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 P, BARTOS J A, WINDERS J 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 CALCULATION

/STUDY COVER SHEET artd NUCLEAR RECORDS TRANSMITTAL SHEET File¹R2-1 1.Page1of 397 Total)'4.REVISION: I 5.'IRANSMHTAL¹:

<<)'6.UNIT: 1<<>7.QUALITY CLASS:~<<>8.DISCIPLINE:

E>9.DESCRIPTION:

SINGLE FAILURE ANALYSIS FOR GE SUPPLIED INSTRUMENTS CONNECIKD TO CLASS IE CIRCUITS SUPERSEDED BY: EC-10.Alternate Number.12: Computer Code or Model used: 13.Application: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 ll.Cycle: Fiche 0 Di~OI Am't 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/Component¹: 19.DBD Number: DBD005>20.PREPARED BY Print Name JOHN P.AKUS Si ture~~C~4M/r j5/5'r'21.

REVIEWED BY Print Name JOHN J.WINDERS JR Si ture D 22.APPROVED BY/DA'IZ 23.ACC YPPdQ/ATE Print Name JOHN A.BARTOS II Si ture Print Name Si ture NR-DCS SIGNATURE/DATE

)TO BE COMPLETED BY NUCLEAR RECORDS ADD A NEW COVER PAGE FOR EACH REVISION FORM NEPMQA4221-1, Revision I 96f2ii0295 96ii27 PDR ADQCK 05000387 P PDR)<<Verified Fields)?REQUIRED FIELDS I)L k I i a C~~(~q,I'f~p~~I'I't Page 1 a~~~ENGINEERING CALCULATION STUDY REVISION DESCRIPTION SHEET REVISION NO: 1 CALCULATION NUMBER: 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 Pages 18 2-393 394-397 Affected Sections stUdf stUdg stUdg stUdg A d d X R P I R m v Description I.Purpose of Revision Cover Sheet-Replace Revision Decriptlon Sheet-ADD Replace Sheets ADD NEW Sheets REVISION TYPE: (check one)Q SUPERSEDED BY CALCULATION NUMBER EC-H FULL REVISION Q PAGE FOR PAGE FORM NEPhkQA4221-2, Revtske 1 8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.

4.0 Credible

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

'ircuit cables, that have Non Class lE devices connected at both ends of the cable.These devices at both ends of 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 ASSUMFI'IONS ECQDET-1002 Rev 1 Page 6 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.6.0 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.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.

All are 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.

6.0 METHOD

ECQDET-1002 Rev 1 Page 7 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 DBD005 IEEE Standard Criteria for Independence of Class 1E Equipment and Circuits Design Basis Document for Single Failure a'nd Separation Criteria IEEE 279-1971 IEEE 379-1977 Criteria for Protection Systems for Nuclear Power Generating Stations IEEE Standard Application of the Single Failure Criterion to Nuclear Generating Station Class 1E Systems NEDO-10139 NE-56719 SEA-EE-183 (EC43 14504)Compliance of Protection Systems to Industry Criteria: General Electric BWR Nuclear Steam Supply System Electrical Wire and Cable Isolation Barrier Materials Test for the Susquehanna SES Units 1 and 2 Evaluation of Unit 1 Computer Class 1E-Non Class 1E Interfaces SEA-EE-184 (EC43 1%505)Evaluation of Unit 1 Annunciator Class 1E-Non Class lE Interfaces SEA-EE-180 (EC-EPVS4509)

IEEE 352-1975 Evaluation of General Electric Nuclear Steam Supply System for Compliance to IEEE 279-1971 IEEE Guide for General Principles of Reliability Analysis of Nuclear Power Generating Station Protection Systems E-1012 Rev 1 Specification for Electrical Separation Criteria REFERENCES ECQDET-1002 Rev 1 Page 8 8.0 SEA-JNPE-198 (EC4624536)

E CADET-1001 FSAR NPE4 9404 SEA-JNPE-161 NDAPQA4155 EO-100-30 EVALUATION Regulatory Guide 1.97 Instruments Evaluation of AI61iated Circuits supplied by General Electric Chapter 6 and 8 Coping Assessment for the SSES During Station Blackout Instrumentation Avaihbility During Station Blackout Quality Assurance Requirements for Station Blackout Unit 1 Response to Station Blackout 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.All Q 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.,

8.0 EVALUATION

ECQDET-1002 Rev 1 Page 9 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-E41-1R606 SI-E41-1R604 PI-E51-1R601 PI-E51-1R603 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 FROM COMPONENT QClass CABLE TO COMPONENT EC-QDET-1002 Rev 1 page 10 Q CLASS Analysis Category TE-B21-INOIOA (Temperature Element)TE-B21-IN016A (Temperature Element)TE-El I-IN029A temperature Element)TE-El I-IN029C (Temperature Element)TE-El I-IN030A (Temperature Element)TE-El I-IN030C temperature Element).TE-FAI-IN028A (I'emperature Element)TE-FAI-IN029A (Temperature Element)TE-E51-IN021A (Temperature Element)TE-E51-IN022A (I'emperature Element)TE-E51-IN026A (remperature Element)TE-E51-IN026C temperature Element)TE-E51-IN027A temperature Element)TE-E51-IN027C (Temperature Element)TE&33-IN022A (Temperature Element)TE-G33-IN022C (Temperature Element)TE&33-IN022E (Temperature Element)TE-G33-IN023A(Temperature Element)Q-JMIQ0708V JMIQ0708X TDRS&33-IN605 (Temperature Recorder)TDRS&33-IN605 (I emperature Recorder)JMIQ0708U TDRS&33-IN605 (Temperature Recorder)JMIQ0708D TDRS&33-IN605 (Temperature Recorder)JMIQ0708C TDRS&33-IN605 g'emperature Recorder)JMIQ0708E TDRS&33-IN605 (Temperature Recorder)JMIQ0708P TDRS&33-IN605 (Temperature Recorder)JMIQ0708F TDRS-G33-IN605 (I'emperature Recorder)JMIQ0708Q TDRS&33-IN605 (I'emperature Recorder)JMIQ0708J TDRS&33-IN605 (Temperature Recorder)JMIQ0708K TDRS&33-IN605 (Temperature Recorder)LMIQ0711C TDRS&33-IN605 (Temperature Recorder)LMIQ0711D TDRS&33-IN605 (Temperature Recorder)LMIQ0711E TDRS&33-IN605 (I'emperature Recorder)JMIQ0708L TDRS-G33-IN605 (Temperature Recorder)LMIQ0711F TDRS&33-IN605 (Temperature Recorder)JMIQ0708M TDRS&33-IN605 (Temperature Recorder)JMIQ0708T TDRS-G33-IN605 (I'emperature Recorder)Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 NonClass IE AppendixA 01 Non Class IE Appendix A 01 Non Class IE Appendtx A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE.Appendix A.01 Tablel FROM COMPONENT Q Class CABLE TO COMPONENT EC-QDET-1002 Rev 1 page 11 QCLASS Analysis Category'IX&33-IN023C temperature Element)TE-G33-IN023E (Temperature Element)IY21642 (Power Supply)'K-El I-IN004A (Temperature Element)TE-El I-IN004B (Temperature Element)TE-El I-IN017A (Temperature Element)TE-El I-IN017B (Temperature Element)TE-El I-IN017C (Temperature Element)TE-El I-IN017D (Temperature Element)TE-El I-IN027A (Temperature Element)TE-El I-IN027B'(Temperature Element)TE-El I-IN032A (Temperature Element)TE-El I-IN032B (Temperature Element)TE-10100A (Temperature Element)TE-B21-IN014A (Temperature Element)TE-El I-IN009A (Temperature Element)TE-El I-IN009C (Temperature Element)'K-E41-IN024A (Temperature Element)Q NMIQ3071F Q NMIQ3 071M TRS-El I-IR601 (Temperature Recorder)TRS-El I-IR601 (Temperature Recorder)Q NMIQ3071G TRS-El I-IR601 (Tempeiature Recorder)Q NMIQ3071N TRS-El I-IR601 (Temperature Recorder)Q NMIQ3071H TRS-El I-IR601 (Temperature Recorder)Q'MIQ3071P TRS-El I-IR601 (Temperature Recorder)Q JMIQ0707T TRS&33-IN604 (Temperature Recorder)Q JMIQ0707C TRS&33-IN604 (Temperature Recorder)Q-JMIQ0707D.TRS&33-IN604 (Temperature Recorder)Q.JMIQ0707E TRS&33-IN604 (I'emperature Recorder)Q.JMIQ0707F TRS&33-IN604 (Temperature Recorder)Q'MIQ070&W TDR&G33-IN605 (lemperature Recorder)Q JMIQ070&Y TDRS&33-IN605 (lemperature Recorder)Q Panel Wiring TRS-El I-IR601 (Temperature Recorder)Q NMIQ3071C TRS-El I-IR601 temperature Recorder)NMIQ3071J TRS-El I-IR601 (Temperature Recorder)Q NMIQ3071E TRS-El I-IR601 (Temperature Recorder)Q NMIQ3071L TRS-El I-IR601 (Temperature Recorder)Non Class IE Non Class IE Appendix A 01 Appendix A 01 Non Class IE Appemhx A 01 Non Class IE Appends A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A Ol Non Chss IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A 01 Non Class IE Appendix A Ol Non Class IE Appendix A 01 Tab e FROM COMPONENT Q Class CABLE TO COMPONENT EC-QDET-1 Rev 1 page 12 Q CLASS Analysis Category TE-E41-1N030A (Temperature Element)TE-E51-1N011A (Temperature Element)TE-E51-IN023A (Temperature Element)TE-E51-1N025A (Temperature Element)TE-E51-1N025C temperature Element)TE&33-IN016A (Temperature Element)TE-G33-1N016C temperature Element)TE&33-IN016E (Temperature Element)PI'-El 1-1N026A (Pressure Transmitter)

PT-El 1-1N026B (Pressure Transmitter)

PT-E21-IN001A (Pressure Transmitter)

PT-E21-1N001B (Pressure Transmitter)

Fl'-FA1-IN013 (Pressure Transmitter)

PT-FAI-1N016 (Pressure Transmitter)

PT-FAI-IN019 (Pressure Transmitter)

PT-E51-IN004 (Pressure Transmitter)

PT-E51-1N007 (Pressure Transmitter)

PT-E51-1N008 (Pressure Transmitter)

Q JM1Q0707H Q JM1Q0707M TRS-G33-IN604 (Temperature Recorder)TRS&33-IN604 (Temperature Recorder)Q JM1Q0707N TRS&33-IN604 (Temperature Recorder)Q JM1Q0707P TRS-G33-1N604 (Temperature Recorder)Q'M1PM130" Q" FM1PM1204 PI-El I-1R606AI (Pressure Indicator)

PI-El 1-IR606B1 (Pressuie Indicator)

Q EKIPN1301 Pl-E21-IR600A (Pressure Indimtor)Q FM1PN1201 PI-E21-1R600B (Pressure Indicator)

Q FMIPP1203 PI-FA1-IR602 (Pressure Indicator)

Q FMIPP 1203 PI-E41-1R603 (Pressure Indicator)

Q FMlPP1203 PI-FA1-1R606 (Pressure Indicator)

Q EM1PQ1302 PI-E51-1R601 (Pressure Indicator)

Q.EM1PQ1302 PI-E51-1R602 (Pressure Indicator)

Q EMlPQ1302 Pl-E51-IR603 (Pressure Indicator)

Q JM1Q0707G TRS&33-IN604 (Temperature Recorder)Q LM1Q0711G TRS&33-IN604 (Temperature Recorder)LM1Q0711H TRS&33-IN604 (Temperature Recorder)Q LM1Q0711J TRS-G33-1N604 (Temperature Recorder)Non Class IE Appendix A 01 Non Class 1E Appendix A 01 Non Class IE Appendix A 01 Non Class 1E Appendix A 01 Non Class lE Appendix A 01 Non Class 1E Appendix A 01 Non Class IE Appendix A 01 Non Class 1E Appendix A 01 Non Chss IE Appendix B 02 Non Class 1E Appettdix B 02 Non Class 1E Appendix B 02 Non Class IE Appendix B 02 Non Class 1E Appendix B 02 Non Class 1E Appendix B 02 Non Class 1E Appendix B 02 Non Class IE Appendix B 02 Non Class IE Appendix B'2 Non Class IE Appendix B 02 Tablel FROM COMPONENT Q Class CABLE TO COMPONENT EC-QDET-1002 Rev 1 page 13 Q CLASS Analysis Category PT-E51-IN005 (Pressure Transmitter)

RCIC Governor Control HPCI Governor Control FT-El I-1N013 (Flow Transmitter)

PT~I-IN004 (Pressure Transmitter)

LITS-B21-IN026D (Level Indicating Switch)FT-El I-IN013 (Flow Transmitter)

LITS-B21-1N026D (Level Indicating Switch)PT-C41-IN004 (Pressure Transmitter)

PT-C41-IN004 (Pressure Transmitter)

IY216-22 (Power Supply)CE-El 1-1NOOIA (Conductivity Element)1Y226-24 (Power Supply)CE-El I-INOOIB (Conductivity Element)IY22642 (Power Supply)=FY-El 1-IK600A (Square Root Extr)FY-E11-.1K600B (Square Root Extr)IY226-24 (Power Supply)Q~EM1PQ1302 PI-E51-1R604 (Pressure Indicator)

Q EMIQ1319E SI-15001A (indicating Meter)Q FMIQ4022C SI-E41-IR604 (indicating Meter)Q Panel Wiring 1Y21843 (Power Supply)Q Panel Wiring IY21847 (Power Supply)Q Panel Wiring 1Y21849 (Power Supply)Q NM1PM1307 FI-El I-IR607 (Flow Indicator)

Q NMIPI F101 LI-B21-IR604 (Level Indicator)

Q NMIQ0206C Pl~I-IR600 (Pressure Indicator)

Q NKIC41004 PI~I-IR600(Pressure Indicator)

Non Class IE Appendix B 02 Non Class 1E Appendix B 02 Non Class IE Appendix B 02 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Non Class IE Appendix C 03 Q Panel Wiring FR-El I-IR608 (Flow Recorder)Q-Panel Wiring FR-El I-IR608 (Flow Recorder)Non Class 1E Appendix D 04 Non Class IE Appendix D 04 Q Q Panel Wiring NMIQ3070E FR-El 1-IR608 (Flow Recorder)CE-El I-IN025 (Conductivity Element)Non Class IE Appendix D 04 Non Class IE Appendix E 05 Panel Wiring CISH-El 1-IROOIA (Conductivity Indicating Sw)Non Class IE Appendix D 04 Q NMIQ3070C CISH-El I-IROOIA (Conductivity Indicating Sw)Non Class IE Appendix D 04 Panel Wiring CISH-El I-IROOIB (Conductivity Indicating Sw)Non Class IE Appendix D 04 Q NMIQ3070D CISH-El I-IROOIB (Conductivity Indicating Sw)Non Class IE Appendix D 04 Table EC-QDET-1002 Rev 1 page 14 Q Class CABLE FROM COMPONENT TO COMPONENT Q CLASS Analysis Category Non Class 1E Appendix E 05 Non Class 1E Appendix E 05 Non Class 1E Appendix E 05 Non Class 1E Appendix E 05 Non Class 1E Appendix E 05 Q Panel Wiring CI-El 1-1R006 (Conductivity Indicator)

'Panel Wiring CR-12351 (Conductivity Recorder)Q Panel Wiring LR-16113LevelRecorder)

Q Panel Wiring LR/FR-16102 (Level, Flow Recorder)Q EK1E51008 LSH-15020 (Level Switch)1Y226-24 (Power Supply)IY23642 (Power Supply)IY23642 (Power Supply)IY23642 (Power Supply)ID61441 (Power Supply)1Y22647 (Power Supply)IY24641 (Power Supply).Non Class IE Appendix E 05 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E AppendixF 06 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E Appendix F 06 Non Class 1E AppendixF 06 Non Class 1E Appendtx F 06 Q.Panel Wiring TR-E41-1R605 (Temperature Recorder)FDSH433-IN603A (Flow Differential Switch)Q Panel Wiring 1Y218-12 (Power Supply)FDSH433-IN603B (Flow Differential Switch)Q Panel Wiring IY218-12 (Power Supply)Q Panel Wiring 1Y218-12 (Power Supply)Q Panel Wiring IY218-12(Power Supply)Q Panel Wiring 1Y218-12 (Power Supply)Q Panel Wiring 1Y218-12 (Power Supply)FT&33-IN012 (Flow Transmitter)

FT&33-IN036 (Flow Transmitter)

FT-G33-1N041 (Flow Transmitter)

FY&33-IK602 (Signal Conditioner)

FY-G33-1K603 (Signal Conditioner)

FY-G33-IK604 (Signal Conditioner)

FY-G33-1K605 (Signal Conditioner)

FY-G33-1K604 (Signal Conditioner FY-G33-1K605 (Signal Conditioner)

Q Panel Wiring 1Y218-12 (Power Supply)Q Panel Wiring 1Y218-12 (Power Supply)Q Panel Wiring 1Y218-12(Power Supply)Q Panel Wiring FDI&33-IR615 (Flow Differential Indicator)

Q NMlPPF 101 F1&33-IR602 (Flow Indicator)

Q Panel Wiring TISH&33-IN008 temperature Indicating Switch)Non Class 1E Appendix E 05 Tablel FROM COMPONENT QClass CABLE TO COMPONENT EC-QDET-1002 Rev 1 page 15 QCLASS Analysis Category FY&33-IK602 (Signal Conditioner)

NMIPPF101 F1&33-IR609 (Flow Indicator)

RISHH-D124K617B (Radiation Indicating Sw)Q RISHH-D124K618A (Radiation Indicating Sw)Q RISHH-D124K618B (Radiation Indicating Sw)Q RISHH-D12-IK609A (Radiation Indicating Sw)Q RISHH-D12-1K609B (Radiation Indicating Sw)Q RISHH-D12-1K615A (Radiation Indicating Sw)Q RISHH-D12-IK615B (Radiation Indicating Sw)Q RISHH-D12-IK616A (Radiation Indicating Sw)Q RISHH-D12-IK616B (Radiation Indicating Sw)Q APRM Channel A APRM Channel C IRM Channel A IRM Channel C APRM Channel B APRM Channel D IRM Channel B NM1PK3302 RR-D124R609 (Radiation Recorder)NM1PK0602 RR-D124R610 (Radiation Recorder)NM1PK3302 RR-D124R610 (Radiation Recorder)NMIPK0602 RR-D12-IR605 (Radiation Recorder)NM1PK3302 RR-D12-1R605 (Radiation Recorder)NMIPK0602 RR-D12-1R607 (Radiation Recorder)NM1PK3302 RR-D12-1R607 (Radiation Recorder)NMIPK0602 RR-D12-1R608 (Radiation Recorder)NMIPK3302 RR-D12-IR608 (Radiation Recorder)NMlPE4110 NR<51-IR603A (Neutron Hux Recorder)NMIPE4110 NR-C51-IR603A (Neutron Flux Recorder)NMIPQ4101 NR~I-IR603A (Neutron Hux Recorder)NM1PQ4101 NR-C51-IR603A (Neutron Flux Recorder)NMIPE4109 NR-C51-IR603B (Neutron Flux Recorder)NMIPE4103 NR<51-IR603B (Neutron Flux Recorder)NM1PDXOI NR-C51-IR603B (Neutron Flux Recorder)RISHH-D124K617A(RadiationIndicatingSw)

Q NM1PK0602 RR-D124R609(RadiationRecorder)

Non Class IE Appendix F 06 Non Class 1E Appendix G 07 Non Class 1E Appendix G 07 Non Class 1E Appendix G 07 Non Class 1E Appendix G 07 Non Class IE Appendix G 07 Non Class IE Appendix G 07 Non Class IE Appendix G 07 Non Class 1E Appendix G 07'NonClass lE AppendixG 07 Non Class IE Appendix G 07 Non Class IE Appendix H 08 Non Class IE Appendix H 08 Non Class IE Appendix H 08 Non Class 1E Appendix H 08 Non Class IE Appendix H 08 Non Class 1E Appendix H 08 Non Class IE Appendix H 08 Table FROM COMPONENT Q Class CABLE TO COMPONENT EC-QDET-1002 Rev 1 page 16 QCLASS Analysis Category IRM Channel D APRM Channel E IRM Channel E IRM Channel G APRM Channel F IRM Channel F IRM Channel H FE-14806 (Flow Element)FT-$4806 (Flow Transmitter)

LI/FI-14806 (Level, How Indicator)

FE-14806 (Flow Element)LI/Fl-14806 (Level, Flow Indicator)

LI/FI-14806 (Level, Flow Indicator)

LI/H-14806 (Level, How Indicator)

NK114801B NK114801B lY629-22 (Power Supply)1Y629-22 (Power Supply)NK114801B 1Y629-22 (Power Supply)NM114801D,E FT-14806 (Flow Transmitter)

NM1I4801C FT-14806 (Flow Transmitter)

NM1PC1301 LT-C41-1N001 (Level Transmitter)

NM1Q0206D LT&41-1N001 (Level Transmitter)

NMIPDX02 NR-C51-1R603B (Neutron Flux Recorder)NM1PE4112 NR&51-IR603C (Neutron Hux Recorder)NM1PQ4101 NR-C51-1R603C (Neutron Flux Recorder)NM1PQ4101 NR&51-IR603C (Neutron Hux Recorder)NM1PE4 101 NR-C51-1R603D (Neutron Flux Recorder)NM1PDX01 NR&51-1R603D (Neutron Hux Recorder)NM1PDX02 NR~I-IR603D (Neutron Flux Recorder)Non Class 1E Appendix H 08 Non Class 1E Appendix H 08 Non Class 1E Non Class 1E Appendix I Appendix I 09 09 Non Class 1E Appendix I 09 Appendix I 09 Appendix I 09 Non Class IE Appendix I Non Class IE Appendix I 09 09 Non Class lE Appendix H 08 Non Class 1E Appendix H 08 Non Class lE Appendix H 08 Non Class 1E Appendix H 08 Non Class 1E Appendix H 08 CATEGQRY 0 TEMPERATURE ELEMENT FI GE1CAT1.VSD

CLASS 1E POWER SUPPLY SRU Q TRANSMITTER c" IHDICAh M'F.'IGURE 2 fll 9 0 O gy O hl C GE1CAT2.VSD 0

,LA88 ii.'::4.:B:

%A/, 89 SRU Q TRANSMITTER t BC@%g FIGURE 3 O O am O CI (GE1CAT3.VSD Q'NSTRUMENT CLASS 1E POWER SUPPLY GE1CAT4.VSD FIGURE 4 O'U fA D g O O hl 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,::.

=",':.,NFf RUMP%,;~~~

CLASS 1E INSTRUMENT CLASS 1E PRIMARY CONTAINMIi22lT ISOLATION LOGIC GE1CAT6.VSD FI CLASS 1E INSTRUMENTS GE1CATT.VSD CATEGORY CLASS IE INSTRUMENTS FI GE1 CATG.VSD Q FLOW ELEMENT CATE ORY NON CLASS 1E CABLES<<kwC~<<x~im.

Q FLOW TRANSMITTER Q PRESSURE TRANSMITTER NON CLASS 1E CABLES S.R.U.'.R.U.NON CLASS 1E CABLES GE1 CAT9.VS 0-Q.RECORDER FIGURE 9 APPENDIX A ECQDET-1002 Rev 1 Page 26 SINGLE FAILURE ANALYSIS FOR CATEGORY 1 GE SUPPLIED NON'LASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CAT Y 1 Chas 1E Power Supply 1Y216-11 Q DUAL ELEMENT THERMOCOUPLE Chss 1E Division I Steam Leak Detection Isohtion Logio Chas 1E TDSH-821-1 N603A.TDSH-E11-1 N601A TOSH-E11-1 N601 C TDSH-E41-1 N601A TDSH-E51-1 N604C TOSH33-1 N602A TOSH~1 N602C TOSH~1 N602E Chss 1E TOSH-E51-1 N601A TDSH-E51-1 N604A TE-821-1 N010A TE-821-1 N016A TE-E11-1 N029A TE-E11-1 N029C TE-E11-1 N030A TE-E11-1 N030C TE-E41-1 N026A TE-E41-1 N029A TE-E51-1 N021 A TE-E51-1 N022A TE-E51-1 N026A TE-E51-1 N026C TE-E51-1 N027A TE-E51-1 N027C TE~1 N022A TE~1 N022C TE~1 N022E TE&33-1 N023A TE~1 N023C TE-G33-1 N023E TE-821-1N010A TE-821-1 N016A TE-E11-1 N029A TE-E11-1 N029C TE-E11-1 N030A TE-E11-1 N030C TE-E41-1 N026A TE-E41-1 N029A TE-E51-1 N021A TE-E51-1 N022A TE-E51-1 N026A TE-E51-1 N026C TE-E51-1 N027A TE-E51-1 N027C TE~1 N022A TE~1 N022C TE~1 N022E TE-G33-1 N023A TE33-1 N023C TE~1 N023E Chas 1E Power Supply 1D63401 GE1 ChT11.VSD ECQDET-I Page 28 SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDRS-G33-1N605 rder LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS COMPONENT ID FAILURE MODE None All combinations of thermocouples in left column FailLoworAsis-No initiating signal to Steam Leak isolation logic Hi Temp TE-B21-1NOIOA TE-B21-1N016A TE-E41-IN028A TE-El 1-IN029A TE-E41-IN029A TE-El 1-1N029C TE-El 1-IN030A TE-El 1-1N030C TE-E51-1N021A 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 None Incorrect Temp Recorder Reading No Alarm None None TDRS&33-IN605 Temperature Recorder (Non Class lE)Open Recorder Loss of Temp Recorder Reading;No Alarm None Loss of Temp Recorder Reading;No Alarm Short Recorder SINGLE FAILURE MET YES YES YES YES YES REMARKS Division II Steam Leak isolation logic for High Temp available Recorder not required for DBA or for EOPs Alarm not required for DBA or EOPs Recorder/Alarm not required for DBA or for EOPs Recorder/Alarm not required for DBA or for EOPs (R)

SAFETY FUNCTION: STEAM LEAK-PRHNARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDRS-G33-1N605 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-1 Page 29 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS TE-B21-1NOIOA TE-B21-1N016A All combinations of thermocouples in left column Fail Hi Spurious closing signal to MSIV Isolation Values 1/2 MISV Closure Signal Fails in safe direction TE-G33-1N022A TE-G33-1N022C TE-G33-1N022E TE-G33-1N023A TE-G33-1N023C TE&33-IN023E All combinations of thermocouples in left column Fail High Spurious closing signal to RWCU Isolation Values RWCU Valve HV4 33-1F001 Closes YES Fails in safe direction TE-El I-1N029A TE-El I-1N029C TE-El 1-1N030A TE-El 1-1N030C.All combinations of thermocouples in left column Fail High Spurious closing signal to RHR Isolation Values Close RHR Valves HV-E11-1 F022, HV-E11-1 F009 YES Fails in safe direction TE-FA1-1N028A

'K-E41-1N029A TE-E51-1N026C TE-E51-1N027C All combinations of thermocouples in left column Fail High Spurious closing signal to HPCI Isolation Values Close HPCI Valves HV-E41-1 F002 HV-E41-1 F100 HV-E41-1 F059'YES Div I and Div II ADS available TE-E51-IN021A

'TE-E51-1N022A TE-E51-1N026A TE-E51-1N027A All combinations of Spurious closing signal to thermocouples in left RCIC Isolation Values column Fail High Closes RCIC Valve HV-E51-1 F008 YES Fails in safe direction SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

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

ECTED 2 Rev I Page 31 SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDRS-G33-1N605 rder LOCAL EFFECI'S INCLUDING'DEPENDENT FAILURES FAILURE MODE COMPONENT ID SYSTEM EFFECTS Short Thermocouples Loss of Division I cables k all cables in raceways CABLES in Ch A 4 Div I Raceways with cables to Non Class 1E Components V None Loss of Channel A None None-Only Ch A, Ch A Aff, Div I 4 Div I Affcables in Iaccw8y.Impressed voltage on Thermocouples cables 8h all cables in Iaccw8ys No initiating signal to Steam Leak isolation logic Hi Temp (Voltage causes loss of Instrutnent)

Incorrect or Loss of temp recorder reading;Inconect or No Alarm CABLES in Ch A k Div I Raceways with cables to Non Class 1E Components None SINGLE FAILURE MET YES YES Division H available No Div II, Div II Aff or GE Div II/Non Sep associated cables in Iaccways 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 Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required for DBA or for EOPs

SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDI&633-1N605 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 32 COMPONENT ID CABLES in Ch A&, Div I Raceways with cables to Non Class IE Components FAILURE MODE Impressed voltage Spurious closing of on Thermocouples Isolation Values cables 4 all cables in (Voltages causes Hi signal)raceways SYRIA EFFECTS Close HPCI Valves HV-E41-1 F002 HV-E41-1F100 HV-E41-1 F059 YES REMARKS Div II ADS available Close RHR Valves HV-E11-1F022, HV-E11-1 F009 Fails in safe direction Closes RWCU Valve HV-G33-1 F001 Fails in safe direction 1/2 MISV Closure Signal YES Fails in safe direction Loss of Division I Loss of Channel A None None YES Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways 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 SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDRS-G33-1N605 order LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED 2 Rev I Page 33 COMPONENT.

ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch C Raceways with cables to Non Class lE Components Open Thermocouples cables 8t all cables in raceways No initiating signal to Steam Leak isolation logic Hi Temp Loss of Temp Recorder Reading;No Alarm None None YES Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required for DBA or for EOPs Short Thermocouples cables A, all cables in raceways Loss of Channel C No initiating signal to Steam Leak isolation logic Hi Temp Loss of Temp Recorder Reading;No Alarm None None None YES YES 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 Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required 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 SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TDR&G33-1N605 rder~LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE ECTED Rev 1 Page 34 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in Ch C Raceways with cables to Non Class 1E Components Impressed voltage on Thermocouples cables 4 all cables in raceways No initiating signal to Steam Leak isolation logic Hi Temp (Voltage causes loss of, Instrument)

Spurious closing of Isolation Values (Voltages causes Hi signal)Incorrect or Loss of temp recorder reading;Incorrect or No Alarm None-Only Ch Ck ChCAff cables in raceway.Closes RCIC Valve HV-E51-1F008 None YES YES Division II Steam Leak isolation logic for High Temp available Fails in safe direction Recorder/Alarm not required for DBA or for EOPs R)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 J441 SH 5 J451 SH 20 J456 SH 1 J450 SH4 J450 SH 2 J444 SH 1 M-144 SH 1.

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 Q DUAL ELEMENT RTDs Class 1E Fuse TT-1 51 27NB To Reg Gutde 1.97 Cat 2 Instrument CIrcutts TE-E11-1 N027A TE-E11-1 N0278 TE-E11-1 N027A TE-E11-1 N027B'o Chss 1E Ctrcutts CtrcuIt Breaker 02 1 Y216 Class 1E lll 9 me/CI lD GE1 CAT12.VSO

SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED Rev 1 Page 36 COMPONENT ID FAILURE MODE SYSTEM EFFECTS TE-El I-1N004A TE-El I-1N004B TE-E 1 I-1N017A TE-El I-1N017B 1Z-E I I-IN017C TE-E I 1-IN017D TE-El I-IN027A~TE-E I 1-IN027B~TE-El I-IN032A'K-EI I-1N032B (RTDs)(Q)=All combinations of RTDs in left column Fail Low or As Is All combinations of RTDs in left column Fail High Incorrect or No Temp Recorder Reading;Incorrect or No Alarm~Incorrect or Loss of Tl-E I I-15127A/B Indication Incorrect Temp Recorder Recorder Reading;Incorrect or No Alarm~Incorrect or Loss of Tl-El 1-15127A/B Indication None None None None Recorder/Alarm not required for DBA or for EOPs Reg Guide 1.97 Cat 2 instruments do not require redundancy Recorder/Alarm not required for DBA or for EOPs Reg Guide 1.97 Cat 2 instruments do not uire redundan IR}TRS-El 1-IR601 Temperature Recorder (Non Class IE)Short Recorder Loss of Power to TRS-El I-IR601 results in loss of temp recorder reading;No Alarm Loss of Temp Recorder Reading, No Alarm None None Recorder/Alarm not required for DBA or for EOPs 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)Recorder/Alarm not required 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 DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID TRS-El I-IR601 Temperature Recorder (Non Class IE)FAILURE MODE Open Recorder Loss of Temp Recorder Reading, No Alarm SYS IBM EFFECTS None REMARKS Recorder/Alarm not required for DBA or for EOPs CABLES in same raceways as cables to Non Class IE Component Open RTD cables Open cables to transducers classiTied asQ Loss of Temp Recorder Reading;No Alarm Loss of: Computer Inputs None None Recorder/Alarm not required for DBA or for EOPs Pipe Integrity Main.(See Appenkix K)Computer not required for DBA or for EOPs X140018A XI40019A XI40020A XI40021A XI40022A XI40023A X140024A XI40025A XI40027A XI40028A XI40029A XI40032A XI40032B XI40032C XI40032D None These are Non Class IE meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat 2 instruments do not require redundancy

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

~e Loss of Temp Recorder Reading, No Alarm Loss of: Computer Inputs None None Recorder/Alarm not required for DBA or for EOPs Pipe Integrity Main.(See Appendix K)Computer not required for DBA or for EOPs SAFETY FUNCTION:.

Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-.Rev 1 Page 39 COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS CABLES in same raceways as cables to Non Class IE Component Short cables to transducers classified asQ Short cables to Pressure boundary instruments classified as Q Loss of: XI40018A XI40019A XI40020A XI40021A XI40022A XI40023A X140024A XI40025A X140027A XI40028A.X140029A XI40032A XI40032B XI40032C XI40032D Loss of Non Class 1E Instrument Loops.None None Yes These are Non Class 1E meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat 2 instruments do not require redundancy Non Class 1E Loops not required for DBA or for EOPs Pressure Boundary maintained (See Appendix K)Short cables to Hydrogerf Recombiners Thermocouples Loss of Hydrogen Recombiner None Temperature Indication Indication not required for DBA or for EOPs Provides Indication Only (See Appendix K) 4 SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I Rev 1 Page 40 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same Impressed Voltage raceways as cables, Fault on RTD cables to Non Class IE Component Impressed voltage Fault on cables to transducers classified asQ Loss of Temp Recorder Reading, No Alarm Incorrect/Loss of indication:

Computer Inputs XI40018A XI40019A XI40020A XI40021A XI40022A XI40023A XI40024A XI40025A XI40027A XI-00028 A XI40029A XI40032A XI40032B XI-00032C XI40032D None None None YES Recorder/Alarm not required for DBA or for EOPs.Impressed voltage does not propagate to RTD other elemnt.Piping intergrity maintained (See App K)Computer not required for DBA or for EOPs Impressed voltage does not propagate to input of transducers (See Appendix K)These are Non Class IE meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat 2 instruments do not require redundancy SAFETY FUNCTION: Maintain Piping Integrity, Maintain Class 1E Power Supply 1Y216 NON CLASS 1E COMPONENT S: TRS-E11-1R601 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQ 2 Rev 1 Page 41 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Impressed voltage fault on cables to Pressure Boundary instruments classiTied

~e Impressed voltage fault on cables to Hydrogen Recombiners Thermocouples Loss of Non Class 1E Instrument Loops Loss of HydrogenRecombiner Temperature Indication None None YES Non Class 1E Loops not required for DBA or for EOPs.Pressure Boundary maintained (See Appendix K)Indication not required for DBA or for EOPs Provides Indication Only (See Appendix K)Referrences:

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

CATEGORY 1 Chss 1E Power Supply 1Y216-11 Q DUAL ELEMENT THE RMOCOUPLE Chss 1E TSH-1 0100A TSH-821 1N600A TSH-E11-1N600A TSH-E11-1 N600C TSH-E41-1 N600A TSH-E41-1 N602A TSH-E51-1 N603C TSH~t N600A TSH~1 N600C TSH~1 N600E TE-1 0100A TE-821-1 N014A TE-E11-1 N009A TE-E11-1 N009C TE-E41 1N024A TE-E41-1 N030A TE-E51-1 N011A TE-E51-1 N023A TE-E51-1 N025A TE-E5W N025C TE~1 N016A TE~t N016C TE~1 N016E TE-1 0100A TE-821-1N014A TE-E11-1 N009A TE-E11-1 N009C TE-E41-1 N024A TE-E41-1 N030A TE-E51-1N011A TE-E51-1 N023A TE-E51-1 N025A TE-E51-1 N025C TE~1 N016A TE-G33-1 N016C 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 SAFETY FUNCTION: STEAM LEAK-PRHNARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TIS 33-1N604 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I Page 43 COMPONENT ID TE-E41-1N030A TE-10100A TE-El I-IN009A TE-El I-IN009C TE-B21-1N014A 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)

FAILURE MODE All combinations of thermocouples in left column Fail Low or As Is No initiating signal to Steam Leak isolation logic Hi Temp Incorrect Temp Recorder Reading: No Alarm SYSTEM EFFECI'S None None YES REMARKS Division H Steam Leak isolation logic for High Temp available'ecorder/Alarm not required for DBA or for EOPs.TRS&33-IN605 Temperature Recorder (Non Class 1E)Open Recorder Short Recorder Loss of Temp Recorder Reading;No Alarm Loss of Temp Recorder Reading;No Alarm None None YES YES Recorder/Alarm not required for DBA or for EOPs Recorder/Alarm not requtred for DBA or for EOPs ECTED 2 Rev I Page 44 SAFETY FUNCTION: STEAM LEAK-PRHNhRY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

~33-1N604 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS V:B21-IN014A TE-10100A TE&33-IN016A TE&33-IN016C TE&33-IN016E TE-El I-IN009A TE-El I-IN009C'K-E41-IN024A TE-E41-1N030A TE-E51-IN025C TE-E51-1NOI IA TE-E51-1N023A TE-E51-IN025A All combinations of thermocouples in left column Fail High All combinations of thermocouples in left column Fail High All combinations of thermocouples in left column Fail High All combinations of thermocouples in left column Fail High All combinations of thermocouples in left column Fail High Spurious closing signal to MSIV Isolation Values Loss of Temp Recorder Readin No Alarm Spurious closing signal to RWCU Isolation Values Loss of Temp Recorder Readin No Alarm Spurious closing signal to RHR Isolation Values Loss of Temp Recorder Readin.No Alarm Spurious closing signal to HPCI Isolation Values Loss of Temp Recorder Readin No Alarm Spurious closing signal to-RCIC Isolation Values Loss of Temp Recorder Readin No Alarm 1/2 MISV Closure Signal None RWCU Valve HV-G33-1F001 Closes None Close RHR Valves HV-E11-1 F022, HV-E11-1F009 None Close HPCI Valves HV-E41-1 F002 HV-E41-1F100 HV-E41-1 F059 None.Closes RCIC Valve HV-E51-1 F008 None YES YES YES YES YES YES Fails in safe direction Recorder/Alarm not requited for DBA or for EOPs Fails tn safe direction Recorder/Alarm not required for DBA or for EOPs Fails in safe direction Recorder/Alarm not required for DBA or for EOPs Div I and Div II ADS available Recorder/Alarm not required for DBA or for EOPs Fails in safe direction Recorder/Alarm not requited for DBA or for EOPs SAFETY FUNCTION: STEAM LEAK-PtuiNARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

TRS-633-1N604 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECHE 2 Rev 1 Page 45 COMPONENT ID CABLES in Ch A&, Div I Raceways with cables to Non Class 1E Components FAILURE MODE Open Thermocouple cables 8h all cables in raceways No initiating signal to Steam Leak isolation logic Hi Temp Loss of Temp Recorder Reading;No Alarm SYSTEM EFFECTS None None YES REMARKS Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required for DBA or for EOPs Loss of Division I None YES Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways Short Thermocouple cables&all cables in raceways Loss of Channel A No initiating signal to Steam Leak isolation logic Hi Temp Loss of Temp Recorder Reading;No Alarm None None None YES 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 Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required for DBA or for EOPs

SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

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

TRS-633-1N604 order LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED 002 Rev I Page 47 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch A 0 Div I Raceways with cables to Non Class 1E Components Impressed Voltage No initiating signal to Steam on Thermocouple Leak isolation logic Hi Temp cables dt all cables in (Voltage causes loss of raceways Instrument)

Spurious closing of Isolation Values (Voltages causes Hi signal)None-Only Ch A, Ch A Aff, Divl 8h Div I Aff cables in raceways 1/2 MISV Closure Signal RWCU Valve HV-G33-IF001 Closes Division II Steam Leak isolation logic for High Temp available Fails in safe direction Fails in safe direction Close RHR Valves HV-E11-1F022, HV-E11-1 F009 Fails in safe direction Close HPCI Valves HV-E41-1 F002 HV-E41-1 F100 HV-E41-I F059.YES Div II ADS available SAFETY FUNCTION: STEAM LEAK-PRHlIARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

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

TRS-G33-1N604 order ECQDET-'ev 1 Page 49 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING'DEPENDENT FAILURES SYSTEM EFFECTS.SINGLE FAILURE MET CABLES in Ch C Raceways with cables to Non Class 1E Components Ch Open Thermocouple No initiating signal to Steam cables&, all cables in Leak isolation logic Hi Temp Iaceways Loss of Temp Recorder Reading;No Alarm None None YES YES Division II Steam Leak isolation logic for High Temp available'ecorder/Alarm not required for DBA or for EOPs Short Thermocouple cables&, all cable in Iaceways Loss of Channel C No initiating signal to Steam Leak isolation logic Hi Temp Loss of Temp Recorder Reading;No Alarm None None None YES 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 Division II Steam Leak isolation logic for High Temp available Recorder/Alarm not required 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 SAFETY FUNCTION: STEAM LEAK-PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENTS:

T~33-1N604 rder LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 50 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in Ch C Raceways with cables to Non Class 1E Components Impressed Voltage on Thermocouple cables 8h all cables in raceways No initiating signal to Steam Leak isolation logic Hi Temp (Voltage causes loss of Instrutnent)

Spurious closing of Isolation Values (Voltages causes Hi signal)Incorrect or Loss of temp recorder reading;Incorrect or No Alarm None-Only Ch C 4 Ch C Aff cables in raceway.Closes RCIC Valve HV-E51-1F008 None YES YES Division II Steam Leak isolation logic for High Temp available Fails in safe direction Recorder/Alarm not required for DBA or for EOPs Rt 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 J441 SH 5 JAOI SH12 J451 SH 20 J456 SH 1 J450 SH.4.J450 SH2 J444 SH 1 J-444 SH 2 J441 SH 6 M-144 SH I APPENDIX B ECQDEI'-1002 Rev 1 Page 51 SINGLE FAILURE ANALYSIS FOR CATEGORY 2 GE SUPPLIED NON CLASS lE INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CATEGORY 2 Class 1E 1Y216 Circuit Breaker 02 Ctass 1E Q Power Supply ES-E11-1K603A To Q Instrument Loops To Class 1E Loads Q Transmitter PT-E11-1N026A Pressure Boundary Q SRU No other Chas 1E or Q Loads Conneoted to SRU GE1CAl21.VSD CI CI

.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 ECTED 2Rev 1 Page 53 COMPONENT ID FAILURE MODE LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET Pl-El 1-IR606A1 Indicating Meter (Non Class IE)Open Indicator Loss of Pressure None Indication (PI-El 1-IR606AI)

Indicator not required for DBA or for EOPs Provides Indication Only CABLES in same raceways as cable to Non Class IE Component.Short Indicator Open cables (All Cables)Loss of Pressure Indication (Pl-El 1-1R606AI)

Loss of Pressure Indication (PI-El 1-IR606AI)

None None YES YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only R)Loss of of Division I Loss of Channel A None None YES Division II available No Divll, DivII Affor GE Div II/Non Sep associated cables in raceways 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 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 ECQDET-Rev I Page 54 COMPONENT ID CABLES in same raceways as cable to Non Class IE Component FAILURE MODE Short cables (All Cables)LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS Loss of Pressure None Indication (PI-El 1;1R606A1)

SINGLE FAILURE MET Indicator not required for DBA or for EOPs Provides Indication Only fw Loss of Division I Loss of Channel A None None YES Divisionl II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways 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

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 ECQDET-Rev I Page 55 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING.DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All cables)Loss of Pressure None Indication (PI-El I-IR606AI)

Indicator not required for DBA or for EOPs Provides Indication Only Loss of Division I Loss of Channel A Loss of PT-El I-IN026A Electronics Loss of electronics to other Pressure Boundary Instruments with cables in contact with EMIPM1302 None None None None YES YES Division II available No Div H, Div II Affor GE Div II/Non Sep associated cables in raceways 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 Pressure Boundary Maintained I'ressure Boundary Maintained

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 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class lE Component Impressed Voltage (All cables)Loss of Power Supply ES-El 1-1K603A Loads: FI-E 1 1-1R603A-Loss of LOOP A Flow Indication FR-El 1-IR608-Loss of LOOP A Flow Indication FI-El I-IR602A-Loss of RHR SW Flow to Hx 1A Indication None YES YES YES 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)FI-El 1-1R603A is Reg Guide 1.97 Cat 2 which does not require redundancy Recorder not required for DBA or for EOPs Provides Indication Only Indication not required for DBA or for EOPs Provides Indication Only

References:

J451 Sh 9 J-451 Sh 12 J412 Sh 13 M-151 Sh I MI-EI IM(14)EC417-1014 CATEGORY 2 Class 1E 1Y226 Circuit Breaker 02 Fuse Ctass 1E Q Power Supply ES-E11-1 K603B To Q Instrument Loops To Class 1E Loads Q Transmitter PT-E11-1N026B Pressure Boundary Q SRU 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 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECI'S SINGLE FAILURE MET Pl-El I-R606B I Indicating Meter (Non Class IE)Open Indicator Shorted Indicator Loss of Pressure Indication (Pl-El 1-1R606BI)

Loss of Pressure Indication (PI-El 1-IR606BI)

None None Indicator not required for DBA or for EOPs Provides Indication Only 4 Indicator not required for DBA or for EOPs Provides Indication Only j Ri IR>CABLES in same Open cables (All raceways as cable Cables)to Non Class IE Component Loss of Pressure Indication (PI-El 1-1R606B1)

None Indicator not required for DBA or for EOPs Provides Indication Only Loss of Division II Loss of Channel B None None YES YES Division I available No Div I, Div I AG'or GE Div IJNon Sep associated cables in raceways 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 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 ECTED 2 Rev 1 Page 59 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class 1E Component Short cables (All Cables)Impressed Voltage (All cables)Loss of Pressure Indication (PI-El 1-1R606B 1)Loss of Division Il Loss of Channel B Loss of Pressure Indication (PI-El I-IR606B1)

Loss of FI'-EI I-IN026B Electronics None None None None None YES YES YES Indicator not required for DBA or for EOPs Provides Indication Only Division I available No Div I Div I Affor GE Div I/Non Sep associated cables in raceways 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 Indicator not required for DBA or for EOPs Provides Indication Only Pressure Boundary Maintained Loss of other Pressure Boundaries Electronics None Pressure Boundary 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 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All cables)Loss of Channel B Loss of Power Supply ES-El I-IK603B Loads: FI-El 1-IR603B-Loss of LOOP B Flow Indication FR-El 1-IR608-Loss of LOOP B Flow Indication None 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 Fuse opens at Power Supply before Class 1E Circuit Breaker opens.No Class IE circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)H-El I-IR603B is Reg Guide 1.97 Cat 2 which does not require redundancy Recorder not required for DBA or for EOPs Provides Indication Only I R)

REFERENCES:

J451 Sh 11 J451 Sh 13 MI-E1146 14 ECW17-1013 CATEGORY 2 Class 1E 1Y216 circuit Breaker 02 Chss 1E Q Power Supply ES-E21-1 K600A To Class 1E Loads Q Transmitter PT-E21-1 N001A Pressure Boundary Q SRU>>'.>>Q Q Transmitter FT-E21-1N003A Pressure Boundary No other Class 1E or Q Loads Connected to SRU Q Indicating Instrument Fl-E21-1 R601A (Reg Guide 1.97 Cat 2)Gal chl2S.VSD 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 ECTED Rev 1 Page 62 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES.SYSTEM EFFECTS SINGLE FAILURE MET REMARKS PI-E21.-1R600A Indicating Meter (Non Class 1E)CABLES in same raceways as cable to Non Class IE Component Open Indicator Shorted Indicator Open cables (All Cables)Loss of Core Spray Pressure Indication (PI-E21-1R600A)

Loss of Core Spray Pressure Indication (PI-E21-1R600A)

Loss of Core Spray Flow Indication (FI-E21-1R601A)

None None None None YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only FI-E21-1R601A is Reg Guide 1.97 Cat 2 which does not require redundancy IRj Loss of Division I None YES Division II available No Div H, Div II Aff or 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 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 ECTED Rev 1 Page 63 COMPONENT ID CABLES in same raceways as cable to Non Class IE Component FAILURE MODE Shorted cables (All Cables)LOCAL EFFECTS INCLUDING DEPENDENT FAILURES Loss of Core Spray Pressure Indication (Pl-E21-IR600A)

Loss of Core Spray Flow Indication (Fl-E21-1R601A)

SYSTEM EFFECTS None None SINGLE FAILURE MET Indicator not requiied for DBA or for EOPs Provides Indication Only Fl-E21-1R601A is Reg Guide 1.97 Cat 2 which does not require redundancy Impressed Voltage (All Cables)Loss of Division I Loss of Channel A Loss of Core Spray Pressure Indication (PI-E21-IR600B)

Incorrect/Loss.

of Core Spray Flow Indication (FI-E21-1R601A)

None None None None YES YES Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways 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 Indicator not required for DBA or for EOPs Provides Indication Only Fl-E21-IR601A is Reg Guide 1.97 Cat 2 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 FAlLURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET RIIMARKS CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All Cables)Loss of Power Supply ES-E21-1K600A Loss of FI'-E21-INOOI A Electronics None Only PI-E21400A FI-E21-IR601A supplied from ES-E21-IK600A None YES YES Division II available No Div H, Div II Aff or GE Div II/Non Sep associated cables in raceways Fuse opens at Power Supply before Class IE Circuit Breaker opens.No Class 1E circuits connected to fuse (FSAR 8.1.6.1'solation Method iii)Division II available; Pressure Boundary Maintained Loss of FI'-E21-IN003A Electronics None Division II available; Pressure Boundary Maintained Loss of electronics to other Pressure Boundary Instruments with cables in contact with EKIPN1301 Loss of Division I None None YES Pressure Boundary Maintained Division II available No Div II, Div II Aff or 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 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to.Non Class IE Component.Impressed Voltage (All Cables)Loss of portion 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 REFERENCES J452 SH 2 Ml-E21-35 (2)

CATEGORY 2 Class 1E 1Y226 Circuit Breaker 09 Chas 1E Q Power Supply ES-E21-1K6008 To Class 1E Loads Q Transmitter PT-E21-1 N001B Pressure Boundary Q SRU.'YN'Yerbs Q Transmitter FT-E21-1N003B Pressure Boundary No other Class 1E or Q Loads Connected to SRU Q Indicating Instrument Fl-E21-1R601B (Reg Gukte 1.97 Cat 2)GE1 ChT24.VSD ECTED Rev 1 Page 67 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET SYSTEM EFFECTS COMPONENT ID FAILURE MODE Open Indicator Pl-E21-1R600B Indicating Meter (Non Class 1E)Loss of Core Spray Pressure Indication (Pl-E21-1R600B)

None Indicator not required for DBA or for EOPs Provides Indication Only Short Indicator Loss of Core Spray Pressure Indication (PI-E21-1R600B)

None Indicator not required for DBA or for EOPs Provides Indication Only YES CABLES in same raceways as cable to Non Class 1E Component Open cables (All Cables)Loss of Core Spray Pressure Indication (PI-E21-1R600B)

None Indicator not required for DBA or for EOPs Provides Indication Only YES FI-E21-1R601B is Reg Guide 1.97 Cat 2 which does not require redundancy Loss of Core Spray Flow'ndication (Fl-E21-1R601B)

None YES Loss of Division II Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways None YES Loss of Channel B 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 None 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 ECQDET-Rev 1 Page 68 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET FAILURE MODE Short cables (All Cables)SYSTEM EFFECTS CABLES in same raceways as cable to Non Class lE Component Loss of Core Spray Presstne Indication (PI-E21-1R600B)

None Indicator not required for DBA or for EOPs Provides Indication Only YES Loss of Core Spray Flow Indication (FI-E21-1R601B)

None Fl-E21-1R601B is Reg Guide 1.97 Cat 2 which does not require redundancy YES Loss of Division II None Division I available No Div I, Divl Aff or GE Div IUNon 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 A6;GE Ch A,C,D/Non Sep associated cables in raceways YES Impressed Voltage (All Cables)Loss of Core Spray Pressure Indication (Pl-E21-IR600B)

Indicator not required for DBA or for EOPs Provides Indication Only None YES Incorrect Core Spray Flow Indication (Fl-E21-1R601B)

Fl-E21-1R601B is Reg Guide 1.97 Cat 2 which does not require redundancy None YES 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

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 ECQDET Rev I Page 69 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class 1E Component Impressed Voltage (All Cables)Loss of Power Supply ES-E21-1K600B Loss of FT-E21-I N003B Electronics None Only PI-E21%00B FI-E21-1R601B supplied from ES-E21-IK600B None YES YES Division I available No Div I, Div I M'or GE Div I/Non Sep 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)Division I available; Pressure Boundary Maintained Loss of PT-E21-1N001B Electronics Loss of electronics to other Pressure Boundary Instruments with cables in contact with FM1PN1201 None None YES YES Division I available; Pressure Boundary Maintained Pressure Boundary not Maintained 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 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 ECQDET-2 Rev 1 Page 70 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class 1E Component Impressed Voltage (All Cables)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 REFERENCES J452 SH 3 Ml-E21-35 (2)

CATEGORY 2 Class 1E Power Supply ES-E41-1K604 Class 1E 1D624 Circuit Breaker 06 Chas 1E Class 1E Inverter E41-1K600 Class 1E Power Supply ES-E41-1K600 Chas 1E HPCI EhcMc Govenor (SY-15683)

Ramp Generator (SY-15682)

To Class 1E Loads Q Transmitter PT-E41-1 N01 9 Pressure Boundary Q Transmitter PT-E41-1 N016 Pressure Boundary Class 1E Transmitter FT-E41-1N008 Pressure Boundary Class 1E Controller FC-E41-1R600 Class 1E Sq Root Extr.FY-E41-1K601 Class 1E SRU Q Indicating Instrument Fl-E41-1 R600-1 (Reg Guide 1.97 Cat 2)Q Transmitter PT-E41-1N013 Pressure Boundary Q Transmitter PT-E41-1 N009 Pressure Boundary Q SRU No other Chss1E or 0 Loads Connected to SRU'.Q Indicating Instrument PI-E41-1R601 m cp<rII Cl CI N N 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 ECQDET-Rev 1 Page 72 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMAIKS PI-FA1-1R602 Indicating Meter (Non Class 1E)Pl-FA1-1R603 Indicating Meter (Non Class IE)*Pl-FA1-1R606 Indicating Meter (Non Class 1E)SI-E41-1R604 Indicating Meter (Non Class 1E)Open Indicator Short Indicator Open Indicator Short Indicator Open Indicator Short Indicator Open Indicator Short Indicator Loss of HPCI Pressure Indication (PI-FA1-1R602)

Loss of HPCI Pressure Indication (PI-FA1-1R602)

Loss of HPCI Pressure Indication (PI-FA1-1R603)

Loss of HPCI Pressure Indication (PI-E41-1R603)

Loss of HPCI Pressure Indication (PI-E41-1R606)

Loss of HPCI Pressure Indication (PI-FA 1-IR606)Loss of Speed Indication (SI-E41-IR604)

Loss of Speed Indication (SI-FA I-1R604)None None None None None None None None YES YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No Ihilure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited A for Station Blackout t'

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 ECQDET-Rev 1 Page 73 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE CABLES in same raceways as cable to.Non Class IE Component Open cables (All Cables)Loss of HPCI Pressure Indication (PI-FA1-1R603, PI-FA I-IR606)Loss of HPCI Pressure Indication (PI-FAI-IR601, PI-E41-I R602)Loss of Speed Indication (SI-E41-1R604)

Loss of Division II Loss of Channel B None None None None None YES Indtcator not reqmred for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Division I available No Div I, Div I Aff or GE Div I/Non Scp associated cables in raceways Channel A, C, D available.

