ID274) Q Div II (IF213)

FKIPP2009 MI-FA149 007 Div II (1D274) Q Div II (IP215,6)

FKIPP2011 Ml-FA149 007 Div II (ID264) Q Div II (HV-E41-1F003) Q FKIPP2011 MI-E4149 008 Div II (1D264) Q .Div II (HV-E41-1F075) Q r

FKIPP2012 Ml-FA149 008 Div II (1D264) Q Div II (HV-FAI-IF004,6) Q FKlPP2013 Ml-FA149 007 Div II (ID264) Q Div II (HV-FAI-IF012) Q FK1PP2XOI M1-FA 1 49 005 Div II (ID624) Q Div II (S4B)

FK1PPXX03 MI-E4149 004 Div II (1D624) Q Div II (K44, K45) Q FK1PQ1802 Ml-E51-90 Div II (IY226) Q Div II (RCIC Status) Q FK1PQ1802 Ml-E51-90 011 Div II (K33, K43 Relays) Q Div II (RCIC Status) Q FKIPQ1803 M1-E51-90 Div H (ID264) Div H (HV-E51-IF084) Q FK1PQ1804 Ml-E51-90 004 Div II (1D624) Q Div II (S26)

FKIPQ1804 'l-E51-90 Div II (ID624) Q Div II (HV-E51-1F0005,26,88) Q FKIPQ1804 Ml-E51-90 . 009 Div H (ID624) Q Div II (S11B, S12B) Q FKIPQD 103. Ml-E51-90 Div II (ID624) -

Q Div II (K40 Relay) Q.

FKIPQX801 Ml-E51-90 '04 Div II (1D624) Q Div II (S3B-B21B) Q FMIE11002 Ml-Elle 009 Div II {1D624) Q,Div II (K19B-E21A) Q

k 0

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600B Rev 1 pagc276 CABLES DWG SH FROhg SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIE11003 Ml-EII4i 010 Divn(FT-Ell-IN015B) Q Div II (FY-El I-1K600B) Q FM1E11003 Ml-EIIM 010 Div II (&7-El1-1N007B) Q Div II (FY-11207B2) Q FM1E 11004 MI-EIIM 007 Div II (ID624) Q Div II (PS-El I-INOIIB)

FM1E11004, MI-EI146 007 Div II (ID624) Q Div II (K110A-U2)

FM1E11004 Ml-ElIM 007 Div II (1D624) Q Div II (LIS-B21-1N013D)

FM1E 11004 ,Ml-EI1%i 008 Div 11 (1D624) Q Div II (52AX-20101)

FMlE11004 Ml-Elle 009 Div 11 (1D624) Q Div II (PIS-B21-1N021B,D)

FMlE11005 Ml-ElIM 008 Div II (1D624) Q Div II (HV-Ell-lF006D, 4D))

FM1E11006 Ml-EI IM 007 Div II (1D624) Q Div II (52AX, 52BX)

FM1E21001 Ml-E21-35 Div II (PT-E21-1N001B) Q Div II (PI-E21-IR600B) ~

Q FMIE2 1001 Ml-E21-35 Div II (FT-E21-1N003B) Q Div II (Fl-E21-IR601B)

FMlE41002 Ml-FA149 006 Div II (Fl'-FA I-IN008>09i13,) Q PI-FAl-1R602,3,6 Non Class IE FM1FA 1002 Ml-E41%9 006 Div II (FI'-E41-IN016) Q Div II (PI-FA1-IR601) Q FMIE5 1001 Ml-E51-90 Div II (1D624) Q Div II (LIS-B21-IN024C) e FMIE51001 Ml-E51-90 004 Div II (ID624) Q Div II (PSL-E51-IN014B) Q FM1E51001 Ml-E51-90 004 Div II (ID624) Q Div II (PDIS-E51-IN018) Q FM 1E51001 Ml-E51-90 008 Div II (ID264) Q Div II (HV-E51-1F084) Q FMIE51002 Ml-E51-90 . 004 Div II (ID624). Q Div II (PSH-E51-1N012B) Q FM IE5 1002 Ml-E51-90 004 Div II (1D624) Q . Div II (PSL-E51-IN019D) e

EC-QDET-1002 Q Loads in Contact with PI-E21-1R600B Rev 1 page277 CABLES DWG SH PROM SEPGR(PRM) . TO SEPGR(TO) ISOLATED FM1E5 1002 MI-E51-90. 009 Div 11 (ID624) Q Div H (HV-E51-1F005,26,88)) Q FMII1212D E-153 035 Div II PT-15127B) Q Div II (Ti-15127B)

FM112604C J426 003 Div II (FI'-12649) Q Div II (PI-12649)

FM114203H JM2 003 Div II (LT-14203B) Q Div II (LI-14203B)

FM II4203J JM2 003 Div II (LT-14202B) Q Div Il.(LR-14202)

FMII4203M J442 003 Div II (PT-14201B) Q Divi II (IC651) Q FMII4203N J442 003 Div II (LT-14203B) Q Div I (LI-14201BI) . Q FM115102F J470 002 Div II (FY-15120B,21B) Q Div II (Fl-15120B) Q FM115706G J457 003A Div II (PT-15729B) Q Div II (PY-15729B) Q FM115708B J457 003A Div II (PT-15729B) Q Div II (PR-15710B)

FM1J2V301 003 Div II (PT-01107B) Q Div II (PI41107B) Q FMIJ2V301 003 Div II (FY41109B) Q Div II (FI41109B)

FMIJ2V301 005 Div II gT41106B) Q -

Div II PI41106B) Q FM IJ45201 J457 002A Div II (LSL-15775B) Q Div II (LI-15775B)

FMIJ45202 J457 002A Divi H (LT-15775B) Q Div II (LR-1577613) Q FMIJ45202 J457 002A Divi Il (PMAI Power Supply) Q Div II (LR-15776B) Q FM1J45202- J457 003A Divi II (PY-15709B, IOB) Q Div II (PR-15710B)

FMlJ45202 J457 007A 'iviII (TT-15790B) Div II PR-15790B I) Q FM1PM1204 MI-E1146 010 Div II (FY-El I-1K600B) -

Div II (FI-El I-IR603B) Q

EC-QDET-1002 Q Loads in,Contact with PI-E21-1R600B Rev 1 page 278 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIPM1204 Ml-EI146 011 Div II (PT-El I-1N026B) Q PI-1R606B1 Non Class IE FMIPN1201 MI-E21-35 Div II (PT-E21-IN003B) Q PI-E21-IR600B Non Class lE FM1PN1201 MI-E21-35 006 Div II (FT-E21-INOOIB) Q Div I (Fl-E21-IR601B)

FMIPP1203 MI-FAIL 006 Div II (PT-FA 1-lN0013,16,19) Q PI-FA1-1R602,3,6 Non Class IE FMIPP 1203 MI-FAIL 006 Div ll (PT-E41-1N009) Q Div I (Pl-E41-1R601)

FMIQ0835D E-304 018 Fl'-EI I-IN003B (Press Boundary)) Q Div II (iso Mux XIT-15701B) Q NKIQ0054A J439 008 . RY-13961B (Isolation Device) Q ES-B31-1K600 .

Non Class 1E R(

NMIQ0835F E-304 018 PDT~2-IN017 (Press Boundary) Q SPDS-NFL404Z Non Class 1E NMIQ0835F E-304 018 PT-C32-1N008 (Press Boundary) Q SPDS-NFP401Z Non Class IE NMIQ0835F E-304 018 PT-C32-IN005 (Press Boundaty) Q SPDS-NFP402Z Non Class 1E NM1Q0835F E-304 018 PDT&32-IN004C (Press Boundaty) Q SPDS-NFL403Z Non Class IE NMIQ0835F E-304 018 PDT-C32-1N004B (Press Boundary) Q SPDS-NFL402Z Non Class IE NMIQ0835F E-304 018 PDT-C32-1N004A (Press Boundary) Q SPDS-NFL401Z Non Class 1E

EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page 279 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED BKIE11004 Ml-EII46 006 ChB(ID624) Ch B (KIOA) Q BKIE11004 MI-EI146 015 Ch B (ID624) Ch B (74 Relays from valves)) Q BKIE36003 E-184 004 Ch B (ID624) Ch B (KI IB)

BKIPN2703 " Ml-E21-35 006 . Ch B (IB227) Ch B (HV-E21-IF004B) Q BKIPN2703 Ml-E21-35 006 Ch B (ID624) Ch B (IP206B) Q BMOG2402C E423 006C Ch B (OC512B) Ch B (XI40034B) Q BMIQ0703C E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703D E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703E E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703F E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703G E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703H E-168 002 Ch B (Thermocouple) Ch B g'emp Sw to Iso Logic) Q BMIQ0703J. E-168 002 Ch B (Thermocouple) Ch B gemp Sw to Iso Logic) Q BMIQ0703K E-168 002 Ch B Phermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703L E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BMIQ0703M E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BMIQ0703N E-168 002 Ch B (Thermocouple)- Ch B (Temp Sw to Iso Logic)

BMIQ0703P E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q BMIQ0703R E-168 002 Ch B (Thermocouple) Ch B (Temp Sw to Iso Logic) Q

0 EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page280 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED BM1Q0703S E-168 002 Ch B Phermocouple) Q ChB(Temp SwtoIso Logic) Q BMIQ0704C E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704D E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) -

Q BM1Q0704E E-168 002 ~ Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704F E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704G E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BMlQ0704H E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q .

BM1Q0704J E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704K E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic)

BM1Q0704L E-168 002 Ch B Phermocouple) Q Ch B (Iemp Sw to Iso Logic) Q BM1Q0704M E-168 002 Ch B (Thermocouple) Q ChB gemp SwtoIso Logic) Q BM1Q0704N E-168 002 Ch B (Thermocouple) Q Ch B (I'emp Sw to Iso Logic) Q BM1Q0704P E-168 002 Ch B (Thermocouple) Q Ch B g emp Sw to Iso Logic) Q BMIQ0704R E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q

'02 BM1Q0704S E-168 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704T E-168 002 Ch B Phermocouple) Q Ch B (Temp Sw to Iso Logic) Q BM1Q0704U E-168 002 Ch B (Thermocouple) Q Ch B (Temp Sw to Iso Logic) Q FK1E11002 MI-E1146 '. 007 Div II (1D624) Q Div II (K7B,8B Relays) Q FK I E11003 MI-Elle 007 Div II (1D624) Q .Div Il (52a-20202)

t EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev1 page281 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIE11003 MI-EIIM 007 Div H (ID624) Div H (FS-El I-IN021B)

FKIE11003 MI-EI146 007 Div H (ID624) Div H (HV-ElI-IF008)

FK1E11003 MI-EIIM 007 Div H (1D624). Div H (PIS-B31-1NOISB)

FK1E11003 MI-EI IM 007 Div H (ID624) Div H (Z12X-1F009)

FK1E1 1003 MI-EI146 008 Div H (ID624) Div H (HV-ElI-IF006B)

FKIE11005 MI-EI146 018 Div H (IB246) Div H (HV-El1-1F048B)

FKlE11006 MI-El IM 018 Div H (IB226) Div H (HV-ElI-IF016B)

FKIE11006 MI-E I 146 019 Div H (IB229) Div H (HV-ElI-IF015B)

FKIE11007 MI-E1146 018 Div H (IB246) Div H (HV-El1-IF027B)

FKIE11007 MI-Elle 019 Div H (IB226) Div H (HV-ElI-IF028B)

FKIE1 1008 MI-E1146 018 DivH(IB227) . Div H (HV-ElI-IF021B)

FK1E11008 MI-EI146 018 Div H (IB227) Div H (HV-ElI-IF024B)

FKIE1 1017 MI-EI14i 011 Div H (PI'-El I-IN026B) PI-EI I-IR606BI Non Class IE FKIE11018 MI-EI146 019 Div H (1Y226) Divi H (HV-ElI-IF060B)

FKIFA1003 MI-E4149 005 Div H (1D624) Div H (LIS-B21-IN031B) e FKIE41003 MI-E4149 007 Div H (ID264) Div H (HV-FAI-IF003) Q.

FK1FA1004 Ml-FA149 008 Div H (ID264) Div H (HV-FAI-IF006) Q FK1E4 1004 MI-E4149 . 009 Div H (ID624) Div H (LSH-E41-1N014, S14) Q

'FK1P81805 Ml-E51-90 009 Div H (ID624) Div H (HV-E5I-IF0005,26,88) e

0 EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page282 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FK1P81807 Ml-ES 1-90 011 Div II (KSS Relay) Q Div II (RCIC Status)

FKlPM1201 Ml-EI1% 014 Div II (1Y226) Q FR-El 1-IR608 Non Class 1E FK1PM1203 Ml-E1146 014 Div II (1Y226) Q Div II (RHR Sys 2 Status)

FK1PM1206 Ml-E1146 019 Div II (1Y226) Q Div II (HV-El1-IF060B)

FKIPM1801 MI-EI146 019 Div II (1B229) Q Div II (HV-ElI-IF015B) Q FK1PM1803 Ml-EI146 007 Div II (1D246) Q Div II (S32B) Q FKIPM1803 Ml-ElIM . 008 Div II (1D246) Q . Div H (S17B, S3B) Q FKIPM1804 MI-EI146 007 Div II (ID624) ~

Q Div H (S20B, S56B) Q FKIPM1804 MI-E 1146 008 Div II (1D624) Q Dtv II (S3B) Q FK1PM1804 MI-E1146 009 Div II (ID624) Q Div II (SIB, S56B) Q FK1PM1809 MI-E1146 018 Div II (IB246) Q Div II (HV-ElI-1F027B)

FK1PM1809 MI-EIIM 018 Div II (1B247) Q Div II (HV-ElI-IF024B)

FK1PM1810 MI-EIIM 018 Div II (1B227) Q Div II (HV-ElI-1F021B) Q FKIPM1810 MI-E1146 019 Div II (1B226) Q Div II (HV-ElI-IF017B) Q FK1PM1813 Ml-EI146 018 Div II (1B227 ) Q Div II (HV-ElI-1F021B) Q FKIPMX804 M1-E I 146 008 Div II (1D624) Div II (K9A) Q FK1PMX804 Ml-E1146 .019 Div II (1B229) Q Div II (K67A) Q FKlPMX806 MI-EI146 . 008 Div II (ID624) Q Div II (K200A) Q FK1PN2701 Ml-E21-35 Div II (1Y226) . Q Div II (CS Sys 2 Status) Q

0 EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page283 CABLES -

DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FK1PN2702 Ml-E21-35 006 Div 11 (IB247) Q Div II (HV-E21-1F015B) Q FKlPN2702 Ml-E21-35 006 Div II (IB227) Q Div II (HV-E21-1F004B) Q FK1PN2704 Ml-E21-35 004 Div II (1D624) Q Div II (S1B,SB,16B,17B) Q FK1PN2704 M 1-E21-35 006 Div II (1B227) Q Div II (HV-E21-1F005B) Q FK1PN2705 Ml-E21-35 006 Div II (1B227) Q Div II (HV-E21-1F005B) Q FK1PN2705 M1-E21-35 006 Div II (IY226) Q Divll(HV-E21-1F006B,7B) Q FK1PN2706 Ml-E21-35 006 Div II (1Y226) Q Div II )HV-E21-1F037B) . Q FKIPNT702 Ml-E21-35 004 Div II (ID624) Q Div H (K32A) Q FK1PP1201 Ml-FA149 003 Div II (ES-E41-1K600) Q Div II (K50, FC-FA1-1R600) Q FK1PP1202 Ml-FA149 011 Div II (K50) Q Div II (HPCI Status) Q FKIPP1204 MI-FA149 011 Div II (K 50) Q .

DivII(S2)

FK1PP2001 Ml-FA149 003 Divll(K35,K1) Q Div H (HPCI Status)

FK1PP2001 Ml-FA149 003 Div II (IY226) Q Div II (HPCI Status) Q FKIPP2002 Ml-E4149 004 Div II (1D624) Q Div II (S25)

FK1PP2002 MI-E4149 008 Div II (1D264) Q Div II (HV-El1-1F011) Q FK1PP2003 Ml-E4149 008 DivII(ID264) Divll(HV-FAI-1F059)

Q Q FK1PP2003 Ml-FA149 008 Div II (1D274) Q Div II (HV-E41-1F006) e FK1PP2004 MI-E4149 . 008 Div II (1D264) Q Div II (HV-FAI-IF042) Q FK1PP2004 MI-FA149 008 Div II (ID274) Div II (HV-FA1-1F075) e

(

EC-g DET-1002 Q Loads in Contact with PI-E41-1R602,.1R603, 1R606, SI-E41-1R604 Rev 1 pagt284 CABLES . DWG SH PROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIPP2004 Ml-FAI49 009 Div H (ID624) Q . Divll(HV-FAI-1F054) Q FKIPP2005 Ml-FAI49 007 Div H (ID274) Div II (HV-FAI-1F008) Q FK1PP2005 MI-FA149 008 Div II (ID264) Q Div II (HV-FAI-IF004) Q FKIPP2005 Ml-FA149 009 Div II (ID624) Q Div II (HV-FAI-IF054) Q FKIPP2006 MI-FA149 007 Div II (1D264) Q Div II (HV-FAI-IF012) Q FKIPP2006 MI-FA149 007 Div II (1D274) Q Div H (HV-FAI-IF007) Q FKIPP2006 MI-FA149 007 Div II (1D624) Q Div II (HV-FAI-IF025) Q FK1PP2007 MI-FA149 007 Div II (ID264) Q Div II (HV-FA1-1F001,3) Q FKIPP2007 MI-FA149 009 Div II (1D624) Q Div H (HV-FAI-IF029) Q FKIPP2008 MI-FA149 004 Div II (1D624) Q Div II (S20, S19) Q FKIPP2008 MI-E4149 005 Div II (1D624) Q Div H (S18)

FKIPP2008 Ml-FA149 009 Div II (ID624) Q Div II (HPCI Tur Stop Valve)) Q FKlPP2008 MI-FA149 009 Div II (ID624) Q Div II (HV-FAI-1F029) Q FKIPP2009 Ml-FA149 004 Div Il (ID624) Q Div II (S32, 33) Q FKIPP2009 MI-FA149 007 Div II (1D274) Q Div II (IP213) Q FKIPP2009 MI-FA149 007 Div II (1D274) Q . Div II (IP215,6) Q FKIPP20II Ml-FA149 007 Div II (1D264) Q Div II (HV-FAI-IF003) Q FK1PP2011 MI-FA149 . 008 Div II (1D264) Q Div II (HV-FAI-IF075) Q FKIPP2012 MI-FA149 008 Div II (ID264) Q Divll(HV-FAI-lF004,6) Q

ECQDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page285 CABLES DWG SH .. FROM SEPGR(FRM) TO SEPGRg9) ISOLATED FKlPP2013 Ml-FA149 007 Div II (ID264) Q Div II (HV-FAI-1F012) Q FKIPP2XOI 'I-FA149 005 Div II (1D624) Q Div II (S4B)

FKlPPXX03 Ml-FA149 004 Div II (1D624) Q Div II (K44, K45)

FKlPQ1802 Ml-E51-90 005 Div II (1Y226) Q Div II (RCIC Status) Q FK1PQ1802 Ml-E51-90 011 Div II (K33, K43 Relays) Q Div II (RCIC Status) Q FKIPQ1803 Ml-E51-90 008 Div II (ID264) Q Div II (HV-E51-IF084) Q FKIPQ1804 Ml-E51-90 004 Div II (ID624) Q Div II (S26)

FKIPQ1804 Ml-E51-90 Div II (ID624) Q Div II (HV-E51-1F0005,26,88) Q FK1PQ1804 Ml-E51-90 009 .Div II (ID624) Q Div H (S11B, S12B) Q FKIPQD103 Ml-E51-90 Div II (ID624) Q Div II (K40 Relay)

FK1PQX801 Ml-E51-90 004 Div II (ID624) Q Div II (S3B-B21B) Q FK1Q0109D E-170- Div II (HV-B31-1F020) Q Div II (1Y22649)

FMOI1102D 003 Div II (PT41107B) Q Div II (PI41107B) Q FMOI1102E 003 Div II (FT41109B) Q Div II (FY-01109B1) Q FM011106F 005 Div II (TE41106B) Q Div Il (TT41106B) Q FMIE11002 Ml-E1146 009 Div II (ID624) Q Div II (K19B-E2IA) Q FM1E11003 Ml-ElIM 010 Div II (FT-El I'-1N007B) Q DivlI(FY-11207B2) Q FM1E11003 Ml-EI146 '. 010 Div II (FT-El 1-IN015B) Q Div.ll (FY-El 1-1K600B)

FM 1E11004 Ml-E1 146 007 Div II (1D624) Q Div II (K110A-U2) Q

b' EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page286 CABLES DWG SH PROM . SEPGR(FRM) TO SEPGR(TO) ISOLATED FM1E11004 Ml-Elle ~

007 Div H (1D624) Q Div H (LIS-B21-1N013D) Q FM1E11004 Ml-EI146 007 Div H (1D624) Q Div H (PS-El I-1N011B) Q FM1E11004 Ml-ElIM 008 Div H (1D624) Q Div H (52AX-20101) Q FM1E11004 '. MI-EI146 009 Div H (1D624) Q Div H (PIS-B21-1N021B,D) Q FMIE11005 MI-E1146 008 Div H (1D624) Q .Div H (HV-E11-1F006D, 4D)) Q FM1E11006 Ml-Elle 007 DivH(1D624) Q Div H (52AX, 52BX) Q FM 1E21001 . Ml-E21-35 Div H (FT-E21-1N003B) Q Div H (FI-E21-1R601B) Q FM1E21001 Ml-E21-35 Div H (PT-E21-1N001B) Q Div H (Pl-E21-1R600B) Q FMlFA1002 Ml-FA149 006 Div H (PT-FA 1-lN008.09.13,) Q PI-FA1-1R602,3,6 Non Class 1E FM1FA 1002 Ml-FA149 006 Div H (PT-FA1-1N016) Q Div H (Pl-FA1-1R601) Q FM1E5 1001 Ml-E51-90 004 Div H (1D624) Q Div H (LIS-B21-IN024C) Q FMlE51001 M1-E51-90 004 Div H (1D624) Q Div H (PDIS-E51-1N018)

FM1E51001 Ml-E51-90 004 Div H (1D624) Q Div H (PSL-E51-1N014B) Q FM1E5 1001 Ml-E51-90 008 Div H (1D264) Q Div H (HV-E51-1F084) Q FM1E51002 Ml-E51-90 004 Div H (1D624) Q Div H (PSH-E51-1N012B) Q FM1E5 1002 Ml-E51-90 Div H (1D624) Q DivH(PSL-E51-1N019D) Q FMIE5 1002 Ml-E51-90 Div H (1D624) Q Div H (HV-E51-1F005,26,88)) Q FMl11212 D E-153 035 Div H (IT-15127B) Q Div II (Tl-15127B)

FM112601E J426 001 Div H (Pl'-12643) Q Div H (PSL-12643)

6 EC-QDET-1002

.Q Loads in Contact with PI-K41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page 287 CABLES DWG .

SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FM112601F J426 001 Div II (FI'-12648) Q Div II (PSL-12648)

FM112604C - J426 003 Div II (FI'-12649) Q Div ll (PI-12649) Q

. FMII4203D J442 003 Div II (LT-14201B) Q . Div II (LY-14201B) Q FM 114203 E J442 003 Div II (LT-14203B) Q Div II (LY-14203B) Q FM1l4203H JM2 003 Div II (LT-14203B) Q Div II (LI-14203B) Q FMII4203J J442 003 Div II (LT-14202B) Q Div II (LR-14202) Q

.FM114203M JM2 003 Div II (PT-14201B) Q Divi II (IC651) Q FMII4203N J442 003 Div II (LT-14203B) Q Div I (LI-14201Bl) Q FM115102F J470 002 Div II (FY-15120B,21B) Q Div II (FI-15120B) Q FMII5702C J457 002A Div II (LT-15776B) Q Div II (LY-15775B) Q FM115706C J457 003A Div II (PT-15710B) Q, Div II (PY-15710B)

FM115706E J457 003A Div II (PT-15709B) Q 'ivll(PY-15709B)

FM II5706F J457 003A Div II (PT-15729B) Q Div II (PY-15729B)

FM115706G J457 003A Div II (PT-15729B) Q Div ll (PY-15729B)

FMII5706H J457 003A Div II (PT-15729B) Q Div II (PY-15729B)

FM115708A JA57 003A Div II (PI'-15729B) Q Div II (PR-15710B) Q FMII5708B- J457 003A Div II (PI'-15729B) 'Q Div II (PR-15710B) Q.

FM115715G, J457 007A Div II gZ-15790B) Q Div II (TT-15790B) Q FM115715J J457 007A Div II gE-15799B) Q Div II (TI'-15799B) Q

EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page288 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FM115715K J457 007A Div H (TE-15799B) Q NONE (SPARE)

FM119803C J498 004 Div H (FT-El I-1N015B) Q Div H (FY-15105) Q FM119803D JA98 004 Div H (FT-El I-IN007B) Q Div H (FY-11207B2) Q FM119803E J498 004 Div H (PT-15728B) Q Div H (Pl-15728B) Q FM119803F J498 004 Div H (TE-15790B) Q Divi H (Tl'-15790B2) Q FM119803G J498 004 Division H Q Division H FM119803H J498 004 . Div H (LT-15776B) Q Div.H (LSL-15775B)

FM119804K J498 005 Division H Q Division H FMIJ2V301 003 Div H (FY41109B) Q Div H (FI41109B)

FMIJ2V301 003 Div H (PT41107B) Q Div H (PI41107B)

FMIJ2V301 005 Div H (TT41106B) Q Div H (TI41106B)

FMIJ45201 J457 002A Div H (LSL-15775B) Q Div H (LI-15775B)

FMIJ45202 J457 002A Divi H (LT-15775B) Q Div H (LR-15776B)

FM1J45202 J457 002A Divi H (PMA1 Power Supply) Q Div H (LR-15776B)

FM1J45202 J457 003A Divi H (PY-15709B, IOB) Q Div H (PR-15710B)

FMIJ45202 J457 007A Divi H (Tl'-15790B) Q Div H (TR-15790BI)

FM1PM1204 Ml-ElI& 010 Div H (FY-El 1-IK600B) Q Div H (FI-El I-IR603B)

FM1PM1204 MI-E1146 '. 011 Div H (PT-El I-IN026B) Q PI-IR606B1 Non Class IE FM1PN1201 Ml-E21-35 Div H (PT-E21-1N003B) Q . Pl-E21-IR600B Non Class 1E

0 t

EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page289 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIPN1201 Ml-E21-35 006 Div II (FT-E21-1NOOIB) Q Div I (FI-E21-IR601B)

FM1PP1203 MI-FA149 006 Div II (PT-FA1-IN009) Q Div I (PI-FAI-IR601)

FMIPP1203 MI-FA149 006 Div II (PT-FA1-1N0013,16,19) Q PI-E41-1R602,3,6 Non Class IE FMlQ0048G J457 016 Div Il (NT-15725B) Q Div II (NIT-15725B) Q FMIQ0048H J457 016 Div II (NIT-15725B) Q Div II (NIS-15724B)

FMIQ0048J J457 016 Div Il (NIT-15725B) Q Div II (Nl-15725B) Q FMIQ0048K JA57 016 Div II (NIT-15725B) Q Div II (Nl-15726B) Q FM IQ0121C E-170 001 Div II (Deleted But Installed)

FMIQ0121D E-170 001 Div II (ES-B21-I K613B) Q Div II (LITS-B21-1N026A)

FMIQ0623C E-165 005 Div II (FY-G33-IK602,3,5) Q Divi II (FT-G33-1N012,36,41 Q FMIQ0824C E-155 008 Div II (ES-E21-IK600B) Q . Div II (FT-E21-IN003B)

FMIQ0824D E-155 008 Div II (ES-E21-IK600B) Q Div II (PT-E21-1NOOIB)

FMIQ0835D E-304 018 FT-El I-IN003B (Press Boundary)) Q Div II (Iso Mux XIT-15701B)

FMlQ3067C E-153 035 Div II (ES-El I-IK603B) Q Div II (PT-El I-1N026B)

FMIQ3067E E-153 035 Div II (ES-El I-1K603B) Q Div II (PT-El I-IN015B)

FMIQ3067G E-153 035 Div II (ES-El I-IK603B) Q Div II (FT-El I-IN007B) Q FMIQ4022C E-152 001 Div 11 (HPCI Governor Control) Q SI-FAI-IR604 Non Class IE FM IQ4022E E-152 001 Div II (HPCI Governor Control) Q Div II (IC601) Q FM1Q4024C E-152 001 Div II (ES-FAI-IK600) Q Div II (HPCI Transmitters) Q

EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page 290 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FM1Q4192C E-187 001 Div I (IB226) Q Divi I (IE440B)

FMIQ4192D E-187 001 Div I (IB226) Q Divi I (IE440B)

FMIQ4194C E-187 001 Div I (1B246) Q Divi I (1FA40D)

FMIQ4194D E-187 001 Div I (1B246) Q Divi I (1E440D)

FMIQ6527C E-189 005 Div ll (IC644) Q Div II (TE-E32-INOOSB)

FM1Q6527D E-189 005 Div II (1C644) Q Div Il (TE-E32-1N005F)

FM1Q6527E E-'189 005 Div 11 (1C644) Q Div II PE-E32-IN005K)

FM1Q6527F E-189 005 Div II (IC644) Q Div II (TE-E32-1N005P)

FM1Q6527G E-189 005 Div II (1C644) Q Divi II (PT-E32-1N050,60)

FM1Q6527H E-189 005 Div II (IC644) Q . Divi 11 (FT>>E32-1N053B,F) Q FMIQ6527J E-189 005 Div II (IC644) Q Divi II (FT-E32-1N053K,P) Q FMIQ6527K E-189 005 Div II (IC644) Q Divi II (Fl'-E32-1N051B,F,K,P) Q FMIQ6527L E-189 005 Div II (IC644) Q Divi II (PT-E32-1N054)

FMIQ6527R E-189 005 Div II (IC644) Q Divi II (PT-E32-IN054)

FM IS 1601F E-267 001A Div II (1C693) Q Div II (1C292B)

FMIS1601J E-267 001A Div II (1C693) Q Div II (1C292B)

FM1S1603C E-267. 003 ~ Div II (1C690B) Q Div II 1C226B)

