ML20084J662

USI A-46 Summary Rept,Jm Farley Nuclear Plant Unit 1

ML20084J662
Person / Time
Site:	Farley
Issue date:	05/18/1995
From:	SOUTHERN NUCLEAR OPERATING CO.
To:
Shared Package
ML20084J647	List: ML20084J644 ML20084J662
References
REF-GTECI-A-46, REF-GTECI-SC, TASK-A-46, TASK-OR NUDOCS 9506060255
Download: ML20084J662 (300)

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l Unresolved Safety Issue A-46 l

SUMMARY

REPORT JOSEPH M. FARLEY NUCLEAR PLANT Unit 1 1

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TABLE OF CONTENTS 1.0 IN TRO D U CTI O N .. . ....... . .... . . . . .. . .. . .. ... ... . . .... .. ..... ... ..... . .... ... .... .... ... .... . .... . . .. . . .. . ...... ...... 1 - 1 2.0 SAFE SH UTDOWN EQUIPM ENT LIST REPORT................................................. 2-1 2.1 QUALIFICATIONS OF SYSTEMS ENGINEERS . . .. . . . .........21 2.2 CRITERIA AND ASSUMPTIONS ...... ..... . . . . . . . . . . . . . . . . . 2 -2 2.3 SAFE SHUTDOWN PATHS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3 2.3.1 PRIMARY SHUTDOWN PATH. . . . . . . . . . . ... . . . . . 2-3 '

2.3.2 ALTERNATE SHUTDOWN PATH.... .. . ... . . . . . . 2-3 2.4 SYSTEMS DESCRIPTION . . . . . . . .. .. .2-4 ,

I 2.4.I FRONT-LINE SYSTEMS... .. . . . . . . .. .. ..2-4 2.4.2 SUPPORT SYSTEMS .. . . . .. . . . . . . . 2-9 ,

2.5 COMPONENT SELECTION. . . . . . . . . . . . . . . . , . . . . . . . ..2-17 2.5.1 REACTOR REACTIVITY CONTROL.. . . . . . . . ..... .. 2-17 2.5.2 REACTOR COOLANT PRESSURE AND INVENTORY CONTROL.. . 2-17 2.5.3 DECAY HEAT REMOVAL. . . . .. ... . ... . 2-18 2.5.4 SUPPORT SYSTEMS. . . . . . . . .. .. . . . . . . .. . 2- 18 2.6 PLANT GPERATIONS DEPARTMENT REVIEW OF SAFE SHUTDOWN

. . . . . . . . . 2-20 EQUIPMENT LIST. . . .. ... .. .. . . . . ..

RE LAY E VA L UA TI O N RE PO RT............................................................................. 3- 1 3.0 3.1 QUALIFICATIONS OF RELAY EVALUATION PERSONNEL . . ......3-1 3.2 CRITERIA AND ASSUMPTIONS. . . . . . . . . . . . . 3 -2 3.3 SEISMIC CAPACITY EVALUATIONS .. . . . . .. . . . . . . . . 3 -2 3.3.1 GENERIC EQUIPMENT RUGGEDNESS SPECTRA. . . . . . .3-2 3.3.2 PLANT-UNIQUE TEST DATA . . . . . . . . . . . . 3 -3 3.4 RELAY WALKDOWN. .. . . . . . . . . . . . . . 3 -3 3.5 RELAY OUTLIERS . . . .. .. . .3-4 3.6

SUMMARY

OF RESULTS.. . . . . . . .. .3-4 O l l

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O TAB ~LE OF CONTENTS (Continued) l 1

l 3.7 PROPOSED SCHEDULE FOR RESOLUTION OF RELAY OUTLIERS . . .. ..,3-5 l 4.0 S E I S M IC EVA LUATI ON RE PO RT ............................................................................ 4- 1 4.1 QUALIFICATIONS OF SEISMIC CAPABILITY ENGINEERS.. .. ... ... . .... 4-1 4.2 A-46 SEISMIC DEMAND AND CAPACITY EVALUATIONS.. . .. ..4-4 4.2.1 SAFE SHUTDOWN EARTHQUAKE.. . . . . . . . . . . . . . . . . 4-4 4.2.2 IN-STRUCTURE RESPONSE SPECTRA.. . . . . . .. ..... .. .. .4-4 4.2.3 DEFINITION OF EFFECTIVE GRADE .. .. . . .. . .. . . . . . . . 4-5 4.2.4 COMPARISON OF SEISMIC CAPACITY TO DEMAND . . .4-6 4.3 RESULTS OF SCREENING VERIFICATION AND WALKDOWN ., . . . ..4-8 4.4 RESULTS OF TANK AND HEAT EXCHANGER REVIEW.. . . . .. . . .. . 4-8 4.5 CABLE AND CONDUIT RACEWAY REVIEW., . .................4-8

4.6 DESCRIPTION

OF EQUIPMENT OUTLIERS.... . . . . . . . . .. .. .4-9 4.7 EQUIPMENT WHERE SPECIFIC WORDING OF CAVEATS IS NOT MET.... 4-9

, 4.8 PROPOSED SCHEDULE FOR MODIFICATIONS . .. .. . . . . . . . . . . . 4-9 4.9 THIRD-PARTY AUDIT. . . . . . . . . . .. . . . . . . . . . . . . . . . . . 4-9 REFERENCES ..........................................................................................................R-1 i APPENDIXES APPENDIX A Composite Safe Shutdown Equipment List ,

l APPENDIX B Relay Review Safe Shutdown Equipment List l

APPENDIX C Summary of Essential Relay Evaluation Results by Safe Shutdown Equipment List Component APPENDIX D Summary of Essential Relay Evaluation Results by Relay Panel APPENDIX E GERS Capacity vs. Demand Matrix l l

APPENDIX F USI A-46 In-Structure Response Spectra j APPENDIX G Screening Verification Data Sheet O

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APPENDIX H Seismic Review Safe Shutdown Equipment List APPENDIX I Raceway Analytical Review Summary APPENDIX J Summary of Conduit and Cable Raceway Evaluation APPENDIX K Description of Equipment Outliers -

APPENDIX L Third-Party Audit O

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LIST OF TABLES Table yjtjg t

4.1-1 Plant Farley In-Structure Response Spectra and Effectiva Grade for USI A-46

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i LIST OF FIGURES

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Figure Title 4-2-1 Safe Shutdown Earthquake Ground Spectra,1.10 g (Horizontal & Vertical) l 4-2-2 Plant Farley SSE Horizontal Ground Response Spectrum 4-2-3 Plant Farley SSE Ground Response Spectrum Versus SQUG Bounding Spectrum 4-2 Plant Farley Factored GRS for GERS Comparisons 4-2-5 Plant Farley Factor GRS for Anchorage Evaluations O

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(~ ) GLOSSARY OF TERMS,INITIALISMS, AND ACRONYMS ACI American Concrete Institute AFW Auxiliary feedwater AHU Air handling unit ASCE American Society of Civil Engineers ASME American Society of Mechanical Engineers CCW Component cooling water CRD Control rod drive CST Condensate storage tank CVCS Chemical and volume control system DG Diesel generator DHR Decay heat removal ECCS Emergency core cooling system EOP Emergency operating procedure EPRI Electric Power Research Institute ESFAS Engineered safety features actuation system GERS Generic equipment ruggedness spectra GIP Generic Implementation Procedure GL Generic Letter GRS Ground response spectrum (3 High-head safety injection

() HHSI HVAC Heating, ventilation, and air-conditioning ,

Hz Hertz IPEEE Individual Plant Examination of External Events IRS In-structure response spectra LOCA Loss of coolant accident LOSP Loss of offsite power MCC Motor control center MCR Main control room MSIV Main steam isolation valve NSSS Nuclear steam supply system NRC Nuclear Regulatory Commission pga Peak ground acceleration PORV Power-operated relief valve RCP Reactor coolant pump  :

RCS Reactor coolant system RHR Residual heat removal  !

RLE Review level earthquake RPS Reactor protection system RPV Reactor pressure vessel O

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l GLOSSARY.0F TERMS,INITIALISMS, AND ACRONYMS  !

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RTS Reactor trip system RWST Refueling water storage tank SCS Southern Company Services, Inc. j SG Steam generator SEWS Screening and Evaluation Work Sheets l SLCS Standby liquid control system SMA Seismic margin assessment SNC Southern Nuclear Operating Company SQUG Seismic Qualification Utility Group SRP Standard Review Plan SRT Seismic Review Team SSE Safe shutdown earthquake i I

SSEL Safe Shutdown Equipment List SSI Soil-structure interaction SSRAP Senior Seismic Review and Advisory Panel SVDS Screening Verification Data Sheet

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USI Unresolved Safety Issue USNRC United States Nuclear Regulatory Commission ZPA Zero period acceleration l

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. This report summarizes the results of the Plant Farley Unit 1 Unresolved Safety Issue (USI) A-46 evaluation. As stated in correspondence dated September 10,1992, from Southern Nuclear Operating Company (SNC) to the United States Nuclear Regulatory Commission (USNRC)

(Reference 1), the Plant Farley Unit 1 A-46 evaluation was performed per the Seismic Qualification Utility Group (SQUG) Generic Implementation Procedure (GIP), Revision 2, corrected February 14,1992 (Reference 2), as clarified and interpreted by NRC Supplemental Safety Analysis Report No. 2 (Reference 3). This summary report and its appendixes contain the results of the Plant Farley Unit 1 A-46 evaluation as required by section 9 of the SQUG GIP.

Pending completion of the plant modifications described in section 4.6 and Appendixes J and K, all requirements of USI A-46 have been successfully completed. A letter documenting the completion of all USI A-46 modifications will be transmitted to the Nuclear Regulatory Commission (NRC).

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s 2.0 SAFE SHUTDOWN EQUIPMENT LIST REPORT

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2.1 OUALIFICATIONS OF SYSTEMS ENGINEERS The Plant Farley Unresolved Safety Issue (USI) A-46 systems engineers developed the Safe Shutdown Equipment List (SSEL) and assisted the Seismic Review Team (SRT) as required. The systems engineers for the Plant Farley USI A-46 project possess considerable experience in the design and analysis of mechanical and electrical systems for nuclear power plants as shown in the summaries below:

Charles C. Hancock, Jr.

Mr. Hancock is a senior engineer in the Plent Vogt e project group at SCS. He has a B.E.E.

degree from Auburn University. Mr. Hancock has worked for more than 16 years in utility nuclear plant design on the Plants Farley and Vogtle nuclear projects. His design experience primarily involves electrical systems, including power distribution, electrical control, electrical layout, and plant startup support. Mr. Hancock is a member of the Institute of Electrical and Electronics Engineers (IEEE).

Kenneth G. Lowery, Jr.

Mr. Lowery is an engineer I in the NSSS group in the Plant Vogtle project group at SCS. He earned a B.S. degree in mechanical engineering from The University of Alabama. Mr. Lowery has 7 years' experience in design engineering, most of which centers upon the Farley Project. His experience is primarily in piping design, system design and operation, and field walkdown and problem resolution. Through his work on the Plants Farley and Vogtle project groups, Mr. Lowery has developed an in-depth knowledge of the design basis of mechanical systems in pressurized water (PWR) reactor plants. He is a registered Professional Engineer in the State of Alabama, and attended the Seismic Qualification Utility Group (SQUG) SSEL systems training course.

R. Roy Lyon, II Mr. Lyon is a senior engineer in the Plant Farley pioject group at SCS. He has a B.S. degree in electrical engineering from Mississippi State University. Mr. Lyon has more than 22 years' experience in utility nuclear plant design, primarily work applied to Plant Farley. His design experience is primarily in electrical systems, including power distribution, electrical control, and instrumentation. Mr. Lyon is a member ofIEEE and is a registered Professional Engineer in the States of Alabama, Georgia, and Mississippi. He attended the SQUG Equipment Selection and Relay Evaluation training courses.

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i Il William R. May l V '

l Mr. May is a senior engineer in the Engineering Support Group at Plant Farley. He has a B.S. I degree in nuclear engineering from Mississippi State University and more than 24 years' l experience in the licensing, design, operation, testing, and maintenance of fossil and nuclear generating units. Mr. May has been a member of the Plant Farley staff for 17 years, working in the Startup Group, Tech Group, Operations Group, Plant Modifications Group, and Engineering Support. He has held a United States Nuclear Regulatory Commission (USNRC) Senior Reactor l Operator's license and has developed an in-depth knowledge ofintegrated plant operations related to design basis requirements. Mr. May attended the SQUG SSEL equipment selection and relay evaluation training courses.

2.2 CRITERIA AND ASSUMPTIONS In accordance with the SQUG GIP (Reference 2), the mechanical and electrical equipment required to bring the plant from full-power operations to a safe shutdown condition (hot or cold shutdown) and maintain that condition for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> following the initiating event are identified in two steps:

1. Identify the methods or paths that can be used to accomplish each of the four shutdown g functions listed below:

O . Reactor reactivity control.

. Reactor coolant pressure control.

. Reactor coolant inventory control.

. Decay heat removal (DHR).

A primary path and an alternate path were selected for each function to ensure that an active failure or unavailability of a piece of equipment will not prevent shutdown of the plant.

2. Identify the individual pieces of equipment required for the operation of both the primary and alternate pati ystems.

The objectivo of this assessment is to ensure that the equipment required to bring the plant to a safe condition was demonstrated operable following the safe shutdown earthquake (SSE). To achieve a safe condition, the safe shutdown components must survive the event and remain operable to perform the shutdown functions necessary to preclude core damage.

For the Plant Farley assessment, the primary and alternate paths are completely independent of 3 each other. Because the paths have no common active components, a fbilure in one path will not (d affect the other path's capability to perform its safety functions. This is accomplished by using 2-2

[' separate power supplies, different systems, opposite system trains, and redundant components within systems whenever possible, in each of the paths, to perform the safety functions.

The first step in the selection of the shutdown paths is to identify the various alternate paths that can be used to achieve the previously defined safety functions. In selecting the primary and alternate shutdown paths, emphasis was placed on compatibility with existing plant procedures, ease of use by operators, and minimizing the number of components required for performance of the plant walkdown and verification. The Safe Shutdown Equipment List, which contains the components comprising the two success paths, is given in Appendix A.

Additional criteria and assumptions are provided in sections 3.1 and 3.2 of the SQUG Generic Implementation Procedure (GIP) (Reference 2).

2.3 SAFE SHUTDOWN PATHS This section describes the primary and alternate shutdown paths used to bring the plant to a safe shutdown condition.

2.3.1 PRIMARY SHUTDOWN PATH A loss of offsite power (LOSP) will most likely occur with the SSE. In this case, the reactor protection system (RPS) will provide a trip signal en the LOSP. If an LOSP does not occur, RPS instrumentation is provided to initiate an automatic trip signal, if required, by operating parameters such as a turbine trip, or a manual trip can be performed if necessary. Upon a trip signal, the control rods are inserted to provide the negative reactivity to shut down the reactor.

The control room operators will verify the reactor is shut down and enter the appropriate shutdown procedure.

The steam generators (SGs) remove heat from the reactor coolant system (RCS)(train A). Steam from the SG is vented by the train A atmospheric vent valve. Feedwater to the SG is provided by train A of the auxiliary feedwater system. RCS inventory depletion and/or shrinkage is recovered by train A of the charging system taking suction from the refueling water storage tank (RWST) and injecting into the RCS cold legs. RCS pressure control is maintained by train A of the power-operated relief valve (PORV). Train A of the residual heat removal (RHR) system is included to remove heat from the RCS when system conditions permit. Train A of the component cooling water (CCW) and service water (SW) systems is included to support essential component operation. l l

2.3.2 ALTERNATE SHUTDOWN PATH p The alternate shutdown path is identical to the primary path described in subsection 2.3.1, except train B components are used instead of train A components.

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IT 2.4 SYSTEMS DESCRIPTION LJ This section describes the plant systems used in the selected shutdown paths.

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2.4.1 FRONT-LINE SYSTEMS Plant Farley plant-specific systems that are available to perform the safety functions defined in section 2.2 are categorized as front-line systems because they perform a direct safety function.

The front-line systems are as follows:

2.4.1.1 Reactor Protection System The RPS primarily provides automatic protection against unsafe and improper reactor operation during steady-state and transient power operations (ANSI Conditions I and II), and provides initiating signals to limit or mitigate the consequences of fault conditions such as a loss of coolant accident (LOCA) or steam break (ANSI Conditions III and IV).

The RPS receives inputs from various plant systems and thereby continuously monitors physical parameters that can threaten the fuel barrier and nuclear system process barrier integrity.

Protective actions initiated by the RPS are broadly classified into two major categodes:

g O 1. Reactor trip system (RTS).

2. Engineered safety features actuation system (ESFAS).

When reactor plant instrumentation systems (either process or nuclear or both) sense a limiting condition relative to plant safety, signals are developed in the RPS that are supplied to the reactor trip breaker undervoltage coil and shunt trip coil for reactor trip functions.

A reactor trip is initiated whenever it is necessary to perform the following:

1. Prevent core damage from an anticipated transient.

2. Limit core damage from infrequent faults.

3. Preserve the integrity of the RCS pressure boundary during limiting fault conditions.

The reactor trip inserts all of the control rods, terminating the fission process. The control rods are used for initial reactivity control. The RPS initiates a reactor trip by interrupting power to the rod control power supply which, in turn, releases the magnetic latches, allowing the full-length control and shutdown rods to fall, by gravity, into place.

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( In addition to the requirements for a reactor trip, the RPS has the capability to sense accident situations that require the initiation of engineered safeguards systems to limit the consequences of faulted conditions (c.g., LOCA, steamline break, etc.). The ESFAS automatically provides output signals for the timely actuation of the various components comprising the engineering safeguards systems (e.g., emergency core cooling system (ECCS), containment isolation system (CIS), and containment spray system (CS)), consistent with the design basis of these systems.

2.4.1.2 Reactor Coolant System The RCS provides the means of transferring heat generated in the PWR to the SG. The RCS consists of three similar heat transfer loops (A, B, and C) connected in parallel to the RPV. Each of the three loops contains a reactor coolant pump (RCP), SG, and associated piping and valves.

In addition, the system includes a pressurizer, interconnecting piping, and instrumentation necessary for operational control.

The primary function of the RCS is to transport heat generated in the reactor fuel to the primary side of the SG, where it can be transferred to the secondary plant. Two secondary functions of the RCS are to remove heat generated in the fuel caused by fission-product decay following a plant shutdown and to serve as an additional barrier for preventing fission-product release.

During operation, the RCPs circulate borated water through the RPV and the three coolant loops.

hp The water, which serves as the reactor coolant, neutron moderator, neutron reflector, and as the solvent for the boric acid, is heated as it flows upward past the fuel elements. The water exits the RPV through three outlet nozzles and flows via the hot-leg piping to each SG. The SG heat transfer tubes provide complete separation of the radioactive coolant in the RCS from the steam and feedwater, which pass through the turbine and feedwater cycle. The SGs are vertical-shell and U-type evaporators. The reactor coolant flows through the inverted U-tubes, heat is transferred, and steam is generated in the shell side. After passing through the SG, the reduced-temperature reactor coolant returns via the intermediate-leg piping to the three RCPs, then via the cold-leg piping to the three reactor vessel inlet nozzles. To complete the closed loop, the flow is directed from the annulus (formed between the core barrel and the reactor vessel wall) to a plenum at the bottom of the reactor vessel, where the reactor coolant reverses direction and again flows upward through the heat-generating core.

The pressurizer accommodates the insurge and outsurge of reactor coolant and also minimizes the resultant RCS pressure variations from the expansion and contraction of reactor coolant caused by temperature variations during load transients. The RCS pressure is controlled by the operation of electrical heaters and by spraying RCS cold-leg water into the pressurizer. Both of these operations maintain the desired pressurizer pressure. Three spring-loaded safety valves, two PORVs, and the pressurizer relief tank (PRT), all of which comprise the pressure relief system, ensure RCS physicalintegrity.

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The PORVs are designed to limit the pressurizer pressure. The quick-opening PORVs operate automatically or by remote control, and are designed to functionally operate during post-SSE 2-5 1 l

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conditions. Each air-operated PORV is equipped with two solenoid vdves in its respective air line. Two nitrogen storage bottles serve as a backup, seismically designed air supply.

The main steam line from each SG has five spring-loaded safety valves and one powei-operated atmospheric relief valve (air to open). The atmospheric relief valve is set to discharge before the safety valves, thereby assisting to regulate pressure. Emergency air compressors provide a backup source of operating air to ensure the atmospheric relief valves will continue to function following a LOSP.

2.4.1.3 Residual Heat Removal System The residual heat removal (RHR) system transfers heat from the RCS to the component cooling system to reduce the reactor coolant temperature. As a secondary function, the RHR system also serves as a part of the ECCS during the injection and recirculation phases of a LOCA.

The RHR system consists of two identical sets of components or trains. Each train includes a pump, a heat exchanger, control and isolation valves, associated piping, and instrumentation. The inlet lines to the RHR system are connected to the hot legs of two reactor coolant loops (A and C), while the return lines are connected to the cold legs of each reactor coolant loop. This arrangement allows for heat removal from the reactor while bypassing the SGs and the RCPs.

A During RHR operation, reactor coolant flows from the RCS hot legs to the RHR pumps, through t,j the tube side of the RHR heat exchanger, and back to the RCS cold legs. The heat from the reactor coolant is transferred to the component cooling water (CCW) circulating through the shell side of the RHR heat exchangers.

When the RHR system is in operation, a portion of the reactor coolant flow may be diverted from downstream of the RHR heat exchangers to the chemical and volume control system (CVCS) low-pressure letdown line for cleanup and/or pressure control. By regulating the diverted flow rate and the CVCS charging flow, the RCS pressure may be controlled when the plant is solid (no pressurizer steam bubble).

The RHR system functions in conjunction with the high-head portion of the ECCS to inject borated water from the RWST into the RCS cold legs during a LOCA.

The RHR system provides long-term recirculation capability for core cooling following the safety injection phase of the ECCS. During the recirculation phase of emergency core cooling, the RHR pumps align to the containment sump, which contains reactor coolant from the pipe break, the contents of the accumulators, and the RWST. The RHR pumps discharge to the RHR heat exchangers (cooled by CCW), which cool the water from the sump. Upon exiting the RHR heat exchangers, the water can take one of two flow paths:

1. Water may flow directly to the reactor vessel.

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2. Water may flow directly to the suction of the charging pumps, which also supply water to the reactor vessel.

ECCS pumps and valves are designed with the ability to operate in the post-accident recirculation mode for up to 1 year.

The major portion of the RHR system is in the auxiliary building, while the remainder is inside the containment.

2.4.1.4 Chemical and Volume Control Svetem The chemical and volume control syste:n (CVCS) provides chemical and volume control of the RCS. The main function: of the CVCS are as follows:

• Reactor coolant purification (including removal of fission products, activation products, and impurities) and chemistry control (resulting in minimal corrosion of the RCS).

. Reactor coolant inventory regulation through addition of reactor makeup water.

. Reactivity control by adjustment ofboron concentration.

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. Emergency core cooling.

The CVCS supplies reactor makeup water needed because oflosses caused by minor leaks, evaporation, and RCP seal injection. (The RCP seals continuously receive filtered water from the CVCS.) In addition, the CVCS adjusts the water chemistry of the RCS during all normal phases of plant operation.

During a LOCA, the CVCS also provides an immediate source of high-pressure water through the high-head safety injection (HHSI) system to keep the reactor core cooled.

During power operation, the RCS is continuously fed and bled. Water is bled from the RCS and flows through the regenerative heat exchanger, where it releases its heat to the water being fed to the RCS. The term " letdown" refers to the bleeding operation, and " charging" refers to the feeding operation. Heat loss from the RCS is minimized using this regenerative process.