No Ch A,C, DorChACD Aff GE Ch A,C,D/Non Sep associated cables in raceways RI 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 ECTED Rev I Page 74 COMPONENT ID FAILURE MODE LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SYSTEM EFFECI'S SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class IE Component Loss of HPCI Presmtre Indication (Pl-E41-IR603 Pl-FA I-IR606)Loss of HPCI Pressure Indication (PI-E41-1R601, Pl-FAI-IR602)

Loss of Speed Indication (SI-E41-I R604)None None None YES YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout'R)Loss of Division II Loss of Channel B None None YES Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways 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 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 EC-QDET-Rev I Page 75 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING.DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All cables)Loss of HPCI Pressure Indication (PI-E41-1R603 Pl-FA1-IR606)

Loss of HPCI Pressure Indication (PI-E41-1R601, PI-FA I-1R602)Loss of Speed Indication (SI-E41-I R604)None None None YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or EOPs except for Station Blackout EOP No Ihilure mode for Station Blackout Limited QA for Station Blackout Loss of FI'-E41-IN013 Electronics None Pressttre Boundary Maintained Loss of PT-FA1-IN016 Electronics Loss of PT-E41-IN019 Electronics None None YES Pressure Boundary Maintained Pressure Boundary Maintained Loss of PT-FA I-IN009 Electronics None YES Pressure Boundary Maintained 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 ECTED Rev 1 Page 76 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class 1E Component Impressed Voltage (All cables)Loss of electronics to other Pressure Boundary Instruments with cables in contact with FMIPP1203 Loss of Power Supply ES-E41-1K600B, 1K604 Loads: None None YES YES Pressure Boundary Maintained Fuse opens at Inverter before Class IE Circuit Breaker opens.(FSAR 8.1.6.lq5 Isolation Method iii)Division I ADS availabl~HPCI Gov.Control-Loss of None HPCI Division I ADS available No Div I, Div I Aff or GE Div I/Non Scp associated cables in raceways HPCI Controller

-Loss of HPCI FI-FA I-1R600-1-Loss of Indication None None YES Division I ADS available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways Fl-E21-IR600-1 is Reg Guide 1.97 Cat 2 which does not require~red undan 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 ECQDET-Rev 1 Page 77 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All cables)FY-FA1-IK601

-Loss of HPCI Loss of Division II Loss of Channel B None None None YES~Division I ADS available No Div I, Div I Afror GE Div I/Non Sep associated cables in raceways Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways 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 J455 Sh 2 J456 Sh 3 MI-FA149 (3)M-155 Sh 1

CATEGORY 2 Q Power Supply ES-E51-1K604 Class 1E 1D614 Circuit Breaker 07 Class 1E Q Inverter E51-1K603 Q Power Supply ES-E51-1K600 Q RCIC Etectrtc Governor Ramp Generator To Class 1E Loads Q Transmitter PT-E51-1 N004 Pressure Boundary Q Transmitte'r PT-E51-1 N007 Pressure Boundary Q Transmitter FT-E51-1N003 Pressure Boundary Q Controller FC-E51-1R600 Class 1E Sq Root Extr.FY-E51-1K601 Q SRU Q Indicating Instrument Fl-E51-1 R600-1 (Reg Gutde 1.97 Cat 2)GE1CAl25.VSO Q Transmitter PT-E51-1N008 Pressure Boundary Q Transmitter PT-E51-1N005

~Pressure Boundary Q SRU No other Class 1E or Q Loads Connected to SRtj f'4889K 44;k%3)pp,'Wc~)>)9:., yI ca>:>(>>.4>>>%3gN:Nlt>sd>a>>>&h$5h3>&hS>.m co c nI 3 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAIN CLASS 1E POWER SUPPLY 1D614 NONCLASS1ECOMPONENTS:PI-E51-1R601 PI-E51-1R602 PI-E51403'Pl-E51-IR604 SI-15001h E CADET-I I Page 79 COMPONENT ID PI-E51-1R601 Indicating Meter (Non Class 1E)PI-E51-IR602 Indicating Meter (Non Class 1E)PI-E51-IR603 Indicating Meter (Non Class lE)PI-E51-1R604 Indicating Meter (Non Class lE)FAILURE MODE Open Indicator Short Indicator Open Indicator Short Indicator Open Indicator Short Indicator Open Indicator Shorted Indicator LOCAL EFFECTS INCLUDING DEPENDENT FAILURES Loss of Pressure Indication (PI-E51-1R601)

Loss of Pressure Indication (PI-E51-1R601)

Loss of Pressure Indication (PI-E51-1R602)

Loss of Pressure Indication (Pl-E51-IR603)

Loss of Presstue Indication (PI-E51-IR603)

Loss of Premise Indication (PI-E5 1-IR604)Loss of Pressure Indication (PI-E51-1R604)

SYSTEM EFFECTS None None None None None None None None SINGLE FAILURE MET YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Pmvides Indication Only Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited A for Station Blackout iR RI SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAIN CLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601 Pl-E51-1R602'I-E51403'I-E51-1R604 SI-15001A ECTED ET-1 Page 80 FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET SI-15001A Indicating Meter (Non Class IE)Open Indicator Shorted Indicator Loss of Speed Indication (SI-15001A)

Loss of Speed Indication (Sl-15001A)

None None YES YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout CABLES in same raceways as cable to Non Class 1E Component Open cables (All Cables)Loss of Pressure Indications (PI-E51-IR602)

None YES Indicator not required for DBA or for EOPs Provides Indication Only Loss of Indication None (PI-E51-1R601,PI-E51-1R603 PI-E51-1R604, SI-15001A)

YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I Loss of Channel A None None YES YES Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways 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 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAIN CLASS 1E POWER SUPPLY 1D614 NONCLASS1ECOMPONENTS:Pl-E51-1R601'Pl-E51-1R602 PI-E51403 PI-E51-1R604 SI-15001A ECTED 2 Rev I Page 81 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING-DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class IE Component Short cables (All cables)Loss of Pressure Indication (Pl-E51-IR602)

None Indicator not required for DBA or for EOPs Provides Indication Only Ri Loss of Indication None (PI-E51-1R601,PI-E51-1R603 PI-E51-1R604, SI-15001A)

YES Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I Loss of Channel A None None Division H available No Div 11, Div H Aff or GE Div II/Non Sep associated cables in Ia~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 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAIN CLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601'I-E51-1R602'I-E51403 PI-E51-1R604.SI-15001A ECQDET-I Page 82 COMPONENT ID FAILURE MODE LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class 1E Component Impressed Voltage (All cables)Loss of Pressure Indication (PI-E51-1R602)

None YES Indicators not required for DBA or for EOPs Provides Indication Only Loss of Indication (PI-E51-1R601,PI-E51-1R603 PI-E51-1R604, SI-15001A)

None Indicator not required for DBA or EOPs except for Station Blackout EOP No failure mode for Station Blackout Limited QA for Station Blackout Loss of Division I Loss of Channel A None None YES YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways 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 SAFETY FUNCTION: RCIC PRESSURE BOUNDARIES, MAINTAIN CLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENTS:PI-E51-1R601 PI-E51-1R602'I-E51403'l-E51-1R604 SI-15001A ECTED-Rev I Page 83 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE CABLES in same raceways as cable to Non Class IE Component Impressed Voltage (All cables)Loss of Power Supply ES-E51-1K600, IK604 Loads: RCIC Gov.Control-Loss of None-RCIC not RCIC required for DBA Fuse opens at Inverter before Class IE Circuit Breaker opens;No Class IE circuits connected to fuse (FSAR 8.1.6.1q5 Isolation Method iii)Division II available No Div, II, Div II Aff or GE Div II/Non Sep associated cables in raceways RCIC Controller

-Loss of RCIC Fl-E51-IR600-I

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

-Loss of RCIC None-RCIC not required for DBA Division II.available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways

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

References:

JM9 Sh I J449 Sh 2 J450 Sh 1 M 1-E51-90(5)

APPENDIX C ECQDET-1002 Rcv 1 Page 85 SINGLE FAILURE ANALYSIS FOR CATEGORY 3 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CATEGORY 3 Non Class 1E 1Y218 Circuit Breaker 03 Fuse Non Chas tE No Chas 1E or Q Loads Connected to SRU Isolatiofl Device XY-15500 k~MPiA@>Ci,'.@4 Q Transmitter FT-E11-1N013 Pressure Boundary No other Chss1Eor Q Loads Connected to SRU Q isolation Device FY-14989 Q Isolation Device FY-15189 r'Nina!4 aa GE1Chlsl.VSD SAFETY FUNCTION: RHR HEAD SPRAY PRESSURE BOUNDARY (FT-E11-1N013)

NON CLASS 1E COMPONENT S: Fl-E11-1R607 ECQDET-Rev 1 Page 87 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS FI-E11R607 Indicating Meter (Non Class IE)CABLES in same raceways as cable to Non Class 1E Component Open Indicator Short Indicator Open cables Loss of Flow Indication (Fl-El I-IR607)'oss of Flow Indication (Fl-El 1-IR607)Loss of Flow Indication (Fl-El 1-1R607)None None None YES YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Open cables to Pressure Boundary instruments classified asQ Open cables to Neutron Mon.Sys classified as Q Loss of Division I Loss of Non Class lE Instrument Loops Loss of Recorders RR-D 124R609, OR610 RR-D12-1R605, 7, 8 None None None YES YES Division II available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways Non Class IE Loops not required for DBA or for EOPs Pressure Boundary maintained (See Appendix K)Recorders not required for DBA or for EOPs 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 INCLUDING DEPENDENT FAILURES FAILURE MODE SYSTEM EFFECTS Neutron Flux SCRAM COMPONENT ID CABLES in same raceways as cable to Non Class 1E Component Open cables to Neutron Mon.Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Short cables Loss of Flow Indication (FI-El 1-1R607)None Loss of Division I None Short cables to Loss of Non Class 1E Pressure Boundary Instrument Loops instruments classiiied asQ None None Short cables to Neutron Mon.Sys classified as Q Loss of Recorders RR-D124R609, OR610 RR-D12-1R605, 7, 8 Neutron Flux SCRAM Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip SINGLE FAILURE MET YES YES YES REMARKS Fails in safe direction Indicator not required for DBA or for EOPs Provides Indication Only Division 11 available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways Non Class lE Loops not required for DBA or for EOPs Pressure Boundary maintained (See Appendix K)Recorders not required for DBA or for EOPs Provides Indication Only Fails in safe direction R)

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 DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cable-to Non Class 1E Component Impressed Voltage Impressed voltage fault on cables to Pressure Boundary instruments classified asQ Impressed voltage fault cables to Neutron Mon.Sys classified as Q Loss of Flow Indication (FI-El 1-IR607)Loss of Division I Loss of FT-El I-1N013 Electronics

.Loss of electronics to Pressure Boundary Instruments with cables in contact with NMlPM1307 Loss of Recorders'RR-D124R609, OR610 RR-D12-1R605, 7, 8 None None None None None YES YES YES Indicator not required for DBA or for EOPs Provides Indication Only Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways Pressure Boundary Maintained (See Appendix K)Pressure Boundary Maintained (See Aplmtdix K)Recorders not required for DBA or for EOPs Provides Indication Only Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM E F H.IRM Channels Tri Fails in safe direction iRI

References:

F51 SH 9 J449 SH 3 J446 SH 3 J-447 SH 2 Ml<12-110 (28)Ml&12-108 1 CATEGORY 3 Non Class 1E 1Y218 Clroult Breaker 0?Fuse Non Ches 1E Q Transmitter PT-C41-1N004 Pressure Boundary Q SRU Rm;Kj~'HL44 1:h$684.NC N's 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)GE1CArta.VSO m 9 co<g CI CI SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET Rev I Page 91 COMPONENT ID FAILURE MODE SYSTEM EFFECI'S PI<41-IR600 Indicating Meter (Non Class IE)ESM I-IK600 Power Supply (IY218%7)(Non Class 1E)Open indicator Short Indicator Open Non Class 1E Power Supply Loss of Presme indication (PILI-1R600)

Loss of Pressuie indication (PI<41-I R600)Loss of: PSHL<12-IN652 PIM I-IR600 LI/FI-14806 LSHL-C41-IN600 None None None None None None YES YES YES YES Indicator not required for DBA or for EOPs Pmvides Indication Only Indicator not required for DBA or for EOPs Pmvides Indication Only Indicator not required for DBA or for EOPs Pmvides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instmnents do not require redundancy (ai

SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: Pl-C41-1 R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED 2 Rev I Page 92 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS ES&1-IK600 Power Supply (IY21847)(Non Class IE)CABLES in same raceways as cables to Non Class IE Component Short Non Class 1E.Power Supply Open Cables Loss of: PS HL&12-IN652 PI<41-IR600 LI/Fl-14806 LSHL-C41-1N600 Loss of Pressure indication (PILI-IR600)

Incomxt/Loss of FR41204A (Non Class 1E)None None None None None YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instrtunents do not require redundancy Indicator not required for DBA or for EOPs Provides Indication Only Not Required for DBA or for EOPs Loss of PT<41-IN004 Output Loss of: PSHL&12-IN652 None None YES Pressure Boundaty Maintaned SAFETY PUNCTIONi Standby Liquid Control Pressure Boundary (PT-C41-iN004)

NON CLASS 1E COMPONENT S: Pl-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rcv 1 Page 93 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same raceways as cables to Non Class 1E Component Open cables to transducers classified asQ Loss of: PSHIA.'12-IN652 LI/FI-14806 LSHL<41-IN600 Loss of: Computer Inputs None None None None YES YES Indicator not required for DBA or for EOPs Pravides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy Computer not required for DBA or for EOPs Open cables to Pressure Boundary instrumehts classified XI40018A XI40022A Loss of Non Class IE Instrument Loops None None These are Non Class 1E meters used for Reg Guide 1.97 Cat 2 Reg Guide 1.97 Cat 2 instruments do not require redundancy Non Class 1E Loops not required for DBA or for EOPs Pressure Boundaries Maintained SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI&41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 94 COMPONENT ID FAILURE MODE SYSTEM EFFECI'S CABLES in same raceways as cables to Non Class IE Component Short Cables Loss of Pressure indication (Pl~I-1R600)

Incorrect/Loss of FR41204A (Non Class IE)None YES Indicator not required for DBA or for EOPs Provides Indication Only Not Required for DBA or for EOPs)P t Loss of PT-C41-1N004 Output Loss of: PS HL-C12-1N652 PSHLZ12-IN652 LI/FI-14806 LSHL-C41-1N600 None None None None None YES Pressure Boundary Maintained Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy Short cables to Loss of Non Class IE Pressure Boundary.Instrument Loops instruments classified None Non Class IE Loops not required for DBA or for EOPs Pressure Boundaries Maintained SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES*SINGLE FAILURE MET E CADET-1 Page 95 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same raceways as cables to Non Class 1E Component Short cables to transducers classified

~e Loss of: Computer Inputs X1~18A XI40022A None None YES'Computer not required for DBA or for EOPs These are Non Class IE meters used for Reg Guide 1.97 Cat 2 Reg Guide 1.97 Cat 2 instruments do not requtle redundancy CABLES in same.raceways as cables to Non Class 1E Component Impressed voltage Fault on cables Incorect/Loss of Pressure Indication (PILI-IR600)

Loss of PT-C41-1N004 Electronics Loss of electronics to other Pressure Boundary Instruments with cables in contact with NMIQ0206C 4 NKIC41001 None None None YES YES YES Indication not required for DBA or for EOPs Provides Indication Only Pressure Boundary Maintained Pressure Boundary Maintained Incorrect/Loss of FR41204A (Non Class IE)None YES Not Required for DBA or for EOPs f R/

SAFETY'UNCTION:

Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: Pl-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 96 COMPONENT ID FAILURE MODE SYSTEM EFFECI'S REMARKS CABLES in same raceways as cables to Non Class 1E Component Impressed voltage Fault on cables Incorrect ESMI-IK600 power supply voltage to loads: High Voltage: PS HIAA1-1N004 Incorrect Indication from LI/Fl-14806 None None No Alarms Alarm not required for DBA or for EOPs Alarms Only Indication not required for DBA or for EOPs Provides Indication Only PS HL<41-IN004 Incorrect Indication from PILI-IR600 None None YES YES Reg Guide 1.97 Cat 2 instruments do not require redundancy No Alarms Alarm not required for for DBA or for EOPs Alarms Only Indication not required for DBA or for EOPs Provides Indication Only 0 I I SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS.INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET EC-QD 2 Rev 1 Page 97 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Impressed voltage Fault on cables Low Voltage: Loss of PSHL-C41-1N004 None YES Loss of Indication from LI/FI-14806 Incorrect ES<41-IK600 power supply voltage to loads: None Indication not requimd for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redmuhncy Low Voltage:.Loss of PSHIA'Al-1N004 None YES Impressed voltage Fault on cables to Presme Boundary instruments classified as Incorrect Indication from PI-C41>>1R600

.Loss of Non Class IE Instrument Loops None None YES Indication not required for DBA or for EOPs Provides indication Only Non Class IE Loops not required for DBA or for EOPs Pressure Boundaries Maintained

)Rl SAFETY FUNCTION: Standby Liquid Control Pressure Boundary (PT-C41-1N004)

NON CLASS 1E COMPONENT S: PI-C41-1R600 ES-C41-1K600 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED Rev 1 Page 98 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Impressed voltage Fault on cables to transducers classified asQ Loss of: Computer Inputs X140018A XI40022A None None Computer not required for DBA or for EOPs These are Non Class 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 J447 Sh 2 M-148 Sh 1~Ml&41-36 Sh 1 MI&12-108 Sh I CATEGORY 3 Circuit Breaker 09 Non Class1E'Y218 Non Chas 1E No other Chas 1E or Q Loads Connected to SRLI Q Transmitter FT-B21-1 N033A Pressure Boundary Q SRU Q Transmitter FT-821-1N033C Pressure Boundary Q Transmitter LT-B21-1N027 Pressure Boundary Q Indhatlng Transmitter Switch Pressure Boundary LITS-B21-1 N026D Electronhs Chas 1E LITS-B21-1 N026D Mechanhal Switch Opens on Low Levd Class 1E RPS B Logic GE1 CAlss.vso SAFETY FUNCTION: REACTOR VESSEL LEVEL TRIP (LITS-B21-1N026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED Rev 1 Page 100 COMPONENT ID FAILURE MODE SYSTEM EFFECTS'LI-B21-IR604 Indicating Meter (Non Class lE Open Indicating Meter Loss of Reactor Level Ind.LI-B21-1R604 None YES Indication not required for DBA or for EOPs Provides Indication Only.No electrical connection between electronics 8t Mechanical Switch Short Indicating Meter Loss of Reactor Level Ind.LI-B21-1R604 None YES Indication not required for DBA or for EOPs Provides Indication Only.No electrical connection between electronics 4 Mechanical Switch ES-B21-IK603 Power Supply (IY21849 Non Class 1E)Open Power Supply Loss of Reactor Level Ind.LI-B21-1R604 None Indication not required for DBA or for EOPs Provides Indication Only.No electrical connection between electronics k Mechanical Switch Loss of Reactor Level Ind.LI-B21-1R605 Loss of Jet Pump Flow Ind.FI-B21-1R609A, C None None YES Indication not required for DBA or for EOPs ,Provides Indication Only Indication not required for DBA or for EOPs Provides Indication Onl ECTED 2 Rev 1 Page 101 SAFETY FUNCTION: REACTOR VESSEL LEVEL TRIP (LITS-821-1N026D)

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

ECQDET-1 Page 102 SAFETY FUNCTION: REACTOR VESSEL LEVEL TRIP (LITS-B21-1N026D)

NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Open Cables Loss of IRM Range Neutron Flu Recorders None Recorders not required for DBA or for EOPs Provides Indication Only Loss of Process Radiation None.Recorders YES Recorders not required for DBA or for EOPs Provides Indication Only Loss of Computer 4 SPDS Inputs Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip None Neutron Fluz SCRAM YES Computer Jh SPDS not required for DBA or for EOPs Provides Indication Only Fails in safe direction CABLES in same raceways as cables to Non Class IE Component Short Cables Loss of Reactor Level Ind.LI-B21-1R604 Loss of Reactor Level Ind.LI-B21-1R605 Loss of Non Class IE.Instrument Loops None None None YES Indication not required for DBA or for EOPs Pressure Boundary Maintained.

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

None YES Indication not required for DBA or for EOPs Pressure Boundary Maintained Loss of Reactor Level Ind.LI-B21-1R604

'None YES Indication not required 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 LEVEL TRIP (LITS-B21-1 N0269)NON CLASS 1E COMPONENT S: LI-B21-1R604 ES-B21-1K603 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID CABLES in same raceways as cables to Non Class 1E Component FAILURE MODE Impressed Voltage Fault on cables Loss of Process Radiation Recorders Loss of Computer 8h SPDS Inputs Loss of electronics to other Pressure Boundary Instruments with cables in contact with NMIP IF101 SYSTEM EFFECTS None None None YES YES REMAIKS Recorders not required for DBA or for EOPs Provides Indication Only Computer 8h SPDS not required for DBA or for EOPs Provides Indication Only Pressure Boundary Maintained Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM Fails in safe direction Loss of IRM Range Neutron Flux Recorders None YES Recorders not required for DBA or for EOPs Provides Indication Only

References:

J442 SH 16 J442 SH 11 M 1-B21-94 SH 1 APPENDIX D ECQDET-1002 Rev 1 Page 105 SINGLE FAILURE ANALYSIS FOR CATEGORY 4 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CATEGORY 4Circuit Breaker Class 1E 1Y216 Conductivity Element CE-E11-1 N001A No Other Connected Loads m U Q 9 CI CI SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS:

CISE-E11-1R001A ECQDET-Rev 1 Page 107 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING.

DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMAINS CE-Ell-INOOIA Conductivity Element (Q)Shorts Loss of Conductivity Indication (CISH-El 1-1R001A)Loss of Conductivity Ann Input (CISH-El 1-1R001A)Loss of Conductivity Indication (CISH-El I-IR001A)Loss of Conductivity Ann Input (CISH-El I-1R001A)None None None None YES YES YES Indicator not required for DBA or for EOPs ,Provides Indication Only Ann.not required for DBA or for EOPs.Ann.Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs.Ann.Only I RI CISH-El I-IROOIA Open Indicator Conductivity Indicating Switch (Non Class IE)Short Indicator Loss of Conductivity Indication (CISH-El I-1R001A)Loss of Conductivity Ann Input (CISH-El I-1ROOIA)Loss of Conductivity Indication (CISH-El 1-IROOIA)Loss of Conductivity Ann Input (CISH-El 1-1R001A)None None None None YES Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs.Ann.Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not'required for DBA or for EOPs.Ann.Onl EC-QDET-I Rev 1 Page 108 SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS:

CISH-E11-1R001A LOCAL EFFECTS INCLUDING DEPENDENT FAILURES COMPONENT ID FAILURE MODE CISH-El 1-1ROOIA Short Indicator Conductivity Indicating Switch (Non Class 1E)Trip 1Y216 Circuit Breaker 22 CABLES in same raceways as cable to Non Class 1E Component Open Cables (All cables)Loss of Conductivity Indication (CISH-El 1-1R001A)Loss of Conductivity Ann Input (CISH-El 1-1R001A)Loss of one Input to TRS-El 1-1R601 Short Cables (All cables Loss of Conductivity Indication (CISH-El 1-IR001A)Loss of Conductivity Ann Input (CISH-El I-1R001A)Trip 1Y216 Circuit Breaker 22 SYSTEM EFFECTS None None None None None None None SINGLE FAILURE MET YES YES YES YES No Class IE circuits connected to lY216-22 Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs.Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs.Ann.Only No Class 1E circuits connected to 1Y216-22[wS SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y216 NON CLASS 1E COMPONENTS:

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

References:

J451 Sh 18 MI-Elle (14)E-15 Sh 3 IOM 311-1 EC417-1012 Loss ofone Inputto TRS-El 1-IR601 None YES Indicator not required for DBA or for EOPs Provides Indication Onl CATEGORY 4 Class 1E 1Y226 No Class 1E or 0 Loads connected ClruN Breaker 24 Q Conductivity Element CE-E11-1N001B GE1CAT42.VSD m D O s o CI hJ P

SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CISH-E11-1R001B ECTED 2 Rev 1 Page 111 COMPONENT ID FAILURE MODE LOCAL EFFECI'S.INCLUDING DEPENDENT FAILURES SYSTEM EFFECI'S SINGLE FAILURE MET CE-El 1-1N001B Conductivity Element (Q)CISH-El 1-1R001B Conductivity Indicating Switch (Non Class IE)Shorts Open Indicator Short Indicator Loss of Conductivity Indication (CISH-El I-IROOIB)Loss of Conductivity Ann Input (CISH-El 1-IR001B)Loss of Conductivity Indication (CISH-E 1 I-IR001B)Loss of Conductivity Ann Input (CISH-El 1-1ROOIB)Loss of Conductivity Indication (CISH-El I-IR001B)Loss of Conductivity Ann Input (CISH-El I-IROOIB)Loss of Conductivity Indication (CISH-El I-1R001B)Loss of Conductivity Ann Input (CISH-El 1-1R001B)None None None None None None None None YES YES YES YES YES Indicator not required for DBA or for EOPs Pmvides Indication Only Ann.not required for DBA or for EOPs.Ann.Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for bBA or for EOPs.Ann.Only Indicator not required for DBA or for EOPs Pmvides Indication Only Ann.not required for DBA or for EOPs.Ann.Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs Ann.Onl SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CISE-E11-1R001B ECQDET-Rev 1 Page 112 COMPONENT ID FAILURE MODE CISH-El I-IROOIB Short Indicator Conductivity Indicating Switch (Non Class IE)LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES Trip 1Y226 Circuit Breaker 24 SYSTEM EFFECTS None SINGLE FAILURE MET, No Class IE circuits connected to IY226-24 CABLES in same raceways as cable to Non Class 1E Component Open Cables (All cables)Loss of Conductivity Indication (CISH-El 1-1R001B)Loss of Conductivity Ann Input (CISH-El 1-IR001B)None None YES YES Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs Short Cables (All cables Loss of Inputs to TRS-E 1 1-1 R601 Loss of Conductivity Indication (CISH-E 1 1-1R001B)Loss of Conductivity Ann Input (CISH-El I-IROOIB)Trip 1Y226 Circuit Breaker 24.Loss of CI-El I-1R006 None None None None YES YES YES Indicator not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs Ann.Only No Class 1E circuits connected to 1Y226-24 SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CISH-E11-1R001B LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-1 Page 113 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same raceways as cable to Non Class IE Component Short cables to Pressure Boundary instr classified as Q Loss of Non Class 1E Instrument Loops.Loss of Inputs to TRS-El I-IR601 None None YES Pressiiie Boundary maintained (See Appendix K)Indicator not required for DBA or for EOPs Provides Indication Only Impressed Voltage (All cables)Loss of conductivity Indicat.(CISH-El I-1R001B)(CI-El 1-1R006)Loss of Conductivity Ann Input (CISH-El I-1ROOIB)Loss of CE-El 1-INOOIB (See IOM 311-1 Tab 19)Loss of Inputs to TRS-El 1-IR601 None None None None YES Indicator not required for DBA or for EOPs Provides Indication Only Ann.not required for DBA or for EOPs Ann.Only Boundary Maintained Indicator not required for DBA or for EOPs Provides Indication Only

References:

J451 Sh 18 MI-Elle (14)E-15 Sh 3 Impressed voltage on Loss of Non Class IE cables to Pressure Instruinent Loops.Boundary instnunent instr classified as IOM 311-1 EC417-1011 None Pressure Boundary inaintained (See Appendix K)

CATEGORY 4 To Q Loads Class 1E or Q Loads Class 1E I 1Y226 CIrcutt Breaker 02 Class 1E Fuse Q Power Supply ES-E11-1K603A Chas 1E Fuse Circutt Breaker 02 Class 1E 1Y216 Chas 1E Fuse Class 1E or Q Loads Q Power Supply ES-E11-1K603B Q Indtcattng Instrument Fl-E11-1 R603B (Reg Gutde 1.97 Cat 2)Q Sqt Root Extr FY-E11-1K600B Q IrxScdtng Instrument Fl-E11-1 R603A (Reg Gutde 1.97 Cd 2)Q Sqt Root Extr FY-E11-1K600A Q Loads Q SRU Q SRU Q Transmitter FT-E11-1N015B Pressure Boundary Q Transmitter FT-E11-1N015A Pressure Boundary fn4 3 GarcAT4xvso

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 ECQDET-I Page 115 COMPONENT ID FAILURE MODE LOCAL EFFECTS.INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET FR-El 1-1R608 Flow Recorder (NonClass IE Short Recorder Loss of RHR Flow Recorder Loss of RHR Flow Recorder None None YES Recorder not required for DBA or for EOPs Provides Indication Only Recorder not required for DBA or for EOPs 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)Rl R)Impressed Voltage Fault on Panel Wire Loss of RHR A Flow Indication (FI-El 1-1R603A)Loss of RHR B Flow Indication (FI-El 1-1R603B)Loss of RHR A How Indication (FI-El I-IR603A)None None'None H-El I-IR603A is Reg Guide 1.97.Cat 2 which does not require redundancy (RHR A)H-El 1-IR603B is Reg Guide 1.97 Cat 2 which does not require redundancy (RHR B)FI-El I-1R603A is Reg Guide 1.97 Cat 2 which does not require redundancy (RHR A)

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 ECQDET-Rev 1 Page 116 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECI'S SINGLE FAILURE MET REMARKS FR-El 1-IR608~Flow Recorder (NonClass IE Impressed Voltage Fault on Panel Wire Loss of RHR B Flow Indication (FI-El 1-1R603B)Loss of RHR Flow Recorder None None YES Fl-El I-1R603B is Reg Guide 1.97 Cat 2 which does not require redundancy (RHR B)Recorder not required 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 ES-El 1-IR603B Loads: Fl-El 1-1R603B-Loss of LOOP B Flow Indication PI-El I-1R606B I-Loss of RHR Hx B Inlet Press Ind None None None YES YES No Class IE lost.Fuses clears before before Class IE Ckt Bkr trips (FSAR 8.1.6.1q5 Isolation Method iii)Fl-El 1-1R603A is Reg Guide 1.97 Cat 2 which does not require redundancy Indication not required for DBA or for EOPs Pmvides Indication only 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 ECQDET-Rev 1 Page 117 FAILURE MODE LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS FR-El I-IR608 Flow Recorder (NonClass IE Impressed Voltage Fault on Panel Wire Loss of FT-El I-IN015B Electronics Loss of FI'-E I 1-IN026B None None YES Pressure Boundary Maintained (See Appenx K)'ressure Boundary Maintained (See Appenx K)Loss of Power Supply ES-El 1-1R603A Loads: None No Class IE lost.Fuses clears before before Class IE Ckt Bkr trips (FSAR 8.1.6.1q5 Isolation Method iii)Fl-El I-IR603A-Loss of LOOP A Flow Indication PI-El I-IR606A1-Loss of RHR Hx A Inlet Press Ind FI-El I-'IR602A-Loss of RHR Sw Flow Indication None None None YES Fl-El I-1R603A is Reg Guide 1.97 Cat 2 which does not require redundancy Indication not required for DBA or for EOPs Provides Indication only Indication not required for DBAor for EOPs'rovides Indication onl

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 ECTED ET-I Page 118 COMPONENT ID FAILURE MODE LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET FR-EII-IR608 Flow Recorder (NonClass 1E Impressed Voltage Fault on Panel Wire Loss of FT-El I-IN015A Electmnics Loss of PI'-El 1-IN026A Electronics Loss of FT-El 1-1N007A Electmnics None None None YES Pressure Boundary Maintained (See Appendix K)Pressure Boundary Maintained (See Appendix K)Pressure Boundary Maintained (See Appendix K)

References:

F51 SH 9 JA51 SH 11 Ml-EI IM SH 14 F51 SH.13 APPENDIX K ECQDET-1002 Rev 1 Page 119 SINGLE FAILURE ANALYSIS FOR CATEGORY 5 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CATEGORY 5 Class 1E 1Y22B No Ches 1E or Q Loads connected Circuit Breaker 24 lll g CD CI GE1 Ch151.VSO SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CE-E11-1N025 CI-E11-1R006 EC-QDET-Rev 1 Page 121 FAILURE MODE.LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CE-El I-1N025 Conductivity Element (Non Class 1E)Open Element Loss of Conductivity Indication (CI-El 1-1R006)None Indicator not required for DBA or for EOPs Pmvides Indication Only[px CI-El I-1R006 Conductivity Indicating Meter.(Non Class lE)Short Element Open Indicator Short Indicator Loss of Conductivity Indication (CI-El 1-1R006)Loss of Conductivity Indication (CI-El I-1R006)Loss of Conductivity Indication (CI-El 1-1R006)None None None Indicytor not required for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Pmvides Indication Only Indicator not required for DBA or for EOPs Pmvides Indication Only Rl Trip 1226 Circuit Breaker 24 None YES No Class IE circuits connected to 1Y226-24 Loss of Conductivity Indication (CISH-El 1-1R001B)None YES Indicator not required for DBA or for EOPs Provides Indication Only SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CE-E11-1N025 CI-E11-1R006 ECQDET-Rev 1 Page 122 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cable to Non Class 1E Component CI-El 1-1R006 Open Cables Open cables to transducers classified asQ Open cables to Pressure Boundary instruments classified asQ Open Thermocouple cables to safety related Hydrogen Recombiners Loss of Conductivity Indication (CI-E 1 1-1R006)Loss of: Computer Inputs X140019A XI40024A XI40028A XI40032AX140032B XI40032C XI40032D Loss of Non Class 1E Instrument Loops Loss of Hydrogen Recombiner Temperature Indication None None None None None YES YES Indicator not required for DBA or for EOPs Provides Indication Only Computer not required for DBA or for EOPs These are Non Class IE meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat.2 instruments do not require redundancy Non Class 1E Loops not required for DBA or for EOPs Presuure Boundary Maintained (See Appendix K)Indication not required for DBA or for EOPs Provides Indication Only (See Appendix K)R)(as (Rl Rl i

SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CE-E11-1N025 CI-E11-1R006 ECQDET-I I Page 123 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class 1E Component CI-El 1-1R006 Short Cables Short cables to transducers classified e Loss of Conductivity Indication (CI-EI I-IR006)Loss of: Computer Inputs None None Indicator not required for DBA or for EOPs Provides Indication Only Computer not required for DBA or for EOPs XI40019A X140024A.XI40028A XI40032A X140032B XI40032C XI40032D Short cables to Loss of Non Class 1E Pressure Boundary Instrument Loops instruments classified e None None YES These are Non Class 1E meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat.2 instruments do not require redundancy Non Class IE Loops not required for DBA or for EOPs Presuure Boundary Maintained (See Appendix K)Short Thermocouple cables to safety related Hydrogen Recombiners Loss of Hydrogen Recombiner Temperature Indication None Indication not required for DBA or for EOPs Provides Indication Only (See Appendix K) i SAFETY FUNCTION: MAINTAIN CLASS IE POWER SUPPLY IY226 NON CLASS IE COMPONENTS:

CE-EI I-IN025 CI-E11-I R006 ECQDET-I Rev 1 Page 124 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cable to Non Class IE Component CI-El I-1R006 Impressed Voltage Faults Incorrect/Loss of Conductivity None Indication (CI-El I-1R006)Loss of CE-El I-IN025 (See IOM 311-1 Tab 19)None Trip 1226 Circuit Breaker 24 None YES Indicator not required for DBA or for EOPs Pmvides Indication Only Boundary Maintained No Class 1E circuits connected to 1Y226-24 Incorrect/Loss of Conductivity None Indication (CISH-E 1 I-1R001B)Indicator not required for DBA or for EOPs Provides Indication Only Loss of CE-El I-1NOOIB (See IOM 311-1 Tab 19)None YES Impressed Voltage Fault on cables to transduoers classified asQ Loss of: Computer Inputs None Computer not required 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: MhINTAIN CLASS 1E POWER SUPPLY 1Y226 NON CLASS 1E COMPONENTS:

CE-E11-1N025 CI-E11-1R006 LOCAL EFFECTS INCLUDING DEPENDENT.

FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same raceways as cable to Non Class 1E Component CI-El 1-1R006 Impressed Voltage Fault on cables to transducers classified asQ Loss of: XI40019A XI40024A XI40028A XI-00032A XI40032B XI40032C XI40032D None These are Non Class 1E meters used for Reg Guide 1.97 Cat.2 Reg Guide 1.97 Cat.2 instruments do not require redundancy Impressed Voltage Faults on cables to Pressure Boundary instruments classified asQ Loss of Non Class IE Instnunent Loops None Non.Class 1E Loops not required for DBA for EOPs Presuure Boundary Maintained (See Appendix K)Impressed Voltage on Thermocouples cables to safety related Hydrogen Recombers Loss of Hydrogen Recombiner None Temperature Indication Indication not required for DBA or for EOPs Provides Indication Only (See Appendix K)

References:

F51 Sh 18 Ml-El IM (14)E-15 Sh 7 IOM 311-1 EC417-1011 CATEGORY 5 No other Class 1E or Q Loads connected Circuit Breaker Class 1E 1Y236 02 Class 1E oeC et&:<<am)"':,'O.'-Chas 1E Q Power Supply ES-B21-1K613A Q indicating Transmitter LITS-B21-1N026A GE1 CAl52.VSO SAFETY FUNCTION: CLASS 1E POWER SUPPLY (1Y236-02)

NONCLASS1ECOMPONENTS CR-12351 LR-16113 LR/FR-16102 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS SINGLE FAILURE MET REMAIK.S ECQDET-Rey 1 Page 127 CR-12351 (Non Class 1E)Open Recorder Short Recorder Loss of Recorder Loss of Recorder None None YES Recorder not required for DBA or for EOPs Provides Indication Only 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)PI LR-16113 (Non Class IE)Open Recorder Short Recorder Loss of Recorder Loss of Recorder None None YES Recorder not required for DBA or for EOPs Provides Indication Only 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 SAFETY FUNCTION: CLASS 1E POWER SUPPLY (1 Y23642)NON CLASS 1E COMPONENT S CR-12351 LR-16113 LR/FR-16102 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I 1 Page 128 COMPONENT ID LR/FR-16102 (Non Class IE)FAILURE MODE Open Recorder Short Recorder Loss of Recorder Loss of Recorder SYSTEM EFFECTS None None YES YES Recorder not required for DBA or for EOPs Provides Indication Only 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 EC469-1007 FSAR 8.1.6 E-1012 J423 Sh 3 J461 Sh 4 Ml-B21-131 6

CATEGORY'5 No other Chss1E or Q Loads connected Circuit Breaker 01 Class 1E 1D614 Chas 1E Q Rclc Barometric Condenser Vac Tank Pump Control Chas 1E Fuse'lass 1E Q RCIC Control Class 1E or Q RCIC Valves (Each Valve has separate fuse)Q RCIC Turbine Control GE1ChTs3.VSO m g7 o 9 M o CI tQ

SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENT S: LSH-15020 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS SINGLE FAILURE MET E CADET-1, Page 130 LSH-15020 (Level Switch (Non Class IE)Open Switch Short Switch No Initiation of RCIC Barometric Condenser Vacuum Tank Condensate Pump;Loss of RCIC Spurious Initiation of RCIC Barometric Condenser Vacuum Tank Condensate Pump None None YES RCIC not required for DBA HPCI and ADS available RCIC not required for DBA HPCI and ADS available CABLES in same.Open cables (All raceways as cables cables)to Non Class IE Component'hort cables (All cables)No Initiation of RCIC Barometric Condenser Vacuum Tank Condensate Pump;Loss of RCIC Loss of Division I Spurious Initiation of RCIC Barometric Condenser Vacuum Tank Condensate Pump Loss of Division I None None None None YES RCIC not required for DBA HPCI and ADS available Division II available No Div 11, Div 11 Aff or GE Div II/Non Sep associated cables in raceways RCIC not reqmred for DBA HPCI and ADS available Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in Iacewa s ECQDET-Rev 1 Page 131 SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY 1D614 NON CLASS 1E COMPONENT S: LSH-15020 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS SINGLE FAILURE CABLES in same raceways as cables to Non Class IE Component Impressed voltage fault (All cables).No Initiation of RCIC Barometric Condenser Vacuum Tank Condensate Pump;Loss of RCIC or Spurious Initiation of RCIC 4 RCIC Barometric Condenser Vacuum Tank Condensate Pump Loss of Division I Loss of RCIC Control None None None None RCIC not required for DBA HPCI and ADS available RCIC not required for DBA HPCI and ADS available Division'll available No Div II, Div II Affor GE Div II/Non Sep associated cables in raceways RCIC not required for DBA HPCI and ADS available

References:

MI-E51-90 SH 4 E CADET-1001 CATEGORY 5 Class 1E 1Y226 No Chas 1E or 0 Loads connected Circuit Breaker 07 ChLss1E Fuse Class 1E RWCU Containment Isolation Logic HV&33-1 F004 GElcAT54.VSD m o 9CI lQ SAFETY FUNCTION: MAINTAIN CLASS 1E POWER SUPPLY (1Y226-07)

NON CLASS 1E COMPONENT S: TISH-G33-1N008 TE-G33-1N007 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET E CADET-I I Page 133 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS TE-G33-1N007 TISH&33-IN008 (Non Class 1E)CABLES in same raceways as cables to Non Class 1E Component TE&3 3-1N007 Open Element Open Indicator Short Element Short Indicator Open cables Loss of Indicating Switch No Intiation signal to valve HV-G33-1F004 for RWCU Hx Hi Temp Spurious initiation signal to valve for RWCU Hx Hi temp Loss of Indication TISH&33-IN008 Loss of Indication TISH&33-IN008 No Intiation signal to valve HV-G33-1F004 for RWCU Hx Hi Temp Loss of Division II None None Spurious closing of HV-G33-;1 F004 None None'None YES YES YES Indication not required for DBA or for EOPs This process isolation signal is to protect'esins.Signal not required for DBA Fails in safe direction Not required for DBA or for EOPs No Class 1E lost.Branch fuse or 120 V Ckt Bkr clears before MCC Ckt Bkr trips Indication not required for DBA or for EOPs This process isolation signal is to protect resins.Signal not required for DBA Division I available No Div I, Div I AQ'or GE Div I/Non Sep associated cables in Iacewa s

SAFETY FUNCTION: MhlNTAIN CLASS 1E POWER SUPPLY (1Y226-07)

NON CLASS 1E COMPONENT S: TISH-G33-1N008 TE-G33-1N007 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I 1 Page 134 CABLES in same raceways as cables to Non Class lE Component TE-G33-1N007 Short cables COMPONENT ID FAILURE MODE Spurious initiation signal to HV&33-IF004 for RWCU Hx Hi Temp Loss of Indicating Switch SYSTEM EFFECTS Spurious closing of HV-G33-1 F004 None YES REMARKS Fails in safe direction Indication not required for DBA or for EOPs RI

References:

J444 Sh 6 Impressed Voltage fault E-1012 Loss of Division II Loss of Indication TISH&33-IN008 Loss of Division II Spurious initiation signal to HV&33-IF004 for RWCU Hx Hi Tem FSAR 8.1.6 None None Spurious closing of HV-G33-1 F004 EC417-1015 YES YES Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in racewctys Not required for DBA or for EOPs.No Class IE lost.Branch fuse or 120 V Ckt Bkr clears before MCC Ckt Bkr trips Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raccw8jg Fails in safe direction

CATEGORY 5 Class 1E 1Y246 Circuk Breaker 01 No Common Mode Failure Mechanism for TR-E41-1R605 (Recorder is located in.mild envirnoment

&has Seismic QualNcation) 8'olsNQQ'o Class 1E or Q Loads , mh,p, 8pllccook'%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 DEPENDENT FAILURES COMPONENT ID FAILURE MODE SYSTEM EFFECTS SINGLE FAILURE MET REMAINS TRS-E41-IR605 Temperature Recorder (Non Class IE)Open Recorder Short Recorder Loss of Temp Recorder Reading;No Alarm Loss of Temp Recorder Reading;No Alarm None None Yes Recorder/Alarm not required for DBA or for EOPs Recorder/Alarm not required 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 M I-E4149 SH 3 E-1012

APPENDIX F ECQDEI'-1002 Rev 1 Page 135 SINGLE FAILURE ANALYSIS FOR CATEGORY 6 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS Chss 1E Prknary Contatment lsohtbn Logh (FAIL SAFE LOGIC)CATEGORY 6 Non Class 1E 1Y218 Circuit Breaker 12 Non Chas 1E Q Power Supply ES-G33-1K600 Q Transmitter FT-G33-1N012 Pressure Boundary Q SRU Q Transmitter FT-G33-.1 N036 Pressure Boundary Q Sq Root Extr FY-G33-1K605 Q Sq Root Extr FY-G33-1K603 Q Sq Root Extr FY-G33-1K602 Q Transmitter FT-G33-1N041 Pressure Boundary Class 1E Summer FY-G33-1K604 pgi4$+'Chss 1E Primary Contalment lsohtbn Logh FOSH~1 N603A (FAIL SAFE LOGIC)GE1CATet.VSO Chas 1E Primary Contalment Isohtbn Logh FDSH33-1 N603B (FAIL SAFE LOGIC)le gg O P 3 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S'I-G33-1R602 FI-G33-1R609 FDI&33-1R615 1Y218-12 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-1 Page 137 COMPONENT ID FAILURE MODE SYSTEM EFFECTS F1&33-IR602 (Non Class IE)Open Indicator Short Indicator Loss of Indication Loss of Indication Loss of FY-G33-1K605 None None RWCU Primary Containment Isolation Valves Close YES YES Indication not required for DBA or for EOPs Provides Indication only Indication not required for DBA or for EOPs Pmvides Indication only Fails in safe direction]rei F1&33-IR609 (Non Class lE Open Indicator Short Indicator Loss of Indication Loss of Indication None None YES Indication not required for DBA or for EOPs Pmvides Indication only Indication not required for DBA or for EOPs Pmvides Indication only f rci (ei Loss of FY-G33-1K604.

RWCU Primary Containment Isolation Valves Close Fails in safe direction FDI&33-IR615 (Non Class IE)Open Indicator Loss of Indication None YES Indication not required for DBA or for EOPs Provides Indication only

SAFETY FUNCTION: RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S'I-G33-1R602 Fl-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 138 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS FDI&33-IR615 (Non Class 1E)Short Indicator'oss of Indication Loss of FDSH-G33-1N603A, FDSH&33-IN603B None RWCU Primary Containment Isolation Valves Close YES Indication not required for DBA or for EOPs Provides Indication only Fails in safe direction ES&33-IK600 Power Supply or 1Y218-12 (Non Class 1E)Open Power Supply Short Non Class 1E Power Supply Loss of output from all: Ff&33-I N012 FT-G33-1N036 FT-G3 3-1N041 Loss of output: FY&33-1K605 FY-G33-1K602 FY-G33-IK603 FY-G33-1K604 FDSH&33-1N603A, B Loss of output: FY-G33-1K605 FY-G33-.1K602 FY&33-1K603 FY-G33-IK604 FDSH-G33-1N603A, B Prevent closing RWCU Containment bolation Valves for Leak Detection RWCU Primary Containment bolation Valves Close 2WCU Primary Containment bolation Valves Close YES YES'iv I 4 Div II Room High Temp avail.to close RWCU Primary Iso Valves Fails in safe direction Fails in safe direction ECQDET-Rev 1 Page 139 SAFETY FUNCTION: RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S'I-G33-1R602 FI-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS COMPONENT ID FAILURE MODE Loss of output from all: FT-G33-1N012 FT&33-1N036 FT&33-1N041 ES&33-IK600 Power Supply (1Y218-12)

Short Non Class IE Power Supply Prevent closing RWCU Containment Isolation Valves for Leak Detection None CABLES in same raceways as cables to Non Class IE Component Open cables Loss of Fl-G33-IR602 A, F1&33-IR609 Loss of Division I None Open cables NM011202F,G (Divll AII)Open cables to transducers classified Q Loss of FR41204A Loss of Computer Inputs None Open cables to Loss of Non Class IE Pressure Boundaiy Instrument Loops instruments classified asQ None Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Fiuz SCRAM Open cables to Neutron Mon.Sys classified as SINGLE FAILURE MET YES YES Div I A, Div II Room.High Temp avail.to close RWCU Primary Iso Valves Indication not required for DBA or for EOPs Provides Indication only Division II available No Div II, Div II AG'or GE Div IIINon Sep associated cables in raceways except NM011202F,G Recorder not required for DBA or for EOPs Provides Indication only Computer not required for DBA or for EOPs Provides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained (See Appendix K)Fails in safe direction (aj/tet l

SAFETY FUNCTION: RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S'l-G33-1R602 FI-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-1 I Page 140 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Short Cables Short cables to Neutron Mon.Sys classified as Q Loss of Indication (F1&33-IR602, IR609 FDI-G33-IR615)

Loss of FY-G33-1K605 Loss of FY-G33-1K602 Loss of Division I Continuous operation of FR%1204A Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip None RWCU Primary Containment holation Valves Close None None Neutron Flux SCRAM YES YES YES YES Indication not required for DBA or for EOPs Provides Indication only Fails in safe direction Division ll available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways except NM011202F,G Recorder not required for DBA or for EOPs Provides Indication only Fails in safe direction Short cables to Loss of Computer Inputs transducers classified asQ Short cables to.Loss of Non Class 1E Pressure Boundary Instrument Loops instruments classified None.None YES Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained See A ndix K SAFETY FUNCTION:.

RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S FI&33-1R602 FI&33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I 2 Rev 1 Page 141 COMPONENT.

ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Impresed voltages on Non Class 1E cables to FI&33-IR602 dt F1&33-IR609 4 all cables in contact with Non Class IE cables Incorrect/Loss of Indication (H&33-1R602,1R609)

Loss of FY&33-IK605 Loss of FY&33-IK602 None RWCU Primary Containment Isolation Valves Close RWCU Primary Containment Isolation Valves Close YES Indication not required for DBA or for EOPs Provides Indication only Fails in safe direction Fails in safe direction Impressed voltage on NM011202F,G (Divll AQ)Loss of Division I Continuous/Incorrecrt operation of FR41204A None None YES Division II available No Div II, Div II Aff or GE Div II/Non Sep associated cables in raceways except NMOI 1202F,G Recorder not required for DBA or for EOPs Provides Indication only Impressed voltage on cables to transducers classified asQ Loss of Computer Inputs None Computer not required for DBA or for EOPs Impressed voltage does not propagate to input of transducers See A ndix K tel SAFETY FUNCTION: RWCU PRIMARY CONTAINMENT ISOLATION NON CLASS 1E COMPONENT S'I-G33-1R602 Fl-G33-1R609 FDI-G33-1R615 1Y218-12 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET E CADET-1 Page 142 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS CABLES in same raceways as cables to Non Class 1E Component Impressed voltage on Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM cables to Neut.Mon.E,F,H.IRM Channels Trip Sys.classified as Q YES Fails in safe direction Impressed Voltage on cables to Pressure Boundary instruments classified asQ Impresed voltages on Non Class IE cables to F1&33-IR602 4 Pl&33-IR609 4 all cables in contact with Non Class IE cables Loss of electronics to other Pressure Boundary Instruments with cables in contact with NMIPPF 101 Loss of Power Supply ES&33-IK600:

Loss of output from all: FT-G33-IN012 FT-G33-IN036 FT-G33-IN041 Loss of output: FY-G33-IK605 FY-G33-IK602 FY&33-IK603 FY-G33-IK604 FDSH&33-IN603B FDSH&33-IN603A None Prevent closing RWCU Containment Isolation Valves for Leak.Detection RWCU Primary Containment Isolation Valves Close YES Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained (See Appendix K)Div H Room High Temp avail.to close RWCU Primary Iso Valves Fails in safe direction

References:

J444 Sh 9 M-144 Sh IA2 Ml-G33-153(2)

M 1&33-'153(4)

M 1-B 1-131(9)NEDO 10139 Sec 4.1 APPENDIX G ECQDET-1002 Rev 1 Page 143 SINGLE FAILURE ANALYSIS FOR CATEGORY 7 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS CATE RPS-A 1Y201A Circuit Breaker 6A Fuse Ctass 1E Class 1E Power Supply ES-012-1K609A1 Class 1E Main Steam Line A RAD Mon.RIS-D12-1K603A Class 1E Rad Sensor RE-012-ON017A Class 1E Ind.&Trip Unit RISHH-012-OK617A Class 1E SGTS Isolation Logic (Division I)%8cofdk p GF1CA171.VSO RPS-8.1Y2018 Circuit Breaker 68 Class 1E Main Steam Line 8 RAD Mon.RIS-D12-1 K6038 Class 1E Rad Sensor RE-D12-0N0178 Fuse Ctass tE Class 1E Ind.&Trip Unit RISHH-D12-OK6178 Class 1E Power Supply ES-D12-1K60981 Class 1E SGTS Isolation Logic (Division II)m g7 0 9 3 SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-0K617h, RISHH-D12-OK617B)'ON CLASS 1E COMPONENT S: RR-D124R609 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 145 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAIKS RR-D124R609 Recorder (Non Class 1E)CABLES in same raceways as cables to Non Class IE Component Open Circuit Recorder Short Circuit Recorder Open Cables (All Cables in raceways)Open cables to transducers classified asQ Open cables to Presuure Boundary instruments classified Q Loss of Recorder RR-D124R609 Loss of Recorder RR-D124R609 Loss of Recorder RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 Loss of Computer Inputs'oss of Non Class IE Instrument Loops None None None None None YES YES Recorder not required for DBA or for EOPs Recorder Only'ecorder not required for DBA or for EOPs Recorder Only Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained if)Open cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Fluz SCRAM YES Fails in safe direction SAFETY FUNCTION: SGTS High Radiation Tnp (RISHH-D124K617A, RISHH-D12%K617B)

NON CLASS 1E COMPONENT S: RR-D12-OR609 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED-2 Rev 1 Page 146 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Short Cables Loss of Recorder RR-DI24R609, OR610 RR-D12-1R603, 5, 7;8 None Recorders not required for DBA or for EOPs Recorders Only Short cables to Loss of Computer Inputs transducers classified Q Short cables to Loss of Non Class IE Presuure Boundaiy Instrument Loops instruments classified asQ None None Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries maintained i@I Short cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D,.E,F,H.IRM Channels Trip Neutron Fiuz SCRAM YES Fails in safe direction Impressed voltage Fault Loss/Inconect Voltage results in Incorrect Output of: RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 Spurious Close Signal to SGTS Isolation Valves None None Recorder not required for DBA or for EOPs SGTS Isolation Valves Normally Closed[g)

SAFETY FUNCTION:.SGTS High Radiation Trip (RISHH-D124K617A, RISHH-D12-OK617B)

NON CLASS 1E COMPONENT S: RR-D12%R609 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-1 Page 147 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Impressed Voltage Fault on cables to transducers classified asQ Loss of Computer Inputs None Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)l ytl Impressed Voltage Faults on cables to Pressure Boundary instruments classified asQ Impressed Voltage Faults on cables to Neutron Mon Sys classified as Q Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPK0602 k NM1PK3302 Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip None Neutron Fluz SCRAM YES Non Class IE Loops not required for DBA or for EOPs Boundaries maintained

.Fails in safe direction

References:

J478 Sh I J478 Sli 3 SEA-EE-180 CATtY RPS-A 1Y201A Circuit Breaker 6A Fuse Class 1E Class 1E Power Supply ES-D12-1 K609A1 Class 1E Main Steam Line A RAD Mon.RIS-D12-1K603A Class 1E Rad Sensor RE-D12-ON018A Class 1E Ind.&Trip Unit RISHH-D12-OK618A Class 1E SGTS Isolation Logic (Division I).Q>.F4.8 RPS-B 1Y201B Circuit Breaker 6B Class 1E Rad Sensor RE-D12-ON018B Class 1E Class 1E Ind.8 Trip Unit RISHH-D12-OK618B Class 1E Power Supply ES-D12-1K609B1 Class 1E SGTS Isolation Logic (Division II)GE1Chl72.VSO

~Class 1E Main Steam Line B RAD Mon.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 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES FAILURE MODE SYSTEM EFFECTS COMPONENT ID Open Circuit Recorder RR-D124R610 Recorder (Non Class 1E)Loss of Recorder RR-D 124 R610 None Short Circuit Recorder Loss of Recorder RR-D 124 R610 None Loss of Recorder RR-D124R609, OR610 RR-D12-IR603, 5, 7, 8 CABLES in same raceways as cables to Non Class 1E Component.Open Cables (All Cables in raceways)None Open cables to transducers classified asQ None Loss of Computer Inputs None Open cables to Loss of Non Class lE Presuure Boundary Instrument Loops instruments classified asQ Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Open cables to Neutron Mon Sys classified as Q Neutron Fluz SCRAM SINGLE FAILURE MET YES YES YES YES Recorder not required for DBA or for EOPs Recorder Only Recorder not required.for DBA or for EOPs Recorder Only Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Pmvides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained Fails in safe direction IRJ)Rl 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 DEPENDENT FAILURES SYSTEM EFFECTS FAILURE MODE COMPONENT ID CABLES in same raceways as cables to Non Class 1E Component Short Cables Loss of Recorder RR-DI24R609, OR610 RR-D12-1R603, 5, 7, 8 None Loss of Computer Inputs Short cables to transduoers classified asQ None None Short cables to Loss of Non Class 1E Presuure Boundary Instrument Loops instruments classified asQ Short cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM Impressed voltage Fault Loss/Incorrect Voltage results in Incorrect Output of: RR-D 124R609, OR610 RR-D12-1R603, 5, 6, 7, 8 None Spurious Close Signal to SGTS Isolation Valves None SINGLE FAILURE MET YES Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained Fails in safe direction Recorder not required for DBA or for EOPs SGTS Isolation Valves Normally Closed f R<

SAFETY FUNCTION: SGTS High Radiation Trip (RIS HH-D124K618A, RISHH-D124K618B NON CLASS 1E COMPONENT S: RR-Dl&IR610 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 151 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Fault on cables to transducers classified asQ Impressed Voltage Faults on cables to Pressure Boundary instruments classified Q Loss of Computer Inputs Loss of electmnics to Pressure Boundary Instruments with cables in contact with NMIPK0602 4 NM1PK3302 None None YES Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained

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

References:

J478 Sh 2 J478 Sll 4 SEA-EE-180 CAT.RPS-A 1Y201A Circuit Breaker 6A Class 1E Class 1E Power Supply ES-D12-1 K609A1 Class 1E Main Steam Line A RAD Mon.RIS-D12-1 K603A Class 1E-Rad Sensor RE-D12-ON010A Class 1E Ind.&Trip Unit RISHH-D12-1K609A Class 1E SGTS Isolation Logic (Division I),I~CfaSs GE1Chl73.VSO RPS-8 1Y2018 Circuit Breaker 68 Class 1E Main Steam Line 8 RAD Mon.RIS-D12-1 K6038 Class 1E Rad Sensor RE-D12-ON0108 Fuse Class 1E Class 1E Ind.&Trip Unit RISHH-D12-1 K6098 Class 1E Power Supply ES-D12-1 K60981 Class 1E SGTS Isolation Logic (Division II)m m O 9 CD CI hl

SAFETY FUNCTION:.

STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)

NON CLASS 1E COMPONENT S: RR-D12-1R605 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET EC-QDET-1 I Page 153 COMPONENT ID FAILURE MODE SYSTEM EFFECTS RR-D12-1R605 Recorder (Non Class IE)CABLES in same raceways as cables to Non Class IE Component Open Circuit Recorder Short Circuit Recorder Open Cables (All Cables in raceways)Open cables to transducers classified asQ Open cables to Presuure Boundary instruments classified asQ Loss of Recorder.RR-D12-IR605 Loss of Recorder RR-D12-I R605 Loss of Recorder RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 Loss of Computer Inputs Loss of Non Class IE Instrument Loops None None None None None YES YES Recorder not required for DBA or for EOPs Recorder Only Recorder not required for DBA or for EOPs Recorder Only Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Pmvides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained f gt f Nil Open cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM E,F,H.IRM Channels Trip YES Fails in safe direction i R.i

SAFETY FUNCTION: STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)

NON CLASS 1E COMPONENT S: RR-D12-1R605 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I Rev 1 Page 154 COMPONENT ID FAILURE MODE SYSTEM EFFECTS I%MARKS CABLES in same raceways as cables to Non Class IE Component Short Cables Short cables to transducers classified asQ Short cables to Presuure Boundary instruments classified asQ Loss of Recorder RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 Loss of Computer Inputs Loss of Non Class IE Instrument Loops None None None YES YES Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained J peal Short cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,K IRM Channels Trip Neutron Fluz SCRAM YES Fails in safe direction Impressed voltage Fault Loss/Incorrect Voltage results in Incorrect Output of: RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 Spurious Close Signal to SGTS Isolation.

Valves None None YES YES Recorder not required for DBA or for EOPs SGTS Isolation-Valves Normally Closed

SAFETY FUNCTION: STGS High Radiation Trip (RISHH-D12-1K609A, RISHH-D12-1K609B)'ON CLASS 1E COMPONENT S: RR-D12-IR605 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 155 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Impressed Voltage Fault on cables to transducers classified asQ Impressed Voltage Faults on cables to Pressure Boundary instruments classified asQ Loss of Computer Inputs Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPK0602&, NM I PK3302 None None YES Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained Impressed Voltage Faults on cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM YES Fails in safe direction

References:

J475 Sh I J475 Sh 4 SEA-EE-180

CAT Y 7 RPS-A 1Y201A Circuit Breaker 6A Chss 1E Class 1E Power Supply ES-D12-1K609A1 Class 1E Main Steam Line A RAD Mon.RIS-D12-1K603A Class 1E Rad Sensor RE-D12-ON015A Class 1E Ind.&Trip Unit RISHH-D12-1K615A Class 1E SGTS Isolation Logic (Division I);@,R.,P'c&'E1 ChT74.VSO RPS-B'Y201B Circuit Breaker 6B Class 1E Main Steam Line B RAD Mon.RIS-D12-1K603B Class 1E Rad Sensor RE-D12-ON015B Fuse Chas 1E Class 1E lnd.&Trip Unit RISHH-D12-1K615B Class 1E Power Supply ES-D12-1K609B1 Class 1E SGTS Isolation Logic (Divlslon II)fll o 9 CI C)

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

NON CLASS 1E COMPONENT S: RR-D12-1R607 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I I Page 157 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMAINS RR-D12-1R607 Recorder (Non Class IE)CABLES in same raceways as cables to Non Class IE Component Open Circuit Recorder Short Circuit Recorder Open Cables (All Cables in raceways)Loss of Recorder RR-D12-IR607 Loss of Recorder RR-D12-IR607 Loss of Recorder RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 None None None YES Recorder not required for DBA or for EOPs Recorder Only'ecorder not required for DBA or for EOPs Recorder Only Recorders not required for DBA or for EOPs Recorders Only)gr)JZl j Jzi Open cables to Loss of Computer Inputs'ransducers classified as/Open cables to Loss of Non Class IE Presuure Boundary Instrument Loops instruments classified e None None YES Computer not required for DBA or for EOPs Provides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained

[Ap j~l Open cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, Neutron Flux SCRAM E,F,H.IRM Channels Trip Fails in safe direction)Rl

SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K615h, RISHH-D12-1K615B)

NON CLASS 1E COMPONENT S: RR-D12-1R607 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-I I Page 158 COMPONENT ID CABLES in same raceways as cables to Non Class 1E Component FAILURE MODE Short Cables Loss of Recorder RR-D 124R609, OR610 RR-D12-1R603, 5, 7, 8 SYSTEM EFFECTS None YES Recorders not required for DBA or for EOPs Recorders Only Short cables to Loss of Computer Inputs transducers classified asQ Short cables to Loss of Non Class 1E Presuure Boundary Instrument Loops instruments classified asQ None None Computer not required for DBA or for EOPs Provides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained Short cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, Neutron Fluz SCRAM E,F,H.IRM Channels Trip YES Fails in safe direction Impressed voltage Fault Loss/Incorrect Voltage results in Incorrect Output of: RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 None Recorder not required for DBA or for EOPs Recorders isolated.Spurious Close Signal to SGTS Isolation Valves None YES SGTS Isolation Valves Normally Closed

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

NON CLASS 1E COMPONENT S: RR-D12-18607 LOCAL EFFECTS INCLUDING DEPENDENT, FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 159 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Loss of Computer Inputs Fault on cables to transducers classified asQ None YES Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Impressed Voltage Faults on cables to Pressure Boundary instruments classified Q Impressed Voltage Faults on cables to Neutron Mon Sys classified as Q Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPK0602 8t NM IPK3302 Loss of IRM Sel Sw A,B,C,D, E,F,K IRM Channels Trip None Neutron Flux SCRAM YES Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained Fails in safe direction iRt

References:

J475 Sh 2 J475 Sll 5 SEA-EE-180

CA RYRPS-A 1Y201A Circuit Bresksr 6A Chss 1E Class 1E Power Supply ES-D12-1K609A1 Class 1E Main Steatn Line A RAD Mon.RIS-D12-1K603A Class 1E Rad Sensor RE-D12-ON016A Class 1E Ind.&Trip Unit RISHH-D12-1K616A Class 1E SGTS Isolation Logic (Division I)'.'oy'i', Class 1E Rad Sensor RE-D12-ON016B Class 1E Ind.8 Trip Unit RISHH-D12-1K616B Class 1E SGTS Isolation Logic (Division II)GE1 CAT75.VSD RPS-B 1Y201B Circuit Brsst<er 6B Class 1E Main Steam Line B RAD Mon.RIS-D12-1K603B Chss 1E Class 1E Power Supply ES-D12-1K609B1 m m O 9 CI

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

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET EC-QDET-Rev 1 Page 161 COMPONENT ID RR-D12-1R608 Recorder (Non Class 1E)CABLES in same raceways as cables to Non Class 1E Component-FAILURE MODE Open Circuit Recorder Short Circuit Recorder Open Cables (All Cables in raceways)Loss of Recorder RR-D12-1R607 Loss of Recorder RR-D12-1R607 Loss of Recorder RR-D124R609, OR610 RR-D12-1R603, 5, 7, 8 SYSTEM EFFECTS None None None YES YES REMAINS Recorder not required for DBA or for EOPs Recorder Only Recorder not required for DBA or for EOPs Recorder Only Recorders not required for DBA or for EOPs Recorders Only f JZ))WI Open cables to Loss of Computer Inputs transducers classified asQ Open cables to Loss of Non Class 1E Presuure Boundary Instrument Loops instruments classified asQ None None YES Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries maintained Open cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,K IRM Channels Trip Neutron Flux SCRAM Fails in safe direction SAFETY FUNCTION: SGTS High Radiation Trip (RISHH-D12-1K616A, RISHH-D12-1K616B)

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-1 1 Page 162 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Short Cables Short cables to transducers classified asQ Short cables to Presuure Boundary instruments classified asQ Loss of Recorder RR-DI24R609, OR610 RR-D12-1R603, 5, 7, 8 Loss of Computer Inputs Loss of Non Class 1E Instrument Loops None None.None YES YES Recorders not required for DBA or for EOPs Recorders Only Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained I RI Short cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM YES Fails in safe direction[R)Impressed voltage Fault Loss/Incorrect Voltage results in Incorrect Output of: RR-D 124R609, OR610 RR-D12-1R603, 5, 7, 8 None Recorder not required for DBA or for EOPs Recorder isolated.Spurious Close Signal to SGTS Isolation Valves None YES SGTS Isolation Valves Normally Closed

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

NON CLASS 1E COMPONENT S: RR-D12-1R608 LOCAL EFFECTS INCLUDING.DEPENDENT FAILURES SINGLE FAILURE MET ECTED ET-I Page 163 COMPONENT ID CABLES in same raceways as cables to Non Class IE Component FAILURE MODE Impressed Voltage Loss of Computer Inputs Fault on cables to transducers classified asQ SYSTEM EFFECTS None REMARKS Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Impressed Voltage Faults on cables to Pressure Boundary instruments classified Q Impressed Voltage Faults on cables to Neutron Mon Sys classified as Q Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPK0602 8h NM I PK3302 Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip None Neutron Flux SCRAM Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained Fails in safe direction

References:

J475 Sh 3 JP75 Sh 6 SEA-EE-180

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

Class 1E IRM Channel A Range Switch CAT JL Class 1E 1D672 Circuit Breaker.04 Ches 1E Class 1E IRM Channel A Class 1E Voltage Preamp Class 1E Fission Detector NE-1 N0028'hss1E Fuse Class 1E IRM Channel C Class 1E Voltage Preamp Class 1E Fission Detector NE-1 N002D Class 1E IRM Channel C Range Switch Chas 1E Fuse.Class 1E APRM Channel C Class 1E High Voltage Supp!Y.Class 1E Fission Detector GE1 CAT61.VSD RPS A 1Y201 Chcult Breaker 3A Chas 1E Class 1E APRM Channel A Class 1E High Voltage SupplY Class 1E Fission Detector m 0 9 CI CO

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

ECQDET-I Rev 1 Page 167 SAFETY FUNCTION: APRM CHANNEL A,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS COMPONENT ID FAILURE MODE CABLES in same raceways as cables to Non Class 1E Component Loss of Recorders NR-C51-1R603A, B, C, D None Open cables to Neutron Mon Sys classified as Q Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM None Open cables to transducers classified as Q 4 LPRMs Loss of Computer Inputs Open cables to Loss of Non Class IE Presuure Boundary Instrument Loops instruments classified asQ None SINGLE FAILURE MET YES REMARKS Recorder not required for DBA or for EOPs Provides Indication only Fails in safe direction Computer not required for DBA or for EOPs Pravides Indication Only Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained

/ps[gJ i

SAFETY FUNCTION: APRM CHANNEL A,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECTED-Rev I Page 168 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Impressed voltage fault on cables to Neutron Mon Sys classified as Q Loss of Recorder NR~I-IR603A, B, C, D Spurious APRM 4 IRM Channel Trips None Neutron Flux SCRAM YES Recorder not required for DBA or for EOPs Provides Indication only Fails in Safe Direction (See SEA-EE-180 Cat 4)[P.l Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM YES Fails in safe direction Impressed Voltage Fault on cables to transducers classified asQ Loss of Computer Inputs None YES Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Impressed Voltage Fault on cables to LPRMs Spurious APRM Channel Trips Neutron Flux SCRAM YES Fails in Safe Direction (See SEA-EE-180 Cat4)

'

SAFETY FUNCTION: APRM CHANNEL A,C Trip and IRM CHANNELS A, C Trip NON CLASS 1E COMPONENT S: NR-C51-1R603A LOCAL EFFECTS INCLUDINQ DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 169 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same raceways as cables to Non Class 1E Component Impressed Voltage Faults on cables to Pressure Boundary instruments classified e Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPE4110&, NM IPQ4101 None Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained

References:

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

Class 1E IRM Channel B Range Switch CA Class 1E 1D682 Ckcuit Breaker 04 Chas 1E Class 1E IRM Channel B Class 1E Voltage Preamp Class 1E Fission Detector NE-1 N002B Chas 1E Class 1E IRM Channel D Class 1E Voltage Preamp Class 1E Fission Detector NE-1 N002D Class 1E IRM Channel D Range Switch Chas 1E Class 1E APRM Channel D Class 1E High Voltage Supply Class 1E Fission Detector RPS B 1Y201 Clscutt Breaker Chas 1E Fuse Class 1E APRM Channel B Class 1E High Voltage Supply Class 1E Fission Detector m O 9 o 0

SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR&51-1R603B LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET , ECQDET-I I Page 171 COMPONENT ID FAILURE MODE SYSTEM EFFECTS NR-C51-IR603B (Non Class IE)" CABLES in same raceways as cables to Non Class IE Component Open Recorder Short Recorder Short cables to Neutron Mon Sys classified as Q Short cables Loss of Recorder Loss of Recorder Loss of Recorders NR-C51-1R603A, B, C, D Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II None None None Neutron Flux SCRAM None YES YES YES YES YES Recorder not required for DBA or for EOPs Pmvides Indication only Recorder not required for DBA or for EOPs Provides Indication only Recorders not required for DBA or for EOPs Pmvides Indication only Fails in safe direction Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways IR>i gl Short cables to Loss of Computer Inputs transducers classified as Q 4 LPRMs Short cables to Loss of Non Class 1E Presuure Boundary Instrument Loops instrumehts classified None None YES YES Computer not required for DBA or for EOPs Provides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained V

SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR-C51-1R603B LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev I Page 172 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Corqponent Open cables to Neutron Mon Sys classified as Q Open cables Loss of Recorders NR-C51-1R603A, B, C, D Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II None Neutron Fluz SCRAM None Recorders not required for DBA or for EOPs Provides Indication only Fails in safe direction-Division I available No Div I, Div I Affor GE Div I/Non Sep associated cables in raceways fa'pen cables to Loss of Computer Inputs transducers classified as Q 4 LPRMs None Computer not required for DBA or for EOPs Provides Indication Only Open cables to Presuure Boundary instruments classified asQ Loss of Non Class IE Instrument Loops None Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained

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I r, I II SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip ECQDET-Rev I Page 173 NON CLASS 1E C COMPONENT ID MPONENT S: NR-C51-1R603B LOCAL EFFECTS INCLUDING DEPENDENT FAILURES FAILURE MODE SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cables to Non Class IE Component Impressed voltage fault on cables to Neutron Mon Sys classified as Q Loss of Recorder NR&51-IR603A, B, C, D Spurious APRM 4 IRM Channel Trips None Neutron Flux SCRAM Recorders not required for DBA or for EOPs Provides Indication only Fails in Safe Direction (See SEA-EF 180 Cat 4)//zl[fC(Impressed voltage fault on cables Impressed Voltage Fault on cables to tiansducers classified asQ Impressed Voltage Fault on cables to LPRMs Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II Loss of Computer Inputs Spurious APRM Channel Trips Neutron Flux SCRAM None None~Neutron Flux SCRAM YES YES Fails in safe direction Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in Iacewilys Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Fails in Safe Direction (See SEA-EE-180 Cat 4)

SAFETY FUNCTION: APRM CHANNEL B, D Trip and IRM CHANNELS B, D Trip NON CLASS 1E COMPONENT S: NR-C51-1R603B LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I Page 174 COMPONENT ID FAILURE MODE SYSTEM EFFECTS REMARKS CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Faults on cables to Pressiire Boundary instruments classified asQ Loss of electronics to Pressiire Boundary.Instruments with cables in contact with NMIPE4109, NM IPE4103, NM IPDXOI NM1PDX02 None YES Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained fgl

References:

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

Class 1E IRM Channel E Range Switch CATE Class 1E 1D672 Clrcult Breaker 04 Chas 1E Class 1E IRM Channel E Class 1E.Voltage Preamp Class 1E Fission Detector NE-1N002E Chas 1E Class 1E IRM Channel G Class 1E Voltage Preamp Class 1E Fission Detector NE-1N002G Class 1E IRM Channel G Range Switch RPS A 1Y201 circuit Breaker 3A Chas 1E Class 1E APRM Channel E Class 1E High Voltage Supply Class 1E Fission Detector 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 DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS NR<51-IR603C (Non Class IE)CABLES in same raceways as cables to Non Class IE Component Open Recorder Short Recorder Short cables to Neutron Mon Sys classified as Q Loss of Recorder Loss of Recorder Loss of Recorders NR-C51-1R603A, B, C, D None None None YES YES Recorder not required for DBA or for EOPs Provides Indication only Recorder not required for DBA or for EOPs Provides Indication only Recorders not required for DBA or for EOPs Provides Indication only Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Fluz SCRAM YES Fails in safe direction Short cables to transducers classified as Q 4 LPRMs Short cables to Presuure Boundary instruments classified Loss of Computer Inputs.Loss of Non Class 1E Instrument Loops None None Computer not required for DBA or for EOPs Provides Indication Only Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained (R/

SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR-C51-1R603C LOCAL EFFECTS INCLUDING DEPENDENT.