NKIQ0054A J439 008 RY-13961B (Isolation Device) Q ES-B31-1K600 Non Class 1E YES NM1Q0835F E-304 018 PDT-C32-1N004A (Press Boundary) Q SPDS-NFL401Z Non Class 1E

EC-QDET-1002 Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 Rev 1 page291 CABLES DWG SH FROM SEPGR(FRM) TO, SEPGR(TO) ISOLATED NM1Q0835F E-304 018 PDT~2-IN004B (Press Boundary) Q SPDS-ML-002Z Non Class IE NMIQ0835F ~ E-304 018 PDT~2-IN004C (Press Boundary) Q SPDS-NFL403Z Non Class IE NMIQ0835F E-304 018 PDT-C32-1N017 (Press Boundary) Q SPDS-M'L404Z Non Class IE NMIQ0835F E-304 018 PT-C32-1N005 (Press Boundary) Q SPDS-NFP402Z Non Class IE NMIQ0835F E-304 018 Fl'~2-IN008 (Press Boundary) Q SPDS-NFP40IZ Non Class IE RM011202D JQI2 002 Divi II Aff(FT%1204B) Q FY41204B I Non Class IE YES RM119804J J498 ~

005 . Division II AIIiliated Q Ti'-15725 Non Class IE RM119804M J498 005 Division II AQiliated TT-15725 Non Class IE

h EC+DET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rey.1 pag 292 CABLES DWG SH, PROM SEPGR(FRY) TO SEPGR(TO) ISOLATED AKIE11017 MI-EIIM 017 Ch A (IB216) Ch A (HV-ElI-IF015A) Q AKIE11017 MI-EIIM 020 Ch A (ID614) Ch A (IP202A) Q AKIPM1705 Ml-EI146 016 Ch A (IB237) Ch A (HV-ElI-IF048A) Q AKIPM1705 - MI-EI 146 016 . Ch A (ID614) Ch A (IP202A) Q AKIPM1705 MI-EI1@i 016 Ch A (IY216) 'Ch A (SV-11274A) Q AMOG2401C E423 006 Ch A (Frequency Tranducer) Ch A (XI40034A) Q AMIQ0701C E-168 002 Ch A Phemocouple) Ch A (Temp Sw to Iso Logic) 'Q AMIQ0701D E-168 002 Ch A Phermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701F E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701G E-168 002 Ch A (Thermocouple) Ch A gemp Sw to Iso Logic) Q AMIQ0701H E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701J E-168 002 Ch A (Thermocouple) Ch A gemp Sw to Iso Logic) Q AMIQ0701K E-168 002 Ch A Phermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701L E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0701M E-168 002 Ch A (Thermocouple) Ch A (Temp Sw to Iso Logic) Q AMIQ0702H E-16$ 001 Ch'A (Thermocouple) Ch A (Temp Switch to Iso Logic) Q AMIQ0702J E-168 001 Ch A Phermocouple) Ch A Pemp Switch to Iso Logic) Q AMIQ0702K E-168 001 Ch A (Thermocouple) Ch A(Temp Switch to Iso Logic) Q AMIQ0702L E-168 001 Ch A (Thermocouple) Ch A (Temp Switch to Iso Logic) Q

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-1500)A Riv i.pag 293 CABLES DWG SH FROM. SEPGR(FRM) TO SEPGR(TO) ISOLATED AMIQ0702P E-168 001 Ch A (Thermocouple) Ch A (Temp Switch to Iso Logic) Q AMIQ0702R E-168 Ch A ~ermocouple) Ch A (Temp Switch to Iso Logic) Q

~

AM1Q0702S E-168 001 Ch A (Thermocouple) Q . Ch A (Temp Switch to Iso Logic) Q AMIQ0702T J401 012 Ch A (TE-10100A) Ch A (TSH-10100A) Q AMIQ0702U JQOI 012 Ch A (TE-10100B) Ch A (I SH-10100B) Q EKOS0402P E-146 005 Div I (1A20303) Q Div I (ESW RESET LOGIC) 8,0 EK1C41001 Ml-C41-36 003 Div I (IY21647) Q Div I (C41-IF004B) Q EKlC41002 M1&41-36 003 Div I (1B217061) Div I (K2B-C41) Q EK1C41003 M1<41-36 003 Div I (IY236421) Div I (C41-F004A) Q EK1E11001 MI-EI146 004 Div I (1D614) Div I (K7A,8A-E21A) Q EKIE11002 MI-E1146 006 Div I (1D614) Div I'(K19A-E21A) Q EKIE11003 MI-Elle 006, Div I (1D614) . Div I (K9A-E21A) Q EKIE11004 MI-E1146 005 Div I (1D614) Div I (NO FOUND) Q EKIE1 1006 Ml-E1146 017 Div I (IY216) Q Div I (HV-E11-1F060A, 1F122A) Q EKlE1 1007 Ml-E1146 004 Div I (1D614) Div I (K110A-U2, 52BX-20301)

EKIE1 1008 Ml-E1146 004 Div I (1D614) Div I (KIIOA-U2)

EKIE11009 . M1-El IM 004 Div I (2D614) Div I (KIIOA-Ul)

EKIE11010 MI-EIIM . 004 Div I (2D614) "Div I (KIIOA-Ul)

EKIE11011 MI-Elle 017 Div I (IY216) Div I (HV-E11-1F060A, IF122A) Q

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev 1 pag 294 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1E11012 MI-EI146 010 Div I (f7-El I-IN007A) Div I (FY-11207A)

EK1E11012 MI-EI146 010 Div I (FY-15189 Isolation Device) Div I (FI'-El I-1N015A) Q EK1E11012 M1-El IM 011 Div I (PT-El 1-1N026A) PI-El 1-1R606A1 Non Class 1E EK1E11013 Ml-E1 146 004 Div I (1D614) Div I (PS-El 1-1N011A) Q EKIE11013 MI-E1146 004 Div I (1D614) Div I (PS-EI I-IN021E,G) Q EK1E11013 Ml-Elise MI-E1146 005 Div I (ID614) Div I (52AX-20201) Q EK1E11014 Ml-Elle 005 Div I (1D614) Divi I (HV-Ell-lF004C,6C .Q EK1E11015 004 Div I (1D614) .Q Div I (52A-20102) Q EKIE11015 MI-EIIM 004 Div I (1D614) Div I (Z1X-FOOS) Q EK1E11015 Ml-E1146 004 Div I (1D614) Div I (FS-El 1-1N021A) Q EKIE11015 Ml-E1146 004 Div I (1D614) Div I (PIS-B31-1N016A) Q EK1E11015 Ml-E1146 005 Div I (1D614) Div I (HV-ElI-IF004A) Q EK1E11015 Ml-E1 146 005 Div I (1D614) Div I (HV-El1-IF006A) Q EK1E11016 Ml-E1146 005 Div I (ID614) Divi I (52AX-20404, 09)) Q EKIEI10 16 MI-E1146 016 Div I (1B236) Divi I(HV-Ell-1F027A) Q EK1E11018 MI-El146 019 Div I (IY216) Divi I (HV-E51-1F050B) Q EK1E11020 Ml-Elle 016 Div I (IB217) Q Div I (HV-El1-1F016A) Q EK1E11021 Ml-ElIM . 007 Div I (1B216) Q Div I (HV-El1-IF028A) Q EK1E11022 Ml-E1146 007 Div I (1B217) ~ Divi I (HV-El1-1F021A) Q

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev 1 pag 295 CABLES DWG SH FROM SEPGR(FRM) . TO SEPGR(TO) ISOLATED EKIE11022 MI-EI146- 007 Div I (1B237) Q Divi I (HV-El1-1F024A)

EK1E1 1023 MI-EIIM 017 Div I (1Y216) e Div I (HV-El1-1F050A) e EK1E21008 Ml-E21-35 005 Div I (FT-E21-1N003A) Q Div I (FI-E21-1R601A) Q EK1E21008 M1-E21-35 005 Div I (PT-E21-1N001A) Q Div I (PI-E21-1R600A) Q EKlFA1001 MI-FA149 005 Div I (1D61447) Q Div I (K62 -FAI) Q EKlFA1001 Ml-FA149 005 Div I (1D61447) Q Div I (K63 -FA1) Q EK1FA1001 MI-FA149 005 Div I (ID61447) e Div I (K45 -FA1) e EK1FA 1001 MI-E4149 009 Div I (1D61447) Div I (HV-FA1-1F026) Q EK1FA1001 M1-FA 1<9 009 Div I (1Y21647) e Div I (HV-FA1-1F100) Q EK1FA1001 Ml-FAIL 009 Div I (ID61447) Q Div I (HV-E41-1F028) Q EKIFA 1002 MI-E4149 005 Div I (1D61447) e Div I (K43 -FAI) Q EK1FA 1002 Ml-E4149 005 Div I (1D61447) Q Div I (K46-FA1) Q EK1FA1004 MI-FAI49 008 Div I (HV-FA1-1F079) e Div I (42 Contactor) e EKlE51015 Ml-E51-90 006 Div I (1D61447) e Div I (EGM Contml) Q EK1P8F201 Ml-B31-275 014 Div I (1B219) Q Div I (K99A, K37A-E11A) e EK1P8F201 Ml-B31-275 016 Div I (1B219) e Div I (K99A, K37A-El lA) e EKlP8X801- Ml-B31-275 014 Div I (K37A -El 1) Q Div I (HV-B31-1F031A) e EK1P8X801 M1-B31-275 014 Div I (K39B -El 1) e Div I (HV-B31-1F023A) e EK1P8X801 Ml-B31-275 014 Div I (K39B -El 1) Q Div I (HV-B31-1F031A) e.

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev 1 pig 296 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKlPC 1701 Ml~l-36 003 Div I (1B236081) Div I (K2A ~1)

EK1PC 1705 Ml&41-36 003 Div I (IY21647) Div I (XV~I-IF004A,B) Q EKlPC 1706 MI~I-36 003 Div I (IB217461) Q Div I (K2B ~1) Q EK1PM1304 MI-Elle 017 Div I (1Y216) Q Div I (HV-E11-1F060A, 1F122A) Q EKIPM1308 Ml-E1146 019 Div I (HV-El1-1F122B) Division I EK1PM1309 Ml-E114i 013 Div I (1Y216) Div I (RHR Sys 1 Status) Q EK1PM1701 Ml-E1146 011 Div I (1D614) Div I (HV-El1-lF103A,4A) Q EK1PM 1701 Ml-El146 013 Div I (1Y216) Div I (RHR SYS1 Staus)

EK1PM1702 Ml-E1146 004 Div I (1D614) DIVI (S32A)

EK1PM 1702 Ml-EIIM 005 Div I (1D614) Div I (S17A)

EK1PM 1702 Ml-E1146 005 Div I (1D614) Div I (S3A)

EKlPM1703 MI-EIIM 004 Div I (1D614) Div I (S20A, S56A) Q EKIPM1703 Ml-El1<6 006 Div I (1D614) Div I (SIA, S56A) Q EK1PM1703 Ml-Elle 017 Div I (K84) Div I (HV-El1-1F007A) Q EK1PM 1704 Ml-EIIM 005 Div I (1D614) Div I (S3C)

EKlPM1704 MI-Elle 017 .Div I (1Y216) Div I (HV-El1-IF050A) Q EK1PM 1707 MI-Elle 016 - Div I (1B216) Div I (HV-El1-1F028A) Q EK1PM1707 MI-EI146 . 016 Div I (1B217) Div I (HV-El1-1F016A) Q EK1PM 1708 MI-E1146 016 Div I (1B236) Div I (HV-El1-IF027A) Q

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev 1 yap 297 CABLES DWG SH FROM SEPGR(FRM) TO ISOLATED

'iv SEPGR{TO)

EKIPM1708 Ml-EI146 016 I (IB237) Q Div I (HV-E1 I-1F024A) Q EK1PM1709 - MI-EI146 016 Div I (1B217) Q Div I (HV-E11-1F021A,) Q EKIPM1709 MI-El IM 017 Div I (1B216) Q Div I (HV-E11-1F017A,) Q EKlPM1710 Ml-EIIM 017 Div I(HV-El1-1F015A) Q Div I (IB219)

EK1PM1715 Ml-ElI& 019 Div I (HV-E51-IF050B) Q Div I (1Y216) e EKlPMXSOI Ml-EIIM 005 Div I (1D614) Q Div I (K2B)

EKIPMX801 MI-Ell~ 006 Div I (1D614) Q Div I (K35B,K36B,K47B,K91B) Q EK1PMX807 MI-E1146 005 Div I (K201B) Q Ml-EI146 EK1PMXSOS Ml-Ell~ 005 Div I (K200B) Q Ml-E1146 EKIPN1301 Ml-E21-35 005 Div I (FT-E21-1N003A) Div I (FI-E21-1R601A)

Q e EK1PN1301 Ml-E21-35 MI-FAI<9 005 Div I (PT-E21-IN001A) Q, PI-E21-1R600A Non Class IE EKIPP1701 003 Div I (IY21647) Q Div I (1C601)

EK1PP 1702 Ml-FAI<9 003 Div I (ID614-07) Q 'ivI (HV-FAI-IF026) e EK1PP 1702 MI-E41%9 003 Div I (ID61447) Q Div I (HV-FAI-IF028) e EK1PP1702 MI-E4149 003 Div I (ID61447) Q Div I (HV-FAI-1FIOO) Q EK1PP1702 Ml-E41%9 003 Div I (ID61447) Q Div I (K39-E41)

EK]PP 1703 Ml-E4149 008 Div I (HV-FAI'-IF079) Q Div I Indicating Lights) Q EKIPP 1705 MI-FA149 008 Div I (HV-FAI-IF079) Q Div I (42 Contactor) Q EK1PP 1707 MI-FA149 007 Div I (HV-E41-1F002) Q Div I (42 Contactor) -

Q

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 298 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIPPX701 Ml-FA149 005 Div I (ID61447) Div 1(K44 -FA 1) Q EK1PPXX01 Ml-FA149 009 'iv I (ID614%7) Div I (HV-FA1-1F028) Q EKIPQ1301 Ml-Es 1-90 Div I (ES-El I-IK600) Div I (Distribution Bus) Q EK1PQ1301 Ml-ES 1-90 005 . Div I (ES-El 1-1K600) Div I (K47)

EKIQ0108E MI-B21-131 011 Div I (IY21647) Div I (HV-B31-1F013) Q EKlQ0200H E-166 001 Div I (1B236081) Div I (K7A (IC690A) Q EK1Q0201H E-166 002 Div I (1B217061) Div I (K7B -IC690B) Q EK1Q0627F E-304 001 Div I (HV-16108A1) Div I (iso Mux XIT-15701A) Q EK1Q0627F E-304 Div I (HV-16116AI) Div I (iso Mux XIT-15701A) Q EK1Q0627G E-304 011 Div I PIP Ball Valve) Div I (Iso Mux XIT-15701A) Q EK1Q0837E E-304 Div I (HV-E21-1F015A) Div I (Iso Mux XIT-15701A) Q EKlQ1334D E-304 Div I (HV-Es 1-1F062) Div I (iso Mux XIT-15701A) Q EKlQ1334D E-304 Div I (HV-Es 1-1F008) Div I (iso Mux XIT-15701A) Q EK1Q1550D E-304 010 Div I (HV-B21-IF022A) Div I (iso Mux XIT-15701A) Q EKIQ1550D E-304 010 Div I (HV-B21-1F022B) Div I (iso Mux XIT-15701A) Q EK1Q1550E E-304 010 Div I (HV-B21-IF001) Div I (Iso Mux XIT-15701A) Q

'iv EK1Q1550E E-304 010 I (HV-B21-1F016) Div I (iso Mux XIT-15701A) Q EK1Q1550F E-304 010 Div I (HV-B21-1F022D) Q Div I (iso Mux XIT-15701A) Q EKIQISS0F E-304 010 Div I (HV-B21-IF022C) Q Div I (Iso Mux XIT-15701A) Q

1 0

M 1

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Revi pag 299 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIQ1550G E-304 009 Div I (HV-ElI-IF040) Q Div I (Iso Mux XIT-15701A)

EKIQISSOG EKIQ1550G EK1Q1550FJ E-304 E-304 E-304 009 009 009 Div I (HV-B31-1F019)

Div I (HV-El 1-1F009)

Div I (HV-B21-1F019)

Q Q

Q

'iv Div I (iso Mux XIT-15701A)

I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

EK1Q1550H E-304 009 Div I (SV-El I-1F079A) Q Div I (iso Mux XIT-15701A)

EKlQISSOH E-304 009 Div I (SV-El 1-1F079B) Q Div I (iso Mux XIT-15701A)

EK1Q4036D E-304 007 Div I (HV-E41-1F100) Q . Div I (iso Mux XIT-15701A)

EKIQ4036D E-304 007 Div I (HV-E41-IF079) Q Div I (iso Mux XIT-15701A) e EKlQ4036E E-304 007 Div I (HV-E41-IF002) Q Div I (Iso Mux XIT-15701A) Q EK1Q4036E E-304 007 Div I (HV-El 1-1F021A) Q Div I (iso Mux XIT-15701A)

EKlQ4037A E-304 003 Div I (HV-El1-1F016A) Q , Div I (iso Mux XIT-15701A)

EKIQ4037A ~ E-304 003 Div I (HV-El1-'1F024A) Q Div I (iso Mux XIT-15701A)

EKIQ4037A E-304 003 Div I (HV-ElI-IF027A) Q Div I (iso Mux XIT-15701A)

-EKlQ4037A E-304 003 Div I (HV-ElI-IF028A) Q Div I (Iso Mux XIT-15701A)

EK1Q4037D E-304 007 Div I (HV-ElI-1F022) Q Div I (Iso Mux XIT-15701A)

EK1Q4037E E-304 Div I (HV-El1-1F008) Q Div I (iso Mux XIT-15701A)

EK1Q4037F E-304 012 Div I (HV-11314) Q Div I (iso Mux XIT-15701A)

EK1Q4037G E-304 014 Div I (SV-12661) Q Div I (Iso Mux XIT-15701A)

EKIQ4037G E-304 014 Div I (SV-12671) Q Div I (Iso Mux XIT-15701A)

EC+DET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 300 CABLES DWG ~ SH FROM .SEPGR(FRM) TO SEPGR(T0) ISOLATED EK1Q4037H E-304 014 Div I (SV-12651) Div I (Iso Mux XIT-15701A)

EK1Q4037J E-304 009 Div I (HV-ElI-1FOISA) Div I (iso Mux XIT-15701A)

EK1Q4037K E-304 009 Div I (HV-12603) Div I (lso Mux XIT-15701A)

EKlQ4037K E-304 009 Div I (HV-15766) Q Div I (iso Mux XIT-15701A) Q EK1Q4037R E-304 012 Div I (HV-11313) Q Div I (iso Mux XIT-15701A) Q EKlQ4189D E-304 013 - Div I (HV-15713) Q Div I (Iso Mux XIT-15701A) Q EKlQ4189D E-304 013 Div I (HV-15703) e Div I (iso Mux XIT-15701A) e EKlQ4189G E-304 013 Div I (HV-15722) Div I (iso Mux XIT-15701A)

EKlQ4189G E-304 013 Div I (HV-15725) Div I (fso Mux XIT-IS701A)

EK1Q4189H E-304 013'iv I (SV-15737) Div I (fso Mux XIT-15701A)

EKIQ4189H E-304 013 Div I (SV-15767) . Div I (iso Mux XIT-1S701A)

EK1Q4189J E-304 013 Div I (SV-15737) Div I (iso Mux XIT-15701A)

EKIQ4189J E-304 013 Div I (SV-15740A) e Div I (fso Mux XIT-15701A) e EK1Q4189J E-304 013 ~

Div I (SV-15742A) Q Div I (fso Mux XIT-15701A) e EK1Q4235E E-304 016 Div I (AR-15745A) Div I (iso Mux XIT-15701A)

EKIV2618D E-304 Div I (HV-18782AI) Div I (Iso Mux XIT-15701A)

EKIV2618D E-304 Div I (HV-18792B2) Div I (iso Mux XIT-15701A)

EKIV2618D E-304 Div I (HV-18792B I) Q Div I (iso Mux XIT-15701A)

EKIV2618D E-304 Div I (HV-18792A1) 'ivI (Iso Mux XIT-15701A)

I EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 301 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRPO) ISOLATED EKlv2618D E-304 ~

004 Div I (HV-18782B2) Q Div I (lso Mux XIT-15701A) Q EK 1 V2618D E-304 004 Div I (HV-18782A2) Q Div I (Iso Mux XIT-15701A) e EKIV2618D E-304 004 Div I (HV-18722A2) Q Div I (Iso Mux XIT-15701A) Q EK 1 V2618D E-304 004 Div I (HV-18782B1) e Div I (lso Mux XIT-15701A) Q EKlv2618E E-304 002 Div I (HV-18781A2) e Div I (lso Mux XIT-15701A) Q EK1V2618E E-304 002 Div I (HV-18781A1) e Div I (iso Mux XIT-15701A) Q EK1 V2618F E-304 002 Div I (HV-18791A2) e Div I (Iso Mux XIT-15701A)

EK1V2618F E-304 002 Div I (HV-18791A1) e Div I (iso Mux XIT-15701A) Q EK1Y0013L E464 016 Div I (1Y236-21) e Div I (XV-C41-1F004A)

EM011101D 002 Div I (PT41107A) Q Div I (PI41107A)

EMOI1101E 002 Div I (FT41109A) Q Div I (FY41109A1)

EM011104F F11 005 Div I (TE41106A) Q Div I (IT41106A)

EM1E51014 Ml-E51-90 006 Div I (FT-E51-1N003) Q Div I (FY-E51-1K601)

EM1E51014 Ml-E51-90 006 Div I (PT-E51-1N004,5,7,8) e PI-E51-1R601,2,3,4 Non Class 1E EM111211C J451 015 Div I (TE-El 1-1N027A (RTD)) Q Div I (IT-15127A) Q EM111211D J451 015 Div I (IT-15127A) e Div I (TI-15127A) Q EM112603C J426 003 Div I (PY-12644A) Q . Div I (PT-12644) e EM112603D . J426 003 Div I (PY-12644) Q Div I (PI'-12644) Q EM114202D J442 001 Div I (LT-14201A) e Div I (LY-14201A) e.

0 I

EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pig 302 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMII4202E JM2 001 Div I (LT-14203A) e Div I (LY-14203A) e EM 1 l4202H JM2 001 Div I (LT-14203A) ~

Div I (LI-14203A) e EM1I4202J JM2 001 Div I (LT-14202A) Q Div I (LR-14202) e EM114202K , J442 001 Div I (LT-14201A,2A,3A) Q ~ Div I (iso Mux XIT-15701B) Q EM114202L JW2 001 Div I (LT-14202A) Div I (LY-14202A)

EM 1l4202M JM2 001 Div I (Fl'-14201A) Divi I (1C651)

EM114202N JM2 .001 Div I (LT-14203A) . Div I (LI-14201A1) e EM115101D J470 002 Div I (FT-15120A) Div I (FY-15120A)

EMll5101E J470 002 Div I (FT-15121A) e Div I (FY-15121A) e EMll5101F J470 002 Div I (FY-15120A) e Div I (FI-15120A) Q EMll5701C J457 002 Div I (LT-15776A) Div I (lso Mux XIT-15701A) Q EMII5705C J457 003 Div I (PT-15710A) Div I (PY-15710A) e EMll5705E J457 003 Div I (PT-15709A) Div I (PY-15709A)

EM115705H J457 003 Div I (PT-15729A) Div I (PY-15729A) Q EM115707A J457 003 Div I (PT-15729A) Div I (PR-15710A)

EM115714G J457 007 Div I gE-15790A) Divi I (TI'-15790A) e EM115714H J457 007 Div I (TE-15790A) NONE (SPARE)

EM115714J J457 007 Div I (TE-15799A) Div I (Tl'-15799A)

EM115714K J457 007 Div I (TE-15799A) NONE (SPARE)

I I C

0

EC-QDET-1002 Q Loads in Contact s ith PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 303 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) - ISOLATED EM119801C J498 002 Div I (FT-E51-1N003) Div I (FY-14903A) Q EM119801D '498 002 Div I (RCIC EGM Control) Div I (SY-15001B))

EM119801E J498 002 Div I (LITS-1N026B) Div I (LI-14262)

EM119801F J498 002 Div I (PT-14262) Div I (PI-14262)

EM1J25301 J457 002 Div I (LT-15775A) Div I (LR-15776A)

EM IJ45101 J457 002 Div I (LSL-15775A) Div I (LI-15775A)

EMIJ45102 J457 002 Div I (LT-15775A,6A) Div I (LR-15775A)

EM IJ45102 J457 002 Div I (PMA1 Power Supply) Div I (LR-15775A)

EMIJ45102 J457 003 Div I (PT-15709A, IOA) Div I (PR-15710A)

EM1J45102 JA57 007 Div I (TI'-15790A) Div I (IR-15790AI)

EM1PM1302 Ml-E1146 010 Div I (FY-E11-.1K600A) Div I (FI-El 1-1R603A)

EM1PM1302 MI-EIIN 010 Div I (PI'-EI1-1N026A) Pl-El I-1R606Al Non Class 1E EMIPQ1302 Ml-E51-90 006 Div I (FY-14989 Isolation Device)) Div I (FY-E51-1K601)

EM1PQ1302 Ml-E51-90 006 Div I (PT-E51-1N004,5,7,8) PI-E51-1R601,2,3,4 Non Class IE EMIQ0043B J457 012 Div I (RE-15720A) Div I (RITS-15720A) Q EMlQ0043C J457 012 Div I (RE-15720A) Div I (RITS-5720'A) Q EM1Q0043G J457 012 Div I (RY-15721A) Div I (RR-15720A) Q EMlQ0045G J457 '. 015 Div I (NT-15725A) Div.l (NIT-15725A) Q EM1Q0823C E-155 008 Div I (ES-E21-1K600A) Div I (FT-E21-1N003A) Q

t EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 304 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EM1Q0823D E-155 008 Div I (ES-E21-IK600A) Div I (PT-E21-1N001A) Q EM1Q0836D E-304 018 Div I (PT-E21-1N001A) Div I (iso Mux XIT-15701A) Q EM 1Q0836D E-304 018 Div I (FT-E21-1N003A) Div I (iso Mux XIT-15701A) Q EM1Q0836F .. E-304 019 LITS-B21-1N026B (Mech Sw See Ap Div I (iso Mux XIT-15701A) Q EM1Q1319C JM9 002 Div I (FT-E51-1N003) Div I (FY-ESI-IK601) Q EM1Q1319D, J449 002 Div I (FC-E51-1R600) Div I (Ramp/Signal Converter) Q EMIQ1319E JM9 002 Div I (EGM CIL E51-C002) SI-15001A Non Class 1E EM 1Q1319F J449 002 Div I (FC-E51-1R600) Div I (Ramp/Signal Converter) Q EM1Q1320C E-154 018 Div I (ES-E51-1K600) Div I (RCIC Transmitters) Q EM1Q3066C E-153 035 Div I (ES-El 1-IK603A) Div I (PT-El I-IN026A) Q EM1Q3066E E-153 035 Div I (ES-El I-IK603A) Div I (PT-El 1-INOISA) Q EMIQ3066F E-153 035 Div I (ES-El 1-1K603A) Div I (PT-El 1-1N007A) Q EM1Q4189A E-304 018 Div I (FI'-15729A) Div I (iso Mux XIT-15701A) Q EMIQ4189K E-304 017 Div I (IT.-I5799A) Div I (iso Mux XIT-IS701A) Q EMIQ4189K E-304 017 Div I (TT-15790A) Div I (Iso Mux XIT-15701A) Q EM1Q4189L E-304 017 Div I (PT-15709A) Div I (Iso Mux XIT-15701A) Q EM1Q4189L E-304 017 Div I (Fl'-15710A) Div I (Iso Mux XIT-15701A) Q EM1Q4189M E-304 017 Div I (LT-15775A) Q Div I (Iso Mux XIT-15701A) Q EM IQ4189M E-304 017 Div I (LT-15776A) Q Div I (iso Mux XIT-15701A) Q

EC+DET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A Rev1 pag 305 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EMlQ4191C E-187 001 Div I (IB216) Divi I (1E440A)

EM1Q4191D E-187 001 Div I (1B216) Divi I (1E440A)

EM1Q4193C E-187 001 Div I (1B236) Q Divi I (1E440C)

EM IQ4193D E-187 001 Div I (1B236) Divi I (IE440C)

EMlQ4235E E-304 016 Div I (AR-15745A) Div I (Iso Mux XIT-15701A)

EMlQ4235E E-304 016 Div I (AR-15746A) Div I (Iso Mux XIT-15701A)

EM IQ4235F E-304 016 Div I PX-15751) Div I (iso Mux XIT-15701A)

EM1Q4237D E-304 019 Div I (RY-15721A) Q Div I (iso Mux XlT-15701A)

EM1Q6525C E-189 005 Div I (1C645)- Q Divi I (PT-E32-1N055,6,9)

EM1Q6525D E-189 005 Div I (1C645) Divi I (FI'-E32-1N058)

EM1S1600F E-267 001 Div I (1C693) , Divi I (1C292A)

EM1S1600J E-267 001 Diy I (1C693) Divi I (1C292A)

EM1S1602C E-267 002 Div I (1C693) Div I (IC226A)

EM IS1729C E-267 002 Div I (IC201A) Div I (IC690A)

JM1Q0707D J-444 004 Ch A Aff(Thermocouple) TRS-G33-IN604 Non Class 1E JM1Q0707E Ch A Aff(Thermocouple) TRS&33-IN604 Non Class 1E JM1Q0707F J~. 004 Ch A AffPhermocouple) TRS-G33-1N604 Non Class IE JM IQ0707G J444 004 Ch A Aff(Thermocouple) TRS&3 3-1N604 Non Class 1E JM1Q0707H Ch A Aff(Thermocouple) TRS&33-1N604 Non Class 1E

l EC-QDET-1002 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-.15001A Rev 1 pag 306 CABLES DWG .. SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED JM1Q0707S 004 Ch A Aff(Thermocouple) TRS &33-IN604 Non Class IE JM1Q0707T 004 Ch A Aff(Thermocouple) TRS <33-IN604 Non Class IE JMIQ0708C J444 005 Ch A AffPhermocouple) TDRS&33-IN605 Non Qass IE JM1Q0708D J-444 005 Ch A Aff(Thermocouple) TDRS &33-IN605 Non Qass IE JMIQ0708E 005 Ch A Aff(Thermocouple) TDRS&33-IN605 Non Class IE JMIQ070&F J444 005 Ch A Aff(Thermocouple) TDRS&33-IN605 Non Class IE JMIQ0708G ,JA44 005 Ch A Aff(Thermocouple) TDRS&33-IN605 Non Class IE JMIQ0708H JM4 005 Ch A Aff(Thermocouple) TDRS&33-IN605 Non Class IE JM IQ0708J J444 005 Ch A AffPhermocouple) TDRS&33-IN605 Non Qass IE JM1Q0708K J444 005 . Ch A Aff(Thermocouple) TDRS&33-IN605 Non Class IE JM1Q0708L JM4 005 Ch A Aff(Thermocouple) . TDRS&33-IN605 Non Class IE NMIPR4101 M1&33-153 004 FT-G33-IN037 (Press Boundary) F1&33-IR610 Non Class IE T

PKIQ0839G 032 Div I Affiliated (IY688) IC699A Non Class lE YES PMIQ0051C E-176 Div I Aff(ID672) Process Rad Mom Non Class IE YES PMIQ0051D E-176 001 Div I Aff (ID672) Process Rad Mom Non Class IE PM1Q0051E E-176 001 Div I Aff(ID672) Process Rad Mom Non Class IE YES

EC-QDET-1002 Q Loads in Contact with Fl-E11-1R607 Rev1 page 307 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED EKIE11013 MI-EI146 004 Div I (ID614) Div I (PS-E11-1N021E,G)

EKIE11013 MI-EI IM 004 Div I (1D614) Div I (PS-El I-INOIIA)

EK1E1 1013 Ml-EI146 005 Div I (1D614) Div I (52AX-20201)

EKIP8F201 <<M 1-B31-275 014 Div I (1B219) Div I (K99A, K37A-E11A)

EK1P8F201 Ml-B31-275 016 Div I (1B219) Div I (K99A, K37A-E11A)

NM114202L J442 LY-14202A (Isolation Device) Q Computer Input Non Class 1E YES NM1I4801C J448 002 R.G. 1.97 Cat 2 (FT-14806 See App I Q Cat 2 (LI/FI 14806) Q NM114801D J448 001 RG. 1.97 Cat 2 (FE-14806 See App I Q RG. 1.97 Cat 2 (FT-14806)

NMII4801E J448 001 RG. 1.97 Cat 2 (FE-14806 See App I RG. 1.97 Cat 2 (FT-14806)

Q'.G.'1.97 NMII4801F J448 001 XY-14806 (isolation Device) Q Computer Input NXF01 Non Class 1E YES NM1P 11901 Ml-B21-128 003 LT-B21-1N027 (Pressure Boundar//) Q LI-B21-IR605 Non Class IE NM1P1F101 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See Ap Q LI-B21-IR604 Non Class IE NMIP9 1601 Ml-C12-110 016 APRM Trip Unit Contacts Isolator Card Zl Non Class IE Contact to CoH NMIP91603 M1&12-110 015 APRM Trip Unit Contacts Isolator Card Zl Non Class 1E Contact to Coil NM1PC1301 J448 003 RG. 1.97 Cat 2 (LI/FI-14806 See App Q LT-C41-IN001 Non Class 1E NM1PD4206 Ml-C51-20 006 IRM Range Sw E Q C51-1K601E (IRM Mon) Q NM1PD4213 Ml-C51-20 006 IRM Range Sw C e ~ ~

C51-IK601C (IRM Mon) e NM1PD4217 M1&51-20 006 IRM Range Sw A Q C51-IK601A (IRM Mon) Q NMIPDF206 Ml-C51-20 007 IRM Range Switch B Q IRM&51-IK601B

4.