The letdown then flows through orifices which decrease the pressure of the letdown stream substantially below the RCS operating pressure. Further cooling occurs in the letdown heat exchanger, which is cooled by CCW. A second pressure reduction then occurs across the p letdown pressure control valve.

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The water sprayed into the VCT collects temporarily in the tank before returning to the RCS.

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V The VCT serves as a surge volume for the CVCS and accommodates small fluctuations in system flow. In doing so, it also serves as a surge volume for the RCS. The VCT provides suction for the charging pumps to ensure they have a steady water supply.

The charging pumps take the reactor coolant from the VCT and direct it along two parallel paths:

1. To the RCS through the regenerative heat exchanger.

2. To the shaft seals of the RCPs.

The major portion of the seal flow reenters the RCS, and the sealleakage reenters the CVCS via the seal water heat exchanger, which returns to the charging pump suction to complete the flow path.

An alternate (or excess) letdown path from the RCS is provided in the event that the normal letdown path is inoperable. When the alternate letdown path is being used, it is cooled by the excess letdown heat exchanger, which uses CCW as its cooling medium. The excess letdown flow normallyjoint the RCP seal water return and passes through the seal water heat exchanger for additional cooling. However, excess letdown flow can also be directed to the reactor coolant drain tank (RCDT).

Makeup water for the CVCS, and ultimately for the RCS, is derived from two sources:

1. The reactor makeup water storage tank (RMWST).

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2. The refueling water storage tank (RWST).

I The RMWST, a demineralized and deaerated water supply, is the usual source of reactor makeup l water. When demineralized water is added to the RCS, it dilutes the boron concentration in the RCS. In order to match the current boron concentration in the RCS, the demineralized water is mixed with a boric acid solution. Chemicals can also be added to the reactor makeup water via the chemical mixing tank.

The RWST contains a minimum of 2300 parts per million (ppm) borated water and is an emergency source of reactor makeup water. When added during an emergency, the high concentration of borated water in the RWST greatly increases the boron concentration of the RCS.

In the event of a LOCA, the charging pumps supply high-pressure water to the RCS through the HHSI system. The suction of the charging pumps is automatically diverted from the VCT to the RWST. The discharge of the charging pumps realigns to direct the flow from the normal charging l line to the RCS cold leg. Aligning the charging pumps to the RWST ensures an immediate supply of water to the RCS and the rapid establishment of an adequate core shutdown margin.

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l The major portion of the CVCS is located in the auxiliary building and the remainder is inside the O>

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2.4.1.5 Auxiliary Feedwater System Following a reactor trip, heat generation continues in the reactor via the decay of fission fragments. This decay heat is removed from the reactor by producing steam in the SGs and venting the steam either to the condenser or to the atmosphere. Steam that exits the SGs must be replaced with feedwater to continue the heat removal process. Since normal feedwater is not available after a reactor trip, an alternate system-the auxiliary feedwater system-must be used to supply feedwater to the SGs.

The auxiliary feedwater system provides a reliable source of water to the SGs when the main feedy,ater system is unavailable. Although the auxiliary feedwater system functions as an emergency system, it may also serve as an alternate feedwater system during plant startup and cooldown operations.

The auxiliary feedwater system contains two motor-driven pumps and one turbine-driven pump.

Each of the motor-driven pumps supplies the SGs with required feedwater for a normal, safe cooldown of the RCS. The turbine-driven pump uses steam produced by the SGs to deliver f- feedwater for a safe cooldown of the RCS.

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The auxiliary feedwater pumps' suctions are normally aligned to the condensate storage tank; however, in an emergency, water can be supplied by the SW system.

The auxiliary feedwater pumps may be operated either from the main control board (MCB) or locally. The motor-driven auxiliary feedwater (MDAFW) pumps automatically start when a loss of main feedwater occurs, such as during an LOSP or a safety injection. The pumps will also start on a low-low SG level (15 percent). The turbine-driven auxiliary feedwater (TDAFW) pump starts automatically on an undervoltage condition on the reactor coolant pump (RCP) buses or a low-low SG level (15 percent). Both the MDAFW pumps and the TDAFW pump start automatically on low-low SG level (5 percent), as sensed by anticipated transient without trip mitigation system actuation circuitry (AMSAC).

2.4.2 SUPPORT SYSTEMS Systems categorized as support systems must remain operable during and after the SSE so that front-line systems can perform their required safety functions. The following support systems provide a support function to front-line systems and/or to other support systems:

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l A 2.4.2.1 Comoonent Cooline Water System g ,

The component cooling water (CCW) system removes heat from plant components during plant operation, plant cooldown, and post-accident conditions. CCW removes heat from radioactive systems and transfers the heat to the SW system via the CCW heat exchangers. The CCW system serves as an intermediate system between the radioactive fluid systems and the SW system, thus

. reducing the probability of radioactive fluid leakage to the environment.

The CCW system consists of three CCW pumps, three CCW heat exchangers, a surge tank, and mterconnecting piping. During normal power operation, one pump and one CCW heat exchanger provide cooling water for various components located in the auxiliary and containment buildings.

The loads supplied by the CCW system are divided into two categories:

1. Engineered safeguard system (ESS) loads.

2. Secondary heat exchanger loads.

ESS loads consist of the following:

Component System Charging pumps CVCS Spent fuel pool heat exchangers Spent fuel pool cooling system RHR heat exchangers RHR RHR pumps RHR Secondary heat exchanger loads consist of the following:

Component System RCP oil coolers and thermal barrier heat RCS exchangers

Reactor coolant drain tank (RCDT) Waste processing system -

heat exchanger Excess letdown heat exchanger CVCS i

Seal water heat exchanger CVCS 2-10

7m Comnonent System Letdown heat exchanger CVCS Recycle evaporator package Waste processing system Waste evaporator package Waste processing system Catalytic hydrogen recombiners Waste processing system Waste gas compressors Waste processing system Sample system heat exchangers Sample system Gross failed fuel detector Sample system One CCW pump and heat exchanger accommodates the heat load during full-power operation.

If the operating CCW pump trips during normal power operation, a standby pump starts automatically. If necessary, a standby heat exchanger allows for isolation of the operating heat exchanger.

( Two CCW pumps and heat exchangers are available to remove heat during a plant cooldown.

The SW system removes heat from the CCW heat exchangers.

The CCW system provides cooling for ECCS components, resulting in the CCW system being train oriented. CCW pump C and its heat exchanger are designated as train A, while CCW pump A and its heat exchanger are designated as train B. CCW pump B and its heat exchanger can be aligned to either train.

The secondary heat exchangers are aligned to the onservice CCW train, which is normally the "A" train. Loss of CCW cooling to the secondary heat exchangers requires a plant shutdown if cooling cannot be immediately restored.

If train A of CCW is the onservice train, either heat exchanger C or B will be aligned with CCW flow through it. CCW pump B will be electrically and mechanically aligned to train A. Either CCW pump (C or B) will be running, but both pumps will not run simultaneously because a single CCW heat exchanger will not accommodate the flow provided by two CCW pumps. CCW pump A (train B) and its heat exchanger will be aligned and ready to provide CCW flow to the train B ESS components, if the need arises. CCW alignment with train B as the onservice train will be pump B and its heat exchanger (as discussed above) aligned to train B and either pump A or B running with flow through either heat exchanger A or B.

A 2-11  !

W l i

2.4.2.2 Service Water System -

sJ The SW system serves as the plant's ultimate heat sink and transfers water from the SW pond to various heat loads throughout the plant. After the water has provided its cooling function, it returns to the river or it can be used as a source of makeup water for the circulating water system. 1 Since the SW system must operate during normal and accident conditions, it is a Class I safety-related system with train separation and redundancy.

The water from the SW pond passes through two traveling intake screens, which prevent debris from entering the SW wet pit. The wet pit is the area wherein the SW pumps take suction. -

Each unit has five train-oriented SW pumps. Two pumps are dedicated to each train, and one pump can be aligned to either train. The SW pumps supply cooling water to components in the following locations:

• Diesel building.

. Turbine building.

I

• Auxiliary building.

Q LJ e Containment.

> SW can take five different paths after performing its cooling function:

1. Return to the river.

2. Serve as a source of makeup water for the circulating water system.

3. Return to the SW pond for reuse.

4. Return to the SW wet pit.

5. Serve as makeup to the fire protection storage tanks (Unit 2 only).

Normally, the major portion of the water returns to the river and the remainder recovers losses in the circulating water system.

i The SW system, in conjunction with the river water system, forms the complete flow path of

!- water from the river. The river water pumps send river water to the SW pond. The SW pumps direct the water from the SW pond to components requiring cooling, then direct the water to the river.

O 2-12

L If the river water system can not pump water to the SW pond, the SW return can be redirected to ,c

\

. the SW pond. _ The closed loop formed by returning SW to the pond provides cooling for vital r components over extended periods.  :

' 2.4.2.3 Diesel Generator Electrical Distribution System Five'DGs, three Colt-Pielstick and two Fairbanks Morse, provide a highly reliable source of electrical power to vital ESS components.

The 4075-kW-rated Colt-Pielstick DGs are called PC-2s and the 2850-kW-rated Fairbanks Morse DGs are called FMs. The DGs are housed in the Seismic Category I diesel building. ,

The DGs require the support of several support systems, including a lubricating oil system, a fuel oil system, a cooling water system, and a starting air system. These systems are required to  ;

maintain the DGs operable to provide a reliable source of electrical power in the event of an  ;

LOSP.

To maintain the necessary train separation, the 1-2A and IC DGs supply power to the Unit 1 or Unit 2 train A ESF buses. The IB and 2B DGs supply power to the train B ESF buses of their respective units. The 1-2A and IC DGs are shared between Units I and 2. Interlocks prevent : .

~t hem from supplying the Unit I and 2 buses simultaneously. DG 2C is a B train diesel and is the '

dedicated diesel for station blackout (SBO) events.

2.4.2.4 Direct Current Electrical Distribution System I The direct current (de) distribution system provides a reliable source ofuninterruptible power for all emergency and normal de loads. The safety-related portions of the system, which supply continuous power for control, instrumentation, and emergency lighting, are independent, redundant subsystems. Sufficient separation is maintained between components of the subsystems so that a single fault within a subsystem does not prevent the RPS from performing all safety l functions.

The de distribution system contains the following six subsystems:

1. Auxiliary building 125-V-dc distribution system. ,

l

2. Turbine building 250/125-V-dc distribution system..

3. SW intake structure 125-V-dc distribution system.  !

l

4. Cooling tower 125-V-dc distribution system. 1 2-13

- - . _ - ~ .. . _ . - - - _ - . _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ - - - - _ _ _ _

(

5. Fire pumphouse 24-V-dc system.

V)

6. Switchhouse 125-V-dc distribution system.

The auxiliary building 125-V-dc distribution system for each unit consists of two redundant, safety-related 125-V-dc subsystems.

A 125-V-dc bus normally receives power from a 600-V LC via one of two battery chargers. If one battery charger fails, a 125-V-dc battery connected to each dc bus automatically supplies power. Each 125-V-dc bus supplies power to three de distribution panels, the DG control panels, and the following 120-V-alternating current (ac) inverters:

1. Bus A supplies inverters A, B, and F.

2. Bus B supplies inverters C, D, and G.

Battery chargers A and B normally supply their respective de buses. In the event of a battery charger failure (A or B), battery charger C, the swing battery charger, may supply power to either tne train A de subsystem or the train B de subsystem. The swing battery charger input and output breakers are interlocked to prevent simultaneously supplying power to a de bus from the opposite train.

) The SW intake structure 125-V-dc distribution system, a shared safety-related system between Units 1 and 2, is divided into redundant train A and B aubsystems. Each train consists of a normal and a standby battery / battery charger set and two 125.V-dc distribution panels. The distribution panels normally receive power from an associated trsia 208-V MCC via one of two battery /

battery charger sets and a transfer switch. The transfer switch ensures the distribution panels receive power from only one battery / battery chargci set at a time. If the 208-V MCC becomes deenergized, the inservice 125-V-dc battery will continue to supply power.

The de panels supply power for instrumentation and control power for operation of equipment at the SW intake stmeture.

2.4.2.5 IIeatine, Ventilation, and Air-Conditioning Pump room coolers are provided for the ESS pumps located in the auxiliary building to maintain operating temperatures within design allowable values. Each of the pump room coolers is an air handling unit (AHU) type containing a direct-driven vaneaxial fan, finned-tube water coils, and AHU housing, all assembled in one package unit. The coolers draw air from the respective pump rooms being served and supply cooled air back to the same room. Minimal ductwork is used in the air distribution.

O Cooling water supplied from the SW system circulates continuously through the cooling coils of the pump room coolers. Each of the coolers serving the ESS pumps is supplied with water from 2-14

its associated SW system train. The cooler fan starts and stops automatically as its respective pump starts and stops. The fan starter cannot control the pump.

Exhaust fans in the auxiliary building batten rooms prevent the buildup of hydrogen in the rooms by continually exhausting the air during normal and accident modes of operation.

Low-air flow switches in each exhaust fan duct provide an alarm when either battery room exhaust fan is not operating. When either exhaust fan fails, it takes approximately 200 hours0.00231 days <br />0.0556 hours <br />3.306878e-4 weeks <br />7.61e-5 months <br /> for ,

the battery room hydrogen concentration to approach 4.0-percent volume. The low-air flow I alarm provides the operator with sufficient time to analyze the situation and take necessary  ;

measures to restore exhaust flow sufficiently before flammable limits are approached.  ;

As a safety precaution, each battery room is furnished with a temperature switch that will alarm in the control room when a 110 F ambient temperature is reached, signaling the operator to take corrective action.

The coolers for the auxiliary building battery charger rooms, MCCs, and 600-V LCs maintain the environmental conditions required to retain the integrity of the electrical equipment under failure conditions of the normal ventilation system caused by a loss of power or component failure. The arrangement of the power supplies and cooling water supplies to these coolers meets the single-failure criterion. Coolers have safety functions for mitigating the consequences of an accident, but are not required to control the release of radioactivity.

Two separate and redundant air-conditioning systems are provided to maintain the temperature in the control room at approximately 74 F. Safety-related components in the control room are designed to withstand a maximum environmental temperature of 120 F. Therefore, control room temperatures will not approach the design limit of the safety-related components even considering a single active or passive failure in the control room HVAC systems.

During normal plant operation, one of the two 100-percent capacity, Seismic Category I air-conditioning package units recirculates 21,000 ff/ min of cooled, filtered air through the control room. Each packaged unit consists of a fan, prefilter, refrigeration unit with a water-cooled condenser, cooling coil, and the associated instrumentation and controls. If the operating unit fails to function in some manner, the second 100-percent capacity unit can be manually started by the operator. In the event of a loss ofinstrument air to the control room air-conditioning units, a i safety-related back-up compressed gas system can be manually initiated to continue air-conditioner operation. The safety-related backup consists of redundant compressed gas cylinders with associated regulators and valves.

The SW pump room heating and ventilation system consists of redundant power roof exhaust fans (six 25-percent units) for exhausting heat from the rooms, redundant roof air intake fans with connecting ductwork and motor-operated dampers for supplying air to the exhaust fans and for opening and closing the dampers, redundant electric resistance unit heaters (fourteen 121/2-percent units) for maintaining a minimum temperature within the rooms, controls for automatically activating the standby equipment in the event of failure of primary equipment, 2-15

/' G redundant controls for activating the ventilating systems in the event of fire within the room, and  !

annunciation equipment for alarming the control room in the event of excessively high or low temperatures within the room.

Each of the SW switchgear rooms' heating and ventilation systems include a power roof exhaust fan, a nonpowered roof exhaust fan, and a power roofintake fan with connecting ductwork and redundant motor-operated dampers. Both the power intake and power exhaust fans are sized to I

individually provide 100 percent of the heat removal requirements and are totally redundant.

Other equipment consists of controls for automatically activating and deactivating the power exhaust and intake fans and for opening and closing the dampers, redundant electric resistance unit heaters (three 50-percent units for each room) for maintaining a minimum temperature within the rooms, controls for automatically activating the standby equipment in the event of failure of the primary equipment, redundant controls for starting the ventilation systems in the event of a fire within the rooms, and annunciation equipment for alarming the control room in the event of excessively high or low tempeiatures within the rooms.

The SW building battery rooms'/ battery charger rooms' heating and ventilation systems consist of redundant power roof exhaust fans (two 100-percent units for each battery room) for exhausting l hydrogen fumes from the rooms, roof air intake fans within connecting ductwork and redundant motor-operated dampers (in battery charger rooms) for supplying air to the exhaust fans, controls for automatically activating and deactivating the exhaust fans and for opening and closing of the dampers, redundant electric resistance unit heaters (two 100-percent units for each battery charger room) for maintaining a minimum temperature within the rooms, controls for automatically activating and deactivating the heaters, a fire damper (in the divider walls between the battery rooms and battery charger rooms) for sealing the rooms from each other in the event of fire in either room, and redundant controls for activating the ventilation systems and closing the fire dampers in the event of fire within the battery rooms.

The diesel generator rooms' heating and ventilation systems consist of one power roof exhaust fan in each room for exhausting heat from the rooms during the generator shutdown cycle, redundant power roof exhaust fans (two 100-percent units for each room) for exhausting heat from the rooms during the generator operation cycle, one motor-operated wall air intake louver with redundant sections and redundant operators for each section in each room for supplying air to the exhaust fans, one rolling fire door in each room for sealing the louver opening in the event of fire within the room, controls for automatically activating and deactivating the exhaust fans and for opening and closing of the wall louvers, redundant electric resistance unit heaters (three 50-percent units for each room) for maintaining a minimum temperature within the rooms, controls for automatically activating and deactivating the heaters, controls for automatically activating the standby equipment in the event of failure of primary equipment, redundant controls for deactivating the ventilating systems in the event of fire within the rooms, and annunciation equipment for alarming the control room in the event of excessively high or low temperatures within the rooms.

Each of the diesel generator switchgear rooms' heating and ventilation systems include a power

'O roof exhaust fan, a nonpowered roof exhaust fan, and a power roofintake fan with connecting 2-16

3 ductwork and redundant motor-operated dampers. Both the power intake and power exhaust (d fans are sized to individually provide 100 percent of the heat removal requirements and are totally redundant. Other equipment consists of controls for automatically activating and deactivating the power exhaust and intake fans and for opening and closing of the dampers, redundant electric resistance unit heaters (three 50-percent units for each room) for maintaining a minimum temperature within the rooms, controls for automatically activating and deactivating the heaters, controls for automatically activating the standby equipment in the event of failure of primary equipment, redundant controls for activating the ventilating systems in the event of fire within the rooms, and annunciation equipment for alarming the control room in the event of excessively high or low temperatures in the rooms.

2.5 COMPONENT SELECTION This section describes the component selection process for the safe shutdown path systems.

2.5.1 REACTOR REACTIVITY CONTROL The reactor is assumed to trip following a SSE from a turbine trip or an LOSP. Reactor reactivity control is initially achieved by control rod insertion. Power range instrumentation is included to monitor a reactor trip. Long-term control of reactivity during cooldown is provided by two trains (g/ of high-head injection of borated water from the RWST. The primary injection path is provided by charging pump A through valves MOV8803 A and MOV8801 A into the cold legs. The alternate injection path is provided by charging pump C through valve MOV8885 into the cold legs.

2.5.2 REACTOR COOLANT PRESSURE AND INVENTORY CONTROL With the core subcritical, the decay heat levels are sufficiently small that adequate core heat removal can be accomplished simply by keeping the core covered with water. This, in turn, requires that the RCS pressure be controlled to prevent excessive pressure buildup that can threaten RCS pressure boundary integrity or cause the core to become uncovered.

T he SGs provide cooling in both paths. The SGs remove heat from the RCS, thereby decreasing RCS pressure toward SG pressure limits. Additional RCS pressure control is not required in this event. RCS inventory shrinkage is recovered, if required, by the charging system (train A for the primary path and train B for the alternate path) taking suction from the RWST and injecting into the cold leg.

O i

2-17 l

_a

2.5.3 DECAY HEAT REMOVAL

[G9 SGs are included in each of the primary and attemate shutdown paths for DHR. Since it is assumed that the turbine side of the plant will not be available following a seismic event, the condenser will not be available for DHR via the secondary side system. The MSIVs will close, preventing an uncontrolled blowdown of steam in the turbine building. The MSIVs in each header are included on the seismic review SSEL (Appendix H) to provide redundancy in the case of a single active failure. Cooldown is further controlled by isolating the SG blowdown isolation valves. Both valves in each blowdown path are included to ensure isolation of the blowdown line.

The main feedwater system is isolated by motor-operated check valves MOV3232A, -B, and -C.

Because these valves are check valves, they are treated as passive and were not seismically evaluated. Steam is vented from the atmospheric vent valves (QN1 IPV3371 A, -B, and -C). An atmospheric vent valve is included in each shutdown path for DHR. The atmospheric vent valves are air-operated (air-to-open) valves. Since the instrument air system is assumed to be unavailable following a seismic event, both trains of the emergency air system are included for operation of the atmospheric vent valves.

As steam bleeds off the secondary side of the SG, feedwater is provided by the auxiliary feedwater (AFW) system. Trains A and B of the motor-driven AFW pumps are included to provide for the primary and alternate shutdown paths, respectively. The turbine-driven AFW pump is not included since SQUG and IPEEE do not postulate high-energy line breaks. A single, p motor-driven AFW pump train provides adequate feedwater to the SGs. The AFW piping and Q SGs are assumed to be intact following a seismic event. The CST provides the primary water source for the AFW pumps. Since the CST is depleted prior to reaching hot shutdown within 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />, the SW system provides a water source for emergency backup. SW is provided through valves MOV3209A and MOV3210A for motor-driven AFW pump A, and is provided through valves MOV3209B and MOV3210B for motor-driven AFW pump B.

When the RCS temperature and pressure are reduced to approximately 350 F and 425 psig, respectively, the RHR system can be utilized to remove decay heat. One train of RHR is provided for each path. For normal RCS cooldown. water is supplied to the RHR pumps via RHR loop isolation valves MOV8701 A and -B and MOV8702A and -B. Water is injected from the RHR pumps to the RCS through the cold-leg injection MOVs or the hot-leg injection MOVs.

Heat from the RHR system is removed by the CCW system, with the SW system transferring heat from the CCW system to the ultimate heat sink.

2.5.4 SUPPORT SYSTEMS 2.5.4.1 Component Cooling Water System CCW trains A and D are included to provide a primary and alternate path for DHR. Swing

( components in the CCW system are not included. The seal water heat exchanger (QE21H003)

' and the letdown heat exchanger (QE21H004) are included on the seismic review SSEL to ensure 2-18

CCW system integrity. The swing CCW heat exchanger is included for CCW system integrity ,

should it not be isolated in the event of an accident.

1

, t 2.5.4.2 Service Water System SW trains A and B are included to provide a primary and alternate path for DHR. Swing components in the SW system are not included.

The SW system provides a means to transfer heat from the CCW heat exchangers to the ultimate heat sink. The SW system provides cooling for the DGs and the engineered safeguards room air handling system for the CCW pump, AFW pump, RHR pump, charging pump, battery charging, MCC, and 600-V load center rooms.  ;

i SW valves QP16V545 and QP16V546 are normally open to provide normal SW discharge tc the river. Valves QP16V538 and QP16V539 are normally closed so SW return flow is discharged to the river. When the river water system is unavailable, the SW pond is used as the heat sink To -

use the SW pond, valves QP16V545, QP16V546, QP16V538, and QP16V539, which are '

, included on the SSEL, are required to change position.