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

SAFETY FUNCTION: APRM CHANNEL E Trip and IRM CHANNELS E, G Trip NON CLASS 1E COMPONENT S: NR-C51-1R603C LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET EC-QDET-2 Rev 1 Page 178 COMPONENT ID FAILURE MODE SYSTEM EFFECI'S CABLES in same raceways as cables to Non Class IE Component Impressed voltage fault on cables to Neutron Mon Sysclassified as Q Loss of Recorder NR~I-IR603A, B, C, D Spurious APRM&, IRM Channel Trips None.Neutron Flux SCRAM YES Recorders not required for DBA or for EOPs~Provides Indication only Fails in Safe Direction (See SEA-EE-180 Cat 4)Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Neutron Flux SCRAM YES Fails in safe direction Impressed Voltage Loss of Computer Inputs Fault on cables to transducers classified Q None YES Computer not required for DBA or for EOPs Provides Indication Only Impiessed voltage does not propagate to input of transducers (See Appendix K)Impressed Voltage Fault on cables to LPRMs Spurious APRM Channel Trips Neutron Flux SCRAM Fails in Safe Direction (See SEA-EE-180 Cat 4)

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 LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Faults on cables to Pre.mre Boundary instruments classiTied asQ Loss of electronics to Pressure Boundary Instruments with cables in contact with NMIPE4112, NM1PQ4101 None Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained

References:

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

Class 1E IRM Channel F Range Switch CAT Y 8 Class 1E 1D682 Circuit Breaker 04 Chas 1E Class 1E IRM Channel F Class 1E Voltage Preamp Class 1E Fission Detector NE-1N002F Class 1E Fuse Class 1E IRM Channel H Class 1E Voltage Preamp Class 1E Fission Detector NE-1N002H Class 1E IRM Channel H Range Switch GE1CAT84.VSD Circuit Breaker RPSB.1Y201 Ch~1E Fuse Class 1E APRM Channel F Class 1E High Voltage Supply Class 1E Fission Detector rn re O 9 8 SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCAL EFFECTS INCLUDINO DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-Rev 1 Page 181 COMPONENT ID FAILURE MODE SYSTEM EFFECTS NRMI-IR603D (Non Class IE)CABLES in same raceways as cables to Non Class 1E-Component Open Recorder Short Recorder Short cables to Neutron Mon Sys classified as Q Short cables Loss of Recorder Loss of Recorder , Loss of Recorders NR-C51-1R603A, B, C, D Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II None None None Neutron,Fluz SCRAM None YES YES YES Recorder not required for DBA or for EOPs Provides Indication only Recorder not required for DBA or for EOPs Provides Indication only Recorders not required for DBA or for EOPs Provides Indication only Fails in safe direction Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways Short cables to Loss of Computer Inputs transducers classified as Q 85 LPRMs Short cables to Loss of Non Class lE Presuure Boundary.-Instrument Loops instrume4ts classified None None Computer not required for DBA or for EOPs Provides Indication Only Non Class 1E Loops not required for DBA or for EOPs 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 LOCAL EFFECI'S INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class 1E Component Open cables to Neutron Mon Sys classiiied as Q Open cables Loss of Recorders NR~I-IR603A, B, C, D Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II None Neutron Fluz SCRAM None YES YES Recorders not required for DBA or for EOPs Provides Indication only Fails in safe direction Division I available.

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

SAFETY FUNCTION: APRM CHANNEL F Trip and IRM CHANNELS F, H trip NON CLASS 1E COMPONENT S: NR-C51-1R603D LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SINGLE FAILURE MET ECQDET-I 2 Rev 1, Page 183 COMPONENT ID FAILURE MODE SYSTEM EFFECTS CABLES in same raceways as cables to Non Class IE Component Impressed voltage fault on cables to Neutron Mon Sys classified as Q Loss of Recorder NR&51-1R603A, B, C, D Spurious APRM k IRM Channel Trips None Neutron Flux SCRAM YES Recorders not required for DBA or for EOPs Provides Indication only Fails in Safe Direction (See SEA-EE-180 Cat 4)/-ai)f4l Impressed voltage fault on cables Loss of IRM Sel Sw A,B,C,D, E,F,H.IRM Channels Trip Loss of Division II Neutron Flux SCRAM None YES YES Fails in safe direction Division I available No Div I, Div I Aff or GE Div I/Non Sep associated cables in raceways J Rl Impressed Voltage Loss of Computer Inputs Fault on cables to transducers classified asQ None Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (See Appendix K)Impressed Voltage Fault on cables to LPRMs Spurious APRM Channel Trips Neutron Flux SCRAM YES Fails in Safe Direction (See SEA-EE-180 Cat 4)

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

References:

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

APPENDIX I ECQDET-1002 Rev 1 Page 185'SINGLE FAILURE ANALYSIS FOR CATEGORY 9 GE SUPPLIED NON CLASS 1E INSTRUMENTS CONNECTED TO Q CLASSIFIED INSTRUMENTS

CAT Y 9 Q Flow Element FE-14806 Q Transmitter PT-C41-1 N004 (Pressure Boundary)Non Class 1E 1Y629 Clrcult Breaker 22 Q Flow Transmitter FT-14806 Q SRU Ckcult Breaker 07 Non Class 1E.1Y218 Q SRU Q Indicating Instrument LUF I-14806 (Reg Guide 1.97 Cat 2)GE1 CAIN.VSD m g7 o p (q 3

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 ECQDET-I 2 Rev I Page 187 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET 1Y629-22 Power Supply (Non Class IE)ES441-IK600 Power Supply (1Y21847)(Non Class IE)Open Non Class lE Power Supply Short Non Class 1E Power Supply Open Non Class IE Power Supply Loss of Reg Guide 1.97 Cat 2 Instruments:

FE-14806 FT-14806 Ll/Fl-14806 Loss of Reg Guide 1.97 Cat 2 Instruments:

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

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 ECQDET-Rev I Page 188 COMPONENT ID LT~.I-INOOI Level Transmitter (Non Class 1E)PI~1-1 R600 Pressure Indicator (Non Class IE)CABLES in same raceways as cables to Non Class 1E Component FAILURE MODE Open transmitter Short transmitter Open Indicator Open Indicator Open cables LOCAL EFFECTS INCLUDING DEPENDENT FAILURES Loss of Reg Guide 1.97 Cat 2 Instrument LI/FI-14806 Loss of Reg Guide 1.97 Cat 2 Instrument LI/FI-14806 Loss of Pressure Indication PI&41-IR600 Loss of Pressure Indication PI~1-1 R600 Loss of Reg Guide 1.97 Cat 2 Instruments:

FE-14806 FT-14806 LI/FI-14806 Loss of Pressure Indication Pl~1-1R600 SYSTEM EFFECTS None None None None None None None None SINGLE FAILURE MET YES YES YES YES YES YES Reg Guide 1.97 Cat 2 instruments do not require redundancy Reg Guide 1.97 Cat 2 instruments do not require redundancy Indicator not reqmred for DBA or for EOPs Provides Indication Only Indicator not required for DBA or for EOPs Provides Indication Only Reg Guide 1.97 Cat 2 instruments do not require redundancy Indicator not required for DBA or for EOPs Provides Indication Only Open cables to.Loss of Non Class IE Pressure Boundary Instrument Loops instruments classified None YES Non Class 1E Loops not required for DBA or for EOPs Boundaries Maintained f Rl II 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 ECTED Rev 1 Page 189 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cables to Non Class IE Component Open cables to Loss of Computer Inputs transducers classified asQ None Computer not required for DBA or for EOPs Provides Indication Only Open cables NM011201C,F,G NMOI1202F,G Loss of FR41204 None YES Recorder not required for DBA or for EOPs Provides Indication Only Short cables Loss of Reg Guide 1.97 Cat 2 Instruments:

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

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 ECQDET-Rev 1 Page 190 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET CABLES in same raceways as cables to Non Class IE Component Short cables to transducers classified asQ Short cables NMOI1201C,F,G NM011202F,G Loss of Computer Inputs Continuous operation of FR41204 None None YES Computer not required for DBA or for EOPs Provides Indication Only Recorder not required for DBA or for EOPs Provides Indication Only CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Fault Incorrect voltage to Reg Guide 1.97 Cat II Instruments Incorrect/Loss of Output: FE-14806 FT-14806 LI/FI-14806 Incorrect/Loss of Pressure Indication Pi~1-IR600 None None None None YES YES YES Reg Guide 1.97 Cat 2 instruments do not require redundancy.

Indicator not required for DBA or for EOPs (k)

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 ECQDET-Rev I Page 191 COMPONENT ID FAILURE MODE LOCAL EFFECTS INCLUDING DEPENDENT FAILURES SYSTEM EFFECTS SINGLE FAILURE MET REMARKS CABLES in same raceways as cables to Non Class IE Component Impressed Voltage Faults on cables to Prcssure Boundary instruments classified Q Impressed Voltage Fault on cables to transducers classified asQ Impressed Voltage fault on cables NM011201C,F,G NM011202F,G Loss of electronics to Prcssure Boundary Instruments with cables in contact with NK114801B,C,D,E NM1Q0206D, NM1PC1301 Loss of Computer Inputs Incorrect/Loss of operation of FR41204 None None None YES Non Class IE Loops not required for DBA or for EOPs Boundaries Maintained Computer not required for DBA or for EOPs Provides Indication Only Impressed voltage does not propagate to input of transducers (Scc Appendix K)Recorder not required for DBA or for EOPs Provides Indication Only J.gi f g.s

References:

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

APPENDIX S ECQDET-1002 Rev 1 Page 192 DEFINITIONS AND ABBREVIATIONS 4

ECQDET-1002 Rev 1 Page 193 DEFINE'ION:

~QUALITY ASSURANCE CODE.CODES/ABBREVIATIONS:

(2 CHARACIZR FIELD)Q=SAFETY-RELA'IKD EQUIPMENT OR COMPONEN'IS.

ALL ARE SUBJECT TO THE REQUIREMENTS OF THE SUSQ SES OPERATION QUALITY ASSURANCE PROGRAM.A~NON-SAIK'IY'-RELATED EQUIPMENT OR COMPONENTS (USUALLY PRESSURE REI'AINING ITEMS AND PIPE SUPPORTS)WHICH WERE AND/OR MUST BE DESIGNED, PROCURED, CONSTRUCTED, AND MAIN'I'AINED IN ACCORDANCE WITH THE ASME SECTION IH AND SECTION XI REQUIREMENTS.

F N=NON-SAFETY-RELA'IZD EQUIPMENT OR COMPONENTS IN RADWASTE MANAGEMENT SYSTEMS WHICH ARE SUBJECI'O THE REQUIREMENTS OF NRC BRANCH TECHNICAL POSlTION ES'IB 11-1 AND NDIQA<.2.5,"GROUP-D AUGMENTED".

NON-SAKIY-RELATED FIRE PROTECIION EQUIPMENT AND COMPONENTS WHICH PROTECT SAFEI'Y-RELATED EQUIPMENT AND ARE SUBJECT TO THE REQUIREMENTS OF NDIQA4.2.3 AND NDIQA-15.3.1.

NONCAIMY-RELA'IZD EQUIPMENT OR COMPONENT WHICH ARE INVOL'VED IN RADIOLOGICAL AND ENVIRONMENTAL MONITORING IN 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 INCAPACITATING INJURY TO MAIN CORIROL ROOM OCCUPANTS.

NDIQA-8.2.6.

NON-SAFETY-RELATED EQUIPMENT OR COMPONENTS WHICH ARE NOT SUBJECT TO THE REQUIREMENTS OF ANY OF THE ABOVE QUALITY ASSURANCE PROGRAMS.UNKNOWN-NUCLEAR MODIFICATIONS TO DEIZRMINE.

DEFINITION:

INS'IRUMENT IDEÃZG'ICATION NUMBER ECQDET-1002 Rev 1 Page 194 NOTE: INSTRUMENT LABELS, NAhfEPLATES, PROCEDURES AND TAGGING IN THE HELD MAY INCLUDE'IZE USE OF HYPHENS TO SEPARATE INSTRUMENT TYPE, GE SYSTEM NUMBER AND INS'IRUMENT NUMBER'HKSE HYPHENS ARE NOT REFLECTED IN THE INSTRUMENT INDEX QBBYlj NQMBER, LT XY B21 20407 C 1D004B AAH AAHH AAHL AAL AALL AC AI AIC AISL AlT AlTS AP APRM AR ARS ASH ASHH ASHL ASL AT AYBDD BDID CAH CAHH CAHL CAL CE CI CIC CIS CISH CIT C1TS CITSH CR." CSHL CSL CY ANALYZER ALARM HIGH ANALYZER ALARM HI-HI ANALYZER ALARM HI-LO ANALYZER ALAIM LOW ANALYZER ALARM LO-LO ANALYSIS CONTROLLER ANALYZER ELEMENT ANALYSIS INDICATOR ANALYZER INDICATOR CONTROLLER ANALYZER INDICATING SWlTCH LOW ANALYZER'INDICATING TRANSMI'I'IZR ANALYZER INDICATING TRANSMITIZR SWITCH ANALYZER ELEMENT ANALYZER TEST CONNECTION AVERAGE POWER RANGE MONITOR ANALYZER RECORDER ANALYZER RECORDER SWITCH ANALYZER SWITCH HIGH ANALYZER SW1TCH HI-HI ANALYZER SWITCH HI-LO ANALYZER SWITCH LOW ANALYZER TRANSMIT'ER ISOLATION DIAPHRAGM ANALYZER SIGNAL CONDITIONER BACKDRAFI'AMPER BACKDRAFT ISOLATION DAMPER CONDUCI'IVITY ALARM HIGH CONDUCI'IVITY ALARM HI-HI CONDUCTIVITY ALARM HI-LO CONDUCGVHY ALARM LOW CONDUCTIVITY ELEMENT CONDUCTIVITY INDICATOR CONDUCI'IVITY INDICATOR CONTROLLER CONDUCTIVITY INDICATOR SW1TCH CONDUCTIVITY INDICATOR SWITCH HIGH CONDUCTIVI'IY INDICATOR'IRANShKHZR CONDUCTIVE'Y INDICATOR'IRANShKHZR SWlTCH CONDUCIIVITY INDICATOR TRANSMITTER SWITCH HIGH CONDUCTIVITY RECORDER CONDUCI'IVI'IV RECORDER SWlTCH CONDUCHVI'IY SWITCH HIGH CONDUCTIVITY SWITCH HI HI CONDUCTIVITY SWlTCH HI-LO CONDUCTIVH'Y SWlTCH LOW CONDUCTIVITY SIGNAL CONDITIONER

DAHL DCAC DE DIR DS DSHL DT E/I ES EY FAH FAHL FAL FALL FC FDAH FDI FDM FDR FDSH FDSL FG~Fl-: FIS FISH FISHL FISL-FIT FO FP FQ FQAH FQI FQIS FQR FQS FQSH FR FRC FRCS FRS FRSH FS FSC FSH.FSHL FSL FSLL FSO FT DENSITY ALARM HI-LO DC TO AC INVERTED DENSITY ELEMENT DENSITY INDICATING RECORDER DENSITY SWlTCH DENSITY SWITCH HI-LO DENSITY TRANSMITTER VOLTAGE TO CUtuKNT TRANSFORMER ELECIRICAL SURGE PROTECTOR POWER SUPPLY ELECTRICAL SIGNAL CONDITIONER FLOW ALARM HIGH FLOW ALARM HI-LO FLOW ALARM LOW FLOW ALARM LO-LO FLOW CONTROLLER FLOW DIFFERENTIAL ALARM HI FLOW DIFFERENTIAL INDICATOR FLOW DIFFERENTIAL MONlTOR FLOW DIFFERENTIAL RECORDER FLOW ELEMENT FLOW GLASS FLOW INDICATOR FLOW INDICATING CORIROLLER FLOW INDICATING CONTROLLER SWITCH FLOW INDICATING SWITCH FLOW INDICATING SWITCH HIGH FLOW INDICATING SWITCH HIGH LOW FLOW INDICATING SWlTCH LOW FLOW INDICATING

'IRANSMHTER FLOW ORIFICE FLOW CONNECTION FLOW COUNTER FLOW COURIER ALARM HIGH FLOW COUNTER INDICATOR FLOW COUNTER INDICATOR SWITCH FLOW COUNTER RECORDER FLOW COUNTER SWITCH FLOW COUNTER SWITCH HIGH FLOW RECORDER FLOW RECORDER COURIER FLOW RECORDER COUNTER SWITCH FLOW RECORDER SWlTCH FLOW RECORDER SWITCH HIGH FLOW SWlTCH FLOW SIGNAL CALIBRATOR FLOW SWlTCH HIGH FLOW SWlTCH HI-LO FLOW SWlTCH LOW FLOW SWITCH LO-LO FLOW SIGNAL, OUTPUT DEVICE FLOW TRANSMI'ITER FLOW UNIT FLOW UNCLASSIFIED FLOW SIGNAL CONDITIONER ECQDET-1002 Rev I Page 195 HC HD HDM HIC HS HSE HSS'SX HY HZ IRM KA KC KCS KI KS KSS KY LAH LAHH LAHHH LAHL LAL LALL LC LDAH LDAHH LDIS LDISH LDS LE LG LI LIC LIS LISHL LISL LIT LlTS LI/FI LP LR LR/FR LR/PR LS LSH LSHH LSHHH LSHL LSL LSLL LT MAL MC ME HAND ComzOLLER HAND DAMPER HAND DAMPER REMOTE OPERATOR HAND INDICATING CONTROLLER HAND SWlTCH HAND SWITCH ELECIRICAL HAND SELECT SWITCH HAND SWITCH SPECIAL HAND SIGNAL CONDITIONER HAND POSITION IN'IMMEDIATE RANGE MONITOR RADIATION DETECTION TIME CONTROLLER TIME CONIROLLER SWITCH TIME INDICATOR TIME SWlTCH TIME SPEED SW1TCH TIME SIGNAL CONDITIONER LEVEL ALARM HIGH LEVEL ALARM HI-HI LEVEL ALARM HI-HI-HI LEVEL ALARM HI-LO LEVEL ALARM LOW LEVEL ALARM LO-LO LEVEI.CONIROLLER LEVEL DII'FERENTIAL ALARM HIGH LEVEL DIE'FERENTIAL ALARM HI-HI LEVEL DIIVERENTIAL INDICATOR SWITCH LEVEL ELEMENT LEVEL GLASS LEVEL INDICATOR LEVEL INDICATOR CONTROLLER LEVEL INDICATOR SWITCH LEVEL INDICATOR SW1TCH HI-LO LEVEL INDICATOR SWlTCH LO LEVEL INDICATOR TRANSMITTER LEVEL INDICATOR TRANSMITIER SWITCH LEVEL INDICATOR/FLOW INDICATOR LEVEL CONNECTION LEVEL RECORDER LEVEL RECORDER/I'LOW RECORDER LEVEL RECORDER/PRESSURE RECORDER LEVEL SWITCH LEVEL SWITCH HIGH LEVEL SWITCH HI-HI LEVEL SWITCH HI-HI-HI LEVEL SWlTCH HI-LO LEVEL SWlTCH LOW LEVEL SWITCH LO-LO LEVEL TRANSMI'H'ER LEVEL SIGNAL CONDlTIONER RFPT SPEED CONTROLLER MOISTURE ALARM HIGH MOISTURE ALARM LOW MOISTURE CONTROLLER MOISTURE ELEMENT ECQDET-1002 Rev 1 Page 196 0

MI MISH MISHL MISL MITS MR MSH MSL MT MTS MY NA NAV NB NE NFC NI NIS N1T NL NM NO NR, NT NV NX NY PAH PAHL PAL PALL PC PD PDAH PDAHL PDAL PDC PDCV PDD PDDM PDI PDIC PDIS PDISH PDIT PDM PDR PDS PDSH PDSHH PDSHL PDSL PDSLL PDT PDY PE PI PIC MOISTURE INDICATOR MOISTURE INDICATOR SWITCH HIGH MOISTURE INDICATOR SWITCH HI-LO MOISTURE INDICATOR SW1TCH LOW'OISTURE INDICATOR TRANSMI'I'IZR SWITCH MOISTURE RECORDER MOISTURE SWITCH HIGH MOISTURE SWlTCH LOW MOISTURE TRANSMI'I IZR.MOISTURE TRANSMI'I'IER SWITCH MOISTURE SIGNAL CONDITIONER NEUTRON FLUX SIGNAL AMPLIFIER NEUTRON FLUX SIGNAL AVERAGING NEUTRON FLUX SIGNAL BIAS NEUTRON FLUX ELEMENT NEUTRON FLUX SIGNAL COMPARATOR NEUTRON FLUX INDICATOR NEUTRON FLUX INDICATING SWITCH NEUTRON FLUX INDICATING TRANSMITIER NEVIRON FLUX SIGNAL LOGIC NEUTRON FLUX SIGNAL MULTIPLEXER NEUTRON FLUX SIGNAL OUTPUTHNPUT NEUTRON FLUX RECORDER NEUTRON FLUX TRANSMITIER NEUTRON FLUX SIGNAL SUMMER NEUTRON FLUX SIGNAL CALIBRATOR NEUTRON FLUX SIGNAL CONDITIONER PRESSURE ALARM HIGH PRESSURE ALARM HI-LO PRESSURE ALARM LOW PRESSURE ALARM LO-LO PRESSURE CONTROLLER PRESSURE DIFFERENTIAL PRESSURE DIFFERENTIAL ALARM HI-LO PRESSURE DIFFERENTIAL ALARM LOW PRESSURE DIFFERENTIAL CONTROLLER PRESS.DIFF.CONTROL VALVE (SELF'ACTUATED)

PRESS.DIFF.DAMPER PRESS.DIFF.DAMPER OPERATOR PRESSURE DIFFERENTIAL INDICATOR PRESSURE DIFFERENTIAL INDICATOR CONTROLLER PRESSURE DIFI~NTIAL INDICATOR SW1TCH PRESSURE DIFFERENTIAL INDICATOR SWlTCH HIGH PRESSURE DIFFERENTIAL INDICATOR TRANSMI'IVER PRESSURE DIFFERENTIAL SWlTCH PRESSURE DIFFEIKNTIAL SWITCH HIGH PRESSURE DIFFERENTIAL SWITCH HI-HI PRESSURE DIFFERENTIAL SWlTCH HI-LO W PRESSURE DIFFERED'IAL SW1TCH LO-LO PRESSURE DIFFERENTIAL

'IRANSMI'I'IZR PRESSURE DIFFERENTIAL SIGNAL CORIROLLER

.PRESSURE ELEMENT PRESSURE INDICATOR PRESSURE INDICATING CONTROLLER ECQDET-1002 Rcv 1 Page 197

~I PIS PISHL PIT PP PR PS PSD PSE PSH PSHH PSHL PSL PSLL PSV~PY QQI RA RAH RAHH RAL RBM RE RI RIS RISH RISHH RIT RITS RP RQI RQRR RR RSH RT RW RY RYS SAH SAHH SAL SC SE SG SI SI/KR SIC SIS SISH SRM SS SSH SSL SST SSX ST STS SV PRESSURE INDICATOR SWITCH PRESSURE INDICATOR SW1TCH HI-LO PRESSURE INDICATING

'IRANSMI'HZR PRESSURE CONNECTION PRESSURE RECORDER PRESSURE SWITCH PRESSURE SAPETY ELEMENT PRESSURE SWITCH HIGH PRESSURE SWlTCH HI-HI PRESSURE SWlTCH HI-LO PRESSURE SWITCH LOW PRESSURE SWITCH LO-LO PRESSURE SAFEIY RELIEF VALVE PRESSURE TRANSMlrlER PRESSURE SIGNAL CONDITIONER TIME/QUALITY INDICATOR RADIATION ALARM RADIATION ALARM HIGH RADIATION ALARM HI-HI RADIATION ALARM LOW ROD BLOCK MONITOR RADIATION ELEMENT RADIATION INDICATOR RADIATION INDICATOR SWITCH RADIATION INDICATOR SW1TCH HIGH RADIATION INDICATOR SWITCH HI-Hl RADIATION INDICATOR'IRANSMI'ITER RADIATION INDICATOR TRANSMITIZR SW1TCH RADIATION'I%ST CONNECTION RADIATION COUNTER INDICATOR RADIATION COUNTER TOTALIZING RECORDER RADIATION RECORDER RADIATION SW1TCH HIGH RADIATION TRANShKHZR RADIATION WELL RADIATION SIGNAL COND1TIONER RADIATION CONTROLLER SWlTCH SPEED ALARM HIGH SPEED ALARM HIGH HIGH SPEED ALARM LOW SPEED CONTROLLER SPEED ELEMENT SPEED GAUGE SPEED INDICATOR TACHOM FIT SPEED INDICATOR CONTROLLER SPEED INDICATOR SWlTCH SPEED INDICATOR SWITCH HIGH SOURCE RANGE MONITOR SPEED SWITCH SPEED SWlTCH HIGH SPEED SWITCH LOW INFRARED SENSOR SPEED SW1TCH MISCELLANEOUS SPEED'IRANSMI'IVER SPEED TRANSMIT'IER SWITCH SOLENOID VALVE ECQDET-1002 Rcv 1 Page 198

SX SY TAH TAHH TAHHH TAHL TAL TALL TC m TDAH TDAHL TDAL TDIC'IBM TDRS TDS mSH TDSHL mSL mT TDY TE TI TIAH TIC TIS TISC TISH TIT'IRS TRSH TS TSH TSHH TSHL TSL TSLL TSLZ TSS Tr TW TX TY UCIS UCS UIC UR VAH VI VIS VISH SOLENOID DEVICE SPEED SIGNAL CONDlTIONER TEMPERATURE ALARM HIGH'IZMPERATURE ALARM HI-HI TEMPERATURE ALARM Hl-Hl-HI TEMPERATURE ALARM HI-LO TEMPERATURE ALARM LOW TEMPERATURE ALARM LO-LO TEMPERATURE CONTROLLER TEMPERATURE DIFFEIKNTIAL ALAIM HI-LO'IKUPERATURE DIFFERENTIA SWlTCH'IKdPERATURE DIFFERENTIAL SWITCH HIGH TEMPERATURE DIFFEIKNTIAL SWITCH LOW TEMPERATURE DIFFERENTIAL TRANSMI'I IZR TEMPERATURE DIIVKKNTIAL CONTROLLER

'IKMPERATURE ELEMENT TEMPERATURE INDICATOR TEMPERATURE INDICATOR ALARM HIGH TEMPERATURE INDICATOR CONTROLLER TEMPERATURE INDICATOR SW1TCH TEMPERATURE INDICATOR SWlTCH CONTROLLER TEMPERATURE INDICATOR SWlTCH HIGH TEMPERATURE INDICATING TRANSMI'PIER TEMPERATURE CONNECTION TEMPERATURE RECORDER TEMPERATURE RECORDER SWITCH'IEMPERATURE RECORDER SWlTCH HIGH'IZMPERATURE SWITCH~ERATURE SW1TCH HIGH'IZMPERATURE SW1TCH HI-HI~ERATURE SWlTCH HI-LO TEMPERATURE SWlTCH LOW TEMPERATURE SWITCH LO-LO BEARING TEMPERATURE SWITCH'IZMPERATURE ELEMENT SELECTOR SWlTCH TEMPERATURE TRANSMI'I IZR TEMPERATURE WELL TEMPERATURE UNCLASSIFIED

'IKdPERATURE SIGNAL COND1TIONER TEMPERATURE POSlTION MULTIVARIABLE CONTROLLER INDICATOR SWITCH MULTIVARIABLE CONTROLLER SW1TCH MULTIVARIABLE INDICATOR CONIROLLER MULTIVARIABLE RECORDER (DATALOGGER)

VIBRATION ALARM HIGH VIBRATION ALARM HI-HI VIBRATION ALARM LOW VIBRATION ELEMENT VIBRATION INDICATOR VIBRATION INDICATOR SW1TCH VIBRATION INDICATOR SWITCH HIGH ECQDET-1002 Rev 1 Page 199 VRSH VS VSH VSHH VT VX VY WE WI WS WSH WSHH WSL WSLL WT XA" XAH XDT XE XFR XFT XIR XISH XLE XLR XLT XME XMT XO XP XR XRSH XS XSE XSH XSHL XSL XST XIR XTI'XE XXT XY XYIR YS YY ZA ZAX ZC ZE ZI ZISH VIBRATION RECORDER VIBRATION RECORDER SWITCH VIBRATION RECORDED SWAH HIGH VIBRATION SW1TCH VIBRATION SWITCH HIGH VIBRATION SWlTCH HI-HI VIBRATION'IRANSMITTER VIBRATION UNCLASSIFIED

.VIBRATION SIGNAL CONDITIONER LOAD CELL WEIGHT INDICATOR-WEIGEI'WlTCH WEIGEI'WITCH HIGH WEIGEI'WITCH HI-HI WEIGHT SWITCH LOW WEIGHT SWlTCH LO-LO WEIGEI"IRANS MITER UNCLASSIFIED ALARM UNCLASSIFIED ALARM HIGH UNCLASSIFIED ALARM LOW UNCLASSIFIED DIFI'ERENTIAL TELEMETRY DELTA-T TRANSMI'ITER UNCLASSIFIED ELEMENT TELEMEIRY FLOW RECORDER TELEMETRY FLOW TRANSMITTER NSSS/RPS-ELECTRICAL INDICATORS TELEMETRY INDICATOR RECORDER TELEMEIRY INDICATOR SWlTCH HIGH TELEMETRY INDICATING TRANSMITI'ER RAIN FALL ELEMENT RAIN FALL RECORDER SPECIAL LEVEL TRANSMIT'IER DEW POINT EL'EMENT DEW POINT TRANSMI'HER VARIABLE RESTRICHNG ORIFICE TEST POINT SPECIAL RECORDER SPECIAL RECORDER SWlTCH HIGH SPECIAL SWITCH WIND SPEED ELEMENT UNCLASSIFIED SW1TCH HIGH UNCLASSIFIED SWlTCH HI-LO UNCLASSIFIED SWITCH LOW WIND SPEED TRANShEITER TELEMEIRY RECEIVER SPECIAL TRANSMH'IER WIND DIRECTION ELEMENT WIND DIRECTION TRANSMI'IVER SPECIAL SIGNAL CONDlTIONER ILRT-AUTO SCANNER DRAIN PIPE VOLTAGE REGULATOR SPECIAL ALARM POS1TION ALARM TRANSMI'I IER, POS1TION CONTROLLER POSITION ELEMENT POSITION INDICATOR POSEIDON INDICATOR SW1TCH HIGH ECQDET-1002 Rcv 1 Page 200

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

APPENDIX K ECQDET-1002 Rey 1 Page 202 EVALUATION OF 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 except for qualified electrical isolators.

Also if 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 fill fluid 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 will not 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.

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

Q Loads in Contact with TDRS-G33-1N605 (DIV gEC-QDET-1002 Rev 1 page 206 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED AMOG2401C AM1Q0701C AMIQ0701D E423 E-168 E-168 006 Ch A (Frequency Tramlucer) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple)

Ch A (XI40034A)

Q Ch A (Temp Sw to Iso Logic)Ch A (Iemp Sw to Iso Logic)Q AMIQ0701F AMIQ0701G AMlQ0701H AMlQ0701J AMIQ0701K AM 1Q0701L AMIQ0701M AM1Q0701N AMIQ0701P AM IQ070IR AM1Q0701S AM1Q0701U AM1Q0701V AM I Q0701W AM1Q0702C E-168 E-168 E-168 E-168 E-168 E-168'-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 AM1Q0701E" E-168 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A Ph~iocouple) 002 Ch A (Ihermocouple) 002 Ch A (Thermocouple) 002 Ch A Phermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 001 Ch A (Thermocouple)

Q Q Q Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A Pemp Sw to Iso Logic)Q Ch A gemp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A Pemp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Ch A (Temp Sw to Iso Logic)Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (iemp Switch to Iso Logic)Q

Q Loads in Contact with TDRS-G33-1N605 (DIV g ECTED ET-1002 Rev 1 page 207 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED AM1Q0702D AM1Q0702E AM IQ0702F AMIQ0702G AM1Q0702H AMIQ0702J AMIQ0702K AM1Q0702L AM IQ0702M AM1Q0702N AM1Q0702P AM1Q0702R AMIQ0702S AMIQ0702T AM1Q0702U EMOI1101D EMOII IOIE EMOI1104F EM111211C E-168'-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 JQOI JQOI J-411 J-451 001 Ch A (Thermocouple)

'I 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A Phermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 012 Ch A (TE-10100A) 012 Ch A (TE-10100B) 002 Div 1(PT41107A) 002 Div I (FBI I tl9A)005 Div I (TE41106A) 015 Div I (TE-El 1-1N027A (RTD))Q Div I (PI41107A)

Q Div I (FY%1109AI)

Q Div I (IT%I 106A)Q Div I (IT-15127A)

Q Q Q Q Ch A (Temp Switch ta Iso Logic)Q Ch A (iemp Switch to Iso Logic)Q Q Ch A (lemp Switch to Iso Logic)Q Q Ch A (I'emp Switch to Iso Logic)Q Q Ch A(Temp Switch to Iso Logic)Q Q Ch A(Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Teinp Switch to Iso Logic)Q Q Ch A(Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Ch A (I'emp Switch to Iso Logic)Q Q Ch A gemp Switch to Iso Logic)Q Q Ch A (TSH-10100A)

Q Q Ch A (TSH-10100B)

Q Q Loads in Contact with TDRS-G33-1N605 (DIV g EC-QDET-1002 Rev.1 page 208 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EM111211D EM112603C EM112603D J451 J426 J426 EM114202E EM114202H EM114202J EM114202L EM114202M EMII4202N EM115101D EM115101E EM115101F EM115701C EM115705C EM115705E EM115705H EM115707A EM115714G JA42 J442 J442 J442 JA42 J442 J470 J470 J470 J457 J457 J457 J-457 J457 J457 EM 114202 D J442 015 Div I (Ti'-15127A) 003 Div I (PY-12644A) 003 Div I (PY-12644) 001.Div I (LT-14201A) 001 Div I (LT-14203A) 001 Div I (LT-14203A) 001 Div I (LT-14202A) 001 Div I (LT-14202A) 001 Div I (PT-14201A) 001 Div I (LT-14203A) 002 Div I (FT-15120A) 002 Div I (FT-15121A) 002-Div I (FY-15120A) 002 Div I (LT-15776A) 003 Div I (PT-15710A) 003 Div I (PT-15709A) 003 Div I (PT-15729A) 003 Div I (PT-15729A) 007 Div I PE-15790A)

Q Div I (PY-15709A)

Q Div I (PY-15729A}

Q Div I (PR-15710A)

Q Divi I PT-15790A) e e Q Q Q Div I (Tl-15127A)

Q Q Div I (PT-12644)

Q Div I (LY-14201A)

Q Div I (LY-14203A)

Q Q Div I (LI-14203A)

Q Div I (LR-14202)

Q Div I (LY-14202A)

Q Divi I (1C651)Q Div I (LI-14201AI)

Q Div I (FY-15120A)

Q Q Div I (FY-15121A)

Q Div I (Fl-15120A)

~e Q Div I (iso Mux XIT-15701A)

Q Q Div I (PY-15710A)

Q Q Loads in Contact with rDRS-633-1N605 (DIV g EC-QDET-1002 Rev 1 page 209 CABLES.DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED EM115714H EM115714J EM115714K EM119801C EM119801D EM119801E EM119801F EM I J25301 EM1J45101 EM1J45102 EM1J45102 EM1J45102 EM1J45102 EM1PM1302 EM1PM1302 EM1PQ1302 EM1PQ1302 EM1Q0043B EM1Q0043C J457 007 Div I (IE-15790A)

J457 J457 J498 002 J498 002 J498 J498 J457 J457 J-457 002 7 002 Div I (TE-15799A)

Div I (TE-15799A)

Div I (FT-E51-IN003)

Div I (RCIC EGM Control)Div I (LITS-1N026B)

Div I (PT-14262)

Div I (LT-15775A)

Div I (LSL-15775A)

Div I (PVJ!I Power'Supply)

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

Div I (PT-15709A, IOA)J457'l-EI 146 010 Ml-EI 146 010 Ml-E51-90 006 Ml-E51-90 J457 J457 012 Div I (RE-15720A) 012 Div I (RE-15720A)

Div I (TI'-15790A)

Div I (FY-El 1-1K600A)Div I (PT-El 1-1N026A)Div I (FY-14989 Isolation Device))Div I (PT-ES 1-1N004,5,7,8)

Q NONE (SPARE)Div I (Tl'-15799A)

Q.NONE (SPARE)Q Div I (FY-14903A)

Q Div I (SY-15001B))

Q Div I (LI-14262)

'Div I (PI-14262)

Q Div I (LR-15776A)

Q Div I (LI-15775A)

Q Div I (LR-15775A)

Div I (LR-15775A)

Q Div I (PR-15710A)

.Q Div I PR-15790AI)

Q Div I (FI-El 1-1R603A)Q Pl-E 1 1-1R606A1 Q Div I (FY-E51-1K601)

Q PI-E51-1R601,2,3,4 Q Div I (RITS-15720A)

Q Div I (RITS-5720A)

Non Class lE Non Class 1E Q Q Loads in Contact with TDRS-G33-1N605 (DIV g EC-QDET-1002 Rev 1 page 210 CABLES EM1Q0045G EM1Q0823C EM1Q0823D DWG J457 E-155 E-155 SH FROM 015 Div I (NT-15725A) 008 Div I (ES-E21-1K600A) 008 Div I (ES-E21-1K600A)

SEPGR(FRM)

TO Q Div I (NIT-15725A)

, Q Div I (FT-E21-1N003A)

Q Div I (PT-E21-1N001A)

SEPGR(TO)Q Q ISOLATED EM1Q1319D EM1Q1319E EM 1Q1319F EMlQ1320C EM1Q3066C EM 1Q3066E EM 1Q3066F EM1Q4191C EMlQ4191D EM1Q4193C EM1Q4193D EM1Q4235E EMlQ4235E EM1Q4235F J449 J449 J449 E-154 E-153 E-153 E-153 E-187 E-187 E-187 E-187 E-304 E-304 E-304 EM1Q0836F E-304 EM1Q1319C J449 002 Div I (FT-E51-1N003) 002 Div I (FC-E51-1R600) 002 Div I (EGM CTL E51-C002)002 Div I (FC-E51-1R600) 018 Div I (ES-E51-1K600) 035 Div I (ES-El 1-1K603A)035 Div I (ES-El 1-1K603A)035 Div I (ES-El I-1K603A)001 Div I (1B216)001 Div I (1B216)001 Div I (1B236)001 Div I (1B236)016 Div I (AR-'15746A) 016 Div I (AR-15745A) 016 Div I (IX-15751)

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Div I (FY-E51-IK601)

Div I (Ramp/Signal Converter)

SI-15001A Div I (Ramp/Signal Converter)

Div I (RCIC Transmitters)

Div I (PT-El 1-1N026A)Div I (PI'-El 1-IN015A)Div I (PT-El I-1N007A)Divi I (1FA40A)Divi I (IFA40A)Divi I (IE440C)Divi I (1FA40C)Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A) 019 LITS-B21-1N026B (Mech Sw See App C f Q Div I (iso Mux XIT-15701A)

Non Class 1E Q Q Q Q Q Q Q Q Q Q Q Q

)0 Q Loads in Contact with TDRS-633-1N605 (DIV g EC-QDET-1002 Rev 1 page 211 CABLES DWG EMIQ4237D EMIQ6525C EMIQ6525D E-304 E-189 E-189 EM1S1600J EM1S1602C EM IS 1729C JM1Q0707C JMIQ0707D JM IQ0707E JMIQ0707F JMIQ0707G JM1Q0707H JMIQ0707M JM1Q0707N JMlQ0707P JM1Q0707S JMIQ0707T JMIQ0707V E-267 E-267 E-267 JM4 JM4 J444 JW4 J444 J444 J444 J444 J444 EM 1S 1600FE-267 SH FROM 019 Div I (RY-1572IA) 005 Div I (IC645)005 Div I (IC645)001 Div I (1C693)001 Div I (IC693)002 Div I (I C693)002 Div I (1C201A)004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff(Thermocouple) 004 Ch A Aff(Thermocouple) 004 Ch A Aff Phermocouple) 004 Ch A Aff(Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff(Thermocouple) 004 Ch A Aff Phermocouple) 004 Ch A Aff Phermocouple) 004 Ch A Aff (Thermocouple)

SEPGR(FRM)

TO.SEPGR(TO)-ISOLATED Q Divi I (FI'-E32-IN055,6,9)

Q Divi I (Pl'-E32-IN058)

Q Divi I (1C292A)Q Divi I (IC292A)Q Div I (IC226A)Q Div I.(IC690A)Q 1RS&33-IN604 Q TRS-G33-IN604 Q TRS&3 3-1N604 Q TRS&33-IN604 Q TRS&33-IN604 Q TRS&33-IN604 Q TRS-G33-IN604 Q TRS&33-IN604 Q TRS&33-IN604 Q TRS&33-IN604 Q TRS-G33-IN604 Q TRS-G33-IN604 Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class lE Non Class 1E Non Class 1E Non Class 1E Q Div I (iso Mux XIT-1570IA)

Q Q Loads in Contact with TDRS-G33-1N605 (DIV g EC-.QDET-1002 Rev 1 page 212 CABLES.DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED JMIQ0708C JMIQ0708D JMIQ0708E JMIQ0708F JMIQ0708G JMIQ0708H JMIQ0708J JMIQ0708K JMIQ0708L JMIQ0708M JMIQ0708P JMIQ0708Q JMIQ0708T JMIQ0708U JMIQ0708V JMIQ0708W JMIQ0708X JMIQ0708Y PM IQ0051C J444 J444 J444 J444 J444.J444 J444 J444 J-444 JM4 J444 J444 JM4 E-176 005 Ch A Aff (Thermocouple) 001 Div I Aff (ID672)005 Ch A Aff Phermocouple) 005 Ch A Aff Phermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff(Thermocouple) 005 Ch A Aff Phermocouple) 005 Ch A Aff Phermocouple) 005 Ch A Aff Phermocouple) 005~Ch A Aff Phermocouple)

Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS-G33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&3 3-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q 117RS&33-IN605 Q TDRS&3 3-'IN605 Q TDRS&3 3-IN605 Q.TDRS&3 3-IN605 Q TDRS&3 3-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q Process Rad Mom Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Chss IE.Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE

Q.Loads in Contact with TDRS-633-1N605 (DIV g EC-QDET-1002 Rev 1 page 213 CABLES PMIQOOS 1D PMIQ0051E DWG E-176 E-176 SH FROM 001 Div I Aff (1D672)001 Div I Aff'(1D672)

SEPGR(FRM)

TO Q Process Rad Mom Q Process Rad Mom SEPGRg9)Non Class 1E Non Class IE Q Loads in Contact with TDRS-G33-1N605 (CH C)E CADET-1002 Rev 1 page 214 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED CMOG2403C CMIQ0705C CMI Q0705D E423 E-168 E-168 CMIQ0705F CMIQ0705G CMIQ0705H CMIQ0705J E-168 E-168 E-168 E-168 LM1Q0711C-J4 44 LM IQ0711D LMIQ0711E LMIQ0711F LMIQ0711G LMIQ0711H LMIQ0711J J444 J444 J444 JA44 J444 J444 CMIQ0705E"-E-168 006E Ch C (OC512C)002 Ch C (Thermocouple) 002 Ch C Phermocouple) 002'h C (Thermocouple) 002 Ch C (Thermocouple) 002 Ch C Phermocouple) 002: Ch C (Thermocouple) 002 Ch C (Thermocouple) 005 Ch C Aff (Thermocouple) 005 Ch C Aff (Thermocouple) 005 Ch C Aff Phermocouple) 005 Ch C Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple)

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q TDRS&33-I N605 TDRS&3 3-IN605 TDRS-G33-IN605 TDRS-G33-IN605 MRS&33-IN604 TRS&3 3-1N604 TRS&33-IN604 Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class IE Ch C (XI40034C)

Ch C gemp Sw to Iso Logic)Q ChlC (Temp Sw to Iso Logic)Ch C (Temp Sw to Iso Logic)Ch C (Temp Sw to Iso Logic)Ch C (Temp Sw to Iso Logic)Q Ch C (Temp Sw to Iso Logic)Q Ch C (Temp Sw to Iso Logic)Q

Q Loads in Contact with TRS-E11-1R601 EC-g DET-1002 Rev 1 pagc215 CABLES DWG NMOG2401C NMOG2401C NMOG2401C E423 E423 E423 NMOG2401E NMOG2401F NMOG2401G NMOG2402C NMOG2402C NMOG2402C NMOG2402D NMOG2402E NMOG2402F NMOG2402G NMOG2403C NMOG2403C NMOG2403C NMOG2403D NMOG2403E E423 E%23 E423 E423 EA23 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 NMOG2401D"'423 SH FROM 006 Ch A (WT (Transducer))

006 Ch A (WT (Transducer))

006 Ch A (VART (Transducer))

006 Ch A (VT (Transducer))

006 Ch A (WH (Transducer))

006=Ch B (WT (Transducer))

006 Ch B (WT (Transducer))

006 Ch B (VART (Transducer))

006 Ch B (VT (Transducer))

006 Ch B (WH (Transducer))

006 Ch C (WT (Transducer))

006 Ch C (VART (Transducer))

006 Ch C (VT g ransducer))

SEPGR(FRM)

TO SEPGR(TO)Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Computer Input EGJ01 (Unit 2)Non Class 1E XI40032A Computer Input EGJOI Computer Input EQU05 Computer Input EGE01 Non Class lE Non Class 1E Non Class lE Non Class lE Computer Input EGA01 (Unit 2)Non Class 1E Computer Input EGA01 XI40032B Computer Input EGJ02 Non Class 1E Non Class IE Non Class 1E Computer Input EGJ02 (Unit 2)Non Class 1E Computer Input EQU06 Computer Input EGE02 Non Qass IE Non Class 1E Computer Input EGA02 (Unit 2)Non Qass 1E Computer Input EGA02 Computer Input EGJ03 Non Class lE Non Class 1E Computer Input EGJ03 (Unit 2)Non Class 1E XI40032C Computer Input EQU07 Computer Input EGE03 Non Class lE Non Chss IE Non Class 1E ISOLATED Q Loads in Contact with TRS-E11-1R601 EC-QDET-1002 Rev1 page216 CABLES DWG..SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED NMOG2403F NMOG2403G NMOG2404C 006 Ch C (WH Transducer))

006 Ch D (WT (I ransducer))

006 Ch D (WT (Transducer))

006 Ch D (WT transducer))

006 Ch D (VART (Transducer))

E423 E423 NMOG2404CE423 E423 NMOG2404C NMOG2404D NMOG2404E NMOG2404F NMOG2404G NMOS0400C NMOS0401C NMOS0402C NMOS0403C NMOV12INC NMOV1201C NMIOZZ011 NMIA0401C NM1A0401C E423 E423 006.ChD(VT(Transducer))

006 Ch D (WH (Transducer))

E423 E423 001 Ch A (AT-20108 (Transducer))

003 Ch B (AT-20208 (Transducer))

005 Ch C (AT-20303 (Transducer))

007 Ch C (AT-20403 (Transducer))

001 Ch C (AT-203 10 (Transducer))

002 Ch D (AT-20410 (Transducer))

001 LSH&12-IN013E (Press Boun(hay)E-146 E-146 E-146 E-146 E-214 E-214 M-147 Ch A (AT-20101 (Transducer))

Ch A (AT-20101 (Transducer))

E423 E423 001 E423 NMIA0401C E423 006 Ch C (WH transducer))

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Computer Input EGA03 (Unit 2)Non Class IE Computer Input EGA03 Computer Input EGJ03 Computer Input EGJ04 (Unit 2)XI40032D Computer Input EQU07 Computer Input EGE04 Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Computer Input EGA04 (Unit 2)Non Class IE Computer Input EGA04 Computer Input AEI01 Computer Input AEI02 Computer Input AEI03 Computer Input AEI04 Computer Input MVIOS Computer Input MVI06 Computer Digital Input XI40022A Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Computer Input ETI41 Non Class 1E Computer Input ETI41 (Unit 2)Non Class 1E

Q Loads in Contact with TRS-El 1-1R601 EC-QDET-1002 Rev 1 page 217.CABLES DWG SH FROM SEPGR(FRM)

TO'EPGR(TO)

ISOLATED NMIA0401D NM1A0401D NM1A0401D NM1A0401E NM1A0401E NM1A0401F NMI A0401F NM1A0402C NM1A0402C NM1A0402C E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 NMIA0402D NM1A0402D NM1A0402E NM1A0402E NMIA0402F NMIA0402F NM1A0402F NM1A0403C E423 E423 E423 E423 E423 E423 E423 E423 NM1A0402D-E423 001 Ch A (VT-20101 (Transducer))

001 Ch A (VT-20101 (Transducer))

001 Ch A (AT-20104 (Transducer))

001 Ch A (VT-20104 (Transducer))

001 Ch A (VT-20104 g ransducer))

002 Ch B (AT-20201 (Transducer))

002 Ch B (AT-20204 (Transducer))

002 Ch B (AT-20204 transducer))

002 Ch B (AT-20204 (Transducer))

002 Ch B (VT-20204 transducer))

002 Ch B (VT-20204 (Transducer))

002 Ch B (AT-20209 (Transducer))

001 Ch C (AT-20301 (Transducer))

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Computer Input ETFA1 Non Class 1E Computer Input EIK41 (Unit 2)Non Class 1E XI40018A Computer Input EGI01 Non Class 1E Non Class 1E Computer Input EGI01 (Unit 2)Non Class 1E Computer Input EBFA1 Computer Input EBFA1 (Unit 2)Computer Input ETI42 (Unit 2)XI40024A Computer Input ETI42 Computer Input EGI02 (Unit 2)XI40019A Computer Input EGI02 Computer Input EBE42 Non Class 1E Non Class 1E Non Class lE Non Class 1E Non Class IE Non Chss IE Non Class 1E Non Class lE Non Class IE XI40028A Computer Input ETI92 Computer Input ET143 (Unit 2)Non Class IE Non Class lE Non Class 1E Computer Input EBE42 (Unit 2)Non Class 1E Computer Input ETI92 (Unit 2)Non Class.lE

Q Loads in Contact with TRS-E11-1R60]

EC-QDET-1002 Rev 1 pagc218 CABLES DWG SH FROM NM1A0403C NMIA0403C NM1A0403D NMIA0403D NM1A0403D NMIA0403E NMIA0403E NMIA0403F NMIA0403F NM1A0403F NM1A0404C NMIA0404C NM1A0404C NMIA0404D NMIA0404D NMIA0404D NM 1A0404E NMIA0404F NM1A0404F E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 001 Ch C (AT-20301 (Transducer))

001 Ch C (AT-20301 (Transducer))

001 Ch C (AT-20304 (Transducer))

001 Ch C (AT-20304 g ransducer))

001 Ch C (VT-20304 (Transducer))

001 Ch C (VT-20304 (I'ransducer))

001 Ch C (VT-20309 g ransducer))

001 Ch C (AT-20309 (Transducer))

002 Ch D (AT-20401 (Transducer))

002 Ch D (AT-20404 (Transducer))

002 Ch D (AT-20404 g'ransducer))

002 Ch D (VT-20404 (Transducer))

E423.002 Ch D (AT-20409 (Transducer))

E423 002 Ch D (AT-20409 (Transducer))

SEPGR(FRM)

TO XI40023A Computer Input ETI43 Computer Input EGI03 SEPGR(TO)Non Class 1E Non Class IE Non Class IE Computer Input EGI03 (Unit 2)Non Class 1E XI40020A Non Class 1E Q Q Computer Input EBFA3 Computer Input ET193 Computer Input ETI93 (Unit 2)XI40027A Computer Input ETI44 Computer Input ETI44 (Unit 2)XI40025A XI40021A Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class 1E Computer Input EGI04 (Unit 2)Non Class 1E Computer Input EGI04 Computer Input EBFA4 Computer Input ET194 Non Class IE Non Class 1E Non Class 1E Computer Input ETI94 (Unit 2)Non Class 1E Computer Input EBFA3 (Unit 2)Non Class IE ISOLATED

Q Loads in Contact with TRS-E11-1R601 EC-QDET-1002 Rev 1 page219 CABLES DWG SH FROM SEPGR(FRM)

TO SERGR(TO)ISOLATED NM1A0404F NM1C0328D NMIF0200F NMlF0200F NMIF0200H NM1F0200J NM1F0200K NM1F0200L NM1F0200M NM1F0200N NM1I5707D NMlM0104A NM1M0104B NMIPE4279 NM1PM1307 NM1PPF101 NMlPPF101 NM1PPF101 NM1Q0045L E423 E-135 E-179 E-179 E-179 E-179 E-179 E-179 E-179 E-179 J457 E-302 E-302 Ml<51-19 J451 J444J444 J457 002 Ch D (AT-20409 (Transducer))

Q 015 Ch B (AT-20210 (Iransducer))

Q 001 PDT~2-IN004B (Press Boundary)Q 001 PDT-C32-1N017 (Press Boundary)'Q 001 PT-C32-1N008 (Press Boundary)Q 001 FT-C32-IN003A (Press Boundary)Q 001 FT-C32-IN003B (Press Boundary)Q 001 FT&32-IN003C (Press Boundary)Q OOI FTm2-IN003D (P Boundary)Q 001 PDT-C32-IN004C (Press Boundary)Q OO3B PT-15702 (Press Bou dary)Q 003 TE-El 1-1N004A (Press Boundary)Q 003 TE-El 1-1N004B (Press Boundary)Q 040 Flow Unit C Q 009 FT-El 1-1N013 (Press Boundary)Q 009 FY-G33-1K602 (See App F for eval.)Q 009 FY-G33-1K605 (See App F for eval.)Q 009 FY&33-IK605 (See App F for eval.)Q 015 MT-15725A (isolation Device)Q XI-00029A 4.Computer Input TNI01'omputer Input NFL02 LR-C32-1R608 PR-C32-1R609 FY&32-IK605A FY&32-1K605B FY&32-IK605C FY-C32-IK605D LSHM2-IK624C PSHI 15702 Computer Input NHI01 Computer Input NHT02 Indicating Light FI-El 1-IR607 F1&33-IR609 F1&33-IR602 F1&33-]R602 Computer Input NM118 Non Class lE Non Class 1E Non Qass 1E Non Qass lE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Qass lE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E'Non Class 1E Non Class 1E Non Class 1E Non Class 1E Contact to Coil YES 0

Q Loads in Contact with TRS-E11-1R601 EC-QDET-1002 Rev1 page220.CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM IQ0048L NM IQ0048M NMIQ0048M NMIQ0300C J457 JA57 J457 E-169 NMIQ0301C.E-169 NMIQ0801C E-156 NMlQ0802C NMIQ0803C NMIQ0804C NM IQ1604E NMIQ1604E NMIQ2000H NMIQ3000C NMIQ3001C NM IQ3002C E-156 E-156 E-156 E-181 E-181 E-158 E-153 E-153 E-153 NMIQ0045L J457 NMI Q0045M J457 NMIQ0048L J457 NMIQ0048LJ457 015 NIT-15725A (Isolation Device)Q 015 NIT-15725A (Isolation Device)Q 016 NIT-15725B (Isolation Device)Q 016.NIT-15725B (isolation Device)Q 016 016 016 NIT-15725B (isolation Device)Q MT-15725B (Isolation Device)Q NIT-15725B (isolation Device)Q Ch A (AT-20107 (Transducer))

Q Ch D (AT-20407 (Transducer))

Q 003 PDT-B31-IN015A (Press Boundary)Q LSH&12-IN013E (Press Boundary)Q Ch A (AT-20102 (Transducer))

Q Ch B (AT-20202 g'ransducer))

Q 005 Ch C (AT-20302 (Transducer))

Q 001 Ch A (AT-20105 g'ransducer))

Q 002 ChA(AT-20205(Transducer))

Q 003 Ch B (AT-20305 transducer))

Q 004 Ch D (AT-20405 (Transducer))

Q 007 PDT-B31-IN015A (Press Boundary)Q Computer Input NM602 SPDS Input NM6002Z Computer Input Computer Input NM117 Computer Input NM601 SPDS Input NM6001Z Computer Input Computer Input NDI01 Computer Input NDI02 Computer Input NSI01 Computer Input NSI02 Computer Input NSI03 Computer Input NSI04 PDI-B31-I R612A Relay K3 Computer Input NHI01 Computer Input NHI02 Computer Input NHI03 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES YES YES Contact to Coil

Q Loads in Contact with TRS-E11-1R601 EC-QDET-1002 Rev 1 pagc221 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIQ3003C NM1Q3066J NMIQ3066J E-153 E-153 E-153 NMlQ3070D NMlQ3071C NMlQ3071E NM1Q3071F NM1Q3071G NMIQ3071H NMlQ3071J F51 J451 J451 J451 F51 F51 J451 NMIQ3 071K J451 NM1Q3071L NM1Q3 071M NMIQ3071N NMlQ3071P NM1Q4191N NMlQ4191P NMIQ4191Q J451 J451 Jul J451 E-187 E-187 E-187 NM1Q3070C J451 007 Ch D (AT-20402 (Transducer))

035 FT-El I-IN013 (Press Boundary)035 FT-El 1-1N013 (Press Boundary)18 CE-El I-1N001A (Seismic Only)18 CE-El 1-1NOOIB (Seismic Only)017 TE-El 1-IN004A (Seismic Only)017 TE-El I-1N017A (Seismic Only)017,TE-E11-1N017C (Seismic Only)017 TE-El I-IN027A (Seismic Only)017 TE-El 1-IN032A (Seismic Only)017 TE-El 1-IN004B (Seismic Only)017 TE-El I-IN005B (Seismic Only)017 TE-El I-IN017B (Seismic Only)017 TE-El I-IN017D (Seismic Only)017 TE-El I-IN027B (Seismic Only)017 TE-El 1-IN032B (Seismic Only)001 Div I (TE-15796A1 (T/C))001 Div I (TE-15796A2 (T/C))001 Div I (TE-15796A3 (T/C))Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Computer Input NHI04 Computer Input NHF03 FI-El I-IR607 CISH-El 1-IR001A CISH-El 1-1R001B TRS-El I-1R601 TRS-El 1-IR601'IRS-EI I-IR601 TRS-El 1-IR601 TRS-El I-IR601 TRS-EI I-IR601 Computer Input AET06 TRS-El I-IR601 TRS-El I-IR601 TRS-El I-IR601 TRS-E 1 1-1R601 Div I (TSS-15796A)

Div I (TSS-15796A)

Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE.Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class lE Non Class IE Q Q Q Q Loads in Contact with TRS-E11-1R601 EC-QDET-1002 Rey 1 page222 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM1Q4193E NM1Q4193F NMIQ4193G E-187 E-187 E-187 NMIQ4194F NMIQ4194G NMlS0600C NM1S0601C NMI V1600C NM I V1601C NM1V2600C NMIV2601C NM2C0328C E-187 E-187 E-150 E-150 E-213 E-213 E-216 E-216 E-135 NM IQ4194EE-187 001 Div I (TE-15796CI (T/C))001 Div I PE-15796C2 g/C))001 Div I gP.-15796C3 (T/C))001 Div II (TE-15796D1(T/C))

001 Div II (TE-15796D2 (T/C))001 Div 11 (TE-15796D3 (T/C))003 Ch C (AT-20308 (Transducer))

001 Ch D (AT-20408 (Transducer))

001 Ch A (AT-20110 (Transducer))

002 Ch A (AT-20211 (Transducer))

001 Ch A (AT-20103 g ransducer))

002 Ch B (AT-20203 (Transducer))

039 Ch C (AT-20309 (Transducer))

Q Q Q Q Q Q Q Q Q Q Q Q Q Div I (TSS-15796C)

Div I PSS-15796C)

Div I (TSS-15796C)

Div II (TSS-15796D)

Computer Input AEI05 Computer Input AEI06 Computer Input MVI03 Computer Input MVI04 Computer Input MVI01 Computer Input MVI02 Computer Input TNI51 Q'Q Non Class lE Non Class lE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Q Loads in Contact with TRS-G33-1N604 (DIV g EC-QDET-1002 Rev 1 page 223 CABLES AMOG2401C AMIQ0701C AMIQ0701D DWG E423 E-168 E-168 SH FROM 006 Ch A (Frequency Tranducer) 002 Ch A Phermocouple) 002 Ch A (Thermocouple)

SEPGR(FRM)

TO SEPGR(TO)Ch A (XI40034A)

Q Ch A gemp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q ISOLATED AMIQ0701F AMIQ0701G AM IQ0701H AM IQ0701J AMIQ070IK AMIQ0701L AMIQ0701M AMIQ0701N E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 AMIQ0701E'-168 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A Phermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple)

Ch A g emp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A gemp Swtolso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic).Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q AMIQ0701P AMIQ070IR AMIQ0701S AMIQ0702C AMIQ0702D AMIQ0702E AM IQ0702F E-168 E-168 E-168 E-168 E-168 E-168 E-168 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple)

Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A g emp Sw to Iso Logic)Ch A Pemp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Ch A (Temp Switch to Iso Logic)Q Ch A (Temp Switch to Iso Logic)Q

Q Loads in Contact with TRS-G33-1N604 (DIV g EC-QDET-1002 Rev 1 page224 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED AM IQ0702G AMIQ0702H AMIQ0702J E-168 E-168 E-168 AM IQ0702L AM IQ0702M AM IQ0702N AM IQ0702P AMIQ0702R AMIQ0702S AMIQ0702T AMIQ0702U EMOII IOID EMOII IOIE EMOI1104F EMII1211C EM I I1211D EM112603C EM I 12603 D E-168 E-168 E-168 E-168 E-168 E-168 JQOI J401 J451 F51 J426 J426 AMIQ0702K, E-168 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple) 012 Ch A (TE-10100A) 012 Ch A (TE-10100B) 002 Div I (PT41107A) 002 Div I (FT41109A) 005 Div I PE41106A)015 Div I (TE-El I-IN027A (RTD))015.Div I gV-15127A) 003 Div I (PY-12644A) 003 Div I (PY-12644)

Q Div I (7I'-15127A)

Q Div I (TI-15127A)

Q Div I (PT-12644)

Q Q Q Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A Pemp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A (Temp Switch to Iso Logic)Q Q Ch A(Temp Switchto Iso Logic)Q Q Ch A Pemp Switch to Iso Logic)Q Q Ch A(lemp Switch to Iso Logic)Q Q Ch A (TSH-10100A)

Q Q Ch A (TSH-'10100B)

Q Q Div I (PI41107A)

Q Q Div I (FY41109AI)

Q Q Div I gT41106A)Q Q Loads in Contact with TRS-G33-1N604 (DIV g EC-QDET-1002 Rev 1 page 225 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EMI[4202D EMll4202E EM I I4202H J442 001'442 Div I (LT-14201A)

Div I (LT-14203A)

EM1I4202JJ442 001 Div I (LT-14202A)

JM2 001 Div I (LT-14203A)

Q Div I (LY-14201A)

Q Div I (LY-14203A)

Q Q Div I (LI-14203A)

Q Q Div I (LR-14202) e EM1I4202L EMI[4202M, EM II4202N EM II5101D EM 1l5101E EMII5101F EM115701C EM115705C EM115705E EM115705H EM115707A EM II5714G EM115714H EM II5714J EM115714K J442 001 J442 JM2 Div I (LT-14202A)

Div I (PT-14201A)

Div I (LT-14203A)

J470 002 Div I (FT-15120A)

J470 002 Div I (FT-15121A)

J470 002 Div I (FY-15120A)

J457 J457 J457 003 Div I (LT-15776A)

Div I (PT-15710A)

Div I (PT-15709A)

J457 003 Div I (PT-15729A)

J457 007 Div I (TE-15790A)

J457 007 J457 007 J457 Div I (TE-15790A)

Div I (TE-15799A)

J457 003 Div I (PT-15729A)

Q Divi I (IT-15790A)

Q NONE (SPARE)Q Div I (Tl'-15799A)

Q NONE (SPARE).e Q Div I (LY-14202A)

Q Divi I (1C651)Q Div I (LI-14201A1)

Q Div I (FY-15120A)

.Q Q Div I (FY-15121A)

Q Div I (FI-15120A)

Q Q Div.l (iso MuxXIT-15701A)

Q Q Div I (PY-15710A)

Q Q Dsv I (PY-15709A)

Q Q Div I (PY-15729A)

Q Q Div I (PR-15710A)

Q

Q Loads in Contact with TRS-G33-1N604 (DIV Q EC-QDET-1002.Rev 1 page 226 CABLES DWG SH FROM 002 Div I (FT-ESI-IN003) 002 Div I (RCIC EGM Control)002 Div I (LITS-1N026B) 002~Div I (PT-14262) 002 Div I (LT-15775A) 002 Div I (LSL-15775A) 002 Div I (PMA1 Power Supply)002 Div I (LT-15775A,6A) 003 Div I (PT-15709A, IOA)007 Div I (IT-15790A)

SEPGR(FRM)

TO Q Div I (FY-14903A)

Div I (SY-15001B))

Q Div I (LI-14262)

Q Div I (PI-14262)

Q Div I (LR-15776A)

Q Div I (LI-15775A)

Q Div I (LR-15775A)

Q Div I (PR-15710A)

Q Div I (TR-15790A1)

Q Div I (FI-El I-1R603A)Q PI-El I-1R606A1 Q Div I (FY-E51-1K601)

Q PI-E51-1R601,2,3,4 Q Div I (RITS-15720A)

Q Div I (RITS-5720A)

Q Div I (NIT-15725A)

Q Div I (FT-E21-1N003A)

Q Div I (PT-E21-1N001A)

EMII9801C EM119801D EM119801E J498 J498 J498 EM119801FJ-498 J457 EMI J25301 EM1J45101 EM1J45102 EM1J45102 J457 J457 J457 EM1J45102.J457 J457 EM1J45102 EMIPM1302-EM1PM1302 EM1PQ1302 EM1PQ1302 EM1Q0043B EM1Q0043C EM1Q0045G EM1Q0823C EMIQ0823D Ml-E51-90 Ml-E51-90 006 Div I (FY-14989 Isolation Device))006 Div I (PT-.E51-1N004,5,7,8) 012 Div I (RE-15720A) 012 Div I (RE-15720A) 015 Div I (NT-15725A) 008 Div I (ES-E21-IK600A) 008 Div I (ES-E21-I K600A)J457 J457 J457 E-155 E-155 Ml-EI146 010 Div I (FY-El I-IK600A)Ml-EI 1%i 010 Div I (PT-El 1-1N026A)SEPGR(TO)Non Class 1E Non Class lE e e e ISOLATED Q Loads in Contact with TRS-G33-1N604 (DIV I)EC-QDET-1002 Rev 1 page 227 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EMIQ0836F EM1Q1319C EM1Q1319D EM IQ1319E EM1Q1319F EM1Q1320C EMIQ3066C EM1Q3066E EMIQ3066F EMIQ4191C EMIQ4191D EM1Q4193C.EMIQ4193D EMlQ4235E EMIQ4235E EMIQ4235F EM1Q4237D EM1Q6525C EM1Q6525D E-304 J449 JM9 J449 J449 E-154 E-153 E-153 E-153 E-187 E-187 E-187 E-187 E-304 E-304 E-304 E-304 E-189 E-189 002 Div I (FT-E51-1N003) 002 Div I (FC-E51-1R600) 002 Div I (EGM CIL E51-C002)002 Div I (FC-E51-1R600) 018 Div I (ES-E51-1K600) 035 Div I (ES-El 1-IK603A)035 Div I (ES-E 1 1-1K603A)035 Div I (ES-E11-.1K603A) 001 Div I (IB216)001 Div I (IB216)001 Div I (1B236)'01 Div I (IB236)016 Div I (AR-15745A) 016 Div I (AR-15746A) 016 Div I (TX-15751) 019 Div I (RY-15721A) 005 Div I (1C645)005 Div I (1C645)Q Div I (FY-E51-IK601)

Q'iv I (Ramp/Signal Converter)

Q SI-15001A Q Div I (Ramp/Signal Converter)

Q Div I (RCIC Transmitters)

Q Div I (PT-El I-1N026A)Q Div I (PT-El I-1N015A)Q Div I (PT-El 1-1N007A)Q Divi I (1E440A)Q Divi I (IE440A)Q Divi I (1E440C)Q Divi I (1E440C)Q.Div I (lso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Divi I (PT-E32-1N055,6,9)

Q Divi I (PT-E32-1N058)

Non Class 1E Q Q Q Q Q Q Q Q Q Q Q Q Q Q 019 LITS-B21-1N026B (Mech Sw See App C f Q Div I (Iso Mux XIT-15701A)

Q

Q Loads in Contact with TRS-G33-1N604 (DIV g EC-QDET-1002 Rev 1 page228 CABLES EMIS1600F EMIS1600J EMIS1602C DWG E-267 E-267 E-267 JMlQ0707C JMIQ0707D JMIQ0707E JMIQ0707F JM IQ0707G JMIQ0707H JMIQ0707M JMIQ0707N JM IQ0707P JMIQ07Q7S JMIQ0707T JM1Q0708C JMIQ0708D JMIQ0708E JM1Q0708F J444 J444 JA44 JA44 J444 J444 J444 J444 J444 J444 J444 EM IS1729C E-267 SH FROM 001 Div I (IC693)001 Div I (IC693)002 Div I (IC693)002 Div I (IC201A)004 Ch A Aff'(Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff Phermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff (Thermocouple) 004 Ch A Aff Phermocouple) 004 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff Phermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple)

SEPGR(FRM)

TO Q Divi I (IC292A)Q Divi I (IC292A)Q Div I (IC226A)Q Div I (IC690A)Q TRS&33-IN604

'TRS&33-IN604 Q.TRS&33-IN604 Q TRS&33-IN604 Q TRS&33-IN604 Q TRS-G33-IN604 Q TRS&33-IN604 Q TRS<33-IN604'RSW33-IN604 Q TRS-G33-IN604 Q TRS&33-IN604 Q TDRS-G33-1N605 Q TDRS&33-IN605 Q TDRS-G33-IN605 Q TDRS-G33-IN605 SEPGR(TO)Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E ISOLATED

Q Loads in Contact with TRS-G33-1N604 (DIV g EC-QDET-1002 Rev 1 pagt229 CABLES DWG SH PROM SEPGR(PRM)

TO SEPGR(TO).ISOLATED JM1Q0708G JMIQ0708H JMIQ0708J JW4 J444 JM IQ0708L JM1Q0708M JM1Q0708T.