~'

II 4

III II

EC-QDET-1002 Q Loads in Contact with FI-E11-1R607 Rev 1 page 308.

CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPDF207 M1<51-20 007 IRM Range Switch F Q IRM4.51-IK601F NMIPDF212 Ml&51-20 007 IRM Range Switch D Q IRM&51-IK601D NM1PDF213 Ml-C51-20 007 IRM Range Switch H Q IRMAI-1K601H NM1PK0602 J 475 001 RISHH-D12-IK609A (See App G for Q RR-D12-1R605 Non Class 1E NMIPK0602 J475 002 RISHH-D12-IK615A (See App G for Q RR-D12-IR607 Non Class 1E NMIPK0602 J475 003 RISHH-D12-IK616A (See App G for Q RR-D12-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Q RR-D124R609 Non Class lE.

NMIPK0602 J478 002 RISHH-D124K618A (See App G for Q RR-D124R610 Non Class 1E NMIPK0603 J439 009 RY-13962C (Isoaltion Device) Q RR-D12-IR603 Non Class IE YES NMIPM1307 F51 009 FT-El I-1N013 (Press Boundary) Q FI-El 1-IR607 Non Class IE NMIPPF 101 JA44 009 FY-G33-IK605 (See App F for eval.) Q F1&33-IR602 Non Class IE NMIPPF101 J444 009 FY-G33-IK605 (See App F for eval.) Q F1&33-'1R602 Non Class lE NM1PPF101 J444 009 FY-G33-IK602 (See App F for eval.) Q F1&33-IR609 Non Class IE NMIPR4101 MI-G33-153 004 FT433-IN037 (Press Boundary) Q F1&33-IR610 Non Class 1E NM1PR7N01 Ml-G33-153 004 FY-14476 (Isolation Device) Q Computer Analog Input Non Class IE YES NM1Q0045L J457 015 NIT-15725A (isolation Device) Q Computer Input NM118 Non Class 1E YES NM1Q0045L J457 015 NIT.15725A (Isolation Device) Q Computer Input NM602 Non Class 1E YES NMIQ0045M J457 015 NIT-15725A (isolation Device) Q SPDS Input NM6002Z Non Class 1E YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE YES

EC-QDET-1002 Q Loads in Contact with FI-E11-1R607 Rev 1 page 309 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIQ0048L J-457 016 NIT-15725B (isolation Device) Computer Input NM601 Non Class IE YES NMIQ0048L '-457 016 NIT-15725B (Isolation Device) Computer Input NM117 Non Class IE YES NMIQ0048M J457 016 NIT-15725B (isolation Device) Computer Input Non Class IE YES NMIQ0048 M J457 016 NIT-15725B (Isolation Device) SPDS Input NM6001Z Non Class IE YES NMIQ1217L E-304 017 XY-14201F (Isolation Device) SPDS NM5006Z Non Class IE YES NMIQ1217M E-304 017- XY-14201A (Isolation Device) SPDS NM5001Z Non Class IE YES NMIQ1217M E-304 017 XY-14201B (Isolation Device) SPDS NM5002Z Non Class IE YES NMIQ1217N E-304 017 XY-14201D (Isolation Device) SPDS NM5004Z. Non Class IE YES NMIQ1217P E-304 017 XY-14201C (Isolation Device) SPDS NM5003Z Non Class IE YES NMIQ1217Q E-304 017 XY-14201E (isolation Device) SPDS NM5005Z Non Class IE YES NMIQ3071C F51 017 TE-El I-IN004A (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071E J451 017 TE-El I-IN017A (Seismic Only) MRS-El I-IR601 Non Class IE NMIQ3071F J451 017 TE-El I-IN017C (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071G, J451 017 TE-El I-IN027A (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071H J451 017 TE-El I-IN032A (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071J J451 017 TE-El I-IN004B (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071K J451 017 TE-El I-INOOSB (Seismic Only) Q Computer Input AET06 Non Class IE NMIQ3071L J451 017 TE-El I-IN017B (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071M J451 017 TE-El I-IN017D (Seismic Only) TRS-E I 1-1 R601 Non Class IE

EC-QDET-1002 Q Loads in Contact with FI-E11-1R607 Rev 1 pagt 310 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ3071N J451 017 TE-El I-IN027B (Seismic Only) Q TRS-El I-IR601 Non Class 1E NMIQ3071P J451 017 TE-El I-1N032B (Seismic Only) Q TRS-El I-IR601 Non Class IE NM2M0110C JQI I 003 XII 109B I (isolation Device) Q Computer Input Non Class IE YES

EC-QDET-1002 Q Loads in Contact with PI-C41-1R600 Rev1 page 311 CABLES DWG SH FROM SEPGR(FRMj TO SEPGR{TO) ISOLATED NKIC41004, J448 003 PT-C41-IN004 (Press Boundary) Q PILI-IR600 Non Class IE NMIE11001 F51 009 FT-El I-IN013 (Press Boundary) Q FI-El I-IR607 Non Class IE NMIG33002 J-444 001 FT-G33-IN037 (Press Boundary) Q F1&33-IR610 Non Class IE

EC-QDET-1002 Q Loads in Contact with PI-C41-1R600 Rev1 page 312 CABLES DWG SH 'FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMOI1201C J412 002 Div I (lA20303-52a) Q PME1 24 V Pwr Supply Non Class 1E NMOI1201F J412 002 Div I (1A20108-52a) Q PME1 24 V Pwr Supply Non Class 1E NMOI1201G J412 002 Div I (2A20108-52a) Q PME1 24 V Pwr Supply Non Class IE NM011202F J412 002 Div II (1A20202-52a) Q PME2 24 V Pwr Supply Non Class lE NM011202G J412 002 Div II (2A20208-52a) PME2 24 V Pwr Supply Non Class 1E NMOS0400C E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class 1E NMOS0400D E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class 1E NMOS0401D E-146 003 Ch B (AT-20208 (Transducer)) Q Computer Input AEI02 Non Class 1E NMlA0401C E423 001 Ch A (AT-20101 (Transducer)) Q XI40022A Non Class 1E NM1A0401C E423 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 (Unit 2) Non Class 1E NMlA0401C E423 001 Ch A (AT-20101 (I ransducer)) Q Computer Input ETI41 Non Class 1E NM1A0401D E423 001 ChA(VT-20101.(Transducer)) Q Computer Input EIE41 Non Class 1E NMIA0401D E423 001 ChA(AT-20104(Transducer)) Q XI40018A Non Class 1E NM1A0401D E423 001 Ch A (VT-20101 transducer)) Q Computer Input ETFA1 (Unit 2) Non Class 1E NMIA0401E E423 . 001 Ch A (AT-20104 (Transducer)) Q Computer Input EGIOI (Unit 2) Non Class 1E NMlA0401E E423 001 Ch A (AT-20104 g'ransducer)) Q Computer Input EGIOI Non Class 1E NMlA0401F E423 001. Ch A (VT-20104 (I ransducer)) . Q Computer Input EBFA1 Non Class 1E NM1A0401F E423 001 Ch A (VT-20104 (Transducer)) Q Computer Input EBFAI (Unit 2) Non Class lE NMIA0401G E423 001 Ch A (AT-20109 g'ransducer)) Q Computer Input Non Class 1E

EC-QDET-1002 Q Loads in Contact with PI-C41-1R600 Rev 1 page 313 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED NM1A0401H E423 001 ChA(VT-20109(Transducer)) Q Computer Input Non Class IE NMIC0328C E-135 015 Ch B (AT-20210 (Transducer)) Q Computer Input TNI01 Non Class IE NMlF0200F E-179 001 PDTC32-IN017 (Press Boundary) Q LR<32-1R608 Non Class 1E NM1F0200F E-179 001 PDT&32-IN004B (Press Boundary) Q Computer Input NFL02 Non Class 1E NMIF0200H E-179 001 PT-C32-IN008 (Press Boundary) Q PR&32-IR609 Non Class IE NM1F0200N E-179 001 PDT-C32-1N004C (Press Boundary) Q LSH&32-IK624C Non Class 1E NM1I4801D JM8 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (FT-14806)

NM1l4801E J448 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (FT-14806) Q NM1Q0206C J448 003 PT-C41-IN004 (Press Boundary) Q PI~ I-IN004 Non Class lE NM1Q0250C JW2 010 FT-B21-1N033D (Press Boundary) Q FY-B21-1K605D Non Class IE NM1Q0250D J442 010 FT-B21-1N033B (Press Boundary) Q FY-B2 1-1K605B Non Class IE NM1Q0250D J442 010 PDT-B21-1N032 (Press Boundary) Q XR-B21-IR613 Non Class 1E NM1Q0250E J442 006 FT-B21-IN034D (Press Boundary) Q PDI-B21-IR608D Non Class lE NMIQ0250E J442 006 FT-B21-1N034H (Press Boundary) Q PDI-B21-IR608H Non Class lE NM1Q0250E J442 006 FT-B21-1N034F (Press Boundary) Q PDI-B21-IR608F' Non Class IE NM1Q0250E J<2 006 FT-B21-1N034B (Press Boundary) PDI-B21-IR608B Non Class 1E NM1Q0250F J442 005 FT-B21-1N034W (Press Boundary) Q . PDI-B21-IR608W Non Class 1E NMIQ0250F J442 M5 FT-B21-1N034U (Press Boundary) Q PDI-B21-1R608U Non Class IE NM1Q0250F J442 007 FT-B21-1N034M (Press Boundary) Q PDI-B21-1R608M Non Class lE

EC+DET-1002 Q Loads in Contact with PI-C41-1R600 Rev1 page 314 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED NMIQ0250F JM2 007 FT-B21-1N034P (Press Boundary) Q PDI-B21-1R608P Non Class 1E NM1Q0250F J442 007 FT-B21-1N034S (Press Boundary) Q PDI-B21-1R608S Non Class 1E NM1Q0300C E-169 001 Ch A (AT-20107 (Transducer)) Q Computer Input NDI01 Non Class IE NMIQ0300D E-169 001 Ch A (AT-20107 (Transducer)) Q Computer Input NDI01 Non Class 1E NM1Q0614P J444 010 FT-633-1N037 (Press Boundary) Q FI-G33-1R610 Non Class IE NMIQ0801C E-156 001 Ch A (AT-20105 (Transducer)) Q Computer Input NSI01 Non Class IE NM1Q0801D E-156 001 Ch A (AT-20105 (Transducer)) Computer Input NSI01 Non Class 1E NM1Q0802D E-156 002 Ch B (AT-20205 (Transducer)) Computer Input NSI01 Non Class lE NM1Q1604C J442 016 LITS-B21-1N026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class IE NM1Q3000C E-153 001 Ch A (AT-20102 (Transducer)) Q Computer Input NHIOI Non Class IE NM1Q3000D E-153 . 001 Ch A (AT-20102 g'rnasducer)) Q Computer Input NHI01 Non Class IE NMlQ3001D E-153 003 Ch B (AT-20202 (Trnasducer)) Q Computer Input NHI02 Non Class 1E NMIQ3066J E-153 035 FT-El 1-IN013 (Press Boundary) Q Computer Input NHF03 Non Class 1E NM1Q3066J E-153 035 FT-El I-1N013 (Press Boundary) Q FI-E11<<1R607 Non Class 1E NMlV1600C E-213 001 Ch A (AT-20110 transducer)) Q Computer Input MVI03 Non Class lE NM1V1600D E-213 001 Ch A (AT-20110 (Transducer)) Q Computer Input MVI03 Non Class IE NM1V1601D E-213 002 Ch B (AT.20211 (Transducer)) Q Computer Input MVI04 Non Class lE NM1V2600C E-216 001 Ch A (AT-20103 (Transducer)) Q Computer Input MVI01 Non Class IE NM1V2600D E-216 001 Ch A (AT-20108 (Transducer)) Q Computer Input MVI01 Non Class 1E

EC-QDET-1002 Q Loads in Contact with PI-C41-1R600 Rev1 page 315 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIV2601D E-216 002 ChB(AT-20208(Transducer)) Q Computer Input MVI02 Non Class 1E NM2C0328C E-135 039 ChC(AT-20309Pransducer)) Q Computer Input TNI51 Non Class 1E

EC-QDET-1002 Q Loads in Contact with LI-B21-1R604 Rev'1 page 316 CABLES . DWG SH PROM SEPGR(FRM) TO SEPGRg9) ISOLATED NKIPD4205 MI<51-19 018 IRM AUXUNIT (See App H for Eval NR<51-IR603B Non Class IE NK1Q0029A E-304 036 SVX2-157100B (isolation Relay) SPDS-NCZ616Z Non Class IE NKIQ0029A E-304 036 SVXI-157100B (isolation Relay) SPDS-NCZ116Z Non Class IE NKIQ0029A - E-304 036 SVXI-157104 (isolation Relay) SPDS-NCZ120Z Non Class IE YES NKIQ0029A E-304 036 SVX2-1571002B (Isolation Relay) SPDS-NCZ618Z Non Class IE YES NKIQ0029A E-304 036 SVX1-1571002A (isolation Relay) SPDS-NCZ118Z Non Class IE YES NKIQ0029A E-304 036 SVXI'-157100A (Isolation Relay) SPDS-NCZ612Z Non Class IB YES NKIQ0029A E-304 036 SVXI-157102A (isolation Relay) SPDS-NCZ614Z Non Class IE ~

YES NKIQ0029A '-304 036 SVX2-157104 (Isolation Relay) SPDS-NCZ620Z Non Class IB YES NKIQ0029A E-304 036 SVXI-157104 (Isolation Relay) SPDS-NCZ122Z Non Class IE YES NKIQ0029A E-304 .

036 SVXI-157100A (isolation Relay) SPDS-NCZ114Z Non Class IE NKIQ0029B E-304 036 SVX2-157104 (isolation Relay) SPDS-NCZ622Z Non Class IE YES NK1Q0053A J439 RY-13961C (isolation Device) ES&33-IK601 Non Class IE YES NKIQ4243M E-304 002A Relay k 60 Dry Contact SPDS-NIZ002Z Non Class IE Contact to Coil NMIA0403G E423 001 Ch C (VT-20301 (I'ransducer)) Computer Input ETE42 Non Class IE NMIB21008 Ml-B21-94 001 FT-B21-IN033C (Press Boundary) FY-B21-IK605C Non Class IE NMIB21008 MI-B21-94 001 FT-B21-IN034B (Press Boundaty) PDI-B21-IR608B Non Class IE NMIB21008 Ml-B21-94 001 FI'-B21-IN033A (Press Boundary) FY-B21-IK605A Non Class IE NMIB21008 MI-B21-94 FT-B21-IN034F (Press Boun~) PDI-B21-IR608F Non Class IE

EC-QDET-1002 Q Loads in Contact with LI-B21-1R604 Rev I page 317 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1B21008 Ml-B21-94 002 FT-B21-IN034D (Press Boundary) Q PDI-B21-1R608D Non Class IE NMIB21008 M1-B21-94 002 FT-B21-IN034H (Press Boundary) Q PDI-B21-1R608H Non Class IE NMlF0203E E-304 017 PDT-B21-IN032 (Press Boundary) Q SPDS NJP051Z Non Class IE NMIF0203F E-304 017 LITS-B21-IN026D (Mech Sw See Ap Q SPDS NBL002Z . Non Class IE NMII4202L J442 LY-14202A (isolation Device) Q Computer Input Non Class IE YES NMI14801C J448 002 R.G. 1.97 Cat 2 (FT-14806 See App I Q R.G. 1.97 Cat 2 (LI/FI 14806 Q NMIP11901 Ml-B21-128. 003 LT-B21-1N027 (Pressure Boundary) Q . LI-B21-1R605 Non Class IE NM1P14101 Ml-B21-128 003 PDT-B31-IN015B (Press Boundary) Q PDI-B31-IR612B Non Class IE NMlP14101 Ml-B21-128 003 PDT-B31-1N015A (Press Boundary) Q PDI-B31-1R612A Non Class IE NM1P1F101 MI-B21-128 003 LITS-B21-1N026D (Mech Sw See Ap Q LI-B21-1R604 Non Class IE NMIP91601 M1<12-110 APRM Trip Unit Contacts Q, Zl Zl'on 016 Isolator Card Non Class IE Contact to Coil NMlP91603 Ml<12-110 015 APRM Trip Unit Contacts Q Isolator Card Class IE Contact to Coil NMIPB4102 011 PDT-C32-1N004B (Press Boundary) Q . LIM2-1R606B Non Class lE NM1PB4102 012 PDT-C32-1N004A (Press Boundary) Q Ll<32-IR606A Non Class IE NMlPB4102 J406 024 PTM2-IN005 (Press Boundary) Q PIM2-IR605 Non Class 1E NM1PB4103 J406 013 PDT-C32-IN017 (Press Boundary) Q LRM2-1R608 Non Class 1E NMlPB4105 Ml-C32-17 003 PT<32-IN008 (Press Boundary) Q FR&32-IR609 Non Cla'ss lE NMlPC1301 - J448 '. 003 RG. 1.97 Cat 2 (LI/FI-14806 See App Q LT-C41-IN001 Non Class IE NM1PD4206 MI-C51-20 006 IRM Range Sw E Q C51-IK601E(IRMMon) Q

0 EC-QDET-1002 Q Loads in Conta'ct with LI-B21-1R604 Rev1 page 318 CABLES . DWG SH FROM . SEPGR(FRM) TO SEPGR(TO) ~ ISOLATED NMIPD4213 Ml<51-20 006 IRM Range Sw C C51-IK601C (IRM Mon)

NM1PD4217 MIMI-20 006- IRMRangeSwA C51-1K601A (IRM Mon)

NMIPD4X01 M1451-20 007 C51-IK601B (IRM Mon See App H f NR&51-1R603B Non Class IE NM1PD4X01 M1451-20 007 C51-IK601F(IRMMonSeeAppHfo NR<51-IR603D Non Class IE NMIPD4X02 Ml-C51-20 007 C51-IK601D (IRM Mon See App H f NR&51-IR603B Non Class IE NM1PD4X02 M1451-20 007 C51-1K601H (IRM Mon See App H f NR<51-I R603D Non Class IE NMIPDF206 . Ml<51-20 007 IRM Range Switch B IRM4:51-IK601B NMIPDF207 Ml-C51-20 007 IRMRangeSwitchF .Q IRM<51-IK601F NMIPDF212 MI&51-20 007 IRM Range Switch D Q IRM&51-IK601D NMIPDF213 MI<51-20 007 IRM Range Switch H IRMAI-1K601H NMIPFA101 MI<51-19 022 Aux Trip Unit AR12 (See App H for NR<51-1R603D Non Chss 1E NMIPFA103 Ml-C51-19 '18 Aux Trip Unit AR12 (See App H for NR&51-1R603B Non Class IE NMIPFA103 M1<51-19 018 Aux Trip Unit AR12 (See App H for NR<51-IR603B Non Class IE

'on NMIPFA109 M1<51-19 012 Aux Trip Unit AR31 (See App H for NR&51-IR603A Class IE NMIPFA109 Ml-C51-19 014 Aux Trip Unit AR32 (See App H for NR<51-1R603B Non Class IE NMIPFA110 MI<51-19 016 Aux Trip Unit AR41 (See App H for NR&51-1R603A Non Class IE NMIPFA111 MI-C51-19,020 Aux Trip Unit AR51 (See App H for NR<51-IR603C Non Class IE NMIPFA111 MI&51-19, 033 Driver Card Z33 (See App H for Eval.. NR&51-IR603C Non Class IE NMIPE4112 Ml-C51-19 033 Driver Card (See App H for Eval.) Q NR<51-IR603C Non Class IE

0 EC-QDET-1002 Q Loads in Contact with LI-B21-1R604 Rev 1 page 319 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMI PK0602 J475 001 RISHH-D12-IK609A (See App G for Q RR-D12-IR605 Non Class IE NMIPK0602 J475 002 RISHH-D12-IK615A (See App G for Q RR-D12-IR607 Non Class IE NMIPK0602 J475 003 RISHH-D12-IK616A (See App G for Q RR-D12-I R608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Q RR-D124R609 Non Class IE NM1PK0602 J478 002 RISHH-D124K618A (See App G for Q RR-D 124 R610 Non Class IE NMIPK0603 J439 009 RY-13962C (Isoaltion Device) Q RR-D12-I R603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-IR603 Non Class IE YES NMIPK3301 J439 010 RY-13962D (Isoaltion Device) RR-D12>>1R603 Non Class IE YES NM1PK3302 J475 001 RISHH-D12-IK609A (See App G for Q RR-D12-1R605 Non Class IE NMIPK3302 J-475 005 RISHH-D124K618A (See App G for Q RR-D 124 R610 Non Class IE NMIPK3302 J475 005 RISHH-D12-1K615B (See App G for Q RR-D12-IR607 Non Class IE NMIPK3302 J475 006 RISHH-D12-IK616B (See App G for Q RR-D12-IR608 Non Class IE NMIPK3302 J478 001 RISHH-D124K617A (See App G for Q RR-D 124 R609 Non Class IE NMIPM1307 J451 009 FT-El I-IN013 (Press Boundary) Q H-El I-IR607 Non Class IE NMIPPF101 JW4 009 FY-G33-IK605 (See App F for eval.) Q FI<33-IR602 Non Class IE NMIPPF101 JM4 009 FY-G33-IK602 (See App F for eval.) Q F1&33-1R609 Non Class 1E NMIPPF101 J444 009 FY-G33-IK605 (See App F for eval.) Q F1&33-IR602 Non Class IE NMIPQ4101 MI451-20 '. 006 C51-IK601A (IRM Mon See App H f Q NR-C51-I R603A Non Class IE

,NMI PQ4101 MI451-20 006 C51-IK601E (IRM Mon See App H f Q NR-C51-1R603C Non Class IE

EC-QDET-1002 Q Loads in Contact with LI-B21-1R604 Rev 1 page 320 CABLES DWG ,SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NM1PQ4102 M%51-20 006 C51-IK601C (IRM Mon See App H f Q NR<51-IR603A Non Class lE NMIPQ4102 M1451-20 006 C51-1K601G (IRM Mon See App H f Q NR&51-IR603C Non Class IE NM1PR4101 Ml&33-153 004 FT&33-IN037 (Press Boundary) Q H&33-IR610 Non Class 1E NM1PR7N01 Ml-G33-153 004 FY-14476 (Isolation Device) Q Computer Analog Input Non Class 1E YES NM1Q0045L J457 015 NIT-15725A (isolation Device) Q Computer Input NM118 Non Class 1E YES NM1Q0045L J457 015 NIT-15725A (Isolation Device) Q Computer Input NM602 Non Class IE YES NMIQ0045M J457 .015 NIT-15725A (Isolation Device) Q . SPDS Input NM6002Z Non Class IE YES NM1Q0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input NM601 Non Class IE YES NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q . Computer Input NM117 Non Class IE YES NM1Q0048M J457 016 NIT-15725B (Isolation Device) Q, SPDS Input NM6001Z Non Chss 1E YES NM1Q0048M J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE . YES NMlQ12 17L E-304 017 XY-14201F (isolation Device) SPDS NM5006Z Non Class IE YES NMIQ1217M E-304 017 XY-14201B (Isolation Device) Q SPDS NM5002Z Non Class 1E YES NMIQ1217M E-304 017 XY-14201A (isolation Device) Q SPDS NM5001Z Non Class IE YES NMIQ1217N E-304 017 XY-14201D (Isolation Device) Q SPDS NM5004Z Non Class IE YES NM1Q1217P E-304. 017 XY-14201C (isolation Device) Q SPDS NM5003Z Non Class 1E YES NMIQ1217Q E-304 017 XY-14201E (isolation Device) Q SPDS NM5005Z Non Class lE YES NM2M0110C F11 003 XYA1109B1 (Isolation Device) Q Computer Input Non Class 1E YES

EC-QDET-1002 Q Loads in Contact with CISE-E11-1R001A Rev 1 page 321 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1Q3070C J451 18 CE-El 1-IN001A (Seismic Only) Q CISH-El 1-1R001A Non Class lE NMlQ3071F J451 017 TE-El 1-1N017C (Seismic Only) Q TRS-El 1-1R601 Non Class 1E

EC-QDET-1002 Q Loads in Contact with CISH-E11-1R001B Revl page 322 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIM0104A E-302 003 TE-El 1-1N004A (Press Boundary) Q Computer Input NHT01 Non Class IE NM1M0104B E-302 003 TE-El 1-1N004B (Press Boundary) Q Computer Input NHI02 Non Class IE NM1Q3070D J451 18 CE-El 1-1NOOIB (Seismic Only) Q . CISH-El 1-1R001B Non Class 1E NMIQ3071J - J451 017 . TE-El 1-1N004B (Seismic Only) Q KS-El 1-IR601 Non Class IE NM1Q3 071K F51 017 TE-El I-IN005B (Seismic Only) Q Computer Input AET06 Non Class IE NMlQ3071L . F51 017 TE-El 1-IN017B (Seismic Only) Q TRS-El I-IR601 Non Class 1E NM1Q3071M J451 017 TE-El I-1N017D (Seismic Only) Q TRS-El I-IR601 Non Class IE NM1Q3071N J451 017 TE-El 1-IN027B (Seismic Only) Q TRS-El 1-1 R601 Non Class IE NMlQ3071P F51 017 TE-El 1-IN032B (Seismic Only) Q TRS-El I-IR601 Non Class 1E

EC-QDET-1002 Q Loads in Contact with CI-E11-1R006 Rev 1 page 323 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO)

NMOG2401C E423 006 Ch A (WT g ransducer)) Computer Input EGJOI Non Class IE NMOG2401C E423 006 Ch A (WT (Transducer)) XI40032A Non Class IE NMOG2401C E423 006 Ch A (WT (Transducer)) Computer Input EGJ01 (Unit 2) Non Class 1E NMOG2401D E423 006 Ch A (VART g ransducer)) Computer Input EQU05 Non Class IE NMOG2401E E423 006 Ch A (VT (Transducer)) Computer Input EGE01 Non Class 1E NMOG2401F E423 006 Ch A (WH (Transducer)) Computer Input EGA01 (Unit 2) Non Class IE NMOG2401G E423 006 Ch A (WH (Transducer)) Computer Input EGA01 Non Class IE NMOG2402C E423 006 Ch B (WT (Transducer)) Q Computer Input EGJ02 Non Class IE NMOG2402C E423 006 Ch B (WT (Transducer)) Q XI40032B Non Class 1E NMOG2402C E423 006 Ch B (WT transducer)) Computer Input EGJ02 (Unit 2) Non Class IE NMOG2402D E423 006 Ch B (VART (I'ransducer)) Computer Input EQU06 Non Class IE NMOG2402E . E423 006 Ch B (VT (Transducer)) ~