. 2.5.4.3 Heating, Ventilation, and Air-Conditioning Equipment area coolers are provided for the ESS CCW, AFW, RHR, and charging pump rooms.

i The pump room coolers are provided in the equipment areas for each system to maintain operating temperatures within design allowable values. Cooling water supplied from the SW system circulates continuously through the cooling coils of the pump room coolers.

, Equipment area coolers are also provided for the battery charging rooms, MCC rooms, and .

600-V load center rooms. These coolers are designed to maintain the environmental conditions required for the integrity of the electrical equipment. Cooling water for these coolers is also l provided by the SW system.

Exhaust fans are provided for the auxiliary building and service water intake structure battery  !

rooms to prevent the buildup of hydrogen by continually exhausting.the air. ,

Exhaust fans for the SW pump room, SW switchgear room, DG room, and DG switchgear room _

are included on the SSEL to remove heat from the rooms. ,

Control room air-conditioning units are provided to maintain room temperature below the maximum acceptable temperature for the control room electrical panels.

O 2-19

(D

%)

2.5.4.4 Emergency Electrical Power The emergency ac electrical power system is required to maintain a safe shutdown condition for the mechanical and fluid systems described in this section. This system is normally supplied from offsite power. In the event of an LOSP, each bus can be supplied by a DG.

Offsite electrical power may be unavailable for up to 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> following a SSE; therefore, electrical power for the operation of the safe shutdown components must be supplied by the emergency electrical power system. The DGs are included in each path to provide power to the emergency electrical distribution system.

The SSEL also includes DG auxiliary systems that are required to support the DG start and for continued operation, including the fuel oil transfer pumps, fuel oil day tanks, fuel oil storage tanks, and the starting air system.

The power distribution system consists of various ac and de buses, MCCs, and panels that provide power to shut down components. The ac power distribution system starts with the 4160-V switchgear buses, which provide power to large fluid system pump motors and 600-V load center buses. The 600-V load center buses provide power to 600-V and 208-V MCCs and battery chargers for the main de systems. The MCCs provide power to various 120- and 208-V-ac distribution panels.

[" The de power distribution system is powered by battery chargers from the ac power system and from station batteries. The main de system starts with two 125-V-dc auxiliary building buses and two 125-V-dc SW intake structure buses. These de systems provide power to various de loads, such as breaker control, solenoid valves, DG field flashing, and others. Each dc system is comprised of battery bank (s), battery charger (s), switchgear, and/or distribution centers.

2.6 PLANT OPERATIONS DEPARTMENT REVIEW OF SAFE SHUTDOWN EOUIPMENT LIST A thorough " desktop" review of the SSEL was performed by Mr. Robert Fucich, Plant Farley Shift Supervisor-Operations Department,in accordance with section 3.7 of the SQUG GIP. The results of the operations department review are documented in a memo from the Plant Farley operations manager, Mr. Phil Crone (Reference 13). All operations comments have been addressed.

C)

U 2-20

] 3.0 RELAY EVALUATION REPORT This section contains a description and the results of the Plant Farley Unit 1 A-46 relay chatter evaluation. The relay review Safe Shutdown Equipment List (SSEL), which contains all SSEL components that required a relay chatter evaluation, is included in Appendix B. A complete listing of the relay chatter evaluation results is included in Appendixes C and D.

3.1 OUALIFICATIONS OF RELAY EVALUATION PERSONNEL The Plant Farley A-46 relay evaluation personnel listed below were responsible for the relay chatter evaluation and identification of electrical SSEL components. These individuals possess considerable experience in the design and analysis of electrical systems for nuclear power plants.

Charles C. Hancock, Jr.

Mr. Hancock is a senior engineer in the Vogtle Project group at SCS. He has a B.E.E. degree from Auburn University. Mr. Hancock has worked for more than 16 years in utility nuclear plant design on the Farley and Vogtle Nuclear projects. His design experience is in electrical systems, including power distribution, electrical control, electrical layout, and plant startup support.

Mr. Hancock is a member of the Institute of Electrical and Electronics Engineers (IEEE).

R. Roy Lyon, II, Mr. Lyon is a senior engineer in the Farley Project group at SCS. He earned a B.S. degree in Electrical Engineering from Mississippi State University. Mr. Lyon has worked for more than 22 years in utility nuclear plant design, with most of that work applied to Plant Farley. His design experience is primarily in electrical systems including power distribution, electrical control, and instrumentation. Mr. Lyon is a member ofIEEE and is a registered Professional Engineer in the States of Alabama, Georgia, and Mississippi. He attended the Seismic Qualification Utility Group (SQUG) Equipment Selection and Relay Evaluation training courses.

Mike L. Waddell Mr. Waddell is an engineer II in Fossil and Hydro - Instniments and Controls at SCS. He earned a B E.E. degree at the Georgia Institute of Technology. Mr. Waddell has worked for more than 2 years in Fossil and Hydro - Instruments and Controls, Farley Nuclear Project - Electrical, and Consulting and Testing Services. His experience includes electrical design and controls design for programmable logic controllers and distributed control systems. Mr. Waddell passed the Engineering-In-Training exam.

O 3-1 i

3.2 CRITERIA AND ASSUMPTIONS The criteria and assumptions used for the relay chatter evaluation are as given in section 3.3.1 of the Electric Power Research Institute (EPRI)" Procedure for Evaluating Nuclear Power Plant Relay Seismic Functionality" (Reference 4).

3.3 SEISMIC CAPACITY EVALUATIONS Essential relays (i.e., relays for which chatter must be precluded) must be evaluated for seismic adequacy to demonstrate that chatter will not occur due to an earthquake. The methods used to determine the seismic adequacy of essential relays for the Plant Farley Unit 1 A-46 program are ,

described in the following sections. Appendix C contains a listing of all essential relays, along l with the evaluation method used to determine seismic adequacy. Appendix C is sorted by SSEL component with all essential relays associated with that component listed below. Appendix D data is identical to data held in Appendix C, but is sorted by the panel that contains the relays.

Appendix D also contains a listing of all panels containing essential relays and the amplification factor used for each panel, if applicable.

3.3.1 GENERIC EQUIPMENT RUGGEDNESS SPECTRA Generic equipment ruggedness spectra (GERS), as examined in EPRI reports, " Seismic Ruggedness of Relays" (Reference 5) and " Generic Seismic Ruggedness of Power Plant Equipment," (Reference 6) were used to determine the seismic capacity at which electrical contact devices will not chatter. This seismic capacity was then compared to the seismic demand for a given device to determine its acceptability. A description of the method used to determine the seismic demand for comparison with the relay GERS is included in section 4.2.4 of this report.

The in-cabinet amplification factors used to determine seismic demand at the attachment point of the relay in the cabinet were determined by using the guidance provided in EPRI NP-7145 (Reference 7). For simplicity, an amplification factor of 7 was conservatively applied to most panels containing essential relays, unless a lower, more realistic factor was required for comparison with the GERS. Where an amplification factor of 7 was used, the panel was evaluated to ensure it complied with the minimum requirements for high amplification structures, as described in EPRI NP-7148. As previously noted, Appendix D lists all panels containing essential relays and the amplification factor used for each panel, if applicable.

Once the seismic demand and capacity for a given relay arc determined, these values were compared to determine seismic adequacy. This comparison was facilitated by the seismic capacity versus demand matrix supplied in Appendix E, which lists the relay model number on the left, in addition to the associated GERS capacity. The GERS capacity can vary for certain relay types based on the normal contact configuration (e.g., normally open or closed, operating or nonoperating, etc.). The seismic demand for all buildings and elevations containing essential

/' relays is listed at the top. The demand level varies based on the amplification factor used.

l

\ Appendix E contains two different seismic demand matrixes: One matrix is based on an 3-2

l l

amplification factor of 7.0 and the other is based on an amplification factor of 6.0. Where the I

demand column and relay GERS capacity intersect, the matrix indicates "OK" if the capacity exceeds the demand, or "NG" if the capacity is less than the demand. For simplicity, if the capacity exceeds the demand for a given relay type in a given panel for all possible contact configurations, the actual contact configuration was not determined. If capacity does not exceed demand, the minimum amount ofinformation required to screen out the relay was determined.

3.3.2 PLANT-UNIQUE TEST DATA l Plant-unique seismic test data are used for several essential relay types where GERS were either not available or did not demonstrate sufficient capacity. These relays are listed in Appendixes C and D with the status code "Q#," in which "#" is a unique identifier assigned to each relay. The method used to determine seismic demand is described in section 4.2.4 of this report.  ;

3.4 RELAY WALKDOWN A relay walkdown was performed for essential relays as part of the seismic capability walkdown.

An additional sheet was attached to the Screening and Evaluation Work Sheet (SEWS) forms to document the relay walkdown results. The purposes of the relay walkdown were to:

. Obtain information needed to determine cabinet types which house essential relays and to determine the in-cabinet amplification, where needed, for the seismic capacity screening.

. Verify the seismic adequacy of the cabinets or enclosures which support the essential relays.

• Spot check mountings of essential relays.

• Spot check the essential relays to verify their types and locations, including checks for low- .

ruggedness relays.

The relay walkdown was performed by two seismic capability engineers and an electrical systems engineer for all components containing essential relays.

i O

3-3 E

a 3.5 RELAY OUTLIERS Six relay outliers of two different models are utilized for Plant Farley Unit I and the shared components, as follows:

Device No. Relay Vendor Model No. Panel No. Panel Description 87D1B 'GE CFD22B1A QlH22L503-B DG local relay panel 87Dl-2A GE CFD22B1A QSH22L502-A DG local relay panel 87DIC GE CFD22BlA- QSH22L504-A DG local relay panel -

27 WESTINGHOUSE SV-1 Q1H21E527-B DG local control panel 27 WESTINGHOUSE SV-1 QSH21E525-A DG local control panel ~

27 WESTINGHOUSE SV-1 QSH21E528-A DG local control panel The seismic capacity data available for these relays is inadequate for the installation. Chatter of these devices could potentially result in unacceptable circuit actions due to a seal-in condition.

These relays are listed in Appendixes C and D with the status code "CR."

3.6

SUMMARY

OF RESULTS  ;

A relay chatter evaluation was performed for all relays required for the success path components O by evaluating the effects of relay chatter or by establishing the seismic adequacy of the relay. For each component, circuits required to provide essential plant functions or to prevent unacceptable corditions were identified.

A particular relay may be required for several different components. Each of these relay / component combinations were evaluated for chatter. All relay / component combinations were evaluated and categorized into one of the following groups:

• Chatter is acceptable.

• Not vulnerable (mechanically actuated contacts and solid-state relays).

• Resolved by operator action.

. Relay is screened out using GERS. t e Relay is screened out using plant-unique seismic test data.

• Components are not affected by relays.

• Corrective action is required.

3-4

, .w, - -,- - -

O The results of the evaluation for each relay / component combination are provided in Appendixes C and D.

3.7 PROPOSED SCHEDULE FOR RESOLUTION OF RELAY OUTLIERS All modifications or replacements required to resolve relay outliers will be completed by the end of1996.

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4.0 SEISMIC EVALUATION REPORT 4.1 OUALIFICATIONS OF SEISMIC CAPABILITY ENGINEERS The Seismic Review Team (SRT) members represent the personnel responsible for applying experience and judgment in the implementation of the combined Electric Power Research Institute (EPRI) seismic margin assessment (SMA) methodology and Seismic Qualification Utility Group (SQUG) Generic Implementation Procedure (GIP). Work experience and training for SRT members for Plant Farley represent many years of formal and practical experience in the field of structural and seismic design and analysis. The combined qualifications of the SRT members easily meet the requirements of the SQUG GIP. Each SRT member attended the SQUG Walkdown Screening and Seismic Evaluation Training Course and the Add-On Seismic Individual Plant Examination (IPE) Training Course. A brief summary of qualifications for each seismic capability engineer is given below:

Phillip W. Garrett Mr. Garrett is a principal engineer in the Consulting and Testing Services Department at SCS. He has a B.S. degree in civil engineering from Auburn University and an M.S. degree in civil engineering from the University of Alabama at Birmingham. Mr. Garrett possesses more than

(

16 years' experience in structural analysis and design of structures for electric utilities. He has developed expertise in the areas of vibration analysis and modal testing, including in-situ vibration and modal testing of fans, motors, pumps, and structures. Mr. Garrett also has extensive experience in seismic analysis of civil structures and subsystems and seismic qualification of equipment. He is a registered Professional Engineer in the State of Alabama.

Billy R. Goforth, Jr.

Mr. Goforth is a project engineer in the Consulting and Testing Senices Department at SCS. He earned B.S. and M.S. degrees in structural engineering at the University of Alabama at Birmingham. Mr. Goforth has more than 22 years' experience in the structural analysis and design of structures for electric utilities. He has performed work for many plants in the Southern electric system, including all three nuclear sites. Mr. Goforth has extensive experience performing seismic analysis, as well as review and approval of vibration and modal testing of equipment, supports, foundations, and structures. He has worked in his current position for several years providing and approving seismic qualification of Class IE equipment. Mr. Goforth's experience includes modern plants which meet standard review plan (SRP) requirements, as well as older, SQUG plants. He is a registered Professional Engineer in the States of Alabama and Georgia.

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l Ping Hsu Mr. Hsu is a principal engineer in the Consulting and Testing Services Department at SCS. He earned a B.S. degree in civil engineering from the National Cheng Kung University in Taiwan, an M.S. degree in applied mechanics from the Asian Institute of Technology in Thailand, and a Ph.D.

degree in civil engineering from the University ofIowa. Mr. Hsu has more than 20 years' experience in the analysis and design of structures and equipment for nuclear power plants.

Specifically, he has extensive experience in the structural dynamics and seismic analysis of civil structures, subsystems, and building foundations. He has provided technical expertise in the review and approval of qualification for Class 1E equipment. In addition, Mr. Hsu has extensive experience in seismic reanalysis of American Society of Mechanical Engineers (ASME) piping systems in support of the snubber optimization program at Vogtle Electric Generating Plant (VEGP). While serving as a field supervisor at VEGP for 2 years, Mr. Hsu worked on numerous maintenance issues such as snubber surveillance testing, piping vibration trouble-shooting, plant modifications, small bore piping and tubing reanalysis, Seismic Category II/I evaluations, and fatigue studies of mechanical components. Mr. Hsu successfully completed the SQUG and IPE Add-On Walkdown Training Course and is a registered Professional Engineer in the State of Alabama.

Thomas B. Lantrip

(- Mr. Lantrip is a senior engineer in the Consulting and Testing Services Department at SCS. He

( has a B.S. degree in civil engineering from the University of Alabama and has completed graduate coursework at the University of Alabama at Birmingham and the University of California.

Mr. Lantrip has more than 11 years' experience in the structural analysis and design of structures for electric utilities. He has extensive experience in seismic analysis of nuclear power plant structures and seismic qualification of equipment. Mr. Lantrip has developed expertise in the areas of vibration analysis and modal analysis testing of rotating equipment, balancing of high-speed machinery, and in-situ strain testing for nuclear and nonnuclear operating equipment and facilities. He is a registered Professional Engineer in the State of Alabama.

1 Ken P. Maynard 1 1

Mr. Maynard is a senior engineer in the Consulting and Testing Senices Department at SCS. He earned a B.S. degree in mechanical engineering from the University of Florida. Mr. Maynard has more than 13 years' experience in the structural analysis and design of structures and components  ;

for electric utilities. He has extensive experience in the seismic testing ; J analysis of nuclear  !

power plant structures and components, including low-level qualification testing of more than 100 nuclear safety-related valves. He also has more than 13 years' experience in vibration troubleshooting in operating plants by testing and analysis. Mr. Maynard is a registered Professional Engineer in the State of South Carolina.

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( Donald P. Moore Mr. Moore is a consulting engineer in the Consulting and Testing Services Department at SCS.

He has a B.S. degree in civil engineering from the University of Alabama and an M.S. degree in engineering from the University of Alabama at Birmingham. In addition to being an SRT member, Mr. Moore served as the technical director for the Hatch SMA/USI A-46 project with responsibility for all technical / seismic aspects of the project. He has more than 23 years' experience in the field of structural engineering with specific emphasis on structural dynamics.

Mr. Moore has worked on a broad range of structural engineering activities, including responsibility for the design of structures for nuclear and fossil power plants; seismic analysis and design of structures and supports; analysis and design of foundations for rotating equipment such as coal crushers, fans, and pumps; reviewing and approving seismic qualification reports for seismic Class I equipment; solving structural vibration problems in operating power plants; and developing and implementing the structural dynamic testing capabilities for SCS. Mr. Moore is also an active member of several American Society of Civil Engineers (ASCE), American Concrete Institute, and ASME committees that relate to structural dynamics and structural code activities. He was a peer reviewer for the SQUG Walkdown Screening and Seismic Evaluation course, a technical reviewer of the EPRI report TR-102180 entitled," Guidelines for Estimation or Verification of Equipment Natural Frequency," and has been a member of the SQUG Steering Group since 1993. Mr. Moore is a registered Professional Engineer in the State of Alabama.

Larry P. Posey O M.r. Posey is a senior engineer in the Farley Project Plant Modifications Department at SCS. He earned a B.S. degree in civil engineering from the University of Alabama at Birmingham.

Mr. Posey has more than 20 years' experience in the design and structural analysis of structures for electric utilities, with more than 15 years dedicated to nuclear projects including experience in seismic analysis of nuclear power plant structures and seismic qualification of equipment. He has expertise in pipe support design and preparation of design changes in support of nuclear plants.

Mr. Posey's years of experience on the Farley Project has provided him with an in-depth knowledge of the seismic design of structures and equipment at Plant Farley. He is a registered Professional Engineer in the States of Alabama and Georgia.

Carl K. Toner Mr. Toner is an engineer I in the Consulting and Testing Services Department at SCS. He has a B.S. degree in civil engineering from the University of Alabama and an M.S. degree in civil l engineering from the University of Alabama at Birmingham. Mr. Toner has more than 8 years' experience in the analysis and design of structures for electric utilities. He has experience in the seismic analysis of nuclear power plant structures and seismic qualification of equipment, and he has developed extensive expertise in structural computer analysis and design. Mr. Toner is a member of the ASCE Energy Division subcommittee on Load and Resistance Factor Design applications for structural steel use in fossil power plants. He is a registered Professional Engineer in the State of Alabama.

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Keith D. Wooten Mr. Wooten is the USI A-46/IPEEE-Seismic Program manager for the Hatch, Farley, and Vogtle nuclear plants. He earned a B.S. degree in civil engineering from Auburn University and an M.B.A. degree from the University of Alabama at Birmingham. In addition to being the program manager, Mr. Wooten also served as an SRT member for the Plant Hatch SMA. He has more than 13 years' experience in the analysis, design, and construction of structures and components for large industrial and nuclear facilities, including extensive knowledge of Plant Hatch and its design and analysis basis and requirements. Mr. Wooten is a registered Professional Engineer in the State of Alabama.

4.2 A.46 SEISMIC DEMAND AND CAPACITY EVALUATIONS This section discusses the USI A-46 seismic in-structure response spectra (IRS), the definition of effective grade, and how the seismic demand was defined for the various capacity versus demand evaluations required for the Plant Farley Unit I resolution of USI A-46.

4.2.1 SAFE SHUTDOWN EARTHQUAKE q Plant Farley Unit I was designed using a modified Newmark spectrum with a horizontal peak Q ground acceleration (pga) of 0.10 g and a vertical pga of 0.067 g for the safe shutdown earthquake (SSE). Figure 4-2-1 of this report is a plot of the SSE design ground response spectmm (GRS). The design GRS is specified as a free-field ground spectmm at grade. Geologic and seismologic surveys were made to establish the design earthquake. In modifying the Newmark spectrum to obtain Plant Farley spectra, variations in site conditions, foundation properties, and amplification factors of previous distant and nearby earthquakes were taken into account. The actual input motion for the original SSI analyses was conservatively placed at the foundation level of each building.

4.2.2 IN-STRUCTURE RESPONSE SPECTRA When IRS were required, a factor of 1.5 was applied to the SSE GRS per table 4-3 of the SQUG GIP (Reference 2). The 1.5 factor effectively converts the GRS to a realistic, median-centered, in-stmeture response spectra (IRS) for components located less than approximately 40 feet above grade (all Plant Farley SSEL components meet this criteria) with a natural frequency above approximately 8 Hz. The factored GRS is shown in figure 4-2-2. An additional factor of conservatism was applied to the IRS based on the application as described in section 4.2.4.

For Plant Farley equipment with a natural frequency less than approximately 8 Hz, calculated IRS are used with the appropriate factor of conservatism applied as described in section 4.2.4. The original SSE IRS were used for the auxiliary building and the containment building, which are 4-4

( founded on competent rock. The original spectra for these buildings are considered to be

\ " conservative design" IRS for use with GIP table 4-1.

The diesel generator and service water intake structure are supported on cast-in-place caissons which transfer the loads to the competent rock material (i.e., Lisbon Formation). For IPEEE, a review of the calculations for the original SSE IRS was performed for these two structures. This review indicated that the simplified treatment of the caissons in the original calculations for the development of the SSE IRS appears to be outdated and, as a result, may not accurately approximate fundamental soil-stmeture system frequencies. Therefore, new IRS were developed for these two structures as part of the Individual Plant Examination of External Events (IPEEE) evaluation (Reference 8). The new IRS were developed in accordance with the 1989 revision of the Standard Review Plan (SRP) (Reference 9). As pan of this recalculation, site response analyses using the program SHAKE (Reference 10) were conducted to characterize soil properties, and to generate motions on the ground surface for a control point established at depth of the competent layer. Copies of these new IRS, and the spectra of the new ground . surface motion, are included in Appendix F. These IRS are judged to be " conservative design" IRS due to the fact that the soil-structure interaction analyses and the calculation of the new IRS were performed following the latest revision of the SRP; however, for additional conservatism in the A-46 and IPEEE evaluations, they were treated as " realistic, median-centered" IRS. Table 4.1-1 of this document contains a summary of the appropriate seismic demand for each building.

s 4.2.3 DEFINITION OF EFFECTIVE GRADE Equipment seismic capacity can be compared to seismic demand by comparing the SSE GRS to the seismic capacity bounding spectmm (figure 4-2 of the SQUG GIP) or the appropriate generic equipment ruggedness spectra (GERS) as described in part II, section 4.2, and table 4-1 of the SQUG GIP. This method was used almost exclusively for evaluating equipment, provided the equipment was mounted below approximately 40 feet above grade and the equipment fundamental frequency was above about 8 Hz. The plant efTective grade had to be defined to perform this comparison. The effective grade was determined to be identical to the actual plant grade (i.e.,195 feet at the service water intake structure and 155 feet for all other plant areas) for all plant structures, with the exception of the containment internal structure. The containment internal structure is not laterally supported from the containment shell. The internal structure floor beams that span to the containment shell are supported at the containment shell wall by brackets that provide only vertical support; these beams have slotted holes that allow lateral rrovement. The top of the containment base slab is elevation 104 feet, which is the base of the internal structure. The highest slab of the internal structure is at elevation 155 feet, with some walls extending as high as approximately elevation 175 feet.

The SHAKE analysis (section 4.2.2) was used to determine the motion at the free-field ground surface for surface-mounted structures, such as tanks. The input motion (i.e., the SSE), was chosen to be specified at the hypothetical outcrop at elevation 155 feet, which was assumed to be a continuation of the compact overburden, or weathered rock, at elevation 130 feet. This new v SHAKE analysis was used to determine the probable deamplification down through the soil to the i

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l 4 elevation of the containment base slab, and revealed a probable deamplific ation of at least 20 percent. Based on the judgment of the seismic capability engineers, a deamplification of at least 20 percent is sufficient to justify an effective grade at elevation 130 feet for the containment internal structure. Table 4.1-1 contains a summary of the appropriate effective grade for each bui! ding. All Plant Farley SSEL equipment is located less than about 40 feet above grade.