-JM1Q0708U JMIQ0708V JMIQ0708W JM1Q0708X JMIQ0708Y PM1Q0051C PM1Q0051D PM1Q0051E J444 J444 JM4 JM4 J444 JM4 J444 E-176 E-176 E-176 JMIQ0708KJ 444 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff(Thermocouple) 005 Ch A Aff(Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff(Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005'h A Aff(Thermocouple) 001 Div I Aff(ID672) 001 Div I Aff (ID672)001 Div I Aff (ID672)Q TDRS-G33-IN605 TDRS-G33-IN605 Q TDRS&33-IN605 Q TDRS-G33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS&33-IN605 Q TDRS<33-IN605 Q TDRS&33-IN605 Q TDRS-G33-1N605 Q TDRS-G33-IN605 Q Process Rad Mom Q Process Rad Mom Q Process Rad Mom Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE YES 1

Q Loads in Contact with TRS-G33-1N604 (CH C)EC-QDET-1002 RcY I page230 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED CMOG2403C CM1Q0705C CM1Q0705D E423 E-168 E-168 CM1Q0705F CMlQ0705G CM1Q0705H CMlQ0705J LM1Q0711C LM1Q0711D LM1Q0711E LM1Q0711F LM1Q0711G LM1Q0711H LMIQ0711J E-168 E-168 E-168 E-168 J444 JM4 J444 J444 J444 J444 J444 CM1Q0705E" E-168 006E Ch C (OC512C)Q 002 Ch C (Thermocouple), Q 002 Ch C Phermocouple)

Q 002 Ch C Phermocouple)

Q ,002 Ch C Phermocouple)

'002 Ch C (Thermocouple)

Q 005 Ch C Aff (Thermocouple)

Q 005 Ch C Aff Phermocouple)

Q 005 Ch C Aff (Thermocouple)

Q 005 Ch C Aff Phermocouple)

Q 004 Ch A Afr Phermocouple)

Q 004 ChAAff(Thermocouple)

Q 004 Ch A Aff Phermocouple)

Q TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS<33-IN605 TRS&33-IN604 TRS&33-IN604 TRS&33-IN604 Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E~Non Class 1E Non Class IE Ch C (XI40034C)

Ch'C (Temp Sw to Iso Logic)Q ChlC (Temp Sw to Iso Logic)Q Ch C (Temp Sw to Iso Logic)Ch C (Temp Sw to Iso Logic)Q Ch C (Temp Sw to Iso Logic)Q Ch C (Temp Sw to Iso Logic)Ch C (Temp Sw to Iso Logic)

Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 231 CABLES.DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED AKIE11017 AK1E11017 AK1PM1705 MI-Elle 017 Ch A (1B216)Ml-EI IM 020 Ch A (ID614)M I-El IM 016 Ch A (IB237)Ch A (HV-El 1-IF015A)Q Ch A (1P202A)Ch A (HV-El 1-1F048A)Q AKlPM1705" MI-EI IM 016 Ch A (1D614)Ch A (IP202A)AKIPM1705 AMOG2401C AMIQ0702T AMlQ0702U EKOS0402P EKIC4 1001 EKIC41002 EK1C41003 EKIEI1001.EK1E11002 EK1E11003 EKIE11004 EKIE11006 EK1E11007 EK1E11008 M I-EI IM 016 Ch A (1Y216)EA23 006 Ch A (Frequency Tranducer)

J401'12 Ch A (TE-10100A)

J401 012 Ch A (TE-10100B)

E-146 005 Div I (1A20303)Ml-C41-36 003 Div I (IY21647).MI4.41-36 003 Div I (IB217061)

MI~I-36 003 Div I (IY236%21)

MI-EI IM 004 Div I (1D614)Ml-EI IM 006 Div I (ID614)MI-EII46 006 Divl (1D614)MI-Elle 005 Div I (1D614)MI-EIIM 017 Div I (IY216)MI-E1146'004 Div I (I D614)Ml-El IM 004 Div I (1D614)Ch A (SV-11274A)

Q Ch A (XI40034A)

Q Ch A (I'SH-10100A)

Q Ch A (I'SH-10100B)

Q Div I (ESW RESET LOGIC)Q Div I (C41-1F004B)

Q'iv I (K2B~I)Div I (C41-F004A)

Q Q Div I (K7A,8A-E21A)

Q Div I (K19A-E21A)

Q Div I (K9A-E21A)

Q Div I (NO FOUND)Q Div I (HV-El I-IF060A, IF122A)Q Div I (K110A-U2, 52BX-20301)

Q Div I (K110A-U2)

Q

Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 232 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIE11009 EK1E11010 EK1E11011 EKIE11012 EK1E11012 EK1E11012 EK1E11013 EK1E11013 EK1E11013 EK1E11014 EK1E11015 EK1E11015 EKIE11015 EK1E11015 EKIE11015 EK1E11015 EK1E11016 EK1E11016 EKIE11018 Ml-EI146'016 Ml-Elle 019 Div I (1B236)Div I (1Y216)M I-Elle 004 Div I (2D614)MI-E1146 004 Div I (2D614)MI-Elle 017 Div I (IY216)Ml-E1146 010 Diy I (FY-15189 Isolation Device)MI-E1146 010 Div I (FT-El 1-1N007A)Ml-E I IM 011 Div I (PT-El I-1N026A)Ml-Elle 004 Div I (1D614)MI-Elle 004 Div I (1D614)MI-E1146 005 Div I (1D614)Ml-E1146 005 Div I (1D614)MI-Elise 004 Divl (1D614)MI-EI IM 004 Div I (1D614)Ml-E1146 004 Div I (1D614)Ml-E1146 004 Div I (ID614)MI-Elise 005 Div I (ID614)MI-EIIM 005 Div I (ID614)Ml-EIIM 005 Div I (1D614)Q Div I (K110A-Ul)

Q Div I (K110A-Ul)

Q Div I (HV-E11-1F060A, 1F122A)Q Div I (FT-El 1-1N015A)Q'Div I (FY-11207A)

Q PI-El 1-1R606A1 Q Div I (PS-El 1-1N011A)Q Div I (PS-E11-1N021E,G)

Q Div I (52AX-20201)

Q Divi I (HV-El l-lF004C,6C Q Div I (PIS-B31-1N016A)

Q Div I (FS-El 1-1N021A)Q Div I (ZlX-F008)

Q Div I (52A-20102)

Q Div I (HV-El I-IF004A)Q Div I (HV-El 1-1F006A)Q Divi I (52AX-20404, 09))Q Divi I (HV-El 1-1F027A)Q Divi I (HV-E51-1FOSOB)

Q Q Q e Non Class IE Q Q e e Q e e e Q Q Q Q Q Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 233 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIE11020 EK1E11021='EK1E11022 EK1E11022 EK1E11023 EKIE21008 EK1E21008 EK1FA1001 EK1E41001 EK1E41001 EK1FA 1001 EKIFA 1001 EKlFA1001 EK1E4 1002 EKIE4 1002 EK1FA1004 EK1E51015 EKlP8F201 EKI P8 F201 Ml-E4 149 005 Ml-FAIL 008 Div I (ID6 14%7)Div I (HV-E41-1F079)

Ml-E51-90 006 Div I (ID61447)Ml-B31-275'.014 Div I (1B219)M 1-B31-275 016 Div I (1B219)Ml-EI146 016 Div I (1B217)MI-Elle 007 Div I (IB216)M I-EI IM 007 Div I (1B237)M I-Elle 007 Div I (1B217)Ml-Elle 017 Div I (1Y216)Ml-E21-35 005 Div I (PT-E21-1N001A)

Ml-E21-35 005 Div I (FT-E21-1N003A)

MI-FA 149 005 Div I (1D614-07)

M I-FA149 005 Div I (ID614%7)M I-FAIL 005 Div I (ID614%7)Ml-FA149 009 Div I (ID61447)MI-FA149 009 Div I (IY21647)MI-FA149 009 Div I (ID61447)Ml-FAI49 005 Div I (ID61447)Q Div I (HV-El 1-1F016A)Q'iv I (HV-El I-IF028A)Q Divi I (HV-El 1-1F024A)Q Divi I (HV-E 1 I-1F021A)Q Div I (HV-El 1-IF050A)Q Div I (Pl-E21-1R60OA)

Q Div I (FI-E21-1R601A)

Q Div I (K63-E41)Q Div I (K45-FA1)Q Div I (K62-FA1)Q Div I (HV-E41-1F026)

Q Div I (HV-FAI-1F100)

Q Div I (HV-FA1-1F028)

Q Div I (K43-E41)Q Div.I (K46-FAI)Q Div I (42 Contactor)

Div I (EGM Contml)Q Div I (K99A, K37A-E11A)

Q Div I (K99A, K37A-E11A)

Q.Q Q Q

Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 234 CABLES DWG SH FROM SEPGR{FRM)

TO SEPGR(TO)ISOLATED EK1P8X801 EK1PSX801 EKlPSX801 Ml-B31-275 014 Div I (K39B-El 1)Ml-B31-275 014 Div I (K39B-El 1)M 1-B31-275 014 Div I (K39B-El 1)Q Div I (HV-B31-IF023A)

Q Div I (HV-B31-.1F023A)

Q Q Div I (HV-B31-IF031A)

Q EK1PC1701 EK1PC1705 EKIPC1706 EKIPM1304 EK1PM1308 EK1PM1309 EK1PM1701 EKIPM 1701 EK1PM1701 EKIPM1702 EK1PM1702 EK1PM1702 EK1PM 1703 EKIPM1703 EK1PM1703 M 1<41-36 003 Div I (IB236081)

MI~I-36 003 Div I (IY21647)M 1~1-36 003 Div I (IB217M I)MI-EI 146 017 Div I (1Y216)MI-E I 146 019 Div I (HV-E I 1-1F122B)Ml-El 1<6 013 Div I (1Y216)Ml-El IM 011 Div I (ID614)MI-E1146 013 Div I (1Y216)MI-E I 146 013 Div I (1Y216)Ml-Elle 004 Div I (ID614)Ml-Elle 005 Div I (1D614)MI-Elise 005 Div I (1D614)MI-E1.146 004 Div I (1D614)Ml-E1146'.006 Div I (1D614)Ml-E1146 017 Div I (K84)EK1P8X801Ml-B31-275 014 Div I (K37A-El 1)Q Div I (HV-B31-1F031A)

Q Q Div I (K2A~I)Q Q Div I (XII-IF004A,B)

Q.DivI (K2B~1)Q Q Div I (HV-E11-1F060A, 1F122A)Q Q Division I Q.Div I (RHR Sys 1 Status)Q Q Div I (HV-E11-1F103A,4A)

Q Q Div I (RHR SYSI Staus)Q Q Div I (RHR SYS1 Staus)Q Q Div I (S32A)Q Div I (S17A)Q Div I (S3A)Q Div I (S20A, S56A)Q Q Div I (S1A, S56A)Q Q'iv I (HV-El 1-1F007A)Q

\'i Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 235 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1PM1704 EK1PM 1704 EK1PM1707 MI-EI 146 005 Div I (1D614)Ml-El IM 017 Div I (1Y216)M 1-El lM 016 Div I (IB217)EK1PM1708 EKIPM 1708 EK1PM1709 EK1PM1709 EK1PM1710 EK1PM1715 EK1PMX801 EK1PMX801 EK1PMX807 EK'1PMX808 EK1PN1301 EK1PN1301 EK1PP 1701 EK IPP 1702 EKIPP 1702 MI-E1146 016 Div I (1B237)Ml-EI IM 016 Div I (1B236)MI-Elle 016 Div I (1B217)Ml-Elle 017 Div I (IB216)MI-E 1146 017 Div I(HV-El 1-1F015A)MI-EI 146 019 Div I (HV-E51-1FOSOB)

MI-EI IM 005 Div I (1D614)MI-EI IM 006 Div I (ID614)Ml-E1146 005 Div I (K201B)Ml-Elle 005 Div I (K200B)Ml-E21-35 005 Div I (FT-E21-1N003A)

Ml-E21-35 005 Div I (PT-E21-1N001A)

MI-FA149 003 Div I (IY21647)Ml-FA 1<9.003 Div I (ID614%7)M I-FAIL 003 Div I (ID61447)EK1PM1707Ml-El IM 016 Div I (1B216)Q MI-E I 146 Q Ml-E 1146 Q Div I (FI-E21-IR601A)

Q Pl-E21-1R600A Q.Div I (1C601)Q Div I (K39-FA1)Q Div I (HV-FA1-1F100)

Non Class 1E Q Q Div I (S3C)Q Div I (HV-El 1-IFOSOA)Q Div I (HV-El 1-1F016A)Q Div I (HV-El 1-1F028A)Q Div I (HV-El 1-1F024A)Q Div 1(HV-El 1-1F027A)Div I (HV-El l-1F021A,)

Q Div I (HV-E11-1F017A,)

Q Div I (1B219)Q Div I (1Y216)Q Div I (K2B)Q Div I (K35B,K36B,K47B,K91B)

Q E

Q Loads in Contact with PI-El 1-1R606A1 ECTED ET-1002 Rev I page 236 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1PP 1702 EK1PP 1702 EK1PP 1702 EK1PP 1703 EK1PP 1705 EK1PP1707 EK1PPX701 EK1PPXX01 EK1PQ1301 EK1PQ1301 EK1Q0108E EKIQ0200H EKIQ0201H EKIQ0627F EKIQ0627F EK1Q0627G EKIQ0837E EKlQ1334D EKIQ1334D MI-E4149 003 Div I (ID61447)'l-FA149 003 Div I (ID61447)Ml-FA149 003 Div I (ID614%7)Ml-E4149 008 Div I (HV-FA1-1F079)

Ml-E4149 008 Div I (HV-FAI-1F079)

Ml-FA149 007 Div I (HV-FA1-1F002)

Ml-FAIL 005 Div I (ID614%7)Ml-FA149 009 Div I (ID614%7)Ml-E51-90 005 Ml-E51-90 005 Div I (ES-El I-1K600)Div I (ES-El I-1K600)Ml-B21-131 011 Div I (IY21647)E-166 001 Div I (1B236081)

E-166 002 Div I (1B217061)

E-304 001 Div I (HV-16116AI)

E-304 001 Div I (HV-16108A1)

E-304 011 Div I g1P Ball Valve)E-304 007 Div I (HV-E21-1F015A)

E-304.006 Div I (HV-E51-IF062)

E-304 006 Div I (HV-E51-1F008)

Q Div I (HV-FAI-1F026)

Q Q Div I (HV-E41-1F028)

Q Q Div I (HV-FAl-1F028)

Q Q Div I Indicating Lights)Q Q Div I (42 Contactor)

Q Q Div I (42 Contactor)

Q Div I (K44-FAI)Q Q Div I (HV-FA1-IF028)

Q Q Div'I (Distribution Bus)Q Q Div I (K47)Q Div I (HV-B31-I F013)Q Q Div I (K7A (IC690A)Q Q Div I (K7B-1C690B)Q Q Div I (lso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q

Q Loads in Contact with PI-E11-1R606A1 EC+DET-1002 Rev 1 page 237 CABLES DWG SH FROM SEPGR(FRY)

TO SEPGR(TO)ISOLATED EKIQISSOD EK1Q1550D EKIQISSOE E-304 E-304.E-304 EK1QISSOF EKI QISSOF EK1Q1550G EKIQISSOG EKlQISSOG EKIQISSOH EKIQISSOH EK1QISSOH EK1Q4036D EKIQ4036D EK1Q4036E EK1Q4036E EK1Q4037A EK1Q4037A EKlQ4037A E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 EK1Q1550E E-304 010 Div I (HV-B21-IF022B) 010 Div I (HV-B21-IF022A) 010 Div I (HV-B21-I F016)010 Div I (HV-B21-1F001) 010 Div I (HV-B21-IF022D) 010 Div I (HV-B21-1F022C) 009.Div I (HV-El 1-1F009)009 Div I (HV-E 1 1-1F040)009 Div I (HV-B31-1F019) 009 Div I (SV-El I-1F079B)009 Div I (HV-B21-I F019)009 Div I (SV-El I-1F079A)007 Div I (HV-FAI-1F079) 007 Div I (HV-E41-1F100) 007 Div I (HV-FA1-IF002) 007 Div I (HV-El I-1F021A)003 Div I (HV-El I-IF027A).003 Div I (HV-E 1 I-1F028A)003 Div I (HV-El I-1F016A)Q Div I (iso Mux XIT-1570IA)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (lso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-IS701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (lso Mux XIT-'15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div.I (Iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q

Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 238 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED EK1Q4037A EKlQ4037D EKlQ4037E EK1Q4037F EKlQ4037G EK1Q4037G EKlQ4037H EK1Q4037J EK1Q4037K EK1Q4037K EKlQ4037R EKlQ4189D EK1Q4189D EKIQ4189G EK1Q4189G EK1Q4189H EK1Q4189H EK1Q4189J EK1Q4189J E-304 E-304 003 Div I (HV-El 1-1F024A)007 Div I (HV-El 1-1F022)E-304 E-304 E-304 E-304 E-304 E-304 E-304 012 Div I (HV-11314) 014 Div I (SV-12661) 014 Div I (SV-12671) 014 Div I (SV-12651) 009 Div I (HV-El 1-1F015A)009 Div I (HV-12603) 009 Div I (HV-15766)

E-304 012 Div I (HV-11313)

E-304 E-304 E-304 013 Div I (HV-15703) 013 Div I (HV-15713) 013 Div I (HV-15722)

E-304 E-304 013 013 Div I (HV-15725)

Div I (SV-15737)

E-304 E-304 E-304 013 Div I (SV-15767)

',013 Div I (SV-15737) 013 Div I (SV-15742A)

E-304 007 Div I (HV-El 1-1F008)Q Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Dfv I (fso Mux XIT-15701A)

Q Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux X1T-15701A)

Q Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (fso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (fso Mux XIT-15701A)

Div I (fso Mux XIT-15701A)

Q Q r Q-Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q I L'I 7 1 Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 239 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIQ4189J EKIQ4235E'EK1V2618D EKI V2618D EKIV2618D EK1 V2618D EKI V2618D EK1V2618D EK1V2618D EKIV2618D EK1V2618E EKIV2618E.EKIV2618F EK IV2618F EK1Y0013L EMOI1104F EMIE5 1014 EMIE51014 EM111211C E-304 013 Div I (SV-15740A)

E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E464 Ml-E51-90 Ml-E51-90 J451 004 Div I (HV-18782A2) 004 Div I (HV-18792A1) 004 Div I (HV-18722A2) 004 Div I (HV-18782B1) 004 Div I (HV-18782B2) 004 Div I (HV-18792B1) 004 Div I (HV-18792B2)

.004 Div I (HV-18782AI) 002 Div I (HV-18781A2) 002 Div I (HV-18781A1) 002 Div I (HV-18791A1) 002 Div I (HV-18791A2) 016 Div I (1Y236-21) 005 Div I (TE%1106A) 006 Div I (FT-E51-1N003) 006 Div I (PT-E51-1N004,5,7,8) 015 Div I (TE-E 1 1-1N027A (RTD))E-304'16 Div I (AR-15745A)

Q Div I (Iso Mux XIT-15701A)

Q Q.DivI(isoMuxXIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q, Div I (fso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (XV-C41-1F004A)

Q Div I (TT1106A)Q Div I (FY-E51-IK601)

Q PI>>E51-1R601,2,3,4 Q-Div'I (TT-15127A) e Non Class IE Rl 8

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

TO SEPGRg9)ISOLATED EMll1211D EM112603C EM 1l2603D EM1[4202D EMII4202E EM 1l4202H EM 1 I4202J EM 1 14202K EM 1 I4202L EM 1 I4202M EM 1l4202N EMll5101D EM 1l5101E EMII510JF EM 1 I5707A EMl J25301 EM 1 J45101 EM1J45 102 EM1J45102 J451 J426 J426 J442 JM2" J442 J442 JM2 J442 J442 J470 J470 J470 J457 J457 J457 J457 J457 015 Div I gT-15127A) 003 Div I (PY-12644A) 003 Div I (PY-12644) 001 Div I (LT-14201A) 001 Div I (LT-14203A) 001 Div I (LT-14203A) 001 Div I (LT-14202A) 001 Div I (LT-14201A,2A,3A) 001 Div I (LT-14202A) 001 Div I (PT-14201A) 001 Div I (LT-14203A) 002 Div I (FT-15120A) 002 Div I (FT-15121A) 002 Div I (FY-15120A) 003 Div I (PT-15729A) 002 Div I (LT-15775A) 002 Div I (LSL-15775A)

'.002 Div I (PMA1 Power Supply)002 Div I (LT-15775A,6A)

Q Div I (LY-14202A)

Q Divi I (1C651)Q Div I (LI-14201AI)

Q Div I (FY-15120A)

Q Div I (FY-15121A)

Q Div I (FI-15120A)

Q Div I (PR-15710A)

Q Div I (LR-15776A)

Q Div I (LI-15775A)

Q Div I (LR-15775A)

Q'iv I (LR-15775A)

Q Q Q Q Q Q Q Q Q Q Q Q Div I PI-15127A)

Q Div I (PT-12644)

Q Q Div I (PT-12644)

Q Div I (LY-14201A)

Q Q Div I (LY-14203A)

Q Div I (LI-14203A)

Q Q Div I (LR-14202)

Q Div I (lso Mux XIT-15701B)

Q Cl I il 1 Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 241 CABLES DWG SH FROM SEPGR(FRM)

'TO SEPGR(TO)ISOLATED EMI J45102 EMI J45102 EM1PM1302 EM1PM1302 EM1PQ1302 EM1PQ1302 EM1Q0043B EM1Q0043C EMIQ0043G EMlQ0045G EMIQ0836D EMlQ0836D EMIQ0836F EMlQ1319D EM1Q1319E EM1Q4189A EM1Q4189K EMIQ4189K EMIQ4189L J457 J457 003 Div I (PT-15709A,IOA) 007 Div I (IT-15790A)

M 1-El 1@010" Div I (FY-E I I-IK600A)Ml-EI IM 010 Div I (FI'-El I-IN026A)Ml-E51-90 006 Div I (PT-ESI-IN004,5,7,8)

Ml-E51-90 006 Div I (FY-14989 Isolation Device))J457 J457 J457 J457 E-304 E-304 012 Div I (RE-15720A) 012 Div I (RE-15720A) 012 Div I (RY-15721A) 015 Div I (NT-15725A) 018 Div I (PT-E21-INOOI A)018 Div I (FT-E21-IN003A)

Q Div I (PR-15710A)

Q Div I (TR-15790AI)

Q Div I (Fl-El 1-1R603A)Q Pl-E 1 1-1 R606A1 Q Pl-ES I-IR601,2,3,4 Q Div I (FY-E51-IK601)

Q Div I (RITS-15720A)

Q Div I (RITS-5720A)

Q Div I (RR-15720A)

Q Div I (NIT-15725A)

Q Div I (iso Mux XIT-15701A)

Q Non Class IE Non Class IE E-304 J449 J449 E-304 E-304 E-304 E-304 002 Div I (FC-E51-IR600) 002 Div I (EGM CTL E51-C002)018 Div I (PT-15729A) 017 Div I (IT-'15799A)

'17 Div I (lT-15790A) 017 Div I (FI'-15710A)

Q Div I (Ramp/Signal Converter)

Q Q SI-15001A Q Div I (lso Mux XIT-15701A)

Q.Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (lso Mux XIT-15701A)

Non Class 1E Q Q Q Q~019 LITS-B2I-IN026B(MechSwSeeAppCforEval.)

Q Divl(lsoMuxXIT-15701A)

Q

Q Loads in Contact with PI-E11-1R606A1 EC-QDET-1002 Rev 1 page 242 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED EM1Q4189L EMlQ4189M EM IQ4189M EM1Q4235E EM IQ4235E EM1Q4235F EMIQ4237D EM1S1729C JM1Q0707T NM1PR4101 PKIQ0839G E-304 017 Div I (PT-15709A)

E-304 017 Div I (LT-15775A)

E-304 017 Div I (LT-15776A)

E-304 016 Div I (AR-15746A)

E-304 016 Div I (AR-15745A)

E-304 016 Div I PX-15751)E-304 019 Div I (RY-15721A)

E-267 002 J444 004 Ml-G33-153 004 Div I (1C201A)Ch A Aff (Thermocouple)

FT-G33-1N037 (Press Boundary)E464 032 Div I Affiliated (1Y688)Q Div I (1C690A)VaS-G33-IN604 Q F1&33-I R610 Q IC699A Non Class IE Non Class 1E Non Class 1E Q.Div I (iso Mux XIT-15701A)

Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-1570IA)

Q Q Div I (iso Mux XIT-15701A)

Q Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 243 CABLES DWG SH FROM SEPGR(FRM)

.TO SEPGR(19)ISOLATED BK1E11004 BKIE11004 BK1E36003 MI-EI IW 006 Ml-E1146 015 E-184 004 Ch B (ID624)Ch B (1D624)Ch B (ID624)Ch B (K10A)Ch B (74 Relays from valves))Q Ch B (KI IB)BK1PN2703-Ml-E21-35 006'h B (IB227)Ch B (HV-E21-IF004B)

Q BKIPN2703 FKIE11002 FK1E11003 FKIE11003 FKIE11003 FKIE11003 FKlE11003 FKIE11003 FKIE11005.FKIE11006 FKIE11006 FK1E11007 FK1E11007 FKIE11008 FKIE11008 M I-E21-35 006 Ml-E1146 007 M I-E1 146 007 Ml-EI 146 007 Ml-EI 146 007 MI-Elle 007 MI-EI146 007 MI-E1146 008 Ml-E1 146 018 MI-E1146 018 MI-Elle 019 MI-EI 146 018 Ml-EII46 019 MI-E1146" 018 Ml-E1 146 018 Ch B (1D624)Div H (1D624)Div H (ID624)Div H (ID624)Div H (1D624)Div H (ID624)Div H (ID624)Div H (ID624)Div H (1B246)Div H (1B226)Div H (IB229)Div H (IB246)Div H (1B226)Div H (1B227)Div H (IB227)Q Div H (52a-20202)

Q Div H (HV-El 1-1F008)Q'Div H (PIS-B31-INOISB)

Q'iv H (FS-El I-IN021B)Q Div H (HV-El 1-1F006B)Q Div H (HV-El I-IF048B)Q Div H (HV-El 1-IF016B)Div H (HV-El I-IF015B)Div H (HV-El 1-IF027B)Q Div H (HV-El I-IF028B).Q Div H (HV-El I-IF024B)Div H (HV-El I-IF021B)Q Ch B (1P206B)Div H (K7B,8B Relays)Q Div H (Z12X-1F009)

Q Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 244 CABLES DWG C SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIE11017 FKIE11018 FKIE41003 FKIFA 1003 FKIFA 1004 FKIFA 1004 FKIP8 1805 FKI P81807 FKI PM1201 FK1PM1203 FK1PM1206 FKIPM1801 FK1PM1803 FK1PM1803 FKIPM1804 FK1PM1804 FK1PM1804 FKIPM1809 , FK1PM1809 Ml-E1146 011 MI-EI146 019 Ml-FAI49 005 M I-FA 149 007 MI-FA 149 008 Ml-FA 149 009 Div II (PT-El I-IN026B)Div II (1Y226)Div II (ID624)Div H (1D264)Div II (ID264)Div II (ID624)Div II (ID624)Ml-ES 1-90 Ml-ESI-90 011 Div II (KSS Relay)MI-EI 146 014 MI-E 1146 014 MI-EI 146 019 MI-E1146 019 Ml-El IM 007 M I-EI 146 008 MI-EI 146 007 MI-EI146 008 Div II (I Y226)Div II (1Y226)Div II (IY226)Div II (IB229)Div II (ID246)Div II (ID246)Div II (ID624)Div II (ID624)M I-E 1 146 018 Ml-El 1-66 018 Div II (IB246)Div II (IB247)MI-E1146 009, Div II (ID624)Q PI-El I-IR606BI Q Divi H (HV-El I-IF060B)Q Div II (LIS-B21-1N031B)

Q Div H (HV-FAI-IF003)

Q Divll(HV-FAI-IF006 Q Div II (LSH-FAI-IN014, S14)Q Div II (HV-ES I-IF0005,26,88).

Q Div II (RCIC Status)Q FR-El I-IR608 Q.Div II (RHR Sys 2 Status)Q Div II (HV-El I-IF060B)Q Div II (HV-El I-IFOISB)Q Div II (S32B)Q Div II (S17B, S3B)Q Div II (S20B, S56B)Q Div II (S3B)Q Div II (S1B, S56B)Q Div II (HV-El 1-IF027B)Q Div II (HV-El 1-1F024B)Non Class IE Q-Q Q Q Q Q Non Class IE Q Q Q Q Q Q Q Q Q

Q Loads in Contact with PI-E11-1R606B1 EC-QDET-'1002 Rev 1 pagt 245 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIPM1810 FKIPM1810 FKIPM1813 MI-EI IM 018 MI-EI IM 019 M I-E 1 146 018 Div II (IB227)Div II (1B226)Div II (IB227')Q Div II (HV-El I-IF021B)Q Q Div II (HV-E 1 1-IF017B)Q Q Divll(HV-Ell-1F021B)

Q 008 FKIPMX804 FKIPMX806 FKIPN2701 FKI PN2702 FK1PN2702 FKIPN2704 FK1PN2704 FKIPN2705 FKIPN2705 FKlPN2706 FK1PNT702 FKIPP1201 FK1PP1202'K1PP 1204 FKIPP2001 MI-EI146 019 Ml-EI IM 008 Ml-E21-35 008 Ml-E21-35 006 Ml-E21-35 006 Ml-E21-35 Ml-E21-35 006 M 1-E21-35 006 Ml-E21-35 006 Ml-E21-35 006 Ml-E21-35 004 Ml-FA 149 003 Ml-FA 149 011 MI-E4149 MI-FAI49 011 FKIPMX804'I-E1146 Div II (ID624)Div II (IB229)Div II (1D624)Div II (1Y226)Div II (IB247)Div II (1B227)Div II (ID624)Div II (IB227)Div II (1B227)Div II (1Y226)Div II (IY226)Div II (ID624)Div II (ES-FA I-IK600)Div II (KSO)Div II (K 50)Div II (K35, Kl)Q Div II (K9A)Q Div II (K67A)Q Div II (K200A)e Q Div II (CS.Sys 2 Status)Q Q Div II (HV-E21-IFOISB)

Q Q Div II (HV-E21-1F004B)

Q Q Div II (S IB,SB,16B,17B)

Q Q Div II (HV-E21-1FOOSB)

Q Q Div II (HV-E21-IFOOSB)

Q Q Div II (HV-E21-1F006B,7B)

Q Q Div II)HV-E21-IF037B)

Q Q Div II (K32A)Q Div II (KSO, FC-FA I-IR600)Q, Q Div II (HPCI Status)Q'Div II (S2)Q Div If (HPCI Status)Q

Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 246 CABLES DWG..SH FROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED FK1PP2001 FK1PP2002 FK1PP2002 FKI PP2003 FK1PP2003 FK1PP2004 FKIPP2004 FK1PP2004 FK1PP2005 FKIPP2005 FKIPP2005 FKIPP2006 FK1PP2006 FKIPP2006 FKIPP2007 FKIPP2007 FK1PP2008 FKlPP2008 FK1PP2008 Ml-FA 149 003 Div 11 (IY226)Ml-E41%9 004 Div II (1D624)Ml-E41%9 008 Div 11 (ID264)Ml-FA 1<9 008 Div Il (I D264)M I-FA149 008 Div II (I D274)MI-FA149 008 Div II (1D274)Ml-FAIL 008 Div II (ID264)Ml-FA 149 Ml-FA 149 MI-E4149 Ml-FAI49 Ml-E4 149 Ml-FAI49 Ml-FAI49 008 Div II (1D264)009 Div II (ID624)007 Div II (ID274)007 Div II (1D624)007 Div II (ID264)007 Div II (1D264)009 Div H (ID624)Ml-FA 149 004 Div II (1D524)Ml-E4149'.005 Div II (ID624)MI-FA 149 009 Div Il (1D624)MI-FA 149 009 Div II (ID624)Ml-FA 1<9 007 Div II (1D274)Q Q Q Div H (HPCI Status)Q Div II (S25)Q Div II (HV-El 1-1F011)Q Div II (HV-FAI-IF059)

Q Div 11 (HV-FAI-1F006)

Q Div II (HV-FA1-IF075)

Q Div H (HV-FAI-IF042)

=-Q Div II (HV-FAI-1F054)

Q Div II (HV-FAI-1 F008)Q Div II (HV-E41-IF004)

Q Div II (HV-FAI-IF054)

Q Div II (HV-FAI-1F007)

Q Div II (HV-FA1-IF025)

Q Div II (HV-FAI-1F012)

Q Div II (HV>>FA 1-lF001,3)

Div II (HV-E41-IF029)

Q Div II (S20, S19)Q Div ll (S18)Q~Div II (HPCI Tur Stop Valve))

Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 247 CABLES DWG SH FROM SEPGR(FRM)

'TO SEPGR(TO)ISOLATED FKIPP2008 FKIPP2009 FK1PP2009 FK1PP2009 FK1PP2011 FK1PP2011 FK1PP2012 FK1PP2013 FKIPP2XOI FKIPPXX03 FKIPQ1802 FKIPQ1802 FKIPQ1803'K1PQ1804 FKIPQ1804 FKIPQ1804 FKIPQD 103'KIPQX801 FM1E11002 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 M I-E51-90 Ml-E51-90 005 Div H (IY226)011 Div H (K33, K43 Relays)008 Div H (ID264)004 Div H (ID624)009 Div H (ID624)009.Div H (1D624)004 Div H (ID624)Ml-E51-90.004 Div H (ID624)M I-E1146 009 Div H (1D624)MI>>FA149 009 Div H (ID624)MI-FAIL 004 Div H (ID624)MI-E4149 007 Div H (ID274)MI-FA 149 007 Div H (ID274)Ml-FA 149 007 Div H (ID264)MI-FA 149 008 Div H (I D264)MI-FA149 008 Div H (1D264)MI-FA149 007 Div H (ID264)MI-FA 1<9 005 Div H (ID624)MI-FA149 004 Div H (I D624)Q Div H (SI IB, S12B)Q Div H (K40 Relay)Q Div H (S3B-B21B)

Q Div H (K19B-E21A)

Q Q Div H (HV-FAI-IF029)

Q Q Div H (S32, 33)Q Div H (IP213)Q Div H (1P215,6)Q Q Div H'(HV-E41-IF003)

Q Q Div H (HV-E41-1F075)

Q.Q Div H (HV-FA1-1F004,6)

Q Div H (HV-E41-1F012)

Q Q Div H (S4B)Q Q Div H (K44, K45)Q Q Div H (RCIC Status).Q Q Div H (RCIC Status)Q Q Div H (HV-E51-IF084)

Q Q Div H (S26)Q Div H (HV-E51-1F0005,26,88)

Q Loads in Contact with PI-E11-1R606B1 EC-QDET-I002 Rev I page 248 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FMIE 11003 FMIE11003 FM1E 11004 FMlE 11004 FMIE 11004 FMIE11004 FMI E11004 FM1E 11005 FM1E11006 FMIE2 1001 FMIE21001 FMlFA 1002 FMIFA1002 FMIE51001 FMIE51001 FMIE51001 FMIE51001 FMIE5 1002 FM1E51002 Ml-Elle 010 Ml-E1146'10 Ml-El 1-66 007 M I-E 1 146 007 Ml-EI 146 007 MI-EI IM 008 MI-EI146 009 Ml-EI 146 008 Ml-Elle 007 Div H (FT-El I-IN015B)Div H (FT-El I-IN007B)Div H (ID624)Div H (ID624)Div H (1D624)Div H (1D624)Div H (1D624)Div H (1D624)Div H (ID624)Ml-E21-35 M 1-E21-.35 Ml-FA 149 006 Ml-FA 149 006 Ml-E51-90 Ml-E51-90 Ml-E51-90 M 1-E51-90 004 Div H (ID624)Div H (ID624)008 Div H (ID264)Ml-E51-90'.004 Ml-E51-90 Div H (ID624)Div H (ID624)Div H (PT-E21-IN001B)

Div H (FT-E21-IN003B)

Div H (PT-FAI-IN008.09.13,)

Div H (PT-FAI-IN016)

Div H (ID624)Q Div'H (52AX, 52BX)Q Div H (Pl-E21-IR600B)

Q Div H (FI-E21-IR601B)

Q PI-E41-1R602,3,6 Q Div H (PI-E41-1R601)

Q.Div H (LIS-B21-1N024C)

Q Div H (PSL-E51-1N014B)

Q Div H (PDIS-E51-IN018)

Q Div H (HV-E51-1F084)

Q Div H (PSH-E51-1N012B)

Q Div H (PSL-E51-1N019D)

Q Q Non Class 1E Q Q Q Q Q Q Q Q Div H (FY-El I-IK600B)Q Div H (FY-11207B2)

Q Div H (PS-El I-1N011B)Q Div H (K110A-U2)

Q Div H (LIS-B21-IN013D)

Q Div H (52AX-20101)

Q Div H (PIS-B21-1N021B,D)

Div H (HV-E11-1F006D, 4D))Q Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 249 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED Ml-E51-90 FMIE5 1002 FM111212D FM112604C 009 Div II (1D624)035 Div II gT-15127B) 003.Div II (PT-12649) 003 Div II (LT-14203B) 003 Div II (LT-14202B) 003 Div II (PT-14201B) 003 Div II (LT-14203B) 002 Div II (FY-15120B,21B) 003A Div II (Fl'-15729B) 003A Div II (PT-15729B) 003 Div II (FIWI 107B)003 Div II (FY%1109B) 005 Div II (TT41106B) 002A Div II (LSL-15775B) 002A Divi II (LT-15775B)

E-153 J426 FM114203H J442 J442 FMII4203J FMll4203M FM1 I4203N FM115102F FMll5706G FM115708B FMI J2V301 FMI J2V301 FMI J2V301 FMI J45201 FMIJ45202 FMIJ45202 FMIJ45202 FM1J45202 FM1PM1204 JM2 J442 J470 J457 J457 J457 J-457 J457 003A Divi II (PY-15709B, IOB)007A Divi II (IT-15790B)

JA57 Ml-EI146 010 Div II (FY-El 1-1K600B)J457 002A Divi ll (PMA1 Power Supply)Q Div II (HV-E51-1F005,26,88))

Q=Q Div II (TI-15127B)

Q Q Div II (PI-12649)

" Q Div II (LI-14203B)

Q Div II (LR-14202)

Q Divi II (IC651)Q.Div I (LI-14201BI)

Q Div II (FI-15120B)

Q Q Div II (FI41109B)

Div II (TI41106B)

Q Q Div II (LI-15775B)

Q Q Div II (LR-15776B)

Q Q Div II (PR-15710B)

Q Div II (TR-15790B I)~Q E Q Div II (FI-El 1-1R603B)Q Q Div II (PY-15729B)

Q Q Div Il (PR-15710B)

Div H (PI-01107B)

Q Q Loads in Contact with PI-E11-1R606B1 EC-QDET-1002 Rev 1 page 250 CABLES D%G SH PROM FMIPM1204 , FMIPN1201 FMIPN)201 MI-El 146 011 Div II (PI'-El I-IN026B)M I-E21-35 Ml-E21-35 Div II (PT-E21-1N003B) 006 Div II (FT-E21-INOOIB)

Ml-E4149 006 Div II (PT-FAI-IN009)

FMIPP 1203 FM1Q0835D NK1Q0054A NMIQ0835F 018 FT-El I-IN003B (Press Boundly))008 RY-13961B (Isolation Device)018 PDT~2-IN017 (Press Boundary)018 Fl'-C32-IN008 (Press Boundary)018 PTM2-IN005 (Press Boundary)018 PDT-C32-IN004C (Press Boundary)018 PDT-C32-IN004B (Press Boundary)018 PDT&32-IN004A (Press Boundary)E-304 J439 E-304 NMIQ0835F.E-304.NMIQ0835F E-304 E-304 NMIQ0835F NMIQ0835F E-304 NM IQ0835F E-304 FM1PP1203., MI-FA149 006.Div II (PT-FA I-IN0013,16,19)

SEPGR(PRM)

TO Q PI-IR606B I Q PI-E21-IR600B Q Div I (FI-E21-IR601B)

Q PI-E41-1R602,3,6 Q Div I (PI-FAI-IR601)

SEPGR(TO)-.ISOLATED Non Class IE Non Class IE Non Class IE Q ES-B31-1K600 Q SPDS-NI L404Z SPDS-NFP401Z Q-SPDS-NFP-002Z Q SPDS-NFL403Z Q SPDS-NFL402Z Q SPDS-NFL40IZ Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Q Divll(lsoMuxXIT-15701B)

Q Rl P

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1 pag 251 CABLES AKOOZZ001.DWG SH FROM Channel A 010 Ch A (OC653)001 Ch A (OC653)001 Ch A (OC653)001 Ch A (IA20104)009 Ch A (2A20104)006 Ch A (OC512A)002 Ch A (I D614)009 Ch A (OB516)009A Ch A (OB516)010 Ch A (OB516)0IOA Ch A (OB516)001 Ch A (IA20101)003 Ch A (IA20109)E-259 AKOG0300R AKOG0301H E-259 AKOG0301K"=E-259 AKOG2001C AKOG2009C AKOG2401L AKOQ6003C AKOS0404C AKOS0405C AKOS0412C AKOS0413C AKIA0409C AKIA0411C AKIE11017 E-105 E-105 E423 E-184 E-146 E-146 E-146 E-146 E-103 E-103 AK IE11017 AKIPM1705 AKIPM1705 AKIPM1705 MI-EI 146 017 Ch A (IB216)MI-EI 146 020 Ch A (ID614)MI-EI 146 016 Ch A (ID614)MI-E I IM 016 Ch A (I Y216)MI-EI146 016 Ch A (IB237)SEPGR(FRM)

TO'Q Q Channel A Ch A (OC521A)Ch A (LSH41103A)

Ch A (OC519A)Ch A (IA20104 Control)Ch A (2A20 104 Control)Ch A (XI40033A)

Ch A.(OC521A)

Ch A (HV41112A)

Ch A (HV41122A)

'h A (HV41110A)

Ch A (HV41120A)

Ch A (IA20101 Control)Ch A (IA20109 Control).Ch'A (HV-El I-IF015A)Ch A (IP202A)Ch A (IP202A)Ch A (SV-11274A)

Ch A (HV-El I-IF048A)SEPGR(TO)Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q BOLATED

Q Loads in Contact with PI-E21-IR600A EC-QDET-1002 Rev 1 pig 252 CABLES DWG SH FROM ,SEPGR(FRM)

TO SEPGR(TO)ISOLATED AKlQ0801E AK1V1450F AK1V1450G AK1V1450H EKOS0402P EKOS0425D E-156 001 Ch A (IA20105)E-184 005 Ch A (1D614)005 Ch A (1D614)E-184 005 Ch A (I D614)005 Div I (1A20303)012 Div I (ID61442)033 Div I (OB517)033 Div I (OB517)032 Div I (OB517)E-184 E-146 E-146 EKOS0606H.E-150 EKOS0607H EKOS0608H EKOV1194D EKOV1450D EKlC41001 EK1C41002 EK1C41003 EKID0016E EK1E11001 EKlE1 1002 EK1E11003 EK1E11004 E-150 E-150 E-214 017 Div I (1B216)001 Div I (1Y216)J-201 003 Div I (IY21647)003 Div I (1B217061)

MI~I-36 M 1-C41-36 Div I (MI-E1146 004 Div I (1D614)MI-E1146 006 Div I (1D614)MI-E1146.006 Div I (1D614)'I-EI IM 005 Div I (1D614)Ml~l-36 003 Div I (IY236421)

Q Div I (OC653)Q Div I (HV%1224AI).Q Div I (HV%1224A2)

Q Div I (HV41222A)

Q Div I (HV4&693A)

Q Div I (1C606)Q Div I (C41-1F004B)

Q Div I (K2B<41)Q Div I (C41-F004A)

Q Division I Q Div I (K7A,8A-E21A)

Q Div I (K19A-E21A)

Q Div I (K9A-E21A)

Q~Div I (NO FOUND)Q e Q Q e Q Q e Q e Q e Q Q Q Ch A (1P206A Contml)~Q.Q-Ch A (1C235A)Q Ch A (1C235A)Q Ch A (1C235A)e Q Div I (ESW RESET LOGIC)Q Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1 pag 253 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1E11006 EK1E11007 EK1E11008 EK1E11009 EK1E11010 EK1E11011 EK1E11012 EK1E11012 EK1E11012 EK1E11013 EK1E11013 EKIE11013 EKIE11014 EKIE11015 EKIE11015 EKIE11015 EK1E11015 EK1E11015 EK1E11015 MI-E1146 005 Div I (1D614)MI-Elle 017 Div I (IY216)Ml-Elle 004 Div I (ID614)MI-Elise 004 DivI (1D614)Ml-EI 146 004 Div I (2D614)Ml-E1146 004 Div I (2D614)Ml-Elle 017 Div I (IY216)Ml-Elle 010 Divl(FY-151&91solationDevice)

M I-E I 146 010 Div I (FT-E 1 1-IN007A)M I-E I 146 011 Div I (PT-E 1 1-1N026A)MI-E 1146 004 Div I (1D614)MI-EI146'004 Div I (1D614)MI-Elle 005 Div I (ID614)MI-EI146 005 Div I (1D614)Ml-Elle 004 Div I (1D614)MI-E1146 004 Div I (1D614)MI-EII46 004 Divl (1D614)Ml-E1146 004 Div I (1D614)Ml-E1146.005 Div I (ID614)Q Div I (HV-E11-1F060A, 1F122A)Q Q Div I (KllOA-U2, 52BX-20301)

Q Q Div I (K110A-U2)

Q Div I (Kl IOA-Ul)Q Div I (KllOA-Ul)

Q Q Div I (HV-E11-1F060A, 1F122A)Q Q Div I (FT-El 1-1N015A)Q Div I (FY-11207A)

'Q Pl-El I-1R606A1 Non Class 1E Q Div I (PS-El 1-lN021E,G)

Q Q Div I (PS-El 1-INOI IA)Q Q Div I (52AX-20201)

Q Q Divi I (HV-El l-lF004C,6C Q.Div I (PIS-B31-IN016A)

Q Q Div I (FS-El I-1N021A)Q Q Div I (52A-20102)

Q Q Div I (ZIX-F008)

Q Div I (HV-El 1-1F006A)Q Q Div I (HV-El 1-1F004A)Q.

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1.pag 254 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1E11016 EKIE 11016 EKI E11018 EK1E11020 EK1E11021 EK1E11022 EK1E11022 EK1E11023 EKIE21008 EK1E21008 EK1FA 1001 EK1E4100-1EK1FA~100 EKIFAIOOI EKlFA1001 EK1FA1001 EKlFA1002 EK1E41002 EKlE41004 MI-E1146 005 Ml-EI 146 016 MI-EI IM 019 Ml-El IM 016 Ml-El IM 007 Ml-EI IM 007 Ml-E1146 007 Ml-Elle 017 Div I (1D614)Div I (IB236)Div I (1Y216)Div I (1B217)Div I (1B216)Div I (1B217)Div I (1B237)Div I (1Y216)Ml-E21-35 Ml-E4149 005 Div I (PT-E21-IN003A) 005 Div I (1D61447)Ml-FA 149 005 Ml-FA 149 005 Ml-FA 149 009 Ml-FA149 009 Ml-FA 149 009 Div I (1D61447)Div I (1D61447)Div I (1Y21647)Div I (1D61447)Div I (ID61447)Ml-FAI<9 005.Div I (1D61447)M 1-FA 149 005 M 1-FA 149 008 Div I (ID61447)Div I (HV-FA1-IF079)

Ml-E21-35 005 Div I (PT-E21-1NOOIA)

Q Divi I (52AX-20404, 09))Q Divi I (HV-El 1-1F027A)Q Divi I (HV-E51-1F050B)

Q Div I (HV-El 1-1F016A)Q Div I (HV-Ell-IF028A)

Q Divi I (HV-El 1-1F021A)Q.Divi I (HV-El 1-1F024A)Q Div I (HV-El I-1F050A)Q Divl (PI-E21-1R60OA)

Q Div I (Fl-E21-1R601A)

QDiv I (K63-E41)Q Div I (K45-FA1)Q-Div I (K62-FA1)Q Div I (HV-FA1-1FIOO)

Q Div I (HV-E41-1F026)

Q Div I (HV-E41-IF028)

Q Div I (K43-E41)Q Div I (K46-E41)Q Div I (42 Contactor)

Q e e e Q e e e Q e e e e e Q Q Q Q e I

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 255 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)EKlE51015 EK115701E EK1P62212 EK1P62213 EKIPS F201 EK1PS F201 EK1P8X801 EKI P8X801 EKlP8X801 EK1PSX801 EK1PC1701 EK1PC1705 EKlPC1706 EKlPM1304 EK1PM1308 EK1PM1309 EK1PM1701 EK1PM 1701 EKIPM 1701 Ml-E51-90 006 Div I (ID61447)Div I (Ml-E1146 Ml-E1146'.011 Div I (1D614)'13 Div I (1Y216)Ml-Elle 013 Div I (lY216)Ml-B21-131 014 Div I (1B237)Ml-B21-131 014 Div I (1B236)Ml-B31-275 014 Div I (1B219)Ml-B31-275 016 Div I (1B219)Ml-B31-275 014 Div I (K39B-E 1 1)M 1-B31-275 014 Div I (K39B-El 1)Ml-B31-275 014 Div I (K39B-El 1)Ml-B31-275 014 Div I (K37A-El 1)M 1<41-36 003 Div I (IB236081)

M I-C41-36 003 Div I (I Y21647)Ml-C41-36 003 Div I (IB217461)

MI-E1146 017 Div I (1Y216)Ml-Elle 019 Div I (HV-El 1-1F122B)MI-EI146 013 Div I (1Y216)Q Div I (EGM Control)Q Q Div I (, Q Div I (HV-El 1-1F032)Q Q Div I (HV-El 1-I F040)e Q Div I (K99A, K37A-E11A)

Q Q Div I (K99A, K37A-E11A)

Q Q Divl (HV-B31-1F023A)

Q Q Div I (HV-B31-1F023A)

Q Q Div I (HV-B31-1F031A)

Q Q Div I'(K2A%41)Q Q Div I (XII-IF004A,B)

Q Q'iv I (K2B~1)Q Q Div I (HV-El I-IF060A, 1F122A)Q Q Division I Q Div I (RHR Sys 1'Status)Q Q Div I (HV-E11-1F103A,4A)

Q Q Div I (RHR SYS1 Staus)Q Q Div I (RHR SYS1 Staus)-Q A

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1 pag 256 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIPM1702 EKIPM 1702 EK1PM 1702 EKIPM1703 EK1PM1703 EK1PM1703 EK1PM1704 EK1PM1'704 EKIPM1707 EKIPM1707 EK1PM1708 EK1PM1708 EK1PM 1709 EKIPM1709 EK1PM1710 EK1PM1715 EKlPMX801 EK1PMX801 EK1PMX807 MI-E1146 Ml-EI146'.005 Div I (1D614)006 Div I (ID614)MI-EI 146 005 Div I (K201B)MI-Elle 004 Div I (1D614)Ml-EI 146, 005 Div I (ID614)Ml-E1146 005 Div I (1D614)Ml-El IM 004.Div I (1D614)MI-Elise 006 Div I (1D614)MI-EI 146 017 Div I (K84)MI-Elle 005 Div I (1D614)Ml-El IM 017 Div I (1Y216)Ml-EI 146 016 Div I (1B217)Ml-EI146 016 Div I (1B216)Ml-Elle 016 Div I (1B236)Ml-E1146 016 Div I (1B237)Ml-E1146 016 Div I (1B217)Ml-Elle 017 Div I (1B216)MI-EI146 017 Div I(HV-El I-IF015A)MI-EI 146 019 Div I (HV-E51-1F050B)

Q Div I (S32A)Q Div I (S17A)Q Div I (S3A)Q Div I (S20A, S56A)Q Q'Div I (S1A, S56A)e Q Div I (HV-El I-IF007A)Q Q Div I (S3C)Q Div I (K2B)Q Div I (K35B,K36B,K47B,K91B)

Q Q Ml-El 1<6 Q Q Div I (HV-El 1-IF050A)Q Q Div I (HV-El 1-IF016A)Q Q Div I (HV-El 1-1F028A)Q Q Div I (HV-El 1-IF027A)Q Q Div I (HV-El I-IF024A)Q Div I (HV-EII-IF021A,)

Q Q Div I (HV-E11-1F017A,)

Q Q Div I (1B219)e Q Div I (1Y216)Q N

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 257 CABLES EK1PMX808 EK1PN1301'EKIPN 1301 EK1PP1701 EK1PP 1702 EKIPP 1702 EK1PP1702 EKIPP1702 EK1PP 1702 EKIPP 1703 EK1PP 1705 EK1PP 1707 EK1PPX701 EKlPPXXOl EK1PQ1301 EK1PQ1301 EK1PQ2101 EK1PQ2101 EK 1PQ2103 DWG-SH FROM MI-Elle 005 DivI (K20OB)Ml-E21-35 Ml-E21-35 005 Div I (PT-E21-1N001A) 005 Div I (FT-E21-1N003A)

Ml-FA149 003 Div I (I Y216%7)MI-E4149 003 Div I (ID614%7)Ml-FA149 003 Div I (ID614%7)Ml-FA149 003.Div I (I D614%7)M I-FAIL 003 Div I (1D614-07)

Ml-E4149 003 Div I (ID61447)MI-E4149 008 Div I (HV-FA1-1F079)

Ml-FAI49 Ml-E51-90 009 Div I (ID614%7)005 Div I (ES-El 1-1K600)Ml-E51-90 005 Div I (ES-El I-1K600)Ml-E51-90 005 Div I (1Y216)Ml-E51-90.011 Div I (1Y216)M 1-E51-90 004 Div I (1D614)MI-FA149 008 Div I (HV-E41-1F079)

Ml-FA149 007 Div I (HV-FA1-1F002)

Ml-E4149 005 Div I (ID61407)SEPGR(FRM)

TO Q Ml-EI146 Q PI-E21-1R600A Q'iv I (FI-E21-1R601A)

Q Div I (1C601)Q Div I (HV-E41-1F026)

Q Div I (K39-FA1)Q-Div I (HV-FA1-1F100)

Q Div I (HV-FA1-1F028)

Q Div I Indicating Lights)Q Div I (42 Contactor)

Q Div I (42 Contactor)

Q Div I (K44-FA1)Q'iv I (HV-FAl-1F028)

Q Div, I (Distribution Bus)Q Div I (K47)Q Div I (RCIC Status)Q Div I (RCIC Status)Q Div I (S10 SEPGR(TO)Non Class 1E'Q e Q Q Q Q e e e Q Q Q-e.Q Q ISOLATED 0

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1 pag 258 CABLES DWG.SH FROM.SEPGR(FRM)

TO SEPGR(T0)ISOLATED EKIPQ2103 EK1PQ2104 EKlPQ2105 EK1PQ2106 EK1PQ2 107 EKIPQ2108 EK1PQ2108 EKIPQ2108 EK1PQ2109 EKIPQ2109 EKIPQ2111 EKIPQ2112 EK1PQ2112 EK1PQ2114 EK1PQ2115 EK1Q0108E EK IQ0200H EK1Q0201G EKIQ0201H Ml-ES 1-90 008 Div I (1D254)M 1-E51-90 Ml-ES 1-90 M I-ES 1-90 Ml-ES 1-90 Ml-ES 1-90 Ml-ES 1-90 Ml-ES 1-90 M I-ES 1-90 Ml-E51-90 M I-ES 1-90 Ml-ES 1-90 Ml-ES 1-90 008 Div I (1D254)008 Div I (1D254)008 Div I (1D254)003 Div I (1D614)009 Div I (1D614)009 Div I (1D614)003 Div I (1D614)009 Div I (ID614)011 Div I (1Y216)009 Div I (ID614)009 Div I (1D614)011 Div I (1Y216)Ml-ES 1-90 007 Ml-B21>>131 011 Div I (IDZ54)Div I (IY21647)E-166 E-166 E-166 ,001-Div I (1B236081) 002 Divi I (IB217061)

Div I (1B217061)

Ml-ESI-90.008 Div I (1D254)Q Q Q Div I (HV-ES I-I F008,13,19)

Div I (S16)Div I (RCIC Supv Lights))Q Q Q.Q Div I (HV-ES I-I F004,54)Q Q Div I (S17,S23,S32,S18)

Q Q Div I (HV-ESI-IF025,62)

Q Q.Div I (KIS, K42 Relays)Q Q Div I (HV-ESI-IF004,54)

Q Q Divl(RCICSupv Lights)Q Q Div I (Relay KSS)Q Q Div I (HV-ESI-1F031)

Q Q Div I (HV-B31-IF013)

Q Q Div I (K7A (1C690A)Q Q Div I (IP208B)Q Q Div I (K7B-IC690B)Q C Div I (HV-ESI-IF022,45)

Q Q Div I (HV-ESI-IF010,45,46)

Q Q Div I (HV-E51-1F010,12,19)

Q Q Div I (HV-E51-1F012,13,62)

Q

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag259 CABLES DWG SH FROM SEPGR(FRM)

'TO SEPGR(TO)ISOLATED EK1Q0611C EK1Q0612C EK1Q0627F E-165 E-165 E-304 EKlQ0627G EK1Q0807C EK1Q0809C EK1Q0815C EK1Q0817D EK1Q0819C EKlQ0821C EK1Q0821E EK1Q0821F EK1Q0825D EK1Q0829C EK1Q0829F EKIQ0829K EK1Q0829M EK1Q0829N E-304 E-155 E-155 E-155 E-155 E-'155 E-155 E-155, E-155 E-155 E-155 E-155 E-155 E-155 EK1Q0627F.E-304 004 Div I (1B217)004 Div I (1B217)001 Div I (HV-16108AI) 001 Div I (HV-16116A1) 011 Div I (TIP Ball Valve)001 Div I (11B217)003 Div I (11B217)006 Div I (1Y216)006 Div I (1Y216)007 Div I (1Y216)008.Div I (1D614)008 Div I (1D614)008 Div I (ID614)011 Div I (ID61443)009 Div I (1Y216)009 Div I (1Y216)009 Div I (1Y216)009 Div I (1Y216)009 Div I (1Y216)Q Q Div I (HV&33-IF104)

Q Div I (HV-G33-IF042)

Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux X1T-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (HV-E21-1F004A)

Q Div I (HV-E21-1FOOSA)

Div I (HV-E21-1F006A)

Q Div I (HV-E21-1F007A)

Q Div I (HV-E21-1F037A)

Q Div I (LIS-B21-1N031A,C)

Div I (PS-E21-IN021A)

Q Div I (1A20104)Q 1C626 Div I (CS Div I Status)Q Div I (CS Div I Status)Q.Div I (CS Div I Status)Q Div I (CS Div I Status)Q Div I (CS Div I Status)Q.