Computer Input EGE02 Non Class IE NMOG2402F E423 006 Ch B (WH transducer)) Computer Input EGA02 (Unit 2) Non Class 1E NMOG2402G E423 006 Ch B (WH transducer)) Computer Input EGA02 Non Class IE NMOG2403C E423 006 Ch C (WT (Transducer)) XI40032C Non Class 1E NMOG2403C E423 006 Ch C (WT (Transducer)) Computer Input EGJ03 (Unit 2) Non Class IE NMOG2403C E423 006 Ch C (WT (I'ransducer)) Computer Input EGJ03 Non Class IE NMOG2403D E423 006 Ch C (VART (Transducer)) Computer Input EQU07 Non Class IE NMOG2403E E423 006 Ch C (VT (Transducer)) Computer Input EGE03 Non Class 1E

EC-QDET-1002 Q Loads in Contact with CI-E11-1R006 Rev1 page 324 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMOG2403F E423 006 Ch C (WH (Transducer)) Q Computer Input EGA03 (Unit 2) Non Class 1E NMOG2403G E423 006 Ch C (WH Transducer)) Q Computer Input EGA03 Non Class 1E NMOG2404C E423 006 Ch D (WT (Transducer)) Q Computer Input EGJ04 (Unit 2) Non Class 1E NMOG2404C E@23 006 Ch D (WT (Transducer)) Q XI40032D Non Class 1E NMOG2404C E423 006 Ch D (WT (Transducer)) Q Computer Input EGJ03 Non Class IE NMOG2404D E423 006 Ch D (VART (Transducer)) Q Computer Input EQU07 Non Class IE NMOG2404E E423 006 Ch D (VT (Transducer)) Q Computer Input EGE04 Non Class IE NMOG2404F E423 006 Ch D (WH (Transducer)) Q Computer Input EGA04 (Unit 2) Non Class IE NMOG2404G E423 006 Ch D (WH (Transducer)) Q 'Computer Input EGA04 Non Class 1E NMOS0400C E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class 1E NMOS0401C E-146 003 Ch B (AT-20208 transducer)) Q, Computer Input AEI02 Non Class IE NMOS0402C E-146 005 Ch C (AT-20303 (Transducer)) Q Computer Input AEI03 Non Class IE NMOS0403C E-146 007 Ch C (AT-20403 (Transducer)) Q Computer Input AEI04 Non Class 1E NMOV1200C E-214 001 Ch C (AT-20310 (Transducer)) Q Computer Input MVI05 Non Class lE NMOYI201C E-214 002 Ch D (AT-20410 (I'ransducer)) Q Computer Input MVI06 Non Class 1E NMIOZZ011 M-147 001 LSH<12-IN013E (Press Boundary) Q Computer Digital Input Non Class 1E NMIA0402C E423 002 Ch B (AT-20201 (I'ransducer)) Q Computer Input ETI42 (Unit 2) Non Class 1E NM1A0402C E423 002 Ch B (AT-20201 (Transducer)) Q Computer Input ETI42 Non Class IE NMIA0402C E423 002 Ch B (AT-20201 g ransducer)) Q . XI40024A Non Class IE

S Ij

EC-QDET-1002 Q Loads in Contact with CI-E11-1R006 Rev1 pagt 325 CABLES DWG SH FROM SEPGR(FRM) *TO SEPGR(TO) ISOLATED NMIA0402D E423 002 Ch B (AT-20204 (Transducer)) Q Computer Input EGI02 Non Class IE NMIA0402D E423 002 Ch B (AT-20204 (Transducer)) Computer Input EGI02 (Unit 2) Non Class 1E NM1A0402D E423 002 Ch B (AT-20204 (Transducer)) Q XI40019A Non Class lE NM1A0402E E423 002 Ch B (VT-20204 (Transducer)) Q Computer Input EBFA2 (Unit 2) Non Class 1E NM1A0402E E423 002 Ch B (VT-20204 transducer)) Q Computer Input EBFA2 Non Class IE NMIA0402F E423 002 Ch B (AT-20209 (Transducer)) Computer Input ETI92 (Unit 2) Non Class lE NM1A0402F E423 002 Ch B (AT-20209 (Transducer)) Q XI40028A Non Class IE NMIA0402F E423 002 Ch B (AT-20209 transducer)) Q Computer Input ETI92 Non Class IE NM1A0403E E423 001 Ch C (VT-20304 (Transducer)) Q Computer Input EBFA3 (Unit 2) Non Class IE NM1A0403E E423 001 Ch C (VT-20304 (Transducer)) Q . Computer Input EBFA3 Non Class IE NMIC0328D E-135 015 Ch B (AT-20210 (Transducer)) Q .Computer Input TNI01 Non Class 1E NM1F0200 F E-179 001 PDT&32-IN017 (Press Boundary) Q LRM2-IR608 Non Class IE NMIF0200F E-179 001 PDT<32-IN004B (Press Boundary) Q Computer Input NFL02 Non Class IE NMIF0200H E-179 001 PT-C32-IN008 (Press Boundary) Q FR<32-IR609 Non Class IE NM1F0200J E;179 001 PT-C32-IN003A (Press Boundary) Q FY<32-IK605A Non Class IE NMlF0200K E-179 001 FT-C32-1N003B (Press Boundary) Q FY-C32-IK605B Non Class IE NMIF0200L. E-179 . 001 FT<32-IN003C (Press Boundary) Q FY-C32-1K605C Non Class IE NMIF0200M E-179 001 FT-C32-1N003D (Press Boundary) Q FY&32-IK605D Non Class 1E NMI F0200N E-179 001 PDT~2-IN004C (Press Boundary) Q LSH<32-IK624C Non Class 1E

EC-QDET-1002 Q Loads in Contact with CI-E11-IR006 Rev1 page 326 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM115707D J457 003B PT-15702 (Press Boundary) PS HL-15702 Non Class IE NM1M0104A E-302 003 'K-El1-1N004A (Press Boundary) Q Computer Input NHT01 Non Class 1E NM1M0104B E-302 003 TE-El I-1N004B (Press Boundary) Q Computer Input NET Non Class 1E NM1Q0300C E-169 001 Ch A (AT-20107 (Transducer)) Q Computer Input NDIOI Non Class 1E NM1Q0301C E-169 002 Ch D (AT-20407 (Transducer)) Q Computer Input NDI02 Non Class IE NM1Q0802C E-156 002 Ch A (AT-20205 (Transducer)) Q Computer Input NSI02 Non Class IE NM1Q1604E E-181 007 PDT-B31-1N015A (Press Boundary) Q PDI-B31-1R612A Non Class IE NMIQI604E E-181 007 PDT-B31-1N015A (Press Boundary) Q TMS NM1Q2000H, E-158 001 LSH&12-IN013E (Press Boundary) Q Relay K3 Non Class 1E Contact to Coil NM1Q3001C E-153 003 Ch B (AT-20202 (Transducer)) Q Computer Input NHI02 Non Class lE NMIQ3066J E-153 035 FT-El I-1N013 (Press Boundary) Q Computer Input NHF03 Non Class 1E NMIQ3066J E-153 035 FT-El 1-1N013 (Press Boundary) Q FI-El I-1R607 Non Class 1E NM1Q3070D F51 18 CE-El I-1N001B (Seismic Only) Q CISH-El I-1R001B Non Class 1E NMIQ3071C F51 017 TE-El 1-IN004A (Seismic Only) Q TRS-El 1-IR601 Non Class 1E NM1Q3071E F51 017 TE-El 1-1N017A (Seismic Only) Q TRS-El 1-1R601 Non Class 1E NM1Q3071F F51 017 TE-El I-1N017C (Seismic Only) Q TRS-El 1-1R601 Non Class 1E NM1Q3071G F51 017 . TE-El I-1N027A (Seismic Only) Q TRS-El 1-1R601 Non Class 1E NM1Q3071H J451 017 TE-El I-1N032A (Seismic Only) Q TRS-El I-1R601 Non Class 1E NMlQ3071J J451 017 TE-El 1-1N004B (Seismic Only) Q TRS-El 1-1R601 Non Class lE

W t

EC+DET-1002 Q Loads in Contact with CI-E11-1R006 Rev 1 page 327 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ3071K J451 017 TE-El 1-1NOOSB (Seismic Only) Q Computer Input AET06 Non Class IE NMIQ3071L -

F51 017 TE-El 1-1N017B (Seismic Only) Q TRS-El I-1R601 Non Class IE NM1Q3 071M J451 017 'K-El1-1N017D (Seismic Only) Q TRS-El 1-1R601

Non Class 1E NMlQ3071N J451 017 TE-El 1-1N027B (Seismic Only) Q TRS-El 1-1R601 Non Class lE NMIQ3071P JA51 017 TE-El I-1N032B (Seismic Only) Q TRS-El I-1R601 Non Class lE NM1Q4191N E-187 001 Div I (TE-15796A1 (T/C)) Q Div I (TSS-15796A)

NM1Q4191P E-187 001 Div I (TE-15796A2 (T/C)) Q Div I g'SS-I5796A).

NMIQ4191Q E-187 001 Div I (TE-15796A3 (T/C)) Q Div I (TSS-15796A)

NM1Q4193E E-187 001 Div I PE-15796CI (T/C)) Q Div I (TSS-15796C) Q NM1Q4193F E-187 001 Div I (TE-15796C2 (T/C)) Q Div I (I'SS-15796C)

NM1Q4193G E-187 001 Div I (TE-15796C3 (T/C)) Q Div I (TSS-15796C)

NMIQ4194E E-187 001 Div II PE-15796D1g/C)) Q Div II (TSS-15796D)

NM1Q4194F E-187 001 Div H PE-15796D2 (T/C)) Q Div II (TSS-15796D)

NM1Q4194G E-187 001 Div II (TE-15796D3 (T/C)) Q Div II (TSS-15796D)

NM1V1601C E-213 002 Ch A (AT-20211 (Transducer)) Q Computer Input MVI04 Non Class lE NM1V2601C E-216 002 Ch B (AT-20203 transducer)) Q Computer Input MVI02 Non Class 1E

EC-QDET-1002 Q Loads in Contact with LSH-15020 Rev1 page 328 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1E11004 Ml-E1146 005 Div I (ID614) Div I (NO FOUND)

EK1E51001 Ml-E51-90 006 Div I (1D254) Div I (HV-E51-1F008)

EK1E51002 Ml-ESI-90 006 Div I (ID614) Div I (HPCI EGM)

EK1E51002 " Ml-E51-90 - Div I (1D254) Div I (HV-E51-1F031) 007 e EK1E51002 Ml-E51-90 008 Div I (1D254) Div I (HV-E51-1F022)

EK IE51003 MI-E51-90 Div I (1D254) Div I (HV-E51-1F010)

EKIE5 1004, Ml-ES 1-90 008 Div I. (ID254) Div I (HV-ES 1-lF012,19)

EKIE5 1005 Ml-E51-90 Div I (1D254) Div I (HV-E51-1F013,19)

EKlE51006 Ml-E51-90 003 Div I (1D614) Div I (PSH-ESI-IN009AP)

EK1E5 1006 Ml-E51-90 004 Div I (1D614) Div I (PSH-E51-1N012A,C)

EK1E51006 Ml-ES 1-90 Div I (1D614) Div I (HV-E51-1F025,54)

EKlE51007 Ml-E51-90 003 Div I (1D614) Div I (PSL-E51-1N019A,C)

EK1E51007 Ml-ES 1-90 003 Div I (1D614) Div I (LIS-B21-'1N031A,C)

EK1E51007 Ml-E51-90 004 Div I (1D614) Div I (HV-E51-1F031,45)

EKlE51007 Ml-E51-90 Div I (1D614) Div I (HV-ESI-IF004,54)

EK1E51007 Ml-E51-90 Div I (1D614) Div I (RCIC Supv Lights)

EK1E5 1008 Ml-E51-90 003 Div I (1D614) Div I (HV-E51-1F045,059)

EK1E51008 Ml-E51-90 004 Div I (1D614) LSH-15020 Non Class 1E EK1E51008 M1-E51-90 004 Div I (1D614) LSH-15020 Non Class 1E

EC+DET-1002 Q Loads in Contact s ith LSH-15020 Rev1 page 329 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EKIE51008 Ml-E51-90 004 Div I (ID614) Q Div I (RCIC Tutbine Valve) Q EK1E51008 Ml-E51-90 004 Div I (ID614) Q Div I (LSI E51-IN035E) Q

.EKIE51008 Ml-E51-90 009 Div I (ID614) Q . Div I (HV-E51-1F054)

EK1E51009 Ml-E51-90 003 Div I (1D614) Q Div I ((LIS-B21-1N024A) Q EK1E51009 Ml-E51-90 003 Div I (1D614) Q Div I (PSL-E51-1N019A,C) Q EKIE51009 Ml-E51-90 003 Div I (1D614) Q Div I (PDIS-E51-IN017) Q EK1E51010 Ml-E51-90 008 Div I (1D254) Q Div I (HV-E51-1F046,62) Q EKIE51011 Ml-E51-90 008 Div I (ID254) Q Div I (HV-E51-1F045) Q EKIE51012 M1-E51-90 003 Div I (1D614) Q Div I (PS-EI I-INOIOA,C) Q EK1E51012 Ml-E51-90 003 Div I (ID614) Q Div I (RCIC Supv Lights) Q EKIE51013 Ml-E51-90 009 Div I (ID614) Q Div I (HV-ESI-IF004,25,54) Q EK1P62204 Ml-B21-131 014 Div I (1B237), Q Div I (HV-B21-1F016) Q EK IP62207 Ml-B21-131 012 Div I (1D614) Q Div I (HV-B21-1F022A,B,C,D) Q EK1P62213 Ml-B21-131 014 Div I (IB236) Q Div I (HV-ElI-IF040) Q EK1P62215 Ml-B21-131 012 Div I (ID614) Q =

Div I (HV-B21-1F022A,C) Q EK1P62216 Ml-B21-131 - 014 Div I (IB236) Q Div I (HV-El I-IF009) Q EK IP64202 MI-B21-131 Div I (1B236) '

014 Div I (HV&33-IF001) Q.

EK1P6TT02 M1-B21-131 012 Div I (1D614) Q Dtv I (K7B,7D)

EK I PQ2101 MI-E51-90 005 Div I (IY216) Q Div I (RCIC Status) Q

EC-QDET-1002 Q Loads in Contact with LSH-15020 Rev1 page 330 CABLES DWG . SH FROM ,SEPGR(FRM) TO SEPGR(T0) 'SOLATED EK1PQ2101 Ml-E51-90 011 Div I (1Y216) Q Div I (RCIC Status)

EK1PQ2 103 Ml-ESI-90 004 Div I (1D614) Q Div I (S10 EK1PQ2103 Ml-ES 1-90 008 Div I (1D254) Q Div I (HV-ES 1-lF022,45) Q EKIPQ2104 Ml-E51-90 008 Div I (1D254) Q Div I (HV-E51-1F010,45,46) Q EK1PQ2105 Ml-E51-90 008 Div I (1D254) Q Div I (HV-ES1-1F010,12,19) Q EK1PQ2106 Ml-E51-90 008 Div I (1D254) Q Div I (HV-E51-1F012,13,62) Q EKlPQ2107 Ml-ES 1-90 008 Div I (ID254) Q Div I (HV-E51-1F008,13,19) Q EKlPQ2108 Ml-E51-90 003 Div I (ID614) Q Div I (S16)

EK1PQ2108 Ml-ES 1-90 009 Div I (1D614) Q Div I (RCIC Supv Lights)) Q EKIPQ2108 Ml-E51-90 009 Div I (1D614) Q . Div I (HV-E51-1F004,54) Q EK1PQ2109 Ml-E51-90 003 Div I (1D614) Q Div I (S17,S23,S32,S 1 8) Q EK1PQ2109 Ml-E51-90 009 Div I (1D614) Q Div I (HV-ESl-lF025,62) Q EK1PQ2112 Ml-E51-90 009 Div I (1D614) Q Div I (RCIC Supv Lights) Q EKlPQ2112 Ml-E51-90 009 Div I (1D614) Q Div I (HV-E51-1F004,54) Q EKIPQ2115 Ml-E51-90 007 Div I (1D254) Q Div I (HV-E51-1F031) Q EK1PQD 102 Ml-ES 1-90 003 Div I (1D614) Q Div I (LIS-B21-1N031B) Q EK1PQD102 Ml-E51-90 003 Div I (1D614) Q Div I (K48 Relay) Q EK1R0009F E-159 006 Div I (1Y236 Q Div I (HV-16108A1) Q EK1R0015B E-159 008 Div I (1Y236) Q ~ Div I (HV-16116A1) Q

EC-QDET-1002 Q Loads in Contact with FI-933-1R602, 1R609, FDl-633-1R615 Rev I page 33i CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMOS0400D E-146 Ch A (AT-20108 (Transducer)) Computer Input AEI01 Non Class IE NMOS0401D E-146 003 Ch B (AT-20208 (Transducer)) Computer Input AEI02 Non Class lE NMOS0402D E-146 005 Ch C (AT-20308 (Transducer)) Computer Input AEI03 Non Class IE NMOS0403D

" E-146 007 Ch C (AT-20408 (Transducer)) Computer Input AEI04 Non Class 1E NMOV1200D E-214 Ch C (AT-20310 transducer)) Computer Input MVI05 Non Class 1E NMOV1201D E-214 002 Ch D (AT-20410 (Transducer)) Computer Input MVI06 Non Class 1B NMIA0403G E423 001 Ch C (VT-20301 (Transducer)) Computer Input ETB42 Non Class lE NMIC0328C E-135 015 Ch B (AT-20210 (Transducer)) Computer Input TNI01 Non Class IE NMII4801F J448 XY-14806 (Isolation Device) Computer Input NXFOI Non Class 1B YES NM1PlF101 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See Ap LI-B21-1R604 Non Class IE NMlPB4102 011 PDT-C32-1N004B (Press Boundary) Q LI~2-IR606B Non Class 1E NMIPB4102 012 PDT-C32-IN004A (Press Boundary) Q LI<32-IR606A Non Class 1E NM1PB4102 024 Fl'~2-IN005 (Press Boundary) PIM2-IR605 Non Class 1E NMIPB4103 J406 013 PDT-C32-1N017 (Press Boundary) LRM2-1R608 Non Class IE NMlPB4105 Ml-C32-17 003 PT4:32-IN008 (Press Boundary) FR-C32-IR609 Non Class IE NMIPK0602 J475 RISHH-'D12-IK609A (See App G for RR-D12-IR605 Non Class lE NMIPK0602 J475 RISHH-D12-1K615A (See App G for . RR-D12-IR607 Non Class IE NM1PK0602 J475 003 RISHH-D12-1K616A (See App G for RR-D12-1R608 Non Class 1E NM1PK0602 J478 RISHH-D124K617A (See App G for Q. RR-D124R609 Non Class IE

EC-QDET-1002 Q Loads in Contact with FI-G33-1R602, 1R609, FDI-G33-1R615 Rev 1 page 332 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPK0602 J478 002 RISHH-D124K618A (See App G for RR-D124R610 Non Class IE NMIPK0603 J-439 009 RY-13962C (lsoaltion Device) RR-D12-IR603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (lsoaltion Device) RR-D12-IR603 Non Class IE NMIPK3301 JA39 010 RY-13962D (lsoaltion Device) RR-D12-I R603 Non Class IE NMIPK3302 J475 001 RISHH-D12-IK609A (See App G for RR-D12-IR605 Non Class IE NMIPK3302 J475 005 RISHH-D12-IK615B (See App G for RR-D12-IR607 Non Class IB NMIPK3302 J475 005 . RISHH-D124K618A (See App G for RR-D124R610 Non Class IE NMIPK3302 J475 006 RISHH-D12-IK616B (See App G for RR-D12-IR608 Non Class IE NMIPK3302 J478 001 RISHH-D124K617A (See App G for RR-D 124R609 Non Class IE NMIPM1307 J451 009 FT-EI I-IN013 (Press Boundarjj) FI-EI I-IR607 Non Class IE NMIPPF101 009 FY-G33-IK602 (See App F for eval.) FI-G33-IR609 Non Class IE NM1PP F101 JM4 009 FY-G33-IK605 (See App F for eval.) FI-G33-IR602 Non Class IB NMIPPF101 JM4 009 FY-G33-IK605 (See App F for eval.) F1&33-IR602 Non Class IE NMIPR4101 Ml-G33-153 004 FT-G33-IN037 (Press Boundaty) FI&33-IR610 Non Class IE NMIQ0045L J457 015 NIT-15725A (Isolation Device) Computer Input NM602 Non Class IE NMIQ0045L J457 015 NIT-15725A (isolation Device) Computer Input NM118 Non Class IE NMIQ0045M J457 015 . NIT-15725A (isolation Device) SPDS Input NM6002Z Non Class IE YES NMIQ0048L J457 . 016 NIT-15725B (isolation Device) Computer Input Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Computer Input NM601 Non Class IE YES

u EC-QDET-1002 Q Loads in Contact with FI-G33-1R602, 1R609, FIN-G33-1R615 Rev 1 page 333 CABLES DWG SH - FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ0048L J457 016 NIT-15725B (isolation Device) Computer Input NM117 Non Class IE NMIQ0048M J457 016 NIT-15725B (isolation Device) SPDS Input NM6001Z Non Class IE NM1Q0048M J457 016 NIT-15725B (isolation Device) Computer Input Non Class lE YES NMIQ0300D E-169 001 Ch A (AT-20107 transducer)) Computer Input NDI01 Non Class 1E NMIQ0301D E-169 002 Ch D (AT-20407 transducer)) Computer Input NDI02 Non Class IE NMIQ0801D E-156 001 Ch A (AT-20105 (Transducer)) Computer Input NSI01 Non Class IE NMIQ0802D E-156 002 Ch B (AT-20205 transducer)) Computer Input NSI01 Non Class IE.

NMIQ0803D E-156 003 Ch C (AT-20305 transducer)) Computer Input NSI01 Non Class IE NMIQ0804D E-156 004 Ch D (AT-20405 (Transducer)) Computer Input NSI01 Non Class IE NMIQ3000D E-153 001 Ch A (AT-20102 (Trnasducer)) Computer Input NHI01 Non Class 1E NMIQ3001D E-153 003 Ch B (AT-20202 Prnasducer)) ;Computer Input NHI02 Non Class IE NMIQ3002D E-153 005 Ch C (AT-20302 (Trnasducer)) Computer Input NHI03 Non Class IE NMIQ3003D E-153 007 Ch D (AT-20402 (Trnasducer)) Computer Input NHI04 Non Class IE NMIQ3071C J451 017 TE-El I-IN004A (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071E J451 017 TE-El I-IN017A (Seismic Only) TRS-El 1-IR601 Non Class IE NMIQ3071F F51 017 TE-El I-IN017C (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071G F51 017 TE-El I-IN021A (Seismic Only) I-IR601 'AS-El Non Class IE NMIQ3071H J451 017 TE-El I-IN032A (Seismic Only) TRS-El I-IR601 Non Class IE NMIQ3071J J451 017 TE-El I-IN004B (Seismic Only) TRS-E I 1-1 R601 Non Class IE

EC-QDET-1002 Q Loads in Contact with FI-G33-1R602, 1R609, FDI-G33-1R615 Revj page 334 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ307IK J451 017 'K-ElI-IN005B (Seismic Only) Q Computer Input AET06 Non Class IE NM1Q3071L F51 017 TE-El I-1N017B (Seismic Only) Q TRS-El I-1R601 Non Class IE NMIQ3071M J451 017 TE-El I-IN017D (Seismic Only) Q TRS-El 1-IR601 Non Class IE NMIQ3071N J451 017 . TE-El I-IN027B (Seismic Only) Q TRS-El I-IR601 Non Class IE NMIQ3071P F51 017 TE-El I-IN032B (Seismic Only) Q TRS-El I-1R601 Non Class IE NMIS0600D E-150 003 Ch D (AT-20408 (Transducer)) Computer Input AEI05 Non Class 1E NMIS0601D E-150 001 Ch C (AT-20308 (I'ransducer)) Q Computer Input AEI06 Non Class IE NM1V1600D E-213 001 Ch A (AT-20110 (Transducer)) Q Computer Input MVI03 Non Class IE NMIV1601D E-213 002 Ch B (AT-20211 g'ransducer)) Q Computer Input MVI04 Non Class IE NMIV2600D E-216 001 Ch A (AT-20108 transducer)) Q Computer Input MVI01 Non Class IE NM1V2601D F 216 002 Ch B (AT-20208 (Transducer)) Q Computer Input MVI02 Non Class IE

h EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 335 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NKIC51011 Ml-C51-20 012 Aux Unit Z2C IRM Det Position Non Class IE Contact to Coil NKIPD4205 Ml-C51-19 018 IRM AUXUNIT (See App H for Eval.) NR-C51-IR603B Non Class IE NKIQ0029A E-304 036 SVX2-157104 (Isolation Relay) SPDS-NCZ620Z Non Class IE NKIQ0029A " E-304 036 SVXI-157100A (isolation Relay) SPDS-NCZ612Z Non Class IE YES NKIQ0029A E-304 036 SVXI-157100A (isolation Relay) SPDS-NCZ114Z Non Class IE NKIQ0029A E-304 036 - SVXI-157 102A (isolation Relay) SPDS-NCZ614Z Non Class IE YES NKIQ0029A E-304 036 SVXI-157100B (isolation Relay) SPDS-NCZ116Z Non Class IE YES NKIQ0029A E-304 036 SVX2-157100B (isolation Relay) SPDS;NCZ616Z Non Class IE NKIQ0029A E-304 036 SVXI-1571002A (isolation Relay) SPDS-NCZ118Z Non Class IE YES NKIQ0029A E-304 036 SVXI-157104 (isolation Relay) SPDS-NCZ120Z Non Class IE NK1Q0029A E-304 036 SVXI-157104 (isolation Relay) 'PDS-NCZ122Z Non Class IE NKIQ0029A '-304 036 SVX2-1571002B (isolation Relay) SPDS-NCZ618Z Non Class IE NKIQ0029B E-304 036 SVX2-157104 (isolation Relay) SPDS-NCZ622Z Non Class IE YES NKIQ0053A J439 007 RY-13961C (isolation Device) ES-G33-IK601 Non Class IE YES NK1Q4243M E-304 002A Relay k 60 Dry Contact . SPDS-NIZ002Z Non Class IE Contact to Coil NMIA0403G E423 001 Ch C (VT-20301 transducer)) Computer Input ETE42 Non Class IE NMIB21006 MI-B21-128 003 LT-B21-IN027 (Press Boundary) LI-B21-IR605 Non Class IE NMIB21006 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) LI-B21-IR604 Non Class 1E NMIB21007 Ml-B21-94 002 FT-B21-IN034K (Press Boundary) PDI-B21-1R608K Non Class IE

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev1 page 336 CABLES DWG SH FROM .SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIB21007 Ml-B21-94 002 FT-B21-1N034M (Press Boundary) Q PDI-B21-1R608M Non Class 1E NM1B21007 Ml-B2'1-94 002 FT-B21-1N034P (Press Boundary) Q PDI-B21-1R608P Non Class 1E NM1B21007 Ml-B21-94 002 FT-B21-1N034S (Press Boundary) Q PDI-B21-1R608S Non Class IE NM1B21008 Ml-B21-94 001 FT-B21-1N034B (Press Boundary) Q PDI-B21-1R608B Non Class 1E NM1B21008 Ml-B21-94 001 FT-B21-1N033A (Press Boundary) FY-B21-IK605A Non Class 1E NM1B21008 Ml-B21-94 001 FT-B21-1N033C (Press Boundary) Q FY-B21-1K605C Non Class lE NMIB21008 Ml-B21-94 002 FT-B21-1N034H (Press Boundmy) Q PDI-B21-1R608H Non Class IE NM1B21008 Ml-B21-94 002 FT-B21-1N034F (Press Boundary) .Q PDI>>B21-IR608F Non Class IE NM1B21008 Ml-B21-94 002 FT-B21-1N034D (Press Boundary) Q PDI-B21-1R608D Non Class 1E NM1B21009 Ml-B21-94 001 FT-B21-1N033A (Press Boundary) Q FY-B21-1K605A Non Class lE NM1B21010 M1-B21-94 001 FT-B21-IN033B (Press Boundary) Q . FY-B21-1K605B Non Class IE NMIB21010 Ml-B21-94 001 FT-B21-1N033D (Press Boundary) Q FY-B21-1K605D Non Class 1E NM1B21010 Ml-B21-94 002 FT-B21-IN034C (Press Boundary) Q PDI-B21-1R608C Non Class IE NMIB21010 Ml-B21-94 002 FT-B21-1N034E (Press Boundary) Q PDI-B21-IR608E Non Class 1E NM1B21010 Ml-B21-94 002 FT-B21-1N034G (Press Boundary) Q PDI-B21-IR608G Non Class IE NM1B21010 Ml-B21-94 002 FT-B21-1N034A (Press Boundary) Q PDI-B21-IR608A Non Class 1E NM1B21011 Ml-B21-94 001. PDT-B21-1N032 (Press Boundary) XR-B21-1R613 Non Class 1E NM1C51045 Ml-C51-20 012 AuxUnitZ2C Q IRM Det Poseon Non Class lE Contact to Coil NM1F0203E E-304 017 PDT-B21-1N032 (Press Boundary) Q SPDS NIP05IZ Non Class lE

EC-QDET-1002 Q Loads in Contact s ith RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 337 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIF0203 F E-304 017 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q SPDS NBL002Z Non Class IE NMII4202L J442 002 LY-14202A (isolation Device) Q Computer Input Non Class 1E NM1I4801C JM 8 002 RG. 1.97 Cat 2 (FT-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (LI/FI 14806)

NMII4801F -, JMS 001 XY-14806 (Isolation Device) Q Computer Input NXF01 Non Class IE YES NMIP11901 Ml-B21-128 003 LT-B21-1N027 (Pressttre Boundary) Q LI-B21-1R605 Non Class IE NMlP14101 Ml-B21-128 003 PDT-B31-1N015A (Press Boundary) Q PDI-B31-1R612A Non Class IE NM1P14101 Ml-B21-128 003 PDT-B31-1N015B(Press Boundary) Q PDI-B31-IR612B Non Class 1E NMIPIF101 .Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class lE NMlP91601 MI&12-I10 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class IE Contact to Coil NM1P91603 MI&12-I10 015 APRM Trip Unit Contacts Q I htorCardZI Non Class IE Contact to Coil NM1PB4102 J406 011 PDT&32-IN004B (Press Boundary) Q LIM2-IR606B Non Class 1E NM1PB4102 J406 012 PDT~2-IN004A (Press Boundary) Q LIM2-IR606A Non Class IE NMIPB4102 J406 024 PTM2-IN005 (Press Boundary) Q PI~2-1R605 Non Class 1E NMIPB4103 J406 013 PDT~2-IN017 (Press Boundary) Q LR-C32-1R608 Non Class 1E NM1PB4105 Ml-C32-17 003 PTM2-IN008 (Press Boundary) Q FR-C32-1R609 Non Class IE NMIPC1301 JM8 003 R.G.1.97Cat2(LI/FI-14806SeeApplforEval.) Q LT-C41-IN001 Non Class 1E NMIPD4206 Ml&51-20 006 IRM Range Sw E. Q .. C51-IK601E (IRM Mon) Q NMIPD4213 Ml-C51-20 006 IRM Range Sw C Q C51-1K601C (IRM Mon) Q NM1PD4217 Ml-C51-20 006 IRM Range Sw A Q C51-IK601A (IRM Mon) Q .