4.2.4 COMPARISON OF SEISMIC CAPACITY TO DEMAND This section discusses the methods used in comparing seismic capacity to seismic demand for the following areas:

• Equipment review.

• Equipment anchorage review.

• Relay functionality review.

• Cable and conduit raceway review.

4.2.4.1 Eauipment Seismic Capacity to Seismic Demand The seismic capacity of equipment can be define 4 by either the bounding spectrum,1.5 multiplied by the bounding spectrum, GERS, or compone pecific seismic qualification, depending on equipment characteristics and location. Appendix G of this report provides the Screening Verification Data Sheet (SVDS), which defines the capacity spectrum and the demand spectrum, columns 10 and 11, respectively, used to compare each item of equipment's seismic capacity to its seismic demand.

Per table 4-1 of the SQUG GIP, for equipment below approximately 40 feet above grade with a natural frequency greater than or equal to about 8 Hz, the SSE GRS was compared with the SQUG bounding spectrum with no additional factors applied (see figure 4-2-3). The seisak demand for comparison with GERS was equal to the SSE GRS multiplied by 1.5 multiplied by 1.5 (refer to figure 4-2-4). The first 1.5 factor, as explained in the preceding section, converts the GRS to a realistic, median centered, IRS. The second 1.5 factor is applied to account for uncertainty when comparing GERS to realistic, median-centered, IRS.

For SSEL equipment with a natural frequency less than approximately 8 Hz, the original plant design IRS, or the new IRS for equipment located in the diesel generator building or the SW intake structure, were compared to the SQUG bounding spectrum multiplied by 1.5.

For comparison with the GERS, the original design IRS for equipment located in the auxiliary or containment buildings was used with no additional factors applied. GERS were not used to 4-6

demonstrate seismic capacity for equipment located in the diesel generator building or service

[V] water intake structure.

4.2.4.2 Eauipment Anchorage Canacity to Seismic Demand For equipment with a component natural frequency greater than or equal to approximately 8 Hz, the seismic demand used for the anchorage evaluation was taken as the SSE GRS multiplied by 1.5 multiplied by 1.25 per table 4-3 of the SQUG GIP.

For equipment with a component natural frequency less than approximately 8 Hz, the original design IRS was used in the auxiliary or containment buildings with no additional factors applied.

The new IRS for the diesel generator building and SW intake structure was used for equipment located in these buildings with an additional factor of safety of 1.25 applied per table 4-3 of the SQUG GIP (see figure 4-2-5). The use of the factor of safety of 1.25 is an additional conservatism that was used in the A-46 anchorage evaluations, but was not required since the new IRS can be considered " conservative design" IRS.

The method used to determine seismic capacity of equipment anchorage followed the GIP Appendix C procedures.

/~'N Q 4.2.4.3 Relav Functional Seismic Canacity to Seismic Demand When essential relays are identified as part of the relay functionality review, a comparison of the seismic capacity of the relay is made to the A-46 seismic demand (i.e., the SSE). For relays mounted in cabinets with a natural frequency of at least 8 Hz, the seismic demand at the base of the cabinet was taken as the SSE GRS multiplied by 1.5 multiplied by 1.5 per table 4-1 of the SQUG GIP (see figure 4-2-4).

For equipment with a component natural frequency less than approximately 8 Hz, the original design IRS was used in the auxiliary or containment buildings, the new IRS were used for the diesel generator building and SW intake structure, with no additional factors applied.

To obtain the seismic demand at the attachment point of the relay inside the cabinet, the seismic i demand at the base of the cabinet was multiplied by the appropriate in-cabinet amplification factor as determined from EPRI NP-7148 (Reference 7). Section 3.3 of this report provides additional information on the relay seismic capacity evaluations. j l

4.2.4.4 Cable and Conduit Raceway Canacity to Seismic Demand l The seismic demand for the limited analytical review of cable and conduit raceway is equal to 2.5 times the zero period acceleration (ZPA) of the IRS at the attachment point of the raceway l

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V support as determined per section 8.3.4 of the SQUG GIP. The original design IRS was used for 4-7 1

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(] the evaluation of raceways in the auxiliary and containment buildings and the new IRS for the V diesel generator building and SW intake stmeture was used for raceways located in these l l

buildings.

4.3 RESULTS OF SCREENING VERIFICATION AND WALKDOWN A total of 498 components were evaluated during the Plant Farley Unit I seismic capability walkdown. A complete list of these components is given in the seismic review SSEL, which is included in Appendix H. Each component was evaluated for seismic capacity versus demand, conformance to caveats, anchorage adequacy, and seisnuc mteraction effects. The results of the sei.,mic capability walkdown for each SSEL component are documented on the SVDS, which is included as Appendix G.

4.4 RESULTS OF TANK AND IIEAT EXCIIANGER REVIEW A total of nine heat exchangers and two flat-bottom, cylindrical vertical tanks were evaluated during the Unit I seismic capability walkdowns using the guidelines in section 7 of the SQUG GIP. These tanks and heat exchangers were evaluated for tank wall adequacy, anchorage adequacy, adequacy of connections between anchor bolts and shells, and flexibility of attached n piping. The results of the seismic capability walkdown and evaluation for the tanks and heat fj exchangers are documented in the SVDS, which is included as Appendix G.

4.5 CABLE AND CONDUIT RACEWAY REVIEW The Plant Farley Unit I cable and conduit raceway review consisted of two parts:

1. A plant walkdown which evaluated the raceways against the GIP inclusion rules and walkdown guidelines.

2. An analytical check of selected worst-case supports using the GIP section 8 limited analytical review guidelines.

Portions of the raceway systems which did not meet these screening guidelines were classified as outliers and were evaluated separately using alternative methods.

The method used to determine the seismic demand for raceway evaluation is described in subsection 4.2.4.4 of this report. The raceway program followed the guidance furnished in the SQUG GIP and the " Review Procedure to Assess Seismic ruggedness of Cantilever Bracket Cable Tray Supports,"(Reference 11) by the Senior Seismic Review and Advisory Panel (SSRAP). The list of cable and conduit raceway supports chosen for the analytical review, and the results of that review, are given in Appendix 1. The results of the walkdown and identification 4-8

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l of all outliers associated with the walkdown and the analytical review are presented in l

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Appendix J. i l

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4.6 DESCRIPTION

OF EOUIPMENT OUTLIERS j A summary of outliers identified during the seismic capability walkdown is included as Appendix K. This summary also includes a description of each outlier resolution.

4.7 EOUIPMENT WHERE SPECIFIC WORDING OF CAVEATS IS NOT MET Equipment that does not meet the specific wording of a caveat can often be shown to meet the intent of the caveat. In this case, the SQUG GIP does not require that these be listed as outliers.  ;

To simplify the Plant Farley walkdown, however, components that did not meet the specific wording of the caveat were usually shown as outliers which were then resolved by analysis or ,

other appropriate means to document that the intent of the caveat was met. If a component did l not meet the wording of a caveat, and was not shown as an outlier, the justification for meeting the intent of a caveat was noted on the Screening and Evaluation Work Sheets (SEWS).

4.8 PROPOSED SCHEDULE FOR MODIFICATIONS All modifications required to resolve A-46 outliers, as documented in Appendixes J and K, will be completed by the end of 1995.

4.9 THIRD-PARTY AUDIT The third-party audit was performed by Dr. John Reed of Jack R. Benjamin and Associates.

Dr. Reed is a key author of the final version of the EPRI SMA Methodology and taught the Add-On Seismic IPE Training Course with Dr. Robert P. Kennedy. Dr. Reed's audit of the Plant Farley Unit 1 Unresolved Safety Issue (USI) A-46 evaluation consisted of a 1-day plant walkdown, a followup meeting at the Southern Company Services, Inc., (SCS) office in Birmingham, Alabama, and a review of the Unit 1 A-46 Summary Report. During the walkdown, Dr. Reed inspected a large cross section of SSEL equipment and raceways, placing particular emphasis on outliers identified by the SRTs. Dr. Reed reviewed the SEWS and associated calculations, etc., and assessed the SRTs capability to adequately perform the SQUG walkdowm evaluations. The results of Dr. Reed's walkdown are documented in a letter from Dr. Reed to Keith D. Wooten dated June 20,1994. A copy of this letter is provided in Appendix L.

At the followup meeting at SCS-Birmingham, Dr. Reed reviewed outlier resolutions, followup items from the plant walkdown, and other items ofinterest. The results of the followup meeting, as well as the overall conclusion of the third-party audit, are documented in a letter from Dr. Reed 4-9

_ .. . . - - .=_ . , . , _ _ - -. _ _

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to Keith D. Wooten dated April 3,1995. A copy of this letter is also included in Appendix L.

Dr. Reed concludes his audit letter with the following statement:

"In regards to the USI A-46 Review for Unit 1, I agree that you satisfy the requirements as given in the Seismic Qualification Utility Group Generic Implementation Procedure."

The mechanical systems work for USI A-46 consisted of developing the safe shutdown paths and -

the SSEL by SCS systems engineers. The third-party audit for these items was performed independently by other SCS systems engineers.

5 The USI A-46 relay chatter evaluation was performed per the SQUG GIP for SSEL components in the USI A-46 scope. The relay chatter evaluation was performed by SCS electrical engineers.

The third-party audit of the relay chatter evaluation was performed by other SCS electrical engineers.

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fT TABLE 4.1-1 v

PLANT FARLEY IN-STRUCTURE RESPONSE SPECTP.A AND EFFECTIVE GRADE FOR UNRESOLVED SAFETY ISSUE A-46 Effective In-Structure Response Building Grade (ft) Socctra Auxiliary building 155 Original IRS (')

Containment shell 155 Original IRS (')

Containment internal structure 130 Original IRS (')

Diesel generator building 155 New IRSG)

Service water intake 195 New IRSG)

Surface-mounted tanks N/A New GRS at elevation 155")

O NOTES:

1. The original IRS is the IRS of record, based on the original SSI analysis. These IRS are considered conservative, per the GIP.

2. The IRS and the new ground response spectra are based on the SHAKE (Reference 10) analyses and new SSI analyses performed for the Plant Farley A-46/IPEEE program (Reference 8).

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Figure 4-2-5 Plant Farley Factored GRS for Anchorage Evaluations

REFERENCES

1. Letter from J.D. Woodard of Southern Nuclear Operating Company (SNC) to United States Nuclear Regulatory Commission (USNRC), " Joseph M. Farley Nuclear Plant Unit 1, Response to Supplemental SER No. 2 on SQUG Resolution of USI A-46," dated September 10,1992.

2. " Generic Implementation Procedure for Seismic Verification of Nuclear Plant Equipment,"

Revision 2, Seismic Qualification Utility Group, February 14,1992. ,

3. " Supplement Safety Evaluation Report No. 2 on Seismic Qualification Utility Group's Generic Implementation Procedure, Revision 2, Corrected February 14,1992 for Implementation of GL 87-02 (USI A-46), Verification of Seismic Adequacy of Equipment in Older Operating Nuclear Plants," NRC, May 22,1992.

4. " Procedure for Evaluating Nuclear Power Plant Relay Seismic Functionality," Final Report.

EPRI NP-7148-SL, Electric Power Research Institute, Palo Alto, California, December 1990.

5. " Seismic Ruggedness of Relays, Final Report," EPRI NP-7147-SL. Electric Power Research Institute, Palo Alto, Californis, August 1991.

6. " Generic Seismic Ruggedness of Power Plant Equipment," Revision 1, EPRI NP-5223-SL.

. Electric Power Research Inst.tute, Palo Alic, CA, August 1991.

7. " Procedure for Evaluating Nuclear Power Plant Relay Seismic Functionality," Final Report, NP-7148-SL, Electric Power Research Institute, Pato Alto, California, December 1990.

8. "J.M. Farley Units 1 and 2: Soil-Structure Interaction Analysis of Selected Class 1 Structures," prepared by Richard L. Tiong, Shi Lu, and James J. Johnson of EQE International for Southern Company Services, Inc. (SCS), Report No. 52197-R-001, March 1995.

9. USNRC Standard Review Plan (SRP) Office of Nuclear Reactor Regulation,1989.

10. Schrabel, P.B. , Lysmer, H.J., and Seed, H.B.," SHAKE," Earthquake Engineering Research Center, EERC 72-12, University of California, Berkeley, December 1972.

I1. Kennedy, R.P., et al.," Review Procedures to Assess Seismic Ruggedness of Cantilever Bracket Cable Tray Supports," Revision 3.0, Senior Seismic Review and Advisory Panel, March 1,1991.

O R-1

\

REFERENCES (Continued)

12. Letter from USNRC to SNC," Evaluation ofJoseph M. Farley, Unit 1,120-Day Response to Supplement I to GL 87-02," dated November 20,1992,

13. Memo from Phil Crane (SNC) to Keith Wooten (SCS)," Plant Operations Reviews of Farley Units I and 2, USI A-46/IPEEE Safe Shutdown Equipment List," dated February 21,1995.

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APPENDIX A

( COMPOSITE SAFE SHUTDOWN EQUIPMENT LIST PLANT FARLEY UNIT 1 The Composite Safe Shutdown Equipment List (SSEL) includes systems / equipment required for safe shutdown of the plant, including equipment which was reviewed for seismic adequacy and equipment which could be adversely affected by relay chatter. The composite SSEL is sorted by the component mark number.

The format of the Composite SSEL corresponds to Appendix A of the Seismic Qualification Utility Group Generic Implementation Procedure (Reference 2). Table I contains a list of column numbers with a description of each.

O A-1

APPENDIX A

.(O/

TABLE 1 SAFE SHUTDOWN EQUIPMENT LIST INFORMATION KEY (SHEET 1 OF 2)

Column Number Description i Unique line number (not used).

2 SSEL path designator.

3 SQUG equipment class (see table 2 of this appendix.).

4 Equipment identification number.

5 Equipment description.

6 Schematic drawing number.

7 Building or area in which equipment is located.

8 Floor elevation from which equipment can be seen.

9 Room identifier where equipment is located.

10 Type of evaluation required; that is, seismic (S) or relay (R).

11 ER indicates that the SSEL component contains essential relays.

! ?. Normal state of the equipment during normal plant operation:

OPEN Equipment is normally open.

CLOSED Equipment is nonnally closed.

OP/CL Equipment normally changes state from open to closed or from closed to open.

ON Equipment is on and is normally operating.

p OFF Equipment is off and is normally not operating.

Y A-2 l

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l X. APPENDIX A i

TABLE 1 (SHEET 2 OF 2)

Column Number Description i

13 Desired operating state of the equipment to accomplish its safe shutdown function:

OPEN Equipment should be open.'

CLOSED Equipment should be closed.

OP/CL Equipment should change state from open to closed or from closed to open.

ON Equipment should be on and operating.

OFF Equipment should be off and not operating.

N/A Not applicable.

14 Is an external power source required, Yes or No?

15 Support system drawing number.

16 Required supporting systems or components in the SSEL.

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A-3 ,

I APPENDIX A O TABLE 2 EQUIPMENT CLASS DESIGNATIONS (SHEET 1 OF 2)

Equipment Qasj, s Description i

! Motor control centers.

01 02 Low-voltage switchgear.

03 Medium-voltage switchgear.

1 04 Transformers.

05 Horizontal pumps.

06 Vertical pumps.

Q 07 Fluid-operated valves.

O 08A Motor-operated valves.

08B Solenoid-operated valves.

09 Fans.

10 Air handlers.

I1 Chillers.

12 Air compressors.

4 13 Motor generators.

14 Distribution panels.

15 Batteries on racks.

16 Battery chargers and inverters.

1' Engine generators.

A-4

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APPENDIX A TABLE 2 (SHEET 2 OF 2)

Equipment j CAg Description  ;

18 Instruments on racks.

19 Temperature sensors.

20 Instrumentation and control panels and cabinets. i 21 Tanks and heat exchangers.

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j A-5 f

FARLEY NUCLEAR POWER PLANT - UNITS 1 AND 2 f\

SSEL CERTIFICATION All the information contained on this Safe Shutdown Equipment List (SSEL) identifying equipment required to bring the plant to a safe shutdown condition is, to the best of our knowledge and belief, correct and accurate.

I. b. c. 1/ Mechanical Systems Engineer Ad/4Y S/N//r Name / Title /

Signature /Date R. R Lyon / Electrical Systems Engineer

~

[Ib 5 -/ 3 - f I Name / Title ,/ Signature / Date Indeoendent Review:

W. R. May / Plant Systems Engineer Name / Title hb !T ~3- 73 Signature / Date /

FSIGN ffC o  :

m p Pay No.1 APPEelX A Data Base File Name/Date/Tlar: FARlR3.98F / 05/11/95 / 16:25:16 Report Date/Tlue: 05-11-95 / 16:30:38 C01F051TE 5AFE $NUTD0lpi [$UIPMENT LIST Sort Criteria: ID lhaber FARLEY telli 1 Filter Criteria: (Eval. Type CONTAINS 'S') OR (Eval. Type CONTAltl5 't')

Program file Name & Versten: 5500 2.2 LIII EQUIP SYSTDl/ EQUIPMENT < EQUIPMENT LOCAtl0N ----> <- W. ST. --> PONER SLPPORTIE SYS. REQ'O INTERCol8ECTIONS REG.

NO. TRAIN CLASS MARK W. OESCRIPTION Ibsg. No./Rev./Zene Bullding Fir _Elv. Rs. se tow / Col. SORT ICTES lloreal Desired REQD? DNC. W./REV. & 3LFFORTIE C090ENTS ISSUE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

A 20 AITB001 TERMINAL BOX 100-00 0189 SR ER A 20 AIT8004 TERMlll4L BOX 100-00 0194 SR ER A 20 AIT9006 TERMINAL toX 121-00 0223 52 ER 8 20 8178002 TERMINAL 80X 121-00 0235 SR [R B 20 81T8003 TERMllmL B0X 100-00 0190 SR ER B 20 81T8004 TERMillLL 80X 100-00 0192 SR ER A 088 NIB 315V8028-A SOLENDID VALVE CLOSED CLOSED 121-00 0223 R CLOSED CLOSED ND 07 NIE21HV8142-N RCP SEAL WATER BYPASS !$0LATION 105-00 CTNT R VALVE 18 NIE21L10112-3 VCT LEVEL IWICATION 121-00 0218 5 088 41E215V8142-N RCP SEAL WATER BYPASS ISOLATION CLOSED CLOSED 105-00 CTNT R CLD5ED CLO5ED NO VALVE SV AB 20 NINilNfJECl25004-A8 MAIN CONTROL 80ARD SECTION A 155-00 0401 5 07 N1P18rTV2885A PRE 55tRE CONTROL VALVE OP/CL W/CL 100-00 0189 5 W/CL W/CL M 07 N1P18PCV28858 PRES $1RE CONTROL VALVE OP/CL OP/CL 100-00 0189 5 OP/CL W/CL 10 07 N1P18PCV2885C PRES $tRE CONTROL VALVE OP/CL OP/CL 100-00 0189 5 OP/CL OP/CL 10 A 07 N1P19PCV2228A PCV 10 PORV BACKlP AIR 5tPPLY OP/CL OP/tt 121-00 0218 5 OP/CL OP/CL NO BOTTLE 8 07 N1P19PCV22280 PCV TO PORV BACKIP AIR StPPLY OP/CL OP/CL 121-00 0218 5 OP/CL OP/CL 10 PRESSURE CONTROL 23 Ql511N001 REACTOR VESSEL - --

!?9-00 CTNT 5 -- --

A 088 Q18135V2213A-A REACTOR VESSEL NEAD VENT ISOLATION CLOSED CLOSED 155-00 CTNT R CLD5ED CLOSED 10 VALVE B 088 Q18135V22138-8 REACTOR VESSEL HEAD VENT ISOLATION CLOSED CLOSED 155-00 CTMT R CLOSED CLOSED le VALVE A 088 QlB135V2214A-A REACTOR VESSEL HEAD VENT ISOLATION CLOSED CLOSED 155-00 CTNT R CLOSED CLOSED 10 VALVE 8 008 QlB135V22148-8 REACTOR VESSEL HEAD VENT ISOLATION CLOSED CLOSED 155-00 C1MT R CLOSED CLOSED 10 VALVE 21 QlB21H001A STEml CEIERATOR 1A - -

155-00 CTMT 5 -- - D-175037-1

t L

Page ele. 2 APPDel! A Data Base File MmeMlate/Tlee: FAR1R3.BBF / 05/11/95 / 16:25:16 Report Date/Tlar: 05-11-95 / 16:30:38 CmROSITE SAFE SHUTDOWN EQUIMNT Lisi sert Criteria: ID theter FARLEY tBili I Filter Criterta: (Eval. Type CONTAIN5 '5*) OR (Eval. Type C01RAllIS 'R*)

Program File Name & Versten: 55012.2 LI~I EQUIP SYSTEM / EQUIPMENT < EQUIMNT LOCATION --> <-- CP. ST. -> POWER SWPORTIts SYS. REQ'8 INTERCaeECTIONS REG.

No. TRAIN CLASS MARK 10. DESCRIPTION Dug. Ilo./Rev./ Zone Building Fir.Elv. Rs. er Esu/ Col. SORT IIOTES Narnal Desired REQD7 IBE. 80./REV. & SWPORTits CGROIENTS ISSIE (1) (2) (3) (4) (5) (6) (7) (B) (9) (10) (11) (12) (13) (14) (15) (16) (17) 21 Q18211t001B STEAM GDERATOR 18 -- -

155-00 CTNT 5 - --

D-175037-1 21 Q1821H001C STDM GENERATOR IC -- -

155-00 CM $ - - D-175037-1 18 QlB21PT0402-P1 RCS LOOP 3 WIDE RANGE PRE 55tRE 105-00 CTNT SR 18 QlB21PT0403-P4 RCS LOOP 1 WIDE RANCE PRE 551RE 105-00 CM SR 19 QlB21TE041042 RCS LOOP 1 COLD LEG RfD 105-00 CINT 5 19 GlB21TE0413-P1 RCS LOOP 1 HOT LEG RTD 105-00 CTNT 5 19 OlB21TE0420-P2 RC5 LOOP 2 COLD LEG RfD 105-00 CM S 19 Q1821TE0423-P1 RCS LOOP 2 It0T LEG RfD 105-00 CTNT 5 19 QlB21TE0430-P4 RCS LOOP 3 COLD LEG RTD 105-00 CTNT 5 19 QlB21TE0433-P3 RCS LOOP 3 HOT LEG RfD 105-00 CTNT 5 A 07 QIB31HW8028-A PRESSURE RELIEF TAIK ISOLAfl0N OPEN CLOSED 121-00 0223 SR OPEN CLO2D YE5 OUTSIDE CTNT VALVE O QlB31K001 RCS PRE 55tRIZER - -

155-00 CTNT 5 - -

18 QlB31LT0459-P1 PRE 551RIZER LEVEL (CONTROL 200M) 132-00 CTNT SR 18 QlB31LT0460-P2 PRE 55tRIZER LEVEL 132-00 CM SR 18 Q1831LT0461-P3 PRE 55tRIZER LEVEL 132-00 CTMT St A OBA QlB311eVB000A-A PRES $1RIZER POWER RELIEF 150LAil0N OPEN OP/CL 175-00 CTNT SR OPEN OP/CL YES VALVE B OBA QlB31MOVB0005-B PRE 55tRIZER POWER RELIEF ISOLATION OPEN OP/CL 175-00 CTNT SR OPEN OP/CL YES VALVE B 07 QlB31PCV04448-B PRE 55tRIZER POWER RELIEF VALVE CLOSED OP/CL 155-00 CTMT SR CLOSED DP/CL YES 0175034-3 PIELDt4 TIC A 07 QlB31PCV0445A-A PRE 551RIZER POWER RELIEF VALVE Cl0 SED OP/CL 173-00 CTNT SR CLOSED OP/C- YES D175034-3 PIEtttLTIC 07 QlB31PCV444C PRE 551RIZER SPRAY CLOSED CLOSED 189-00 CTNT R CLOSED CLD50t 10 07 QlB31PCV444D PRE 55tRIZER SPRAY CLOSED CLOSED 175-00 CTMT R CLOSED CLOSED 16 IB QlB31PT0455-P1 PRESSURIZER PRE 551RE 166-00 CTMT 3R 18 QlB31PT0456-P2 PRE 55tRIZER PRE 55tRE 166-00 ETMT SR 18 QlB31PT0457-P3 PRE 55tRIZER PRE 55tRE 166-00 CTNT St B 088 41B315V0444BA-B PRESSLRIZER POWER RELIEF VALVE SV 155-00 CTMT R d

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O O O Page No. 4 APPEW11 A Data Base File Name/Date/Tlee: FAtlR3 OBF / 05/11/95 / 16:25:16 Repert Date/Tlee: 05-11-95 / 16:30:38 C3F051TE SAFE SMUTDONN EQUIMNT Lisi sort Criteria: ID num8er FARLEY tallT 1 filter Criterta: (Eval. Type CONTAINS *s') OR (Eval. Type CONTAINS 'R')

Program file Name & Verslee: 55EM 2.2 LIH EQUIP 3YSTEM/EQUIMNT c EQUIMNT LOCATION -> <-- OP. ST. --> POWER $4FPORTIIC $YS, REQ'O INTE!IC018ECT10N5 REG.