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 260 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKlQ0837E EK1Q0905E EKIQ0914D EKIQ1334D EKIQ1334D EK1Q1503C EKIQ1505C EK1Q1550D EKIQ1550D EKIQ1550E EKlQ1550E EK1Q1550F EKIQISSOF EK'IQ1550G EKIQ1550G EKIQ1550G EK1Q1550H EKIQ1550H EKIQ1550H E-304 E-185 E-185 E-304 E-304 E-151 E-151 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 007 Div I (HV-E21-1F015A) 002 Div I (IY216)004 Div I (1Y216)006 Div I (HV-Esl-1F008) 006 Div I (HV-ESI-IF062) 010 Div I (1B219)014, Div I (1B219)010 Div I (HV-B21-IF022B) 010 Div I (HV-B21-1F022A) 010 Div I (HV-B21-1F001) 010 Div I (HV-B21-IF016) 010 Div I (HV-B21-IF022C) 010 Div I (HV-B21-1F022D) 009 Div I (HV-B31-1F019) 009 Div I (HV-El 1-1F009)009 Div I (HV-El I-1F040)009 Div'I (SV-El 1-1F079A)009 Div I (SV-El I-1F079B)009 Div I (HV-B21-IF019)

Q.Div I (iso Mux XIT-15701A)

Q Q Q Div I (IB237)Div I (1C645)Div I (lso Mux XIT-15701A)

Q Q Q Q Div I (lso Mux XIT-15701A)

Q Div I (HV-B31-IF031A)

Q Q Divi I (HV-B31-1F032A)

Q Q Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q, Div I (Iso Mux XIT-15701A)

Q Q.Div I (iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Div I (lso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Q Divl(iso MuxXIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Rl t I 9 Q Loads in Contact with PI-EX1-1R600A EC-QDET-1002 Rev 1 pag 261 CABLES EKIQ1612C EKIQ1614C EKIQ3020E EKIQ3022g, EK1Q3023G EKIQ3032C EKle3033C EKIQ3058U EKle3060F EKIQ3060G EK1e3064C EKIQ3064E EKIQ3064F'EKIQ3 064M EKIQ3064N EKle3077E EKIQ4019G EKIQ4019H EKle4033C DWG E-181 E-181 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-153 E-152 E-152 E-152 SH FROM 001 Div I (ID61447)Div I (ID6 1447)018 Div I (IB237)003 Div I (1B217)005 Div I (1B217)041 Div I (1B216)-020 Div I (1B216)020 Div I (1B237)025 Div I (1B219)026 Div I (I B219)033 Div I (IA20104)033 Div I (1D614)033 Div I (ID614)034 Div I (IY21642)034 Div I (I Y21642)034 Div I (IY216%2)034 Div I (IY21642)034 Div I (IY21642)113 Div I (IB217)SEPGR(FRM)

TO Q Divi I (HV-B21-IF032A)

Q Div I (HV-B21-IF020)

Q Div I (HV-El 1-IFOIOA)Q Div I (HV-El I-F006A)Q Div I (HV-El I-IF006B)Q Div I (HV-El 1-IF015A)Q Div I (HV-El I-IF007A)Q Div I (1C617)Div I (HV-El I-1F103A)Q Div I (HV-El I-1F104A)Q Div I (RHR Div I Status)Q Div I (RHR Div I Status)Q Div I (RHR Div I Status)Q Div I (RHR Div I Status)Q Div I (RHR Div I Status)Q Div I (HV-15112)

Q Div I (HV-E41-IF028)

Q Div.I (HV-E41-IF026)

Q Div I (ID254)SEPGR(TO)e.e Q e e Q Q Q Q Q Q Q Q e e e Q e ISOLATED

Q Loads in Contact with PI-E21-1R600A EC+DET-1002 Rev 1 pag 262 CABLES DWG.SH PROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIQ4033E EKIQ4036D EKlQ4036D E-152 E-304 E-304 EKIQ4036E EK1Q4037A EK1Q4037A EKIQ4037A EK1Q4037A EK1Q4037D EK1Q4037E EK1Q4037F EK1Q4037G EK1Q4037G EK1Q4037H EK1Q4037J EKlQ4037K EKIQ4037K EK1Q4037R E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 EK1Q4036E, E-304 018 Div I (1B237)Div I (HV-E41-1F100)

Div I (HV-E41-1F079) 007 Div I (HV-El 1-1F021A)007 Div I (HV-E41-1F002) 003 Div I (HV-El I-1F024A)003 Div I (HV-El I-1F027A)003 Div I (HV-El 1-1F016A)003 Div I (HV-El 1-1 F028A)007 Div I (HV-El 1-1F022)007 Div I (HV-El 1-1F008)012 Div I (HV-11314) 014 Div I (SV-12671) 014 Div I (SV-12661) 014 Div I (SV-12651) 009 Div I'(HV-El 1-IF015A)009 Div I (HV-15766) 009 Div I (HV-12603) 012 Div I (HV-11313)

Q Div I (1D254)Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q.Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Div I (lso Mux XIT-15701A)

.Q'Div I (Iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Q Divl(Iso MuxXIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Divl(lsoMuxXIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q Q.Div I (Iso Mux XIT-15701A)

Q Q Divl(lsoMuxXIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Divl(lsoMuxXIT-15701A)

Q

Q Loads in Contact.with PI-E21-1R600A EC-QDET-1002 Rev I pag 263 CABLES DWG SH PROM SEPGR(PRM)

TO SEPGR(TO)ISOLATED EK1Q4102X EKIQ4102Y.EKIQ4103A'-178 E-178 E-178 EK1Q4103F EK1Q4103G EK1Q4123H EK1Q4129C EK1Q4129Q EKlQ4153A EK1Q4159D EKlQ4160F EKIQ4189D EKIQ4189D EKlQ4189G EK1Q4189G EK1Q4189H-EK1Q4189H EKlQ4189J E-178 E-178 E-172 E-172 E-172 E-171 E-171 E-171 E-304 E-304 E-304 E-304 E-304 E-304 E-304 EK1Q4103E E-178 003 Div I (1Y216)003 Div I (lY216)004 Div I (1Y216)004 Div I (1Y216)004 Div I (I Y216)004 Div I (1Y216)005'iv I (1Y236)002 Div I (I B236)002 Div I (1B236)008 Division I 008 Div I (1Y216)008 Div I (IY216).013 Div I (HV-15713) 013 Div I (HV-15703) 013 Div I (HV-15722) 013 Div I (HV-15725) 013 Div I (SV-15737) 013 Div I (SV-15767) 013 Div I (SV-15737)

Q DivI(Excess FlowCkValve)

Q Q Div I (Excess Flow Ck Valve)Q Q DivI(ExcessFlowCk Valve)Q Q Div I (Excess Flow Ck Valve)Q DivI(ExcessFlowCk Valve)Q Q Div I (Excess Flow Ck Valve)Q Divi I (SV-12651)

Q Div I (HV-12603)

Q Q Div I (HV-12603)

Q Q Division I Q Div I'(HV-15713)

Q Div I (HV-15703)

Q Div I (iso Mux XIT-15701A)

Q Q Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q.Q Div I (lso Mux XIT-15701A)

Q.Q Div I (iso Mux XIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q S 0 Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag264 CABLES EKlQ4189J EKIQ4189J EKIQ4201C EK1Q4202C EKIQ4203C EK IQ4204C EK1Q4204D EK1Q4205C EKlQ4205D EKIQ4206C EKIQ4206D EKlQ4207C EKIQ4207D EKIQ4208C EKIQ4208D EKIQ4209C EKIQ4209D EKlQ4210C EKlQ4210D DWG E-304 E-304 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 SH FROM 013 Div I (SV-15742A) 013 Div I (SV-15740A) 001 Div I (1D614)001 Div I (1D614)001 Div I (1D614)002 Div I (ID614)002 Div I (ID614)002 Div I (1D614)002 Div I (1D614)002 Div I (1D614)002 Div I (ID614)Div I (ID614)Div I (ID614)Div I (1D614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (1D614)002~Div I (1D614)SEPGR(FRM)

TO SEPGR(T0)Q Div I (iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q'iv I (PSV-B21-IF013A)

Q Q Div I (PSV-B21-IF013B)

Q Q Div I (PSV-B21-IF013C)

Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q'Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q~Divi I (Safety Relief Valve)Q ISOLATED

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1 pag 265 CABLES DWG SH FROM SEPGR(FRM)

.TO SEPGR(TO)ISOLATED EKIQ4211C EK1Q4211D EK1Q4212C EKIQ4212D EKIQ4213C EK1Q4213D EKIQ4214C EK1Q4214D EKIQ4215C EK1Q4215D EKIQ4216C EKIQ4216D EK1Q4217C EKIQ4218C EKIQ4219C EKIQ4220C EK1Q4221-CEKIQ42 EKlQ4230C E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 E-180 002 Div I (1D614)002 Div I (ID614)002 Div I (1D614)002 Div I (1D614)002 Div I (1D614)002'iv I (1D614)002 Div I (1D614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (ID614)002 Div I (1D614)002 Div I (ID614)002 Div I (ID614)003 Div I (1D614)E-180-002 Div I (1D614)Q Divi I (safety Reucf Valve)Q Q Divi I (Safety Relief Valve)Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q Divi I-(Safety Relief Valve)Q Q Divi l(Safety Relief Valve)Q Q Q Q Divi I (Safety Relief Valve).Q Divi I (Safety Relief Valve)Q Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q Q-Divi I (Safety Relief Valve)Q Q Divi I (Safety Relief Valve)Q.Q Divi I (ADS Valve)Q Q Divi I (ADS Valve)Q Q Divi I (ADS Valve)Q Q Divi I (ADS Valve)Q Q Divi I (ADS Valve)Q Q Divi I (ADS Valve)Q Q.Div (LIS-B21-1N031C)

Q

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 266 CABLES DWG EK1Q4230D EK1Q4233W EK1Q4233X E-180 E-180 E-180 EK1Q4235EE-304 SH FROM 003 Div I (1D614)007 Div I (1Y216)007'iv I (1Y216)016 Div I (AR-15745A)

SEPGR(FRM)

TO SEPGR(TO)Q Div I (VISH-14180A)

Q Div I (VISH-14180A) e Q Q Divl(Iso MuxXIT-15701A)

Q Q Div (LIS-B21-IN042A) e ISOLATED EK1Q4245A EK1Q4310A EKIQ4310B EKIQ4310C EKIQ4310D EKIQ4310J EK1Q4312A EKIQ4312B EKIQ4312C EKIQ4312D EKIQ4314A EKIQ4314B EK1Q4314C EKIQ4314D EKIQ6513D E-180 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-171 E-189 023 023 023 Div I (ID614)Div I (1D614)Div I (ID614)023 Div I (ID614)025 Div I (ID614)025 Div I (ID614)025 Div I (ID614)025 Div I (ID614)027 Div I (1D614)027 Div I (ID614)027.Div.l (ID614)027 Div I (ID614)Div I (1B217)Div I (1C601)023 Div I (1D614)Q Div I (VISH-14180A)

Q Div I (1C602A)Q.Div I (1C602A)Q Div I (1C602A)Q Div'I (1C602A)Q Div I (1C602A)Q.Div I (IC602A)Q Div I (1C602A)Div I (1C602A)Q Div I (1C602A)Q Div I (IC602A)Q Div I (IC602A)Q Div I (1C602A)Q Div I (IC602A)Q Div I (HV-E32-I F006)Q Q Q Q e e Q e e Q e Q Q Q e I

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag267 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED EKIQ6513E EK1Q6514D EK1Q6514E E-189 E-189 E-189 EK1Q6515E EK1Q6516D EK1Q6516E EK1Q6518D EK1Q6526A EK1Q6529C EKlQ6529D EK1Q6529E EK1Q6529F EK1V2618D EK1V2618D EKI V2618D EK1V2618D EK1 V2618D EKI V2618D E-189 E-189 E-189 E-189 E-189 E-189 E-189 E-189 E-304 E-304 E-304 E-304 E-304 E-304 EK1Q6515DE-189 001 Div I (IB217)001 Div I (IB217)001 Div I (1B217)001 Div I (1B217)001 Div I (1B217)001 Div I (IB217)001 Div I (1B217)003 Div I (1B217)015 Div I (IY21646)005 Div I (1C645)005 Div I (IC645)005 Div I (1C645)005 Div I (IC645).004'iv I (HV-18722A2) 004 Div I (HV-18782AI) 004 Div I (HV-18792B2) 004 Div I (HV-18792A1) 004 Div I (HV-18782BI) 004 Div I (HV-18782B2)

Q Div I (1K209A)Q IC645 e Q Div I (HV-E32-1F006)

Q Q Div I (HV-E32-IF007) e Q Div I (HV-E32-IF008) e Q Div I (HV-E32-IF009)

.Q Q Div I (Iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q" Div I (Iso Mux XIT-15701A)

Q Q Div I (Iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (HV-E32-IF006) e Q Div I (HV-E32-1F007)

Q Q Div I (HV-E32-1F007)

Q Div I (HV-E32-1F008)

Q Q Div I (HV-E32-1F008)

Q Q.Div I (HV-E32-1F009)

Q Q.Div I (HV-E32-1F009) e Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 268 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIV2618D EKIV2618D EKIV2618E E-304 E-304 E-304 EK1V2618F EKlv2618F EK1Y0009T EKIYOOIOU E-304 E-304 E464 EK1 Y0013DE464 EK1Y0013J EK1Y0013L EKIY0014A EKlY0030B EM IE51014 EM1E5 1014 EM114202K EM IPM1302 EM1PM1302 EM IPQ1302 E464 Ml-E51-90 Ml-E51-90 J442 MI-EI IM Ml-EI146'.Ml-E5 1-90 EK1V2618E E-304 004 Div I (HV-18792BI) 004 Div I (HV-18782A2) 002 Div I (HV-18781A2) 002.Div I (HV-18781AI) 002 Div I (HV-18791A2) 002 Div I (HV-18791A1) 015 Div I (1Y216-33) 015 Div I (IY216-30) 016 Div I (IY23645)016 Div I (1Y236-17) 016 Div I (I Y236-21)016 Div I (I Y23642)037 Div I (IY115)006 Div I (PT-E51-1N004,5,7,8) 006 Div I (FT-E51-1N003)

/001 Div I (LT-14201A,2A,3A) 010 Div I (PT-El 1-IN026A)'I 010 Div I (FY-E 1 I-IK600A)006 Div I (FY-14989 Isolation Device))Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (fso Mux XIT-15701A)

Q Q'Div I (lso Mux XIT-15701A)

Q Q Div I (iso Mux XIT-15701A)

Q Q Div I (HSE-111501)

Q Div I (IC602A)Q PI41107A Q Dtv I (1C694)Q Div I (XV~I-IF004A)

Q Div I (1C601)Q Divi I (1C601)~Q PI-E51-1R601,2,3,4 Q Div I (FY-E51-IK601)

Non Class IE Q PI-El I-1R606A1 Q Div I (FI-El 1-IR603A)Q Div I (FY-E51-1K601)

Non Class 1E Q Div I (Iso Mux XIT-15701B)

Q

Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev1 pag 269 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EMIPQ1302 EM1Q0836D'EM1Q0836D EM IQ0836F EMIQ4189A EMIQ4189K EM1Q4189K EM 1Q4189L EM1Q4189L EM1Q4189M EMIQ4189M EM1Q4235E.EM1Q4235E EMIQ4235F EM IQ4237D JKOG2401N NMIPR4101 PK1Q0300C PK1Q0839G Ml-E51-90 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E423 MI&33-153 E-169 E464 001 Divi I Aff (1A20 107)032.Div I Affiliated (1Y688)V Q Q 006 Div I (PT-E51-1N004,5,7,8) 018 Div I (FT-E21-1N003A) 018 Div I (PT-E21-IN001A) 019 LITS-B21-IN026B (Mech Sw See Ap Q 018 Div I (Fi'-15729A) 017 Div I (Tl'-15799A) 017 Div I (IT.-15790A) 017 Div I (PT-15710A) 017 Div I (PT-15709A) 017 Div I (LT-15776A) 017-Div I (LT-15775A) 016 Div I (AR-15745A) 016 Div I (AR-15746A) 016 Div I (D:-15751) 019 Div I (RY-15721A) 006 Ch A Aff (120 V Potential Transform Q 004 FT-G33-1N037 (Press Boundary)Q PI-E51-1R601,2,3,4 Non Class 1E Sync Ckt FI-G33-1R610 Computer Input 1C699A Non Class 1E Non Class 1E Non Class 1E Non Class 1E Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT.-15701A)

Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Q Q Loads in Contact with PI-E21-1R600A EC-QDET-1002 Rev 1.pag 270 CABLES PKIQ1507C PK1Q7001P PKI S0704C PK1S0705C PK2Q70011 PK2Q7001U DWG E-151 E-185 E-147 E-147 E-185 E-185 SH FROM 009 Div I Aff (IB237)014 Division I Miliated 003 Division I Affiliated Division I Miliated 028 Division I Affiliated 028 Division I Miliated.SEPGR(FRM)

TO Q HV-B31-IF023A Q BIS Q 1P210B Q 1P210A Q BIS Q BIS SEPGR(TO)Non Class IE Non Class IE Non Class IE Q Q ISOLATED YES YES YES YES Q Loads in Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 page271 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED BKlE11004 BK1E11004 BK1E3 6003 BK1PN2703 BK1PN2703 FK1E1 1002 FKIE11003 FKIE11003 FKIE11003 FKlE11003 FKIE11003 FK1E11003 FKIE11005 FK1E11006 FKIE11006 FK1E1 1007 FKIE11007 FKIE11008 FK1E11008 Ml-EI IM 006 Ch B (ID624)MI-EI IM E-184 015 Ch B (ID624)004 Ch B (ID624)MI-E1146 MI-EI145 007 Div II (1D624)007 Div II (ID624)MI-Elle 007 Div II (ID624)MI-EI146 007 Divll(ID624)

MI-EI 146 008.Div 11 (ID624)MI-EI 146 018 Div II (1B246)MI-Elle 018 Divll(IB226)

Ml-EI 146 019 Div II (IB229)MI-Elle 018 Div II (IB246)Ml-El l~019 Div II (IB226)Ml-El IM'18 Div II (1B227)Ml-EI IM 018 Div II (1B227)M 1-E21-35 006 Ch B (1B227)M 1-E21-35 006 Ch B (1D624)MI-E1146 007 Div II (ID624)MI-E 1146 007 Div II (ID624)Q Q Q Ch B (KIOA)Ch B (74 Relays from valves)).Q Ch B (KI IB)Q Ch B (HV-E21-1F004B)

Q Ch B (1P206B)Div II (K7B,8B Relays)Q Div II (Z12X-IF009)

'Div II (52a-20202)

Q Div II (HV-El 1-1F008)Q Div II (PIS-B31-1N018B)

Q Div II (FS-El I-IN021B)Q Div II (HV-El I-IF006B)Q Div II (HV-El 1-1F048B)Q Div II (HV-El I-IF016B)Q Div II (HV-El I-1F015B)Q Div II (HV-El 1-IF027B)Q'iv II (HV-El I-IF028B)Q Div II (HV-El 1-1F024B)Q Div II (HV-El 1-1F021B)

Q Loads in Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 page 272 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED FKlE11017 FKIE11018 FK1FA 1003 FK1FA1003 FK1FA 1004 FK1FA 1004 FK1P81805 FK1P8 1807 FKIPM1201 FKlPM1203 i FKIPM1206 FK1PM1801 FKIPM1803 FKlPM1803 FK1PM1804 FKIPM1804 FKlPM1804 FK1PM1809 FKIPM1809 Ml-E51-90 Ml-E51-90.009 Div II (ID624)011 Div II (K55 Relay)Ml-EI 146 014 Div 11 (IY226)Ml-EI 146 014 Div 11 (1Y226)Ml-El l~019 Div II (lY226)MI-E1146 019 Divll(IB229)

Ml-EI 146 007 Div II (ID246)Ml-EI 146 008 Div II (ID246)MI-Elle 007 Div II (1D624)Ml-EI IM 008 Div II (1D624)Ml-EI 146 009 Div H (ID624)Ml-EI 146.018 Div II (1B246)Ml-EI IM 018 Div II (IB247)MI-Elle 011 Div 11 (PI'-El 1-IN026B)Ml-EI IM 019 Div H (IY226)MI-FA149 005 Div II (1D624)MI-FA149 007 Div II (1D264)MI-FAI<9 008 Divll(1D264)

MI-FA149 009 Div II (ID624)Q PI-El 1-1R606BI Non Class IE Q FR-El 1-1R608 Non Class IE Q Div II (RHR Sys 2 Status)Q Q Divll(HV-Ell-IF060B)

Q Q Div II (HV-El I-1F015B)Q Q Div II (S32B)Q Div II (S17B, S3B)Q Q Div II (S20B, S56B)Q Q Div II (S3B)Q Div II (SIB, S56B)Q Q DivII(HV-Ell-1F027B)

Q Q Div II (HV-El 1-1F024B)Q Q DiviII(HV-Ell-1F060B)

Q Q Div II (LIS-B21-1N031B)

Q Q Div II (HV-FA1-IF003)

Q Q Div II (HV-FA I-1F006)Q Q Div II (LSH-FA1-1N014, S14)Q Q.Div II (HV-E51-1F0005,26,88)

Q Q Div II (RCIC Status)Q h 0'L Q Loads in Contact with PI-E?1-1R600B EC-QDET-1002 Rev 1 page273 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIPM 1810 FKIPM1810 FKIPM1813 FKIPMX804 FKIPMK804 FKlPMX806 FKIPN2701 FKIPN2702 FK1PN2702 FKIPN2704 FK1 PN2704 FKIPN2705 FK1PN2705 FKIPN2706 FK1PNT702 FKIPP1201 FKIPP1202 FKIPP1204 FK1PP2001 M I-EI IM 018 Div H (IB227).MI-EII&MI-Elle Ml-El I&019 Div Il (IB226)018 Div Il (IB227')008 Div II (ID624)Ml-E21-35 008 Div II (IY226)Ml-E21-35-006 Div Il (IB247)M I-E21-35 Ml-E21-35 006 Div II (1B227)004 Div II (1D624)M I-E21-35 006 Div II (IB227)Ml-E21-35 Ml-E21-35 M I-E21-35 Ml-E21-35 Ml-FA 1<9 Ml-FAI<9 006-Div II (IB227)006.Div II (lY226)~006 Div II (IY226)004 Div II (ID624)003 Div H (ES-FAI-IK600) 011 Div II (K50)MI-FA 1<9.01'I Div II (K 50)Ml-FA 149 003 Div II (K35, Kl)MI-Elle 019 Div II (IB229)MI-EI 146 008 Div II (ID624)Q Div II (HV-El I-IF021B)Q.Q Div II (HV-El 1-IF017B)Q Q=Divll(HV-Ell-IF021B)

Q Q Div II (K9A)Q Div II (K67A)Q Q Div II (K200A)Q Q Div II (CS Sys 2 Status)Q Q Div II (HV-E21-IF015B)

Q Q Div II (HV-E21-1F004B)

Q Q Div II (S1B,SB,16B,17B)

Q Q DivII(HV-E21-IF005B)

Q Q'iv II (HV-E21-1F006B,7B)

Q Q Div II)HV-E21-IF037B)

Q Q Div II (K32A)e Q DivH(K50,FC-FAI-IR600)

Q Q Div II (HPCI Status)-Q Q Div II (S2)Q Div II (HPCI Status)Q 4 L Q Loads in Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 pagt274 ChB LES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED FKIPP2001 FKIPP2002 FK1PP2002 Ml-FAIL 003 Ml-FA 149 004 M I-FA149 008 Div II (IY226)Div II (1D624)Div II (ID264)Div II (ID264)FKIPP2003 FKIPP2004 FK1PP2004 FK1PP2004 FK1PP2005 FK1PP2005 FK1PP2005 FK1PP2006 FKIPP2006 FK1PP2006 FK1PP2007 FK1PP2007 FK1PP2008 FK1PP2008 FKIPP2008 M I-FA149 008 Div H (ID274)Ml-FA 149 008 Div II (1D274)Div II (1D264)MI-E4149 MI-E4149 009 Div II (1D624)Ml-FA 149 007 Ml-FAI49 Ml-FAI49 008 009 Ml-FA 149 007 Ml-FA 149 007 Ml-FA 1<9 007 M I-E4149 007 Ml-FA 1<9 009 Ml-FA 149 004 Ml-FA149'.005 Ml-E4149 009 Div II (1D274)Div II (1D264)Div II (ID624)Div II (ID274)Div II (ID624)Div Il (ID264)Div II (1D264)Div II (ID624)Div II (ID624)Div II (ID624)Div II (ID624)FKIPP2003.Ml-FAI-69 008 Q Div II (HPCI Status)Q Q Div II (S25)Q Div II (HV-El 1-IF011)Q Q Div II (HV-FAI-I F059)Q Q Div II (HV-E41-IF006)

Q Q Div II (HV-FA1-1F075)

Q Q Div II (HV-FA1-1F042)

Q Q Div II (HV-FA1-IF054)

Q Q Div II (HV-FA1-IF008)

Q Q Div II (HV-FAl-IF004)

Q Q Div II (HV-FA1-1F054)

Q Div II (HV-FAI-IF007)

Q Q Div II (HV-E41-IF025)

Q Q Div II (HV-FAI-IF012)

Q Q Div II (HV-E41-1F001,3)

Q Q Div II (HV-FA I-I F029)Q'Div II (S20, S19)Q Q Div II (S18)Q Div II (HPCI Tur Stop Valve))Q

Q Loads in Contact with.PI-E21-1R600B EC-QDET-1002 Rev 1 pagt275 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED MI-FA149 009 Div II (ID624)FKIPP2008 FKIPP2009.FK1PP2009 Div II (ID624)Div II (ID274)Div II (1D274)Div II (ID264)Div II (1D264)Div II (1D264)Div II (ID264)Div II (ID624)Div II (1D624)Div II (IY226)Ml-FAI49 Ml-FA 149 004 007 Ml-FA 149 007 FKIPP2011 FKIPP2011 FKIPP2012 FKlPP2013 FK1PP2XOI FK1PPXX03 FK1PQ1802 FK1PQ1802 FKIPQ1803 FK1PQ1804 FKIPQ1804 FKIPQ1804 FKIPQD 103.FKIPQX801 FMIE11002 MI-E4149 Ml-FA 149 008 r 008 Ml-FA 149 007 M 1-FA 1 49 005 M I-E4149 004 Ml-E51-90 Ml-E51-90 M 1-E51-90 Ml-E51-90'l-E51-90 011 Div II (K33, K43 Relays)Div H (ID264)004 Div II (1D624)Div II (ID624)Div H (ID624)Div II (ID624)Div II (1D624)Div II{1D624)Ml-E51-90.009 Ml-E51-90 Ml-E51-90'04 Ml-Elle 009 FKIPP2009 M I-FA 149 007 Q Div II (K44, K45)Q Div II (RCIC Status)Q Q Q Div II (RCIC Status)Q Div H (HV-E51-IF084)

Q Q Div II (S26)Q Div II (HV-E51-1F0005,26,88)

Q Q Div II (S11B, S12B)Q-Q Div II (K40 Relay)Q.Q Div II (S3B-B21B)

Q Q,Div II (K19B-E21A)

Q Q Div 11 (HV-E41-IF029)

Q Q Div H (S32, 33)Q Q Div II (I F213)Q Div II (IP215,6)Q Div II (HV-E41-1F003)

Q Q.Div II (HV-E41-1F075)

Q Q Div II (HV-FAI-IF004,6)

Q Q Div II (HV-FAI-IF012)

Q Q Div II (S4B) k0 Q Loads in Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 pagc276 CABLES DWG SH FROhg SEPGR(FRM)

TO SEPGR(TO)ISOLATED FMIE11003 FM1E11003 FM1E 11004 Ml-EII4i 010 Divn(FT-Ell-IN015B)

Ml-EI IM 010 Div II (&7-El 1-1N007B)MI-EI IM 007" Div II (ID624)FM1E11004 FM1E 11004 FMlE11004 FMlE11005 FM1E11006 FM1E21001 FMIE2 1001 FMlE41002 FM1FA 1002 FMIE5 1001 FMIE51001 FM1E51001 FM 1E51001 FMIE51002 FM IE5 1002 Ml-El IM 007 Div II (1D624),Ml-EI 1%i 008 Div 11 (1D624)Ml-Elle 009 Ml-El IM 008 Ml-E I IM 007 Ml-E21-35 Ml-E21-35 Div 11 (1D624)Div II (1D624)Div II (1D624)Div II (PT-E21-1N001B)

Div II (FT-E21-1N003B)

Ml-FA 149 006 Ml-E4 1%9 006 Div II (Fl'-FA I-IN008>09i13,)

Div II (FI'-E41-IN016)

Div II (1D624)Ml-E51-90 Ml-E51-90 004 Div II (ID624)004 Div II (ID624)008 Div II (ID264)Ml-E51-90 Ml-E51-90 Ml-E51-90.004 Ml-E51-90 004 Div II (ID624).Div II (1D624)FM1E11004, MI-EI 146 007 Div II (ID624)Q Div II (FY-El I-1K600B)Q Div II (FY-11207B2)

Q Div II (PS-El I-INOI IB)Q Div II (K110A-U2)

Q Div II (LIS-B21-1N013D)

Q Div II (52AX-20101)

Q Div II (PIS-B21-1N021B,D)

Q Div II (HV-El l-lF006D, 4D))Q Div II (52AX, 52BX)Q Q Q Div II (Fl-E21-IR601B)

Q PI-FAl-1R602,3,6 Q Div II (PI-FA1-IR601)

Q Div II (LIS-B21-IN024C)

Q Div II (PSL-E51-IN014B)

Q Div II (PDIS-E51-IN018)

Q Div II (HV-E51-1F084)

Q Div II (PSH-E51-1N012B)

Q.Div II (PSL-E51-IN019D)

Non Class IE Q e Q Q Q Q e Q Div II (PI-E21-IR600B)

~Q

Q Loads in Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 page277 CABLES DWG SH PROM SEPGR(PRM)

.TO SEPGR(TO)ISOLATED FM1E5 1002 FMI I1212D FM112604C FM114203H FM II4203J FMII4203M FMII4203N FM115102F FM115706G FM115708B FM1J2V301 FMI J2V301 FMI J2V301 FM I J45201 FMI J45202 FMI J45202 FM1J45202-FMlJ45202 FM1PM1204 MI-E51-90.

009 Div 11 (ID624)E-153 J426 JM2 JM2 J442 J442 J470 J457 J457 J457 J457 J457 J457 J457 035 Div II PT-15127B) 003 Div II (FI'-12649) 003 Div II (LT-14203B) 003 Div II (LT-14202B) 003 Div II (PT-14201B) 003 Div II (LT-14203B) 002 Div II (FY-15120B,21B) 003A Div II (PT-15729B) 003A Div II (PT-15729B) 003 Div II (PT-01107B) 003 Div II (FY41109B) 005 Div II gT41106B)002A Div II (LSL-15775B) 002A Divi H (LT-15775B) 002A Divi Il (PMAI Power Supply)003A Divi II (PY-15709B, IOB)007A'ivi II (TT-15790B)

MI-E1146 010 Div II (FY-El I-1K600B)Q Div H (HV-E51-1F005,26,88))

Q Q Div II (Ti-15127B)

Q Div II (PI-12649)

Q Div II (LI-14203B)

Q Div Il.(LR-14202)

Q Divi II (IC651)Q Q Div I (LI-14201BI)

.Q Q Div II (Fl-15120B)

Q Q Div II (PY-15729B)

Q Q Div II (PR-15710B)

Q Div II (PI41107B)

Q Q Div II (FI41109B)

Q-Div II PI41106B)Q Q Div II (LI-15775B)

Q Div II (LR-1577613)

Q Q Div II (LR-15776B)

Q Q Div II (PR-15710B)

Div II PR-15790B I)Q-Div II (FI-El I-IR603B)Q Q Loads in, Contact with PI-E21-1R600B EC-QDET-1002 Rev 1 page 278 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FMIPM1204 Ml-EI 146 011 Div II (PT-El I-1N026B)FMIPN1201 FM1PN1201 M I-E21-35 M I-E21-35 Div II (PT-E21-IN003B) 006 Div II (FT-E21-INOOIB)

FMIPP1203 MI-FAIL 006 Div II (PT-FA 1-lN0013,16,19)

Q PI-1R606B1 Q PI-E21-IR600B Q Div I (Fl-E21-IR601B)

Q PI-FA1-1R602,3,6 Non Class IE Non Class lE Non Class IE FMIPP 1203 FMIQ0835D NKIQ0054A NMIQ0835F NMIQ0835F NMIQ0835F NM1Q0835F NMIQ0835F NMIQ0835F E-304 J439 E-304 E-304 E-304 E-304 E-304 E-304 018 Fl'-EI I-IN003B (Press Boundary))

008.RY-13961B (Isolation Device)018 PDT~2-IN017 (Press Boundary)018 PT-C32-1N008 (Press Boundary)018 PT-C32-IN005 (Press Boundaty)018 PDT&32-IN004C (Press Boundaty)018 PDT-C32-1N004B (Press Boundary)018 PDT-C32-1N004A (Press Boundary)MI-FAIL 006 Div ll (PT-E41-1N009)

Q ES-B31-1K600 Q SPDS-NFL404Z Q SPDS-NFP401Z Q SPDS-NFP402Z Q SPDS-NFL403Z Q SPDS-NFL402Z Q SPDS-NFL401Z

.Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Q Div I (Pl-E41-1R601)

Q Div II (iso Mux XIT-15701B)

Q R(

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page 279 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED BKIE11004 BK IE11004 BK IE36003 E-184 004 Ch B (ID624)Ml-EII46 006 ChB(ID624)

MI-EI 146 015 Ch B (ID624)Ch B (KIOA)Q Ch B (74 Relays from valves))Q Ch B (KI IB)BKIPN2703" Ml-E21-35 006.Ch B (IB227)Ch B (HV-E21-IF004B)

Q BKIPN2703 BMOG2402C BMIQ0703C BMIQ0703D BM IQ0703E BMIQ0703F BM IQ0703G BMIQ0703H BM IQ0703J.BMIQ0703K BMIQ0703L BMIQ0703M BMIQ0703N BM IQ0703P BMIQ0703R E423 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 006C Ch B (OC512B)002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B Phermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple)-

002 Ch B (Thermocouple) 002 Ch B (Thermocouple)

Ml-E21-35 006 Ch B (ID624)Q Q Ch B (IP206B)Q Ch B (XI40034B)

Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B g'emp Sw to Iso Logic)Q Ch B gemp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Ch B (Temp Sw to Iso Logic)Q Ch B (Temp Sw to Iso Logic)Q 0

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page280 CABLES BM1Q0703S BMIQ0704C BM1Q0704D BM1Q0704E BM 1Q0704F BM1Q0704G BMlQ0704H BM1Q0704J BM1Q0704K BM1Q0704L BM1Q0704M BM1Q0704N BM1Q0704P BMIQ0704R BM1Q0704S BM1Q0704T BM1Q0704U FK1E11002 FK I E11003 DWG E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 E-168 SH FROM 002 Ch B Phermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002~Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B Phermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple) 002 Ch B (Thermocouple)

'02 Ch B (Thermocouple) 002 Ch B Phermocouple) 002 Ch B (Thermocouple)

M I-E1146'.007 Div II (1D624)MI-Elle 007 Div II (1D624)SEPGR(FRM)

TO SEPGR(TO)QChB(Temp SwtoIso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)-Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q.Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Ch B (Iemp Sw to Iso Logic)Q Q ChB gemp SwtoIso Logic)Q Q Ch B (I'emp Sw to Iso Logic)Q Q Ch B g emp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Ch B (Temp Sw to Iso Logic)Q Q Div II (K7B,8B Relays)Q Q.Div Il (52a-20202)

ISOLATED t

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev1 page281 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIE11003 FKIE 11003 FK1E11003 FK1E11003 FK1E1 1003 FKIE11005 FKlE11006 FKIE11006 FKIE11007 FKIE11007 FKIE1 1008 FK1E11008 FKIE1 1017 FKIE11018 FKIFA1003 FKIE41003 FK1FA1004 FK1E4 1004'FK1P81805 Ml-E51-90 009 Div H (ID624)MI-EI IM 007 Div H (ID624)MI-EI 146 007 Div H (ID624)MI-EI IM 007 Div H (1D624).MI-E I IM 007 Div H (ID624)MI-EI 146 008 Div H (ID624)MI-EI 146 018 Div H (IB246)M I-El IM 018 Div H (I B226)M I-E I 146 019 Div H (I B229)MI-E 1146 018 Div H (IB246)MI-Elle 019 Div H (IB226)MI-E1146 018 DivH(IB227)

MI-EI146 018 Div H (IB227)MI-EI14i 011 Div H (PI'-El I-IN026B)MI-EI 146 019 Div H (1Y226)MI-E4149 005 Div H (1D624)M I-E4149 007 Div H (ID264)Ml-FA 149 008 Div H (ID264)MI-E4149.009 Div H (ID624)Div H (FS-El I-IN021B)Div H (HV-El I-IF008)Div H (PIS-B31-1NOISB)

Div H (Z12X-1F009)

Div H (HV-El I-IF006B)Div H (HV-El 1-1F048B)Div H (HV-El I-IF016B)Div H (HV-El I-IF015B)Div H (HV-El 1-IF027B)Div H (HV-El I-IF028B).Div H (HV-El I-IF021B)Div H (HV-El I-IF024B)PI-EI I-IR606BI Divi H (HV-El I-IF060B)Div H (LIS-B21-IN031B)

Div H (HV-FA I-IF003)Div H (HV-FA I-IF006)Div H (LSH-E41-1N014, S14)Div H (HV-E5I-IF0005,26,88)

Non Class IE e Q.Q Q e 0

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page282 SH FROM CABLES FK1P81807 FKlPM1201 FK1PM1203 DWG 011 Ml-ES 1-90 Ml-EI 1%Div II (KSS Relay)014 Div II (1Y226)Ml-E1146 014 Div II (1Y226)Div II (1Y226)Div II (1B229)Div II (1D246)Div II (1D246)MI-EI 146 019 Ml-EI 146 007 Ml-El IM.008 FKIPM1801 FK1PM1803 FKIPM1803 FKIPM1804 FKIPM1804 FK1PM1804 FK1PM1809 FK1PM1809 FK1PM1810 FKIPM1810 FK1PM1813 FKIPMX804 FK1PMX804 FKlPMX806 FK1PN2701 MI-EI 146 007 Div II (ID624)Div II (1D624)M I-E 1146 008 MI-E1146 009 Div II (ID624)MI-E1146 018 Div II (IB246)MI-EI IM 018 Div II (1B247)Div II (1B227)MI-EI IM 018 MI-E1146 019 Div II (1B226)018 Div II (1B227)Ml-EI 146 M 1-E I 146 008 Div II (1D624)Ml-E1146.019 Div II (1B229)MI-EI 146.008 Div II (ID624)Div II (1Y226).Ml-E21-35 FK1PM1206 Ml-E1146 019 SEPGR(FRM)

TO Q Div II (RCIC Status)Q FR-El 1-IR608 Q Div II (RHR Sys 2 Status)Q Div II (HV-El 1-IF060B)Q Div II (HV-El I-IF015B)Q Div II (S32B)Q.Div H (S17B, S3B)~Q Div H (S20B, S56B)Q Dtv II (S3B)Q Div II (SIB, S56B)Q Div II (HV-El I-1F027B)Q Div II (HV-El I-IF024B)Q Div II (HV-El I-1F021B)Q Div II (HV-El I-IF017B)Q Div II (HV-El I-1F021B)Div II (K9A)Q Div II (K67A)Q Div II (K200A)Q Div II (CS Sys 2 Status)SEPGR(TO)Non Class 1E Q Q Q Q Q Q Q Q Q Q Q Q Q ISOLATED 0

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page283 CABLES-DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FK1PN2702 FKlPN2702 FK1PN2704 Ml-E21-35 006 Div 11 (IB247)Ml-E21-35 006 Div II (IB227)Ml-E21-35 004 Div II (1D624)Q Div II (HV-E21-1F015B)

Q Q Div II (HV-E21-1F004B)

Q Q Div II (S1B,SB,16B,17B)

Q FK1PN2705 FK1PN2705 FK1PN2706 FKIPNT702 FK1PP1201 FK1PP1202 FKIPP1204 FK1PP2001 FK1PP2001 FKIPP2002 FK1PP2002 FK1PP2003 FK1PP2003 FK1PP2004 FK1PP2004 Ml-E21-35 006 Div II (1B227)M 1-E21-35 006 Div II (I Y226)Ml-E21-35 006 Div II (1Y226)Ml-E21-35 004 Div II (I D624)Ml-FA 149 003 Div II (ES-E41-1K600)

Ml-FA 149 011 Div II (K50)MI-FA 149 011 Div II (K 50)Ml-FA149 003 Divll(K35,K1)

Ml-FA 149 003 Div II (IY226)Ml-E4149 004 Div II (1D624)MI-E4149 008 Div II (1D264)Ml-E4149 008 DivII(ID264)

Ml-FA 149 008 Div II (1D274)M I-E4149.008 Div II (1D264)M I-FA 149 008 Div II (ID274)FK1PN2704M 1-E21-35 006 Div II (1B227)Q Div II (HV-E21-1F005B)

Q Q Div II (HV-E21-1F005B)

Q Q Divll(HV-E21-1F006B,7B)

Q Q Div II)HV-E21-1F037B)

.Q Q Div H (K32A)Q Q Div II (K50, FC-FA1-1R600)

Q Q Div II (HPCI Status)Q Q.DivII(S2)Q Div H (HPCI Status)Q Div II (HPCI Status)Q Q Div II (S25)Q Div II (HV-El 1-1F011)Q Q Divll(HV-FAI-1F059)

Q Q..Div II (HV-E41-1F006) e Q Div II (HV-FAI-I F042)Q Div II (HV-FA1-1F075) e

(

Q Loads in Contact with PI-E41-1R602,.1R603, 1R606, SI-E41-1R604 EC-g DET-1002 Rev 1 pagt284 CABLES.DWG SH PROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIPP2004 FKIPP2005 FK1PP2005 FKIPP2005 FKIPP2006 FKIPP2006 FKIPP2006 FK1PP2007 FKIPP2007 FKIPP2008 FKIPP2008 FKIPP2008 FKlPP2008 FKIPP2009 FKIPP2009 FKIPP2009 FKIPP20II FK1PP2011 FKIPP2012 Ml-FAI49 Ml-FAI49 009 Div H (ID624)007 Div H (ID274)Ml-FA 149 007 Div II (1D264)MI-FA 149.008 Div II (1D264)MI-FA 149 008 Div II (ID264)MI-FA 149 008 Div II (ID264)Ml-FA 149 009 Div II (ID624)MI-FA 149 007 Div II (1D264)MI-FA 149 007 Div II (1D274)MI-FA149 007 Div II (1D624)MI-FA 149 007 Div II (ID264)MI-FA 149 009 Div II (1D624)MI-FA149 004 Div II (1D624)MI-E4149 005 Div II (1D624)Ml-FA149 009 Div II (ID624)MI-FA 149 009 Div II (ID624)Ml-FA 149 004 Div Il (ID624)MI-FA 149 007 Div II (1D274)MI-FA149 007 Div II (1D274)Q.Divll(HV-FAI-1F054)

Q Div II (HV-FAI-1F008)

Q Q Div II (HV-FAI-IF004)

Q Q Div II (HV-FAI-IF054)

Q Q Div II (HV-FAI-IF012)

Q Q Div H (HV-FAI-IF007)

Q Q Div II (HV-FAI-IF025)

Q Q Div II (HV-FA1-1F001,3)

Q Q Div H (HV-FAI-I F029)Q Q Div II (S20, S19)Q Q Div H (S18)Q Div II (HPCI Tur Stop Valve))Q Q Div II (HV-FAI-1F029)

Q Q Div II (S32, 33)Q Q Div II (IP213)Q Q.Div II (IP215,6)Q Q Div II (HV-FA I-IF003)Q Q Div II (HV-FAI-IF075)

Q Q Divll(HV-FAI-lF004,6)

Q

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 ECQDET-1002 Rev 1 page285 CABLES DWG SH..FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED FKlPP2013 FKIPP2XOI FKlPPXX03 FKlPQ1802 FK1PQ1802 FKIPQ1803 FKIPQ1804 FKIPQ1804 FK1PQ1804 FKIPQD103 FK1PQX801 FK1Q0109D FMOI1102D FMOI1102E FM011106F FMIE11002 FM1E11003 FM1E11003 FM 1E11004 Ml-FA 149 007'I-FA 149 005 Ml-FA 149 004 Div II (ID264)Div II (1D624)Div II (1D624)Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 E-170-005 Div II (1Y226)011 008'!004 Div II (K33, K43 Relays)Div II (ID264)Div II (ID624)Div II (ID624)Ml-E 1146 009 Ml-El IM 010 Ml-EI 146'.010 Ml-E1 146 007 Div II (ID624)Div II (FT-El I'-1N007B)

Div II (FT-El 1-IN015B)Div II (1D624)009.Div II (ID624)Div II (ID624)004 Div II (ID624)Div II (HV-B31-1F020) 003 Div II (PT41107B) 003 Div II (FT41109B) 005 Div II (TE41106B)

Q Div II (HV-FAI-1F012)

Q Q Div II (S4B)Q Div II (K44, K45)Q Div II (RCIC Status)Q Q Div II (RCIC Status)Q Q Div II (HV-E51-IF084)

Q Q Div II (S26)Q Div II (HV-E51-1F0005,26,88)

Q Q Div H (S11B, S12B)Q Q Div II (K40 Relay)Q Div II (S3B-B21B)

Q Q Div II (1Y22649)Q Div II (PI41107B)

Q Q Div II (FY-01109B1)

Q Q Div Il (TT41106B)

Q Q Div II (K19B-E2IA)

Q Q DivlI(FY-11207B2)

Q Q Div.ll (FY-El 1-1K600B)Q Div II (K110A-U2)

Q b'

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page286 CABLES DWG SH PROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED FM1E11004 FM1E11004 FM1E11004 Ml-Elle~007 Div H (1D624)Ml-EI 146 007 Div H (1D624)Ml-El IM 008 Div H (1D624)Div H (1D624)FMIE11005 FM1E11006 FM 1E21001 FM1E21001 FMlFA 1002 FM1FA 1002 FM1E5 1001 FMlE51001 FM1E51001 FM1E5 1001 FM1E51002 FM1E5 1002 FMIE5 1002 FMl 11212 D FM112601E MI-E1146 008 Div H (1D624)Ml-Elle 007 DivH(1D624)

.Ml-E21-35 Ml-E21-35 Ml-FA 149 006 Ml-FA 149 006 Div H (FT-E21-1N003B)

Div H (PT-E21-1N001B)

Div H (PT-FA 1-lN008.09.13,)

Div H (PT-FA1-1N016)

Ml-E51-90 M 1-E51-90 004 Div H (1D624)004 Div H (1D624)Ml-E51-90 004 Div H (1D624)Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 008 Div H (1D264)004 Div H (1D624)Div H (1D624)Div H (1D624)E-153 035 Div H (IT-15127B)

J426 001 Div H (Pl'-12643)

FM1E11004'.MI-EI 146 009 Q Div H (LIS-B21-1N013D)

Q Q Div H (PS-El I-1N011B)Q Q Div H (52AX-20101)

Q Q Div H (PIS-B21-1N021B,D)

Q Q.Div H (HV-E11-1F006D, 4D))Q Q Div H (52AX, 52BX)Q Q Div H (FI-E21-1R601B)

Q Q Div H (Pl-E21-1R600B)

Q Q PI-FA1-1R602,3,6 Non Class 1E Q Div H (Pl-FA1-1R601)

Q Q Div H (LIS-B21-IN024C)

Q Q Div H (PDIS-E51-1N018)

Q Div H (PSL-E51-1N014B)

Q Q Div H (HV-E51-1F084)

Q Q Div H (PSH-E51-1N012B)

Q Q DivH(PSL-E51-1N019D)

Q Q Div H (HV-E51-1F005,26,88))

Q Q Div II (Tl-15127B)

Q Div H (PSL-12643) 6

.Q Loads in Contact with PI-K41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page 287 FM112601F FM112604C.FMII4203D J426-J426 J442 FM 114203 E J442 FM1l4203H FMII4203J.FM114203M FMII4203N FM115102F FMII5702C FM115706C FM115706E FM II5706F FM115706G FMII5706H FM115708A FMII5708B-JM2 J442 JM2 J442 J470 J457 J457 J457 J457 J457 J457 JA57 J457 FM115715G, J457 FM115715J J457 CABLES DWG.SH FROM 001 Div II (FI'-12648) 003 Div II (FI'-12649) 003 Div II (LT-14201B) 003 Div II (LT-14203B) 003 Div II (LT-14203B) 003 Div II (LT-14202B) 003 Div II (PT-14201B) 003 Div II (LT-14203B) 002 Div II (FY-15120B,21B) 002A Div II (LT-15776B) 003A Div II (PT-15710B) 003A Div II (PT-15709B) 003A Div II (PT-15729B) 003A Div II (PT-15729B) 003A Div II (PT-15729B) 003A Div II (PI'-15729B) 003A Div II (PI'-15729B) 007A Div II gZ-15790B) 007A Div II gE-15799B)

SEPGR(FRM)

TO Q Div II (PSL-12648)

Q Div ll (PI-12649)

Q.Div II (LY-14201B)

Q Div II (LY-14203B)

Q Div II (LI-14203B)

Q Div II (LR-14202)

Q Divi II (IC651)Q Div I (LI-14201Bl)

Q Div II (FI-15120B)

Q Div II (LY-15775B)

Q, Div II (PY-15710B)

Q'ivll(PY-15709B)

Q Div II (PY-15729B)

Q Div ll (PY-15729B)

Q Div II (PY-15729B)

Q Div II (PR-15710B)

'Q Div II (PR-15710B)

Q Div II (TT-15790B)

Q Div II (TI'-15799B)

SEPGR(TO)Q Q Q Q Q Q Q Q Q Q Q.Q Q ISOLATED Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page288 CABLES DWG SH FROM 007A Div H (TE-15799B) 004 Div H (FT-El I-1N015B)004 Div H (FT-El I-IN007B)004 Div H (PT-15728B) 004 Div H (TE-15790B) 004 Division H 004.Div H (LT-15776B) 005 Division H 003 Div H (FY41109B) 003 Div H (PT41107B) 005 Div H (TT41106B) 002A Div H (LSL-15775B)

FM115715K FM119803C FM119803D J457 J498 JA98 FM119803E J498 FM119803F FM119803G FM119803H FM119804K FMI J2V301 FMI J2V301 FMI J2V301 FMI J45201 FMIJ45202 FM1J45202 FM1J45202 FMIJ45202 FM1PM1204 FM1PM1204 FM1PN1201 J498 J498 J498 J498 J457 J457 002A Divi H (LT-15775B) 002A Divi H (PMA1 Power Supply)J457 J457 003A Divi H (PY-15709B, IOB)007A Divi H (Tl'-15790B)

J457 MI-E1146'.011 Div H (PT-El I-IN026B)Div H (PT-E21-1N003B)

Ml-E21-35 Ml-El I&010 Div H (FY-El 1-IK600B)SEPGR(FRM)

TO Q NONE (SPARE)Q Div H (FY-15105)

Q Div H (FY-11207B2)

Q Div H (Pl-15728B)

Q Divi H (Tl'-15790B2)

Q Division H Q Div.H (LSL-15775B)

Q Division H Q Div H (FI41109B)

Q Div H (PI41107B)

Q Div H (TI41106B)

Q Div H (LI-15775B)

Q Div H (LR-15776B)

Q Div H (PR-15710B)

Q Div H (TR-15790BI)

Q Div H (FI-El I-IR603B)Q PI-IR606B1 Q.Pl-E21-IR600B SEPGR(TO)Q Q Q Q Non Class IE Non Class 1E ISOLATED 0 t Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page289 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FMIPN1201 FM1PP1203 FMIPP1203 FMlQ0048GJ457 FMIQ0048H FMIQ0048J FMIQ0048K FM IQ0121C FMIQ0121D FMIQ0623C FMIQ0824C FMIQ0824D FMIQ0835D FMlQ3067C FMIQ3067E FMIQ3067G FMIQ4022C FM IQ4022E FM1Q4024C J457 J457 JA57 E-170 E-170 E-165 E-155 E-155 E-304 E-153 E-153 E-153 E-152 E-152 E-152 016 Div Il (NT-15725B) 016 Div II (NIT-15725B) 016 Div Il (NIT-15725B) 016 Div II (NIT-15725B) 001 Div II (Deleted But Installed) 001 Div II (ES-B21-I K613B)005 Div II (FY-G33-IK602,3,5) 008 Div II (ES-E21-IK600B) 008 Div II (ES-E21-IK600B) 018 FT-El I-IN003B (Press Boundary))

035 Div II (ES-El I-IK603B)035 Div II (ES-El I-1K603B)035 Div II (ES-El I-IK603B)001 Div 11 (HPCI Governor Control)001 Div II (HPCI Governor Control)001 Div II (ES-FAI-IK600)

Ml-E21-35 006 Div II (FT-E21-1NOOIB)

MI-FA149 006 Div II (PT-FA1-IN009)

M I-FA149 006 Div II (PT-FA1-1N0013,16,19)

Q Div I (FI-E21-IR601B)

Q Div I (PI-FAI-IR601)

Q PI-E41-1R602,3,6 Q Div II (NIT-15725B)

Q Div II (NIS-15724B)

Q Div II (Nl-15725B)

Q Div II (Nl-15726B)

Non Class IE Q Q Q Q Div II (PT-El I-1N026B)Q Div II (PT-El I-IN015B)Q Div II (FT-El I-IN007B)Q SI-FAI-IR604 Q Div II (IC601)Q Div II (HPCI Transmitters)

Q Non Class IE Q Q Q Div II (LITS-B21-1N026A)

Q Divi II (FT-G33-1N012,36,41 Q Q.Div II (FT-E21-IN003B)

Q Div II (PT-E21-1NOOIB)

Q Div II (Iso Mux XIT-15701B)

Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page 290 CABLES FM1Q4192C FMIQ4192D FMIQ4194C DWG E-187 E-187 E-187 FMIQ6527C FM1Q6527D FM1Q6527E FM1Q6527F FM1Q6527G FM1Q6527H FMIQ6527J FMIQ6527K FMIQ6527L FMIQ6527R FM IS 1601F FMIS1601J FM1S1603C NKIQ0054A NM1Q0835F E-189 E-189 E-'189 E-189 E-189 E-189 E-189 E-189 E-189 E-189 E-267 E-267 E-267.J439 E-304 FMIQ4194D E-187 SH FROM 001 Div I (IB226)001 Div I (IB226)001 Div I (1B246)001 Div I (1B246)005 Div ll (IC644)005 Div II (1C644)005 Div 11 (1C644)005 Div II (IC644)005 Div II (1C644)005 Div II (IC644)005 Div II (IC644)005 Div II (IC644)005 Div II (IC644)005 Div II (IC644)001A Div II (1C693)001A Div II (1C693)003~Div II (1C690B)008 RY-13961B (Isolation Device)018 PDT-C32-1N004A (Press Boundary)SEPGR(FRM)

TO Q Divi I (IE440B)Q Divi I (IE440B)Q Divi I (1FA40D)Q Divi I (1E440D)Q Div II (TE-E32-INOOSB)

Q Div Il (TE-E32-1N005F)

Q Div II PE-E32-IN005K)

Q Div II (TE-E32-1N005P)

Q Divi II (PT-E32-1N050,60)

Q.Divi 11 (FT>>E32-1N053B,F)

Q Divi II (FT-E32-1N053K,P)

SEPGR(TO)Q Q Q Divi II (PT-E32-1N054)

Q Divi II (PT-E32-IN054)

Q Div II (1C292B)Q Div II (1C292B)Q Div II 1C226B)Q ES-B31-1K600 Q SPDS-NFL401Z Non Class 1E Non Class 1E Q Divi II (Fl'-E32-1N051B,F,K,P)

Q ISOLATED YES Q Loads in Contact with PI-E41-1R602, 1R603, 1R606, SI-E41-1R604 EC-QDET-1002 Rev 1 page291 CABLES DWG NM1Q0835F NMIQ0835F NMIQ0835F E-304~E-304 E-304 NMIQ0835F RM011202D RM119804J RM119804M E-304 JQI2 J498~J498 NMIQ0835FE-304 SH FROM 018 PDT~2-IN004B (Press Boundary)018 PDT~2-IN004C (Press Boundary)018 PDT-C32-1N017 (Press Boundary)018 PT-C32-1N005 (Press Boundary)018 Fl'~2-IN008 (Press Boundary)002 Divi II Aff (FT%1204B) 005.Division II AIIiliated 005 Division II AQiliated SEPGR(FRM)

TO, Q SPDS-ML-002Z Q SPDS-NFL403Z Q SPDS-M'L404Z Q SPDS-NFP402Z Q SPDS-NFP40IZ Q FY41204B I Q Ti'-15725 TT-15725 SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED YES h Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC+DET-1002 Rey.1 pag 292 CABLES DWG SH, PROM SEPGR(FRY)

TO SEPGR(TO)ISOLATED AKIE11017 AKIE11017 AKIPM1705 016 Ch A (I B237)016.Ch A (ID614)016 Ch A (IY216)006 Ch A (Frequency Tranducer) 002 Ch A Phemocouple)

Ml-EI 146 AKI PM1705-MI-E I 146 MI-EI 1@i AKIPM1705 AMOG2401C AMIQ0701C AM IQ0701D AMIQ0701F AMIQ0701G AMIQ0701H AMIQ0701J E423 E-168 002 Ch A Phermocouple) 002 Ch A (Thermocouple)

E-168 E-168 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A (Thermocouple) 002 Ch A Phermocouple) 002 Ch A (Thermocouple)

E-168 E-168 E-168 AMIQ0701K AMIQ0701L E-168 E-168 MI-EI IM 017 Ch A (IB216)MI-EI IM 020 Ch A (ID614)Ch A (HV-El I-IF015A)Q Ch A (IP202A)Q Ch A (HV-El I-IF048A)Q Ch A (IP202A)Q'Ch A (SV-11274A)

Q Ch A (XI40034A)

Q Ch A (Temp Sw to Iso Logic)'Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A gemp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A gemp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Sw to Iso Logic)Q AMIQ0701M AMIQ0702H AMIQ0702J AMIQ0702K AMIQ0702L E-168 E-16$E-168 E-168 E-168 002 Ch A (Thermocouple) 001 Ch'A (Thermocouple) 001 Ch A Phermocouple) 001 Ch A (Thermocouple) 001 Ch A (Thermocouple)

Ch A (Temp Sw to Iso Logic)Q Ch A (Temp Switch to Iso Logic)Q Ch A Pemp Switch to Iso Logic)Q Ch A(Temp Switch to Iso Logic)Q Ch A (Temp Switch to Iso Logic)Q

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-1500)A EC-QDET-1002 Riv i.pag 293 CABLES DWG SH FROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED AMIQ0702P AMIQ0702R~AM1Q0702S AMIQ0702T AMIQ0702U EKOS0402P EK1C41001 EKlC41002 EK1C41003 EK1E11001 EKIE11002 EKIE11003 EKIE11004 EKIE1 1006 EKlE1 1007 EKIE1 1008 EKIE11009.EKIE11010 EKIE11011 E-168 E-168 E-168 J401 JQOI E-146 Ml-C41-36 001 Ch A (Thermocouple)

Ch A~ermocouple) 001 Ch A (Thermocouple) 012 Ch A (TE-10100A) 012 Ch A (TE-10100B) 005 Div I (1A20303)003 Div I (I Y21647)M 1&41-36 003 M 1<41-36 003 MI-EI146 004 Div I (1B217061)

Div I (I Y236421)Div I (1D614)MI-E1146 005 Ml-E 1146 017 Div I (1D614)Div I (IY216)Ml-E1146 004 Div I (1D614)Ml-E 1146 004 M 1-El IM 004 MI-EI IM.004 Div I (1D614)Div I (2D614)Div I (2D614)M I-Elle 017 Div I (I Y216)MI-E1146 006 Div I (1D614)MI-Elle 006, Div I (1D614).Q Q Div I (ESW RESET LOGIC)8,0 Div I (C41-IF004B)

Q Div I (K2B-C41)Div I (C41-F004A)

Q Q Div I (K7A,8A-E21A)

Q Div I'(K19A-E21A)

Q Div I (K9A-E21A)

Q Div I (NO FOUND)Q Q Div I (HV-E11-1F060A, 1F122A)Q Div I (K110A-U2, 52BX-20301)

Div I (KI IOA-U2)Div I (KI IOA-Ul)"Div I (KI IOA-Ul)Div I (HV-E11-1F060A, IF122A)Q Ch A (Temp Switch to Iso Logic)Q Ch A (Temp Switch to Iso Logic)Q Q.Ch A (Temp Switch to Iso Logic)Q Ch A (TSH-10100A)

Q Ch A (I SH-10100B)

Q

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev 1 pag 294 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1E11012 EK1E11012 EK1E11012 EK1E11013 EKIE11013 EK1E11013 EK1E11014 EK1E11015 EKIE11015 EK1E11015 EKIE11015 EK1E11015 EK1E11015 EK1E11016 EKIEI10 16 EK1E11018 EK1E11020 EK1E11021 EK1E11022 MI-EI 146 010 Div I (f7-El I-IN007A)M 1-El IM 011 Ml-E1 146 004 MI-E1146 004 MI-E1146 005 Ml-Elle 005 Ml-Elise 004 MI-EI IM 004 Ml-E1146 004 Ml-E1146 004 Ml-E 1146 005 Ml-E1 146 005 Ml-E1146 005 MI-E1146 016 MI-El 146 019 Div I (PT-El 1-1N026A)Div I (1D614)Div I (1D614)Div I (ID614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (ID614)Div I (1B236)Div I (IY216)Ml-Elle 016 Div I (IB217)Ml-El IM.007 Ml-E1146 007 Div I (1B216)Div I (1B217)MI-EI146 010 Div I (FY-15189 Isolation Device).Q Q Q Div I (FY-11207A)

Div I (FI'-El I-1N015A)PI-El 1-1R606A1 Div I (PS-El 1-1N011A)Div I (PS-EI I-IN021E,G)

Div I (52AX-20201)

Divi I (HV-El l-lF004C,6C Div I (52A-20102)

Div I (Z1X-FOOS)

Div I (FS-El 1-1N021A)Div I (PIS-B31-1N016A)

Div I (HV-El I-IF004A)Div I (HV-El 1-IF006A)Divi I (52AX-20404, 09))Divi I(HV-Ell-1F027A)

Divi I (HV-E51-1F050B)

Div I (HV-El 1-1F016A)Div I (HV-El 1-IF028A)~Divi I (HV-El 1-1F021A)Q Non Class 1E Q Q Q.Q Q Q Q Q Q Q Q Q Q Q Q Q

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev 1 pag 295 CABLES EKIE11022 EK1E1 1023 EK1E21008 EK1E21008 EKlFA1001 EKlFA1001 EK1FA1001 EK1FA 1001 EK1FA1001 EK1FA1001 EKI FA 1002 EK1FA 1002 EK1FA1004 EKlE51015 EK1P8F201 EK1P8F201 EKlP8X801-EK1P8X801 EK1P8X801 DWG SH FROM MI-EI146-007 Div I (1B237)MI-EIIM 017 Div I (1Y216)Ml-E21-35 M 1-E21-35 005 Div I (FT-E21-1N003A) 005 Div I (PT-E21-1N001A)

Ml-E51-90 006 Div I (1D61447)Ml-B31-275 014 Div I (1B219)Ml-B31-275 016 Div I (1B219)Ml-B31-275 014 Div I (K37A-El 1)M 1-B31-275 Ml-B31-275 014 Div I (K39B-El 1)014 Div I (K39B-El 1)MI-FA149 005 Div I (1D61447)Ml-FA149 005 Div I (1D61447)MI-FA149 005 Div I (ID61447)MI-E4149 009 Div I (1D61447)M 1-FA 1<9 009 Div I (1Y21647)Ml-FAIL 009 Div I (ID61447)MI-E4149 005 Div I (1D61447)Ml-E4149 005 Div I (1D61447)MI-FAI49 008 Div I (HV-FA1-1F079)