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 338 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPD4X01 Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.) NR<51-IR603D Non Class lE NMIPD4X01 MI451-20 007 C51-IK601B (IRM Mon See App H for Eval.) NR<51-IR603B Non Class IE NMIPD4X02 Ml-C51-20 007 C51-IK601D (IRM Mon See App H for Eval.) NR&51-IR603B Non Class IE NMIPD4X02 MI451-20 007 C51-IK601H (IRM Mon See App H for Eval.) NR<51-IR603D Non Class 1E NM1PE4101 MI&51-19 022 Aux Trip Unit AR12 (See App H for Eval.) NR&51-IR603D Non Class IE NMIPE4103 Ml-C51-19 018 Aux Trip Unit AR12 (See App H for Eval.) NR-C51-IR603B Non Class 1E NMIPE4103 M1&51-19 018 Aux Trip Unit AR12 (See App H for EvaL) NR-C51-IR603B Non Class IE NMIPE4109 Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.) NR&51-IR603A Non Class 1E NMIPE4109 Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.) NR&51-IR603B Non Class IE NMIPE4110 Ml-C51-19 016 Aux Trip Unit AR41 (See App H for Eval.) NR&51-1R603A Non Class IE NMIPE4111 Ml~1-19. 020 Aux Trip Unit AR51 (See App H for Eval.) NR<51-IR603C Non Class IE NMIPE4111 MI<51-19 033 DriverCardZ33(SeeAppHforEval.) NR<51-IR603C Non Class 1E NMIPE4112 MI~I-19 033 DriverCard(SeeAppHforEval.) NR-C51-IR603C Non Class IE NMIPE4215 M1<51-19 015 LPRM Card Dry Contact e. Indicating Light Non Class 1E Contact to Coil NMIPE4215 Ml-C51-19 015 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4216 Ml-C51-19 010 LPRM CARD Zl I Indicating Lights Non Class IE Contact to Coil NMIPE4218 Ml&51-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4219 Ml-C51-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NM1PE4223 Ml-C51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil

I EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev1 page 339 CABLES DWG SH FROM SEPGR(FRM) TO 'SEPGR(TO) ISOLATED NMIPFA224 MI&51-19 011 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA238 MI&51-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA239 Ml-C51-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA245 .. Ml&51-19 019 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPK0602 J475 001 RISHH-D12-IK609A (See App G for Eval.) Q RR-D12-IR605 Non Class IE NMIPK0602 J475 002 RISHH-D12-IK615A (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMIPK0602 J475- 003 RISHH-D12-IK616A (See App G for Eval.) Q RR-D12-IR608 .Non Class IE NMIPK0602 J478 001 RISHH-D124K617A'(See App G for Eval.) Q RR-D124R609 . Non Class IE NMIPK0602 J478 002 RISHH-D124K618A (See App G for Eval.) Q RR-D124R610 Non Class IE NMIPK0603 J439 009 RY-13962C (Isoaltion Device) Q RR-D12-IR603 Non Class IE NMIPK3301 J439 008 RY-13962B (lsoaltion Device) Q RR-D12-IR603 Non Chss IE NMIPK3301 JA39 010 RY-13962D (lsoaltion Device) Q RR-D12-IR603 Non Class IE NMIPK3302 J-475 001 RISHH-D12-IK609A (See App G for EvaL) Q RR-D12-IR605 Non Class IE NMIPK3302 JA75 005 RISHH-D124K618A (See App G for Eval.) Q RR-D124R610 Non Class IE NMIPK3302 J475 005 RISHH-D12-IK615B (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMI PK3302 J475 006 RISHH-D12-IK616B (See App G for Eval.) Q RR-D12-I R608 Non Class IE NMIPK3302 JA78 001 RISHH-D124K617A (See App.G for Eval.) Q RR-D124R609 Non Class IE NMI PM1307 F51 909 FT-EI I-IN013 (Press Boundary) Q FI-El I-IR607 Non Class IE NM1PPF 101 J444 009 FY&33-IK602 (See App F for eval.) Q F1&33-IR609 Non Class IE 1

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, IR607, 1R608 Rev1 page 340 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPPF 101 J444 009 FY&33-IK605 (See App F for eval.) Q F1&33-IR602 Non Class IE NMIPPF 101 J444 009 FY&33-IK605 (See App F for eval.) Q F1&33-IR602 Non Class IE NMIPQ4101 MI<51-20 006 C51-1K601E(IRMMonSeeAppHforEval.) Q NR-C51-IR603C Non Class IE NMIPQ4101 , MICSI-20 006 C51-.1K601A (IRM Mon See App H for Eval.) Q NR<51-IR603A Non Class IE NMIPQ4102 MI451-20 006 C51-1K601C(IRMMonSeeAppHforEval.) Q NR<51-IR603A Non Class IE NMIPQ4102 M1451-20 006 C51-IK601G (IRM Mon See App H for Eval.) Q NR-C51-IR603C Non Class IE NMIPR4 101 Ml-G33-153 004 FT-G33-IN037 (Press Boundary) Q F1&33-IR610 Non Class IE NMIPR7N01 Ml-G33-153 004 FY-14476 (isolation Device) Q Computer Analog Input Non Chss IE YES NMIQ0045L J457 015 NIT-15725A (isolation Device) Q Computer Input NM118 Non Class IE YES NMIQ0045L J457 015 NIT-15725A (isolation Device) Q . Computer Input NM602 Non Class IE YES NMIQ0045M J457 015 NIT-15725A (isolation Device) Q, SPDS Input NM6002Z Non Class IE YES NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM117 Non Class IE NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input. Non Class IE YES NMIQ0048L J457 016 NIT-15725B (isolation Device) Q . Computer Input NM601 Non Class IE NMIQ0048M J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE NMIQ0048M J457 016 NIT-15725B (isolation Device) Q SPDS Input NM6001Z Non Class IE YES NMIQ1217L E-304 017 XY-14201F (Isolation Device) Q SPDS NM5006Z Non Chss IE NMIQ1217M E-304 017 XY-14201B (isolation Device) Q SPDS NM5002Z Non Chss IE NMIQ1217M E-304 017 XY-14201A-(Isolation Device) Q SPDS NM5001Z Non Class IE YES

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 341 CABLES DWG SH FROM SEPGR(FRIN) TO SEPGR(T0) ISOLATED NM1Q1217N E-304 017 XY-14201D (Isolation Device) Q SPDS NM5004Z Non Class IE YES NM1Q1217P E-304 017 XY-14201C (isolation Device) Q SPDS NM5003Z Non Chss 1E NMIQ1217Q E-304 017 XY-14201E (isolation Device) Q SPDS NM5005Z Non Class 1E NM2M0110C F11 003 XYA1109BI (isolation Device) Q . Computer Input Non Class 1E

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607; 1R608 Rev 1 page 342 CABLES DWG SH FROM 'SEPGR(FRM) TO SEPGR(TO) ISOLATED NKIP9FT01 Ml-C12-110 011 Relay C72A - K24D, K25D, K27D Transmitter Card Z12 Non Class IE Contact to Coil NKIP9FT02 M]412-110 031 Relay C72A - K34B Full Core Display Non Class 1E Contact to Coil NKIP9FT03 Ml-C12-I10 031 Relay C72A - K34D Full Core Display Non Class 1E Contact to Coil NKIPDF205 Ml-CS 1-20 012 IRM Range Switch B, F Trip Aux Unit Z2B Non Class 1E NKIPDF211 M1<5 1-20 012 IRM Range Switch D, H Trip Aux Unit Z2B Non Class 1E NKIPDF215 Ml-CSI-20 005 IRM Range Switch B Trip Aux Unit Z2B Non Class IE NKIPDF217 MI~I-20 005 IRM Range Switch B Trip Aux Unit Z2B Non Class IE NKIPDF218 MI<51-20 009 IRM Range Switch B Trip Aux Unit Z2B Non Class IE NKIPDF219 Ml-C51-20 009 IRM Range Switch D Trip Aux Unit Z2B Non Class IB NK1Q0054A J439 008 RY-13961B (Isolation Device) ES-B31-IK600 Non Class IE NKIQ4243J E-304 004 VlB4X(isolation Relay) 'SPDS-NBY412Z Non Class IB NKIQ4243J E-304 004 VIB3X(isolation Relay) SPDS-NBY411Z Non Class IE NKIQ4243J E-304 004 VIB2X(isolation Relay) SPDS-NBY410Z Non Class IE NKIQ4243J E-304 004 VIBSX(isolation Relay) SPDS-NBY413Z Non Class IE YES NKIQ4243J E-304 004 VIB6X(Isolation Relay) SPDS-NBY414Z Non Class IE YES NKIQ4243J E-304 004 VIB7X(isolation Relay) NSPDS-BY415Z Non Class IE NKIQ4243J E-304 004 VIB8X(isolation Relay) NSPDS-BY416Z Non Class IE NKle4243J E-304 004 VIBIX(Isolation Relay) e SPDS-NBY409Z Non Class IE YES NKIQ4243K E-304 005 ARXI-15746A (loslation Relay) e SPDS-MAH002Z Non Class IE

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607,.1R608 Rev 1 page 343 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NK1Q4243K E-304 0'19 ARX-15746A (Ioslation Relay) SPDS-MAH004Z Non Class IE Q

NK1Q4243N E-304 01A Relay K-38 Dry Contact SPDS-N6Z002Z Non Class 1E Contact to Coil NK1Q4243P E-304 02A Relay K%I Dry Contact Q SPDS-N IZ003Z Non Class 1E Contact to Coil NMIA0403G 8423 001 Ch C (VT-20301 (Transducer)) Q Computer Input ETFA2 Non Class IE NM1E02006 E405 001 Ch B (AT-20201 (Transducer)) Q Computer Input ETI42 Non Class IE NM1E02007 E405 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI42 Non Class IE NMIE02007 E405 005 Ch A (VT-20101 transducer)) Q . Computer Input ETFA1 Non Class IE NM1E02007 E405 005 Ch A (AT-20109 (Transducer)) Q Computer Input ETI91 Non Class IE NMIE02007 E405 005 Ch A (VT-20110 (Transducer)) Q Computer Input ETE91 Non Class IE NMIE02007 E405 005 Ch A (VT-20105 (I'ransducer)) Q Computer Input EBFA1 Non Class 1E NM1E02007 E405 005 Ch A (AT-20104 (Transducer)) Q . Computer Input EGI01 Non Class IE NMIE02009 E405 001 Ch C (AT-20309 (Transducer)) Q - Computer Input ETI93 Non Class IE NMIE02009 E405 001 Ch D (AT-20401 (Transducer)) Q Computer Input ETI44 Non Chss IE NMIE02009 E405 001 Ch D (AT-20404 (Transducer)) Q Computer Input EGI04 Non Class IE NM1E02009 E405 001 Ch D (AT-20204 (Transducer)) Q Computer Input EGI02 Non Class 1E NMlE02009 E405 001 Ch C (VT-20310 (Transducer)) Q Computer Input ETE92 Non Class IE NMlE02009 E405 001 Ch D (VT-20405 g ransducer)) Q Computer Input EBE44 Non Class 1E NMIE02009 E405 00.1 Ch D (AT-20409 transducer)) Q Computer Input ETI94 Non Class 1E NMIE02010 E405 004 XYA2403 (isolation Device) Q Computer Input EGU05 Non Class 1E YES

0 EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev1 page 344 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1E02010 E405 004 XY42401 (isolation Device) Q Computer Input EGE02 Non Class IE NM1E02010 E405 004 XYA2402(isolation Device) Computer Input EGU06 Non Class IE YES NM1E02010 E405 004 XY42404 (isolation Device) Q Computer Input EGE01 Non Class IE NM1E02010 E405 004 XY42405 (isolation Device) Q Computer Input EGJ02 Non Class 1E NMIE02010 E405 004 XY42406 (Isolation Device) Q Computer Input EGJ01 Non Class 1E NMIE0201 1 E405 004 XY42408 (Isolation Device) Q Computer Input EGU07 Non Class 1E YES NM1E02011 E405 004 XY42407 (Isolation Device) Q Computer Input EGE04 Non Class 1E NM1E02011 E405 004 XY42409 (isolation Device) Q Computer Input EGU08 Non Class IE YES NM1E02011 E405 004 XYA2411 (Isolation Device) Q Computer Input EGE03 Non Class 1E NMIE02011 E-005 004 XYA2410 (Isolation Device) Q Computer Input EGJ04 Non Class lE YES NM1E02011 E405 004 XY42412 (Isolation Device) Q Computer Input EGJ03 Non Class IE NM1l4202L J442 LY-14202A (Isolation Device) Q Computer Input Non Class 1E NMII4203L J442 003 LY-14201B (isolation Device) Computer Input Non Class 1E YES NM114801C J448 002 R.G. 1.97 Cat 2 (FT-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (LI/FI 14806) Q NM114801F J448 001 XY-14806 (Isolation Device) Q Computer Input NXF01 Non Class IE YES NM1l5719A J457 009 TX-15751 (Isolated See IOM 504) Q Computer Input Non Class IE NM115720A J457 010 TX-15752 (Isolated See IOM 504) Q Computer Input Non Class 1E YES NMIM0107C E-302 003 FT41204A (Pressure Boundary) Q Computer Input AEF05 Non Class 1E NMIM0107D E-302 003 FT41204A (Pressure Boundary) Q Computer Input AEF04 Non Class IE

I II II I'

e I

I

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 345 CABLES DWG SH PROM SEPGR(FRM) TO SEPGR(T9) . ISOLATED NMIP14101 Ml-B21-128 003 PDT-B31-IN015A (Press Boundary) Q PDI-B31-1R612A Non Class 1E NMIP14101 Ml-B21-128 003 PDT-B31-1N015B (Press Boundary) Q PDI-B31-1R612B Non Class IE NM1P1F101 Ml-B21-128 003 LITS-B21-1N026D(MechSwSeeAppCforEval.) Q LI-B21-1R604 Non Class 1E NM1P9 1603 M1&12-110 015 APRM Trip Unit Contacts Q Isolator Card Zl Non Class 1E Contact to Coil NMIPB4102 J406 011 PDTM2-IN004B (Press Boundary) Q LI-C32-IR606B Non Class lE NMIPB4102 J406 012 PDT-C32-IN004A (Press Boundary) Q . LIM2-IR606A Non Class IE NMIPB4102 J406 024 PT~2-IN005 (Press Boundary) Q PIM2-IR605 Non Class 1E NM1PB4103 J406 013 PDT-C32-1N017 (Press Boundary) Q LR-C32-1R608 Non Class 1E NMIPB4105 Ml-C32-17 PTM2-IN008 (Press Boundary) FRM2-1R609 Non Class 1E NM1PD4X01 M1&51-20 007 C51-1K601F (IRM Mon See App H for Eval.) Q NRMI-1R603D Non Class 1E NMlPD4X01 M1451-20 007 C51-1K601B (IRM Mon See App H for Eval.) Q NR<51-IR603B Non Class IE NM1PD4X02 MI451-20 007 C51-IK601H (IRM Mon See App H for Eval.) Q NR<51-IR603D Non Class IE NMIPD4X02 Ml-C51-20 007 C51-1K601D (IRM Mon See App H for Eval.) Q NR<51-IR603B Non Class IE NM1PDF206 Ml-C51-20 007 IRM Range Switch B Q IRM51-IK60IB NMlPDF207 MM51-20 007 IRM Range Switch F Q IRM<51-1K601F .

NM1PDF212 Ml-C51-20 007 IRM Range Switch D Q IRM<51-IK601D NMlPDF213 Ml-C51-20 007 IRM Range Switch H Q IRM4.51-1K601H Q NMIPE4101 Ml<51-19 022 Aux Trip Unit AR12 (See App H for Eval.) Q NR<51-IR603D Non Class IE NMIPE4103 Ml&51-19 018 Aux Trip Unit AR12 (See App H for Eval.) Q NR<51-1R603B Non Class 1E

i 1 <

t I'

EC+DET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev1 page 346 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPE4103 Ml~l-19 018 Aux Trip Unit AR12 (See App H for Eval.) Q NR-C51-IR603B ~ Non Class IE NM1PE4109 Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.) Q NR&51-IR603A Non Class IE NMIPE4109 Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.) Q NR-C51-1R603B Non Class IE NM1PE4110 1&51-19 016 Aux Trip Unit AR41 (See App H for Eval.) Q NR~ I-IR603A Non Class IE NMIPE4111 M1~ 1-19 020 Aux Trip Unit AR51 (See App H for Eval.) 'Q NRMI-IR603C Non Class IE NM1PE4111 Ml-C51-19 033 Driver Card Z33 (See App H for Eval.) Q NR-C51-IR603C Non Class IE NMIPE4112 M1&51-19 033 . Driver Card (See App H for Eval.) Q .NR&51-IR603C Non Class 1E NMIPE4215 M1&51-19 015 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4215 MI&51-19 015 LPRM Card Dry Contact Q Indicating Light Non Class IE .

Contact to Coil a,l NMIPE4216 Ml-C51-19 010 LPRM CARD Zl I Q Indicating Lights Non Class IE Contact to Coil NMIPE4218 MI~1-19 027 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4219 MI~1-19 027 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4223 MI&51-19 011 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil

-.NMIPE4224 M1<51-19 011 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4238 Ml-C51-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4239 Ml&51-19 017 LPRM Card Dry Contact Q Indicating Light Non Class 1E 'ontact to Coil NM1PE4245 Ml-C51-19 019 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPK0602 W75 001 RISHH-D12-IK609A (See App G for Eval.) Q RR-D12-IR605 Non Class IE NMI PK0602 J 475 RISHH-D12-IK615A (See App G for Eval.) Q RR-D12-IR607 Non Class IE

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R60S Rev 1 page 347 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPK0602 J475 003 . RISHH-D12-IK616A (See App G for Eval.) RR-D12-1R608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D124R609 Non Class IE

~

NMlPK0602 JA78 002 RISHH-D124K618A (See App G for Eval.) Q . RR-D124R610 Non Class IE NMlPK0603 J439 009 RY-13962C (Isoaltion Device) RR-D12-1R603 Non Class 1E NMIPK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-1R603 Non Class IE NMIPK3301 JA39 010 RY-13962D (Isoaltion Device) Q RR-D12-IR603 Non Class. IE NM1PPF101 J444 009 FY&33-IK602 (See App F for eval.) -

Q F1&33-IR609 Non Class IE NMIPPF101 J444 009 FY&33-IK605 (See App F for eval.) Q F1&33-IR602 Non Class IE NMIPPF101 J444 009 FY%33-IK605 (See App F for eval.) Q F1<33-IR602 Non Class IE NM1PQ4101 M1451-20 006 C51-IK601E (IRM Mon See App H for Eval.) Q NR<51-IR603C Non Class 1E NMIPQ4101 Ml<51-20 Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval.) Q, NR<51-IR603A Non Class IE NMIPQ4102 006 C51-IK601G (IRM Mon See App H for Eval.) Q NR&51-IR603C Non Class IE NMIPQ4 102 M1451-20 006 C51-1K601C (IRM Mon See App H for Eval.) Q NR<51-1R603A ~

Non Class IE NMIPR4101 Ml-G33-153 004 FT433-IN037 (Press Boundary) Q F1&33-IR610 Non Class IE NMIQ0045L J457 015 NIT-15725A (Isolation Device) Q Computer Input NM118 Non Class IE NMIQ0045L J457 015 NIT-15725A (Isolation Device) Q Computer Input NM602 Non Class IE YES NMIQ0045M J457 015 NIT-15725A (isolation Device) Q SPDS Input NM6002Z Non Class IE NMIQ0048L J 457 016 NIT-15725B (Isolation Device) Q Computer Input NM117 Non Class IE NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev1 page 348 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM601 Non Class IE NM1Q0048M J457 016 NIT-15725B (Isolation Device) Q SPDS Input NM6001Z Non Class lE NMlQ0048M J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class 1E NM1Q0835F g-304 018 PDT-C32-1N004C (Press Boundary) Q SPDS-NFL403Z Non Class 1E NM1Q0835F E-304 018 FI'M2-IN008 (Press Boundaty) SPDS-NFP401Z Non Class 1E NM1Q0835F E-304 018 PT<32-IN005 (Press Boundary) Q SPDS-NFP402Z Non Class lE NMIQ0835F E-304 018 PDT-C32-1N004A (Press Boundary) Q SPDS-NFL401Z Non Class IE NM1Q0835F E-304 018 PDT~2-IN004B (Press Boundary) Q SPDS-NFL402Z Non Class IE NM1Q0835F E-304 018 PDT<32-IN017 (Press Boundary) Q 'SPDS-I'L404Z Non Class 1E gl .

NM1Q4239E E-304 020 PT-15728A (Press Boundary) Q SPDS-MAPOOIZ Non Class 1E YES NM1Q4239E E-304 020 PT-15702 (Press Boundary) Q SPDS-MAP007Z Non Class 1E NM2E02021 E405 001 Ch B (AT-20201 (Transducer)) Q Computer Input ETI42 Non Class 1E NM2E02022 E405 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 Non Class 1E NM2E02022 E405 001 Ch A (VT-20101 (Transducer)) Q Computer Input ETE41 Non Class IE NM2E02022 E405 001 Ch A (VT-20105 (Transducer)) Q Computer Input EBE41 Non Class IE NM2E02022 E405 001 Ch A (VT-20110 (Transducer)) Q Computer Input ETE91 Non Class IE NM2E02022 E405 001 Ch A (AT-20104 (Transducer)) Q Computer Input EGI01 Non Class IE NM2E02022 E405 001 Ch A (AT-20109 (Transducer)) Q Computer Input ETI91 Non Class IE NM2E02023 E405 001 Ch B (AT-20209 (Transducer)) Q . Computer Input ETI92 Non Class IE

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 349 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO)

NM2E02023 E405 001 Ch B (VT-20205 (Transducer)) Q Computer Input EBFA2 Non Class IE NM2E02023 E405 001 Ch C (AT-20304 g'ransducer)) Q Computer Input EGI04 Non Class IE NM2E02023 E405 001 Ch C (AT-20301 (Transducer)) Q Computer Input ETI43 Non Class IE NM2E02023 E405 001 Ch C (VT-20305 g ransducer)) Q Computer Input EBFA3 Non Class IE NM2E02023 E405 001 Ch C (VT-20302 (Transducer)) Q Computer Input ETFA2 Non Class IE NM2E02024 E405 001 Ch C (AT-20309 (Transducer)) Q Computer Input ET193 Non Class IE NM2E02024 E405 001 Ch B (AT-20204 (Transducer)) Q Computer Input EGI02 Non Class 1E NM2E02024 E405 001 Ch D (AT-20401 (Transducer)) Q Computer Input ETI44 Non Class IE NM2E02024 E405 001 Ch D (VT-20405 g ransducer)) Q Computer Input EBE44 Non Class IE NM2E02024 E405 001 Ch D (AT-20404 (Transducer)) Computer Input EGI04 Non Class IE NM2E02024 E405 001 Ch D (AT-20409 transducer)) Q Computer Input ETI94 Non Class IE NM2E02024 E405 001 Ch C (VT-20310 (Transducer)) Q Computer Input El%92 Non Class 1E NM2E02025 E405 004 XY42411 (Isoaltion Device) Q Computer Input EGJ02 Non Class IE NM2E02025 E405 004 XY-42409 (Isoaltion Device) Q Computer Input EGE02 Non Class IE NM2E02025 E405 004 XY42412(lsoaltion Device) Q Computer Input EGE01 Non Class IE NM2E02025 E405 004 XY42408 (Isoaltion Device) Q Computer Input EGU05 Non Class 1E NM2E02025 E405 004 XYA2407lsoaltion Device) Q Computer Input EGJ01 Non Class IE YES NM2E02025 E405 004 XY424010(isoaltion Device) Q Computer Input EGU06 Non Class IE YES NM2E02026 E405 004 XY42405 (Isoaltion Device) Q Computer Input EGJ03 Non Class 1E

EC-QDET-1002 Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 Rev 1 page 350 CABLES DWG FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM2E02026 E405 004 XYA2401 (Isoaltion Device) Q Computer Input EGJ04 Non Class IE NM2E02026 E405 004 XY42406 (lsoaltion Device) Q Computer Input EGU07 Non Class lE YES NM2E02026 E405 004 XY42403 (Isoaltion Device) Q Computer Input EGU08 Non Class 1E NM2E02026 E405 004 XY42402 (lsoaltion Device) Q Computer Input EGE03 Non Class IE YES NM2E02026 E405 004 XY42404 (lsoaltion Device) Q Computer Input EGE04 Non Class lE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 351 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED FKIP33 104 Ml-B21-129 008 Div 11 (Dry Contact) Indicating Lights NKIC51011 M1<51-20 012 Aux Unit Z2C IRM Det Position Non Class IE Contact to Coil NKIPD4205 M1<51-19 018 IRM AUXUNlT (See App H for Eval.) NR&51-IR603B Non Class IE NKIPE4244 Ml-C51-19 039 Relays Dry Contact NA Contact to Coil NKIPE4289 MI<51-19 039 Relays Dry Contact NA Contact to Coil NKIQ0029A E-304 036 SVXI-157104 (isolation Relay) SPDS-NCZ120Z Non Class IE NKIQ0029A E-304 036 SVX2-157104 (Isolation Relay) SPDS-NCZ620Z Non Class IE NKIQ0029A E-304 '036 SVX2-157100B (Isolation Relay) Non Class IE SPDS-NCZ616Z'PDS-NCZ122Z NKIQ0029A E-304 036 SVX1-157104 (Isolation Relay) Non Class IE NKIQ0029A E-304 036 SVX1-157102A (Isolation Relay) SPDS-NCZ614Z Non Class IE NKIQ0029A E-304 036 SVXI-157100B (Isolation Relay) SPDS-NCZ116Z Non Class IE NK1Q0029A E-304 036 SVXI-157100A (Isolation Relay) SPDS-NCZ612Z Non Class IE NKIQ0029A. E-304 036 SVXI-157100A (Isolation Relay) SPDS-NCZ114Z Non Class IE NKIQ0029A E-304 036 SVXI-1571002A (Isolation Relay) SPDS-NCZ118Z Non Class IE NKIQ0029A E-304 036 SVX2-1571002B (isolation Relay) SPDS-NCZ618Z Non Class IE NKIQ0029B E-304 036 SVX2-157104 (isolation Relay) SPDS-NCZ622Z Non Class IE NKIQ0053A JA39 RY-13961C (isolation Device) ES-G33-IK601 Non Class IE YES NKIQ4243M E-304 002A Relay k 60 Dry Contact SPDS-NIZ002Z Non Class IE Contact to Coil NMIA0403G E423 001 Ch C (VT-20301 (Transducer)) Computer Input ETE42 Non Class 1E

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 3S2 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMlB21006 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class IE NM1B21006 Ml-B21-128 003 LT-B21-IN027 (Press Boundary) LI-B21-IR605 Non Class IE NMIB21007 Ml-B21-94 002 FT-B21-IN034K (Press Boundary) Q PDI-B21-1R608K Non Class IE NM1B2 1007 , Ml-B21-94 002 FT-B21-1N034M (Press Boundary) Q PDI-B21-IR608M Non Class IE NM1B21007 Ml-B21-94 002 FT-B21-IN034P (Press Boundary) Q 'PDI-B21-IR608P Non Class 1E NM1B21007 Ml-B21-94 002 FT-B21-1N034S (Press Boundary) Q PDI-B21-1R608S Non Class IE NMIB21008 Ml.-B21-94 001 FT-B21-1N033A (Press Boundary) Q FY-B21-1K605A Non Class 1E NMIB2 1008 Ml-B21-94 001 FT-B21-IN033C (Press Boundary) Q FY-B21-1K605C Non Class IE NMIB21008 Ml-B21-94 001 FT-B21-IN034B (Press Boundary) Q PDI-B21-IR608B Non Class IE NMIB21008 Ml-B21-94 002 FT-B21-1N034F (Press Boundary) Q PDI-B21-IR608F Non Chss IE NMIB21008 Ml-B21-94 002 FT-B21-1N034H (Press Boundary) Q PDI-B21-IR608H Non Class IE NM1B21008 Ml-B21-94 002 FT-B21-IN034D (Press Boundary) Q PDI-B21-IR608D Non Class lE NMIB21009 Ml-B21-94 001 FT-B21-IN033A (Press Boundary) Q FY-B21-IK605A Non Class IE NMIB21010 Ml-B21-94 001 FT-B21-IN033B (Press Boundary) Q FY-B21-IK605B Non Class'IE NMIB21010 Ml-B21-94 001 FT-B21-IN033D (Press Boundary) Q FY-B21-IK605D Non Class IE NMIB21010 Ml-B21-94 002 FT-B21-IN034G (Press Boundary) Q PDI-B21-I R608G Non Class IE NM1B2 1010 Ml-B21-94 002 FT-B21-IN034A (Press Boundary) Q PDI-B21-IR608A Non Class 1E NMIB21010 M1-B21-94,002 FT-B21-1N034C (Press Boundary) Q PDI-B21-1R608C Non Class IE NM1B21010 Ml-B21-94 002 FT-B21-1N034E (Press Boundary) Q PDI-B21-1R608E Non Class IE

EC+DET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 353 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIB21011 Ml-821-94 001 PDT-B21-IN032 (Press Boundary) XR-B21-IR613 Non Class IE NMIC32001 Ml-C32-17 006 PDTC32-IN004A (Press Boundary) Q Computer Analog Input Non Class IE