C3. TRAIN CLASS MARK IR). DESCRIPTION thsg. No./Rev./ Zone Bulldlag Fir.Elv. Rs. er Rou! Cal. SORT ETES learnal Desired REQOT OWG. 2./REV. 8 SLFPGtTIIC CSF0lENTS IS5tE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 0 07 QlEllFCV6058 8 RHR HEAT EXCHAMER SYPA15 CLO5ED CLOSED 83-00 0128 R CLD5ED CLOSED W A 18 QlEllFI56024-A RHR Pt9F FLOW IEICATIE SWITCH 83-00 0128 SR B 18 QlEllfl56025-8 RHR Pl8F FLOW ISICATIE SWITCH 83-00 0128 SR A 18 OltllFT0605A-2 Ritt HEAT EXCHAEER DISCHARGE FLOW 87-00 0120 SR TRAfGt!TTER R 18 QlE11FT06058-4 RHR HEAT EXCHAMER DISCHARGE FLOW 87-00 0120 SR TRAN5MITTER A 21 GlEllH001A-A RHR HEAT EXCHAEER 1A - ~ 83-00 0128 5 - -

0175002-1 CCW 3 21 QlEllH0018-8 RHR HEAT EXCHAMER 18 -- -- 83-00 0128 1 -- -

0175002-1 CCW 07 QlE11HCV0603A-N RHR HEAT EXCHANCER NO.1 DISCHARGE OPEN OPEN 83-00 0128 R OPEN OPEN ND VALVE 07 QltllHCV0603B-N RHlt HEAT EXCHANCER ND. 2 DISCHARGE OPEN OPEN 83-00 0128 R OPEN OPEN NO VALVE A 20 QlEllLQ3594A-A CTNT St9F LEVEL TRANSMITTER POWER 139-00 0318 5 SLFPLY B 20 QlEllLQ35948-B CTNT Site LEVEL TRANSMITTER POWER 139-00 0318 5 5'PPLY J

A 18 QlfilLT3594A-A CTNT St9F LEVEL TRAf6MITTER 116-00 CTNT SR A 18 QlEllLT35945-8 CTNT SlSF LEVEL TRAN5MITTER 116-00 CTNT SR A 084 QlfillOV8701A-A RHR IEET ISOLATION VALVE Closed GP/CL 105-00 CTNT SR CLOSED GP/CL YES B 08A QlEllMOV87018-8 RHR IEET ISOLATION VALVE CLOSED OP/CL 105-00 CTNT SR CLOSED CP/rL YEs A 08A QlEllMV8702A-A RHR IEET ISOLATION VALTE CLOSED OP/CL 105-00 CTNT SR CLOSED O/CL YES 8 08A QlEllmV87028-8 RNR IEET ISOLATION VALVE CLD5ED CP/CL 105-00 CTMT $2 CLOSF3 OP/CL YES A 084 QlE11MV8706A-A RHR LOOP W.1 DISCHARCE TO CVCs CLOSED OP/CL 83-00 0128 st Clo:ED GP/CL YES 8 08A QlEllMV87068-8 RHR LOOP E. 2 CISCHARGE T3 CVCS CLOSED GP/CL 83-00 0128 SR CLOSED GP/CL YES A 08A QlEllmVW8094-A RW5T TO Ritt Ptte 1A SUCTION OPEN CP/CL 83-00 0131 $R OPEN OP/CL YES B 08A QltilleV8809B-8 RW5T TO RNR Ptte IR SUCTION OPEN OP/CL 83-00 0129 SR OPEN OP/CL YES A 08A QltllMV8811A-A RHR Pt99 SUCTION FRGt CONTA110ENT CLOSED OP,TL $3-00 0131 SR Cl0 SED GP/CL YE$

TRAIN A i

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> J Lj Page No. 5 APPfell A Data Base File Ihme/Date/ilme: FAtlR3.DBF / 05/11/95 / 15:25:16 Report Date/Ilse: 05 11-95 / 16:30:38 Calea$llE SAFE SHUT 000fM EQUIPIENT LIST Sort Criteria: 10 lbutier FARLEY talli ! Filter Criteria: (Eval. Type CONTAllt5 'S') OR (Eval. Type CONTA!It5 'R')

Program File Name & Versten: 55EN 2.2 Ll"I EQUIP SY5 FEN /EQUIMENT < EQUIP 10ET LOCAT10lt --> <- tr. ST. -> PolfER StFPORilE SY1. REQ'O litTERCowCTION5 REC.

h0. TRA!N CLASS ImRE 10. DESCRIPTION Dwg. Ito./Rev./2one Building Fir.Elv. Re. er Rom /Cel. 50RT IIDTES Naraal Desired REQD7 DWG. No./tEV. 8 StrPORTIE CtBF010K5155LE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

B 08A glE11NOV88118-8 RHR PL8F SUCTION FRON CONTAll0ENT CLOSED OP/CL 83-00 0129 SR CLOSED OP/CL YES TRAIN 8 A 08A QltllEV8812A-A CONTAIMMI Siff TO RHR Pt991A CLOSED OP/CL 81-00 0131 SR CLOSED GP/CL YES ISOLATION B 08A QltllNOV88128-8 CONTAlltfMT 5t99 TO RNR Ptte 1B CLOSED OP/CL 83-00 0129 1R CLOSED GP/CL YES ISOLATION A 08A QlEllpOV88814-A LitSI TO RCS CROSSOVER OPEN OPfil 121-00 0223 R OPEN OPEN 10 3 08A Q1EllpOV88875-B LH51 TO RCS CROSSOVER OPEN OPEN 121-00 0223 R OPEN OPEN NO A 08A Q1EllpOV8888A-A LM51 TO Rc5 COLO LEC OPEN OP/CL 121-00 0223 1R OPEN OP/CL YE5 B 08A Q1E11NOV88888-8 LMSI 10 RCS COLD LEG OPEN OP/CL 121-00 0223 SR OPEN OP/CL YE5 B 08A Q1EllpOV8889-8 LRSI TO RCS HOT LEG CLOSED CLOSED 121-00 0223 R CLOSED CLOSED NO A 06 Q1EllP001A-A RHR Pt991A 0FF ON 83-00 0131 SR OFF ON YES 0175002-1 CCW 8 06 QlEllP0018-3 RIEt Ptse IB 0FF ON 83-00 0129 SR OFF ON YES C175002-1 CCW 18 QlE1PT0950-P1 CONTAll0 TENT PRE 55 IRE PROTECTION 121-00 0223 SR TRAftSNITTER 18 QlEIPT0951-P2 CONTAlletNT PRE 55tRE PROTECTION 121-00 0223 SR TRAfd5N!!iER 18 GlEIPT0952-P3 CONTAlloqENT PRE 55tRE PROTECIl0N 121-00 0223 5R TRAN5NITTER 18 QlE1PT0953-P4 CONTA1101ENT PRE 55tRE PROTECTIOM 121-00 0223 SR TRAftSNITTER A 10 Q1E16H001A-A CMG/lefs! Ptse ROON COOLER 1A DN 0 11 100-00 0181 SR ON ON YES D175011-3 SW (TRAIN A) 5 10 Q1E16H001C-8 CilG/MMSI Ptse ROON COOLER IC ON ON 100-00 C173 SR ON 0 11 YES D175011-3 SW (TRAllt B)

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('," O O GL+ Page No. 9 APPEWII A I.ata Base File Name/ Rete / Time: FelR3.WF / 8$/11/95 /16:25:16 Report Date/ Time: 05-11-95 / 16:30:38 . CW505!TE SAFE 98K8 met EWIMNT LIST Sort Criteria: IS Ihmeer FARLEY IAIIT 1 Filter Criteria: (Eval. Type CONTAIIIE 'S') W (Eval. Type CellAIIE 't') Program File Name & Versten: 5581 2.2: LI:2 Equ1P 5YSTEN/EqulMNT < EWIMNT LOCATIGI -> <- 17. SF. -> PEER SWPWTIIE $15. RES'S IIIFERESUECTies AEG. W. TRAIN CLASS MIAK W. DESCRIPT!011 bg. Ils./tev./2eme Belldlag Ftr.Elv. to. er Ree/ Cal. SMT IBTE5 Noruel bestred REWF BE. W./tEV. & SWFMTIIE ESpeelts 155K (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 000 (IE21598141A-81 RCP SEAL LEAWFF ISOLATION VALVE 129-00 CM t SV 008 ole;15W1418-N RCP SEAL LEAROFF Is0LATION VALVE 129-00 - CM t SV i . Det GlE2154141C-N RCP SEAL LEAROFF ISOLATICII VALVE 129-00 CM t ! SV A 000 GlE21510149AA-A LETimet stFICE 150LATIsl 5V 105-00 CM R A ORS tlE2151814thB-A LETemet ORIFICE ISOLATION SV 105-00 CTIIT R A DOB glE21558149BA-A LETDMAI WIFICE ISOLATI0lt SV 10540 CM t A 080 41E21518149BB-A LET8mst ORIFICE ISOLATION SV 105-00 CM R A COB QlE215V8149CA-A - LETamsl ORIFICE 150LAT10ll SV 105-00 CM R A 006 glE215 Vel 49CS-A LETBes1 MIFICE 150LATICII SV 105-00 CM t B 000 41E215VB152-8 50LEleID VALVE 100-00. 0184 t A GOB tlE215WO9854-A 50LEN010 VALE IN ADV AIR LIIE 121-00 0222 2 21 41E21T006 BORON IIUECT10ll TAfE - - 100-00 0172 5 - - 0 otA QlE230V3530-8 POST-ACC CM CGeUST GA5 CNTL CLOSED CLOSED 129 CM t CLOSED CLOSED - W 150L IN CM VALVE B 004 QIE23eU3740-8 POST-ACC CM CtseUST GAS CNTL CLOSED CLO5ED 121-00 0223 R CLOSED CLOSED 10 150L CUT CM MLVE A 18 QlF16LT0501-A RNST LEVEL TRAII9IITTER 155-00 VMD 52 8 18 41F16LT0502-8 RW5T LEVEL TRAII5NITTER 155-00 YARD SR 21 QlF16T0501 REFELIIE WATER STotAGE TAIK - - 155-00 VARD 5 - - B 07 Q1G211tV3376-8 RADI0 ACTIVE BRAIII 150LAfl04 IIISIDE OPEN CLO5ED 105-00 CTNT SR (iPEN CLOSED VES CM UnLVE A 07 $1G21NV3377-A RADI0 ACTIVE DRAIN 150LATIGIt CPEN . CLOSED 100-00 0184 SR OP01 CLOSED VES OUTSIDE CTIf! URLE 8 07 tlG21NV7136-8 IIASTE PtoCESSIIE 150LATICII OUTSIOE WEN CLO5ED 100-00 OlM SR OPSI CLOSED TES

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Page No.10 APPEWII A Data Base file Name/Date/ flue: FAtit3.BBF / 05/11/95 / 16:25:16 Report Date/Tlme: 05-11-95 / 16:30:38 C99051TE SAFE SWT00W EQUIPENT t!!T Sort Criterla: 10 maner FARLEY LBsIT I Filter Criteria: (Eval. Type CINffAINS *$') OR (Eval. Type CINITAltl5 't') Program File Name & Versten: 5501 2.2 Ll3 EQUIP SYSTEN/EQUIPNENT < EQUIPNDff LOCATION --> <- OP. ST. --> POMER 5LrPORTilE $V5. REQ'D INTERCSSECTIGIS REG. NO. TRAIN CLA15 IGRK NO. DESCt!PTION Oug. No./Rev./ Zone Bulldlag Fir.Elv. En. er Rew/ Cal. SORT ETES Ilernal Desired req 07 BMG NO./REV. & StrPORTIIE CWr0ENrs gssig (1) (2) (3) (4) (5) (6) (7) (B) (9) (10) (11) (12) (13) (14) (15) (16) (17) 4 08B Q1G211V10038-A 50LEN010 VALVE 105-00 CTNT t B 008 Q1G215V3376-B SOLENDID VALVE 105-00 C1MT t A 088 Q1G215V3377-A 50LEEID VALVE 100-00 0184 t B 005 Q1G215V7136-8 50LEEID VALVE 10 M 0 0184 t A 098 Q1G245V7614AA-A SG 1A BLOWONN !$0L. 50LEN01D 121-00 0223 t VALVE B 088 Q1G245V7614AB-B SG 1A BLOWoutel 150L. SOLENDID 121-00 0223 R VALVE A 088 Q1G245V7614BA-A SG IB BLOWOOWN 150L. 50LEEID 121-00 0223 I VALVE B 088 Q1G245V7614BB-B SG 18 BLOWOWN ISOL. $0LEEIO 121 00 0223 E VALVE A 038 Q1G245V7614CA-A $G IC BLOWO0les 150L. 50LEN010 121-00 0223 t VALVE B 088 Q1G245V7614CB-B SG IC BLOWOWN 150L. 50LENDID 121-00 0223 t VAtVE 07 Q1G24V003A SG 1A BLOWOWN 150LAi!0N OPDI CLOSED 121-00 0223 SR OPEN CLOSED E 07 Q1G24V0038 $G IB St020W ISOLATION OPEN CLOSED 121-00 0223 SR OPEN CLOSED ND 07 Q1G24V003C SG IC BLO20Wil ISOLATION OPEN CLO5ED 121-00 0223 St OPDi CLOSED E B 21 Q1G31H001A-B SPENT FUEL POOL HEAT EXCHANGER -- - 155-00 0445 5 - - TRAIN B A 21 Q1G31H0018-A SPENT FUEL PO)L HEAT EXCHANGER -- - 155-00 0467 $ -- - TRAIN A B 20 Q1H111EAIC250X-B AUK 1AFEGUARDS CA81ET C 155-00 0416 St Et A 20 Q1illlNCASE250ED-A AUX SAFEGUAROS CABIET D 155-00 0416 5R [R A 20 Q1H11NGB2504J-A B0P Ill5TRtBENTATION CABIIET J 155-00 0416 5t Et B 20 tilH111422504K-B BOP IN5ittBENTATION CAtllET K 155-00 0416 St Et A 20 Q1HillCCCN2523A-A 10015 PROCESSOR CABilEi TRAIN A 155-00 0416 St B 20 Q1HillECD125235-B ICDIS PROCES50t CABIIET TRAIN B 155-00 0416 SR 20 Q1HillElf!S25034-1 NIS EXC0tE DETECT 0t CABIIET 155-00 0416 5

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w/ /  %/ Page No. 20 APPEmlI A Data Base File Name/Date/Tlee: Fatit3.DIF / 05/11/95 / 16:25:16 Report Date/Tlee: 05-11-95 / 16:30:38 CG9051TE SAFE SHUTD0bal EQUIPENT Ll5T Sort Criteria: 10 thaber FARLEY tmIT I Filter Criterta: (Eval. Type CONTAllt5 '5') OR (Eval. Type CONTAIN5 't') Program File Name & Verstee: SSDI 2.2 LI:I EQUIP $YSTEN/ EQUIPMENT < EQUIPENT LOCATION -> <- OP. ST. -> PlWER StrPORTIE SYS. REQ'D INTERCseECTIONE REG. No. TRAIN CLASS mRK W. DESCtlPTION Dug. Ms./tev./Zene Bulldlag F tr.Elv. Es. er tow /Cel. SORT ETES Normal Desired REQ 07 DE. W./REV. & SLFPORTIE CGWORENTS ISSIE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) A 08A QlP16V558-A DILUTION BWASS MV OPEN OPEN 155-00 15151 t OPEN (FEN W B 07 QlP16V562-8 SERVICE ETER DILUTION SYPASS OP/CL CLOSED 155-00 15Vt25 5 OP/CL CLOSED E PRE 55tRE CONTROL A 07 Q1716V563-A SERVICE WATER DILUTION BYPASS OP/CL CLOSED 155-00 15VE2A 5 OP/CL CLOSED 10 PRE 55tRE CONTROL A 07 01P16V577-A A TRAIN SEtvlCE ETER MINIFLOW OP/CL CLOSED 188-06 0072A 5 OP/CL CLOSG 10 A8 07 Q1P16V578-A8 A-B TRAIN SEtvlCE WATER MINIFLOW OP/CL CLOSED 188-06 0072A 5 OP/CL CLOSED W 8 07 Q1P16V579-8 8 TRAIN SERVICE WATER MINIFLOW OP/CL CLOSED 188-06 0072A 5 OP/CL CLOSED le 3 08A glP16V592-5 DIESEL GEN 25 UNIT I SERVICE WATER CLOSED CLOSED 155-00 0059 R CLOSED CLOSED 10 INLET VALVE 8 08A Q1P16V593-5 DIESEL CEN 25 tmli 1 SERVICE WATER CLOSED Closed 155-00 0059 " t CLOSED CLOSED 10 OUTLET VALVE E 21 QlPl7H001A-8 CCW HEAT EXCHAEER TRAIN B - -- 100-00 0185 5 ' - SW AB 21 QlPl7H0018-A8 SWIE CCW HEAT EXCHAEER - -- 100-00 0185 5 -- - A 21 QlP17H001C-A CCW HEAT EXCHAEER TRAIN A - - 100-00 0185 5 -- - SW 07 QlPl7XY2229 COPPONENT COOLIE WATER StPPLY TO OPEN CLOSED 100-00 0162 St OPEN CLOSED YES SAffLE C00LEts A 07 Q1Pl7HV3045-A CCW RETIRN FRON RCP THERMAL OPEN CLOSED 121-00 0223 52 OPEN CLO5G YES battler ISOLATION 8 07 Q1P17HV3067-8 CCW RETtRN FRG4 EXCESS LETDONN OPEN CLO5G 121-00 0223 St OPEN CLOSED YES I 07 QlPITHV3095-8 CIV SlFPLY TO EXCESS LETOOWN HEAT OPEN CLOSED 121-00 0223 52 CPEN CLOSED YES EXCHAKER A 07 Q1PITHV3096A CCW ten-5AFETY ISOLATION OPEN CLOSED 100-00 0161 St OPEN CLOSED YES B 07 QIPl7HV30965 CIW NON-5AFETY ISOLATION OPEN CLOSED 100-00 0161 St OPEN CLOSED YES 8 07' QlPITXV3184-B CCW RETIRN FRON RCP TERNAL OPEN CLOSED 129 4 CTNT SR OPEN CLOSED YES SAttlER ISOLATION A 07 Q1P17HV3441-A CCW RETURN FRGt EXCESS LETD0lft OPEN CLD5G 129-00 CTMT SR OPEN CLO5G YE5 MAT EXCHAEER 8 08A QlP17MOV3046-5 CCW RETIRN FRGI RCP5 OPEN CLOSED 13(M10 CTNT St OPEN CLOSS VES 8 08A Q1Pl71cv3047-5 MISC EQUIPIENT HEADER 150LAfl0N ortit GPEN 100-00 0185 t OPEN OPEN m VALVE

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Pa9e No. 23 APPEWlX A Data Base Flie Name/Date/Tlee: FAtlR3.88F / 05/11/95 / 16:25:16 Repe-t Date/ Time: 05-11-95 / 16:30:38 CGr051TE SAFE SMUT 00WN EQUIPENT LIST Sort Criteria: ID phaler FARLEY tai!T 1 Filter Criteria: (Eval. Type CONTAIN5 '5') m (Eval. Type C3fiAIN5 'R') Program file Name & Version: SSDI 2.2 L111 EQUIP SMTEM/EQUIPMDff < FOUIPENT LOCAfl0N ---> <-- CP. ST. -> POER SirPORTIE SYS. REQ'O INTEREDIRECT10E REC. W. TRAIN CLASS mRK NO. DESCRIPTION Dug. No./Rev./ Zone Building Fir.Elv. Rs. er Rom / Col. SORT IOTE5 Normal Destred REQ 07 DE. le./REV. & StrPORTIE Copr0ENTS ISSUE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) A 01 QlR178008-A MCC lu CN ou 139 4 0347 SR ON 0 18 le B 01 Q1R178009-8 MCC IV di ON 139-00 0134 SR ON ON 10 A 01 QlR178504-A MCC IK ON Cel 188-06 0072E SR ON ON 10 8 01 Q1R178505-8 MCC ll CN ON 188-06 00728 52 Off GN IID A 01 QlR178507-A EC IN ON 0 11 155-00 0060 SR ON ON ND 8 01 Q1R178508-8 Et IP ON 0 11 155-00 0057 SR ON ON 10 A 01 QIR178509-A MCC 15 ON ON 155-00 0061 52 ON ON 10 B 01 Q1R175510-8 EC IT ON ON 155-00 0058 52 ON ON 10 A 02 Qltl88029-A POER DISC 0IelECT SWITCH 139-00 0332 SR FOR QlE21MN0006 A 02 QlR188030-A POWER D1500seECT SWITCH 139-00 0332 St FOR QlE21 MOW 8132A A 14 QlR188031-A CIRCUIT 8REAKER 801 139-00 0332 SR FOR Q1E21M0 Wee 00C A 14 Qltl88032-A CIRCulf BREAKER 80X 139-00 0132 52 FOR QlE21DOW8000A B 02 QlR188033-8 POWER D15ColeECT SWITCM 139-00 0322 SR FOR QlE21pOWee84 5 02 41R188034-8 POWER DISC 0IeECT SWITCH 139-00 0322 SR FOR 41E2110481328 8 14 Q1R188035-8 CIRCUlf BREAKER BOX 139 4 0122 5R FOR QlE2190400008 8 02 Qltl88036-8 POWER DISColeECT SWITCH 139-00 0322 SR FOR QltilMOW8009 A 02 QlR188038-A MOV POWER DISC 0lelECT SWITCH 139-00 0332 SR Fot Q1E21 MOW 81304 A 02 Q1R188039-A MOV POER DISCopeECT SWITCH 139-00 0332 SR FOR QlE21 POW 8131A A 02 QlR18e040-A MOV POWER DISCJeECT SWITCH 139-00 0332 SR FOR QlE21M0W8133A B 02 QlR188041-8 M0W POWER DISC 0F;T SWITCH 139-00 0312 $R FOR QlE21 POW 81308 8 02 Q1R188042-8 IOV POWER D15ColedEC1 SWITCH 139-00 0312 3R FOR QlE21 POW 81318 8 02 QlR188043-8 M0W POWER DISC 0lelECT SWITCH 139-00 0312 SR FOR QlE21 MOW 8133 14 Q1R218001A-1 VITAL AC BREAKER 801 155-00 0416 5R 14 QlR2150018-2 VITAL AC BREAKER toX 155-00 0416 SR 14 QlR218001C-3 VITAL AC BREAKER BOX 139-00 0318 SR 14 QlR218001D-4 VITAL AC BREAKER BOX 139-00 0318 52