SEPGR(FRM)

.TO Q e Q Q Q Q e e Q e Q e e Q e Q e Q Divi I (HV-El 1-1F024A)Div I (HV-El 1-1F050A)Div I (FI-E21-1R601A)

Div I (PI-E21-1R600A)

Div I (K62-FAI)Div I (K63-FA1)Div I (K45-FA1)Div I (HV-FA1-1F026)

Div I (HV-FA1-1F100)

Div I (HV-E41-1F028)

Div I (K43-FAI)Div I (K46-FA1)Div I (42 Contactor)

Div I (EGM Contml)Div I (K99A, K37A-E11A)

Div I (K99A, K37A-El lA)Div I (HV-B31-1F031A)

Div I (HV-B31-1F023A)

Div I (HV-B31-1F031A)

SEPGR(TO)e Q Q Q Q e Q Q Q Q Q e Q e e e e e.ISOLATED

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev 1 pig 296 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKlPC 1701 EK1PC 1705 EKlPC 1706 Ml~l-36 003 Div I (1B236081)

Ml&41-36 003 Div I (IY21647)MI~I-36 003 Div I (IB217461)

EK1PM1304MI-Elle 017 Div I (1Y216)Q Q Div I (K2A~1)Div I (XV~I-IF004A,B)

Q Div I (K2B~1)Q Div I (HV-E11-1F060A, 1F122A)Q EKIPM1308 EK1PM1309 EK1PM1701 EK1PM 1701 EK1PM1702 EK1PM 1702 EK1PM 1702 EKlPM1703 EKIPM1703 EK1PM1703 EK1PM 1704 EKlPM 1704 EK1PM 1707 EK1PM1707 EK1PM 1708 Ml-E114i Ml-E1146 Ml-El 146 013 Div I (1Y216)011 Div I (1D614)013 Div I (1Y216)Ml-E1146 004 Div I (1D614)Ml-EIIM 005 Div I (1D614)Ml-E1146 005 Div I (1D614)MI-EI IM 004 Div I (1D614)Ml-El 1<6 006 Div I (1D614)Ml-Elle 017 Div I (K84)Ml-EI IM 005 Div I (1D614)MI-Elle 017.Div I (1Y216)MI-Elle 016-Div I (1B216)MI-EI146.016 Div I (1B217)MI-E1146 016 Div I (1B236)Ml-E1146 019 Div I (HV-El 1-1F122B)Division I Div I (RHR Sys 1 Status)Q Div I (HV-El 1-lF103A,4A)

Q Div I (RHR SYS1 Staus)DIV I (S32A)Div I (S17A)Div I (S3A)Div I (S20A, S56A)Q Div I (SIA, S56A)Q Div I (HV-El 1-1F007A)Q Div I (S3C)Div I (HV-El 1-IF050A)Q Div I (HV-El 1-1F028A)Q Div I (HV-El 1-1F016A)Q Div I (HV-El 1-IF027A)Q Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev 1 yap 297 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR{TO)ISOLATED EKIPM1708 EK1PM1709 EKIPM1709-MI-EI 146 016 Div I (1B217)M I-El IM 017 Div I (1B216)Ml-EI 146 016'iv I (IB237)Q Div I (HV-E 1 I-1F024A)Q Q Div I (HV-E11-1F021A,)

Q Q Div I (HV-E11-1F017A,)

Q EKlPM1710 Ml-EI IM 017 Div I(HV-El 1-1F015A)019 Div I (HV-E51-IF050B)

Ml-El I&EK1PM1715 EKlPMXSOI-EKIPMX801 EK1PMX807 EK1PMXSOS EKIPN1301 EK1PN1301 EKIPP1701 Ml-EI IM 005 Div I (1D614)MI-Ell~006 Div I (1D614)MI-E1146 005 Div I (K201B)Ml-El l~005 Div I (K200B)005 Div I (FT-E21-1N003A) 005 Div I (PT-E21-IN001A)

Ml-E21-35 Ml-E21-35 EK1PP 1702 EK1PP 1702 EK1PP1702 EK1PP1702 EK]PP 1703 EKIPP 1705 EK1PP 1707 MI-FAI<9 003 Div I (IY21647)Ml-FAI<9 003 Div I (ID614-07)

MI-E41%9 003 Div I (ID61447)MI-E4149 003 Div I (ID61447)Ml-E41%9 003 Div I (ID61447)Ml-E4149 008 Div I (HV-FAI'-IF079)

MI-FA149 008 Div I (HV-FAI-IF079)

MI-FA149 007 Div I (HV-E41-1F002)

Q Div I (IB219)Q Div I (1Y216)e Q Div I (K2B)Q Div I (K35B,K36B,K47B,K91B)

Q Q Ml-EI 146 Q Ml-E1146 Q Div I (FI-E21-1R601A) e Q, PI-E21-1R600A Non Class IE Q Div I (1C601)Q'iv I (HV-FAI-IF026) e Q Div I (HV-FAI-IF028) e Q Div I (HV-FAI-1FIOO)

Q Q Div I (K39-E41)Q Div I Indicating Lights)Q Q Div I (42 Contactor)

Q Q Div I (42 Contactor)

-Q Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev1 pag 298 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIPPX701 EK1PPXX01 EKIPQ1301 EK1PQ1301 EKIQ0108E EKlQ0200H EK1Q0201H EK1Q0627F EK1Q0627F EK1Q0627G EK1Q0837E EKlQ1334D EKlQ1334D EK1Q1550D EKIQ1550D EK1Q1550E EK1Q1550E EK1Q1550F EKIQISS0F Ml-Es 1-90 Ml-ES 1-90 Div I (ES-El I-IK600)005.Div I (ES-El 1-1K600)MI-B21-131 011 Div I (IY21647)E-166 E-166 001 Div I (1B236081) 002 Div I (1B217061)

E-304 E-304 001 Div I (HV-16108A1)

Div I (HV-16116AI)

E-304 011 Div I PIP Ball Valve)E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 010 010 010 010 010 010 Div I (HV-E21-1F015A)

Div I (HV-Es 1-1F062)Div I (HV-Es 1-1F008)Div I (HV-B21-IF022A)

Div I (HV-B21-1F022B)

Div I (HV-B21-IF001)

'iv I (HV-B21-1F016)

Div I (HV-B21-1F022D)

Div I (HV-B21-IF022C)

Ml-FA149 005 Div I (ID61447)Ml-FA149 009'iv I (ID614%7)Q Q Div 1(K44-FA 1)Q Div I (HV-FA1-1F028)

Q Div I (Distribution Bus)Q Div I (K47)Div I (HV-B31-1F013)

Q Div I (K7A (IC690A)Q Div I (K7B-IC690B)Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q 1 0 M 1 Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Revi pag 299 CABLES EKIQ1550G EKIQISSOG EKIQ1550G EK1Q1550FJ EK1Q1550H EKlQISSOH EK1Q4036D EKIQ4036D EKlQ4036E EK1Q4036E EKlQ4037A EKIQ4037A~EKIQ4037A-EKlQ4037A EK1Q4037D EK1Q4037E EK1Q4037F EK1Q4037G EKIQ4037G DWG E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 SH FROM 012 014 014 Div I (HV-El 1-1F008)Div I (HV-11314)

Div I (SV-12661)

Div I (SV-12671) 009 Div I (HV-El I-IF040)009 Div I (HV-B31-1F019) 009 Div I (HV-El 1-1F009)009 Div I (HV-B21-1F019) 009 Div I (SV-El I-1F079A)009 Div I (SV-El 1-1F079B)007 Div I (HV-E41-1F100) 007 Div I (HV-E41-I F079)007 Div I (HV-E41-IF002) 007 Div I (HV-El 1-1F021A)003 Div I (HV-El 1-1F016A)003 Div I (HV-El 1-'1F024A) 003 Div I (HV-El I-IF027A)003 Div I (HV-El I-IF028A)007 Div I (HV-El I-1F022)SEPGR(FRM)

TO Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q'iv I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q.Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q, Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

SEPGR(TO)e Q ISOLATED

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC+DET-1002 Rev1 pag 300 CABLES DWG~SH FROM.SEPGR(FRM)

TO SEPGR(T0)ISOLATED EK1Q4037H EK1Q4037J EK1Q4037K EKlQ4037K EK1Q4037R EKlQ4189D EKlQ4189D EKlQ4189G EKlQ4189G EK1Q4189H EKIQ4189H EK1Q4189J EKIQ4189J EK1Q4189J EK1Q4235E EKIV2618D EKIV2618D EKIV2618D EKI V2618D E-304 E-304 E-304 E-304 E-304 E-304 014 Div I (SV-12651) 009 Div I (HV-El I-1FOISA)009 Div I (HV-12603) 009 Div I (HV-15766) 012 Div I (HV-11313) 013-Div I (HV-15713)

E-304 013 Div I (HV-15722)

E-304 E-304 013 Div I (HV-15725) 013'iv I (SV-15737)

E-304 013 Div I (SV-15767)

E-304 013 Div I (SV-15737)

E-304 E-304 013 013 Div I (SV-15740A)

~Div I (SV-15742A)

E-304 E-304 E-304 E-304 E-304 016 Div I (AR-15745A)

Div I (HV-18782AI)

Div I (HV-18792B2)

Div I (HV-18792B I)Div I (HV-18792A1)

E-304 013 Div I (HV-15703)

Q Q Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Div I (lso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

QDiv I (iso Mux XIT-15701A)

Q Q e e Q Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Div I (fso Mux XIT-IS701A)

Div I (fso Mux XIT-15701A)

.Div I (iso Mux XIT-1S701A)

Div I (iso Mux XIT-15701A)

Div I (fso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Q e e e Q Div I (iso Mux XIT-15701A)

'iv I (Iso Mux XIT-15701A)

I Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev1 pag 301 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRPO)ISOLATED~004 Div I (HV-18782B2) 004 Div I (HV-18782A2) 004 Div I (HV-18722A2) 004 Div I (HV-18782B1) 002 Div I (HV-18781A2) 002 Div I (HV-18781A1) 002 Div I (HV-18791A2) 002 Div I (HV-18791A1) 016 Div I (1Y236-21) 002 Div I (PT41107A) 002 Div I (FT41109A) 005 Div I (TE41106A)

EKlv2618D EK 1 V2618D EKIV2618D E-304 E-304 E-304 EK 1 V2618D E-304 E-304 EKlv2618E EK1V2618E EK1 V2618F EK1V2618F EK1Y0013L EM011101D EMOI1101E EM011104F EM1E51014 EM1E51014 EM111211C EM111211D EM112603C EM112603D EM114202D E-304 E-304 E-304 E464 F11 006 Div I (PT-E51-1N004,5,7,8) 015 Div I (TE-El 1-1N027A (RTD))Ml-E51-90 J451 015 Div I (IT-15127A) 003 Div I (PY-12644A) 003 Div I (PY-12644) 001 Div I (LT-14201A)

J451 J426.J426 J442 Ml-E51-90 006 Div I (FT-E51-1N003)

Q Q Q e e e e e e Q Q Q Q e Q e Q.Q e Div I (Iso Mux XIT-15701A)

Div I (Iso Mux XIT-15701A) e Q Div I (lso Mux XIT-15701A)

Q Div I (lso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Q Div I (XV-C41-1F004A)

Div I (PI41107A)

Div I (FY41109A1)

Div I (IT41106A)

Div I (FY-E51-1K601)

PI-E51-1R601,2,3,4 Div I (IT-15127A)

Div I (TI-15127A)

Div I (PT-12644)

Div I (PI'-12644)

Div I (LY-14201A)

Non Class 1E Q Q e Q e.Div I (lso Mux XIT-15701A)

Q 0 I Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev1 pig 302 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EM114202L EM 1l4202M EM114202N EM115101D EMll5101E EMll5101F EMll5701C EMII5705C EMll5705E EM115705H EM115707A EM115714G EM115714H EM115714J EM115714K JW2 JM2 JM2 J470 J470 J470 J457 J457 J457 J457 J457 J457 J457 J457 J457 EMII4202E JM2 EM 1 l4202H JM2 EM1I4202J JM2 EM114202K, J442 001 Div I (LT-14203A) 001 Div I (LT-14203A)

~001 Div I (LT-14202A) 001 Div I (LT-14201A,2A,3A) 001 Div I (LT-14202A) 001 Div I (Fl'-14201A)

.001 Div I (LT-14203A) 002 Div I (FT-15120A) 002 Div I (FT-15121A) 002 Div I (FY-15120A) 002 Div I (LT-15776A) 003 Div I (PT-15710A) 003 Div I (PT-15709A) 003 Div I (PT-15729A) 003 Div I (PT-15729A) 007 Div I gE-15790A) 007 Div I (TE-15790A) 007 Div I (TE-15799A) 007 Div I (TE-15799A) e Div I (LY-14203A) e Div I (LI-14203A) e e e Div I (FY-15121A) e Div I (FI-15120A)

Q Div I (lso Mux XIT-15701A)

Q Div I (PY-15710A) e Div I (PY-15709A)

Div I (PY-15729A)

Q Div I (PR-15710A)

Divi I (TI'-15790A) e NONE (SPARE)Div I (Tl'-15799A)

NONE (SPARE)Q Div I (LR-14202) e Q~Div I (iso Mux XIT-15701B)

Q Div I (LY-14202A)

Divi I (1C651).Div I (LI-14201A1) e Div I (FY-15120A)

I I C 0 Q Loads in Contact s ith PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev1 pag 303 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)-ISOLATED EM119801C EM119801D EM119801E EM119801F EM1J25301 EM I J45101 EMI J45102 EM I J45102 EMIJ45102 EM1J45102 EM1PM1302 EM1PM1302 EMIPQ1302" EM1PQ1302 EMIQ0043B EMlQ0043C EM1Q0043G EMlQ0045G EM1Q0823C J498'498 J498 J498 J457 J457 J457 J457 J457 JA57 002 Div I (FT-E51-1N003) 002 Div I (RCIC EGM Control)002 Div I (LITS-1N026B) 002 Div I (PT-14262) 002 Div I (LT-15775A) 002 Div I (LSL-15775A) 002 Div I (LT-15775A,6A) 002 Div I (PMA1 Power Supply)003 Div I (PT-15709A, IOA)007 Div I (TI'-15790A)

Ml-E51-90 Ml-E51-90 J457 J457 J457 006 Div I (FY-14989 Isolation Device))006 Div I (PT-E51-1N004,5,7,8) 012 Div I (RE-15720A) 012 Div I (RE-15720A) 012 Div I (RY-15721A)

J457'.015 Div I (NT-15725A)

E-155 008 Div I (ES-E21-1K600A)

Ml-E1146 010 Div I (FY-E11-.1K600A)

MI-EI IN 010 Div I (PI'-EI1-1N026A)

Div I (FY-14903A)

Div I (SY-15001B))

Div I (LI-14262)

Div I (PI-14262)

Div I (LR-15776A)

Div I (LI-15775A)

Div I (LR-15775A)

Div I (PR-15710A)

Div I (IR-15790AI)

Div I (FI-El 1-1R603A)Pl-El I-1R606Al Div I (FY-E51-1K601)

PI-E51-1R601,2,3,4 Div I (RITS-15720A)

Div I (RITS-5720'A)

Div I (RR-15720A)

Div.l (NIT-15725A)

Div I (FT-E21-1N003A)

Q Non Class 1E Non Class IE Q Q Q Q Q t

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC-QDET-1002 Rev1 pag 304 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EM1Q0823D EM1Q0836D EM 1Q0836D E-155 E-304 E-304 EM1Q1319C EM1Q1319D, EMIQ1319E EM 1Q1319F EM1Q1320C EM1Q3066C EM1Q3066E EMIQ3066F EM1Q4189A EMIQ4189K EMIQ4189K EM1Q4189L EM1Q4189L EM1Q4189M EM IQ4189M JM9 J449 JM9 J449 E-154 E-153 E-153 E-153 E-304 E-304 E-304 E-304 E-304 E-304 E-304 EM1Q0836F..E-304 008 Div I (ES-E21-IK600A) 018 Div I (PT-E21-1N001A) 018 Div I (FT-E21-1N003A) 019 LITS-B21-1N026B (Mech Sw See Ap 002 Div I (FT-E51-1N003) 002 Div I (FC-E51-1R600) 002 Div I (EGM CIL E51-C002)002 Div I (FC-E51-1R600) 018 Div I (ES-E51-1K600) 035 Div I (ES-El 1-IK603A)035 Div I (ES-El I-IK603A)035 Div I (ES-El 1-1K603A)018 Div I (FI'-15729A) 017 Div I (IT.-I5799A) 017 Div I (TT-15790A) 017 Div I (PT-15709A) 017 Div I (Fl'-15710A) 017 Div I (LT-15775A) 017 Div I (LT-15776A)

Q Q SI-15001A Non Class 1E Div I (Ramp/Signal Converter)

Q Div I (RCIC Transmitters)

Q Div I (PT-El I-IN026A)Q Div I (PT-El 1-INOISA)Q Div I (PT-El 1-1N007A)Q Div I (iso Mux XIT-15701A)

Q Div I (iso Mux XIT-IS701A)

Q Div I (Iso Mux XIT-15701A)

Q Div I (iso Mux XIT-15701A)

Q Div I (PT-E21-1N001A)

Q Div I (iso Mux XIT-15701A)

Q Div I (FY-ESI-IK601)

Q Div I (Ramp/Signal Converter)

Q

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-15001A EC+DET-1002 Rev1 pag 305 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EMlQ4191C EM1Q4191D EM1Q4193C E-187 E-187 E-187 EMlQ4235E EMlQ4235E EM IQ4235F EM1Q4237D EM1Q6525C EM1Q6525D EM1S1600F EM1S1600J EM1S1602C EM IS1729C JM1Q0707D JM1Q0707E JM1Q0707F JM IQ0707G JM1Q0707H E-304 E-304 E-304 E-304 E-189 E-189 E-267 E-267 E-267 E-267 J-444 J~.J444 EM IQ4193D E-187 004 Ch A Aff (Thermocouple)

Ch A Aff (Thermocouple) 001 Div I (IB216)001 Div I (1B216)001 Div I (1B236)001 Div I (1B236)016 Div I (AR-15745A) 016 Div I (AR-15746A) 016 Div I PX-15751)019 Div I (RY-15721A) 005 Div I (1C645)-005 Div I (1C645)001 Div I (1C693)001 Diy I (1C693)002 Div I (1C693)002 Div I (IC201A)004 Ch A Aff (Thermocouple)

Ch A Aff (Thermocouple) 004 Ch A Aff Phermocouple)

Q Q Div I (iso Mux XlT-15701A)

Divi I (PT-E32-1N055,6,9)

Divi I (FI'-E32-1N058)

, Divi I (1C292A)Divi I (1C292A)Div I (IC226A)Div I (IC690A)TRS-G33-IN604 TRS&33-IN604 TRS-G33-1N604 TRS&3 3-1N604 TRS&33-1N604 Divi I (1E440A)Divi I (1E440A)Q Divi I (1E440C)Divi I (IE440C)Div I (Iso Mux XIT-15701A)

Div I (Iso Mux XIT-15701A)

Div I (iso Mux XIT-15701A)

Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class 1E l

Q Loads in Contact with PI-E51-1R601, 1R602, 1R603, 1R604, SI-.15001A EC-QDET-1002 Rev 1 pag 306 CABLES DWG..SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED JM1Q0707S JM1Q0707T JMIQ0708C JM1Q0708D JMIQ0708E JMIQ070&F JMIQ0708G JMIQ0708H JM IQ0708J JM1Q0708K JM1Q0708L NMIPR4101 PKIQ0839G PMIQ0051C PMIQ0051D PM1Q0051E J444 J-444 J444 ,JA44 JM4 J444 J444 JM4 M 1&33-153 004 032 E-176 FT-G33-IN037 (Press Boundary)T Div I Affiliated (IY688)Div I Aff (ID672)E-176 E-176 001 Div I Aff (ID672)001 Div I Aff(ID672) 004 Ch A Aff (Thermocouple) 004 Ch A Aff(Thermocouple) 005 Ch A Aff Phermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff(Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple) 005 Ch A Aff Phermocouple) 005.Ch A Aff (Thermocouple) 005 Ch A Aff (Thermocouple)

TRS&33-IN604 TRS<33-IN604 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605 TDRS&33-IN605

.TDRS&33-IN605 F1&33-IR610 IC699A Process Rad Mom Process Rad Mom Process Rad Mom Non Class IE Non Class IE Non Qass IE Non Qass IE Non Class IE Non Class IE Non Class IE Non Class IE Non Qass IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class IE Non Class IE Non Class IE YES YES YES

Q Loads in Contact with Fl-E11-1R607 EC-QDET-1002 Rev1 page 307 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED Div I (ID614)Div I (1D614)Div I (1D614)Div I (1B219)Div I (1B219)MI-EI146 004 M I-EI IM 004 Ml-EI 146 005 EKIE11013 EKIE11013 EK1E1 1013 EKIP8F201<<M 1-B31-275 014 EK1P8F201 NM114202L NM1I4801C NM114801D NMII4801E NMII4801F NM1P 11901 NM1P1F101 NMIP9 1601 NMIP91603 NM1PC1301 NM1PD4206 NM1PD4213 NM1PD4217 NM IPDF206 Ml-B31-275 016 LY-14202A (Isolation Device)Q J442 J448 J448 001 001 RG.1.97 Cat 2 (FE-14806 See App I XY-14806 (isolation Device)Q LT-B21-1N027 (Pressure Boundar//)

Q LITS-B21-IN026D (Mech Sw See Ap Q J448 J448 Ml-B21-128 003 Ml-B21-128 003 Ml-C12-110 016 M 1&12-110 015 APRM Trip Unit Contacts APRM Trip Unit Contacts J448 003 RG.1.97 Cat 2 (LI/FI-14806 See App Q Ml-C51-20 006 Ml-C51-20 006 IRM Range Sw E IRM Range Sw C Q e~Q Q M 1&51-20 006 IRM Range Sw A Ml-C51-20 007 IRM Range Switch B 002 R.G.1.97 Cat 2 (FT-14806 See App I Q 001 RG.1.97 Cat 2 (FE-14806 See App I Q Div I (PS-E11-1N021E,G)

Div I (PS-El I-INOI IA)Div I (52AX-20201)

Div I (K99A, K37A-E11A)

Computer Input Non Class 1E YES RG.1.97 Cat 2 (FT-14806)

RG.1.97 Cat 2 (FT-14806)

Computer Input NXF01 LI-B21-IR605 LI-B21-IR604 Isolator Card Zl Isolator Card Zl LT-C41-IN001 C51-1K601E (IRM Mon)~C51-IK601C (IRM Mon)C51-IK601A (IRM Mon)IRM&51-IK601B Non Class 1E YES Non Class IE Non Class IE Non Class IE Contact to CoH Non Class 1E Contact to Coil Non Class 1E Q e Q Q'.G.'1.97 Cat 2 (LI/FI 14806)Q 4.~'II 4'III II Q Loads in Contact with FI-E11-1R607 EC-QDET-1002 Rev 1 page 308.CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM IPDF207 NMIPD F212 NM1PDF213 M 1<51-20 007 IRM Range Switch F Ml&51-20 007 IRM Range Switch D Ml-C51-20 007 IRM Range Switch H 001 RISHH-D12-IK609A (See App G for 002 RISHH-D12-IK615A (See App G for 003 RISHH-D12-IK616A (See App G for 001 RISHH-D124K617A (See App G for 002 RISHH-D124K618A (See App G for 009 RY-13962C (Isoaltion Device)009 FT-El I-1N013 (Press Boundary)009 FY-G33-IK605 (See App F for eval.)009 FY-G33-IK605 (See App F for eval.)009 FY-G33-IK602 (See App F for eval.)NM1PK0602J 475 J475 NM IPK0602 NMIPK0602 NMI PK0602 NMIPK0602 NMIPK0603 NMIPM1307 NMIPPF 101 NMIPPF101 NM1PPF101 NMIPR4101 NM1PR7N01 NM1Q0045L NM1Q0045L NMIQ0045M NM IQ0048L J475 J478 J478 J439 F51 JA44 J444 J444 015 NIT-15725A (isolation Device)015 NIT.15725A (Isolation Device)015 NIT-15725A (isolation Device)016 NIT-15725B (Isolation Device)J457 J457 J457 J457 MI-G33-153 004 FT433-IN037 (Press Boundary)Ml-G33-153 004 FY-14476 (Isolation Device)Q IRM4.51-IK601F Q IRM&51-IK601D Q IRMA I-1K601H Q RR-D12-1R605 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D124R609 Q RR-D124R610 Q RR-D12-IR603 Q FI-El 1-IR607 Q F1&33-IR602 Q F1&33-'1R602 Q F1&33-IR609 Q F1&33-IR610 Q Computer Analog Input Q Computer Input NM118 Q Computer Input NM602 Q SPDS Input NM6002Z Q Computer Input Non Class 1E Non Class 1E Non Class IE Non Class lE.Non Class 1E Non Class IE YES Non Class IE Non Class IE Non Class lE Non Class IE Non Class 1E Non Class IE YES Non Class 1E YES Non Class 1E YES Non Class 1E YES Non Class IE YES

Q Loads in Contact with FI-E11-1R607 EC-QDET-1002 Rev 1 page 309 CABLES DWG NMIQ0048L NMIQ0048L NMIQ0048M J-457'-457 J457 NMIQ1217L NMIQ1217M NMIQ1217M NMIQ1217N NMIQ1217P NMIQ1217Q NM IQ3071C NMIQ3071E NM IQ3071F NMIQ3071G, NMIQ3071H NMIQ3071J NMIQ3 071K NMIQ3071L NM IQ3071M E-304 E-304 E-304 E-304 E-304 E-304 F51 J451 J451 J451 J451 J451 J451 J451 J451 NMIQ0048 MJ457 SH FROM 016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)017 XY-14201F (Isolation Device)017-XY-14201A (Isolation Device)017 XY-14201B (Isolation Device)017 XY-14201D (Isolation Device)017 XY-14201C (Isolation Device)017 XY-14201E (isolation Device)017 TE-El I-IN004A (Seismic Only)017 TE-El I-IN017A (Seismic Only)017 TE-El I-IN017C (Seismic Only)017 TE-El I-IN027A (Seismic Only)017 TE-El I-IN032A (Seismic Only)017 TE-El I-IN004B (Seismic Only)017 TE-El I-INOOSB (Seismic Only)017 TE-El I-IN017B (Seismic Only)017 TE-El I-IN017D (Seismic Only)SEPGR(FRM)

Q TO Computer Input NM601 Computer Input NM117 Computer Input SPDS Input NM6001Z SPDS NM5006Z SPDS NM5001Z SPDS NM5002Z SPDS NM5004Z.SPDS NM5003Z SPDS NM5005Z TRS-El I-IR601 MRS-El I-IR601 TRS-El I-IR601 TRS-El I-IR601 TRS-El I-IR601 TRS-El I-IR601 Computer Input AET06 TRS-El I-IR601 TRS-E I 1-1 R601 SEPGR(T0)ISOLATED Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Q Loads in Contact with FI-E11-1R607 EC-QDET-1002 Rev 1 pagt 310 CABLES NMIQ3071N NMIQ3071P NM2M0110C DWG J451 J451 JQI I SH FROM 017 TE-El I-IN027B (Seismic Only)017 TE-El I-1N032B (Seismic Only)003 XII 109B I (isolation Device)SEPGR(FRM)

TO Q TRS-El I-IR601 Q TRS-El I-IR601 Q Computer Input SEPGR(TO)ISOLATED Non Class 1E Non Class IE Non Class IE YES Q Loads in Contact with PI-C41-1R600 EC-QDET-1002 Rev1 page 311 CABLES NKIC41004, NMIE11001 NMIG33002 DWG J448 F51 J-444 SH FROM 003 PT-C41-IN004 (Press Boundary)009 FT-El I-IN013 (Press Boundary)001 FT-G33-IN037 (Press Boundary)SEPGR(FRMj TO Q PILI-IR600 Q FI-El I-IR607 Q F1&33-IR610 SEPGR{TO)Non Class IE Non Class IE Non Class IE ISOLATED Q Loads in Contact with PI-C41-1R600 EC-QDET-1002 Rev1 page 312 CABLES DWG SH'FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMOI1201C NMOI1201F NMOI1201G NM011202F NM011202G NMOS0400C NMOS0400D NMOS0401D NMlA0401C NM1A0401C NMlA0401C NM1A0401D NMIA0401D NM1A0401D NMIA0401E NMlA0401E NMlA0401F NM1A0401F NMIA0401G J412 J412 J412 J412 J412 E-146 002 Div I (lA20303-52a) 002 Div I (1A20108-52a) 002 Div I (2A20108-52a) 002 Div II (1A20202-52a) 002 Div II (2A20208-52a) 001 Ch A (AT-20108 (Transducer))

E-146 001 Ch A (AT-20108 (Transducer))

E-146 003 Ch B (AT-20208 (Transducer))

E423 001 Ch A (AT-20101 (Transducer))

E423 001 Ch A (AT-20101 (I ransducer))

E423 001 ChA(VT-20101.(Transducer))

E423 001 ChA(AT-20104(Transducer))

E423 001 Ch A (VT-20101 transducer))

E423.001 Ch A (AT-20104 (Transducer))

E423 001 Ch A (AT-20104 g'ransducer))

E423 001 Ch A (AT-20109 g'ransducer))

E423 001.Ch A (VT-20104 (I ransducer))

E423 001 Ch A (VT-20104 (Transducer))

Q PME1 24 V Pwr Supply Q PME1 24 V Pwr Supply Q PME1 24 V Pwr Supply Q PME2 24 V Pwr Supply PME2 24 V Pwr Supply Q Computer Input AEI01 Q Computer Input AEI01 Q Computer Input AEI02 Q XI40022A Non Class 1E Non Class 1E Non Class IE Non Class lE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Q Computer Input ETI41 (Unit 2)Non Class 1E Q Computer Input ETI41 Q Computer Input EIE41 Q XI40018A Non Class 1E Non Class 1E Non Class 1E Q Computer Input EGIOI.Q Computer Input EBFA1 Q Computer Input EBFAI (Unit 2)Q Computer Input Non Class 1E Non Class 1E Non Class lE Non Class 1E Q Computer Input ETFA1 (Unit 2)Non Class 1E Q Computer Input EGIOI (Unit 2)Non Class 1E Q Loads in Contact with PI-C41-1R600 EC-QDET-1002 Rev 1 page 313 CABLES DWG SH FROM SEPGR(FRM)

'TO SEPGR(TO)ISOLATED NM1A0401H NMIC0328C NMlF0200F E423 001 ChA(VT-20109(Transducer))

E-135 015 Ch B (AT-20210 (Transducer))

E-179 001 PDTC32-IN017 (Press Boundary)NMIF0200H NM1F0200N NM1I4801D NM1l4801E NM1Q0206C NM1Q0250C NM1Q0250D NM1Q0250D NM1Q0250E NMIQ0250E NM1Q0250E NM1Q0250E NM1Q0250F NMIQ0250F NM1Q0250F E-179 001 PT-C32-IN008 (Press Boundary)E-179 001 PDT-C32-1N004C (Press Boundary)JM8 001 R.G.1.97 Cat 2 (FE-14806 See App I for Eval.)J448 001 R.G.1.97 Cat 2 (FE-14806 See App I for Eval.)J448 003 PT-C41-IN004 (Press Boundary)JW2 010 FT-B21-1N033D (Press Boundary)J442 010 FT-B21-1N033B (Press Boundary)J442 010 PDT-B21-1N032 (Press Boundary)J442 006 FT-B21-IN034D (Press Boundary)J442 006 FT-B21-1N034H (Press Boundary)J442 006 FT-B21-1N034F (Press Boundary)J<2 006 FT-B21-1N034B (Press Boundary)J442 005 FT-B21-1N034W (Press Boundary)J442 M5 FT-B21-1N034U (Press Boundary)J442 007 FT-B21-1N034M (Press Boundary)NM1F0200F E-179 001 PDT&32-IN004B (Press Boundary)Q Computer Input Q Computer Input TNI01 Q LR<32-1R608 Q Computer Input NFL02 Q PR&32-IR609 Q LSH&32-IK624C Q R.G.1.97 Cat 2 (FT-14806)

Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class 1E Q PI~I-IN004 Q FY-B21-1K605D Q FY-B2 1-1K605B Q XR-B21-IR613 Q PDI-B21-IR608D Q PDI-B21-IR608H Q PDI-B21-IR608F' PDI-B21-IR608B Q.PDI-B21-IR608W Q PDI-B21-1R608U Q PDI-B21-1R608M Non Class lE Non Class IE Non Class IE Non Class 1E Non Class lE Non Class lE Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class lE Q R.G.1.97 Cat 2 (FT-14806)

Q Q Loads in Contact with PI-C41-1R600 EC+DET-1002 Rev1 page 314 CABLES NMIQ0250F NM1Q0250F NM1Q0300C NM IQ0300D NM1Q0614P NMIQ0801C NM1Q0801D NM1Q0802D NM1Q1604C NM1Q3000C NM1Q3000D NM lQ3001D NMIQ3066J NM1Q3066J NMlV1600C NM1V1600D NM1V1601D NM1V2600C NM1V2600D DWG SH FROM SEPGR(FRM)

TO JM2 J442 E-169 E-169 J444 E-156 E-156 E-156 J442 E-153 007 FT-B21-1N034P (Press Boundary)007 FT-B21-1N034S (Press Boundary)001 Ch A (AT-20107 (Transducer))

001 Ch A (AT-20107 (Transducer))

010 FT-633-1N037 (Press Boundary)001 Ch A (AT-20105 (Transducer))

001 Ch A (AT-20105 (Transducer))

002 Ch B (AT-20205 (Transducer))

016 LITS-B21-1N026D (Mech Sw See App C for Eval.)001 Ch A (AT-20102 (Transducer))

E-153.001 Ch A (AT-20102 g'rnasducer))

E-153 E-153 E-153 E-213 E-213 E-213 E-216 E-216 003 Ch B (AT-20202 (Trnasducer))

035 FT-El 1-IN013 (Press Boundary)035 FT-El I-1N013 (Press Boundary)001 Ch A (AT-20110 transducer))

001 Ch A (AT-20110 (Transducer))

002 Ch B (AT.20211 (Transducer))

001 Ch A (AT-20103 (Transducer))

001 Ch A (AT-20108 (Transducer))

Q PDI-B21-1R608P Q PDI-B21-1R608S Q Computer Input NDI01 Q Computer Input NDI01 Q FI-G33-1R610 Q Computer Input NSI01 Computer Input NSI01 Computer Input NSI01 Q LI-B21-1R604 Q Computer Input NHIOI Q Computer Input NHI01 Q Computer Input NHI02 Q Computer Input NHF03 Q FI-E11<<1R607 Q Computer Input MVI03 Q Computer Input MVI03 Q Computer Input MVI04 Q Computer Input MVI01 Q Computer Input MVI01 SEPGRg9)Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class lE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class lE Non Class IE Non Class lE Non Class IE Non Class 1E ISOLATED

Q Loads in Contact with PI-C41-1R600 EC-QDET-1002 Rev1 page 315 CABLES NMIV2601D NM2C0328C DWG SH FROM E-216 002 ChB(AT-20208(Transducer))

E-135 039 ChC(AT-20309Pransducer))

SEPGR(FRM)

TO Q Computer Input MVI02 Q Computer Input TNI51 SEPGR(TO)Non Class 1E Non Class 1E ISOLATED Q Loads in Contact with LI-B21-1R604 EC-QDET-1002 Rev'1 page 316 CABLES.DWG SH PROM SEPGR(FRM)

TO SEPGRg9)ISOLATED NKIPD4205 NK1Q0029A NKIQ0029A E-304 E-304 036 SVX2-157100B (isolation Relay)036 SVXI-157100B (isolation Relay)MI<51-19 018 IRM AUX UNIT (See App H for Eval NR<51-IR603B Non Class IE SPDS-NCZ616Z Non Class IE SPDS-NCZ116Z Non Class IE NKIQ0029A-E-304 NKIQ0029A NKIQ0029A NKIQ0029A NKIQ0029A E-304 E-304 E-304 E-304 NKIQ0029A'-304 036 SVXI-157104 (isolation Relay)036 036 036 SVX2-1571002B (Isolation Relay)SVX1-1571002A (isolation Relay)SVXI'-157100A (Isolation Relay)NKIQ0029A NKIQ0029A NKIQ0029B NK1Q0053A NKIQ4243M NMIA0403G NMIB21008 NMIB21008 NMIB21008 NMIB21008 E-304 E-304.E-304 J439 036 036 036 SVXI-157104 (Isolation Relay)SVXI-157100A (isolation Relay)SVX2-157104 (isolation Relay)RY-13961C (isolation Device)E-304 E423 002A Relay k 60 Dry Contact 001 Ch C (VT-20301 (I'ransducer))

Ml-B21-94 001 M I-B21-94 001 Ml-B21-94 001 M I-B21-94 FT-B21-IN033C (Press Boundary)FT-B21-IN034B (Press Boundaty)FI'-B21-IN033A (Press Boundary)FT-B21-IN034F (Press Boun~)036 SVXI-157102A (isolation Relay)036 SVX2-157104 (Isolation Relay)SPDS-NCZ120Z SPDS-NCZ618Z SPDS-NCZ118Z SPDS-NCZ612Z SPDS-NCZ614Z SPDS-NCZ620Z SPDS-NCZ122Z Non Class IE YES Non Class IE YES Non Class IE YES Non Class IB YES Non Class IE~YES Non Class IB YES Non Class IE YES SPDS-NCZ114Z Non Class IE SPDS-NCZ622Z ES&33-IK601 Non Class IE YES Non Class IE YES SPDS-NIZ002Z Non Class IE Contact to Coil PDI-B21-IR608B Non Class IE FY-B21-IK605A Non Class IE PDI-B21-IR608F Non Class IE Computer Input ETE42 Non Class IE FY-B21-IK605C Non Class IE

Q Loads in Contact with LI-B21-1R604 EC-QDET-1002 Rev I page 317 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FT-B21-IN034D (Press Boundary)FT-B21-IN034H (Press Boundary)PDT-B21-IN032 (Press Boundary)LITS-B21-IN026D (Mech Sw See Ap LY-14202A (isolation Device)Ml-B21-94 002 M 1-B21-94 002 E-304 017 E-304 017 NM1B21008 NMIB21008 NMlF0203E NMIF0203F NMI I4202L NMI 14801C NMIP 11901 NM1P14101 NMlP14101 NM1P1F101 NMIP91601 NMlP91603 NMIPB4102 NM1PB4102 NMlPB4102 NM1PB4103 NMlPB4105 J442 LT-B21-1N027 (Pressure Boundary)PDT-B31-IN015B (Press Boundary)PDT-B31-1N015A (Press Boundary)LITS-B21-1N026D (Mech Sw See Ap APRM Trip Unit Contacts APRM Trip Unit Contacts Ml-B21-128.

003 Ml-B21-128 003 Ml-B21-128 003 M I-B21-128 003 M 1<12-110 016 Ml<12-110 015 011 PDT-C32-1N004B (Press Boundary)PDT-C32-1N004A (Press Boundary)PTM2-IN005 (Press Boundary)012 J406 024 J406 013 PDT-C32-IN017 (Press Boundary)Ml-C32-17 003 PT<32-IN008 (Press Boundary)RG.1.97 Cat 2 (LI/FI-14806 See App IRM Range Sw E NMlPC1301-J448'.003 NM1PD4206 M I-C51-20 006 J448 002 R.G.1.97 Cat 2 (FT-14806 See App I Q PDI-B21-1R608D Non Class IE Q LI-B21-1R604 Non Class IE Q, Isolator Card Zl Non Class IE Contact to Coil Q Isolator Card Zl'on Class IE Contact to Coil Q.LIM2-1R606B Non Class lE Q Ll<32-IR606A Q PIM2-IR605 Non Class IE Non Class 1E Q LRM2-1R608 Non Class 1E Q FR&32-IR609 Non Cla'ss lE Q LT-C41-IN001 Non Class IE Q C51-IK601E(IRMMon)

Q Q PDI-B21-1R608H Non Class IE Q SPDS NJP051Z Non Class IE Q SPDS NBL002Z.Non Class IE Q Computer Input Non Class IE YES Q R.G.1.97 Cat 2 (LI/FI 14806 Q Q.LI-B21-1R605 Non Class IE Q PDI-B31-IR612B Non Class IE Q PDI-B31-1R612A Non Class IE 0

Q Loads in Conta'ct with LI-B21-1R604 EC-QDET-1002 Rev1 page 318 CABLES.DWG SH FROM.SEPGR(FRM)

TO SEPGR(TO)~ISOLATED NMIPD4213 NM1PD4217 NMIPD4X01 Ml<51-20 006 IRM Range Sw C MIMI-20 006-IRMRangeSwA M1451-20 007 C51-IK601B (IRM Mon See App H f NM IPD4X02 NM1PD4X02 NMIPDF206.NMIPD F207 NMIPDF212 NMIPDF213 NMIPFA101 NMIPFA 103 NMIPFA103 NMIPFA109 NMIPFA109 NMIPFA110 NMIPFA111 NMIPFA111 NMIPE4112 Ml-C51-20 007 C51-IK601D (IRM Mon See App H f M 1451-20 007 C51-1K601H (IRM Mon See App H f Ml<51-20 007 IRM Range Switch B Ml-C51-20 007 IRMRangeSwitchF MI&51-20 007 IRM Range Switch D MI<51-20 MI<51-19 007 IRM Range Switch H 022 Aux Trip Unit AR12 (See App H for Ml-C51-19'18 Aux Trip Unit AR12 (See App H for M 1<51-19 018 Aux Trip Unit AR12 (See App H for M 1<51-19 012 Aux Trip Unit AR31 (See App H for Ml-C51-19 MI<51-19 014 Aux Trip Unit AR32 (See App H for 016 Aux Trip Unit AR41 (See App H for MI-C51-19,020 Aux Trip Unit AR51 (See App H for MI&51-19, 033 Driver Card Z33 (See App H for Eval..Ml-C51-19 033 Driver Card (See App H for Eval.)NM1PD4X01 M1451-20 007 C51-IK601F(IRMMonSeeAppHfo.Q Q C51-IK601C (IRM Mon)C51-1K601A (IRM Mon)NR&51-1R603B NR<51-IR603D NR&51-IR603B NR<51-I R603D IRM4:51-IK601B IRM<51-IK601F IRM&51-IK601D IRMA I-1K601H NR<51-1R603D NR&51-1R603B NR<51-IR603B NR&51-IR603A NR<51-1R603B NR&51-1R603A NR<51-IR603C NR&51-IR603C Q NR<51-IR603C Non Class IE Non Class IE Non Class IE Non Class IE Non Chss 1E Non Class IE Non Class IE'on Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE 0

Q Loads in Contact with LI-B21-1R604 EC-QDET-1002 Rev 1 page 319 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM I PK0602 NMIPK0602 NMIPK0602 NMIPK0602 NM1PK0602 NMIPK0603 NMIPK3 301 NMIPK3301 NM1PK3302 NM IPK3302 NM IPK3302 NM IPK3302 NMIPK3302 NMIPM1307 NMIPPF101 NMIPPF101 NM IPPF101 NMIPQ4101 ,NM I PQ4101 J475 J475 J475 J478 J478 J439 J439 J439 J475 J-475 J475 J475 J478 J451 JW4 JM4 J444 001 RISHH-D12-IK609A (See App G for 002 RISHH-D12-IK615A (See App G for 003 RISHH-D12-IK616A (See App G for 001 RISHH-D124K617A (See App G for 002 RISHH-D124K618A (See App G for 009 RY-13962C (Isoaltion Device)008 RY-13962B (Isoaltion Device)010 RY-13962D (Isoaltion Device)001 RISHH-D12-IK609A (See App G for 005 RISHH-D124K618A (See App G for 005 RISHH-D12-1K615B (See App G for 006 RISHH-D12-IK616B (See App G for 001 RISHH-D124K617A (See App G for 009 FT-El I-IN013 (Press Boundary)009 FY-G33-IK605 (See App F for eval.)009 FY-G33-IK602 (See App F for eval.)009 FY-G33-IK605 (See App F for eval.)MI451-20'.006 C51-IK601A (IRM Mon See App H f MI451-20 006 C51-IK601E (IRM Mon See App H f Q RR-D12-IR605 Q RR-D12-IR607 Q RR-D12-I R608 Q RR-D124R609 Q RR-D 124 R610 Q RR-D12-I R603 Q RR-D12-IR603 RR-D12>>1R603 Q RR-D12-1R605 Q RR-D 124 R610 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D 124 R609 Q H-El I-IR607 Q FI<33-IR602 Q F1&33-1R609 Q F1&33-IR602 Q NR-C51-I R603A Q NR-C51-1R603C Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE

Q Loads in Contact with LI-B21-1R604 EC-QDET-1002 Rev 1 page 320 CABLES DWG ,SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED NM1PQ4102 NM IPQ4102 NM1PR4101 NM1PR7N01 Ml-G33-153 004 FY-14476 (Isolation Device)015 NIT-15725A (isolation Device)015 NIT-15725A (Isolation Device).015 NIT-15725A (Isolation Device)016 NIT-15725B (Isolation Device)NM1Q0045L J457 NM1Q0045L NMIQ0045M NM1Q0048L NMIQ0048L NMIQ0048L NM1Q0048M NM1Q0048M NMlQ12 17L NMIQ1217M NMIQ1217M NM IQ1217N NM1Q1217P J457 J457 J457 016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)J457 J457 016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)017 XY-14201F (isolation Device)017 XY-14201B (Isolation Device)017 XY-14201A (isolation Device)017 XY-14201D (Isolation Device)017 XY-14201C (isolation Device)017 XY-14201E (isolation Device)003 XYA1109B1 (Isolation Device)J457 J457 E-304 E-304 E-304 E-304 E-304.E-304 NMIQ1217Q NM2M0110C F11 M%51-20 006 C51-IK601C (IRM Mon See App H f M1451-20 006 C51-1K601G (IRM Mon See App H f Ml&33-153 004 FT&33-IN037 (Press Boundary)Q NR<51-IR603A Q NR&51-IR603C Q H&33-IR610 Non Class lE Non Class IE Non Class 1E Q.SPDS Input NM6002Z Non Class IE YES Q Computer Input NM601 Non Class IE YES Q Computer Input Q.Computer Input NM117 Q, SPDS Input NM6001Z Q Computer Input SPDS NM5006Z Q SPDS NM5002Z Q SPDS NM5001Z Q SPDS NM5004Z Q SPDS NM5003Z Q SPDS NM5005Z Non Class IE YES Non Class IE YES Non Chss 1E YES Non Class IE.YES Non Class IE YES Non Class 1E YES Non Class IE YES Non Class IE YES Non Class 1E YES Non Class lE YES Q Computer Input Non Class 1E YES Q Computer Analog Input Non Class 1E YES Q Computer Input NM118 Non Class 1E YES Q Computer Input NM602 Non Class IE YES Q Loads in Contact with CISE-E11-1R001A EC-QDET-1002 Rev 1 page 321 CABLES NM1Q3070C NMlQ3071F DWG J451 J451 SH FROM 18 CE-El 1-IN001A (Seismic Only)017 TE-El 1-1N017C (Seismic Only)SEPGR(FRM)

TO Q CISH-El 1-1R001A Q TRS-El 1-1R601 SEPGR(TO)Non Class lE Non Class 1E ISOLATED Q Loads in Contact with CISH-E11-1R001B EC-QDET-1002 Revl page 322 CABLES DWG NM1Q3 071K NMlQ3071L NM1Q3071M NM1Q3071N NMlQ3071P F51.F51 J451 J451 F51 NMIM0104A E-302 NM1M0104B E-302 NM1Q3070D J451 NMIQ3071J-J451 SH FROM 003 TE-El 1-1N004A (Press Boundary)003 TE-El 1-1N004B (Press Boundary)18 CE-El 1-1NOOIB (Seismic Only)017.TE-El 1-1N004B (Seismic Only)017 TE-El I-IN005B (Seismic Only)017 TE-El 1-IN017B (Seismic Only)017 TE-El I-1N017D (Seismic Only)017 TE-El 1-IN027B (Seismic Only)017 TE-El 1-IN032B (Seismic Only)SEPGR(FRM)

TO Q Computer Input NHT01 Q Computer Input NHI02 Q.CISH-El 1-1R001B Q KS-El 1-IR601 Q Computer Input AET06 Q TRS-El I-IR601 Q TRS-El I-IR601 Q TRS-El 1-1 R601 Q TRS-El I-IR601 SEPGR(TO)Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E ISOLATED Q Loads in Contact with CI-E11-1R006 EC-QDET-1002 Rev 1 page 323 CABLES NMOG2401C NMOG2401C NMOG2401C DWG E423 E423 E423 NMOG2401E NMOG2401F NMOG2401G NMOG2402C NMOG2402C NMOG2402C NMOG2402D NMOG2402E.NMOG2402F NMOG2402G NMOG2403C NMOG2403C NMOG2403C NMOG2403D NMOG2403E E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 NMOG2401D" E423 SH FROM 006 Ch A (WT g ransducer))

006 Ch A (WT (Transducer))

006 Ch A (VART g ransducer))

006 Ch A (VT (Transducer))

006 Ch A (WH (Transducer))

006 Ch B (WT (Transducer))

006 Ch B (WT transducer))

006 Ch B (VART (I'ransducer))

006 Ch B (VT (Transducer))

~006 Ch B (WH transducer))

006 Ch B (WH transducer))

006 Ch C (WT (Transducer))

006 Ch C (WT (I'ransducer))

006 Ch C (VART (Transducer))

006 Ch C (VT (Transducer))

SEPGR(FRM)

Q Q TO Computer Input EGJOI XI40032A Computer Input EGJ01 (Unit 2)Computer Input EQU05 Computer Input EGE01 Computer Input EGA01 (Unit 2)Computer Input EGA01 Computer Input EGJ02 XI40032B Computer Input EGJ02 (Unit 2)Computer Input EQU06 Computer Input EGE02 Computer Input EGA02 (Unit 2)Computer Input EGA02 XI40032C Computer Input EGJ03 (Unit 2)Computer Input EGJ03 Computer Input EQU07 Computer Input EGE03 SEPGR(TO)Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Q Loads in Contact with CI-E11-1R006 EC-QDET-1002 Rev1 page 324 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMOG2403F NMOG2403G E423 E423 NMOG2404C NMOG2404C NMOG2404D NMOG2404E NMOG2404F NMOG2404G NMOS0400C NMOS0401C NMOS0402C NMOS0403C NMOV1200C NMOYI201C NMIOZZ011 NMIA0402C NM1A0402C NM IA0402C E@23 E423 E423 E423 E423 E423 E-146 E-146 E-146 E-146 E-214 E-214 M-147 E423 E423 E423 NMOG2404C E423 006 Ch C (WH (Transducer))

006 Ch C (WH Transducer))

006 Ch D (WT (Transducer))

006 Ch D (VART (Transducer))

006 Ch D (VT (Transducer))

006 Ch D (WH (Transducer))

001 Ch A (AT-20108 (Transducer))

003 Ch B (AT-20208 transducer))

005 Ch C (AT-20303 (Transducer))

007 Ch C (AT-20403 (Transducer))

001 Ch C (AT-20310 (Transducer))

002 Ch D (AT-20410 (I'ransducer))

001 LSH<12-IN013E (Press Boundary)002 Ch B (AT-20201 (I'ransducer))

002 Ch B (AT-20201 (Transducer))

002 Ch B (AT-20201 g ransducer))

Q Computer Input EGA03 (Unit 2)Non Class 1E Q Computer Input EGA03 Non Class 1E Q Computer Input EGJ04 (Unit 2)Non Class 1E Q XI40032D Non Class 1E Q Computer Input EGJ03 Non Class IE Q Computer Input EQU07 Q Computer Input EGE04 Non Class IE Non Class IE Q Computer Input EGA04 (Unit 2)Non Class IE Q'Computer Input EGA04 Q Computer Input AEI01 Q, Computer Input AEI02 Q Computer Input AEI03 Q Computer Input AEI04 Q Computer Input MVI05 Q Computer Input MVI06 Q Computer Digital Input Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class lE Non Class 1E Non Class 1E Q Computer Input ETI42 Q.XI40024A Non Class IE Non Class IE Q Computer Input ETI42 (Unit 2)Non Class 1E S Ij Q Loads in Contact with CI-E11-1R006 EC-QDET-1002 Rev1 pagt 325 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIA0402D NMIA0402D NM1A0402D NM1A0402E NM1A0402E NMIA0402F NM1A0402F NMI A0402F NM1A0403E NM1A0403E NMIC0328D NM1 F0200 F NMIF0200F NMIF0200H NM1F0200J NMlF0200K NMIF0200L.

NMIF0200M NM I F0200N E423 E423 E423 E423 E423 E423 E423 E423 E423 E423 E-135 E-179 E-179 E-179 E;179 E-179 E-179.E-179 E-179 002 Ch B (AT-20204 (Transducer))

002 Ch B (AT-20204 (Transducer))

002 Ch B (VT-20204 (Transducer))

002 Ch B (VT-20204 transducer))

002 Ch B (AT-20209 (Transducer))

002 Ch B (AT-20209 transducer))

001 Ch C (VT-20304 (Transducer))

015 Ch B (AT-20210 (Transducer))

001 PDT&32-IN017 (Press Boundary)001 PDT<32-IN004B (Press Boundary)001 PT-C32-IN008 (Press Boundary)001 PT-C32-IN003A (Press Boundary)001 FT-C32-1N003B (Press Boundary)001 FT<32-IN003C (Press Boundary)001 FT-C32-1N003D (Press Boundary)001 PDT~2-IN004C (Press Boundary)Q Computer Input EGI02 Non Class IE Computer Input EGI02 (Unit 2)Non Class 1E Q XI40019A Non Class lE Q Computer Input EBFA2 Non Class IE Computer Input ETI92 (Unit 2)Non Class lE QXI40028A Q Computer Input ETI92 Q Computer Input EBFA3 (Unit 2)Q.Computer Input EBFA3 Q.Computer Input TNI01 Q LRM2-IR608 Q Computer Input NFL02 Q FR<32-IR609 Q FY<32-IK605A Q FY-C32-IK605B Q FY-C32-1K605C Q FY&32-IK605D Q LSH<32-IK624C Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Q Computer Input EBFA2 (Unit 2)Non Class 1E Q Loads in Contact with CI-E11-IR006 EC-QDET-1002 Rev1 page 326 CABLES DWG NM115707D NM1M0104A NM1M0104B J457 E-302 E-302 NM1Q0300C E-169 NM1Q0301C NM1Q0802C NM1Q1604E NMIQI604E E-169 E-156 E-181 E-181 NM1Q3001C NMIQ3066J NMIQ3066J NM1Q3070D NMIQ3071C NM1Q3071E NM1Q3071F NM1Q3071G NM1Q3071H NMlQ3071J E-153 E-153 E-153 F51 F51 F51 F51 F51 J451 J451 NM1Q2000H, E-158 SH FROM 003B PT-15702 (Press Boundary)003'K-El 1-1N004A (Press Boundary)003 TE-El I-1N004B (Press Boundary)001 Ch A (AT-20107 (Transducer))

002 Ch D (AT-20407 (Transducer))

002 Ch A (AT-20205 (Transducer))

007 PDT-B31-1N015A (Press Boundary)007 PDT-B31-1N015A (Press Boundary)001 LSH&12-IN013E (Press Boundary)003 Ch B (AT-20202 (Transducer))

035 FT-El I-1N013 (Press Boundary)035 FT-El 1-1N013 (Press Boundary)18 CE-El I-1N001B (Seismic Only)017 TE-El 1-IN004A (Seismic Only)017 TE-El 1-1N017A (Seismic Only)017 TE-El I-1N017C (Seismic Only)017.TE-El I-1N027A (Seismic Only)017 TE-El I-1N032A (Seismic Only)017 TE-El 1-1N004B (Seismic Only)SEPGR(FRM)

TO PS HL-15702 Q Computer Input NHT01 Q Computer Input NET Q Computer Input NDIOI Q Computer Input NDI02 Q Computer Input NSI02 Q PDI-B31-1R612A Q TMS Q Relay K3 Q Computer Input NHI02 Q Computer Input NHF03 Q FI-El I-1R607 Q CISH-El I-1R001B Q TRS-El 1-IR601 Q TRS-El 1-1R601 Q TRS-El 1-1R601 Q TRS-El 1-1R601 Q TRS-El I-1R601 Q TRS-El 1-1R601 SEPGR(TO)Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class lE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class lE ISOLATED Contact to Coil W t Q Loads in Contact with CI-E11-1R006 EC+DET-1002 Rev 1 page 327 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIQ3 071K NMIQ3071L NM1Q3 071M J451-F51 J451 NMIQ3071P NM1Q4191N NM1Q4191P NMIQ4191Q NM1Q4193E NM1Q4193F NM1Q4193G NM IQ4194E NM1Q4194F NM1Q4194G NM1V1601C NM1V2601C JA51 E-187 E-187 E-187 E-187 E-187 E-187 E-187 E-187 E-187 E-213 E-216 NMlQ3071N J451 002 Ch B (AT-20203 transducer))

017 TE-El 1-1NOOSB (Seismic Only)017 TE-El 1-1N017B (Seismic Only)017'K-El 1-1N017D (Seismic Only)017 TE-El 1-1N027B (Seismic Only)017 TE-El I-1N032B (Seismic Only)001 Div I (TE-15796A1 (T/C))001 Div I (TE-15796A2 (T/C))001 Div I (TE-15796A3 (T/C))001 Div I PE-15796CI (T/C))001 Div I (TE-15796C2 (T/C))001 Div I (TE-15796C3 (T/C))001 Div II PE-15796D1g/C))

001 Div H PE-15796D2 (T/C))001 Div II (TE-15796D3 (T/C))002 Ch A (AT-20211 (Transducer))

Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Computer Input AET06 TRS-El I-1R601 TRS-El 1-1R601*TRS-El 1-1R601 TRS-El I-1R601 Div I (TSS-15796A)

Div I g'SS-I5796A).