-NMIC32001 Ml-C32-17 006 PT&2-IN005 (Press Boundary) Q Computer Analog Input Non Class IE NMIC51009 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51010 MI<51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51011 M1<51-19 044 LPRM Q Computer Analog Input Non Class.IE NMIC51013 MI<51-19 044 LPRM Computer Analog Input Non Chss IE NMIC51016 MI&51-19 044 LPRM Computer Analog Input Non Chss IE NMIC51017 M1&51-19 044 LPRM Q Computer Analog Input Non Oass IE NMIC51018 MI&51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51020 MI<51-19 044 - LPRM Q Computer Analog Input Non Class IE NMIC51021 M1&51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51023 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51024 MIDI-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51026 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51027 MI-C51-19 .044 LPRM Q Computer Analog Input Non Class IE NMIC51029'- Ml-C51-19 044 LPRM 'Q Computer Analog Input Non Class IE NMIC51030 MI &51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51032 M1 &51-19 044 LPRM Q Computer Analog Input Non Class IE

0 EC-QDET-1002 Q Loads in Contact with NR-C51-1R603A Rev1 page 354 CABI ES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMlC51045 Ml&51-20 012 Aux Unit Z2C IRM Det Position Non Class 1E Contact to Coil NM1C94117 Ml-C51-19 033 Driver Card Computer Analog Input Non Class IE NM1C94118 Ml-C51-19 033 Driver Card Computer Analog Input Non Class lE NMlF0203E E-304 017 PDT-B21-1N032 (Press Boundary) SPDS NJP051Z Non Class 1E NMIF0203F E-304 017 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q SPDS NBL002Z Non Class 1E NM1I4202L JA42 002 LY-14202A (Isolation Device) Computer Input Non Class IE YES NM114801C JM8 002 RG. L97 Cat 2 (FT-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (LI/FI 14806) Q NMII4801D JM8 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (FT-14806)

NMII4801E JM8 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (FT-14806)

NM1I4801F JM8 001 XY-14806 (Isolation Device) Q Computer Input NXFOI Non Class 1E NM1P11901 Ml-B21-128 003 LT-B21-IN027 (Pressure Boundary) Q LI-B21-IR605 Non Class IE NMIP14101 Ml-B21-128 003 PDT-B31-1N015A (Press Boundary) Q PDI-B31-1R612A Non Class IE NMlP14101 Ml-B21-128 003 PDT-B31-1N015B (Press Boundary) Q PDI-B31-IR612B Non Class 1E NMlP1F101 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class 1E NM1P91601 Ml<12-110 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class lE Contact to Coil NMIP91603 Ml-C12-110 015 APRM Trip Unit Contacts Q Isolator Card Zl Non Class 1E Contact to Coil NMIPB4102 J406 011 PDT~2-IN004B (Press Boundary) Q LI<32-IR606B Non Class 1E NMIPB4102 J406 .012 PDT-C32-1N004A (Press Boundary) Q LIM2-1R606A Non Class 1E NMIPB4102 J-406 024 PT~2-IN005 (Press Boundary) Q ~ PI&32-IR605 Non Class 1E

EC+DET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 355 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPB4103 J406 013 PDTM2-IN017 (Press Boundary) LRM2-IR608 Non Class IE NMIPB4105 M1432-17 003 PTC32-IN008 (Press Boundary) FR~2-1R609 Non Class IE NMIPC1301 JM8 003 - R.G. 1.97 Cat 2 (LI/FI-14806 See App I for Eval.) LT~I-1N001 Non Class IE NM1PD4206 MI<51-20 006 IRMRangeSwE C51-1K601E (IRM Mon)

NMIPD4213 MIMI-20 006 IRMRangeSwC C51-IK601C (IRM Mon)

NM1PD4217 MI<51-20 006 IRMRangeSwA C51-IK601A (IRM Mon)

NMIPD4X01 MIN1-20 007 C51-1K601B (IRM Mon See App H for Eval.) . Q NR~I-1R603B Non Chss IE NM1 PD4X01 Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.) Q NR~ I-IR603D Non Class 1E NMIPD4X02 Ml<51-20 007 C51-1K601D (IRM Mon See App H for Eval.) Q NRMI-IR603B Non Class IE NMIPD4X02 M1451-20 007 C51-IK601H (IRM Mon See App H for Eval.) Q NR-C51-IR603D Non Class 1E NMIPDF206 Ml&51-20 007 IRM Range Switch B IRM-C51-1K601B NMIPDF207 Ml~1-20 007 IRM Range Switch F e IRMA 1-1K601F NMIPDF212 Ml<51-20 007 IRM Range Switch D e IRM-C51-IK601D NMIPDF213 MI<51-20 007 IRM Range Switch H Q IRM<51-IK601H NMIPFA101 MI~I-19 022 Aux Trip Unit AR12 (See App H for Eval.) e NR&5I-IR603D. Non Class 1E NMIPFA103 Ml<51-19 018 Aux Trip Unit AR12 (See App H for Eval.) e NR-C51-IR603B Non Class lE NMIPFA109 Ml<51-19 012 Aux Trip Unit AR31 (See App H for Eval.) Q NR-C51-1R603A Non Class IE NM1PFA 109 MI~I-19 '.014 Aux Trip Unit AR32 (See App H for Eval.) Q NR&51-IR603B Non Class lE NMIPFA110 Ml~1-19 016 Aux Trip Unit AR41 (See App H for Eval.) e . NR~1-1R603A Non Class IE

0 EC+DET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 356 CABLES . DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPFA111 Ml~1-19 020 Aux Trip Unit AR51 (See App H for Eval.) Q NR<51-IR603C Non Class IE NMIPFA111 MIM1-19 033 Driver Card 233 (See App H for Eval.) 'Q NR<51-IR603C Non Class 1E NMIPFA112 MIMI-19 033 Driver Card (See App H for Eval.) Q NRMI-IR603C Non Class 1E NM1PE4215 Ml~l-19 015 LPRM Card Dry Contact Q Indicating Light Non Class 1E Contact to Coil NM1PFA216 MIMI-19 010 LPRM CARD Zl I Q Indicating Lights Non Class 1E Contact to Coil NM1PFA218 MI~I-19 027 LPRM Card Dry Contact Q Indicating Light Non Class 1E Contact to Coil NM1PFA219 Ml<51-19 027 LPRM Card Dry Contact Q Indicating Light . Non Class 1E Contact to Coil Non Class IE NM1PFA223 M1<51-19 011 LPRM Card Dry Contact Q Indicating Light Contact to Cail p f NM1PE4224 Ml~l-19 Ol 1 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4238 Ml~l-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA239 MI~I-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA245 Ml-C51-19 019 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4267 Ml<51-19 013 APRM Card Q Indicating Lights Non Class IE Contact to Coil NMlPE4268 M1~ 1-19 013 APRM Card Q, Indicating Light Non Class lE Contact to Coil NM1PE4279 Ml~1-19 040 Flow Unit C Q Indicating Light Non Class IE Contact to Coil NM1PE4280 Ml-C51-19 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NM1PE4283 Ml-C51-19 025 Relay Contacts Q Indicating Lights Non Class lE Co'ntact to Coil NMIPK0602 J475 .001 RISHH-D12-IK609A (See App G for Eval.) Q RR-D12-IR605 Non Class IE NM1PK0602 J475 002 RISHH-D12-1K615A (See App G for Eval.) Q RR-D12-IR607 Non Class 1E

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603A Rev 1 page 357 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPK0602 J475 003 RISHH-D12-IK616A (See App G for Eval.) Q RR-D1 2-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D124R609 Non Class IE NMIPK0602 J478 002 RISHH-D124K618A(SeeAppGforEval.) Q RR-D124R610 Non Class IE NMIPK0603 J439 009 RY-13962C (lsoaltion Device) Q RR-D12-IR603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-IR603 Non Class 1E NM1PK3301 J439 010 RY-13962D (Isoaltion Device) Q RR-D12-1R603 Non Class IE NMIPK3302 J475 001 RISHH-D12-1K609A(SeeAppGforEval.) Q RR-D12-.1R605 Non Class IE NMIPK3302 J475 005 RISHH-D12-1K615B(SeeAppGforEval.) Q RR-D12-1R607 Non Class 1E NMIPK3302 J475 005 RISHH-D124K618A(SeeAppGforEval.) Q RR-D124R610 Non Class IE NMIPK3302 J475 006 RISHH-D12-1K616B(SeeAppGforEval.) Q RR-D12-IR608 Non Class IE NMIPK3302 J478 001 RISHH-D124K617A(SeeAppGforEval.) Q RR-D124R609 Non Class IE NMIPQ4101 Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval.) Q NRC51-IR603A Non Class IE NMIPQ4 101 MIZ51-20 006 C51-IK601E (IRM Mon See App H for Eval.) Q NRC51-IR603C Non Class IE NMIPQ4102 Ml-C51-20 006 C51-IK601C (IRM Mon See App H for Eval.) Q NRZ51-IR603A Non Class IE NMIPQ4102 MI451-20 006 C51-IK60IG (IRM Mon See App H for Eval.) Q NRC51-IR603C Non Class IE NM1PR4101 Ml-G33-153 004 FT433-IN037 (Press Boundary) Q F1&33-IR610 Non Class IE NM1PR7N01 M1433-153 004 FY-14476 (Isolation Device) Q Computer Analog Input Non Class IE YES NMIQ0045L J457 '.015 'IT-15725A (isolation Device) Q Computer Input NM118 Non Class IE YES NMIQ0045L J457 015 NIT-15725A {Isolation Device) Q Computer Input NM602 Non Class IE

0 EC+DET-1002 Q Loads in Contact with NR-C51-1R603A Rev1 page 358 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1Q0045M J457 015 NIT-15725A (isolation Device) Q SPDS Input NM6002Z Non Class lE NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class 1E NM1Q0048L J457 016 NIT-15725B (Isolation Device) Q - Computer Input NM117 Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input NM601 Non Class IB YES NMIQ0048M J457 016 NIT-15725B (isolation Device) Q 'Computer Input Non Class IE NM1Q0048M J457 016 NIT-15725B (isolation Device) Q SPDS Input NM6001Z Non Class IE YES NMIQ1217L E-304, 017 XY-14201F(lsolationDevice) SPDS NM5006Z Non Class IB NM1Q1217M E-304 017 XY-14201B (Isolation Device) Q SPDS NM5002Z Non Class 1B YES NM1Q12 17M E-304 017 XY-14201A (isolation Device) Q SPDS NM5001Z Non Class IE NM1Q1217N E-304 017 XY-14201D (isolation Device) Q SPDS NM5004Z Non Class IE NM1Q1217P E-304 '017 XY-14201C (Isolation Device) Q SPDS NM5003Z Non Class IE NM1Q1217Q E-304 017 XY-14201E (Isolation Device) Q SPDS NM5005Z Non Chss lE NM1Q1217R MI-C51-19 012 XY-14201A (Isolation Device) Q PME2 (Power Supply) Non Class IE NMlQ1217S MI<51-19 014 XY-14201B (isolation Device) Q PME2 (Power Supply) Non Class IE NMIQ1217T Ml-C51-19 016 XY-14201C(Isolation Device) Q PME2 (Power Supply) Non Class IE NM2M0109C J-411 001 XY41109AI (isolation Device) Q Computer Analog Input Non Class IE NM2M0110C 003 XY41109BI (Isolation Device) Q Computer Input Non Class 1E

\ 1-wwa

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 3S9 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIB21004 Ml-B21-129 003 Div H (LIS-B21-1N031D) Q Div II (K113D) Q FK1B21004 Ml-B21-129 003 Div H (PS-El I-1N010D) Q Div II (K3B)

FKIB21004 Ml-B21-129 003 Div II (LIS-B21-1N031B) Q Div II (K113B) Q FK1B21004 Ml-B21-129 005 Div II (SV-14113M2) Q Div II (K19B) e FKlB21004 Ml-B21-129 005 Div II (SV-14113N2) Q Div II (K20B) e FKIB21005 M1-B21-129 003 Div II (LIS-B21-1N042B) Q Div II (K12B) Q FK1B21005 M1-B21-129 003 Div II (PS-El 1-1N016D) Q Div II (K10B) Q FK1B21005 M 1-B21-129 003 Div II (PS-El 1-1N020B) Div II (K10B) e FKlB21005 M1-B21-129 003 Div II (PS-E21-1N008B) Q Div II (KIOB) e FKlB21005 Ml-B21-129 003 Div II (SV-14113G2) Q Div II (K15B) e FKlB21005 Ml-B21-129 003 Div II (SV-14113 J2) Q Div II (K4B) e FK IB21005 Ml-B21-129 003 Div II (SV-14113K2) Q Div II (K17B) Q FK1B21005 Ml-B21-129 003 Div II (SV-14113L2) Q Div II (K18B) Q FKlB21006 Ml-B21-129 003 Div II (PS-El 1-1N009B) Q Div II (K9B) Q FK1B2 1006 Ml-B21-129 003 Div II (PS-El 1-1NOIOB) Q ~ Div II (K2B)

FK1B21006 M1-B21-129 003 Div H (PS-El I-1N016B) Q Div II (K9B) e FK1B21007 Ml-B21-129 003 Div II (PS-El 1-1N020D) Q Div II (K9B) e FKlP33101 Ml-B21-129 '03 Div II (PS-El 1-1N010B) Q Div II (K2B) Q FK1P33102 Ml-B21-129 005 Div II (1D624-11) Q Indicating Light e

I, Ib

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 pago 360 CABLES DWG - SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIF33 104 Ml-B21-129 008 Div II (Dry Contact) Q Indicating Lights e FKIQ0628G E-304 002 Div II (HV-15768) Q Div II (Iso Mux XIT-15701B) Q FK1Q0838E E-304 007 Div II (HV-E21-IF015B) Q Div II (Iso Mux XIT-15701B) Q FKIQ1333D E-304 006 Div II (HV-E51-IF007) Q Div II (Iso Mux XIT-15701B) Q FKIQ1333D E-304 006 Div II (HV-E51-1F034) Q Div II (Iso Mux XIT-15701B) Q FKIQ1333E E-304 001 Div II (HV-E51-1F088) Q Div II (Iso Mux XIT-15701B) Q FK1Q1551D E-304 011 Div II (HV-B21-1F019) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551D E-304 011 Div II (HV-B21-IF028D) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551E E-304 011 Div II (SV-El I-IFOSOB) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551E E-304 011 Div II SV-El I-IFOSOA) Q Div II (Iso Mux XIT-15701B) Q FK1Q1551F E-304 011 Div II (HV-B21-1F028A) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551F E-304 011 Div II (HV-B21-IF028B) Q Div II (Iso Mux XIT-15701B) Q FK1Q1551F E-304 011 Div II (HV-B21-IF028C) Q Div II (Iso Mux XIT-15701B) Q FKIQ155IF E-304 011 Div II (HV-B21-IF028D) Q Div II (Iso Mux XIT-1570 IB) Q FKlQ1551G E-304 011 Div II (TIP BALLVALVE) Q Div II (Iso Mux XIT-15701B)

FKIQ4035D E-304 008 Div II (HV-FA1-IF003) Q Div II (Iso Mux XIT-15701B) Q FK1Q4035D E-304 008 Div II (HV-FAI-IF075) Q Divll(IsoMuxXIT-15701B) Q FKIQ4035F E-304 . 008 Div II (HV-FAI-IF042) Q Div Il (Iso Mux XIT-15701B) Q FK IQ4038A E-304 008 Div II (HV-ElI-1F024B) Q Div II (Iso Mux XIT-15701B) Q

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 361 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED FK1Q4038A E-304 008 Div II (HV-El1-1F027B) Q Div II (Iso Mux XIT-15701B) Q FK1Q4038A E-304 008 Div II (HV-El1-1F016B) Div II (iso Mux XIT-15701B) Q FKIQ4038B E-304 005 Div II (HV-ElI-1F021B) Q Div II (Iso Mux XIT-15701B) Q FK1Q4038D , E-304 007 Div II (HV-El I-IF008) Q Div II (Iso Mux XIT-15701B) Q FK1Q4038E E-304 007 Div II (HV-ElI-1F008) Div II (Iso Mux XIT-15701B) Q FKIQ4038F E-304 012 Div II (HV-11346) Q Divll(Iso MuxXIT-15701B) Q FKlQ4038G E-304 014 Div II (SV-12605) Q Div II (Iso Mux XIT-15701B) . Q, FK1Q4038G E-304 014 Div II (SV-12644) Q Div II (Iso Mux XIT-15701B)

FK1Q4038G E-304 014 Div II (SV-12649) Q Div II (Iso Mux XIT-15701B) Q FK1Q4038H E-304 014 Div II (SV-12605) Q Div II (Iso Mux XIT-15701B) Q FKlQ4038J E-304 014 Div II (HV-El1-1F015B) . Div II (Iso Mux XIT-15701B) Q FKlQ4038L E-304 014 Div II (HV-15711) Q Div II (iso Mux XIT-15701B)

FK1Q4038R E-304 012 Div II (HV-11345) Q Div II (Iso Mux XIT-15701B) Q FK1Q4190F E-304 015 Div II (HV-15714) Q Div II (Iso Mux XIT-15701B) Q FKIQ4190F E-304 015 Div II (SV-15738) Q Div II (Iso Mux XIT-15701B) Q FKIQ4190G E-304 015 Div II (HV-15704) Q Div II (Iso Mux XIT-15701B) Q FKIQ4190G E-304 015 Div II (HV-15724) . Div II (Iso Mux XIT-15701B) Q FKlQ4190H ;":'-304 . 010 Div II (SV-15740B) Q Div II (Iso Mux XIT-15701B) Q FK1Q4190H E-304 010 Div II (SV-15742B) Q Div II (Iso Mux X1T-15701B) Q .

i ~

~

0 " C g

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0

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 362 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIQ4190J E-304 015 Div H (HV-15721) Q Div II (iso Mux XIT-15701B) Q FKIQ4190J E-304 015 Div II (HV>>15723) Div II (iso Mux XIT-15701B)

FKIQ4190J E-304 015 Div II (HV-15724) Q Div II (iso Mux XIT-15701B) Q FK1Q4190K E-304 015 Div II (SV-15789) Q Div II (iso Mux XIT-15701B) Q FKIQ4190K E-304 015 Div II (HV-15705) Q Div II (Iso Mux XIT-15701B) Q FKIQ4190K E-304 015 Div II (SV-15738) Q Div H (iso Mux XIT-15701B) Q FK1V2619D E-304 005 Div II (HV-18792B2) Q Div II (iso Mux XIT-15701B) Q FK1V2619D E-304 005 Div II (HV-18792B1) Q Div II (lso Mux XIT-15701B) Q FK1V2619D - E-304 005 Div II (HV-18782B1) Q Div Il (Iso Mux XIT-15701B) Q FKIV2619D E-304 005 Div II (HV-18782B2) Q Div II (Iso Mux XIT-15701B) Q FKIV2619E E-304 002 Div II (HV-18781B1) Q Div II (iso Mux XIT-15701B) Q FKIV2619E E-304 002 Div II (HV-18781B2) Q Div II (iso Mux XIT-15701B) Q FK1V2619F E-304 002 Div II (HV-18791B1) Q Div II (Iso Mux XIT-15701B) Q FKIV2619F E-304 002 Div II (HV-18791B2) Div II (Iso Mux XIT-15701B) Q FM114203K J442 003 Div II (PT-14203B) Q Divll(iso Mux XIT-15701B) Q FM1Q0835D E-304 018 FT-El I-IN003B (Press Boundary)) Q Div II (Iso Mux XIT-15701B) Q FM1Q4190A E-304 018 Div II (PT-15729B) Q Div II (Iso Mux XIT-15701B) Q FMIQ4190K E-304 '16 Div II (TT-15790B) Q Div II (Iso Mux XIT-15701B) Q FMIQ4190K E-304 016 Div Il (TT-15799B) Q Div Il (Iso Mux XIT-15701B) Q

'k 1~

EC+DET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 363 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FM1Q4190L E-304 016 DivH (PI'-15709B) Q Div II (iso Mux XIT-15701B) Q FM lQ4190L E-304 016 Div II (FI'-15710B) Q Divll(lsoMuxXIT-15701B) Q FM1Q4190M E-304 016 Div II (LT-15775B) Div II (iso Mux X1T-15701B) Q FM1Q4190M E-304 016 Div II (LT-15776B) Q Div Il (lso MuxXIT-15701B) Q FM1Q4236E E-304 016 Div II (AR-15745B) Q Div II (iso Mux XIT-1570IB) Q FM1Q4236E E-304 016 Div II (AR-15746B) Q Div II (iso Mux XIT-15701B) Q FM1Q4236F E-304 016 Div II (TX-15752) Q . Div II (iso Mux XIT-IS701B) Q FM IQ4238D E-304 020 Div II (RY-15721B) Q Div II (iso Mux KIT-1570IB)

NK1PE4244 Ml-CS 1-19 039 Relays Q Dry Contact NA Contact to Coil NKIPE4289 MI&51-19 039 Relays Dry Contact NA Contact to Coil NMlA0403G E%23 001 Ch C (VT-20301 g'ransducer)) Q . Computer Input ETFA2 Non Class 1E NMIC32001 M1432-17 006 PDT-C32-1N004A (Press Boundary) Q Computer Analog Input Non Chss IE NMIC32001 MI432-17 006 PTC32-IN005 (Press Boundary) Q Computer Analog Input Non Class lE NMIC51009 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51010 MIZ51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C5 1011 MI<51-19 044 LPRM Q Computer Analog Input Non Class lE NMlC51013 Ml<51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C5 1016 MI&51-19 . 044 LPRM Q Computer Analog Input Non Class 1E NM1C5 1017 M1 &51-19 044 LPRM Q Computer Analog Input Non Class lE

8 EC-QDET-1002 Q Loads in Contact s ith NR-C51-1R603B Rev1 page 364 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED NM1C51018 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class lE NM1C51020 MI<51-19 044 LPRM Computer Analog Input Non Class 1E NM1C51021 Ml-C51-19 044 LPRM Computer Analog Input Non Class IE NM1C51023 ', Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51024 Ml-C51-19 044 LPRM Computer Analog Input Non Class 1E NM1C51026 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51027 MI<51-19 044 LPRM Q Computer Analog Input Non Class 1E NMI C51029 MI<51-19 044 LPRM Q Computer Analog Input Non Class IE NM1C51030 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51032 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51033 Ml-C51-19 044 APRM Card Q Computer Analog Input Non Class 1E NM1C94117 Ml-C51-19 033 Driver Card Q Computer Analog Input Non Class lE Ml-C51-19 033 Driver Card Q Computer Analog Input Non Class 1E NM1C94118'M114801C JA48 002 R.G. 1.97 Cat 2 (FT-14806 See App I for Eval.) Q ~ R.G. 1.97 Cat 2 (LI/FI 14806) Q NM1 l4801F JA48 001 XY-14806 (isolation Device) Q Computer Input NXFOI Non Class 1E NMIP14101 Ml-B21-128 . 003 PDT-B31-1N015A (Press Boundary) Q PDI-B31-1R612A Non Class 1E NM1P14101 Ml-B21-128 003 PDT-B31-1N015B (Press Boundary) Q PDI-B31-IR612B Non Class 1E NMIPlF101 Ml-B21-128. 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class 1E NMlP91601 Ml-C12-110 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class 1E Contact to Coil

4 EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 365 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIP91603 MI&12-110 015 APRMTrip Unit Contacts Q Isolator Card Zl Non Class IE Contact to Coil NMIPB4102 J406 011 PDT~2-IN004B (Press Boundary) Q LIM2-IR606B Non Class IE

~

NM1PB4102 J406 012 PDT-C32-IN004A (Press Boundary) Q LIM2-IR606A Non Class IE NMIPB4102 J406 024 PT&32-IN005 (Press Boundary) Q Pl-C32-I R605 Non Class IE NMIPB4103 J406 013 PDT-C32-IN017 (Press Boundary) Q LR<32-1R608 Non Class IE NMIPB4105 Ml-C32-17 003 FI'432-IN008 (Press Boundary) Q FRM2-IR609 Non Class IE NMIPC1301 J448 003 RG. 1.97 Cat 2 (LI/FI-14806 See App I for Eval:) Q LT-C41-IN001 Non Class IE NMIPD4206 M1<51-20 006 IRM Range Sw E Q C51-IK601E (IRM Mon)

NMIPD4213 MI<51-20 006 IRM Range Sw C Q C51-IK601C (IRM Mon)

NMIPD4217 Ml-C51-20 006 IRM Range Sw A Q C51-IK601A (IRM Mon)

NM1PD4X01 MI&51-20 007 C51-IK601B (IRM Mon See App H for Eval.) Q NRM I-IR603B Non Class IE NMIPD4X01 MI-C51-20 007 C51-IK60IF (IRM Mon See App H for Eval.) NR-C51-IR603D Non Class IE NMIPD4X02 M1&51-20 007 C51-1K601D (IRM Mon See App H for Eval.) Q NR<51-IR603B Non Class IE NMlPD4X02 Ml-C51-20 007 C51-IK601H (IRM Mon See App H for Eval.) Q NR~ 1-1 R603D Non Class lE NM1PDF206 M1<51-20 007 IRM Range Switch B Q IRM<51-IK601B NMIPDF207 MI&51-20 . 007 IRM Range Switch F Q IRM<51-IK601F NM Ml-C51-20 007 IRM Range Switch D Q IRM<51-IK601D IPDF212'MIPDF213 Ml-C51-20 '. 007 IRM Range Switch H Q IRM&51-IK601H NM1PE4101 Ml-C51-19 022 Aux Trip Unit AR12 (See App H for EvaL) Q NR<51-IR603D Non Class IE

0 EC-QDET-1002

. Q Loads in Contact with NR-C51-1R603B Rev1 page 366 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPE4 103 Ml~1-19 018 Aux Trip Unit AR12 (See App H for Eval.) NR&51-IR603B Non Class IE NMIPE4109 Ml<51-19 012 Aux Trip Unit AR31 (See App H for Eval.) NR<51-IR603A Non Class IE NMIPE4109 MI&51-19 014 Aux Trip Unit AR32 (See App H for Eval.) NR~1-I R603B Non Class IE NMIPE4110 , MI<51-19 016 Aux Trip Unit AR41 (See App H for Eval.) NR-C51-IR603A Non Class IE NMIPE4111 M1~1-19 020 Aux Trip Unit AR51 (See App H for Eval.) NR&51-IR603C Non Class IE NMIPE4111 Ml<51-19 033 Driver Card Z33 (See App H for Eval.) NR<51-IR603C Non Class IE NMIPE4112 Ml~1-19 033 Driver Card (See App H for Eval.) NR-C51-IR603C Non Class IE NMIPE4215 MI<51-19 015 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4216 M1~ 1-19 010 LPRM CARD Zl I Indicating Lights Non Class IE -

Contact to Coil NMlPE4218 Ml-C51-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil I

NM1PE4219 M1~ 1-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NM1PE4223 MI<51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4224 MI<51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Cotl NMIPE4238 MI<51-19 017 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4239 M1<51-19 017 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4245 M1<51-19 019 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NM1PE4267 Ml-C51-19 013 APRM Card Indicating Lights Non Class IE Contact to Coil NMIPE4268 Ml-C51-19 '. 013 APRM Card Indicating Light Non Class IE Contact to Coil NMIPE4279 MI&51-19 040 Flow Unit C Q . Indicating Light Non Class IE Contact to Coil

I

EC-QDET-1002 Q Loads in Contact s ith NR-C51-1R603B Rev1 page 367 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPE4280 MI~I-19. 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NMIPE4283 MI-CS 1-19 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NMI PK0602 J475 001. RISHH-D12-1K609A(See AppGforEval.) Q RR-D12-IR605 Non Class IE NMIPK0602 J475 RISHH-D12-IK615A (See App G for Eval.) Q RR-D12-1R607 Non Class IE NMIPK0602 J475 003 RISHH-D12-IK616A (See App G for Eval.) Q RR-D12-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D124R609 Non Class IE NMIPK0602 . J478 002 RISHH-D124K618A (See App G for Eval.) Q RR-D124R610 Non Class. IE NMIPK0603 J439 009 RY-13962C (Isoaltion Device) Q RR-D12-IR603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-IR603 Non Class IE NMIPK3301 J439 010 RY-13962D (Isoaltion Device) Q RR-D12-IR603 Non Class 1E NMIPK3302 J475 001 RISHH-D12-IK609A (See App G for Eval.) Q .RR-D12-IR605 Non Class IE NMIPK3302 J475 005 RISHH-D124K618A (See App G for Eval.) Q RR-D 124 R610 Non Class IE NMIPK3302 J475 005 RISHH-D12-IK615B (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMIPK3302 J475 006 RISHH-D 12-IK616B (See App G for Eval.) Q RR-D12-IR608 Non Class IE NMIPK3302 JA78 001 RISHH-D124K617A (See App G for Eval.) Q RR-D124R609 Non Class IE NMIPQ4101 Ml-CSI-20 006 CSI-IK601A(IRMMonSee'AppHforEval.) Q NRM 1-IR603A Non Class IE NMIPQ4101 Ml-CSI-20 006 CS I-IK601E (IRM Mon See App H for Eval.) Q NR~ I-IR603C Non Class IE NMIPQ4 102 Ml-CS 1-20 '. 006 CS I-IK601C (IRM Mon See App H for Eval.) Q NISI-IR603A Non Class IE NM1PQ4 102 Ml-C51-20 006 CS I-IK601G (IRM Mon See App H for Eval.) Q NR<51-I R603C Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 368 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPR4101 Ml-G33-153 004 FT433-IN037 (Press Boundary) Q F1&33-IR610 Non Class 18 NMlPR7N01 M1433-153 004 FY-14476 (isolation Device) Q Computer Analog Input Non Class 1E NM1Q0045L . J457 015 NIT-15725A (isolation Device) Q Computer Input NM602 Non Class 18 NMlQ0045L ;- J457 015 NIT-15725A (isolation Device) Q Computer Input NM118 Non Class lE NMIQ0045M '-.