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N., N V Page No. 25 APPEWlX A Data Base File Nue/Date/fler: FAtit1.BBF / 05/11/95 / 16:25:14 Report Date/Tler: 05-11-95 / 16:30:35 CGr051TE SAFE SWJT00ml EQUIPENT Lisi sort Criterla: ID Itseher FARLEY LBili 1 Filter Crlteria: (Eval. Type CONTAINS 'S') OR (Eval. Type CONTAiNS 't') Program File Name & Verstes: S5DI 2.2 Ll3 EQUIP SYSTEN/EQUIPENT < EQUIMNT LOCATION -> <- OP. si. -> POET slFP0tTING SYS. REQ'O INTERColeEti!GN5 REG. 11 0 . TRAIN CLASS ItNtK 14). DESCt!Pfl0N Dug. No./tew./ Zone Building Fir.lly. to. er tou/Cel. Soti It)TES Normal Desired REQD? DK. It)./REV. I SFPotilE CSFWENTS 155UE (1) (2) (3) (4) (5) (6) (7) (B) (9) (10) (11) (12) (13) (14) (15) (16) (17) B 02 QlR4280015-5 125v00 BUS IB GN ON 121-00 0226 5t ER ON ON YES A 16 Q1t42E001A-A AUX BLDG BATTERY CHARGER 1A ON ON 121-00 0224 I ON ON YE5 B 16 Q L.2E0018-5 AUX BLOG BATTERY CMAGER 15 ON ON 121-00 0226 SR 04 DN YE5 A 15 Q1t42E002A-A Aut BLDG BATTERY 1A ON ON 121-00 0214 5 ON ON le B 15 QlR42E0025-5 AUK BLOG BATTERY 15 ON ON 12:40 0212 5 ON ON IE) 8 17 Q1243A502-5 DIESEL GENERATOR IB (SKID) CFF ON 155-00 0058 54 ER OFF ON YES $N, Alt, FUEL. Hv4C A 20 QlR4M001A-A SEQUEEER 81F 139-00 0335 52 Et B 20 Q:24X0018-8 SEQUENCER IIG 121-00 0229 St ER A 20 Qlt4M002A-A SEQUDCER B1F AUX RELAY PANEL 139-00 0343 52 Et 8 20 Q124X0028-B SEquENttt GIG AUX RELAY PML 121-00 0233 St ER l A 20 Q1R4X501A-A SEQUENCER BUS lil 155-00 0056A st Et B 20 Glt4M5018-5 $EQUENCER BUS IJ 155-00 0056C 54 Et B 0 QlR43E5025-8 DIE 5EL GEERATot IB EUTRAL M M 155-00 0058 5 M M le GROLBSIE RE115 Tot B 20 QlR43G510-5 DIE 5EL GEERATOR 18 CT JB M M 155-00 0058 5 E M 141 5 21 Qlt43T502-8 FUEL Ott DAY IM 18 - -- 155-00 0063 5 - - B170058-27 21 Qlt43T503 DIESEL GEERATot 18 STAtilNG AIR - -- 155-00 0058 5 -- - RECEIVER TAIK 21 Q1t43T504 DIESEL GEERATOR 18 STAltTIst; Alt - - 155-00 0058 5 - - RECEIVER TAlet A 09 Q1Y470012A-A AU11LlatY BLOG A itAIN BATTERY UN ON 175-00 0501 54 ON ON YES R0st EXNAUST Fall B 09 Q1V47C0128-8 AullLIARY BLOG B TRAIN BATTERY ON ON 175-00 0501 SR 0 11 ON YES 2001 EXHAUST FAN 5 OBA Q1V4Dev3643-5 AUXILIARY BLOG B TRAIN BATTERY OPEN OPEN 180-06 0501 R OPEN (FDI le ROGl EXMUST DNeft A GBA Q1V47MOV3644-A AUXILIARY BLOG A TRAIN BATTERY OPEN OPEN 180-06 0501 R OPEN OPEN le ROON tmAuST Doett B 05 Q1Y52P5028-5 DIESEL GDI 18 FUEL O!L ST0tAGE OFF 0 11 155-00 YARD $R OFF ON YES 5170058-35 TRAIISFER PWF

p ,~ N, .) Pa9e D. 26 APPEWII A Data Base file Name/Date/ Time: FAtit3.MF / 05/11/95 / 16:25:16 tePert cate/ Time: 05-11-95 / 16:30:38 Capr05tTE SAFE SETOOWN EQUIMNT LIST Sort Criteria: 10 lamber FARLEY tmIT 1 Filter Criteria: (Eval. Type CONTAIIE5 '5') at (Eval. Type CONTAINS *t') Program file Name & Verslem: 55D8 2.2 LIM EQUIP SYSTDl/EQUIPNENT < EQUIMNT LOCAT10N -> <- OP. ST. --> PikEt StrPORTING SYS REQ'O INTERCMECTIONS REC. O. TRAIN CLASS MSK NO. DESCRIPfl0N Dwg. Ms./Rev./Zene Bulldlag Fir.Elv. as. er tem /tel. 50RT leTE5 Normal Oestred REQ 0? thC. W./REV. 8 StrPtRTIIE C990ENTS 155tE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 21 Q1Y52T502 FUEL STotAGE TAfE 18 -- - 155-00 YARD 5 -- - B170058-35 A8 20 05HilNGEPS2508-A4 EERGEEY POWER 80ARD 155-00 0401 5 A 20 QSN21E525-A DIE 5EL CEERATOR l-2A LOCAL 155-00 0061 5t Et CONTROL PANEL A 20 05H21E528-A O!ESEL CEERATOR IC LOCAL CONTROL 155-00 0060 5t Et j PANEL SERVICE MTER A TRAIN BATTERY ROCpt A 20 Q5H21L503A-A 188-06 00720 St Et HVAC LCS B 20 QSN21L5038-5 SRVICE MTER 8 TRAIN BATTERY R0(M 188-06 0072C 5t Et ifvAC LC5 A 20 Q5H22L502-A DIESEL LOCAL RELAY PANEL I-2A M M 155-00 0061 St Et M M YES A 20 QSH22L504-A DIESEL LOCAL RELAY PANEL IC M NA 155-00 0060 52 Et NA M YES A 20 Q5H2355440-A DIESEL GEERATOR ROON IC NVAC LCS 155-00 00f4 5t ER A 20 QSH235544E-A DIESEL GEERATot ROON 3-2A HVAC 155-00 0061 St Et LCS A 08A 45P16V505-A 5RVICE WATER ENERGEET CLOSED CL 155-00 SWWE R CLOSED CL NO t[ CIRCULATION TO WET PIT B 08A QSP16V506-5 SERVICE WATER ENERGEKY CLOSED CL 155-00 SWB R CLOSED CL le RECIRClLATION TO WT' PIT A 08A QSP16V507-A SRVICE WATER [ERCDCY OPEN OPEN 155-00 SWB R OPEN OPEN ND REtitCULATION TO POW B 08A QsP16V508-8 SERVICE WATER ENERCENCY OPEN OPEN 155-00 SWB R OPEN OPDI 10 . RECIRCliATION TO Pole A C1 QSR178006-A MCC IF ON ON 155-00 0409 52 ON ON 10 8 01 05R179007-8 EC IG ON ON 155-00 0409 SR ON ON ND A 14 QSR19L002A-A 120V AC CONTR. PWR. PANEL lt 155-00 0409 52 l B 14 QSR19L0028-8 120V AC CONTR. PWR. PAEL 15 155-00 0409 52 l A 14 QSR41L504-A 125VOC DISTtlBUTION PAEL IN 188-06 0072E st a 14 QSR41L505-8 125VOC DIsit!BUTION PANEL IN 188-06 00728 5t A 20 QSR420516A-A LMIT 15ERVICE WTER BATTERY FUSE 108-06 0074 5t BOX TRAIN A

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Page leo. 28 APPEWII A Data Base File Name/Date/ Time: FAR123.08F / 05/11/95 / 16:25:16 Report Date/Tlee: 05-11-95 / 16:30:38 CaproSITE 5Aff SNtTT00NN EQUIPNENT LIST Sort Criterta: 10 Ihmber FARLEY talli 1 Filter Criterta: (Eval. Type CONTAIN5 '5') 5t (Eval. Type CONTAIN5 'R') Program File Itame 8 verston: 15De 2.2 Ll"I EQUIP SYSTEM /EgulPNENT < EQUIPMENT LOCATION ----> <-- W.1T. -> PONER StrPORTIE SYS. REQ'O INTERColeECTIGIS REG. D. TRAIN CLA55 IGRK 10. OESCRIPTION Dug. Ite./Rev./ Zone Butiding F tr.Elv. Re. er Row / Cal. Soti IOTE1 Ilareal Desired req 07 IBIG. IO./REV. & StrPtRIIE QB98Ellis 155lE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) A 20 45R43 LOGIC-A DIESEL GEN IC DC CONTROL PWR AUTO 155-00 0060 St ER XFER SW (ATS) A 21 05R43T501-A FilEL CIL DAY TM l-2A -- - 155-00 0066 5 -- - 8170058-26 A 21 QSR43T503-A FUEL OIL DAY TM IC - - 155-00 0065 5 - -- 8170058-28 21 Q5R43T507 DIESEL GEKRATOR IC STARTIE AIR -- -- 155-00 0060 5 - - RECEIVER T M 21 QSR43T508 DIESEL GUERATOR IC STARTIIIG AIR -- -- 155-00 0060 $ - - RECEIVR T M 21 05R43T511 DIESEL GENERAfot 1-2A STARTIE Alt -- - 155-00 0061 5 -- -- RECEIVER T M 21 05R43T512 DIESEL CENERATOR l-2A STARTING AIR - - 155-00 0061 5 -- - RECEIVER T M A 20 G5V49N5331348-A CTRL RN A/C LOCAL EONTROL STATION M4 m 155-00 0416 SR D NA NA YES D-177270/3 ELEC A 8 20 Q5V49H5331338-8 CTRL RN A/C LOCAL CONTROL STATION NA 10 4 155-00 0416 52 D IIA NA YES D-177270/3 ELEC 8 A 10 Q5V49K001A-A CONTROL ROSI PACKAGE A/C (Bili GN ON 175-00 0501 1R Et GN ON YES DIP 012 SW 8 10 05V49K0018-8 CONTROL ROON PACKAGE A/C UNIT ON ON 175-00 0501 St U ON ON YES D175012 SW 8 18 05W418515E-8 SSV Wit IATTERY R00N FIRESTAT 188-06 0073 3R Et A 18 05W418515F-A SGV WTR BATTGV R034 FIRESTAT 188-06 0074 St Et 8 18 05W4185928-8 SERV Wit SATTHY ROON FIRESTAT 188-06 0073 52 ER A 18 QSW4185920-A SRV WTR SATTERY ROON FIRESTAT 188-06 0074 St Et 8 09 05W41C5'15A-8 SERVICE MIER Pt9F ROGG DHAUST 0 10 ON 188-06 0072A SR ON Gi YES VENTILATot A 8 09 05W41C5058-8 SERVICE ETER Pt#9 ROON EXNAUST ON ON 188-06 0072A SR ON ON YE5 VENTILATot 8 8 09 QSW41C505C-8 SERVICE ETER Ptse ROON EXHAUST 0 11 0 01 188-06 0072A SR ON ON YES VENTILAT0t C A 09 45W41C5050-A SERVICE MTER Pt99 ROGI DNAUST 0 01 ON 188-06 0072A 52 0 11 ON YE5 VOITILATOR D A 09 QSW41C505E-A SEtvlCE WAT[t PIAF R00N EXNAUST 0 18 ON 188-06 0072A 5R ON 0 18 YES VOITILATot E

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v v v Page No. 30 APPEWIX A Data Base File Name/Date/ Time: FAtit3.lBF . / 05/11/95 /16:25:16 Report Date/ Time: 05-11-95 / 16:30:38 CD905tTE SAFE SMUTDOWN EqulPENT LIST Sort Criteria: 10 Ihm8er FARLEY lalli I Filter Criteria: (Eval. Type CONTAINS '5') 04 (Eval. Tyse CMTAlll5 't') Program File Name 8 Version: SSEN 2.2 Lt3 EQUIP SY5 FEM /EOUIPMDIT < EQUIPMENT LOCATION --> <- CP. ST. -> POWER SWPetTIIE; SYS. REQ'O INEt00MCil0M5 REG.

m. TRAIN CLASS Itatt W. DESCRIPTION Dug. Iss./Rev./ Zone Building F tr.Elv. te. er tou/ Col. Soti WTES IIsreal Desired REED 7 IBt;. W./tEV. & SWPotTIII; CaelulENTS 155E (1) (2) (1) (4) (5) (6) (7) (8) (9) (10) (II) (12) (13) (14) (15) (16) (17) 8 0 45W41C515A 8 SERVICE WTR S TRAIN BATTERY CMGR OP/CL OP/CL 188-06 0072C SR OP/CL OP/CL YES RM INTME LOUWER 8 0 45W4105158-8 SERVICE Wit B TRAIN BATTERY CHGR OP/CL OP/CL 188-06 0072C St OP/CL OP/CL YES RM INTME LOUWER A 0 QSW410515C-A SERVICE WTR A TRAIN BATT[tY CHCR OP/CL OP/CL 188-06 00720 5R OP/CL OP/CL YES RM INTME LOUWER A 0 QSW41051504 SERVICE WTR A TRAIN BATTERY CHGR OP/CL OP/CL 188-06 0072D St OP/CL OP/CL YE5 RM INTRE LOUWER R 18 05Y415532A-8 DIESEL GEN. ROOM ll FIRESIAT 155-00 0058 52 Et A 18 45Y416532C4 DIESEL GEN. ROM 1-2A FIRESTAT 155-00 0061 St Et A 18 05Y41853204 DIE 5EL GEN. ROWI IC FIRESTAT 155-00 0060 St Et 8 18 QSY410616A-8 DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 54 ER 8 18 QSY4186168-8 O!ESEL GEN. ROOM 15 FIRESTAT 155-00 0058 St Et B 18 QSY418616C-B DIESEL GEN. 200M 18 FitESTAT 155-00 0058 52 Et t 18 QSY4186160-8 DIESEL GEN. ROOM 18 FitESTAT 155-00 0058 12 ER A 18 05Y418616J-A DIESEL CEN. R0011-2A FIRESTAT 155-00 0061 St ER A 18 QSY412616K-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 St Et A 18 QSY410616L4 DIESEL CEN. 200M l-2A FIRESTAT 155-00 0061 5t ER A 18 QSY4196191-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 St Et A 18 45Y418616N-A DIE 5EL GEN. ROOM IC FIRESTAT 155-00 0060 St Et A 18 Q5Y418616P-A DIESEL GEN. ROM IC FitESTAT 155-00 0060 52 ER A 18 QSY418616Q-A DILSEL CEN. ROM IC FIRE $iAT 155-00 0060 St Et A 18 QSY410616t-A DIESEL CEN. ROM 1C FitESTAT 155-00 0060 St Et B 09 QSY410507A-8 DIESEL GEERATOR ROOM IB EXMAUST OFF ON 155-00 0058 54 0FF ON YES Fnn B 09 QSY41C5078-8 DIESEL GENERATOR ROOM IB EXHAUST OFF ON 155-00 0058 St OFF 0 11 YES FAN A 09 QSY41C507E-A CIESEL GEERATot ROM l-2A EXHAUST OFF ON 155-00 0061 52 0FF ON YES FAN

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P\ APPENDIX B () RELAY REVIEW SAFE SIIUTDOWN EQUIPMENT LIST PLANT FARLEY UNIT 1 J The Relay Review Safe Shutdown Equipment List (SSEL)is a subset of the Composite SSEL included in Appendix A of this report. The Relay Review SSEL contains a listing of the mechanical and electrical equipment for which relay chatter could potentially cause inappropriate operation. The components listed on the Relay Review SSEL were subjected to a relay chatter evaluation as described in section 2.0 of this report. The format of the Relay Review SSEL corresponds to the Safe Shutdown Equipment Manager computer program supplied by the Seismic Qualification Utility Group (SQUG). The Relay Review SSEL components are sorted by mark number (column 3). The Relay Review SSEL includes the information shown in table 1, where applicable and available, for each component. O I O B-1

f3 APPENDIX B

 -U                               TABLE 1 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST INFORMATION KEY Column No.      Descriotion 1           Unique line number (not used).

2 SQUG equipment class designations (see table 2 of this appendix). 3 Equipment identification number. 4 Equipment description. 5 Building or area in which the equipment is located. 6 Floor elevation from which the equipment can be seen. 7 Room identifier where equipment is located. l i I 1 O B-2 , l

o - APPENDIX B TABLE 2 EQUIPMENT CLASS DESIGNATIONS (SHEET 1 OF 2) Equipment Class (Column 2) Description 01 Motor control centers. 02 Low-voltage switchgear. 03 Medium-voltage switchgear. 04 Transformers. 05 Horizontal pumps. 06 Vertical pumps. 07 Fluid-operated valves. 08A Motor-operated valves. 08B Solenoid-operated valves. 09 Fans. 10 Air handlers. I1 Chillers. 12 Air compressors. 13 Motor generators. 14 Distribution panels. 15 Batteries on racks. 16 Battery chargers and inverters. 17 Engine generators. B-3

        .- -.   . . .       .    .-      .~               .    .             .

w 4 APPENDIX B O TABLE 2 l l EQUIPMENT CLASS DESIGNATIONS l (SHEET 2 OF 2) 18 Instruments on racks. 19 Temperature sensors. 20 Instrumentation and control panels and cabinets. 21 Tanks and heat exchangers. O . 5 e b lO B-4

Page No. 1 APPENDIX B RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 20 A1TB001 TERMINAL BOX 100-00 0189 20 AITB004 TERMINAL BOX 100-00 0194 20 A1TB006- TERMINAL BOX 121-00 0223 20 B1TB002 TERMINAL BOX 121-00 0235 20 B1TB003 TERMINAL BOX 100-00 0190 20 BITB004 TERMINAL BOX 100-00 0192 08B N1831SV8028 A SOLEN 0ID VALVE CLOSED 121-00 0223 07 NIE21HV8142-N RCP SEAL WATER BYPASS ISOLATION VALVE 105-00 CTMT 088 NIE21SV8142 N RCP SEAL WATER BYPASS ISOLATION VALVE SV CLOSED 105-00 CTMT 088 Q18135V2213A-A REACTOR VESSEL HEAD VENT ISOLATION VALVE CLOSED 155-00 CTMT 088 Q18135V22138-B REACTOR VESSEL HEAD VENT ISOLATION VALVE CLOSED 155-00 CTMT 088 Q1B135V2214A-A REACTOR VESSEL HEAD VENT ISOLATION VALVE CLOSED 155-00 CTMT 088 Q18135V22148-B REACTOR VESSEL HEAD VENT ISOLATION VALVE CLOSED 155 00 CTNT , 18 Q1821PT0402 P1 RCS LOOP 3 WIDE RANGE PRESSURE 105-00 CTMT 18 Q1821PT0403 P4 RCS LOOP 1 WIDE RANGE PRESSURE 105-00 CTMT 07 Q1831HV8028-A PRESSURE RELIEF TANK ISOLATION OUTSIDE CLOSED 121-00 0223 CTMT VALVE IB Q1831LT0459 P1 PRESSURIZER LEVEL (CONTROL ROOM) 132-00 CTMT 18 Q1831LT0460 P2 PRESSURIZER LEVEL 132-00 CTNT 18 Q1831LT0461-P3 PRESSURIZER LEVEL 132-00 CTMT 08A Q1831MOV8000A A PRESSURIZER POWER RELIEF ISOLATION VALVE OP/CL 175-00 CTMT 08A Q1931M0V8000B-B PRESSURIZER POWER RELIEF ISOLATION VALVE OP/CL 175-00 CTMT 07 Q1831PCV04448-B PRESSURIZER POWER RELIEF VALVE OP/CL 155-00 CTMT 07 Q1831PCV0445A-A PRESSURIZER POWER RELIEF VALVE OP/CL 173-00 CTMT 07 Q1831PCV444C PRESSURIZER SPRAY CLOSED 189-00 CTMT 07 Q1831PCV4440 PRESSURIZER SPRAY CLOSED 175-00 CTMT I 18 Q1831PT0455-P1 PRESSURIZER PRESSURE 166-00 CTNT 18 Q1831PT0456-P2 PRES $URIZER PRESSURE 166-00 CTNT 18 Q1831PT0457-P3 PRESSURIZER PRESSURE 166-00 CTMT 088 Q1831SV0444BA-B PRESSURIZER POWER RELIEF VALVE SV 155-00 CTMT O Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                   / 05/11/95 / 16:33:36 l

i Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2 l

APPENDIX B Page No. 2 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O LINE NO. CLASS MARK NO. SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 08B Q1831SV0444BB-B PRESSURIZER POWER RELIEF VALVE SV 155-00 CTMT 08B Q1831SV0445AA-A PRESSURIZER POWER RELIEF VALVE SV 173-00 CTMT 088 Q1831SV0445AB-A PRESSURIZER POWER RELIEF VALVE SV 173-00 CTNT 02 Q1C11E004A-AB REACTOR TRIP SWITCHGEAR NO. 1 121-00 0235 02 Q1C11E0048-AB REACTOR TRIP SWITCHGEAR NO. 2 121-00 0235 18 Q1C22LT0474-P1 STEAM GENERATOR 1A NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0475-P2 STEAM GENERATOR 1A NARROW RANGE LEVEL 155-00 CTNT 18 Q1C22LT0476-P3 STEAM GENERATOR 1A NARROW RANGE LEVEL 155-00 CTMT 4 18 Q1C22LT0484-P1 STEAM GENERATOR 1B NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0485-P2 STEAM GENERATOR 1B NARROW RANGE LEVEL 155 00 CTNT 18 Q1C22LT0486-P3 STEAM GENERATOR 1B NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0494-P1 STEAM GENERATOR 1C NARROW RANGE LEVEL 155 00 CTMT 18 Q1C22LT0495-P2 STEAM GENERATOR 1C NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0496-P3 STEAM GENERATOR lt NARROW RANGE LEVEL 155-00 CTNT 08A Q1E11FCV0602A-A RHR PUMP MINI FLOW VALVE OP/CL 83-00 0128 08A Q1E11FCV06028-B RHR PUMP MINI FLOW VALVE OP/CL 83-00 0122 07 Q1E11FCV605A-A RHR HEAT EXCHANGER BYPASS CLOSED 83-00 0128 07 Q1E11FCV6058-B RHR HEAT EXCHANGER BYPASS CLOSED 83-00 0128 18 Q1E11FIS602A-A RHR PUMP FLOW INDICATING SWITCH 83-00 0128 18 Q1E11FIS602B-B RHR PUNP FLOW INDICATING SWITCH 83-00 0128 e 18 Q1E11FT0605A-2 RHR HEAT EXCHANGER DISCHARGE FLOW 87-00 0120 TRANSMITTER 18 Q1E11FT0605B-4 RHR HEAT EXCHANGER DISCHARGE FLOW 87-00 0120 ) TRANSMITTER 07 Q1E11HCV0603A N RHR HEAT EXCHANGER NO. 1 DISCHARGE VALVE OPEN 83-00 0128 07 Q1E11HCV06038-N RHR HEAT EXCHANGER NO. 2 DISCHARGE VALVE OPEN 83-00 0128 18 Q1E11LT3594A-A CTMT SUMP LEVEL TRANSMITTER 116-00 CTMT 18 Q1E11LT35948-B CTMT SUMP LEVEL TRANSMITTER 116-00 CTMT 08A Q1E11MOV8701A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT l 08A Q1E11MOV8701B-B RHR INLET ISOLATION VALVE OP/CL 105-00 CTNT 08A Q1E11MOV8702A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT O Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.0BF Sort Criteria: ID Number