Div I (TSS-15796A)

Div I (TSS-15796C)

Div I (I'SS-15796C)

Div I (TSS-15796C)

Div II (TSS-15796D)

Computer Input MVI04 Computer Input MVI02 Non Class IE Non Class IE Non Class 1E Non Class lE Non Class lE Q Non Class lE Non Class 1E Q Loads in Contact with LSH-15020 EC-QDET-1002 Rev1 page 328 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1E11004 EK1E51001 EK1E51002 Ml-E1146 005 Ml-E51-90 006 Ml-ESI-90 006 Div I (ID614)Div I (1D254)Div I (ID614)Div I (NO FOUND)Div I (HV-E51-1F008)

Div I (HPCI EGM)EK1E51002" Ml-E51-90 007-Div I (1D254)Div I (HV-E51-1F031) e EK1E51002 EK IE51003 EKIE5 1004, EKIE5 1005 EKlE51006 EK1E5 1006 EK1E51006 EKlE51007 EK1E51007 EK1E51007 EKlE51007 EK1E51007 EK1E5 1008 EK1E51008 EK1E51008 008 Div I (1D254)Ml-E51-90 M I-E51-90 Div I (1D254)Div I.(ID254)Ml-ES 1-90 008 Div I (1D254)Div I (1D614)Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-ES 1-90 Ml-E51-90 Ml-ES 1-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 003 Div I (1D614)003 Div I (1D614)Div I (1D614)003 004 Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)Div I (1D614)003 Ml-E51-90 004 M 1-E51-90 004 Div I (1D614)004 Div I (1D614)Div I (HV-E51-1F022)

Div I (HV-E51-1F010)

Div I (HV-ES 1-lF012,19)

Div I (HV-E51-1F013,19)

Div I (PSH-ESI-IN009AP)

Div I (PSH-E51-1N012A,C)

Div I (HV-E51-1F025,54)

Div I (PSL-E51-1N019A,C)

Div I (LIS-B21-'1N031A,C)

Div I (HV-E51-1F031,45)

Div I (HV-ESI-IF004,54)

Div I (RCIC Supv Lights)Div I (HV-E51-1F045,059)

LSH-15020 LSH-15020 Non Class 1E Non Class 1E Q Loads in Contact s ith LSH-15020 EC+DET-1002 Rev1 page 329 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EKIE51008 EK1E51008.EKIE51008 EK1E51009 EK1E51009 EKIE51009 EK1E51010 EKIE51011 EKIE51012 EK1E51012 EKIE51013 EK1P62204 EK IP62207 EK1P62213 EK1P62215 EK1P62216 EK IP64202 EK1P6TT02 EK I PQ2101 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 Ml-E51-90 M 1-E51-90 Ml-E51-90 Ml-E51-90 004 Div I (ID614)004 Div I (ID614)009 Div I (ID614)003 Div I (1D614)003 Div I (1D614)003 Div I (1D614)008 Div I (1D254)008 Div I (ID254)003 Div I (1D614)003 Div I (ID614)009 Div I (ID614)M I-E51-90 005 Div I (IY216)Ml-B21-131 014 Div I (1B237), Ml-B21-131 012 Div I (1D614)Ml-B21-131 014 Div I (IB236)Ml-B21-131 012 Div I (ID614)Ml-B21-131

-014 Div I (IB236)M I-B21-131 014 Div I (1B236)M 1-B21-131 012 Div I (1D614)Q Div I (RCIC Tutbine Valve)Q Q Div I (LSI E51-IN035E)

Q Q.Div I (HV-E51-1F054)

Q Div I ((LIS-B21-1N024A)

Q Q Div I (PSL-E51-1N019A,C)

Q Q Div I (PDIS-E51-IN017)

Q Q Div I (HV-E51-1F046,62)

Q Q Div I (HV-E51-1F045)

Q Q Div I (PS-EI I-INOIOA,C)

Q Q Div I (RCIC Supv Lights)Q Q Div I (HV-ESI-IF004,25,54)

Q Q Div I (HV-B21-1F016)

Q Q Div I (HV-B21-1F022A,B,C,D)

Q Q Div I (HV-El I-IF040)Q Q=Div I (HV-B21-1F022A,C)

Q Q Div I (HV-El I-IF009)Q'Div I (HV&33-IF001)

Q.Q Dtv I (K7B,7D)Q Div I (RCIC Status)Q Q Loads in Contact with LSH-15020 EC-QDET-1002 Rev1 page 330 CABLES DWG.SH FROM ,SEPGR(FRM)

TO SEPGR(T0)'SOLATED Ml-E51-90 011 Div I (1Y216)EK1PQ2101 EK1PQ2 103 EK1PQ2103 Ml-ESI-90 004 Div I (1D614)Ml-ES 1-90 008 Div I (1D254)Div I (1D254)Div I (1D254)Div I (1D254)EK1PQ2105 EK1PQ2106 EKlPQ2107 EKlPQ2108 EK1PQ2108 EKIPQ2108 EK1PQ2109 EK1PQ2109 EK1PQ2112 EKlPQ2112 EKIPQ2115 EK1PQD 102 Ml-E51-90 008 Ml-E51-90 008 Ml-ES 1-90 008 Div I (I D254)Div I (ID614)Div I (1D614)Ml-E51-90 003 Ml-ES 1-90 009 Ml-E51-90 009 Div I (1D614)Ml-E51-90 003 Div I (1D614)Ml-E51-90 009 Div I (1D614)Ml-E51-90 009 Ml-E51-90 009 Ml-E51-90 007 Ml-ES 1-90 003 Ml-E51-90 003 Div I (1D614)Div I (1D614)Div I (1D254)Div I (1D614)Div I (1D614)EK1PQD102 EK1R0009F E-159 006 Div I (1Y236 008 Div I (1Y236)EK1R0015B E-159 EKIPQ2104 Ml-E51-90 008 Q Div I (RCIC Status)Q Div I (S10 Q Div I (HV-ES 1-lF022,45)

Q Q Div I (HV-E51-1F010,45,46)

Q Q Div I (HV-ES1-1F010,12,19)

Q Q Div I (HV-E51-1F012,13,62)

Q Q Div I (HV-E51-1F008,13,19)

Q Q Div I (S16)Q Div I (RCIC Supv Lights))Q Q.Div I (HV-E51-1F004,54)

Q Q Div I (S17,S23,S32,S 1 8)Q Q Div I (HV-ESl-lF025,62)

Q Q Div I (RCIC Supv Lights)Q Q Div I (HV-E51-1F004,54)

Q Q Div I (HV-E51-1F031)

Q Q Div I (LIS-B21-1N031B)

Q Q Div I (K48 Relay)Q Q Div I (HV-16108A1)

Q Q~Div I (HV-16116A1)

Q Q Loads in Contact with FI-933-1R602, 1R609, FDl-633-1R615 EC-QDET-1002 Rev I page 33i CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMOS0400D NMOS0401D NMOS0402D E-146 E-146 E-146 NMOS0403D" E-146 NMOV1200D NMOV1201D NMIA0403G NMIC0328C NMII4801F NM1PlF101 NMlPB4102 NMIPB4102 NM1PB4102 NMIPB4103 NMlPB4105 NMIPK0602 NMIPK0602 NM1PK0602 NM1PK0602 Ch A (AT-20108 (Transducer))

003 Ch B (AT-20208 (Transducer))

005 Ch C (AT-20308 (Transducer))

007 Ch C (AT-20408 (Transducer))

E-214 E-214 E423 Ch C (AT-20310 transducer))

002 Ch D (AT-20410 (Transducer))

001 Ch C (VT-20301 (Transducer))

015 Ch B (AT-20210 (Transducer))

XY-14806 (Isolation Device)E-135 J448 LITS-B21-IN026D (Mech Sw See Ap Ml-B21-128 003 011 PDT-C32-1N004B (Press Boundary)012 PDT-C32-IN004A (Press Boundary)024 Fl'~2-IN005 (Press Boundary)PDT-C32-1N017 (Press Boundary)J406 013 Ml-C32-17 003 PT4:32-IN008 (Press Boundary)J475 J475 J475 J478 RISHH-'D12-IK609A (See App G for RISHH-D12-1K615A (See App G for 003 RISHH-D12-1K616A (See App G for RISHH-D124K617A (See App G for Q Q Q.Computer Input AEI01 Computer Input AEI02 Computer Input AEI03 Computer Input AEI04 Computer Input MVI05 Computer Input MVI06 Computer Input ETB42 Computer Input TNI01 Computer Input NXFOI LI-B21-1R604 LI~2-IR606B LI<32-IR606A PIM2-IR605 LRM2-1R608 FR-C32-IR609 RR-D12-IR605

.RR-D12-IR607 RR-D12-1R608 RR-D124R609 Non Class IE Non Class lE Non Class IE Non Class 1E Non Class 1E Non Class 1B Non Class lE Non Class IE Non Class 1B Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class lE Non Class IE Non Class 1E Non Class IE YES Q Loads in Contact with FI-G33-1R602, 1R609, FDI-G33-1R615 EC-QDET-1002 Rev 1 page 332 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED 002 RISHH-D124K618A (See App G for 009 RY-13962C (lsoaltion Device)008 RY-13962B (lsoaltion Device)010 RY-13962D (lsoaltion Device)001 RISHH-D12-IK609A (See App G for 005 RISHH-D12-IK615B (See App G for 005.RISHH-D124K618A (See App G for 006 RISHH-D12-IK616B (See App G for NMIPK0602 NMIPK0603 NMIPK3301 J478 J-439 J439 NMIPK3301JA39 J475 NMI PK3302 NMIPK3302 NMIPK3302 NMIPK3302 NMIPK3302 NMIPM1307 NMIPPF101 NM1PP F101 NMIPPF101 NMIPR4101 NMIQ0045L NMIQ0045L J475 J475 J475 001 RISHH-D124K617A (See App G for 009 FT-EI I-IN013 (Press Boundarjj)

J478 J451 009 FY-G33-IK602 (See App F for eval.)009 FY-G33-IK605 (See App F for eval.)009 FY-G33-IK605 (See App F for eval.)JM4 JM4 J457 015 NIT-15725A (Isolation Device)015 NIT-15725A (isolation Device)015.NIT-15725A (isolation Device)J457 NMIQ0045M J457 NMIQ0048L NM IQ0048L J457.016 NIT-15725B (isolation Device)J457 016 NIT-15725B (Isolation Device)Ml-G33-153 004 FT-G33-IN037 (Press Boundaty)RR-D124R610 RR-D12-IR603 RR-D12-IR603 RR-D12-I R603 RR-D12-IR605 RR-D12-IR607 RR-D124R610 RR-D12-IR608 RR-D 124R609 FI-EI I-IR607 FI-G33-IR609 FI-G33-IR602 F1&33-IR602 FI&33-IR610 Computer Input NM602 Computer Input NM118 SPDS Input NM6002Z Computer Input Computer Input NM601 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IB Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IB Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES YES YES YES u

Q Loads in Contact with FI-G33-1R602, 1R609, FIN-G33-1R615 EC-QDET-1002 Rev 1 page 333 CABLES DWG SH-FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIQ0048L J457 NM1Q0048M NMIQ0300D NMIQ0301D NMIQ0801D NMIQ0802D NMIQ0803D NMIQ0804D NMIQ3000D NMIQ3001D NMIQ3002D NMIQ3003D NMIQ3071C NMIQ3071E NMIQ3071F NMIQ3071G NM IQ3071H NM IQ3071J J457 E-169 E-169 E-156 E-156 E-156 E-156 E-153 E-153 E-153 E-153 J451 J451 F51 F51 J451 J451 NM IQ0048M J457 016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)001 Ch A (AT-20107 transducer))

002 Ch D (AT-20407 transducer))

001 Ch A (AT-20105 (Transducer))

002 Ch B (AT-20205 transducer))

003 Ch C (AT-20305 transducer))

004 Ch D (AT-20405 (Transducer))

001 Ch A (AT-20102 (Trnasducer))

003 Ch B (AT-20202 Prnasducer))

005 Ch C (AT-20302 (Trnasducer))

007 Ch D (AT-20402 (Trnasducer))

017 TE-El I-IN004A (Seismic Only)017 TE-El I-IN017A (Seismic Only)017 TE-El I-IN017C (Seismic Only)017 TE-El I-IN021A (Seismic Only)017 TE-El I-IN032A (Seismic Only)017 TE-El I-IN004B (Seismic Only)Computer Input NM117 SPDS Input NM6001Z Computer Input Computer Input NDI01 Computer Input NDI02 Computer Input NSI01 Computer Input NSI01 Computer Input NSI01 Computer Input NSI01 Computer Input NHI01;Computer Input NHI02 Computer Input NHI03 Computer Input NHI04 TRS-El I-IR601 TRS-El 1-IR601 TRS-El I-IR601'AS-El I-IR601 TRS-El I-IR601 TRS-E I 1-1 R601 Non Class IE Non Class IE Non Class lE Non Class 1E Non Class IE Non Class IE Non Class IE.Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES

Q Loads in Contact with FI-G33-1R602, 1R609, FDI-G33-1R615 EC-QDET-1002 Revj page 334 CABLES DWG NMIQ3071P NMIS0600D NMIS0601D NM1V1600D NMIV1601D NMIV2600D NM1V2601D F51 E-150 E-150 E-213 E-213 E-216 F 216 NMIQ307IK J451 NM1Q3071L F51 NMIQ3071M J451 NMIQ3071N J451 SH FROM 017'K-El I-IN005B (Seismic Only)017 TE-El I-1N017B (Seismic Only)017 TE-El I-IN017D (Seismic Only)017.TE-El I-IN027B (Seismic Only)017 TE-El I-IN032B (Seismic Only)003 Ch D (AT-20408 (Transducer))

001 Ch C (AT-20308 (I'ransducer))

001 Ch A (AT-20110 (Transducer))

002 Ch B (AT-20211 g'ransducer))

001 Ch A (AT-20108 transducer))

002 Ch B (AT-20208 (Transducer))

SEPGR(FRM)

TO Q Computer Input AET06 Q TRS-El I-1R601 Q TRS-El 1-IR601 Q TRS-El I-IR601 Q TRS-El I-1R601 Computer Input AEI05 Q Computer Input AEI06 Q Computer Input MVI03 Q Computer Input MVI04 Q Computer Input MVI01 Q Computer Input MVI02 SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED h

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 335 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NKIC51011 Ml-C51-20 012 Aux Unit Z2C NKIPD4205 Ml-C51-19 018 IRM AUX UNIT (See App H for Eval.)NKIQ0029A E-304 NKIQ0029A" E-304 NKIQ0029A E-304 NKIQ0029A E-304 NKIQ0029A E-304 NKIQ0029A E-304 NKIQ0029A E-304 NKIQ0029A E-304 NK1Q0029A E-304 NKIQ0029A'-304 036 SVX2-157104 (Isolation Relay)036 SVXI-157100A (isolation Relay)036 SVXI-157100A (isolation Relay)036-SVXI-157 102A (isolation Relay)036 SVXI-157100B (isolation Relay)036 SVX2-157100B (isolation Relay)036 SVXI-1571002A (isolation Relay)036 SVXI-157104 (isolation Relay)036 SVXI-157104 (isolation Relay)036 SVX2-1571002B (isolation Relay)NKIQ0029B NKIQ0053A E-304 J439 036 SVX2-157104 (isolation Relay)007 RY-13961C (isolation Device)NK1Q4243M E-304 NMIA0403G E423 002A Relay k 60 Dry Contact 001 Ch C (VT-20301 transducer))

NMIB21006 MI-B21-128 003 LT-B21-IN027 (Press Boundary)NMIB2 1006 Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)NMIB21007 Ml-B21-94 002 FT-B21-IN034K (Press Boundary)IRM Det Position NR-C51-IR603B SPDS-NCZ620Z SPDS-NCZ612Z SPDS-NCZ114Z SPDS-NCZ614Z SPDS-NCZ116Z SPDS;NCZ616Z SPDS-NCZ118Z SPDS-NCZ120Z

'PDS-NCZ122Z SPDS-NCZ618Z SPDS-NCZ622Z ES-G33-IK601

.SPDS-NIZ002Z Computer Input ETE42 LI-B21-IR605 LI-B21-IR604 PDI-B21-1R608K Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Contact to Coil YES YES YES YES YES YES Contact to Coil

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev1 page 336 CABLES DWG SH FROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM1B21008 NMIB21008 NM1B21008 Ml-B21-94 001 FT-B21-1N033C (Press Boundary)Ml-B21-94 002 FT-B21-1N034H (Press Boundmy)Ml-B21-94 002 FT-B21-1N034F (Press Boundary)NM1B21008 Ml-B21-94 002 FT-B21-1N034D (Press Boundary)NM1B21009 NM1B21010 NMIB21010 NM1B21010 NM IB21010 NM1B21010 Ml-B21-94 M 1-B21-94 001 FT-B21-1N033A (Press Boundary)001 FT-B21-IN033B (Press Boundary)Ml-B21-94 001 FT-B21-1N033D (Press Boundary)Ml-B21-94 002 FT-B21-IN034C (Press Boundary)Ml-B21-94 Ml-B21-94 002 FT-B21-1N034E (Press Boundary)002 FT-B21-1N034G (Press Boundary)NM1B21010 Ml-B21-94 002 FT-B21-1N034A (Press Boundary)NM1B 21011 NM1C51045 Ml-B21-94 001.PDT-B21-1N032 (Press Boundary)Ml-C51-20 012 AuxUnitZ2C NM1F0203E E-304 017 PDT-B21-1N032 (Press Boundary)NMIB21007 Ml-B21-94 002 FT-B21-1N034M (Press Boundary)NM1B21007 Ml-B2'1-94 002 FT-B21-1N034P (Press Boundary)NM1B21007 Ml-B21-94 002 FT-B21-1N034S (Press Boundary)NM1B21008 Ml-B21-94 001 FT-B21-1N034B (Press Boundary)NM1B21008 Ml-B21-94 001 FT-B21-1N033A (Press Boundary)Q PDI-B21-1R608M Q PDI-B21-1R608P Q PDI-B21-1R608S Q PDI-B21-1R608B FY-B21-IK605A Q FY-B21-1K605C Q PDI-B21-1R608H.Q PDI>>B21-IR608F Q PDI-B21-1R608D Q FY-B21-1K605A Q.FY-B21-1K605B Q FY-B21-1K605D Q PDI-B21-1R608C Q PDI-B21-IR608E Q PDI-B21-IR608G Q PDI-B21-IR608A XR-B21-1R613 Q IRM Det Poseon Q SPDS NIP05IZ Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class lE Non Class IE Non Class IE Non Class 1E Non Class lE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class lE Non Class lE Contact to Coil Q Loads in Contact s ith RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 337 NMI F0203 F E-304 NMI I4202L J442 NM1I4801C JM 8 NMII4801F-, JMS CABLES DWG SEPGR(TO)Non Class IE SH FROM SEPGR(FRM)

TO Q SPDS NBL002Z 017 LITS-B21-IN026D (Mech Sw See App C for Eval.)002 LY-14202A (isolation Device)002 RG.1.97 Cat 2 (FT-14806 See App I for Eval.)001 XY-14806 (Isolation Device)Q Computer Input NXF01 Non Class IE Q Computer Input Non Class 1E Q R.G.1.97 Cat 2 (LI/FI 14806)ISOLATED YES NMIP 11901 NMlP14101 NM1P14101 Ml-B21-128 003 LT-B21-1N027 (Pressttre Boundary)Ml-B21-128 003 PDT-B31-1N015A (Press Boundary)Ml-B21-128 003 PDT-B31-1N015B(Press Boundary)Q LI-B21-1R605 Q PDI-B31-1R612A Q PDI-B31-IR612B NMlP91601 NM1P91603 MI&12-I 10 016 APRM Trip Unit Contacts MI&12-I 10 015 APRM Trip Unit Contacts NM1PB4102 J406 NM1PB4102 J406 NMIPB4102 J406 NMIPB4103 J406 011 PDT&32-IN004B (Press Boundary)012 PDT~2-IN004A (Press Boundary)024 PTM2-IN005 (Press Boundary)013 PDT~2-IN017 (Press Boundary)NM1PB4105 Ml-C32-17 003 PTM2-IN008 (Press Boundary)Q Isolator Card Zl Q I htorCardZI Q LIM2-IR606B Q LIM2-IR606A Q PI~2-1R605 Q LR-C32-1R608 Q FR-C32-1R609 NM IPC1301 JM8 003 R.G.1.97Cat2(LI/FI-14806SeeApplforEval.)

Q LT-C41-IN001 NMIPIF101.Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q LI-B21-1R604 Non Class IE Non Class IE Non Class 1E Non Class lE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class 1E Contact to Coil Contact to Coil NMIPD4206 Ml&51-20 006 IRM Range Sw E.NMIPD4213 Ml-C51-20 006 IRM Range Sw C NM1PD4217 Ml-C51-20 006 IRM Range Sw A Q..C51-IK601E (IRM Mon)Q Q C51-1K601C (IRM Mon)Q Q C51-IK601A (IRM Mon)Q.

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 338 CABLES DWG SH FROM SEPGR(FRM)

NMIPD4X01 Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.)NMIPD4X01 MI451-20 007 C51-IK601B (IRM Mon See App H for Eval.)NMIPD4X02 Ml-C51-20 007 C51-IK601D (IRM Mon See App H for Eval.)NMIPD4X02MI451-20 007 C51-IK601H (IRM Mon See App H for Eval.)NM1PE4101 MI&51-19 022 Aux Trip Unit AR12 (See App H for Eval.)NMIPE4103 Ml-C51-19 018 Aux Trip Unit AR12 (See App H for Eval.)NMIPE4103 M 1&51-19 018 Aux Trip Unit AR12 (See App H for EvaL)NMIPE4109 Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.)Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.)Ml-C51-19 016 Aux Trip Unit AR41 (See App H for Eval.)Ml~1-19.020 Aux Trip Unit AR51 (See App H for Eval.)NMIPE4109 NMIPE4110 NMIPE4111 NMIPE4111 MI<51-19 033 DriverCardZ33(SeeAppHforEval.)

NMIPE4112 MI~I-19 033 DriverCard(SeeAppHforEval.)

NMIPE4215 M 1<51-19 015 LPRM Card Dry Contact NMIPE4215 Ml-C51-19 015 LPRM Card Dry Contact NMIPE4216 Ml-C51-19 010 LPRM CARD Zl I NMIPE4218 Ml&51-19 027 LPRM Card Dry Contact NMIPE4219 Ml-C51-19 027 LPRM Card Dry Contact NM1PE4223 Ml-C51-19 011 LPRM Card Dry Contact e.TO NR<51-IR603D NR<51-IR603B NR&51-IR603B NR<51-IR603D NR&51-IR603D NR-C51-IR603B NR-C51-IR603B NR&51-IR603A NR&51-IR603B NR&51-1R603A NR<51-IR603C NR<51-IR603C NR-C51-IR603C Indicating Light Indicating Light Indicating Lights Indicating Light Indicating Light Indicating Light SEPGR(TO)Non Class lE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil I

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev1 page 339 NMIPK0602 J475 NMIPK0602 J475 NMIPK0602 J475-NMIPK0602 J478 NM IPK0602 J478 NMIPK0603 J439 NMIPK3301 J439 NMIPK3301 JA39 NMIPK3302 J-475 NMIPK3302 JA75 NMIPK3302 J475 NM I PK3302 J475 NM IPK3302 JA78 NM I PM1307 F51 NM1PPF 101 J444 001 RISHH-D12-IK609A (See App G for Eval.)002 RISHH-D12-IK615A (See App G for Eval.)003 RISHH-D12-IK616A (See App G for Eval.)001 RISHH-D124K617A'(See App G for Eval.)002 RISHH-D124K618A (See App G for Eval.)009 RY-13962C (Isoaltion Device)008 RY-13962B (lsoaltion Device)010 RY-13962D (lsoaltion Device)001 RISHH-D12-IK609A (See App G for EvaL)005 RISHH-D124K618A (See App G for Eval.)005 RISHH-D12-IK615B (See App G for Eval.)006 RISHH-D12-IK616B (See App G for Eval.)001 RISHH-D124K617A (See App.G for Eval.)909 FT-EI I-IN013 (Press Boundary)009 FY&33-IK602 (See App F for eval.)1 CABLES DWG SH FROM NMIPFA224 MI&51-19 011 LPRM Card Dry Contact NMIPFA238 MI&51-19 017 LPRM Card Dry Contact NMIPFA239 Ml-C51-19 017 LPRM Card Dry Contact NMIPFA245..Ml&51-19 019 LPRM Card Dry Contact SEPGR(FRM)

TO Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q RR-D12-IR605 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D124R609

.Q RR-D124R610 Q RR-D12-IR603 Q RR-D12-IR603 Q RR-D12-IR603 Q RR-D12-IR605 Q RR-D124R610 Q RR-D12-IR607 Q RR-D12-I R608 Q RR-D124R609 Q FI-El I-IR607 Q F1&33-IR609

'SEPGR(TO)

Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE.Non Class IE Non Class IE Non Class IE Non Class IE Non Chss IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED Contact to Coil Contact to Coil Contact to Coil Contact to Coil Q Loads in Contact with RR-D12-0R609, OR610, 1R605, IR607, 1R608 EC-QDET-1002 Rev1 page 340 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED NMIPPF 101 J444 NMIPPF 101 J444 009 FY&33-IK605 (See App F for eval.)009 FY&33-IK605 (See App F for eval.)NMIPQ4101 MI<51-20 006 C51-1K601E(IRMMonSeeAppHforEval.)

NMIPQ4101, MICSI-20 006 C51-.1K601A (IRM Mon See App H for Eval.)NMIPQ4102 MI451-20 006 C51-1K601C(IRMMonSeeAppHforEval.)

NMIPQ4102 M 1451-20 006 C51-IK601G (IRM Mon See App H for Eval.)NMIPR4 101 Ml-G33-153 004 FT-G33-IN037 (Press Boundary)NMIPR7N01 Ml-G33-153 004 FY-14476 (isolation Device)Q F1&33-IR602 Q F1&33-IR602 Q NR-C51-IR603C Q NR<51-IR603A Q NR<51-IR603A Q NR-C51-IR603C Q F1&33-IR610 Q Computer Analog Input Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Chss IE YES NM IQ0045L NM IQ0045L J457 J457 NMIQ0045M J457 NMIQ0048L J457 NMIQ0048L J457 NMIQ0048L J457 NMIQ0048M J457 NM IQ0048M J457 NMIQ1217L E-304 NM IQ1217M E-304 NM IQ1217M E-304 015 NIT-15725A (isolation Device)015 NIT-15725A (isolation Device)015 NIT-15725A (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (isolation Device)017 XY-14201F (Isolation Device)017 XY-14201B (isolation Device)017 XY-14201A-(Isolation Device)Q Computer Input NM118 Q.Computer Input NM602 Q, SPDS Input NM6002Z Q Computer Input NM117 Q Computer Input.Q.Computer Input NM601 Q Computer Input Q SPDS Input NM6001Z Q SPDS NM5006Z Q SPDS NM5002Z Q SPDS NM5001Z Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Chss IE Non Chss IE Non Class IE YES YES YES YES YES YES Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 341 CABLES DWG NM1Q1217N E-304 NM1Q1217P E-304 NMIQ1217Q E-304 NM2M0110C F11 SH FROM 017 XY-14201D (Isolation Device)017 XY-14201C (isolation Device)017 XY-14201E (isolation Device)003 XYA1109BI (isolation Device)SEPGR(FRIN)

TO Q SPDS NM5004Z Q SPDS NM5003Z Q SPDS NM5005Z Q.Computer Input SEPGR(T0)Non Class IE Non Chss 1E Non Class 1E Non Class 1E ISOLATED YES Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607;1R608 EC-QDET-1002 Rev 1 page 342 CABLES DWG SH FROM NK1Q0054A J439 NKIQ4243J E-304 NKIQ4243J E-304 NKIQ4243J E-304 NKIQ4243J E-304 NKIQ4243J E-304 NKIQ4243J E-304 NKIQ4243J E-304 NKle4243J E-304 NKIQ4243K E-304 008 RY-13961B (Isolation Device)004 VlB4X (isolation Relay)004 VIB3X (isolation Relay)004 VIB2X (isolation Relay)004 VIBSX (isolation Relay)004 VIB6X (Isolation Relay)004 VIB7X (isolation Relay)004 VIB8X (isolation Relay)004 VIBIX (Isolation Relay)005 ARXI-15746A (loslation Relay)NKIP9FT01 Ml-C12-110 011 Relay C72A-K24D, K25D, K27D NKIP9FT02 M]412-110 031 Relay C72A-K34B NKIP9FT03 Ml-C12-I 10 031 Relay C72A-K34D NKIPDF205 Ml-CS 1-20 012 IRM Range Switch B, F NKIPDF211 M 1<5 1-20 012 IRM Range Switch D, H NKIPDF215 Ml-CSI-20 005 IRM Range Switch B NKIPDF217 MI~I-20 005 IRM Range Switch B NKIPDF218 MI<51-20 009 IRM Range Switch B NKIPDF219 Ml-C51-20 009 IRM Range Switch D'SEPGR(FRM) e e TO Transmitter Card Z12 Full Core Display Full Core Display Trip Aux Unit Z2B Trip Aux Unit Z2B Trip Aux Unit Z2B Trip Aux Unit Z2B Trip Aux Unit Z2B Trip Aux Unit Z2B ES-B31-IK600

'SPDS-NBY412Z SPDS-NBY411Z SPDS-NBY410Z SPDS-NBY413Z SPDS-NBY414Z NSPDS-BY415Z NSPDS-BY416Z SPDS-NBY409Z SPDS-MAH002Z SEPGR(TO)Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IB Non Class IE Non Class IB Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED Contact to Coil Contact to Coil Contact to Coil YES YES YES Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607,.1R608 EC-QDET-1002 Rev 1 page 343 CABLES DWG NK1Q4243K E-304 NK1Q4243N E-304 NK1Q4243P E-304 NMIA0403G 8423 NM1E02006 E405 NM1E02007 E405 NMIE02007 E405 NM1E02007 E405 NMIE02007 E405 NMIE02007 E405 NM1E02007 E405 NMIE02009 E405 NMIE02009 E405 NMIE02009 E405 NM1E02009 E405 NMlE02009 E405 NMlE02009 E405 NM IE02009 E405 NMIE02010 E405 SH FROM 0'19 ARX-15746A (Ioslation Relay)01A Relay K-38 Dry Contact 02A Relay K%I Dry Contact 001 Ch C (VT-20301 (Transducer))

001 Ch B (AT-20201 (Transducer))

001 Ch A (AT-20101 (Transducer))

005 Ch A (VT-20101 transducer))

005 Ch A (AT-20109 (Transducer))

005 Ch A (VT-20110 (Transducer))

005 Ch A (VT-20105 (I'ransducer))

005 Ch A (AT-20104 (Transducer))

001 Ch C (AT-20309 (Transducer))

001 Ch D (AT-20401 (Transducer))

001 Ch D (AT-20404 (Transducer))

001 Ch D (AT-20204 (Transducer))

001 Ch C (VT-20310 (Transducer))

001 Ch D (VT-20405 g ransducer))

00.1 Ch D (AT-20409 transducer))

004 XYA2403 (isolation Device)SEPGR(FRM)

TO Q SPDS-MAH004Z SPDS-N6Z002Z Q SPDS-N IZ003Z Q Computer Input ETFA2 Q Computer Input ETI42 Q Computer Input ETI42 Q.Computer Input ETFA1 Q Computer Input ETI91 Q Computer Input ETE91 Q Computer Input EBFA1 Q.Computer Input EGI01 Q-Computer Input ETI93 Q Computer Input ETI44 Q Computer Input EGI04 Q Computer Input EGI02 Q Computer Input ETE92 Q Computer Input EBE44 Q Computer Input ETI94 Q Computer Input EGU05 SEPGR(T0)Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Chss IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class 1E ISOLATED Contact to Coil Contact to Coil YES 0

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev1 page 344 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM1E02010 E405 NM1E02010 E405 NM1E02010 E405 NM1E02010 E405 NMIE02010 E405 NMIE0201 1 E405 NM1E02011 E405 NM1E02011 E405 NM1E02011 E405 NMIE02011 E-005 NM1E02011 E405 NM1l4202L J442 NMII4203L J442 NM114801C J448 NM114801F J448 NM1l5719A J457 NM115720A J457 NMIM0107C E-302 NMIM0107D E-302 004 XY42401 (isolation Device)004 XYA2402(isolation Device)004 XY42404 (isolation Device)004 XY42405 (isolation Device)004 XY42406 (Isolation Device)004 XY42408 (Isolation Device)004 XY42407 (Isolation Device)004 XY42409 (isolation Device)004 XYA2411 (Isolation Device)004 XYA2410 (Isolation Device)004 XY42412 (Isolation Device)LY-14202A (Isolation Device)003 LY-14201B (isolation Device)Q Computer Input EGE02 Computer Input EGU06 Q Computer Input EGE01 Q Computer Input EGJ02 Q Computer Input EGJ01 Q Computer Input EGU07 Q Computer Input EGE04 Q Computer Input EGU08 Q Computer Input EGE03 Q Computer Input EGJ04 Q Computer Input EGJ03 Q Computer Input Computer Input Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class lE Non Class IE Non Class 1E Non Class 1E 001 XY-14806 (Isolation Device)009 TX-15751 (Isolated See IOM 504)010 TX-15752 (Isolated See IOM 504)003 FT41204A (Pressure Boundary)003 FT41204A (Pressure Boundary)Q Computer Input NXF01 Q Computer Input Q Computer Input Q Computer Input AEF05 Q Computer Input AEF04 Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class IE 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 YES YES YES YES YES YES YES I II II I'e I I Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 345 CABLES DWG SH PROM SEPGR(FRM)

TO SEPGR(T9).ISOLATED NMIP 14101 Ml-B21-128 003 PDT-B31-IN015A (Press Boundary)NMIP14101 Ml-B21-128 003 PDT-B31-1N015B (Press Boundary)Q PDI-B31-1R612A Q PDI-B31-1R612B NM1P9 1603 M 1&12-110 NMIPB4102 J406 NMIPB4102 J406 NMIPB4102 J406 NM1PB4103 J406 NMIPB4105 Ml-C32-17 NM1PD4X01 M 1&51-20 015 APRM Trip Unit Contacts 011 PDTM2-IN004B (Press Boundary)012 PDT-C32-IN004A (Press Boundary)024 PT~2-IN005 (Press Boundary)013 PDT-C32-1N017 (Press Boundary)PTM2-IN008 (Press Boundary)007 C51-1K601F (IRM Mon See App H for Eval.)NMlPD4X01 M1451-20 007 C51-1K601B (IRM Mon See App H for Eval.)NM1PD4X02 MI451-20 007 C51-IK601H (IRM Mon See App H for Eval.)NMIPD4X02 Ml-C51-20 007 C51-1K601D (IRM Mon See App H for Eval.)NM1PDF206 Ml-C51-20 007 IRM Range Switch B NMlPDF207 MM51-20 NM1PDF212 Ml-C51-20 007 IRM Range Switch F 007 IRM Range Switch D NMlPDF213 Ml-C51-20 007 IRM Range Switch H NMIPE4101 Ml<51-19 022 Aux Trip Unit AR12 (See App H for Eval.)NMIPE4103 Ml&5 1-19 018 Aux Trip Unit AR12 (See App H for Eval.)Q Isolator Card Zl Q LI-C32-IR606B Q.LIM2-IR606A Q PIM2-IR605 Q LR-C32-1R608 FRM2-1R609 Q NRM I-1R603D Q NR<51-IR603B Q NR<51-IR603D Q NR<51-IR603B Q IRM51-IK60IB Q IRM<51-1K601F

.Q IRM<51-IK601D Q IRM4.51-1K601H Q NR<51-IR603D Q NR<51-1R603B NM1P1F101 Ml-B21-128 003 LITS-B21-1N026D(MechSwSeeAppCforEval.)

Q LI-B21-1R604 Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class lE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Q Non Class IE Non Class 1E Contact to Coil i 1<t I' Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC+DET-1002 Rev1 page 346 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED LPRM Card Dry Contact LPRM Card Dry Contact NM IPE4215 M 1&51-19 015 NMIPE4215 NMIPE4216 MI&51-19 Ml-C51-19 015 010 LPRM CARD Zl I NMIPE4218 MI~1-19 027 LPRM Card Dry Contact NMIPE4219 M I~1-19 027 LPRM Card Dry Contact NMIPE4223 MI&51-19 011 LPRM Card Dry Contact-.NMIPE4224 M 1<51-19 011 LPRM Card Dry Contact NMIPE4238 Ml-C51-19 017 LPRM Card Dry Contact NMIPE4239 Ml&51-19 NM1PE4245 Ml-C51-19 NMIPK0602 W75 NM I PK0602 J 475 017 019 001 LPRM Card Dry Contact LPRM Card Dry Contact RISHH-D12-IK609A (See App G for Eval.)RISHH-D12-IK615A (See App G for Eval.)NMIPE4103 Ml~l-19 018 Aux Trip Unit AR12 (See App H for Eval.)NM1PE4109 Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.)NMIPE4109 Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.)NM1PE4110'1&51-19 016 Aux Trip Unit AR41 (See App H for Eval.)NMIPE4111 M 1~1-19 020 Aux Trip Unit AR51 (See App H for Eval.)NM1PE4111 Ml-C51-19 033 Driver Card Z33 (See App H for Eval.)NM IPE4112 M 1&51-19 033.Driver Card (See App H for Eval.)Q NR-C51-IR603B Q NR&51-IR603A Q NR-C51-1R603B Q NR~I-IR603A'Q NRM I-IR603C Q NR-C51-IR603C Q.NR&51-IR603C Q Indicating Light Q Indicating Light Q Indicating Lights Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q RR-D12-IR605 Q RR-D12-IR607

~Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Contact to Coil.a,l Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil'ontact to Coil Contact to Coil Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R60S EC-QDET-1002 Rev 1 page 347 SH FROM 003.RISHH-D12-IK616A (See App G for Eval.)001 RISHH-D124K617A (See App G for Eval.)002 RISHH-D124K618A (See App G for Eval.)009 RY-13962C (Isoaltion Device)008 RY-13962B (Isoaltion Device)010 RY-13962D (Isoaltion Device)009 FY&33-IK602 (See App F for eval.)009 FY&33-IK605 (See App F for eval.)009 FY%33-IK605 (See App F for eval.)CABLES DWG NMIPK0602 J475 NMIPK0602 J478~NMlPK0602 JA78 NMlPK0603 J439 NMIPK3301 J439 NMIPK3301 JA39 NM1PPF101 J444 NMIPPF101 J444 NMIPPF101 J444 NM1PQ4101 M1451-20 006 C51-IK601E (IRM Mon See App H for Eval.)NMIPQ4101 Ml<51-20 006 C51-IK601A (IRM Mon See App H for Eval.)NMIPQ4102 Ml-C51-20 006 C51-IK601G (IRM Mon See App H for Eval.)NMIPQ4 102 M1451-20 006 C51-1K601C (IRM Mon See App H for Eval.)NMIPR4101 Ml-G33-153 004 FT433-IN037 (Press Boundary)015 NIT-15725A (Isolation Device)015 NIT-15725A (Isolation Device)015 NIT-15725A (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)NMIQ0045L J457 NMIQ0045L J457 NMIQ0045M J457 NMIQ0048L J 457 NM IQ0048L J457 SEPGR(FRM)

TO RR-D12-1R608 Q RR-D124R609 Q.RR-D124R610 RR-D12-1R603 Q RR-D12-1R603 Q RR-D12-IR603 F1&33-IR609

-Q Q F1&33-IR602 Q F1<33-IR602 Q NR<51-IR603C Q, NR<51-IR603A Q NR&51-IR603C Q NR<51-1R603A Q F1&33-IR610 Q Computer Input NM118 Q Computer Input NM602 Q SPDS Input NM6002Z Q Computer Input NM117 Q Computer Input SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class.IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE~Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED YES Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev1 page 348 CABLES DWG NMIQ0048L J457 NM1Q0048M J457 NMlQ0048M J457 NM1Q0835F g-304 NM1Q0835F E-304 NM1Q0835F E-304 NMIQ0835F E-304 NM1Q0835F E-304 NM1Q0835F E-304 NM1Q4239E E-304 NM1Q4239E E-304 NM2E02021 E405 NM2E02022 E405 NM2E02022 E405 NM2E02022 E405 NM2E02022 E405 NM2E02022 E405 NM2E02022 E405 NM2E02023 E405 SH FROM 016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)018 PDT-C32-1N004C (Press Boundary)018 FI'M2-IN008 (Press Boundaty)018 PT<32-IN005 (Press Boundary)018 PDT-C32-1N004A (Press Boundary)018 PDT~2-IN004B (Press Boundary)018 PDT<32-IN017 (Press Boundary)020 PT-15728A (Press Boundary)020 PT-15702 (Press Boundary)001 Ch B (AT-20201 (Transducer))

001 Ch A (AT-20101 (Transducer))

001 Ch A (VT-20101 (Transducer))

001 Ch A (VT-20105 (Transducer))

001 Ch A (VT-20110 (Transducer))

001 Ch A (AT-20104 (Transducer))

001 Ch A (AT-20109 (Transducer))

001 Ch B (AT-20209 (Transducer))

SEPGR(FRM)

TO Q Computer Input NM601 Q SPDS Input NM6001Z Q Computer Input Q SPDS-NFL403Z SPDS-NFP401Z Q SPDS-NFP402Z Q SPDS-NFL401Z Q SPDS-NFL402Z Q'SPDS-I'L404Z Q SPDS-MAPOOIZ Q SPDS-MAP007Z Q Computer Input ETI42 Q Computer Input ETI41 Q Computer Input ETE41 Q Computer Input EBE41 Q Computer Input ETE91 Q Computer Input EGI01 Q Computer Input ETI91 Q.Computer Input ETI92 SEPGR(TO)Non Class IE Non Class lE Non Class 1E Non Class 1E Non Class 1E Non Class lE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED YES gl.

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 349 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)NM2E02023 E405 NM2E02023 E405 NM2E02023 E405 NM2E02023 E405 NM2E02023 E405 NM2E02024 E405 NM2E02024 E405 NM2E02024 E405 NM2E02024 E405 NM2E02024 E405 NM2E02024 E405 NM2E02024 E405 NM2E02025 E405 NM2E02025 E405 NM2E02025 E405 NM2E02025 E405 NM2E02025 E405 NM2E02025 E405 NM2E02026 E405 001 Ch B (VT-20205 (Transducer))

001 Ch C (AT-20304 g'ransducer))

001 Ch C (AT-20301 (Transducer))

001 Ch C (VT-20305 g ransducer))

001 Ch C (VT-20302 (Transducer))

001 Ch C (AT-20309 (Transducer))

001 Ch B (AT-20204 (Transducer))

001 Ch D (AT-20401 (Transducer))

001 Ch D (VT-20405 g ransducer))

001 Ch D (AT-20404 (Transducer))

001 Ch D (AT-20409 transducer))

001 Ch C (VT-20310 (Transducer))

004 XY42411 (Isoaltion Device)004 XY-42409 (Isoaltion Device)004 XY42412(lsoaltion Device)004 XY42408 (Isoaltion Device)004 XYA2407lsoaltion Device)004 XY424010(isoaltion Device)004 XY42405 (Isoaltion Device)Q Computer Input EBFA2 Q Computer Input EGI04 Q Computer Input ETI43 Q Computer Input EBFA3 Q Computer Input ETFA2 Q Computer Input ET193 Q Computer Input EGI02 Q Computer Input ETI44 Q Computer Input EBE44 Computer Input EGI04 Q Computer Input ETI94 Q Computer Input El%92 Q Computer Input EGJ02 Q Computer Input EGE02 Q Computer Input EGE01 Q Computer Input EGU05 Q Computer Input EGJ01 Q Computer Input EGU06 Q Computer Input EGJ03 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E YES YES

Q Loads in Contact with RR-D12-0R609, OR610, 1R605, 1R607, 1R608 EC-QDET-1002 Rev 1 page 350 CABLES DWG NM2E02026 E405 NM2E02026 E405 NM2E02026 E405 NM2E02026 E405 NM2E02026 E405 FROM 004 XYA2401 (Isoaltion Device)004 XY42406 (lsoaltion Device)004 XY42403 (Isoaltion Device)004 XY42402 (lsoaltion Device)004 XY42404 (lsoaltion Device)SEPGR(FRM)

TO Q Computer Input EGJ04 Q Computer Input EGU07 Q Computer Input EGU08 Q Computer Input EGE03 Q Computer Input EGE04 SEPGR(TO)Non Class IE Non Class lE Non Class 1E Non Class IE Non Class lE ISOLATED YES YES Q Loads in Contact with NR-C51-1R603A EC-QDET-1002 Rev 1 page 351 CABLES FKIP33 104 NKIC51011 NKIPD4205 NKIPE4244 NKIPE4289 NKIQ0029A NKIQ0029A NKIQ0029A NKIQ0029A NKIQ0029A NKIQ0029A NK1Q0029A NKIQ0029A.

NKIQ0029A NKIQ0029A NKIQ0029B NKIQ0053A NKIQ4243M NMIA0403G DWG SH FROM E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 036 SVXI-157104 (isolation Relay)036 SVX2-157104 (Isolation Relay)'036 SVX2-157100B (Isolation Relay)036 SVX1-157104 (Isolation Relay)036 SVX1-157102A (Isolation Relay)036 SVXI-157100B (Isolation Relay)036 SVXI-157100A (Isolation Relay)036 SVXI-157100A (Isolation Relay)E-304 E-304 E-304 JA39 E-304 036 036 036 002A SVXI-1571002A (Isolation Relay)SVX2-1571002B (isolation Relay)SVX2-157104 (isolation Relay)RY-13961C (isolation Device)Relay k 60 Dry Contact E423 001 Ch C (VT-20301 (Transducer))

Ml-B21-129 008 Div 11 (Dry Contact)M 1<51-20 012 Aux Unit Z2C M 1<51-19 018 IRM AUX UNlT (See App H for Eval.)Ml-C51-19 039 Relays MI<51-19 039 Relays SEPGR(FRM)

TO Indicating Lights IRM Det Position NR&51-IR603B Dry Contact Dry Contact SPDS-NCZ120Z SPDS-NCZ620Z SPDS-NCZ616Z'PDS-NCZ122Z SPDS-NCZ614Z SPDS-NCZ116Z SPDS-NCZ612Z SPDS-NCZ114Z SPDS-NCZ118Z SPDS-NCZ618Z SPDS-NCZ622Z ES-G33-IK601 SPDS-NIZ002Z Computer Input ETE42 SEPGR(T0)Non Class IE Non Class IE NA NA Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E ISOLATED Contact to Coil Contact to Coil Contact to Coil YES Contact to Coil

Q Loads in Contact with NR-C51-1R603A EC-QDET-1002 Rev 1 page 3S2 CABLES DWG SH FROM SEPGR(FRM)

TO NMlB21006 NM1B21006 NMIB 21007 Ml-B21-128 003 LT-B21-IN027 (Press Boundary)Ml-B21-94 002 FT-B21-IN034K (Press Boundary)Q Q Q Q Q Q Q Q FT-B21-1N034M (Press Boundary)NM1B2 1007, Ml-B21-94 002 Ml-B21-94 002 FT-B21-IN034P (Press Boundary)Ml-B21-94 002 FT-B21-1N034S (Press Boundary)NM1B21007 NM1B21007 NMIB2 1008 NM IB2 1008 NMIB 21008 NM IB21008 NMIB21008 NM1B21008 NMIB21009 NM IB21010 NMIB21010 NMIB21010 NM1B2 1010 NMIB2 1010 NM1B21010 FT-B21-1N033A (Press Boundary)FT-B21-IN033C (Press Boundary)Ml.-B21-94 001 Ml-B21-94 001 Ml-B21-94 001 FT-B21-IN034B (Press Boundary)Ml-B21-94 002 FT-B21-1N034F (Press Boundary)Ml-B21-94 002 FT-B21-1N034H (Press Boundary)Ml-B21-94 002 FT-B21-IN034D (Press Boundary)Ml-B21-94 001 FT-B21-IN033A (Press Boundary)Ml-B21-94 001 FT-B21-IN033B (Press Boundary)Q Q Q Q Q Q Q Q Q Ml-B21-94 001 FT-B21-IN033D (Press Boundary)Ml-B21-94 002 FT-B21-IN034G (Press Boundary)FT-B21-IN034A (Press Boundary)FT-B21-1N034C (Press Boundary)Ml-B2 1-94 002 M 1-B21-94,002 Ml-B21-94 002 FT-B21-1N034E (Press Boundary)LI-B21-1R604 LI-B21-IR605 PDI-B21-1R608K PDI-B21-IR608M

'PDI-B21-IR608P PDI-B21-1R608S FY-B21-1K605A FY-B21-1K605C PDI-B21-IR608B PDI-B21-IR608F PDI-B21-IR608H PDI-B21-IR608D FY-B21-IK605A FY-B21-IK605B FY-B21-IK605D PDI-B21-I R608G PDI-B21-IR608A PDI-B21-1R608C PDI-B21-1R608E Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q SEPGR(T0)Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Chss IE Non Class IE Non Class lE Non Class IE Non Class'IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE ISOLATED Q Loads in Contact with NR-C51-1R603A EC+DET-1002 Rev 1 page 353 CABLES DWG SH FROM NMIB21011 NMIC32001-NMIC32001 NMIC5 1009 Ml-C51-19 044 LPRM NMIC51010 NMIC5 1011 NMIC5 1013 NMIC5 1016 NMIC51017 NMIC5 1018 NMIC51020 NMIC51021 NMIC5 1023 NMIC51024 NMIC51026 NM IC51027 NMIC51029'-

NMIC51030 NMIC51032 MI<51-19 044 LPRM M 1<51-19 044 LPRM MI<51-19 044 LPRM MI&51-19 044 LPRM M 1&51-19 044 LPRM M I&51-19 044 LPRM MI<51-19 044-LPRM M 1&51-19 044 LPRM Ml-C51-19 044 LPRM MIDI-19 044 LPRM Ml-C51-19 044 LPRM M I-C51-19.044 LPRM Ml-C51-19 044 LPRM M I&51-19 044 LPRM M 1&51-19 044 LPRM Ml-821-94 001 PDT-B21-IN032 (Press Boundary)Ml-C32-17 006 PDTC32-IN004A (Press Boundary)Ml-C32-17 006 PT&2-IN005 (Press Boundary)SEPGR(FRM)

TO XR-B21-IR613 Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Computer Analog Input Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input'Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class.IE Non Chss IE Non Chss IE Non Oass IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED 0

Q Loads in Contact with NR-C51-1R603A EC-QDET-1002 Rev1 page 354 CABI ES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMlC51045 NM1C94117 NM1C94118 NMlF0203E NMIF0203F NM1I4202L NM114801C NMII4801D NMII4801E NM1I4801F NM1P11901 NMIP14101 NMlP14101 NMlP1F101 NM1P91601 NMIP91603 NM IPB4102 NMIPB4102 NMIPB4102 JM8 001 Ml-B21-128 003 Ml-B21-128 003 Ml-B21-128 003 XY-14806 (Isolation Device)LT-B21-IN027 (Pressure Boundary)PDT-B31-1N015A (Press Boundary)PDT-B31-1N015B (Press Boundary)Q Q Q Q Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q Ml<12-110 016 Ml-C12-110 015 J406 011 J406.012 APRM Trip Unit Contacts APRM Trip Unit Contacts PDT~2-IN004B (Press Boundary)PDT-C32-1N004A (Press Boundary)J-406 024 PT~2-IN005 (Press Boundary)Q Q Q Q Q Ml&51-20 012 Aux Unit Z2C Ml-C51-19 033 Driver Card Ml-C51-19 033 Driver Card E-304 017 PDT-B21-1N032 (Press Boundary)E-304 017 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q JA42 002 LY-14202A (Isolation Device)JM8 002 RG.L97 Cat 2 (FT-14806 See App I for Eval.)Q JM8 001 R.G.1.97 Cat 2 (FE-14806 See App I for Eval.)Q JM8 001 R.G.1.97 Cat 2 (FE-14806 See App I for Eval.)Q IRM Det Position Computer Analog Input Computer Analog Input SPDS NJP051Z SPDS NBL002Z Computer Input Non Class 1E Non Class IE Contact to Coil Non Class lE Non Class 1E Non Class 1E Non Class IE YES Computer Input NXFOI LI-B21-IR605 PDI-B31-1R612A PDI-B31-IR612B LI-B21-1R604 Isolator Card Zl Isolator Card Zl LI<32-IR606B LIM2-1R606A

~PI&32-IR605 Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class lE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Contact to Coil Contact to Coil R.G.1.97 Cat 2 (LI/FI 14806)Q R.G.1.97 Cat 2 (FT-14806)

R.G.1.97 Cat 2 (FT-14806)

Q Loads in Contact with NR-C51-1R603A EC+DET-1002 Rev 1 page 355 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED NMIPB4103 NMIPB4105 NMIPC1301 NM1PD4206 NMIPD4213 NM1PD4217 NM IPD4X01 NM 1 PD4X01 NMIPD4X02 NMIPD4X02 J406 013 PDTM2-IN017 (Press Boundary)M1432-17 003 PTC32-IN008 (Press Boundary)JM8 003-R.G.1.97 Cat 2 (LI/FI-14806 See App I for Eval.)MI<51-20 006 IRMRangeSwE MIMI-20 006 IRMRangeSwC MI<51-20 006 IRMRangeSwA MIN 1-20 007 C51-1K601B (IRM Mon See App H for Eval.).Q Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.)Q Ml<51-20 007 C51-1K601D (IRM Mon See App H for Eval.)Q M1451-20 007 C51-IK601H (IRM Mon See App H for Eval.)Q LRM2-IR608 FR~2-1R609 LT~I-1N001 C51-1K601E (IRM Mon)C51-IK601C (IRM Mon)C51-IK601A (IRM Mon)NR~I-1R603B NR~I-IR603D NRMI-IR603B NR-C51-IR603D Non Class IE Non Class IE Non Class IE Non Chss IE Non Class 1E Non Class IE Non Class 1E NM IPDF206 NMIPD F207 NM IPDF212 NMIPD F213 NMIPFA 101 NMIPFA103 NMIPFA109 NM1PFA 109 NMIPFA110 Ml<51-19 Ml<51-19 018 Aux Trip Unit AR12 (See App H for Eval.)012 Aux Trip Unit AR31 (See App H for Eval.)MI~I-19'.014 Aux Trip Unit AR32 (See App H for Eval.)Ml~1-19 016 Aux Trip Unit AR41 (See App H for Eval.)Ml&51-20 007 IRM Range Switch B Ml~1-20 007 IRM Range Switch F Ml<51-20 007 IRM Range Switch D MI<51-20 007 IRM Range Switch H MI~I-19 022 Aux Trip Unit AR12 (See App H for Eval.)e e Q e e Q Q e IRM-C51-1K601B IRMA 1-1K601F IRM-C51-IK601D IRM<51-IK601H NR&5 I-I R603D.NR-C51-IR603B NR-C51-1R603A NR&51-IR603B

.NR~1-1R603A Non Class 1E Non Class lE Non Class IE Non Class lE Non Class IE 0

Q Loads in Contact with NR-C51-1R603A EC+DET-1002 Rev 1 page 356 CABLES.DWG SH FROM NMIPFA 111 NMIPFA 111 NMIPFA112 Ml~1-19 020 Aux Trip Unit AR51 (See App H for Eval.)MIM1-19 033 MIMI-19 033 Driver Card 233 (See App H for Eval.)Driver Card (See App H for Eval.)NM1PFA216 NM1PFA218 NM1PFA219 NM1PFA223 NM1PE4224 NMIPE4238 NMI PFA239 NMIPFA245 NM IPE4267 NMlPE4268 NM1PE4279 NM1PE4280 NM1PE4283 NMIPK0602 NM1PK0602 MIMI-19 010 LPRM CARD Zl I MI~I-19 027 LPRM Card Dry Contact Ml<51-19 027 LPRM Card Dry Contact M 1<51-19 011 LPRM Card Dry Contact Ml~l-19 Ol 1 LPRM Card Dry Contact Ml~l-19 017 LPRM Card Dry Contact M I~I-19 017 Ml-C51-19 019 LPRM Card Dry Contact LPRM Card Dry Contact Ml<51-19 013 APRM Card M 1~1-19 013 APRM Card Ml~1-19 040 Flow Unit C Ml-C51-19 025 Relay Contacts Ml-C51-19 025 Relay Contacts J475.001 RISHH-D12-IK609A (See App G for Eval.)J475 002 RISHH-D12-1K615A (See App G for Eval.)NM1PE4215Ml~l-19 015 LPRM Card Dry Contact SEPGR(FRM)

TO Q NR<51-IR603C

'Q NR<51-IR603C Q NRM I-IR603C Q Indicating Light Q Indicating Lights Q Indicating Light Q Indicating Light Q Indicating Light Indicating Light Q Indicating Light Q Indicating Light Q Indicating Light Q Indicating Lights Q, Indicating Light Q Indicating Light Q Indicating Lights Q Indicating Lights Q RR-D12-IR605 Q RR-D12-IR607 SEPGR(T0)Non Class IE Non Class 1E Non Class 1E ISOLATED Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class IE Non Class IE Non Class lE Non Class IE Non Class 1E Contact to Cail p f Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Co'ntact to Coil Non Class 1E Contact to Coil Non Class 1E Contact to Coil Non Class 1E Contact to Coil.Non Class 1E Contact to Coil

Q Loads in Contact with NR-C51-1R603A EC-QDET-1002 Rev 1 page 357 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED J475 003 RISHH-D12-IK616A (See App G for Eval.)J478 001 RISHH-D124K617A (See App G for Eval.)NMIPK0602 NMIPK0602 NMIPK0602 Q RR-D1 2-IR608 Q RR-D124R609 Q RR-D124R610 Q RR-D12-IR603 Q RR-D12-IR603 Q RR-D12-1R603 Q RR-D12-.1R605 Q RR-D12-1R607 Q RR-D124R610 Q RR-D12-IR608 Q RR-D124R609 J478 002 RISHH-D124K618A(SeeAppGforEval.)

NMIPK0603J439 009 RY-13962C (lsoaltion Device)J439 008 RY-13962B (Isoaltion Device)J439 010 RY-13962D (Isoaltion Device)J475 001 RISHH-D12-1K609A(SeeAppGforEval.)

J475 005 RISHH-D12-1K615B(SeeAppGforEval.)

J475 005 RISHH-D124K618A(SeeAppGforEval.)

J475 006 RISHH-D12-1K616B(SeeAppGforEval.)

J478 001 RISHH-D124K617A(SeeAppGforEval.)

NM IPK3301 NM1PK3301 NM IPK3302 NMIPK3302 NMIPK3302 NMIPK3 302 NMIPK3302 NMIPQ4101 NM IPQ4 101 NMIPQ4102 NMIPQ4102 NM1PR4101 NM1PR7N01 NMIQ0045L NM IQ0045L Q F1&33-I R610 Q Computer Analog Input Q-Computer Input NM118 Ml-G33-153 004 FT433-IN037 (Press Boundary)M 1433-153 004 FY-14476 (Isolation Device)J457'.015'IT-15725A (isolation Device)J457 015 NIT-15725A

{Isolation Device)Q Computer Input NM602 Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval.)Q NRC51-IR603A MIZ51-20 006 C51-IK601E (IRM Mon See App H for Eval.)Q NRC51-IR603C Ml-C51-20 006 C51-IK601C (IRM Mon See App H for Eval.)Q NRZ51-IR603A MI451-20 006 C51-IK60IG (IRM Mon See App H for Eval.)Q NRC51-IR603C Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES YES YES 0

Q Loads in Contact with NR-C51-1R603A EC+DET-1002 Rev1 page 358 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED J457 015 NIT-15725A (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)NM1Q0045M NMIQ0048L NM1Q0048L NMIQ0048L NMIQ0048M NM1Q0048M NMIQ1217L NM1Q1217M J457 J457 J457 J457 J457 E-304 017 XY-14201B (Isolation Device)017 XY-14201A (isolation Device)017 XY-14201D (isolation Device)'017 XY-14201C (Isolation Device)017 XY-14201E (Isolation Device)NM1Q12 17M E-304 NM1Q1217N NM1Q1217P NM1Q1217Q NM1Q1217R NMlQ1217S NMIQ1217T NM2M0109C NM2M0110C E-304 E-304 E-304 M I-C51-19 MI<51-19 012 XY-14201A (Isolation Device)014 XY-14201B (isolation Device)Ml-C51-19 016 XY-14201C(Isolation Device)J-411 001 XY41109AI (isolation Device)003 XY41109BI (Isolation Device)E-304, 017 XY-14201F(lsolationDevice)

Q SPDS Input NM6002Z Q Computer Input Q-Computer Input NM117 Q Computer Input NM601 Q'Computer Input Q SPDS Input NM6001Z SPDS NM5006Z Q SPDS NM5002Z Q SPDS NM5001Z Q SPDS NM5004Z Q SPDS NM5003Z Q SPDS NM5005Z Q PME2 (Power Supply)Q PME2 (Power Supply)Q PME2 (Power Supply)Q Computer Analog Input Q Computer Input Non Class lE Non Class 1E Non Class IE Non Class IB Non Class IE Non Class IE Non Class IB Non Class 1B Non Class IE Non Class IE Non Class IE Non Chss lE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E YES YES YES YES

\1-wwa Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 3S9 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIB21004 FK1B21004 FKI B21004 FK1B21004 FKlB2 1004 FKIB2 1005 FK1B21005 FK1B21005 FKlB21005 FKlB21005 FKlB21005 FK IB21005 FK1B 21005 FKlB 21006 FK1B2 1006 FK1B21006 FK1B21007 FKlP33101 FK1P33102 M 1-B21-129 003 Ml-B21-129 003 Div II (PS-E21-1N008B)

Div II (SV-14113G2)

Ml-B21-129 003 Div II (SV-14113 J2)Ml-B21-129 003 Div II (SV-14113K2)

Ml-B21-129 003 Div II (SV-14113L2)

Ml-B21-129 003 Div II (PS-El 1-1N009B)Ml-B21-129 003 Div II (PS-El 1-1NOIOB)M 1-B21-129 003 Div H (PS-El I-1N016B)Ml-B21-129 003 Div II (PS-El 1-1N020D)Ml-B21-129

'03 Div II (PS-El 1-1N010B)Ml-B21-129 005 Div II (1D624-11)

Ml-B21-129 003 Div H (LIS-B21-1N031D)

Ml-B21-129 003 Div H (PS-El I-1N010D)Ml-B21-129 003 Div II (LIS-B21-1N031B)

Ml-B21-129 005 Div II (SV-14113M2)

Ml-B21-129 005 Div II (SV-14113N2)

M 1-B21-129 003 Div II (LIS-B21-1N042B)

M 1-B21-129 003 Div II (PS-El 1-1N016D)M 1-B21-129 003 Div II (PS-El 1-1N020B)Q Div II (K113D)Q Div II (K3B)Q Div II (K113B)Q Div II (K19B)Q Div II (K20B)Q Div II (K12B)Q Div II (K10B)'Div II (K10B)Q Div II (KIOB)Q Div II (K15B)Q Div II (K4B)Q Div II (K17B)Q Div II (K18B)Q Div II (K9B)Q~Div II (K2B)Q Div II (K9B)Q Div II (K9B)Q Div II (K2B)Q Indicating Light Q Q e e Q Q e e e e Q Q Q e e Q e Ib I, Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 pago 360 CABLES DWG-SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKI F33 104 FKIQ0628G FK1Q0838E FKIQ1333D FKIQ1333D FKIQ1333E FK1Q1551D FKIQ1551D FKIQ1551E FKIQ1551E FK1Q1551F FKIQ1551F FK1Q1551F FKIQ155IF FKlQ1551G FKIQ4035D FK1Q4035D FKIQ4035F FK IQ4038A Ml-B21-129 008 Div II (Dry Contact)E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 002 Div II (HV-15768) 007 Div II (HV-E21-I F015B)006 Div II (HV-E51-I F007)006 Div II (HV-E51-1F034) 001 Div II (HV-E51-1F088) 011 Div II (HV-B21-1F019) 011 Div II (HV-B21-I F028D)011 Div II (SV-El I-IFOSOB)011 Div II SV-El I-IFOSOA)011 Div II (HV-B21-1F028A) 011 Div II (HV-B21-IF028B)

E-304 E-304 E-304 E-304 E-304 E-304 011 Div II (HV-B21-IF028D) 011 Div II (TIP BALL VALVE)008 Div II (HV-FA1-IF003) 008 Div II (HV-FAI-IF075)

.008 Div II (HV-FA I-I F042)008 Div II (HV-El I-1F024B)E-304011 Div II (HV-B21-IF028C)

Q Indicating Lights e Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-1570 IB)Q Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Divll(Iso MuxXIT-15701B)

Q Q Div Il (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q

Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 361 CABLES DWG FK1Q4038A FK1Q4038A FKIQ4038B E-304 E-304 E-304 FK1Q4038E FKIQ4038F FKlQ4038G FK1Q4038G FK1Q4038G FK1Q4038H FKlQ4038J FKlQ4038L FK1Q4038R FK1Q4190F FKIQ4190F FKIQ4190G FKIQ4190G FKlQ4190H FK1Q4190H E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304;":'-304 E-304 FK1Q4038D, E-304 SH FROM 008 Div II (HV-El 1-1F027B)008 Div II (HV-El 1-1F016B)005 Div II (HV-El I-1F021B)007 Div II (HV-El I-I F008)007 Div II (HV-El I-1F008)012 Div II (HV-11346) 014 Div II (SV-12605) 014 Div II (SV-12644) 014 Div II (SV-12649) 014 Div II (SV-12605) 014 Div II (HV-El 1-1F015B)014 Div II (HV-15711) 012 Div II (HV-11345) 015 Div II (HV-15714) 015 Div II (SV-15738) 015 Div II (HV-15704) 015 Div II (HV-15724)

.010 Div II (SV-15740B) 010 Div II (SV-15742B)

SEPGR(FRM)

TO SEPGR(T0)Q Div II (Iso Mux XIT-15701B)

Q Div II (iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Divll(Iso MuxXIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

.Q, Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q.Div II (Iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q.Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux X1T-15701B)

Q.!ISOLATED

i~~'g 0" C~l T/0 Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 362 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIQ4190J FKIQ4190J FKIQ4190J E-304 E-304 E-304 FKIQ4190K FKIQ4190K FK1V2619D FK1V2619D E-304 E-304 E-304 E-304 FK1V2619D-E-304 FKI V2619D FKIV2619E FKIV2619E FK1V2619F FKIV2619F FM114203K FM1Q0835D FM1Q4190A FMIQ4190K FMIQ4190K E-304 E-304 E-304 E-304 E-304 J442 E-304 E-304 E-304 E-304 FK1Q4190K E-304 015 Div H (HV-15721) 015 Div II (HV>>15723) 015 Div II (HV-15724) 015 Div II (SV-15789) 015 Div II (HV-15705) 015 Div II (SV-15738) 005 Div II (HV-18792B2) 005 Div II (HV-18792B1) 005 Div II (HV-18782B1) 005 Div II (HV-18782B2) 002 Div II (HV-18781B1) 002 Div II (HV-18781B2) 002 Div II (HV-18791B1) 002 Div II (HV-18791B2) 003 Div II (PT-14203B) 018 FT-El I-IN003B (Press Boundary))

018 Div II (PT-15729B)

'16 Div II (TT-15790B) 016 Div Il (TT-15799B)

Q Div II (iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div H (iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Q Div II (lso Mux XIT-15701B)

Q Q Div Il (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Divll(iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div Il (Iso Mux XIT-15701B)

Q

'k 1~

Q Loads in Contact with NR-C51-1R603B EC+DET-1002 Rev1 page 363 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FM1Q4190L FM lQ4190L FM1Q4190M FM1Q4190M FM1Q4236E FM1Q4236E FM1Q4236F FM IQ4238D NK1PE4244 NKIPE4289 NMlA0403G NMIC32001 NMIC32001 NMIC51009 NM1C51010 NM1C5 1011 NMlC5 1013 NM1C5 1016 NM1C5 1017 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 016 DivH (PI'-15709B) 016 Div II (FI'-15710B) 016 Div II (LT-15775B) 016 Div II (LT-15776B) 016 Div II (AR-15745B) 016 Div II (AR-15746B) 016 Div II (TX-15752) 020 Div II (RY-15721B)

Ml-CS 1-19 039 Relays MI&51-19 039 Relays E%23 001 Ch C (VT-20301 g'ransducer))

MIZ51-19 MI<51-19 044 LPRM 044 LPRM Ml<51-19 044 LPRM MI&51-19.044 LPRM M 1&51-19 044 LPRM M1432-17 006 PDT-C32-1N004A (Press Boundary)MI432-17 006 PTC32-IN005 (Press Boundary)Ml-C5 1-19 044 LPRM Q Div II (iso Mux KIT-1570IB)

Q Dry Contact Dry Contact Q.Computer Input ETFA2 Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input NA NA Non Class 1E Non Chss IE Non Class lE Non Class 1E Non Class 1E Non Class lE Non Class 1E Non Class 1E Non Class lE Q Div II (iso Mux XIT-15701B)

Q Q Divll(lsoMuxXIT-15701B)

Q Div II (iso Mux X1T-15701B)

Q Q Div Il (lso MuxXIT-15701B)

Q Q Div II (iso Mux XIT-1570IB)

Q Q Div II (iso Mux XIT-15701B)

Q Q.Div II (iso Mux XIT-IS701B)

Q Contact to Coil Contact to Coil 8

Q Loads in Contact s ith NR-C51-1R603B EC-QDET-1002 Rev1 page 364 CABLESDWG SH FROM NM1C51018 NM1C51020 NM1C51021 Ml-C51-19 044 LPRM MI<51-19 044 LPRM Ml-C51-19 044 LPRM SEPGR(FRM)

'TO Q Computer Analog Input Computer Analog Input Computer Analog Input SEPGR(TO)Non Class lE Non Class 1E Non Class IE ISOLATED NM1C51023', Ml-C51-19 044 LPRM Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class lE Non Class 1E Q Computer Analog Input Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Ml-C51-19 044 LPRM Ml-C51-19 044 LPRM MI<51-19 044 LPRM MI<51-19 044 LPRM Ml-C51-19 044 LPRM Ml-C51-19 044 LPRM Ml-C51-19 044 APRM Card Ml-C51-19 033 Driver Card Ml-C51-19 033 Driver Card NM1C51024 NM1C51026 NM1C51027 NM I C51029 NM1C51030 NM1C51032 NM1C51033 NM1C94117 NM1C94118'M114801C NM1 l4801F NMIP14101 NM1P14101 NMIPlF101 NMlP91601 R.G.1.97 Cat 2 (FT-14806 See App I for Eval.)Q XY-14806 (isolation Device)Q JA48 002 JA48 001~R.G.1.97 Cat 2 (LI/FI 14806)Q Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class 1E Computer Input NXFOI PDI-B31-1R612A PDT-B31-1N015B (Press Boundary)Q LITS-B21-IN026D (Mech Sw See App C for Eval.)Q Ml-B21-128 003 Ml-B21-128.