J457 015 NIT-15725A (Isolation Device) Q SPDS Input NM6002Z Non Class 1E NM1Q0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE YES NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM117 . Non Class 18 NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM601 Non Class IE NM1Q0048M J457 016 NIT-15725B (Isolation Device) Q Corhputer Input Non Class 18 NM1Q0048M J457 016 NIT-15725B (Isolation Device) Q . SPDS Input NM6001Z . Non Class 18 NM1Q1217R M1~1-.19 012 XY-14201A (isolation Device) Q PME2 (Power Supply) Non Class 1E NMIQ1217S M1451-19 014 XY-14201B (Isolation Device) Q PME2 (Power Supply) Non Class 18 NMlQ1217T M1451-19 016 XY-14201C(Isolation Device) Q PME2 (Power Supply) Non Class 1E YES

-NM1Q1217U Ml-C51-19 020 XY-142018 (Isolation Device) Q PME2 (Power Supply) Non Class IE YES NM2E02009 E423 004 Ch A (AT-20201 (Transducer)) Q Computer Input ETI46 Non Class IE NM2E02010 E423 003 Ch A (AT-20104 (Transducer)) Q Computer Input ETI51 Non Class IE NM2E02010 E423. 003 Ch A (VT-20104 (Transducer) Q Computer Input Ebe91 Non Class IE NM2E02010 E-023 . 003 Ch A (AT-20101 (Transducer)) Q Computer Input ETI45 Non Class IE NM2E02011 E-023 003 Ch C (AT-20301 (Transducer)) Computer Input ETI47 Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603B Rev1 page 369 CABLES D%G SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM2E02011 E423 004 Ch B (VT-20204 (Transducer)) Q Computer Input EBE92 Non Class IE NM2E02012 ~ E423 003 Ch B (AT-20204 transducer)) Q Computer Input EGI52 Non Class IE NM2E02012 E423 003 Ch C (AT-20308 g ransducer)) Q Computer Input ETI97 Non Class 1E NM2E02012 E423 003 Ch D (AT-20401 (Transducer)) Q Computer Input ETI48 Non Class IE p.l NM2E02012 E423 003 Ch D (VT-20404 (Transducer)) Q Computer Input EBE94 Non Class IE NM2M0110C J411 003 XY41109B I (isolation Device) Q Computer Input Non Class IE RKIQ0628J E-304 002 Division II AIIiliated Q HV-16116 A2 RKIQ0628K E-304 002 Division'IIA6iliated Q ~

HV-1610 8A2 RK1Q0840G 032 Div II Atnliated (1Y689) Q IC699B Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 370 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FKIP33 104 Ml-B21-129 008 Div II (Dry Contact) Q Indicating Lights NKIC51011 Ml~1-20 012 Aux Unit Z2C Q IRM Det Position Non Class IE Contact to Coil NKIPD4205 M1<51-19 018 IRM AUXUNIT (See App H for Eval.) Q NR-C51-IR603B Non Class IE NKIPFA244 ' 1<51-19 039 Relays Q Dry Contact NA Contact to Coil NKIPE4289 Ml-C51-19 039 Relays Q Dry Contact NA Contact to Coil NK1Q0029A E-304 036 SVX1-157104 (Isolation Relay) Q SPDS-NCZ120Z Non Class IE NKIQ0029A E-304 036 SVX2-157104(isolation Relay) Q SPDS-NCZ620Z Non Class 1E NKIQ0029A E-304 036 SVX2-157100B (Isolation Relay) Q SPDS-NCZ616Z Non Class 1E NKIQ0029A . E-304 036 SVX1-157104 (Isolation Relay) Q SPDS-NCZ122Z Non Class IE NK1Q0029A E-304 036 SVXI-157102A (Isolation Relay) Q SPDS-NCZ614Z Non Class IE NKIQ0029A E-304 036 SVXI-157100B (isolation Relay) Q SPDS-NCZ116Z Non Class 1E NKIQ0029A E-304 036 SVXI-157100A (isolation Relay) Q SPDS-NCZ612Z Non Class IE NKIQ0029A E-304 036 SVX1-157100A (isolation Relay) Q SPDS-NCZ114Z Non Class IE

~ NKIQ0029A E-304 036 SVXI-1571002A (isolation Relay) Q SPDS-NCZ118Z Non Class IE NKIQ0029A E-304 036 SVX2-1571002B (isolation Relay) Q SPDS-NCZ618Z Non Class IE NKIQ0029B E-304 036 SVX2-157104 (Isolation Relay) Q SPDS-NCZ622Z Non Class 1E NK1Q0053A J439 RY-13961C (isolation Device) Q ES &33-IK601 Non Class IE NKIQ4243M E-304 002A Relay k 60 Dry Contact Q SPDS-NIZ002Z Non Class 1E Contact to Coil NM1A0403G E423 001 Ch C (VT-20301 (Transducer)) Q Computer Input ETFA2 Non Class 1E

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 371 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIB21006 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-IR604 Non Class IE NMIB21006 Ml-B21-128 003 LT-B21-IN027 (Press Boundary) Q LI-B21-IR605 Non Class IE NMIB21007 Ml-B21-94 002 FT-B21-IN034K (Press Boundary) PDI-B21-1R608K Non Class IE NM1B21007 Ml-B21-94 002 FT-B21-IN034M (Press Boundary) Q PDI-B21-1R608M Non Class IE NMIB21007 Ml-B21-94 002 FT-B21-IN034P (Press Boundaty) Q PDI-B21-1R608P Non Class IE NMIB21007 Ml-B21-94 002, FT-B21-1N034S (Press Boundary) Q PDI-B21-1R608S Non Class IE NMIB21008 Ml-B21-94 001 FT-B21-IN033A (Press Boundary) Q FY-B2 1-IK605A Non Class IE NMIB21008 Ml-B21-94 001 FT-B21-IN033C (Press Boundary) Q FY-B21-IK605C Non Class IE NMIB21008 Ml-B21-94 001 FT-B21-IN034B (Press Boundary) Q PDI-B21-IR608B Non Class IE NMIB2'1008 Ml-B21-94 002 FT-B21-IN034F (Press Boundary) Q PDI-B21-IR608F Non Class IE NMIB21008 Ml-B21-94 002 FT-B21-IN034H (Press Boundary) Q PDI-B21-I R608H Non Class IE NM1B21008 Ml-B21-94 002 FT-B21-IN034D (Press Boundary) Q PDI-B21-IR608D Non Class IE NMIB21009 Ml-B21-94 001 FT-B21-IN033A (Press Boundary) Q FY-B21-IK605A Non Class IE NMIB21010 Ml-B21-94 001 FT-B21-IN033B (Press Boundary) Q FY-B21-IK605B Non Class IE NMIB21010 Ml-B21-94 001 FT-B21-IN033D(Press Boundary) Q FY-B21-IK605D Non Class IE NMlB21010 Ml-B21-94 002 FT-B21-IN034G (Press Boundary) Q PDI-B21-IR608G Non Oass IE NMIB21010 Ml-B21-94 002 FT-B21-IN034A (Press Boundary) Q. PDI-B21-IR608A Non Class lE

'MlB21010 Ml-B21-94 '. 002 FT-B21-1N034C (Press Boundary) Q PDI-B21-IR608C Non Class IE NMIB21010 Ml-B21-94 002 FT-B21-IN034E (Press Boundary) Q PDI-B21-1R608E Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 372 CABLES DWG . SH PROM . SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIB21011 Ml-B21-94 001 PDT-B21-1N032 (Press Boundary) Q XR-B21-IR613 Non Class 1E NM1C32001 Ml-C32-17 006 PDT-C32-IN004A (Press Boundary) Q Computer Analog Input Non Class 1E NM1C32001 M1432-17 006 FK32-IN005 (Press Boundary) Q Computer Analog Input Non Class 1E NM1C51009 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51010 Ml<51-19 044 LPRM Q Computer Analog Input Non Class IE NMICS IOI I M1<51-19 044 LPRM Q Computer Analog Input Non Class lE NMIC51013 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class IE NMIC51016 M1&51-19 044 LPRM Q Computer Analog Input Non Class IE NMlC51017 Ml<51-19 044 LPRM Q Computer Analog Input Non Class lE NMIC51018 MI<51-19 044 LPRM Q Computer Analog Input Non Class lE NM1C51020 Ml<51-19 044 LPRM Q . Computer Analog Input Non Class 1E NM1C51021 MIM1-19 044 LPRM Q Computer Analog Input Non Class IE NM1C5 1023 MIC51-19 044 LPRM Q Computer Analog Input Non Clas's 1E NMIC51024 MIZ51-19 044 LPRM Q Computer Analog Input Non Class 1E NMICS 1026 M1&51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C5 1027 Ml<51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51029 Ml<51-19 044 LPRM Q Computer Analog Input Non Class IE NM1C51030 M1-C51-19 ', 044 LPRM Q Computer Analog Input Non Class IE NM1C51032 M l~ 1-19 044 LPRM Q ~

k.

Computer Analog Input Non Class 1E

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev 1 page 373 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIC51045 MI&51-20 012 Aux Unit Z2C Q IRM Det Position Non Class IE Contact to Coil NM1C94117 Ml-C51-19 033 Driver Card Q Computer Analog Input Non Class 1E NMIC94118 Ml-C51-19 033 'river Card Q Computer Analog Input Non Class IE NMIF0203E E-304 017 PDT-B21-1N032 (Press Boundary) Q SPDS NJP051Z Non Class 1E NMIF0203F E-304 017 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q SPDS NBL002Z Non Class IE NM1I4202L JM2 002 LY-14202A (Isolation Device) Q Computer Input Non Class IE NM1I4801C JW8 002 RG. 1.97 Cat 2 (FT-14806 See App I for Eval.) Q RG. 1.97 Cat 2 (LI/FI 14806) . Q NM114801D J448 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q R.G. 1.97 Cat 2 (FI'-14806)

NM114801E J448 001 RG. 1.97 Cat 2 (FE-14806 See App I for Eval.) Q RG. 1.97 Cat 2 (FT-14806)

NM114801F J448 001 XY-14806 (isolation Device) Q - Computer Input NXF01 Non Class IE NM1P 11901 Ml-B21-128 003 LT-B21-1N027 (Pressure Boundary) Q LI-B21-IR605 Non Class IE NMIP14101 Ml-B21-128 003 PDT-B31-1N015A (Press Boundary) Q PDI-B31-IR612A Non Class IE NM1P14101 Ml-B21-128 003 PDT-B31-1N015B (Press Boundary) Q PDI-B31-IR612B Non Class IE NMIPlF101 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Non Class 1E NMIF91601 Ml-C12-110 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class IE Contact to Coil NM1P91603 Ml-C12-110 015 APRM Trip Unit Contacts Q Isolator Card Zl Non Class IE Contact to Coil NMIPB4102 011 PDT-C32-1N004B (Press Boundary) Q . LI-C32-IR606B Non Class IE NM1PB4102 . 012 PDT-C32-IN004A (Press Boundary) Q LI4.32-1R606A Non Chss IE NM1PB4102 JA06 024 PT-C32-1N005 (Press Boundary) PI-C32-1R605 Non Class 1E

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 374 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPB4103 J406 013 PDT-C32-IN017 (Press Boundary) Q LRM2-IR608 Non Class IE NMIPB4105 MI432-17 003 PT&2-IN008 (Press Boundary) Q FRM2-1R609 Non Class IE NM1PC1301 J448 003 R.G. 1.97 Cat 2 (LI/FI-14806 See App I for Eval.) Q LT-C41-IN001 Non Class IE NMIPD4206 Ml&51-20 006 IRM Range Sw E Q C51-IK601E (IRM Mon)

NM1PD4213 MIMI-20 006 IRMRangeSwC Q C51-IK601C (IRM Mon)

NMIPD4217 MI<51-20 006 IRMRangeSwA Q C51-IK601A (IRM Mon)

NMIPD4XOI MICSI-20 007 C51-1K601B (IRM Mon See App H for Eval.) Q NRZ51-IR603B Non Class IE NMIPD4XOI MI451-20 007 C51-IK60IF (IRM Mon See App H for Eval.) Q NRZ51-IR603D Non Class IE NMIPD4X02 MIM1-20 007 C51-IK601D (IRM Mon See App H for Eval.) Q NR&51-IR603B Non Class IE NMIPD4X02 Ml&51-20 007 C51-1K601H (IRM Mon See App H for EvaL) Q NR&51-IR603D Non Class IE NMIPDF206 MI&51-20 007 IRMRange Switch B Q IRM-C51-IK601B NMIPDF207 MI&51-20 007 IRM Range Switch F Q IRMAI-IK601F NM1PDF212 MI&51-20 007 IRM Range Switch D Q IRM4.51-1K601D NMlPDF213 MI<51-20 007 IRM Range Switch H Q IRMMI-IK601H NMIPFA101 Ml-C51-19 022 Aux TripUnitAR12(SeeAppHforEval.) Q NISI-IR603D Non Class IE NMIPFA103 Ml<51-19 018 Aux Trip Unit AR12 (See App H for EvaL) Q NR<51-IR603B Non Class IE NMIPFA109 Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.) Q NR-C51-IR603A Non Class IE NMIPE4109 MI451-19 '. 014 Aux Trip Unit AR32 (See App H for Eval.) Q NRZ51-IR603B Non Class IE NMIPFA110 Ml-C51-19 016 Aux Trip Unit AR41 (See App H for Eval.) Q NR<51-IR603A Non Class IE

~

I I

1 k

I I I

EC-QDET-1002 Q Loads in Contact vyith NR-C51-1R603C Rev I page 375 CABLES; DWG SH FROM SEPGR(FRM) .TO SEPGR(TO) ISOLATED NM1PFA111 M1&51-19 020 Aux Trip Unit AR51 (See App H for Eval.) Q NR-C51-1R603C Non Class IE NM1PFA111 'l-C51-19 033 Driver Card 233 (See App H for Eval.) Q NR-C51-IR603C Non Class IE NM1PFA112 Ml-C51-19 033 Driver Card (See App H for Eval.) NR-C51-1R603C Non Class IE NMIPFA215 Ml-C51-19 015 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NM1PFA216 MI&51-19 010 LPRM CARD Z11 Q Indicating Lights Non Class lE Contact to Coil NM1PFA218 MI<51-19 027 LPRM Card Dry Contact Q Indicating Light Non Class 1E Contact to Coil NMIPFA219 MI&51-19 027 LPRMCardDry Contact Q Indicating Light Non Class IE Contact to Coil NMIPFA223 Ml-C51-19 011 LPRM Card Dry Contact Q Indicating Light. Non Class IE Contact to Coil NM1PFA224 Ml<51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil Q

P (

NMIPFA238 Ml-C51-19 017 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NM1PFA239 Ml&51-19 017 LPRM Card Dry Contact . Indicating Light Non Class IE Contact to Coil NM1PFA245 Ml-C51-19 019 LPRM Card Dry Contact Q Indicating Light Non Class lE Contact to Coil NMIPFA267 Ml-C51-19 .013 APRM Card Q Indicating Lights Non Class IE Contact to Coil NMIPFA268 M1&51-19 013 APRM Card Q Indicating Light Non Class IE Contact to Coil NMIPFA279 Ml-C51-19 040 Flow Unit C Q Indicating Light Non Class lE Contact to Coil NM1PFA280 MI<51-19 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NM1PE4283 Ml-C51-19 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NM1PK0602 J475 ', 001 RISHH-D12-IK609A (See App G for Eval.) RR-D12-IR605 Non Class 1E Q

NM1PK0602 J475 002 RISHH-D12-1K615A (See App G for Eval.) Q RR-D12-1R607 Non Class 1E

0 1 U 't L

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 376 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPK0602 J475 '03 RISHH-D12-IK616A (See App G for Eval.) RR-D12-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A(SeeAppGforEval.) . RR-D124R609 Non Class IE NMIPK0602 J478 002 RISHH-D124K618A (See App G for Eval.) RR-D12-0R610 Non Class IE NMIPK0603 . J439 009 RY-13962C (Isoaltion Device) RR-D12-IR603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (isoaltion Device) RR-D12-IR603 Non Class IE NMIPK3301 J439 010 RY-13962D (lsoaltion Device) RR-D12-IR603 Non Class IE YES NMIPK3302 J475 001 RISHH-D12-IK609A (See App G for Eval.) RR-D12-IR605 .Non Class IE NMIPK3302 J475 005 RISHH-D12-IK615B (See App G for Eval.) RR-D12-IR607 Non Class IE NMIPK3302 . J475 005 RISHH-D124K618A (See App G for Eval.) RR-D 124 R610 Non Class IE NMIPK3302 J475 006 RISHH-D12-IK616B (See App G for Eval.) RR-D12-IR608 Non Class IE NMIPK3302 J478 001 RISHH-D124K617A (See App G for Eval.) RR-D124R609 Non Class IE NMIPQ4 101 Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval.) NR&51-IR603A Non Class IE NMIPQ4 101 MI451-20 006 C51-IK601E (IRM Mon See App H for Eval.) NR<51-IR603C Non Class IE NMIPQ4102 MI451-20 006 C51-IK60IC {IRMMon See App H for Eval.) NR<51-IR603A Non Class IE NMI PQ4102 MI451-20 006 C51-IK601G (IRM Mon See App H for Eval.) NR-C51-IR603C Non Class IE NMIPR4 101 Ml-G33-153 004 FT433-IN037 (Press Boundary) F1&33- I R610 Non Class IE NMIPR7N01 M1433-153 004 FY-14476 (Isolation Device) Computer Analog Input Non Class IE YES NMIQ0045L J457 . 015 NIT-15725A (isolation Device) Computer Input NM118 Non Class IE NMIQ0045L J457 015 NIT-15725A (isolation Device) Computer Input NM602 Non Class IE YES

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603C Rev1 page 377 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1Q0045M J457 015 NIT-15725A (isolation Device) Q SPDS Input NM6002Z Non Class IE NMIQ0048L J457 . 016 NIT-15725B (isolation Device) Q Computer Input Non Class 18

'NMlQ0048L ~

J457 016 NIT-15725B (isolation Device) Q Computer Input NM117 Non Class 18 NMIQ0048L J457 016 . NIT-15725B (Isolation Device) Q Computer Input NM601 Non Class IE NMIQ0048M J457 016 NIT-15725B (isolation Device) Q Computer Input Non Class 18 NMIQ0048M J457 016 NIT-15725B (Isolation Device) Q SPDS Input NM6001Z Non Class 1E NMIQ1217L E-304 017 XY-14201F (Isolation Device) Q SPDS NM5006Z Non Class 18 NM1Q1217M E-304 017 XY-14201B (Isolation Device)

Q SPDS NM5002Z Non Class lE NM1Q1217M E-304 017 XY-14201A (lsolatton Device) Q SPDS NM5001Z Non Class 18 NM1Q1217N E-304 017 XY-14201D (isolation Device) Q SPDS NM5004Z Non Class IE NMIQ1217P E-304 017 XY-14201C (Isolation Device) SPDS NM5003Z Non Class IE NMIQ1217Q . E-304 017 XY-14201E (isolation Device) Q SPDS NM5005Z Non Class IE

'MIQI217R MI451-19 012 XY-14201A (isolation Device) Q PME2 (Power Supply) Non Class 1E NMIQ1217S MIC51-19 014 XY-14201B (isolation Device) Q PME2 (Power Supply) Non Class IE NMIQ1217T Ml-C51-19 016 XY-14201C(isolation Device) Q PME2 (Power Supply) Non Class 1E YES NM2M0109C 001 XYA1109AI (isolation Device) Q Computer Analog Input Non Class IE NM2MOIIOC 003 XY41109B I (Isolation Device) Q Computer Input Non Class 1E YES

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev 1 page 378 CABLES DWG 'SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED Div II (LIS-B21-1N031D)

'iv FKIB21004 Ml-B21-129 003 Q Div II (K113D) e FK1B21004 Ml-B21-129 003 Div II (PS-El I-1NO IOD) Q II (K3B) Q FK1B21004 Ml-B21-129 003 Div II (LIS-B21-IN031B) Q Div II (K113B) e FK1B21004 "'l-B21-129 005 Div II (SV-14113M2) Q Div II (K19B) e FK IB21004 Ml-B21-129 005 Div II (SV-14113N2) Q Div II (K20B) Q FK1B21005 Ml-B21-129 003 Div II (LIS-B21-1N042B) Q Div II (K12B) Q FKIB21005'KI M1-B21-129 003 Div II (PS-E 1 I-1N016D) Q Div II (K10B) Q' B21005 M1-B21-129 003 Div II (PS-E I I-1N020B) Q Div II (K10B)

FKIB21005 Ml-B21-129 003 Div II (PS-E21-IN008B) Q Div H (K10B) Q FKIB21005 Ml-B21-129 003 Div II (SV-14113G2) Q Div II (K15B) Q FKIB21005 Ml-B21-129 003 Div II (SV-14113 J2) Q Div II (K4B) e FKIB21005 MI-B21-129 003 Div II (SV-14113K2) Q Div II (K17B) e FKIB21005 Ml-B21-129 003 Div II (SV-141.13L2) Q Div II (K18B) e FKIB21006 Ml-B21-129 003 Div II (PS-El I-IN009B) Q Div II (K9B) Q FKIB21006 Ml-B21-129 003 Div II (PS-El I-INOIOB) Q Div II (K2B) Q FKIB21006 Ml-B21-129 003 Div II (PS-El I-IN016B) Q Div II (K9B) e FKIB21007 Ml-B21-129 003 Div II (PS-El I-IN020D) Q Div II (K9B) e FKIP33101 M1-B21-129 '03 Div II (PS-El I-1N010B) Q Div II (K2B) e FK1P33102 Ml-B21-129 005 Div II (1D624-11) Q Indicating Light e

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev 1 page 379 CABLES DWG SH FROM SEPGR(FRM) 'TO SEPGR(TO) ISOLATED FKlP33 104 Ml-B21-129 008 Div 11 (Dry Contact) Q Indicating Lights FKlQ0628G E-304 002 Div II (HV-15768) Q Div 11 (Iso Mux XIT-15701B) Q FKIQ0838E E-304 007'iv II (HV-E21-1FOISB) Q Div II (iso Mux XIT-15701B) Q FK1Q1333D E-304 006 Div II (HV-E51-1F007) Q Div II (Iso Mux XIT-15701B)

FK1Q1333D E-304 006 Div II (HV-ESI-IF034) Q Div II'(iso Mux XIT-15701B) Q FKIQ1333E E-304 001 Divll(HV-E51-IF088) Q Div II (Iso Mux XIT-15701B) Q FKlQISS ID E-304 011 Div 11 (HV-B21-IF019) Q Div II (Iso Mux XIT-15701B) . Q FK1Q1551D E-304 011 Div II (HV-B21-1F028D) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551E E-304 011 Div II (SV-El 1-IF080B) Q Div 11 (iso Mux XIT-15701B) Q FKIQ1551E E-304 011 Div II SV-El 1-1 F080A) Q Div 11 (iso Mux XIT-15701B) Q FK1Q1551F E-304 011 Div II (HV-B21-IF028A) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551F E-304 011 Div II (HV-B21-IF028B) Q Div II (Iso Mux XIT-15701B) Q FK1Q1551F E-304 011 Div II (HV-B21-1F028C) Q Div II (Iso Mux XIT-15701B) Q FKIQ1551F E-304 011 Div II (HV-B21-1F028D) Q Div II (iso Mux XIT-15701B) Q FKIQ1551G E-304 011 Div II (TIP BALLVALVE) Q Div II (Iso Mux XIT-15701B) Q FKIQ4035D E-304 008 Divll(HV-E41-1F003) Q Div II (iso Mux XIT-15701B) Q FKlQ4035D E-304 008 Div II (HV-E41-IF075) Q . Div II (Iso Mux XIT-15701B) Q FK1Q4035F E-304 008 Div II (HV-E41-IF042) Q Div II (Iso Mux XIT-15701B) Q FK1Q4038A E-304 008 Div II (HV-E1 I-1F024B) Q Div II (Iso Mux XIT-15701B) Q.

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev 1 pige 380 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FK1Q4038A E-304 . 008 Div H (HV-ElI-1F027B) Q Divtl(isoMuxXIT-15701B) Q FK1Q4038A E-304 008 Div II (HV-ElI-IF016B) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038B 005 Div 11 (HV-El1-IF021B) Q Div 11 (Iso Mux XIT-15701B) Q FK1Q4038D E-304 007 Div H (HV-ElI-IF008) Q Div H (Iso Mux XIT-1570IB) Q FKIQ4038E E-304 007 Div II (HV-ElI-IF008) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038F E-304 012 Div II (HV-11346) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038G E-304 .014 Div II (SV-12605) Q . Div II (Iso Mux XIT-15701B) Q FKIQ4038G E-304 014 Div H (SV-12644) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038G E-304 014 Div II (SV-12649) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038H E-304 014 Div II (SV-12605) Q Div II (Iso Mux XIT-1570IB) Q FKIQ4038J E-304 014 Div II (HV-El1-IF015B) Q Div II (Iso Mux XIT-15701B) Q FKIQ4038L E-304 014 Div II (HV-15711) Q Div II (fso Mux X1T-15701B) Q FKIQ4038R E-304 012 Div II (HV-11345) Q Div II (Iso Mux XIT-15701B)

FKIQ4190F E-304 015 Div II (HV-15714) Q Div II (Iso Mux XIT-15701B) Q FK1Q4190F E-304 015 Div II (SV-15738) Q Div II (Iso Mux XIT-15701B) Q FKIQ4190G E-304 015 Div II (HV-15704) Div II (Iso Mux XIT-15701B) Q FK1Q4190G E-304 015 Div II (HV-15724) Q Divll(isoMuxXIT-1570IB) Q FKIQ4190H E-304 . 010 Div II (SV-15740B) Q Div II (Iso Mux XIT-15701B) Q FK1Q4190H E-304 010 Div II (SV-15742B) Q Div II (Iso Mux XIT-15701B) Q

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev1 page 381 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED FKIQ4190J E-304 015 Div H (HV-15721) Q Div H (iso Mux XIT-15701B) Q .

FK1Q4190J E-304 015 Div H (HV-15723) Q DivH(isoMuxXIT-1570IB) Q FKlQ4190J E-304 015 Div II (HV-15724) Q Div II (iso Mux XIT-15701B) Q FKIQ4190K E-304 015 Div II (SV-15789) Q Div II (Iso Mux XIT-15701B) Q FKlQ4190K E-304 015 Div II (HV-15705) Q Div II (Iso Mux XIT-15701B) Q FK1Q4190K E-304 015 Div II (SV-15738) Q Div II (Iso Mux XIT-15701B) .

Q FKIV2619D E-304 005 Div ll (HV-18792B2) Q Div II (Iso Mux XIT-15701B) Q FK1V2619D E-304 005 Div II (HV-18792B1) Q Div II (iso Mux XIT-1570IB) Q FK1V2619D E-304 005 Div II (HV-18782B1) Q Divll(IsoMuxXIT-15701B) Q FKIV2619D E-304 005 Div II (HV-18782B2) Q Div H (iso Mux XIT-15701B) Q FKIV2619E E-304 002 Div II (HV-18781B1) Q Div II (iso Mux XIT-15701B) Q FKIV2619E E-304 Div II (HV-18781B2) Q Div II (iso Mux XIT-15701B) Q FKIV2619F E-304 Div II (HV-18791B1) Q Div II (iso Mux XIT-15701B) Q FKIV2619F E-304 002 Div II (HV-18791B2) Q Divll(IsoMuxXIT-15701B) Q FMI14203 K J442 003 Div II (PT-14203B) Q Div II (Iso Mux XIT-1570IB) Q FMIQ0835D E-304 018 FT-El 1-IN003B (Press Boundary)) Q Div II (Iso Mux XIT-15701B)

FMIQ4190A E-304 018 Div II (Fi'-15729B) .