                                                                                                 / 05/11/95 / 16:33:36 l

Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 3 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O LINE NO. CLASS MARK N0. SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 08A Q1E11MOV87028-B RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT 08A Q1E11MOV8706A-A RHR LOOP NO. 1 DISCHARGE TO CVCS OP/CL 83-00 0128 08A Q1E11MOVB706B-B RHR LOOP NO. 2 DISCHARGE TO CVCS OP/CL 83 00 0128 08A Q1E11MOV8809A-A RWST TO RHR PUMP 1A SUCTION OP/CL 83-00 0131 08A Q1E11MOV8809B B RWST TO RHR PUMP 1B SUCTION OP/CL 83-00 0129 08A Q1E11MOV8811A-A RHR PUMP SUCTION FROM CONTAINMENT TRAIN A OP/CL 83-00 0131 08A Q1E11MOV88118 B RHR PUMP SUCTION FROM CONTAINMENT TRAIN B OP/CL 83-00 0129 08A Q1E11M0V8812A-A CONTAINMENT SUMP TO RHR PUMP 1A ISOLATION OP/CL 83-00 0131 08A Q1E11MOV8812B-B CONTAINMENT SUMP TO RHR PUMP IB ISOLATION OP/CL 83-00 0129 08A Q1E11M0V8887A-A LHSI TO RCS CROSSOVER OPEN 121-00 0223 08A Q1E11MOV88878 B LHSI TO RCS CROSSOVER OPEN 121-00 0223 08A Q1E11MOV8888A-A LHS! TO RCS COLO LEG OP/CL 121-00 0223 08A Q1E11MOV8888B-B LHSI TO RCS COLD LEG OP/CL 121-00 0223 i 08A Q1E11MOV8889-B LHSI TO RCS HOT LEG CLOSED 121-00 0223 06 Q1E11P001A A RHR PUMP 1A ON 83-00 0131 l 06 Q1E11P0018-B RHR PUMP 18 ON 83-00 0129 ! 18 Q1E13PT0950-P1 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 18 Q1E13PT0951-P2 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 18 Q1E13PT0952 P3 CONTAINMENT PRESSURE PROTECTION 121 00 0223 TRANSMITTER 18 Q1E13PT0953-P4 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 10 Q1E16H001A-A CHG/HHSI PUMP ROOM COOLER 1A (TRAIN A) ON 100-00 0181

10 Q1E16H001C-B CHG/HHS! PUMP ROOM COOLER 1C (TRAIN B) ON 100-00 0173

! 10 Q1E16H003A-A RHR PUMP ROOM COOLER 1A ON 83-00 0131 10 Q1E16H0038-B RHR PUMP ROOM COOLER 1B ON 83-00 0129 10 Q1E16H004A-A CCW PUMP ROOM COOLER TRAIN A ON 100 00 0185 10 Q1E16H0048-B CCW PUMP ROOM COOLER TRAIN B ON 100-00 0185 10 Q1E16H005A-A AUX FEEDWATER PUMP ROOM COOLER 1A ON 100-00 0190 10 Q1E16H0058-B AUX FEEDWATER PUMP ROOM COOLER 18 ON 100-00 0192 t Report Date/ Time: 05-12-95 / 08:25:48

  /                                                  Data Base File Name/Date/ Time: FAR1R3.DBF    / 05/11/95 / 16:33:36 l                                                     Sort Criteria: ID Number l

Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 4 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O- LINE SYSTEM /E0VIPMENT BUILDING ELEY ROOM NO. CLASS MARK NO. DESCRIPTION (1) (2) (3) (4) (5) (6) (7) 10 Q1E16H006A-A BATTERY CHARGING ROOM COOLERS ON 121-00 0245 10 Q1E16H0068 B BATTERV CHARGING ROOM COOLERS ON 121-00 0244 10 Q1E16H007-A MCC 1A ROOM COOLER ON 139 00 0332 10 Q1E16H008A-B MCC IB ROOM COOLER ON 121-00 0209 10 Q1E16H0088 B MCC IB ROOM ACU ON 121-00 0209 10 Q1E16H009-A 600V LOAD CENTER 10 ROOM COOLER ON 139-00 0339 10 Q1E16H010-B 600V LOAD CENTER 1E ROOM COOLER ON 121-00 0228 18 Q1E16TC3923AA-A BATTERY CHARGER ROOM COOLER 1A THERMOSTAT 121-00 0244 18 Q1E16TC3923BA-B BATTERY CHARGER ROOM COOLER 1B THERMOSTAT 121-00 0226 18 Q1E16TC3982AA-A MCC 1A ROOM COOLER REMOTE THERMOSTAT 139-00 0332 18 Q1E16TC3983AA-B MCC IB ROOM COOLER REMOTE THERMOSTAT 121-00 0209 18 Q1E16TC3985A-A AUX BLDG A TRAIN SWGR ROOM CLR THERMOSTAT 139-00 0335 18 Q1E16TC3986A-B AUX BLDG B TRAIN SWGR ROOM CLR THERMOSTAT 121-00 0229 100-00 0182 g 18 Q1E21FT0122-2 CHARGING FLOW 07 Q1E21HCV0186-N SEAL WATER INJECTION VALVE OPEN 100-00 0173 07 Q1E21HV8141A-N RCP SEAL LEAK 0FF ISOLATION VALVE OPEN 129 00 CTMT 07 Q1E21HV81418-N RCP SEAL LEAK 0FF ISOLATION VALVE OPEN 129-00 CTMT 07 Q1E21HV8141C-N RCP SEAL LEAKOFF ISOLATION VALVE OPEN 129-00 CTMT 07 Q1E21HV8142-N RCP SEAL WATER BYPASS ISOLATION VALVE CLOSED 105-00 CTMT 07 Q1E21HV8149A-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTNT 07 Q1E21HV81498-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTMT 07 Q1E21HV8149C-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTMT 07 Q1E21HV8152 CVCS ISOLATION OUTSIDE CONTAINMENT VALVE CLOSED 100 00 0184 07 Q1E21HV8942-A BORON INJECTION RECIRCULATION PUMP VALVE CLOSED 100-00 0186 07 Q1E21HV8945A-A BORON INJECTION SURGE TANK VALVE CLOSED 121-00 0222 08A Q1E21LCV0115B-A RWST TO CHARGING PUMP SUCTION VALVE OP/CL 100-00 0172 08A Q1E21LCV0115C-A VOLUME CONTROL TANK OUTLET ISOLATION VALVE CLOSED 121-00 0216 OSA Q1E21LCV01150-8 RWST TO CHARGING PUMP SUCTION VALVE OP/CL 100-00 0172 08A Q1E21LCV0115E-B VOLUME CONTROL TANK OUTLET ISOLATION VALVE CLOSED 121-00 0216 07 Q1E21LCV459 A RCS LETOOWN ISOLATION CLOSED 105-00 IMS l / Report Date/ Time: 05-12 95 / 08:25:48 I ( Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                  / 05/11/95 / 16:33:36 Filter Criteria: Eval. Type CONTAINS 'R')

Program File Name(& Version: SSEM 2.2 I

APPENDIX B Page No. 5 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 \ j LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 07 Q1E21LCV460-A RCS LETDOWN ISOLATION CLOSED 105-00 IMS 08A Q1E21M0V8100-8 RCP SEAL WATER RETURN ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8105-N SEAL WATER INJECTION VALVE OPEN 100-00 0173 08A Q1E21MOV8106-A CHARGING PUMP MINIFLOW ISOLATION OP/CL 100-00 0170 08A Q1E21MOV8107-A CHARGING PUMP TO RCS ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8108-8 CHARGING PUMP TO RCS ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8109A B CHARGING PUMP P002A MINIFLOW VALVE OP/CL 100-00 0181 08A Q1E21M0V8109C-B CHARGING PUMP P002C MINIFLOW VALVE OP/CL 100-00 0173 08A Q1E21MOV8112-A RCP SEAL WATER RETURN ISOLATION CLOSED 129-00 CTMT 08A Q1E21MOV8130A-A CHARGING PUMP SUCTION HEADER ISOLATION OP/CL 100-00 0181 VALVE 08A Q1E21MOV81308-8 CHARGING PUMP SUCTION HEADER ISOLAYION OP/CL 100-00 0175 VALVE 08A Q1E21M0V8131A-A CHARGING PUMP SUCTION HEADER ISOLATION OP/CL 100-00 0175 VALVE 08A Q1E21M0V8131B-B CHARGING FUMP SUCTION HEADER ISOLATION OP/CL 100-00 0172 (/ VALVE 08A Q1E21MOV8132A-A CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0181 VALVE 08A Q1E21MOV8132B-B CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100 00 0175 VALVE 08A Q1E21MOV8133A-A CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0175 VALVE 08A Q1E21MOV81338-B CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0173 VALVE l 08A Q1E21MOV8801A-A BORON INJECTION TANK OUTLET ISOLATION OPEN 121-00 0223 08A Q1E21MOV8803A-A BORON INJECTION TANK INLET ISOLATION OPEN 100 00 0172 08A Q1E21MOVB808A-A ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV8808B-B ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV8808C-A ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV8884-B HHSI TO RCS HOT LEG ISOLATION CLOSED 100-00 0184 l OSA Q1E21MOV8885-B HHSI TO RCS COLD LEG ISOLATION OPEN 100-00 0184 08A Q1E21MOV8886-A HHSI TO RCS HOT LEG ISOLATION CLOSED 121-00 0223 05 Q1E21P002A A CHARGING /HHSI PUMP P002A TRAIN A ON 100-00 0181 im ( ) Report Date/ Time: 05-12 95 / 08:25:48 v Data Base File Name/Date/ Time: FAR1R3.0BF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

__ ~ APPENDIX B Page No. 6 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 G LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 05 Q1E21P002C B CHARGING /HHSI PUMP P002C TRAIN B ON 100 00 0173 088 Q1E21SV8141A-N RCP SEAL LEAK 0FF ISOLATION VALVE SV 129 00 CTMT 088 Q1E21SV81418-N RCP SEAL LEAKOFF ISOLATION VALVE SV 129 00 CTMT 088 Q1E21SV8141C N RCP SEAL LEAK 0FF ISOLATION VALVE SV 129 00 CTMT 4 088 Q1E21SV8149AA-A LETDOWN ORIFICE ISOLATION SV 105 00 CTMT 088 Q1E21SV8149AB-A LETDOWN ORIFICE ISOLATION SV 105-00 CTMT ^ 088 Q1E21SV8149BA-A LETDOWN ORIFICE ISOLATION SV 105-00 CTMT 08B Q1E21SV8149BB-A LETDOWN ORIFICE ISOLATION SV 105-00 CTMT 4 088 Q1E21SV8149CA-A LETDOWN ORIFICE ISOLATION SV 105-00 CTMT 088 Q1E21SV8149CB-A LETDOWN ORIFICE ISOLATION SV 105 00 CTMT 088 Q1E21SV8152-8 SOLENOID VALVE 100-00 0184 08B Q1E21SV8945A A SOLENOID VALVE IN A0V AIR LINE 121-00 0222 08A Q1E23MOV3530-B POST-ACC CTMT COMBUST GAS CNTL ISOL IN CLOSED 129 00 CTMT i CTMT VALVE

   .          08A     Q1E23MOV3740-B       POST-ACC CTMT COMBUST GAS CNTL ISOL OUT       CLOSED           121-00  0223

( CTMT VALVE 18 Q1F16LT0501-A RWST LEVEL TRANSMITTER 155-00 YARD i 18 Q1F16LT0502-B RWST LEVEL TRANSMITTER 155-00 YARD 07 Q1G21HV3376-8 RADIOACTIVE DRAIN ISOLATION INSIDE CTMT CLOSED 105 00 CTMT VALVE ~ 07 Q1G21HV3377-A RADI0 ACTIVE DRAIN ISOLATION OUTSIDE CTMT CLOSED 100-00 0184 VALVE 07 Q1G21HV7136-B WASTE PROCESSING ISOLATION OUTSIDE CTMT CLOSED 100-00 0184 VALVC i 07 Q1G21LCV1003-A WASTE PROCESSING ISOLATION INSIDE CTMT CLOSED 105-00 OMB VALVE 08B Q1G21SV1003A-A SOLEN 0ID VALVE 105-00 CTMT 088 Q1G21SV10038-A SOLEN 0ID VALVE 105-00 CTMT 0.88 Q1G21SV3376-B SOLEN 0ID VALVE 105 00 CTNT ! 088 Q1G21SV3377-A SOLEN 0ID VALVE 100-00 0184 f 088 Q1G21SV7136-B SOLEN 0ID VALVE 100-00 0184 088 Q1G24SV7614AA-A SG 1A BLOWDOWN ISOL SOLEN 0ID VALVE 121-00 0223 4 088 Q1G24SV7614AB-B SG 1A BLOWDOWN ISOL. SOLEN 0ID VALVE 121-00 0223 O Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                       / 05/11/95 / 16:33:36 i                                                      Filter Criteria: (Eval. Type CONTAINS 'R')

Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 7 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM

 ....... ....... .................... .......................................... m..........            ........ ..........

(1) (2) (3) (4) (5) (6) (7) 088 Q1G245V7614BA-A SG 1B BLOWDOWN ISOL. SOLENOID VALVE 121-00 0223 088 Q1G245V7614BB-B SG 1B BLOWDOWN ISOL. SOLENOID VALVE 121-00 0223 088 Q1G245V7614CA-A SG IC BLOWDOWN ISOL. SOLEN 0ID VALVE 121-00 0223 08B Q1G245V7614CB-B SG IC BLOWDOWN ISOL. SOLENOID VALVE 121-00 0223 07 Q1G24V003A SG 1A BLOWDOWN ISOLATION CLOSED 121-00 0223 07 Q1G24V0038 SG 1B BLOWDOWN ISOLATION CLOSED 121 00 0223 07 Q1G24V003C SG IC BLOWDOWN ISOLATION CLOSED 121-00 0223 20 Q1H11NGASC2506C-B AUX SAFEGUARDS CABINET C 155-00 0416 20 Q1H11NGASC25060-A AUX SAFEGUARDS CABINET D 155-00 0416 20 Q1H11NGB2504J-A BOP INSTRUMENTATION CABINET J 155-00 0416 20 Q1H11NGB2504K-B B0P INSTRUMENTATION CABINET K 155-00 0416 20 Q1H11NGCCM2523A-A ICCMS PROCESSOR CABINET TRAIN A 155-00 0416 20 Q1H11NGCCM25238-8 ICCMS PROCESSOR CABINET TRAIN B 155-00 0416 20 Q1H11NGPIC2505E-1 PROCESS CONTROL CABINET CHANNEL 1 155-00 0416 20 Q1H11NGPIC2505F-2 PROCESS CONTROL CABINET CHANNEL 2 155-00 0416 20 Q1H11NGPIC2505G-3 PROCESS CONTROL CABINET CHANNEL 3 155-00 0416 20 llH11NGPIC2505H-4 PROCESS CONTROL CABINET CHANNEL 4 155 00 0416 20 Q1H11NGR25041-AB RADIATION MONITOR PANEL 153-00 0416 20 Q1H11NGSSP2506G-B SOLID STATE PROTECTION INPUT CABINET 155-00 0416 20 Q1H11NGSSP2506H-B SOLID STATE PROTECTION INPUT CABINET 155-00 0416 20 Q1H11NGSSP25061-B SOLID STATE PROTECTION OUTPUT CABINET 155-00 0416 20 Q1H11NGSSP2506J-B SOLID STATE PROTECTION TEST CABINET 155-00 0416 20 Q1H11NGSSP2506K-A SOLID STATE PROTECTION INPUT CABINET 155-00 0416 20 Q1H11NGSSP2506L-A SOLID STATE PROTECTION INPUT CABINET 155-00 0416 20 Q1H11NGSSP2506M-A SOLID STATE PROTECTION OUTPUT CABINET 155-00 0416 20 Q1H11NGSSP2506N-A SOLID STATE PROTECTION TEST CABINET 155-00 0416 20 Q1H21E004-A 4.16KV SWITCHGEAR 1F LOCAL CONT PANEL 139-00 0343 20 Q1H21E005-B 4.16KV SWITCHGEAR 1G LOCAL CONT PANEL 121-00 0233 20 Q1H21E504-A 4.16KV SWITCHGEAR 1H LOCAL CONT PANEL 155-00 0056A 20 Q1H21E505-B 4.16KV SWITCHGEAR IJ LOCAL CONT PANEL 155-00 0056C Report Date/ Time: 05-12 95 / 08:25:48 b Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                      / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'R')

Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 8 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 lq t)'~ LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 20 Q1H21E506-A 4.16KV SWITCHGEAR 1K LOCAL CONT PANEL 188-06 0072E 20 Q1H21E507-8 4.16KV SWITCHGEAR IL LOCAL CONT PANEL 188-06 0072B 20 Q1H21E527-8 DIESEL GENERATOR 1B LOCAL CONTROL PANEL 155-00 0058 20 Q1H21NBAFP2605A-A HOT SHUTDOWN PANEL A 121-00 0254 20 Q1H22L001E-A MULTIPLYING RELAY CABINET 1E 139-00 0318 20 Q1H22 LOO 1F-B MULTIPLYING RELAY CABINET IF 139-00 0318 20 Q1H22 LOO 2-A TRANSFER RELAY CABINET 1 139-00 0347 20 Q1H22 LOO 3-A TRANSFER RELAY CABINET 2 100-00 0190 20 Q1H22 LOO 4-B TRANSFER RELAY CABINET 3 139-00 0334 20 Q1H22L503-B DIESEL LOCAL RELAY PANEL 1B 155-00 0058 20 Q1H23S544B-B DIESEL GENERATOR ROOM 1B HVAC LCS NA 155-00 0058 20 Q1H25L008-A TERMINATION CABINET 139-00 0318 20 Q1H25LO29-8 TERMINATION CABINET 139-00 0318 07 Q1N11HV3368A MAIN STEAM ISOLATION BYPASS VALVE CLOSED 121-00 0241 () 07 Q1N11HV33688 MAIN STEAM ISOLATION BYPASS VALVE CLOSED 121-00 0241 07 Q1N11HV3368C MAIN STEAM ISOLATION BYPASS VALVE CLOSED 121-00 0241 07 Q1N11HV3369A MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV33698 MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3369C MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3370A-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV33708-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3370C-B MAIN STEM LINE ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3976A-B MAIN STEAP LINE ISOLATION BYPASS VALVE CLOSED 121-00 0241 07 Q1N11HV3976B-B MAIN STEAF LINE ISOLATION BYPASS VALVE CLOSED 121-00 0241 07 Q1N11HV3976C-B MAIN STEAM LINE ISOLATION BYPASS VALVE CLOSFD 121-00 0241 18 Q1N11LT0477-A STEAM GENERATOR 1A WIDE RANGE LEVEL 129-00 CTMT 18 Q1N11LT0487-A STEAM GENERATOR 1B WIDE RANGE LEVEL 129-00 CTMT 18 Q1N11LT0497-8 STEAM GENERATOR 1C WIDE RANGE LEVEL 129-00 CTNT  ; 18 Q1N11PT0474-P2 STEAM GENERATOR 1A PRESSURE 155-00 0462 18 Q1N11PT0475-P3 STEAM GENERATOR 1A DISCHARGE PRESSURE 155-00 0462 I Report Date/ Time: 05-12-95 / 08:25:48 , l C Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 l Sort Criteria: ID Number l Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2 , l l

APPENDIX B Page No. 9 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE- SYSTEM / EQUIPMENT . NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 18 Q1N11PT0476-P4 STEAM GENERATOR 1A DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0484 P2 STEAM GENERATOR 1B DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0485-P3 STEAM GENERATOR 1B PRESSURE 155-00 0462 18 Q1N11PT0486 P4 STEAM GENERATOR 1B DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0494-P2 STEAM GENERATOR IC DISCHARGE PRESSURE 155-00 0464 18 Q1N11PT0495-P3 STEAM GENERATOR 1C DISCHARGE PRESSURE 155-00 0464 18 Q1N11PT0496-P4 STEAM GENERATOR 1C PRESSURE 155-00 0464 18 Q1N11PT3371A-A STEAM GENERATOR 1A PRESSURE 155-00 0462 18 Q1N11PT33718-A STEAM GENERATOR 18 PRESSURE 155-00 0462 18 Q1N11PT3371C-A STEAM GENERATOR IC PRESSURE 155-00 0464 07 Q1N11PV3371A-A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121-00 0241 07 Q1N11PV33718-A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121 00 0241 07 Q1N11PV3371C-A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121-00 0241 OSB Q1N11SV3368AA-A MAIN STEAM ISOLATION BYPASS VALVE 121-00 0241 08B Q1N11SV3368BA-A MAIN STEAM ISOLATION BYPASS VALVE 121-00 0241 088 Q1N11SV3368CA-A MAIN STEAM ISOLATION BYPASS VALVE 121-00 -0241 088 Q1N11SV3369AC-A SOLEN 0ID VALVE 121-00 0241 08B Q1N11SV3369BC-A SOLEN 0ID VALVE 121-00 0241 , 088 Q1N11SV3369CC-A SOLEN 0ID VALVE 121-00 0241 088 Q1N11SV3370AC B MAIN STEAM LINE ISOLATION VALVE SV 121-00 0241 08B Q1N11SV3370BC-B MAIN STEAM LINE ISOLATION VALVE SV 121-00 0241 088 Q1N11SV3370CC-B MAIN STEAM LINE ISOLATION VALVE SV 121-00 0241 088 Q1N11SV3976A-B MAIN STEAM LINE ISOLATION BYPASS VALVE 121-00 0241 08B Q1N11SV39768-B MAIN STEAM LINE ISOLATION BYPASS VALVE 121-00 0241 08B Q1N11SV3976C-B MAIN STEAM LINE ISOLATION BYPASS VALVE 121-00 0241 08A Q1N21MOV3232A-B MAIN FW TO 1A SG STOP VALVE CLOSED 127 00 0241 08A Q1N21MOV32328-8 MAIN FW TO IB SG STOP VALVE CLOSED 127-00 0241 08A Q1N21MOV3232C-B MAIN FW TO IC SG STOP VALVE CLOSED 127-00 0241 18 Q1N23FT3229A A AUX FEEDWATER FLOW TRANSMITTER 100-00 0190 18 Q1N23FT32298-A AUX FEEDWATER FLOW TRANSMITTER 100-00 0189 Report Date/ Time: 05-12-95 / 08:25:48 Os Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 10 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE - SYSTEM / EQUIPMENT NO. C!ASC MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 18 Q1N23FT3229C-B AUX FEEDWATER FLOW TRANSMITTER 100-00 U194 07 Q1N23HV3227A MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR 1A 07 Q1N23HV32278 MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR 1B 07 Q1N23HV3227C MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR IC 08A Q1N23M0V3209A-A SERVICE WATER ISOLATION VALVE TO AUX OP/CL 100-00 0191 FEEDWATER 08A Q1N23MOV32098-B SERVICE WATER ISOLATION VALVE TO AUX OP/CL 100-00 0192 FEEDWATER 08A Q1N23MOV3210A-A SERVICE WATER TO AUX FEEDWATER PUMP 1A OP/CL 100-00 0191 INTAKE 08A Q1N23MOV3210B B SERVICE WATER TO AUX FEEDWATER PUMP 1B OP/CL 100 00 0192 INTAKE 08A Q1N23MOV3350A-A AUX FEEDWATER TO STEAM GENERATOR 1A OPEN 121-00 0241 08A Q1N23M0V33508-A AUX FEEDWATER TO STEAM GENERATOR 1B OPEN 121-00 0241 08A Q1N23M0V3350C-A AUX FEEDWATER TO STEAM GENERATOR 1C OPEN 121-00 0241 08A Q1N23MOV3764A-A AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0190 08A Q1N23MOV37648-B AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0190 08A Q1N23MOV3764C-B AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0192 08A Q1N23MOV3764D-A AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0190 08A Q1N23M0V3764E-B AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0190 08A Q1N23MOV3764F-A AUX FEEDWATER PUMP DISCHARGE OPEN 100-00 0192 05 Q1N23P001A-A AUX FEEDWATER PUMP 1A ON 100-00 0191 05 Q1N23P0018-B AUX FEEDWATER PUMP IB ON 100-00 0192 088 Q1N235V3227AA-A MOTOR DRIVEN AFW TO STEAM GENERATOR 1A SV 121-00 0241 08B Q1N235V3227AB-A MOTOR DRIVEN AFW TO STEAM GENERATOR 1A SV 121-00 0241 08B Q1N235V3227AC-B MOTOR DRIVEN AFW TO STEAM GENERATOR 1A SV 121-00 0241 088 Q1N235V3227BA-A MOTOR DRIVEN AFW TO STEAM GENERATOR 1B SV 121-00 0241 08B Q1N235V32278B-A MOTOR DRIVEN AFW TO STEAM GENERATOR 18 SV 121-00 0241 3 08B Q1N235V3227BC-B MOTOR DRIVEN AFW TO STEAM GENERATOR 1B SV 121-00 0241 088 Q1N235V3227CA-A MOTOR DRIVEN AFW TO STEAM GENERATOR IC SV 121-00 0241 Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: Eval. Type CONTAINS 'R') Program File Name(& Version: SSEM 2.2