003 PDI-B31-IR612B LI-B21-1R604 Q Isolator Card Zl Ml-C12-110 016 APRM Trip Unit Contacts Ml-B21-128

.003 PDT-B31-1N015A (Press Boundary)Q Contact to Coil

4 Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 365 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIP91603 NMIPB4102~NM1PB4102 NMIPB4102 NMIPB4103 NMIPB4105 NMIPC1301 NMIPD4206 NMIPD4213 NMIPD4217 NM1PD4X01 NMIPD4X01 NMIPD4X02 NMlPD4X02 NM1PDF206 NMIPDF207 NM IPDF212'MIPDF213 NM1PE4101 MI&12-110 015 APRMTrip Unit Contacts J406 011 PDT~2-IN004B (Press Boundary)J406 012 PDT-C32-IN004A (Press Boundary)J406 024 PT&32-IN005 (Press Boundary)J406 013 PDT-C32-IN017 (Press Boundary)Ml-C32-17 003 FI'432-IN008 (Press Boundary)Q Isolator Card Zl Q LIM2-IR606B Q LIM2-IR606A Q Pl-C32-I R605 Q LR<32-1R608 Q FRM2-IR609 J448 M 1<51-20 006 IRM Range Sw E MI<51-20 006 IRM Range Sw C Ml-C51-20 006 MI&51-20 007 M I-C51-20 007 M 1&51-20 007 IRM Range Sw A C51-IK601B (IRM Mon See App H for Eval.)C51-IK60IF (IRM Mon See App H for Eval.)C51-1K601D (IRM Mon See App H for Eval.)Ml-C51-20 007 C51-IK601H (IRM Mon See App H for Eval.)M 1<51-20 007 IRM Range Switch B MI&51-20.007 IRM Range Switch F Ml-C51-20 007 IRM Range Switch D Ml-C51-20'.007 IRM Range Switch H Ml-C51-19 022 Aux Trip Unit AR12 (See App H for EvaL)Q C51-IK601E (IRM Mon)Q C51-IK601C (IRM Mon)Q C51-IK601A (IRM Mon)Q NRM I-IR603B NR-C51-IR603D Q NR<51-IR603B Q NR~1-1 R603D Q IRM<51-IK601B Q IRM<51-IK601F Q IRM<51-IK601D Q IRM&51-IK601H Q NR<51-IR603D 003 RG.1.97 Cat 2 (LI/FI-14806 See App I for Eval:)Q LT-C41-IN001 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class IE Contact to Coil 0

.Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 366 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED NMIPE4 103 NMIPE4109 NMIPE4109 Ml~1-19 018 Aux Trip Unit AR12 (See App H for Eval.)Ml<51-19 012 Aux Trip Unit AR31 (See App H for Eval.)MI&51-19 014 Aux Trip Unit AR32 (See App H for Eval.)NMI PE4111 NMIPE4111 NMIPE4112 NMIPE4215 NMIPE4216 NMlPE4218 NM1PE4219 NM1PE4223 NMIPE4224 NMIPE4238 NMIPE4239 NMIPE4245 NM1PE4267 NMIPE4268 NMI PE4279 M 1~1-19 020 Aux Trip Unit AR51 (See App H for Eval.)Ml<51-19 033 Driver Card Z33 (See App H for Eval.)Ml~1-19 033 Driver Card (See App H for Eval.)MI<51-19 015 LPRM Card Dry Contact M 1~1-19 010 LPRM CARD Zl I Ml-C51-19 027 M 1~1-19 027 LPRM Card Dry Contact I LPRM Card Dry Contact MI<51-19 011 LPRM Card Dry Contact MI<51-19 011 LPRM Card Dry Contact MI<51-19 017 LPRM Card Dry Contact M 1<51-19 017 M 1<51-19 019 LPRM Card Dry Contact LPRM Card Dry Contact Ml-C51-19 013 APRM Card Ml-C51-19'.013 APRM Card MI&51-19 040 Flow Unit C NMIPE4110, MI<51-19 016 Aux Trip Unit AR41 (See App H for Eval.)NR&51-IR603B NR<51-IR603A NR~1-I R603B NR-C51-IR603A NR&51-IR603C NR<51-IR603C NR-C51-IR603C Indicating Light Indicating Lights Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light Indicating Lights Indicating Light Q.Indicating Light Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Contact to Coil-Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Cotl Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil I

Q Loads in Contact s ith NR-C51-1R603B EC-QDET-1002 Rev1 page 367 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIPE4280 NMIPE4283 NM I PK0602 NMIPK0602 NMI PK0602 NMIPK0602 NMIPK0602 NM IPK0603 NMIPK3301 NMIPK3301 NMIPK3302 NMIPK3302 NMIPK3302 NMIPK3302 NMIPK3302 MI~I-19.025 Relay Contacts MI-CS 1-19 025 Relay Contacts J475 001.RISHH-D12-1K609A(See AppGforEval.)

J475 J475 003 RISHH-D12-IK615A (See App G for Eval.)RISHH-D12-IK616A (See App G for Eval.)J478.J478 J439 J439 001 RISHH-D124K617A (See App G for Eval.)002 RISHH-D124K618A (See App G for Eval.)009 RY-13962C (Isoaltion Device)008 RY-13962B (Isoaltion Device)J439 010 RY-13962D (Isoaltion Device)J475 001 RISHH-D12-IK609A (See App G for Eval.)J475 005 RISHH-D124K618A (See App G for Eval.)J475 005 RISHH-D12-IK615B (See App G for Eval.)J475 006 RISHH-D 12-IK616B (See App G for Eval.)JA78 001 RISHH-D124K617A (See App G for Eval.)NMIPQ4101 NMIPQ4 102 NM1PQ4 102 Ml-CSI-20 006 CS I-IK601E (IRM Mon See App H for Eval.)Ml-CS 1-20'.006 CS I-IK601C (IRM Mon See App H for Eval.)Ml-C51-20 006 CS I-IK601G (IRM Mon See App H for Eval.)NMIPQ4101 Ml-CSI-20 006 CSI-IK601A(IRMMon See'AppHforEval.)

Q Indicating Lights Q Indicating Lights Q RR-D12-IR605 Q RR-D12-1R607 Q RR-D12-IR608 Q RR-D124R609 Q RR-D124R610 Q RR-D12-IR603 Q RR-D12-IR603 Q RR-D12-IR603 Q.RR-D12-IR605 Q RR-D 124 R610 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D124R609 Q NRM 1-IR603A Q NR~I-IR603C Q NISI-IR603A Q NR<51-I R603C Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class.IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Contact to Coil Contact to Coil YES

Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 368 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIPR4101 NMlPR7N01 Ml-G33-153 004 FT433-IN037 (Press Boundary)M1433-153 004 FY-14476 (isolation Device)NM1Q0048L NMIQ0048L NM IQ0048L NM1Q0048M NM1Q0048M NM1Q1217R NMIQ1217S NMlQ1217T-NM1Q1217U NM2E02009 NM2E02010 NM2E02010 NM2E02010 NM2E02011 J457-016 NIT-15725B (Isolation Device)J457 J457 J457 016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)J457 016 M1~1-.19 012 NIT-15725B (Isolation Device)XY-14201A (isolation Device)M1451-19 014 XY-14201B (Isolation Device)M1451-19 016 XY-14201C(Isolation Device)Ml-C51-19 020 XY-142018 (Isolation Device)E423 E423 E423.E-023 E-023 004 Ch A (AT-20201 (Transducer))

003 Ch A (AT-20104 (Transducer))

003 Ch A (VT-20104 (Transducer)

.003 Ch A (AT-20101 (Transducer))

003 Ch C (AT-20301 (Transducer))

NM1Q0045L.J457 015 NIT-15725A (isolation Device)NMlQ0045L;-J457 015 NIT-15725A (isolation Device)NMIQ0045M'-.J457 015 NIT-15725A (Isolation Device)Q F1&33-IR610 Q Computer Analog Input Q Computer Input NM602 Q Computer Input NM118 Q SPDS Input NM6002Z Q Computer Input Q Computer Input NM117.Q Computer Input NM601 Q Corhputer Input Q.SPDS Input NM6001Z.Q PME2 (Power Supply)Q PME2 (Power Supply)Q PME2 (Power Supply)Q PME2 (Power Supply)Q Computer Input ETI46 Q Computer Input ETI51 Q Computer Input Ebe91 Q Computer Input ETI45 Computer Input ETI47 Non Class 18 Non Class 1E Non Class 18 Non Class lE Non Class 1E Non Class IE Non Class 18 Non Class IE Non Class 18 Non Class 18 Non Class 1E Non Class 18 Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES YES YES Q Loads in Contact with NR-C51-1R603B EC-QDET-1002 Rev1 page 369 CABLES D%G SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM2E02011 NM2E02012 NM2E02012 E423~E423 E423 NM2E02012 NM2M0110C RKIQ0628J RKIQ0628K RK1Q0840G E423 J411 E-304 E-304 NM2E02012E423 004 Ch B (VT-20204 (Transducer))

003 Ch B (AT-20204 transducer))

003 Ch C (AT-20308 g ransducer))

003 Ch D (AT-20401 (Transducer))

003 Ch D (VT-20404 (Transducer))

003 XY41109B I (isolation Device)002 Division II AIIiliated 002 Division'IIA6iliated 032 Div II Atnliated (1Y689)Q Computer Input EBE92 Q Computer Input EGI52 Q Computer Input ETI97 Q Computer Input ETI48 Q Computer Input EBE94 Q Computer Input Q HV-16116 A2 Q~HV-1610 8A2 Q IC699B Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE p.l Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 370 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIP33 104 NKIC51011 NKIPD4205 Ml-B21-129 008 Div II (Dry Contact)Ml~1-20 012 Aux Unit Z2C M 1<51-19 018 IRM AUX UNIT (See App H for Eval.)NKIPFA244'1<51-19 039 Relays NKIPE4289 NK1Q0029A NKIQ0029A NKIQ0029A Ml-C51-19 039 Relays E-304 036 SVX1-157104 (Isolation Relay)E-304 036 SVX2-157104(isolation Relay)E-304 036 SVX2-157100B (Isolation Relay)NK1Q0029A NKIQ0029A NKIQ0029A NKIQ0029A~NKIQ0029A E-304 036 SVXI-157102A (Isolation Relay)E-304 036 SVXI-157100B (isolation Relay)E-304 036 SVXI-157100A (isolation Relay)E-304 036 SVX1-157100A (isolation Relay)E-304 036 SVXI-1571002A (isolation Relay)NKIQ0029A NKI Q0029B NK1Q0053A NKIQ4243M NM1A0403G E-304 E-304 J439 E-304 E423 036 036 002A SVX2-1571002B (isolation Relay)SVX2-157104 (Isolation Relay)RY-13961C (isolation Device)Relay k 60 Dry Contact 001 Ch C (VT-20301 (Transducer))

NKIQ0029A.E-304 036 SVX1-157104 (Isolation Relay)Q Indicating Lights Q IRM Det Position Q NR-C51-IR603B Q Dry Contact Q Dry Contact Q SPDS-NCZ120Z Q SPDS-NCZ620Z Q SPDS-NCZ616Z Q SPDS-NCZ122Z Q SPDS-NCZ614Z Q SPDS-NCZ116Z Q SPDS-NCZ612Z Q SPDS-NCZ114Z Q SPDS-NCZ118Z Q SPDS-NCZ618Z Q SPDS-NCZ622Z Q ES&33-IK601 Q SPDS-NIZ002Z Q Computer Input ETFA2 Non Class IE Non Class IE NA NA Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class 1E Contact to Coil Contact to Coil Contact to Coil Contact to Coil Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 371 CABLES DWG SH FROM SEPGR(FRM)

TO NMIB21006 NMIB21006 NMIB21007 NM1B21007 NM IB21007 NMIB21007 NMIB21008 NMIB21008 NMIB21008 NMIB2'1008 NMIB21008 NM1B21008 NMIB21009 NMIB21010 NMIB21010 NMlB21010 NMIB21010'MlB21010 NM IB21010 Ml-B21-128 003 LT-B21-IN027 (Press Boundary)Ml-B21-94 002 FT-B21-IN034K (Press Boundary)Ml-B21-94 002 FT-B21-IN034M (Press Boundary)Ml-B21-94 002 FT-B21-IN034P (Press Boundaty)Ml-B21-94 002, FT-B21-1N034S (Press Boundary)Ml-B21-94 001 FT-B21-IN033A (Press Boundary)Ml-B21-94 001 FT-B21-IN033C (Press Boundary)Ml-B21-94 001 FT-B21-IN034B (Press Boundary)Ml-B21-94 002 FT-B21-IN034F (Press Boundary)Ml-B21-94 002 FT-B21-IN034H (Press Boundary)Ml-B21-94 002 FT-B21-IN034D (Press Boundary)Ml-B21-94 001 FT-B21-IN033A (Press Boundary)Ml-B21-94 001 FT-B21-IN033B (Press Boundary)Ml-B21-94 001 FT-B21-IN033D(Press Boundary)Ml-B21-94 002 FT-B21-IN034G (Press Boundary)Ml-B21-94 002 FT-B21-IN034A (Press Boundary)Ml-B21-94'.002 FT-B21-1N034C (Press Boundary)Ml-B21-94 002 FT-B21-IN034E (Press Boundary)Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q.Q Q LI-B2 1-IR605 PDI-B21-1R608K PDI-B21-1R608M PDI-B21-1R608P PDI-B21-1R608S FY-B2 1-IK605A FY-B21-IK605C PDI-B21-IR608B PDI-B21-IR608F PDI-B21-I R608H PDI-B21-IR608D FY-B21-IK605A FY-B21-IK605B FY-B21-IK605D PDI-B21-IR608G PDI-B21-IR608A PDI-B21-IR608C PDI-B21-1R608E Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q LI-B21-IR604 SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Oass IE Non Class lE Non Class IE Non Class IE ISOLATED

Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 372 CABLES DWG.SH PROM NMIB21011 NM1C32001 NM1C32001 NM1C51009 Ml-C51-19 044 LPRM NM1C51010 NMICS IOI I NMIC5 1013 NMIC5 1016 NMlC51017 NMIC51018 NM1C51020 NM1C51021 NM1C5 1023 NMIC51024 NMICS 1026 NM1C5 1027 NM1C51029 NM1C51030 NM1C51032 Ml<51-19 044 LPRM M 1<51-19 044 LPRM Ml-C51-19 044 LPRM M 1&51-19 044 LPRM Ml<51-19 044 LPRM MI<51-19 044 LPRM Ml<51-19 044 LPRM MIM1-19 044 LPRM MIC51-19 044 LPRM MIZ51-19 044 LPRM M 1&51-19 044 LPRM Ml<51-19 044 LPRM Ml<51-19 044 LPRM M 1-C51-19', 044 LPRM M l~1-19 044 LPRM Ml-B21-94 001 PDT-B21-1N032 (Press Boundary)Ml-C32-17 006 PDT-C32-IN004A (Press Boundary)M1432-17 006 FK32-IN005 (Press Boundary).SEPGR(FRM)

TO Q XR-B21-IR613 Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q.Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input k.Q~Computer Analog Input SEPGR(TO)Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class lE Non Class IE Non Class IE Non Class lE Non Class lE Non Class 1E Non Class IE Non Clas's 1E Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class 1E ISOLATED

Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev 1 page 373 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(T0)ISOLATED NMIC51045 NM1C94117 NMI C94118 NMIF0203E NMIF0203F NM1I4202L NM1I4801C NM114801D NM114801E NM114801F NM1P 11901 NMIP14101 NM1P14101 NMIPlF101 NMI F91601 NM1P91603 NMIPB4102 NM1PB4102 NM1PB4102 MI&51-20 012 Aux Unit Z2C Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Q IRM Det Position Q Computer Analog Input Q Computer Analog Input Q SPDS NJP051Z Ml-C51-19 033 Driver Card Ml-C51-19 033'river Card E-304 017 PDT-B21-1N032 (Press Boundary)E-304 017 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q SPDS NBL002Z Q Computer Input LY-14202A (Isolation Device)JM2 002 JW8 002 RG.1.97 Cat 2 (FT-14806 See App I for Eval.)Q RG.1.97 Cat 2 (LI/FI 14806).Q J448 J448 001 R.G.1.97 Cat 2 (FE-14806 See App I for Eval.)Q 001 RG.1.97 Cat 2 (FE-14806 See App I for Eval.)Q R.G.1.97 Cat 2 (FI'-14806)

RG.1.97 Cat 2 (FT-14806)

J448 001 XY-14806 (isolation Device)Q-Computer Input NXF01 APRM Trip Unit Contacts APRM Trip Unit Contacts Ml-C12-110 016 Ml-C12-110 015 011 PDT-C32-1N004B (Press Boundary).012 PDT-C32-IN004A (Press Boundary)024 PT-C32-1N005 (Press Boundary)JA06 Q Isolator Card Zl Q Isolator Card Zl Q.LI-C32-IR606B Q LI4.32-1R606A PI-C32-1R605 Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Chss IE Non Class 1E Ml-B21-128 003 LT-B21-1N027 (Pressure Boundary)Q LI-B21-IR605 Ml-B21-128 003 PDT-B31-1N015A (Press Boundary)Q PDI-B31-IR612A Ml-B21-128 003 PDT-B31-1N015B (Press Boundary)Q PDI-B31-IR612B Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Eval.)Q LI-B21-1R604 Contact to Coil Contact to Coil Contact to Coil

Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 374 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIPB4103 NM IPB4105 NM1PC1301 J406 013 PDT-C32-IN017 (Press Boundary)MI432-17 003 PT&2-IN008 (Press Boundary)Q LRM2-IR608 Q FRM2-1R609 J448 003 R.G.1.97 Cat 2 (LI/FI-14806 See App I for Eval.)Q LT-C41-IN001 Non Class IE Non Class IE Non Class IE NMIPD4206Ml&51-20 006 IRM Range Sw E Q C51-IK601E (IRM Mon)Q C51-IK601C (IRM Mon)Q C51-IK601A (IRM Mon)MIMI-20 006 IRMRangeSwC MI<51-20 006 IRMRangeSwA NM1PD4213 NM IPD4217 NMIPD4XOI NMIPD4XOI NMIPD4X02 NMIPD4X02 NMIPDF206 NMIPDF207 NM1PDF212 NMlPD F213 NMIPFA 101 NM IPFA103 NMIPFA109 NMIPE4109 NMIPFA110 MICSI-20 007 C51-1K601B (IRM Mon See App H for Eval.)Q NRZ51-IR603B MI451-20 007 C51-IK60IF (IRM Mon See App H for Eval.)Q NRZ51-IR603D NR&51-IR603B NR&51-IR603D C51-IK601D (IRM Mon See App H for Eval.)Q C51-1K601H (IRM Mon See App H for EvaL)Q M I M 1-20 007 Ml&51-20 007 MI&51-20 007 IRMRange Switch B MI&51-20 007 IRM Range Switch F MI&51-20 007 IRM Range Switch D MI<51-20 007 IRM Range Switch H Q IRM-C51-IK601B Q IRMA I-IK601F Q IRM4.51-1K601D Q IRMM I-IK601H Ml-C51-19 022 Aux TripUnitAR12(SeeAppHforEval.)

Q NISI-IR603D Ml<51-19 018 Aux Trip Unit AR12 (See App H for EvaL)Q NR<51-IR603B Ml-C51-19 012 Aux Trip Unit AR31 (See App H for Eval.)Q NR-C51-IR603A MI451-19'.014 Aux Trip Unit AR32 (See App H for Eval.)Q NRZ51-IR603B Ml-C51-19 016 Aux Trip Unit AR41 (See App H for Eval.)Q NR<51-IR603A Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE

~I I 1 k I I I Q Loads in Contact vyith NR-C51-1R603C EC-QDET-1002 Rev I page 375 CABLES;DWG SH FROM SEPGR(FRM).TO Aux Trip Unit AR51 (See App H for Eval.)Driver Card 233 (See App H for Eval.)M 1&51-19 020'l-C51-19 033 NM1PFA111 NM1PFA111 NM1PFA112 Q NR-C51-1R603C Q NR-C51-IR603C NR-C51-1R603C Q Indicating Light Q Indicating Lights Q Indicating Light Q Indicating Light Q Indicating Light.Q Indicating Light Q Indicating Light.Indicating Light Q Indicating Light Q Indicating Lights Q Indicating Light Q Indicating Light Q Indicating Lights Q Indicating Lights Q RR-D12-IR605 Ml-C51-19 033 Driver Card (See App H for Eval.)NMIPFA215 Ml-C51-19 015 LPRM Card Dry Contact MI&51-19 010 LPRM CARD Z11 MI<51-19 027 LPRM Card Dry Contact MI&51-19 027 LPRMCardDry Contact Ml-C51-19 011 LPRM Card Dry Contact Ml<51-19 011 LPRM Card Dry Contact Ml-C51-19 017 LPRM Card Dry Contact Ml&51-19 017 LPRM Card Dry Contact Ml-C51-19 019 LPRM Card Dry Contact Ml-C51-19.013 APRM Card M 1&51-19 013 APRM Card NM1PFA216 NM1PFA218 NMIPFA219 NMIPFA223 NM1PFA224 NMIPFA238 NM1PFA239 NM1PFA245 NMIPFA267 NMIPFA268 NMIPFA279 NM1PFA280 NM1PE4283 NM1PK0602 NM1PK0602 Ml-C51-19 MI<51-19 Flow Unit C Relay Contacts 040 025 Ml-C51-19 025 Relay Contacts', 001 RISHH-D12-IK609A (See App G for Eval.)J475 J475 002 RISHH-D12-1K615A (See App G for Eval.)Q RR-D12-1R607 SEPGR(TO)Non Class IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class lE Non Class IE Non Class IE Non Class lE Non Class IE Non Class IE Non Class 1E Non Class 1E ISOLATED Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil P (Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil 0 1 U't L Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 376 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIPK0602 NMIPK0602 NMIPK0602 J475'03 RISHH-D12-IK616A (See App G for Eval.)J478 001 RISHH-D124K617A(SeeAppGforEval.)

J478 002 RISHH-D124K618A (See App G for Eval.)NMIPK3301 NMIPK3301 NMIPK3302 NMIPK3302 J439 008 RY-13962B (isoaltion Device)J439 J475 010 RY-13962D (lsoaltion Device)001 RISHH-D12-IK609A (See App G for Eval.)J475 005 RISHH-D12-IK615B (See App G for Eval.)NMIPK0603.J439 009 RY-13962C (Isoaltion Device)RR-D12-IR608

.RR-D124R609 RR-D12-0R610 RR-D12-IR603 RR-D12-IR603 RR-D12-IR603 RR-D12-IR605 RR-D12-IR607 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE.Non Class IE Non Class IE YES YES NMIPK3302.J475 005 RISHH-D124K618A (See App G for Eval.)RR-D 124 R610 Non Class IE NMIPK3302 NMIPK3302 NMIPQ4 101 NMIPQ4 101 NMIPQ4102 NM I PQ4102 NMIPR4 101 NMIPR7N01 NMIQ0045L NMIQ0045L J475 006 RISHH-D12-IK616B (See App G for Eval.)J478 001 RISHH-D124K617A (See App G for Eval.)J457 015 NIT-15725A (isolation Device)Ml-C51-20 006 C51-IK601A (IRM Mon See App H for Eval.)MI451-20 006 C51-IK601E (IRM Mon See App H for Eval.)MI451-20 006 C51-IK60IC

{IRM Mon See App H for Eval.)MI451-20 006 C51-IK601G (IRM Mon See App H for Eval.)Ml-G33-153 004 FT433-IN037 (Press Boundary)M1433-153 004 FY-14476 (Isolation Device)J457.015 NIT-15725A (isolation Device)RR-D12-IR608 RR-D124R609 NR&51-IR603A NR<51-IR603C NR<51-IR603A NR-C51-IR603C F1&33-I R610 Computer Analog Input Computer Input NM118 Computer Input NM602 Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES YES Q Loads in Contact with NR-C51-1R603C EC-QDET-1002 Rev1 page 377 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM1Q0045M NMIQ0048L J457 J457.015 NIT-15725A (isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (isolation Device)016.NIT-15725B (Isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)017 XY-14201F (Isolation Device)017 XY-14201B (Isolation Device)017 XY-14201A (lsolatton Device)017 XY-14201D (isolation Device)017 XY-14201C (Isolation Device)017 XY-14201E (isolation Device)~J457'NMlQ0048L NM IQ0048L J457 J457 NM IQ0048M NMIQ0048M NMIQ1217L NM1Q1217M NM1Q1217M NM1Q1217N NMIQ1217P NMIQ1217Q.'MIQI217R NMIQ1217S NMIQ1217T NM2M0109C NM2MOI IOC J457 E-304 E-304 E-304 E-304 E-304 E-304 001 XYA1109AI (isolation Device)003 XY41109B I (Isolation Device)MI451-19 012 XY-14201A (isolation Device)MIC51-19 014 XY-14201B (isolation Device)Ml-C51-19 016 XY-14201C(isolation Device)Q SPDS Input NM6002Z Q Computer Input Q Computer Input NM117 Q Computer Input NM601 Q Computer Input Q SPDS Input NM6001Z Q SPDS NM5006Z-Q SPDS NM5002Z Q SPDS NM5001Z Q SPDS NM5004Z SPDS NM5003Z Q SPDS NM5005Z Q PME2 (Power Supply)Q PME2 (Power Supply)Q PME2 (Power Supply)Q Computer Analog Input Q Computer Input Non Class IE Non Class 18 Non Class 18 Non Class IE Non Class 18 Non Class 1E Non Class 18 Non Class lE Non Class 18 Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class 1E YES YES Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev 1 page 378 CABLES DWG'SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FKIB21004 FK1B21004 FK1B 21004 Ml-B21-129 003 Div II (LIS-B21-1N031D)

Ml-B21-129 003 Div II (PS-El I-1NO IOD)Ml-B21-129 003 Div II (LIS-B21-IN031B)

FK IB21004 FK1B21005 FKIB21005'KI B21005 FKIB21005 FKIB 21005 FKIB21005 FKIB 21005 FKIB21005 FKIB 21006 FKIB21006 FKIB 21006 FKIB 21007 FKIP33101 FK1P33102 Ml-B21-129 005 Div II (SV-14113N2)

Ml-B21-129 003 Div II (LIS-B21-1N042B)

M 1-B21-129 003 Div II (PS-E 1 I-1N016D)M 1-B21-129 003 Div II (PS-E I I-1N020B)Ml-B21-129 003 Div II (PS-E21-IN008B)

Ml-B21-129 003 Div II (SV-14113G2)

Ml-B21-129 003 Div II (SV-14113 J2)M I-B21-129 003 Div II (SV-14113K2)

Ml-B21-129 003 Div II (SV-141.13L2)

Ml-B21-129 003 Div II (PS-El I-IN009B)Ml-B21-129 003 Ml-B21-129 003 Div II (PS-El I-INOIOB)Div II (PS-El I-IN016B)Ml-B21-129 003 Div II (PS-El I-IN020D)M 1-B21-129'03 Div II (PS-El I-1N010B)Ml-B21-129 005 Div II (1D624-11)

FK1B21004"'l-B21-129 005 Div II (SV-14113M2)

Q Div II (K113D)Q'iv II (K3B)Q Div II (K113B)Q Div II (K19B)Q Div II (K20B)Q Div II (K12B)Q Div II (K10B)Q Div II (K10B)Q Div H (K10B)Q Div II (K15B)Q Div II (K4B)Q Div II (K17B)Q Div II (K18B)Q Div II (K9B)Q Div II (K2B)Q Div II (K9B)Q Div II (K9B)Q Div II (K2B)Q Indicating Light e Q e e Q Q Q'Q Q e e e Q Q e e e e Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev 1 page 379 CABLES DWG SH FROM SEPGR(FRM)

'TO SEPGR(TO)ISOLATED FKlP33 104 FKlQ0628G FKIQ0838E FK1Q1333D FK1Q1333D FKIQ1333E FKlQISS ID FK1Q1551D FKIQ1551E FKIQ1551E FK1Q1551F FKIQ1551F FK1Q1551F FKIQ1551F FKIQ1551G FKIQ4035D FKlQ4035D FK1Q4035F FK1Q4038A Ml-B21-129 008 Div 11 (Dry Contact)E-304 002 Div II (HV-15768)

E-304 007'iv II (HV-E21-1FOISB)

E-304 006 Div II (HV-E51-1F007)

E-304 006 Div II (HV-ESI-IF034)

E-304 001 Divll(HV-E51-IF088)

E-304 011 Div 11 (HV-B21-I F019)E-304 011 Div II (HV-B21-1F028D)

E-304 011 Div II (SV-El 1-IF080B)E-304 011 Div II SV-El 1-1 F080A)E-304 011 Div II (HV-B21-IF028A)

E-304 011 Div II (HV-B21-I F028B)E-304 011 E-304 011 Div II (HV-B21-1F028C)

Div II (HV-B21-1F028D)

E-304 E-304 008 Div II (HV-E41-IF042) 008 Div II (HV-E 1 I-1F024B)E-304 011 Div II (TIP BALL VALVE)E-304 008 Divll(HV-E41-1F003)

E-304 008 Div II (HV-E41-I F075)Q Indicating Lights Q Div 11 (Iso Mux XIT-15701B)

Q Div II (iso Mux XIT-15701B)

Q Q Q Div II (Iso Mux XIT-15701B)

Q Div II'(iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

.Q Q Div II (Iso Mux XIT-15701B)

Q Div 11 (iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Q Q Q Q Div II (iso Mux XIT-15701B)

Q.Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Q Q.Q Div II (Iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q

Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev 1 pige 380 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FK1Q4038A FK1Q4038A FKIQ4038B FK1Q4038D FKIQ4038E FKIQ4038F FKIQ4038G FKIQ4038G FKIQ4038G FKIQ4038H FKIQ4038J FKIQ4038L FKIQ4038R FKIQ4190F FK1Q4190F FKIQ4190G FK1Q4190G FKIQ4190H FK1Q4190H E-304.E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 008 Div H (HV-El I-1F027B)008 Div II (HV-El I-IF016B)005 Div 11 (HV-El 1-IF021B)007 Div H (HV-El I-IF008)007 Div II (HV-El I-IF008)012 Div II (HV-11346)

.014 Div II (SV-12605) 014 Div H (SV-12644) 014 Div II (SV-12649) 014 Div II (SV-12605) 014 Div II (HV-El 1-IF015B)014 Div II (HV-15711) 012 Div II (HV-11345) 015 Div II (HV-15714) 015 Div II (SV-15738) 015 Div II (HV-15704) 015 Div II (HV-15724)

.010 Div II (SV-15740B) 010 Div II (SV-15742B)

Q Divtl(isoMuxXIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div 11 (Iso Mux XIT-15701B)

Q Q Div H (Iso Mux XIT-1570IB)

Q Q Div II (Iso Mux XIT-15701B)

Q Q.Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-1570IB)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (fso Mux X1T-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q Q Divll(isoMuxXIT-1570IB)

Q Q Div II (Iso Mux XIT-15701B)

Q Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev1 page 381 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGRg9)ISOLATED FKIQ4190J FK1Q4190J FKlQ4190J FKIQ4190K FKlQ4190K FK1Q4190K FKI V2619D FK1V2619D FK1V2619D FKIV2619D FKIV2619E FKIV2619E FKIV2619F FKIV2619F FMI 14203 K FMIQ0835D FMIQ4190A FM IQ4190K FM IQ4190K E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 E-304 J442 E-304 E-304 E-304 E-304 015 Div H (HV-15721) 015 Div H (HV-15723) 015 Div II (HV-15724) 015 Div II (SV-15789) 015 Div II (HV-15705) 015 Div II (SV-15738) 005 Div ll (HV-18792B2) 005 Div II (HV-18792B1) 005 Div II (HV-18782B1) 005 Div II (HV-18782B2) 002 Div II (HV-18781B1)

Div II (HV-18781B2)

Div II (HV-18791B1) 002 Div II (HV-18791B2) 003 018 018 Div II (Fi'-15729B)

.'.016 Div II (TI'-15790B) 016 Div II (IT-15799B)

Div II (PT-14203B)

FT-El 1-IN003B (Press Boundary))

Q Div H (iso Mux XIT-15701B)

Q.Q DivH(isoMuxXIT-1570IB)

Q Q Div II (iso Mux XIT-15701B)

Q Q Div II (Iso Mux XIT-15701B)

.Q Q Div II (Iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-1570IB)

Q Q Divll(Iso MuxXIT-15701B)

Q Q Div H (iso Mux XIT-15701B)

Q Q Div II (iso Mux XIT-15701B)

Q Q Divll(Iso MuxXIT-15701B)

Q Q Div II (Iso Mux XIT-1570IB)

Q Q Div II (Iso Mux XIT-15701B)

'Q Div II (iso Mux XIT-15701B)

Q Q Div.ll(Iso MuxXIT-15701B)

Q Div II (Iso Mux XIT-15701B)

Q

Q Loads in Contact with NR-C51-1R603D EC+DET-1002 Rev 1 page 382 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED FMIQ4190L FMIQ4190L FM1Q4190M E-304 016 Div H (PT-15709B)

E-304 016 Div H (PT-15710B)

E-304 016 Div H (LT-15775B)

Div H (iso Mux XIT-15701B)

Div H (Iso Mux XIT-15701B)

FMlQ4190M E-304 016 Div H (LT-15776B)

Div H (Iso Mux XIT-15701B)

FMIQ4236E FMlQ4236E FMIQ4236F FMIQ4238D NK1PE4244 NK1PFA289 NMIA0403G NM1C32001 NMl C32001 NMIC51009 NM1C51010 NM I C5 1011 NM1C51013 NM1C5 1016 NM1C5 1017 E-304 016 Div H (AR-15745B)

E-304 016 Div H (AR-15746B)

E-304 016 Div H gX-15752)E-304 020 Div H (RY-15721B)

Ml-C51-19 039 Relays Ml-C51-19 039 Relays E423 001 Ch C (VT-20301 (Transducer))

M1432-17 006 PDT-C32-1N004A (Press Boundary)Ml-C32-17 006 FI'N2-IN005 (Press Boundary)Ml-C51-19 044 LPRM Ml-C51-19 044 LPRM MIMI-19 044 LPRM Ml-C51-19 044 LPRM M 1<51-19'.044 LPRM M 1-C51-19 044 LPRM Q Q Q Q Div H (iso Mux XIT-15701B)

Div H (Iso Mux XIT-15701B)

Div H (iso Mux XK-1570IB)

Div H (iso Mux XIT-15701B)

Dry Contact Dry Contact Computer Input ETFA2 Computer Analog Input Computer Analog Input Computer Analog Input Computer Analog Input Computer Analog Input Computer Analog Input Computer Analog Input Computer Analog Input Q NA NA Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class lE Non Class 1E Non Class 1E Non Class 1E Contact to Coil Contact to Coil

Q Loads in Contact with NR-C51-1R6039 EC+DET-1002 Rev1 page 383 CABLES NM1C5 1018 NM1C51020 NM1C51021 NM1C51023 NM1C51024 NM1C51026 NM1C51027 NM1C51029 NM1C51030 NM1C51032 NM1C94117 NM1C94118.NM114801C NM1I4801F NMlP 14101 NM1P14101 NMIP1F101 NM1P91601 NM1P91603 DWG SH FROM MIMI-19 044 LPRM MIM1-19 044 LPRM MIM1-19 044 LPRM M 1<51-19 044 MI<51-19 044 LPRM Ml-C51-19 044 LPRM Ml-C51-19 044 LPRM M 1-C51-19 044 LPRM MIM1-19 044 LPRM M 1<51-19 044 LPRM M1%51-19 033 Driver Card Ml-C51-19 033 Driver Card SEPGR(FRM)

TO Q Computer Analog Input Q Computer Analog Input Computer Analog Input Q Computer Analog Input Q Computer Analog Input Q Computer Analog Input SEPGR(TO)Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class lE Q.Computer Analog Input Non Class 1E Q Computer Analog Input Q Computer Analog Input Q.Computer Analog Input Q Computer Analog Input Computer Analog Input Non Class 1E Non Class IE Non Class lE Non Class lE Non Class lE Q RG.1.97 Cat 2 (LI/FI 14806)Q J448 001 XY-14806 (isolation Device)Ml-B21-128 003 PDT-B31-1N015A (Press Boundaty)M 1-B21-128'03 Ml-B21-128 003 PDT-B31-IN015B (Press Boundary)LITS-B21-1N026D (Mech Sw See App C for Eval.)M 1<12-110', 016 APRM Trip Unit Contacts M 1&12-110 015 APRM Trip Unit Contacts Q Computer Input NXF01 Q.PDI-B31-1R612A Q PDI-B31-1R612B Q LI-B21-1R604 Q Isolator Card Zl Q'solator Card Zl Non Class IE Non Class lE Non Class lE Noh Class IE Non Class IE Non Class 1E JM8 002 R.G.1.97 Cat 2 (FT-14806 See App I for Eval.)ISOLATED Contact to Coil Contact to Coil I

Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev1 page 384 CABLES DWG.SH FROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM1PB4 102 NMIPB4102 NMIPB4102 NMIPB4103 NM IPB4105 NMIPC1301 NMIPD4206 NMIPD4213 NMIPD4217 NMIPD4X01 NMIPD4X01 NM IPD4X02 NMIPD4X02 NMIPDF206 NMIPD F207 NM IPDF212 NM I PD F213 NMIPE4101 NM IPE4103 J406 011 PDT-C32-IN004B (Press Boundary)J406 012 PDT~2-IN004A (Press Boundary)024 PT-C32-IN005 (Press Boundary)013 PDT&32-IN017 (Press Boundaty)M 1432-17 003.PTC32-IN008 (Press Boundary)J-448 003 R.G.1.97 Cat 2 (LI/FI-14806 See App I for Eval.)Ml-C51-20 007 Ml-C51-20 007 C51-IK601D (IRM Mon See App H for Eval.)C51-IK601H (IRM Mon See App H for Eval.)Ml-C51-20 007 IRM Range Switch B M I-C51-20 007 Ml-C51-20 007 IRM Range Switch F IRM Range Switch D M 1&51-20 007 IRM Range Switch H Ml-C51-19'.022 Aux Trip Unit AR12 (See App H for Eval.)Ml-C51-19 018 Aux Trip Unit AR12 (See App H for Eval.)Ml-C51-20 006 IRM Range Sw E Ml-C51-20 006 IRM Range Sw C Ml-C51-20 006 IRM Range Sw A Ml-C51-20 007 C51-IK601B (IRM Mon See App H for Eval.)Ml-C51-20 007 C51-IK601F (IRM Mon See App H for Eval.)Q LI<32-IR606B Q LIM2-IR606A Q PI~2-IR605 Q LRM2-1R608 Q FR<32-IR609 Q LT-C41-IN001 Q C51-IK601E (IRM Mon)Q C51-IK601C (IRM Mon)Q C51-IK601A (IRM Mon)Q NR&51-IR603B Q, NR~I-IR603D Q NR~I-IR603B Q NR-C51-IR603D Q IRMA 1-IK601B Q IRMA 1-IK601F Q IRM-C51-IK601D Q IRM&51-I K601H Q NR<51-IR603D Q NRZ51-IR603B Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev1 page 385 CABLES'WG SH FROM NMIPB4109 NMIPE4109 NMIPE4110 MI<51-19 012 Aux Trip Unit AR31 (See App H for Eval.)Ml-C51-19 014 Aux Trip Unit AR32 (See App H for Eval.)Ml-C51-19 016'ux Trip Unit AR41 (See App H for Eval.)NM1PE4111 NMIPE4112 NMlPE4215 NMIPE4216 NMIPE4218 NMIPE4219 NMIPE4223 NMIPE4224 NMIPE4238 NMlPE4239 NMIPE4245 NMIPE4267 NMIPE4268 NM1PE4279 NMIPE4280 M 1<51-19 033 Driver Card Z33 (See App H for Eval.)MI<51-19 033 Driver Card(See App HforEval.)

MI<51-19 015 LPRM Card Dry Contact Ml~1-19 010 LPRM CARD Zl I Ml~l-19 027 LPRM Card Dry Contact Ml~1-19 027 LPRM Card Dry Contact Ml-C51-19 011 LPRM Card Dry Contact M 1<51-19 011 LPRM Card Dry Contact Ml~l-19 017 LPRMCardDryContact MI<51-19 017 LPRM Card Dry Contact MI~I-19 019 LPRM Card Dry Contact MIMI-19 013 APRM Card MIMI-19 013 APRM Card MI<51-19'.040 Flow Unit C M 1<51-19 025 Relay Contacts NMIPE4111.Ml-C51-19 020 Aux Trip.Unit AR51 (See App H for Eval.)Q NRM I-1R603A MR~1-1R603B NR&51-IR603A NR~I-IR603C NR<51-IR603C NR<51-IR603C Indicating Light Indicating Lights Indicating Light Indicating Light.Indicating Light" Indicating Light Indicating Light Indicating Light Indicating Light Indicating Lights.Indicating Light Indicating Light Indicating Lights SEPGR(FRM)

TO SEPGR(TO)Non Class 1E Non Class IE Non Class IE Non Class lE Non Class IE Non Class IB Non Class IE Non Class IE Non Class IB Non Class IE Non Class IE Non Class IE Non Class lE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class lE Non Class 1E ISOLATED Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil Contact to Coil

Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev 1 page 386 CABLES DWG SH FROM SEPGR(FRM)

TO MI<51-19 025 Relay Contacts NMIPE4283 NMIPK0602 NM1PK0602 J475 001 RISHH-D12-IK609A (See App G for Eval.)002 RISHH-D12-IK615A (See App G for Eval.)003 RISHH-D12-IK616A (See App G for Eval.)J475 NMIPK0602J475 NMIPK0602 NM IPK0602 NMIPK0603 NM1PK3301 NMIPK330-1NMIPK33 NMIPK3302 NM IPK3302 NM1PK3302 NMIPK3302 NMI PQ4101 NM1PQ4101 NM1PQ4102 NMIPQ4 102 NMIPR4 101 J478 001 RISHH-D124K617A (See App G for Eval.)002 RISHH-D124K618A (See App G for Eval.)J478 J439 009.RY-13962C (lsoaltion Device)J439 008 RY-13962B (Isoaltion Device)010 RY-13962D (lsoaltion Device)J439 J475 001 RISHH-D12-1K609A(SeeAppGforEval.)

005 RISHH-D124K618A (See App G for Eval.)JA75 JA75 005 RISHH-D12-IK615B (See App G for Eval.)J475 006 RISHH-D12-IK616B (See App G for Eval.)001 RISHH-D124K617A (See App G for Eval.)J-478 Q Indicating Lights Q RR-D12-IR605 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D 124 R609 Q RR-D 124 R610 Q RR-D12-1R603 Q RR-D12-1R603 Q RR-'D12-IR603 RR-D12-1R605 RR-D124R610 Q RR-D12-IR607 Q RR-D12-IR608 Q RR-D 124 R609 Q NR&51-IR603A Q NR-C51-IR603C Q NR<51-IR603A Q NR-C51-1R603C Q FI-G33-1R610 MI<51-20 006 C51-IK601A (IRM Mon See App H for Eval.)MI451-20 006 C51-IK601E (IRM Mon See App H for Eval.)M1451-20 006 C51-IK601C (IRM Mon See App H for Eval.)MIZ51-20.006 C51-IK601G (IRM Mon See App H for Eval.)M1433-153 004 FT-G33-1N037 (Press Boundary)SEPGRg9)Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE ISOLATED Contact to Coil Q Loads in Contact with NR-C51-1R603D EC-QDET-1002 Rev1 page 387 CABLES DWG SH FROM NMIPR7N01 NM1Q0045L NMIQ0045L 015 NIT-15725A (isolation Device)015 NIT-15725A (isolation Device)J457 NMIQ0045M J457 NM1Q0048L NM1Q0048L NMIQ0048L NMIQ0048M NM1Q004&M NM IQ1217R NMlQ1217S NM1Q1217T NMlQ1217U NM2E02009 NM2E02010 NM2E02010 NM2E02010 NM2E02011 NM2E02011 J457 016 NIT-15725B(isolation Device)J457 J457 J457 016 NIT-15725B (Isolation Device)016 MT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)J-457 016 NIT-15725B (Isolation Device)M1451-19 012 XY-14201A (Isolation Device)Ml-C51-19 014 XY-14201B (Isolation Device)M 1451-19 016 XY-14201C(isolation Device)MI<51-19 020 XY-14201E (Isolation Device)E423 004 Ch A (AT-20201 (Transducer))

E423 003 E423 003 Ch A (AT-20104 (Transducer))

Ch A (VT-20104 (Transducer)

E423 E423 E423 003 Ch A (AT-20101 (Transducer))

'.003 Ch C (AT-20301 (Transducer))

004 Ch B (VT-20204 (Transducer))

Ml-G33-153 004 FY-14476 (isolation Device)J457 015 NIT-15725A (isolation Device)SEPGR(FRM)

TO Computer Analog Input Computer Input NM602 Computer Input NM118 SPDS Input NM6002Z Computer Input Computer Input NM117 Computer Input NM601 Computer Input.SPDS Input NM6001Z PME2 (Power Supply)PME2 (Power Supply)PME2 (Power Supply)PME2 (Power Supply)Computer Input ETI46 Computer Input ETI51 Computer Input Ebe91 Computer Input ETI45 Computer Input ET147 Computer Input EBE92 SEPGR(T0)Non Class 1E Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class lE Non Class IE Non Class IE Non Class 1E Non Class IE Non Class IE Non Class IE ISOLATED YES YES YES YES YES YES YES YES Q Loads in Contact with NR-C51-1R603D EC+DET-1002 Rev1 page 388 CABLES DWG RKlQ0628J RK1Q0628K RKIQ0840G E-304 E-304 NM2E02012 E423 NM2E02012 E423 NM2E02012 E423 NM2E02012.E423 NM2M0110C-J411 SH PROM 003 Ch B (AT-20204 (Transducer))

003 Ch C (AT-20308 transducer))

003 Ch D (AT-20401 g ransducer))

003 Ch D (VT-20404 (Transducer))

003 XY41109B1 (isolation Device)002.Division II Atmliated 002 Division IIAffiliated 032 Div II Affiliated (1Y689)SEPGR(PRM)

TO Q Computer Input EGI52 Q Computer Input ETI97 Q Computer Input ETI48 Q Computer Input EBE94 Q.Computer Input Q HV-161 16A2 Q HV-16108A2 Q 1C699B SEPGR(T0)Non Class 1E Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class IE ISOLATED Q Loads in Contact with SLC EC-QDET-1002 Rev 1 page 389 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED EK1E11013 EKIE11013 EK1E11013 MI-EI 146 004 Div I (ID614)Ml-Elle 004 Div I (1D614)Ml-E1146 005 Div I (1D614)Div I (PS-E11-1N021E,G)

Div I (PS-El 1-1N011A)Div I (52AX-20201)

EK1P8F201" M 1-B31-275 014 Div I (IB219)Div I (K99A, K37A-E11A)

.EK1P8F201 NKII4801B NK1PD4205 NK1PD F205 NK1PDF211 NK1PD F215 NK1PD F217 NK1Q2001A.NKIQ2001B NK1S1728B NK1S1728C NK IS1728D NKIS172&E'KlS172&F NK I S1728G Ml-B31-275 016 Div I (1B219)JA48 002 RG.1.97 Cat 2 (FT-14806)

E-158 E-158 E-283 E-283 E-283 E-283 E-283 E-283 001 LSH<12-IN013E (Press Boundary)001 LSH4:12-IN013G (Press Boundary)001 SV-12365 (Press Boundary)001 SV-12366 (Press Boundary)001 SV-12368 (Press Boundary)001 SV-12369 (Press Boundary)001 SV-12361 (Press Boundary)001 SV-12374 (Press Boundary)Ml-C51-19 018 IRM AUX UNIT (See App H for Eval.)'1~1-20 012 IRM Range Switch B, F Ml-C51-20 012 IRM Range Switch D, H MI<51-20 005 IRM Range Switch B Ml-C51-20 005 IRM Range Switch B Q Q Div I (K99A, K37A-B11A)

IY629-22 NRM I-IR603B Trip Aux Unit Z2B Trip Aux Unit 22B Trip Aux Unit Z2B Trip Aux Unit Z2B K4 Relay IY218-36 IY218-36 1Y218-36 1Y218-36 1Y21&-36 1Y218-36 Non Class 1E Non Class 1B'on Class 1E Non Class 1E Non Class IE Non Chss IE Non Class 1E NA Non Class 1E NA Non Class 1E Non Class IE Non Class IE Non Class lE Non Class 1E Non Class 1E Q Loads in'Contact with SLC EC-QDET-1002 Rev1 page 390 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NK1S1728H NK1S 1728K E-283 E-283 NM011201C NMOI1201F NM011201G NM011202F NM011202G NMOS0400C NMOS0400D NMOS0401D NM1A0401C NMIA0401C NMIA0401C J412 J412 J412 J412 J412 E-146 E-146 E-146 E423 E423 E423 NMIA0401D E423 NM1A0401D NM I A0401D NM1A0401E E423 E423 E423 NK1S1728N E-283 NK1S 17280 E-283 001 SV-12360A (Press Boundary)001 SV-12364 (Press Boundary)001 SV-12360B (Press Boundary)001 SV-12362A (Press Boundary)002 Div I (1A20303-52a) 002 Div I (IA20108-52a) 002 Div I (2A20108-52a)-

002 Div II (1A20202-52a) 002 Div II (2A20208-52a) 001 Ch A (AT-20108 (Transducer))

001 Ch A (AT-20108 (Transducer))

003 Ch B (AT-20208 transducer))

001 Ch A (AT-20101 (Transducer))

001 Ch A (AT-20101 g'ransducer))

001 Ch A (AT-20104 (Transducer))

001 Ch A (VT-20101 g ransducer))

001 Ch A (VT-20101 (Transducer))

001 Ch A (AT-20104 transducer))

Q IY218-36 Q IY218-36 Q 1Y218-36 Q 1Y218-36 Non Class 1E Non Class 1E Non Class 1E Non Class IE Q PMEl 24 V Pwr Supply Non Class 1E Q PME124VPwr Supply NonClass IE Q PME124VPwr Supply.Non Class 1E Q PME224VPwr Supply Non Class 1E Q-PME2 24 V Pwr Supply Non Class 1E Q Computer Input AEI01 Q Computer Input AEI01 Q Computer Input AEI02 Q Computer Input ETI41 Non Class 1E Non Class 1E Non Class 1E Non Class 1E Q XI40022A Q XI40018A Q Computer Input ETFAI Non Class 1E Non Class IE Non Class IE Q Computer Input ETE41 (Unit 2)Non Class lE Q.Computer Input EGIO1 Non Class IE Q Computer Input ETI41 (Unit 2)Non Class 1E Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 391 CABLES DWG SH FROM SEPGR(FRM)-TO SEPGR(TO)ISOLATED Computer Input EGI01 (Unit 2)Non Class IE Computer Input EBFAI (Unit 2)Non Class IE E423-001 Ch A (AT-20104 (I'ransducer))

Q NM1A0401E NM1A0401F NM1A0401F 001 Ch A (VT-20104 (Transducer))

Q 001 Ch A (VT-20104 (Transducer))

Q 001 Ch A (AT-20109 (Transducer))

Q 001 Ch A (VT-20109 (Transducer))

Q 001 Ch C (VT-20301 (Transducer))

Q 015 Ch B (AT-20210 g ransducer))

Q 001 PDT&32-IN004B (Press Bo daty)Q 001 PDT-C32-1N017 (Press Boundary)Q 001 PT<32-IN008 (Press Boundary)Q 001 PDT-C32-1N004C (Press Boundary)Q 002 LY-14202A (isolation Device)Q 002 RG.1.97 Cat 2 (FT-14806 See App I for Ev Q E%23 E423 Non Class IE Non Class IE Non Class IE Non Class 1E Non Class 1E Non Class 1E Non Class 1E Non Class'IE Non Class IE Non Class IE YES Computer Input EBFAI Computer Input Computer Input Computer Input ETFA2 Computer Input TNI01 Computer Input NFL02 LR~2-1R608 FR<32-1R609 LSH<32-IK624C Computer Input NMIA0401GE423 NM1A0401H NMIA0403G NM1C0328C NMIF0200F NMlF0200F NM1F0200H NM IF0200N E423 E423 E-135 E-179 E-179 E-.179 E-179 NMll4202L J442 NM114801C NM1I4801D NMII4801E NM114801F NMIP 11901~NMlP14101 NM1P14101 J448 R.G.1.97 Cat 2 (LI/H 14806)Q J448 001 R.G.1.97 Cat 2 (FE-14806 See App I for Ev Q R.G.1.97 Cat 2 (FT-14806)

R.G.1.97 Cat 2 (FT-14806)

Q J448 001 R.G.1.97 Cat 2 (FE-14806 See App I for Ev Q 001 XY-14806 (Isolation Device)Q Non Class IE YES Computer Input NXFOI LI-B21-1R605 J448 Ml-B21-128 003 LT-B21-1N027 (Pre.ate Boundary)Q Non Class IE Non Class IE Non Class 1E Ml-B21-128 003 PDT-B31-IN015B (Press Boundary)PDI-B31-1R612B Ml-B21-128', 003'DT-B31-1N015A (Press Boundaty)Q PDI-B31-1R612A

Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 392 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED Ml-B21-128 003 LITS-B21-IN026D (Mech Sw See App C for Q NMIPIF101 NMIP91601 NMIP91603 LI-B21-IR604 Ml&12-I 10 016 APRM Trip Unit Contacts Ml-C12-110 015 APRMTrip Unit Contacts Q Isolator Card Zl Isolator Card Zl Ll&32-IR606B LIM2-1R606A PI&32-IR605 LR&32-IR608 FR~2-1R609 LT-C41-1N 001 C51-IK601E (IRM Mon)C51-1K601C (IRM Mon)C51-1K601A (IRM Mon)NR<51-IR603D NR-C51-IR603B NR<51-IR603B NR-C51-I R603D IRM<51-I K601 B IRM<51-IK601F IRMA 1-1 K601D 012 PDTM2-IN004A (Press Boundary)Q 024 PT~2-IN005 (Press Boundary)Q 013 PDT-C32-1N017(Press Boundary),.Q J406 NMIPB4102 NMlPB4102 NMIPB4103 NM1PB4105 NMIPC1301 NM1PD4206 NMIPD4213 NM I PD4217 NMIPD4X01 NMIPD4X01 NMIPD4X02 NM IPD4X02 NMlPD F206 NM I PDF207 NM I PDF212 J406 Ml-C32-17 003 FI'-C32-IN008 (Press Boundary)Q J448 003 R.G.1.97 Cat 2 (LI/FI-14806 See App I for Q Ml&51-20 006 IRM Range Sw E Ml-C51-20 MIZSI-20 006 IRM Range Sw C 006 IRM Range Sw A Ml-C51-20 007 C51-1K601F (IRM Mon See App H for Eval.Q Ml<51-20 007 C51-1K601B (IRM Mon See App H for Eval.Q Ml-C51-20 007 C51-1K601D (IRM Mon See App H for Eval Q Ml-C51-20 007 C51-1K601H (IRM Mon See App H for EvaL Q MI4:51-20 007.IRMRangeSwitchB Ml-C51-20', 007 IRM Range Switch F Ml<51-20 007 IRMRangeSwitchD Q Q Q NMI PB4102-J406 011 PDT-C32-1N004B (Press Boundary)Q Non Class IE Non Class 1E Contact to Coil Non Class 1E Contact to Coil Non Class 1E Non Class 1E Non Class IE Non Class IE Non Class lE Non Class IE Q Non Class IE Non Class IE Non Class IE Non Class IE Q Q Q Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 393 CABLES DWG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMIPD F213 NMIPE4101 NM1PE4103 M 1&51-20 007 IRM Range Switch H~MI&51-19 022 Aux Trip Unit AR12 (See App H for Eval.)Ml<51-19 018 Aux Trip Unit AR12 (See App H for Eval.)NMIPE4109 NM IPE4110 NM1PE4111 NMlPE4111 NM IPE4112 NM IPE4215 NMIPE4216 NM I PE4218 NMIPE4219 NMIPE4223 NMIPE4224 NMI PE4238 NMIPE4239 NMIPE4245 NM1PK0602 M 1&51-19 014 Aux Trip Unit AR32 (See App H for Eval.)Ml~l-19 0.16 Aux Trip Unit AR41 (See App H for Eval.)MI~I-19 020 Aux Trip Unit AR51 (See App H for Eval.)MI&51-19 033 Driver Card Z33 (See App H for Eval.)MI~1-19 033 Driver Card (See App H for Eval.)MI<51-19 015 LPRM Card Dry Contact M 1&51-19 010 LPRM CARD Zl I MI&51-19 027 LPRM Card Dry Contact MI<51-19 MI<51-19 027 LPRM Card Dry Contact 011 LPRM Card Dry Contact MI&51-19 011 LPRM Card Dry Contact Ml-C51-19 017 LPRM Card Dry Contact Ml-C51-19 017 LPRM Card Dry Contact Ml-C51-19.019 LPRM Card Dry Contact J475 001 RISHH-D12-1K609A (See App G for Eval.)NM1PE4109 Ml~1-19 012 Aux Trip Unit AR31 (See App H for Eval.)Q Q Q IRM~I-IK601H NRM I-IR603D NR~I-1R603B NRM I-IR603A NR<51-IR603B NR<51-IR603A NRM I-IR603C NR<51-IR603C NR~I-IR603C Indicating Light Indicating Lights Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light Indicating Light RR-D12-IR605 Q Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IB Non Class IE Contact to Coil Non Class IB Contact to Coil Non Class IE Contact to Coil Non Class IE Contact to Coil Non Class IE Contact to Coil Non Class IE Contact to Coil Non Class IE Contact to Coil Non Class lE Contact to Coil Non Class IE Contact to Coil Non Class IE

Q Loads in Contact with SLC EC-QDET-1002 Rev 1 page 394 CABLES'WG SH FROM SEPGR(FRM)

TO SEPGR(TO)ISOLATED NM I PK0602 NMIPK0602 NMIPK0602 J475 J475 J478 NMIPK0602 J 478 NMIPK0603 NMIPK3 301 NMIPK3301 NMIPK3302 NMIPK3302 NMIPK3302 NMIPK3302 NMIPK3302 NMIPM1307 NMlPQ4101 NMIPQ4101 NMlPQ4102 NMIPQ4 102 NMIPR4101 NM1PR7NOI 002 RISHH-D12-IK615A (See App G for Eval.)Q 003 RISHH-D12-1K616A(SeeAppGforEval.)

Q 001 RISHH-D124K617A (See App G for Eval.)Q 002.RISHH-D124K618A (See App G for Eval.)Q J439 J439 RY-13962C (lsoaltion Device)Q 008 RY-13962B (Isoaltion Device)Q RY-13962D (Isoaltion Device)Q RISHH-D12-IK609A (See App G for Eval.)Q J439 J475 010 005 RISHH-D124K618A (See App G for Eval.)Q 005 RISHH-D12-IK615B (See App G for Eval.)Q 006 RISHH-D12-1K616B (See App G for Eval.)001 RISHH-D124K617A (See App G for Eval.)Q J475 J475 J475 J478 Fl'-El I-IN013 (Press Boundaty)Q C51-IK601A (IRM Mon See App H for Eval Q C51-IK601E (IRM Mon See App H for Eval.Q C51-IK601C (IRM Mon See App H for Eval.Q C51-IK601G (IRM Mon See App H for Eval Q FT&33-IN037 (Press Boundary)Q FY-14476 (Isolation Device)Q J451 Ml-C51-20 006 M I-C51-20 006 Ml-C51-20 006 Ml-C51-20 Ml-G33-153'.

004 Ml-G33-153 004 RR-D12-IR607 RR-D12-IR608 RR-D124R609 RR-D124R610

'RR-D12-IR603 RR-D12-1R603 RR-D12-IR603 RR-D12-1R605 RR-D 124 R610 RR-D12-IR607 RR-D12-1R608 RR-D 124 R609 Fl-Ell-IR607

.NR-C51-IR603A NR-C51-I R603C NR&51-I R603A NR-C51-IR603C Pl&33-I R610 Computer Analog Input Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE YES Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 395 CABLES DWG NMIQ0045L NMIQ0045L NMIQ0045M J457 J457 J457 NMIQ0048LJ457 NMIQ0048L NMIQ0048L NMIQ0048M J457 J457 J457 NMIQ0206C NMIQ0250C NMIQ0250D NMIQ0250D.NMIQ0250E NMIQ0250E NMIQ0250E NMIQ0250E NMIQ0250F NMIQ0250F NMIQ0250F J448 J442 JM2 JM2 J442 J442 JA42 J442 J442 J442 J442 NMIQ0048M'457 SH FROM 015 NIT-15725A (isolation Device)015 NIT-15725A (isolation Device)015 NIT-15725A (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)016 NIT-15725B (Isolation Device)003 PT~I-IN004 (Press Boundary)010 FT-B21-IN033D (Press Boundary)010 FT-B21-IN033B (Press Boundary)010 PDT-B21-IN032 (Press Boundary)006 FT-B21-IN034B (Press Boundary)006 FT-B21-IN034D (Press Boundaty)006 FT-B21-IN034F (Press Boundary)006 FT-B21-IN034H (Press Boundary)005 FT-B21-IN034U (Press Boundary)005 FT-B21-IN034W (Press Boundary)007 FT-B21-IN034M (Press Boundary)SEPGR(FRM)

TO Q Computer Input NM602 Q Computer Input NM118 Q'PDS Input NM6002Z Q Computer Input Q Computer Input NM117 Q Computer Input NM601 Q SPDS Input NM6001Z Q Computer Input Q PILI-IN004 Q FY-B2 1-IK605D Q.FY-B21-IK605B Q XR-B21-IR613 Q PDI-B21-IR608B Q PDI-B21-IR608D Q PDI-B21-IR608F Q PDI-B21-IR608H Q PDI-B21-IR608U Q PDI-B21-IR608W Q PDI-B21-IR608M ISOLATED SEPGR(TO)Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES Non Class IE YES, Non Class IE YES Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE Non Class IE=No'n Class IE Non Class IE Non Class IE Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 396 CABI ES DWG SH FROM.SEPGR(FRM)

TO SEPGR(TO)ISOLATED NMlQ0250F NMIQ0250F NMIQ0300C NMIQ0300D NM1Q0614P NM IQ0801C NM1Q0801D NM1Q0802D NMlQ1217L NM1Q12 17M NM IQ1217M NMIQ1217N NM IQ1217P NM1Q1217Q NMIQ1604C NMIQ300OC NMIQ3000D NMIQ3001D NMIQ3066J J442 J442 E-169 E-169 J444 E-156 E-156 E-156 E-304 E-304 E-304 E-304 E-304 E-304 J442 E-153'-153 E-153 E-153 007 FT-B21-1N034P (Press Boundary)Q 007 FT-B21-IN034S (Press Boundary)Q 001 Ch A (AT-20107 transducer))

Q 001 Ch A (AT-20107 (Transducer))

Q 010 FT-G33-IN037 (Press Boundary)Q 001 ChA(AT-20105(Transducer))

Q 001 Ch A (AT-20105 g ransducer))

Q 002 Ch B (AT-20205 (Transducer))

017 XY-14201F (Isolation Device)Q 017 XY-14201A (Isolation Device)017 XY-14201B (Isolation Device)Q 017 XY-14201D (Isolation Device)017 XY-14201C (Isolation Device)017 XY-14201E (Isolation Device)Q 016 LITS-B21-1N026D (Mech Sw See App C for Q 001 Ch A (AT-20102 (Transducer))

Q 001 Ch A (AT-'20102 (Trnasducer))

Q 003 Ch B (AT-20202 (Trnasducer))

.Q 035 FT-El 1-1N013 (Press Boundary)Q PDI-B21-I R608P PDI-B21-1R608S Non Class IE Non Class IE Computer Input NDIOI F1<33-I R610 Computer Input NSI01 Computer Input NSI01 Computer Input NSI01 SPDS NM5006Z SPDS NM5001Z SPDS NM5002Z SPDS NM5004Z SPDS NM5003Z SPDS NM5005Z LI-B21-1R604 Computer Input NHIOl Computer Input NHIOI Computer Input NHI02~FI-El 1-1R607 Non Class 1E'on Class 1E Non Class IE Non Class 1E Non Class IE Non Class 1E YES Non Class lE YES Non Class IE YES Non Class IE YES Non Class 1E YES Non Class IE YES Non Class 1E Non Class IE Non Class IE Non Class IE Non Class 1E Computer Input NDIOI Non Class IE Q Loads in Contact with SLC EC-QDET-1002 Rev1 page 397 CABLES DWG SH FROM SEPGR(FRM)'O SEPGR(T0)ISOLATED NMlQ3066J NM1 V1600C NM1V1600D E-153 E-213 E-213 NM1V2600C NMIV2600D NM1V2601D NM2C0328C NM2M0109C NM2M0110C E-216 E-216 E-216 E-135 JQI I JQI I NM1V1601D E-213 035 FT-El I-IN013 (Press Boundary)001 Ch A (AT-20110 (Transducer))

001 Ch A (AT-20110 (Transducer))

002 Ch B (AT-20211 (Transducer))

001 Ch A (AT-20103 (Transducer))

001 Ch A (AT-20108 (Transducer))

002 Ch B (AT-20208 (Transducer))

039 Ch C (AT-20309 (Transducer))

001 XY41109AI (Isolation Device)003 XI I 109BI (Isolation Device)Q Computer Input NHF03 Q Computer Input MVI03 Q Computer Input MVI03 Q Computer Input MVI04 Q Computer Input MVI01 Q Computer Input MVI01 Q Computer Input MVI02 Q Computer Input TNI51 Q Computer Analog Input Q Computer Input Non Class 1E Non Class lE Non Class 1E Non Class 1E Non Class IE Non Class 1E Non Class 1E Non Class IE Non Class 1E YES Non Class IE YES t

ML17158B887

Contents

Text

References:

3.0 CONCLUSION

4.0 INPUTS

4.0 Credible

6.0 METHOD

7.0 REFERENCES

8.0 EVALUATION

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ML17158B887

Text

References:

3.0 CONCLUSION

4.0 INPUTS

4.0 Credible

6.0 METHOD

7.0 REFERENCES

8.0 EVALUATION

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