Q Div II (iso Mux XIT-15701B) Q FM IQ4190K E-304 '. 016 Div II (TI'-15790B) Div.ll(Iso MuxXIT-15701B)

Q Q FM IQ4190K E-304 016 Div II (IT-15799B) Div II (Iso Mux XIT-15701B) Q

EC+DET-1002 Q Loads in Contact with NR-C51-1R603D Rev 1 page 382 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED FMIQ4190L E-304 016 Div H (PT-15709B) Div H (iso Mux XIT-15701B)

FMIQ4190L E-304 016 Div H (PT-15710B) Div H (iso Mux XIT-15701B)

FM1Q4190M E-304 016 Div H (LT-15775B) Div H (Iso Mux XIT-15701B)

FMlQ4190M E-304 016 Div H (LT-15776B) Div H (Iso Mux XIT-15701B)

FMIQ4236E E-304 016 Div H (AR-15745B) Div H (iso Mux XIT-15701B)

FMlQ4236E E-304 016 Div H (AR-15746B) Div H (Iso Mux XIT-15701B)

FMIQ4236F E-304 016 Div H gX-15752) Q Div H (iso Mux XK-1570IB)

FMIQ4238D E-304 020 Div H (RY-15721B) Q Div H (iso Mux XIT-15701B) Q NK1PE4244 Ml-C51-19 039 Relays Dry Contact NA Contact to Coil NK1PFA289 Ml-C51-19 039 Relays Dry Contact NA Contact to Coil NMIA0403G E423 001 Ch C (VT-20301 (Transducer)) Q Computer Input ETFA2 Non Class IE NM1C32001 M1432-17 006 PDT-C32-1N004A (Press Boundary) Q Computer Analog Input Non Class 1E NMlC32001 Ml-C32-17 006 FI'N2-IN005 (Press Boundary) Computer Analog Input Non Class 1E NMIC51009 Ml-C51-19 044 LPRM Computer Analog Input Non Class 1E NM1C51010 Ml-C51-19 044 LPRM Computer Analog Input Non Class IE NMI C5 1011 MIMI-19 044 LPRM Computer Analog Input Non Class lE NM1C51013 Ml-C51-19 044 LPRM Computer Analog Input Non Class 1E NM1C5 1016 M1<51-19 '. 044 LPRM Computer Analog Input Non Class 1E NM1C5 1017 M1-C51-19 044 LPRM Computer Analog Input Non Class 1E

EC+DET-1002 Q Loads in Contact with NR-C51-1R6039 Rev1 page 383 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1C5 1018 MIMI-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51020 MIM1-19 044 LPRM Q Computer Analog Input Non Class IE NM1C51021 MIM1-19 044 LPRM Computer Analog Input Non Class 1E NM1C51023 M1<51-19 044 LPRM Q Computer Analog Input Non Class IE NM1C51024 MI<51-19 044 Q Computer Analog Input Non Class 1E NM1C51026 Ml-C51-19 044 LPRM Q Computer Analog Input Non Class lE NM1C51027 Ml-C51-19 044 LPRM Q . Computer Analog Input Non Class 1E NM1C51029 M1-C51-19 044 LPRM Q Computer Analog Input Non Class 1E NM1C51030 MIM1-19 044 LPRM Q Computer Analog Input Non Class IE NM1C51032 M1<51-19 044 LPRM Q . Computer Analog Input Non Class lE NM1C94117 M1%51-19 033 Driver Card Q Computer Analog Input Non Class lE NM1C94118 . Ml-C51-19 033 Driver Card Computer Analog Input Non Class lE NM114801C JM8 002 R.G. 1.97 Cat 2 (FT-14806 See App I for Eval.) Q RG. 1.97 Cat 2 (LI/FI 14806) Q NM1I4801F J448 001 XY-14806 (isolation Device) Q Computer Input NXF01 Non Class IE NMlP14101 Ml-B21-128 003 PDT-B31-1N015A (Press Boundaty) Q . PDI-B31-1R612A Non Class lE NM1P14101 M1-B21-128 '03 PDT-B31-IN015B (Press Boundary) Q PDI-B31-1R612B Non Class lE NMIP1F101 Ml-B21-128 003 LITS-B21-1N026D (Mech Sw See App C for Eval.) Q LI-B21-1R604 Noh Class IE NM1P91601 M1<12-110', 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class IE Contact to Coil NM1P91603 M1&12-110 015 APRM Trip Unit Contacts Q 'solator Card Zl Non Class 1E Contact to Coil

I EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev1 page 384 CABLES DWG .SH FROM .SEPGR(FRM) TO SEPGR(TO) ISOLATED NM1PB4 102 J406 011 PDT-C32-IN004B (Press Boundary) Q LI<32-IR606B Non Class IE NMIPB4102 J406 012 PDT~2-IN004A (Press Boundary) Q LIM2-IR606A Non Class IE NMIPB4102 024 PT-C32-IN005 (Press Boundary) Q PI~2-IR605 Non Class IE NMIPB4103 013 PDT&32-IN017 (Press Boundaty) Q LRM2-1R608 Non Class IE NMIPB4105 M1432-17 003. PTC32-IN008 (Press Boundary) Q FR<32-IR609 Non Class IE NMIPC1301 J-448 003 R.G. 1.97 Cat 2 (LI/FI-14806 See App I for Eval.) Q LT-C41-IN001 Non Class IE NMIPD4206 Ml-C51-20 006 IRM Range Sw E Q C51-IK601E (IRM Mon)

NMIPD4213 Ml-C51-20 006 IRM Range Sw C Q C51-IK601C (IRM Mon)

NMIPD4217 Ml-C51-20 006 IRM Range Sw A Q C51-IK601A (IRM Mon)

NMIPD4X01 Ml-C51-20 007 C51-IK601B (IRM Mon See App H for Eval.) Q NR&51-IR603B Non Class IE NMIPD4X01 Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.) Q, NR~ I-IR603D Non Class IE NMIPD4X02 Ml-C51-20 007 C51-IK601D (IRM Mon See App H for Eval.) Q NR~ I-IR603B Non Class IE NMIPD4X02 Ml-C51-20 007 C51-IK601H (IRM Mon See App H for Eval.) Q NR-C51-IR603D Non Class IE NMIPDF206 Ml-C51-20 007 IRM Range Switch B Q IRMA 1-IK601B NMIPDF207 MI-C51-20 007 IRM Range Switch F Q IRMA 1-IK601F NMIPDF212 Ml-C51-20 007 IRM Range Switch D Q IRM-C51-IK601D NMI PD F213 M1&51-20 007 IRM Range Switch H Q IRM&51-IK601H NMIPE4101 Ml-C51-19 '. 022 Aux Trip Unit AR12 (See App H for Eval.) Q NR<51-IR603D Non Class IE NMIPE4103 Ml-C51-19 018 Aux Trip Unit AR12 (See App H for Eval.) Q NRZ51-IR603B Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev1 page 385 CABLES 'WG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPB4109 MI<51-19 012 Aux Trip Unit AR31 (See App H for Eval.) NRMI-1R603A Non Class 1E NMIPE4109 Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.) MR~1-1R603B Non Class IE NMIPE4110 Ml-C51-19 016'ux Trip Unit AR41 (See App H for Eval.) NR&51-IR603A Non Class IE NMIPE4111 . Ml-C51-19 020 Aux Trip.Unit AR51 (See App H for Eval.) NR~ I-IR603C Non Class lE NM1PE4111 M1<51-19 033 Driver Card Z33 (See App H for Eval.) NR<51-IR603C Non Class IE NMIPE4112 MI<51-19 033 Driver Card(See App HforEval.) NR<51-IR603C Non Class IB NMlPE4215 MI<51-19 015 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4216 Ml~1-19 010 LPRM CARD Zl I Indicating Lights Non Class IE Contact to Coil NMIPE4218 Ml~l-19 027 LPRM Card Dry Contact Indicating Light Non Class IB Contact to Coil NMIPE4219 Ml~1-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4223 Ml-C51-19 011 LPRM Card Dry Contact . Indicating Light Non Class IE Contact to Coil NMIPE4224 M1<51-19 011 LPRM Card Dry Contact "

Indicating Light Non Class IE Contact to Coil NMIPE4238 Ml~l-19 017 LPRMCardDryContact Indicating Light Non Class lE Contact to Coil NMlPE4239 MI<51-19 017 LPRM Card Dry Contact Indicating Light Non Class 1E Contact to Coil NMIPE4245 MI~I-19 019 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4267 MIMI-19 013 APRM Card Indicating Lights Non Class IE Contact to Coil NMIPE4268 MIMI-19 013 APRM Card . Indicating Light Non Class IE Contact to Coil NM1PE4279 MI<51-19 '. 040 Flow Unit C Indicating Light Non Class lE Contact to Coil NMIPE4280 M1<51-19 025 Relay Contacts Q Indicating Lights Non Class 1E Contact to Coil

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev 1 page 386 CABLES DWG SH FROM SEPGR(FRM) TO SEPGRg9) ISOLATED NMIPE4283 MI<51-19 025 Relay Contacts Q Indicating Lights Non Class IE Contact to Coil NMIPK0602 J475 001 RISHH-D12-IK609A (See App G for Eval.) Q RR-D12-IR605 Non Class IE NM1PK0602 J475 002 RISHH-D12-IK615A (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMIPK0602 J475 003 RISHH-D12-IK616A (See App G for Eval.) Q RR-D12-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D 124 R609 Non Class 1E NMIPK0602 J478 002 RISHH-D124K618A (See App G for Eval.) Q RR-D 124 R610 Non Class IE NMIPK0603 J439 009 . RY-13962C (lsoaltion Device) Q RR-D12-1R603 Non Class IE NM1PK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-1R603 Non Class IE NMIPK330- J439 010 RY-13962D (lsoaltion Device) Q RR-'D12-IR603 Non Class IE 1NMIPK33 J475 001 RISHH-D12-1K609A(SeeAppGforEval.) RR-D12-1R605 Non Class IE NMIPK3302 JA75 005 RISHH-D124K618A (See App G for Eval.) RR-D124R610 Non Class 1E NMIPK3302 JA75 005 RISHH-D12-IK615B (See App G for Eval.) Q RR-D12-IR607 Non Class IE NM1PK3302 J475 006 RISHH-D12-IK616B (See App G for Eval.) Q RR-D12-IR608 Non Class 1E NMIPK3302 J-478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D 124 R609 Non Class IE NMIPQ4101 MI<51-20 006 C51-IK601A (IRM Mon See App H for Eval.) Q NR&51-IR603A Non Class IE NM1PQ4101 MI451-20 006 C51-IK601E (IRM Mon See App H for Eval.) Q NR-C51-IR603C Non Class IE NM1PQ4102 M1451-20 006 C51-IK601C (IRM Mon See App H for Eval.) Q NR<51-IR603A Non Class IE NMIPQ4 102 MIZ51-20 . 006 C51-IK601G (IRM Mon See App H for Eval.) Q NR-C51-1R603C Non Class IE NMIPR4 101 M1433-153 004 FT-G33-1N037 (Press Boundary) Q FI-G33-1R610 Non Class IE

EC-QDET-1002 Q Loads in Contact with NR-C51-1R603D Rev1 page 387 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(T0) ISOLATED NMIPR7N01 Ml-G33-153 004 FY-14476 (isolation Device) Computer Analog Input Non Class 1E YES NM1Q0045L J457 015 NIT-15725A (isolation Device) Computer Input NM602 Non Class IE YES NMIQ0045L J457 015 NIT-15725A (isolation Device) Computer Input NM118 Non Class 1E NMIQ0045M J457 015 NIT-15725A (isolation Device) SPDS Input NM6002Z Non Class IE YES NM1Q0048L J457 016 NIT-15725B(isolation Device) Computer Input Non Class IE NM1Q0048L J457 016 NIT-15725B (Isolation Device) Computer Input NM117 Non Class IE NMIQ0048L J457 016 MT-15725B (Isolation Device) Computer Input NM601 Non Class IE NMIQ0048M J457 016 NIT-15725B (Isolation Device) Computer Input . Non Class 1E NM1Q004&M J-457 016 NIT-15725B (Isolation Device) SPDS Input NM6001Z Non Class 1E YES NMIQ1217R M1451-19 012 XY-14201A (Isolation Device) PME2 (Power Supply) Non Class 1E YES NMlQ1217S Ml-C51-19 014 XY-14201B (Isolation Device) PME2 (Power Supply) Non Class IE YES NM1Q1217T M1451-19 016 XY-14201C(isolation Device) PME2 (Power Supply) Non Class IE YES NMlQ1217U MI<51-19 020 XY-14201E (Isolation Device) PME2 (Power Supply) Non Class lE YES NM2E02009 E423 004 Ch A (AT-20201 (Transducer)) Computer Input ETI46 Non Class IE NM2E02010 E423 003 Ch A (AT-20104 (Transducer)) Computer Input ETI51 Non Class IE NM2E02010 E423 003 Ch A (VT-20104 (Transducer) Computer Input Ebe91 Non Class 1E NM2E02010 E423 003 Ch A (AT-20101 (Transducer)) Computer Input ETI45 Non Class IE NM2E02011 E423 '. 003 Ch C (AT-20301 (Transducer)) Computer Input ET147 Non Class IE NM2E02011 E423 004 Ch B (VT-20204 (Transducer)) Computer Input EBE92 Non Class IE

EC+DET-1002 Q Loads in Contact with NR-C51-1R603D Rev1 page 388 CABLES DWG SH PROM SEPGR(PRM) TO SEPGR(T0) ISOLATED NM2E02012 E423 003 Ch B (AT-20204 (Transducer)) Q Computer Input EGI52 Non Class 1E NM2E02012 E423 003 Ch C (AT-20308 transducer)) Q Computer Input ETI97 Non Class 1E NM2E02012 E423 003 Ch D (AT-20401 g ransducer)) Q Computer Input ETI48 Non Class 1E NM2E02012 .

E423 003 Ch D (VT-20404 (Transducer)) Q Computer Input EBE94 Non Class IE NM2M0110C - J411 003 XY41109B1 (isolation Device) Q .Computer Input Non Class 1E RKlQ0628J E-304 002. Division II Atmliated Q HV-161 16A2 RK1Q0628K E-304 002 Division IIAffiliated Q HV-16108A2 RKIQ0840G 032 Div II Affiliated (1Y689) Q 1C699B Non Class IE

EC-QDET-1002 Q Loads in Contact with SLC Rev 1 page 389 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED EK1E11013 MI-EI146 004 Div I (ID614) Div I (PS-E11-1N021E,G)

EKIE11013 Ml-Elle 004 Div I (1D614) Div I (PS-El 1-1N011A)

EK1E11013 Ml-E1146 005 Div I (1D614) Div I (52AX-20201)

EK1P8F201 " M1-B31-275 Div I (IB219) 014 Div I (K99A, K37A-E11A) .

EK1P8F201 Ml-B31-275 016 Div I (1B219) Div I (K99A, K37A-B11A)

NKII4801B JA48 002 RG. 1.97 Cat 2 (FT-14806) IY629-22 Non Class 1E NK1PD4205 Ml-C51-19 018 IRM AUXUNIT (See App H for Eval.)' NRMI-IR603B Non Class 1B NK1PDF205 1~ 1-20 012 IRM Range Switch B, F Q Trip Aux Unit Z2B Class 1E

'on NK1PDF211 Ml-C51-20 012 IRM Range Switch D, H Q Trip Aux Unit 22B Non Class 1E NK1PDF215 MI<51-20 005 IRM Range Switch B Trip Aux Unit Z2B Non Class IE NK1PDF217 Ml-C51-20 005 IRM Range Switch B Trip Aux Unit Z2B Non Chss IE NK1Q2001A . E-158 001 LSH<12-IN013E (Press Boundary) Non Class 1E NA NKIQ2001B E-158 001 LSH4:12-IN013G (Press Boundary) K4 Relay Non Class 1E NA NK1S1728B E-283 001 SV-12365 (Press Boundary) IY218-36 Non Class 1E NK1S1728C E-283 001 SV-12366 (Press Boundary) IY218-36 Non Class IE NKIS1728D E-283 001 SV-12368 (Press Boundary) 1Y218-36 Non Class IE NKIS172&E E-283 001 SV-12369 (Press Boundary) 1Y218-36 Non Class lE

'KlS172&F E-283 001 SV-12361 (Press Boundary) 1Y21&-36 Non Class 1E NKI S1728G E-283 001 SV-12374 (Press Boundary) 1Y218-36 Non Class 1E

EC-QDET-1002 Q Loads in'Contact with SLC Rev1 page 390 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NK1S1728H E-283 001 SV-12360A (Press Boundary) Q IY218-36 Non Class 1E NK1S 1728K E-283 001 SV-12364 (Press Boundary) Q IY218-36 Non Class 1E NK1S1728N E-283 001 SV-12360B (Press Boundary) Q 1Y218-36 Non Class 1E NK1S 17280 E-283 001 SV-12362A (Press Boundary) Q 1Y218-36 Non Class IE NM011201C J412 002 Div I (1A20303-52a) Q PMEl 24 V Pwr Supply Non Class 1E NMOI1201F J412 002 Div I (IA20108-52a) Q PME124VPwr Supply NonClass IE NM011201G J412 002 Div I (2A20108-52a)- Q PME124VPwr Supply . Non Class 1E NM011202F J412 002 Div II (1A20202-52a) Q PME224VPwr Supply Non Class 1E NM011202G J412 002 Div II (2A20208-52a) Q -PME2 24 V Pwr Supply Non Class 1E NMOS0400C E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class 1E NMOS0400D E-146 001 Ch A (AT-20108 (Transducer)) Q Computer Input AEI01 Non Class 1E NMOS0401D E-146 003 Ch B (AT-20208 transducer)) Q Computer Input AEI02 Non Class 1E NM1A0401C E423 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 Non Class 1E NMIA0401C E423 001 Ch A (AT-20101 (Transducer)) Q Computer Input ETI41 (Unit 2) Non Class 1E NMIA0401C E423 001 Ch A (AT-20101 g'ransducer)) Q XI40022A Non Class 1E NMIA0401D E423 001 Ch A (AT-20104 (Transducer)) Q XI40018A Non Class IE NM1A0401D E423 001 Ch A (VT-20101 g ransducer)) Q Computer Input ETFAI Non Class IE NMI A0401D E423 001 Ch A (VT-20101 (Transducer)) Q Computer Input ETE41 (Unit 2) Non Class lE NM1A0401E E423 001 Ch A (AT-20104 transducer)) Q . Computer Input EGIO1 Non Class IE

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 391 CABLES DWG SH FROM SEPGR(FRM) -TO SEPGR(TO) ISOLATED NM1A0401E E423 - 001 Ch A (AT-20104 (I'ransducer)) Q Computer Input EGI01 (Unit 2) Non Class IE NM1A0401F E%23 001 Ch A (VT-20104 (Transducer)) Q Computer Input EBFAI (Unit 2) Non Class IE NM1A0401F E423 001 Ch A (VT-20104 (Transducer)) Q Computer Input EBFAI Non Class IE NMIA0401G E423 001 Ch A (AT-20109 (Transducer)) Q Computer Input Non Class IE NM1A0401H E423 001 Ch A (VT-20109 (Transducer)) Q Computer Input Non Class IE NMIA0403G E423 001 Ch C (VT-20301 (Transducer)) Q Computer Input ETFA2 Non Class 1E NM1C0328C E-135 015 Ch B (AT-20210 g ransducer)) Q Computer Input TNI01 Non Class 1E NMIF0200F E-179 001 PDT&32-IN004B (Press Bo daty) Q Computer Input NFL02 Non Class 1E NMlF0200F E-179 001 PDT-C32-1N017 (Press Boundary) Q LR~2-1R608 Non Class 1E NM1F0200H E-.179 001 PT<32-IN008 (Press Boundary) Q FR<32-1R609 Non Class'IE NMIF0200N E-179 001 PDT-C32-1N004C (Press Boundary) Q LSH<32-IK624C Non Class IE NMll4202L J442 002 LY-14202A (isolation Device) Q Computer Input Non Class IE YES NM114801C J448 002 RG. 1.97 Cat 2 (FT-14806 See App I for Ev Q R.G. 1.97 Cat 2 (LI/H 14806) Q NM1I4801D J448 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Ev Q R.G. 1.97 Cat 2 (FT-14806)

NMII4801E J448 001 R.G. 1.97 Cat 2 (FE-14806 See App I for Ev Q R.G. 1.97 Cat 2 (FT-14806) Q NM114801F J448 001 XY-14806 (Isolation Device) Q Computer Input NXFOI Non Class IE YES NMIP11901 ~ Ml-B21-128 003 LT-B21-1N027 (Pre.ate Boundary) Q LI-B21-1R605 Non Class IE NMlP14101 Ml-B21-128', 003 'DT-B31-1N015A (Press Boundaty) Q PDI-B31-1R612A Non Class IE NM1P14101 Ml-B21-128 003 PDT-B31-IN015B (Press Boundary) PDI-B31-1R612B Non Class 1E

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 392 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPIF101 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Q LI-B21-IR604 Non Class IE NMIP91601 Ml&12-I10 016 APRM Trip Unit Contacts Q Isolator Card Zl Non Class 1E Contact to Coil NMIP91603 Ml-C12-110 015 APRMTrip Unit Contacts Isolator Card Zl Non Class 1E Contact to Coil NMIPB4102 - J406 011 PDT-C32-1N004B (Press Boundary) Q Ll&32-IR606B Non Class 1E NMIPB4102 J406 012 PDTM2-IN004A (Press Boundary) Q LIM2-1R606A Non Class 1E NMlPB4102 J406 024 PT~2-IN005 (Press Boundary) Q PI&32-IR605 Non Class IE NMIPB4103 013 PDT-C32-1N017(Press Boundary), . Q LR&32-IR608 Non Class IE NM1PB4105 Ml-C32-17 003 FI'-C32-IN008 (Press Boundary) Q FR~2-1R609 Non Class lE NMIPC1301 J448 003 R.G. 1.97 Cat 2 (LI/FI-14806 See App I for Q LT-C41-1N001 Non Class IE NM1PD4206 Ml&51-20 006 IRM Range Sw E C51-IK601E (IRM Mon)

NMIPD4213 Ml-C51-20 006 IRM Range Sw C C51-1K601C (IRM Mon)

NMI PD4217 MIZSI-20 006 IRM Range Sw A C51-1K601A (IRM Mon) Q NMIPD4X01 Ml-C51-20 007 C51-1K601F (IRM Mon See App H for Eval. Q NR<51-IR603D Non Class IE NMIPD4X01 Ml<51-20 007 C51-1K601B (IRM Mon See App H for Eval. Q NR-C51-IR603B Non Class IE NMIPD4X02 Ml-C51-20 007 C51-1K601D (IRM Mon See App H for Eval Q NR<51-IR603B Non Class IE NMIPD4X02 Ml-C51-20 007 C51-1K601H (IRM Mon See App H for EvaL Q NR-C51-I R603D Non Class IE NMlPDF206 MI4:51-20 007 .IRMRangeSwitchB Q IRM<51-IK601 B Q NMI PDF207 Ml-C51-20 ', 007 IRM Range Switch F Q IRM<51-IK601F Q NMI PDF212 Ml<51-20 007 IRMRangeSwitchD Q IRMA1-1 K601D Q

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 393 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIPDF213 M1&51-20 007 IRM Range Switch H IRM~I-IK601H Q NMIPE4101 ~

MI&51-19 022 Aux Trip Unit AR12 (See App H for Eval.) NRMI-IR603D Non Class IE NM1PE4103 Ml<51-19 018 Aux Trip Unit AR12 (See App H for Eval.) NR~ I-1R603B Non Class IE NM1PE4109 Ml~1-19 012 Aux Trip Unit AR31 (See App H for Eval.) NRMI-IR603A Non Class IE NMIPE4109 M1&51-19 014 Aux Trip Unit AR32 (See App H for Eval.) NR<51-IR603B Non Class IE NMIPE4110 Ml~l-19 0.16 Aux Trip Unit AR41 (See App H for Eval.) NR<51-IR603A Non Class IE NM1PE4111 MI~I-19 020 Aux Trip Unit AR51 (See App H for Eval.) NRMI-IR603C Non Class IE NMlPE4111 MI&51-19 033 Driver Card Z33 (See App H for Eval.) NR<51-IR603C Non Class IE NMIPE4112 MI~1-19 033 Driver Card (See App H for Eval.) NR~ I-IR603C Non Class IB NMIPE4215 MI<51-19 015 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NMIPE4216 M1&51-19 010 LPRM CARD Zl I Indicating Lights Non Class IB Contact to Coil NMI PE4218 MI&51-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4219 MI<51-19 027 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4223 MI<51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4224 MI&51-19 011 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4238 Ml-C51-19 017 LPRM Card Dry Contact Indicating Light Non Class IE Contact to Coil NMIPE4239 Ml-C51-19 017 LPRM Card Dry Contact Indicating Light Non Class lE Contact to Coil NMIPE4245 Ml-C51-19 . 019 LPRM Card Dry Contact Q Indicating Light Non Class IE Contact to Coil NM1PK0602 J475 001 RISHH-D12-1K609A (See App G for Eval.) Q RR-D12-IR605 Non Class IE

EC-QDET-1002 Q Loads in Contact with SLC Rev 1 page 394 CABLES 'WG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMI PK0602 J475 002 RISHH-D12-IK615A (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMIPK0602 J475 003 RISHH-D12-1K616A(SeeAppGforEval.) Q RR-D12-IR608 Non Class IE NMIPK0602 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D124R609 Non Class IE NMIPK0602 J 478 002 . RISHH-D124K618A (See App G for Eval.) Q RR-D124R610 Non Class IE NMIPK0603 J439 RY-13962C (lsoaltion Device) Q 'RR-D12-IR603 Non Class IE YES NMIPK3301 J439 008 RY-13962B (Isoaltion Device) Q RR-D12-1R603 Non Class IE YES NMIPK3301 J439 010 RY-13962D (Isoaltion Device) Q RR-D12-IR603 Non Class IE YES NMIPK3302 J475 RISHH-D12-IK609A (See App G for Eval.) Q RR-D12-1R605 Non Class IE NMIPK3302 J475 005 RISHH-D124K618A (See App G for Eval.) Q RR-D 124 R610 Non Class IE NMIPK3302 J475 005 RISHH-D12-IK615B (See App G for Eval.) Q RR-D12-IR607 Non Class IE NMIPK3302 J475 006 RISHH-D12-1K616B (See App G for Eval.) RR-D12-1R608 Non Class IE NMIPK3302 J478 001 RISHH-D124K617A (See App G for Eval.) Q RR-D 124 R609 Non Class IE NMIPM1307 J451 Fl'-El I-IN013 (Press Boundaty) Q Fl-Ell-IR607 . Non Class IE NMlPQ4101 Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval Q NR-C51-IR603A Non Class IE NMIPQ4101 MI-C51-20 006 C51-IK601E (IRM Mon See App H for Eval. Q NR-C51-I R603C Non Class IE NMlPQ4102 Ml-C51-20 006 C51-IK601C (IRM Mon See App H for Eval. Q NR&51-IR603A Non Class IE NMIPQ4 102 Ml-C51-20 C51-IK601G (IRM Mon See App H for Eval Q NR-C51-IR603C Non Class IE NMIPR4101 Ml-G33-153'. 004 FT&33-IN037 (Press Boundary) Q Pl&33-IR610 Non Class IE NM1PR7NOI Ml-G33-153 004 FY-14476 (Isolation Device) Q Computer Analog Input Non Class IE YES

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 395 CABLES DWG SH FROM SEPGR(FRM) TO SEPGR(TO) ISOLATED NMIQ0045L J457 015 NIT-15725A (isolation Device) Q Computer Input NM602 Non Class IE YES NMIQ0045L J457 015 NIT-15725A (isolation Device) Q Computer Input NM118 Non Class IE YES NMIQ0045M J457 015 NIT-15725A (isolation Device) Q 'PDS Input NM6002Z Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE YES NMIQ0048L J457 016 NIT-15725B (isolation Device) Q Computer Input NM117 Non Class IE YES NMIQ0048L J457 016 NIT-15725B (Isolation Device) Q Computer Input NM601 Non Class IE YES NMIQ0048M J457 016 NIT-15725B (Isolation Device) Q SPDS Input NM6001Z Non Class IE YES, NMIQ0048M '457 016 NIT-15725B (Isolation Device) Q Computer Input Non Class IE YES NMIQ0206C J448 003 PT~ I-IN004 (Press Boundary) Q PILI-IN004 Non Class IE NMIQ0250C J442 010 FT-B21-IN033D (Press Boundary) Q FY-B2 1-IK605D Non Class IE NMIQ0250D JM2 010 FT-B21-IN033B (Press Boundary) Q . FY-B21-IK605B Non Class IE NMIQ0250D . JM2 010 PDT-B21-IN032 (Press Boundary) Q XR-B21-IR613 Non Class IE NMIQ0250E J442 006 FT-B21-IN034B (Press Boundary) Q PDI-B21-IR608B Non Class IE NMIQ0250E J442 006 FT-B21-IN034D (Press Boundaty) Q PDI-B21-IR608D Non Class IE NMIQ0250E JA42 006 FT-B21-IN034F (Press Boundary) Q PDI-B21-IR608F Non Class IE NMIQ0250E J442 006 FT-B21-IN034H (Press Boundary) Q PDI-B21-IR608H Non Class IE NMIQ0250F J442 005 FT-B21-IN034U (Press Boundary) Q PDI-B21-IR608U = No'n Class IE NMIQ0250F J442 005 FT-B21-IN034W (Press Boundary) Q PDI-B21-IR608W Non Class IE NMIQ0250F J442 007 FT-B21-IN034M (Press Boundary) Q PDI-B21-IR608M Non Class IE

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 396 CABI ES DWG SH FROM .SEPGR(FRM) TO SEPGR(TO) ISOLATED NMlQ0250F J442 007 FT-B21-1N034P (Press Boundary) Q PDI-B21-I R608P Non Class IE NMIQ0250F J442 007 FT-B21-IN034S (Press Boundary) Q PDI-B21-1R608S Non Class IE NMIQ0300C E-169 001 Ch A (AT-20107 transducer)) Q Computer Input NDIOI Non Class IE NMIQ0300D E-169 001 Ch A (AT-20107 (Transducer)) Q Computer Input NDIOI Non Class 1E NM1Q0614P J444 010 FT-G33-IN037 (Press Boundary) Q F1<33-I R610 'on Class 1E NMIQ0801C E-156 001 ChA(AT-20105(Transducer)) Q Computer Input NSI01 Non Class IE NM1Q0801D E-156 001 Ch A (AT-20105 g ransducer)) Q Computer Input NSI01 Non Class 1E NM1Q0802D E-156 002 Ch B (AT-20205 (Transducer)) Computer Input NSI01 Non Class IE NMlQ1217L E-304 017 XY-14201F (Isolation Device) Q SPDS NM5006Z Non Class 1E YES NM1Q12 17M E-304 017 XY-14201A (Isolation Device) SPDS NM5001Z Non Class lE YES NMIQ1217M E-304 017 XY-14201B (Isolation Device) Q SPDS NM5002Z Non Class IE YES NMIQ1217N E-304 017 XY-14201D (Isolation Device) SPDS NM5004Z Non Class IE YES NMIQ1217P E-304 017 XY-14201C (Isolation Device) SPDS NM5003Z Non Class 1E YES NM1Q1217Q E-304 017 XY-14201E (Isolation Device) Q SPDS NM5005Z Non Class IE YES NMIQ1604C J442 016 LITS-B21-1N026D (Mech Sw See App C for Q LI-B21-1R604 Non Class 1E NMIQ300OC E-153 001 Ch A (AT-20102 (Transducer)) Q Computer Input NHIOl Non Class IE NMIQ3000D '-153 001 Ch A (AT-'20102 (Trnasducer)) Q Computer Input NHIOI Non Class IE NMIQ3001D E-153 003 Ch B (AT-20202 (Trnasducer)) . Q Computer Input NHI02 Non Class IE NMIQ3066J E-153 035 FT-El 1-1N013 (Press Boundary) Q ~ FI-El 1-1R607 Non Class 1E

EC-QDET-1002 Q Loads in Contact with SLC Rev1 page 397 CABLES DWG SH FROM SEPGR(FRM)'O SEPGR(T0) ISOLATED NMlQ3066J E-153 035 FT-El I-IN013 (Press Boundary) Q Computer Input NHF03 Non Class 1E NM1 V1600C E-213 001 Ch A (AT-20110 (Transducer)) Q Computer Input MVI03 Non Class lE NM1V1600D E-213 001 Ch A (AT-20110 (Transducer)) Q Computer Input MVI03 Non Class 1E NM1V1601D E-213 002 Ch B (AT-20211 (Transducer)) Q Computer Input MVI04 Non Class 1E NM1V2600C E-216 001 Ch A (AT-20103 (Transducer)) Q Computer Input MVI01 Non Class IE NMIV2600D E-216 001 Ch A (AT-20108 (Transducer)) Q Computer Input MVI01 Non Class 1E NM1V2601D E-216 002 Ch B (AT-20208 (Transducer)) Q Computer Input MVI02 Non Class 1E NM2C0328C E-135 039 Ch C (AT-20309 (Transducer)) Q Computer Input TNI51 Non Class IE NM2M0109C JQI I 001 XY41109AI (Isolation Device) Q Computer Analog Input Non Class 1E YES NM2M0110C JQI I 003 XI I 109BI (Isolation Device) Q Computer Input Non Class IE YES

t

ML17158B887: Difference between revisions

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ML17158B887: Difference between revisions

Latest revision as of 17:22, 4 February 2020

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3.0 CONCLUSION

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