APPENDIX B Page No. 11 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1

 \h     LINE                                                  SYSTEM / EQUIPMENT NO. CLASS        MARK NO.                          DESCRIPTION                    BUILDING      ELEV      ROOM (1)       (2)           (3)                                 (4)                         (5)         (6)       (7) 088      Q1N235V3227CB-A       MOTOR DRIVEN AFW TO STEAM GENERATOR IC SV                    121-00  0241 08B      Q1N235V3227CC-B       MOTOR DRIVEN AFW TO STEAM GENERATOR 1C SV                    121-00  0241 07      Q1P11HV3659-B         DEMINERALIZED WATER ISOLATION OUTSIDE CTMT CLOSED            121-00  0223 VALVE 18      Q1P11LT0515-A         CONDENSATE STORAGE TANK LEVEL TRANSMITTER                    155-00  VARD 18      Q1P11LT0516-B          CONDENSATE STORAGE TANK LEVEL TRANSMITTER                   155-00  VARD 088     Q1P11SV3659-B          SOLEN 0ID VALVE                                             121-00  0223 07      Q1P13HV2866C-A         CONTAINMENT PURGE ISOLATION OUTSIDE CTMT      CLOSED        121-00  0223 VALVE 07      Q1P13HV28660-8         CONTAINMENT PURGE ISOLATION INSIDE CTMT       CLOSED        129-00   CTMT VALVE 07      Q1P13HV2867C-A         CONTAINMENT PURGE ISOLATION OUTSIDE CTMT      CLOSED        121-00  0223 VALVE 07      Q1P13HV28670-8         CONTAINMENT PURGE ISOLATION INSIDE CTMT       CLOSED        129-00   CTMT VALVE OSB     Q1P135V2866C-A         SOLEN 0ID VALVE                                             121-00   0223
 /   i          08B     Q1P135V28660-B         SOLCN0ID VALVE                                              129-00   CTMT 088     Q1P13SV2867C-A         SOLEN 0ID VALVE                                             121-00   0223 088     Q1P135V28670-B         SOLEN 0ID VALVE                                             129-00   CINT 07      Q1P15HV3103-A          PRFSSURIZER LIQUID SAMPLE LINE ISOLATION      CLOSED        129-00   CTMT VALVE 07      Q1P15HV3105-8          RHR HX A SAMPLE VALVE                         CLOSED         77-00   0128 07      Q1P15HV3106-8          RHR HX B SAMPLE VALVE                         CLOSED         77-00   0128 07      Q1P15HV3332-8          PRESSURIZER SAMPLE                            CLOSED        121-00   0223 07      Q1P15HV3333-B          RCS HOT LEG SAM.E LINE ISOLATION VALVE        CLOSED        121-00   0223 07      Q1P15HV3765-A          RCS SAMPLE                                    CLOSED        126-00   CTMT 08B     Q1P155V3103-A          PRESSURIZER LIQUID SAMPLE LINE ISOLATION                    129-00   CTMT VALVE SV 08B     Q1P155V3332-B          PRESSURIZER LIQUID SAMPLE LINE ISOLATION                    121-00   0223 VALVE SV 088     Q1P155V3333-8          RCS HOT LEG SAMPLE LINE ISOLATION VALVE SV                  121-00   0223 08B     Q1P155V3765-A          RCS HOT LEG SAMPLE LINE ISOLATION VALVE SV                  126 00   CTMT 0       Q1P16F501A-A           SW STRAINER 1A                                ON            167-00   0072A 0       Q1P16F5018-B           SW STRAINER 18                                ON            167-00   0072A h

(/ Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 12 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 Q LINE SYSTEM / EQUIPMENT l NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM  ;

 ....... ....... .................... .......................................... ............ ........ ..........                                             l (1)      (2)          (3)                                  (4)                                          (5)         (6)                            (7)     '

07 Q1P16FV3009A-B CCW HEAT EXCHANGER SERVICE WATER DISCHARGE OPEN 100-00 0185 07 Q1P16FV3009C-A CCW HEAT EXCHANGER SERVICE WATER DISCHARGE OPEN 100-00 0185 20 Q1P16G517A-A TURB. BLDG. S.W. ISOL. VALVE RELAY BOX 155-00 0060 20 Q1P16G5178 B TURB. BLDG. S.W. ISOL, VALVE RELAY BOX 155-00 0056C 08A Q1P16MOV3084A-B SERVICE WATER TO AUXILIARY BUILDING OPEN 155 00 ISVB1 08A Q1P16MOV30848-A SERVICE WATER TO AUXILIARY BUILDING OPEN 155-00 ISVB1 08A Q1P16MOV3130A-B SERVICE WATER INLET TO CCW HEAT EXCHANGER OPEN 100-00 0185 08A Q1P16MOV3130C-A SERVICE WATER INLET TO CCW HEAT EXCHANGER OPEN 100-00 0185 08A Q1P16M0V3149-A BLOWDOWN HEAT EXCHANGER ISOLATION MOV CLOSED 121-00 0223 Ob Q1P16P001A-A SERVICE WATER PUMP 1A ON 188-06 0072A 06 Q1P16P0018-A SERVICE WATER PUMP 1B ON 188-06 0072A 06 Q1P16P0010-B SERVICE WATER PUMP ID ON 188-06 0072A 06 Q1P16P001E-B SERVICE WATER PUMP 1E ON 188-06 0072A 18 Q1P16PDS620-A DIFFERENTIAL PRESSURE SWITCH 155-00 YARD d 18 Q1P16PDS621-B DIFFERENTIAL PRESSURE SWITCH 155-00 YARD OSB Q1P165V3009A-B CCW HEAT EXCHANGER SERVICE WATER DISCHARGE 100-00 0185 SV 08B Q1P165V3009C-A CCW HEAT EXCHANGER SERVICE WATER DISCHARGE 100-00 0185 SV 08A Q1P16V506-8 SERVICE WATER HEADER MOV CLOSED 188-06 0072A 08A Q1P16V507-A SERVICE WATER HEADER MOV OPEN 188-06 0072A 08A Q1P16V508-B TRAIN B SERVICE WATER STRAINER MOV OPEN 188-06 0072A 08A Q1P16V511-A TRAIN A SERVICE WATER STRAINER MOV OPEN 188-06 0072A 08A Q1P16V514 B SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 ISVB1 VALVE 08A Q1P16V515-A SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 1SVB1 VALVE 08A Q1P16V516-B SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155 00 1SVB1 VALVE 08A Q1P16V517-A SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 ISVB1 VALVE 08A Q1P16V518-B UNIT 1 TRAIN B DIESEL SERVICE WATER SUPPLY OPEN 155-00 0057 08A Q1P16V519-A UNIT 1 TRAIN A DIESEL SERVICE WATER SUPPLY OPEN 155-00 0071 Report Date/ Time: 05 12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 13 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST w FARLEY UNIT 1 , i LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 08A Q1P16V522-8 DIESEL GEN 1B UNIT 2 SERVICE WATER INLET CLOSED 155-00 0058 VALVE 08A Q1P16V523 B DIESEL GEN 1B UNIT 1 SERVICE WATER INLET OPEN 155-00 0058 VALVE 08A Q1P16V524-A DIESEL GEN IC UNIT 1 SERVICE WATER INLET OPEN 155 00 0060 VALVE 08A Q1P16V525-A DIESEL GEN IC UNIT 2 SERVICE WATER INLET OPEN 155-00 0060 VALVE 08A Q1P16V526-A DIESEL GEN 1-2A UNIT 1 SERVICE WATER INLET OPEN 155-00 0061 VALVE 08A Q1P16V527-A DIESEL GEN 1-2A UNIT 2 SERVICE WATER INLET OPEN 155-00 0061 VALVE 08A Q1P16V530-B DIESEL GEN IB UNIT 2 SERVICE WATER OUTLET CLOSED 155-00 0058 VALVE 08A Q1P16V531-B DIESEL GEN 1B UNIT 1 SERVICE WATER OUTLET OPEN 155-00 0058 VALVE 08A Q1P16V532-A DIESEL GEN 1C UNIT 1 SERVICE WATER OUTLET OPEN 155-00 0060 VALVE 08A Q1P16V533-A DIESEL GEN 1C UNIT 2 SERVICE WATER OUTLET OPEN 155 00 0060 O- VALVE 08A Q1P1GV534-A DIESEL GEN 1-2A UNIT 1 SERVICE WATER OPEN 155-00 0061 OUTLET VALVE 08A QiP16V535-A DIESEL GEN 1-2A UNIT 2 SERVICE WATER OPEN 155-00 0061 OUTLET VALVE I 08A Q1P16V536 B UNIT 1 TRAIN B DIESEL SERVICE WATER OPEN 155-00 0057 DISCHARGE 08A Q1P16V537-A UNIT 1 TRAIN A DIESEL SERVICE WATER OPEN 155-00 0071 DISCHARGE 08A Q1P16V538-B SERVICE WATER EMERGENCY RECIRCULATION TO OP/CL 155-00 ISVB2 POND 08A Q1P16V539-A SERVICE WATER EMERGENCY RECIRCULATION TO OP/CL 155-00 ISVB2 POND 08A Q1P16V545-8 SERVICE WATER DISCHARGE FROM AUXILIARY CLOSED 155 00 ISVB4 BUILDING 08A Q1P16V546-A SERVICE WATER DISCHARGE FROM AUXILIARY CLOSED 140-00 ISVB4 BUILDING 08A Q1P16V557-B DILUTION BYPASS MOV OPEN 155-00 ISYB1 08A Q1P16V558-A DILUTION BYPASS MOV OPEN 155-00 ISVB1 Report Date/ Time: 05-12-95 / 08:25:48 V' Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2 l l

APPENDIX B Page No. 14 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 08A Q1P16V592-8 DIESEL GEN 2B UNIT 1 SERVICE WATER INLET CLOSED 155 00 0059 VALVE 08A Q1P16V593-B DIESEL GEN 2B UNIT 1 SERVICE WATER OUTLET CLOSED 155-00 0059 VALVE 07 Q1P17HY2229 COMPONENT COOLING WATER SUPPLY TO SAMPLE CLOSED 100-00 0162 COOLERS 07 Q1P17HV3045-A CCW RETURN FROM RCP THERMAL BARRIER CLOSED 121-00 0223 ISOLATION 07 Q1P17HV3067-B CCW RETURN FROM EXCESS LETDOWN CLOSED 121-00 0223 07 Q1P17HV3095-B CCW SUPPLY TO EXCESS LETDOWN HEAT CLOSED 121-00 0223 EXCHANGER 07 Q1P17HV3096A CCW NON-SAFETY ISOLATION CLOSED 100-00 0161 07 Q1P17HV30968 CCW NON-SAFETY ISOLATION CLOSED 100-00 0161 07 Q1P17HV3184-B CCW RETURN FROM RCP THERMAL BARRIER CLOSED 129-00 CTNT ISOLATION 07 Q1P17HV3443-A CCW RETURN FROM EXCESS LETDOWN HEAT CLOSED 129-00 CTMT EXCHANGER O 08A Q1P17MOV3046-B CCW RETURN FROM RCPS CLOSED 130-00 CTMT V) f 08A Q1P17MOV3047-B MISC EQUIPMENT HEADER ISOLATION VALVE OPEN 100 00 0185 08A Q1P17MOV3052-A CCW TO RCP THERMAL BARRIER ISOLATION CLOSED 121-00 0223 08A Q1P17MOV3094A-B CCW INLET MOV TO SPENT FUEL COOLING HX NO. OPEN 155-00 0445 1 08A Q1P17MOV30948-A CCW INLET MOV TO SPENT FUEL COOLING HX NO. OPEN 155-00 0445 2 08A Q1P17MOV3182-A CCW RETURN FROM RCPS CLOSED 121 00 0223 08A Q1P17MOV3185A-A CCW INLET TO RHR HEAT EXCHANGER NO. 1 OPEN 83-00 0128 08A Q1P17MOV31858-B CCW INLET TO RHR HEAT EXCHANGER NO. 2 OPEN 83-00 0128 05 Q1P17P001A-B CCW PUMP 1A TRAIN 8 ON 100-00 0185 05 Q1P17P001C-A CCW PUMP 1C TRAIN A ON 100-00 0185 08B Q1F17SV3045-A CCW RETURN FROM RCP THERMAL BARRIER 121-00 0223 ISOLATION SV 08B Q1P175V3067-B SOLEN 0ID VALVE IN A0V AIR LINE 121 00 0223 088 Q1P175V3095-B SOLEN 0ID VALVE IN A0V AIR LINE 121-00 0223 08B Q1P175V3096A-A SOLEN 0ID VALVE IN A0V AIR LINE CLOSED 100-00 0161 088 Q1P175V30968-A SOLENOID VALVE IN A0V AIR LINE CLOSED 100-00 0161 )

 <-- s                                                 Report Date/ Time: 05-12-95 / 08:25:48 l      I Data Base File Name/Date/ Time: FAR1R3.DBF     / 05/11/95 / 16:33.:36 V                                                      Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R')

Program File Name & Version: SSEM 2.2 l

APPENDIX B Page No. 15 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 088 Q1P175V3096C-B SOLEN 0ID VALVE IN A0V AIR LINE CLOSED 100 00 0161 08B Q1P175V30960-8 SOLEN 0ID VALVE IN A0V AIR LINE CLOSED 100 00 0161 08B Q1P175V3184-B CCW RETURN FROM RCP THERMAL BARRIER 105-00 CTMT ISOLATION SV 088 Q1P175V3443-A SOLEN 0ID VALVE IN A0V AIR LINE 129 00 CTMT 12 Q1PIBC002A-A TRAIN A EMERGENCY AIR COMPRESSOR ON 100-00 0189 12 Q1P18C0028-8 TRAIN B EMERGENCY AIR COMPRESSOR ON 100-00 0189 07 Q1P19HV2228-B PRESSURIZER PORV BACK-UP AIR SUPPLY VALVE OPEN 121-00 0223 07 Q1P19HV3611-A INSTRUMENT AIR ISOLATION OUTSIDE CLOSED 100-00 0184 CONTAINMENT VALVE 08B Q1P195V3611-A SOLENOID VALVE 100-00 0184 03 Q1R15A006-A 4.16KV SWITCHGEAR 1F ON 139-00 0343 03 Q1R15A007 8 4.16KV SWITCHGEAR 1G ON 121-00 0233 03 Q1R15A503-A 4.16KV SWITCHGEAR 1H ON 155-00 0056A 03 Q1R15A504-B 4.16KV SWITCHGEAR IJ ON 155-00 0056C 03 Q1R15A505-A 4.16KY SWITCHGEAR 1K ON 188-06 0072E 03 Q1R15A506-B 4.16KV SWITCHGEAR ll ON 188-06 00728 02 Q1R168006-A 600V LOAD CENTER 10 ON 139-00 0335 02 Q1R16B007-B 600V LOAD CENTER 1E ON 121 00 0229 02 Q1R168506-A 600V LOAD CENTER IK/2K ON 188 06 0072E 02 Q1R16B507-B 600V LOAD CENTER IL/2L ON 188 06 0072B 02 Q1R168508-A 600V LOAD CENTER 1R/2R ON 155-00 0056A l 4 02 Q1R16B509-B 600V LOAD CENTER IS/2S ON 155-00 0056C 01 Q1R17B001-A MCC 1A ON 139-00 0332 01 Q1R17B002 B MCC IB ON 121-00 0209 01 Q1R17B008-A MCC IU ON 139 00 0347 01 Q1R178009 B MCC IV ON 139-00 0334 01 Q1R178504-A MCC 1K ON 188-06 0072E 01 Q1R178505-B MCC IL ON 188-06 00728 j 01 Q1R178507-A MCC IN ON 155-00 0060 i ! 01 Q1R17B508-B MCC IP ON 155-00 0057 i Report Date/ Time: 05 12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: 10 Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2 l I

1 l APPENDIX B Page No. 16 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 D LINE , SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7)  ; 01 Q1R178509 A MCC 1S ON 155 00 0061 l 01 Q1R178510 8 MCC 1T ON 155-00 0058 02 Q1R18B029 A POWER DISCONNECT SWITCH 139 00 0332 02 Q1R188030-A POWER DISCONNECT SWITCH 139 00 0332 14 Q1R188031-A CIRCUIT BREAKER BOX 139-00 0332  ; 14 Q1RIBB032 A CIRCUIT BREAXER BOX 139 00 0332 j 02 Q1R18B033-8 POWER DISCONNECT SWITCH 139 00 0322 I 02 Q1R188034-B POWER DISCONNECT SWITCH 139-00 0322 14 Q1R188035-B CIRCUIT BREAKER BOX 139-00 0322 l 1 02 Q1R188036-B POWER DISCONNECT SWITCH 139 00 0322 02 Q1R18B038 A MOV POWER DISCONNECT SWITCH 139-00 0332 02 Q1R188039-A MOV POWER DISCONNECT SWITCH 139-00 0332 02 Q1R188040-A MOV POWER DISCONNECT SWITCH 139-00 0332 02 Q1R188041-B MOV POWER DISCONNECT SWITCH 139-00 0312 02 Q1R188042 B MOV POWER DISCONNECT SWITCH 139 00 0312 02 Q1R18B043-8 MOV POWER DISCONNECT SWITCH 139-00 0312 14 Q1R218001A-1 VITAL AC BREAKER BOX 155-00 0416 14 Q1R21B0018 2 VITAL AC BREAKER BOX 155-00 0416 14 Q1R218001C-3 VITAL AC BREAKER BOX 139-00 0318 14 Q1R21B0010-4 VITAL AC BREAKER BOX 139-00 0318 16 Q1R21E009A 1 INVERTER 1A 121 00 0224 16 Q1R21E0098 2 INVERTER 18 121-00 0224 16 Q1R21E009C 3 INVERTER IC 121-00 0226 j 16 Q1R21E0090 4 INVERTER 10 121-00 0226 16 Q1R21E009F-A INVERTER 1F 121-00 0224 16 Q1R21E009G B INVERTER 1G 121-00 0226 l 14 Q1R21L001A-1 VITAL AC DISTRIBUTION PANEL 1A 155-00 0416 14 Q1R21L0018 2 VITAL AC DISTRIBUTION PANEL 1B 155 00 0416 14 Q1R21L001C-3 VITAL AC DISTRIBUTION PANEL 1C 139-00 0318 14 Q1R21 LOO 10 4 VITAL AC DISTRIBUTION PANEL ID 139-00 0318 j O I Report Date/ Time: 05 12-95 / 08:25:48  ! 1 ( Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 i Sort Criteria: ID Number i Filter Criteria: (Eval. Type CONTAINS 'R') ' Program File Name & Version: SSEM 2.2 l

APPENDIX B Page No. 17 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 14 Q1R21L005A-A 120V VITAL AC DISTRIBUTION PANEL IJ 121-00 0224 14 Q1R21L005B B 120V VITAL AC DISTRIBUTION PANEL 1K 121 00 0226 14 Q1R41L001A-A 125VDC DISTRIBUTION PANEL 1A ON 155-00 0416 14 Q1R41L0018-A 125VDC DISTRIBUTION PANEL 1B ON 139 00 0343 14 Q1R41L001C-A 125VDC DISTRIBUTION PANEL 1C ON 139-00 0312

   .         14      Q1R41 LOO 10 8                                                               125VDC DISTRIBUTION PANEL 10                   ON             155 00   0416 14      Q1R41L001E-B                                                                 125VDC DISTRIBUTION PANEL 1E                   ON             121-00   0233 14      Q1R41L001F-8                                                                 125VDC DISTRIBUTION PANEL 1F                   ON             121-00   0209 02      Q1R428001A-A                                                                 125VDC BUS 1A                                  ON             121 00   0224 02      Q1R4280018 B                                                                 125VDC BUS IB                                  ON             121-00   0226 16      Q1R42E001A-A                                                                 AUX BLDG BATTERY CHARGER 1A                    ON             121-00   0224 16      Q1R42E0018-8                                                                 AUX BLDG BATTERY CHARGER 18                    ON             121-00   0226        l l

17 Q1R43A502 8 DIESEL GENERATOR 1B (SKID) ON 155-00 0058 ) 20 Q1R43E001A-A SEQUENCER B1F 139-00 0335 20 Q1R43E0018-8 SEQUENCER 81G 121-00 0229 20 Q1R43E002A-A SEQUENCER B1F AUX RELAY PANEL 139-00 0343 l 20 Q1R43E0028 8 SEQUENCER BIG AUX RELAY PANEL 121-00 0233 20 Q1R43E501A-A SEQUENCER BUS 1H 155-00 0056A 20 Q1R43E5018-8 SEQUENCER BUS IJ 155-00 0056C 09 Q1V47C012A-A AUXILIARY BLOG A TRAIN BATTERY ROOM ON 175-00 0501 EXHAUST FAN 09 Q1V47C0128 B AUXILIARY BLDG B TRAIN BATTERY ROOM ON 175-00 0501 EXHAUST FAN 08A Q1V47MOV3643-8 AUXILIARY ULDG B TRAIN BATTERY ROOM OPEN 180 06 0501 EXHAUST DAMPER i 08A Q1V47M0V3644 A AUXILIARY BLDG A TRAIN BATTERY ROOM OPEN 180 06 0501 j EXHAUST DAMPER l 05 Q1YS2P502B-B DIESEL GEN 18 FUEL OIL STORAGE TRANSFER ON 155-00 YARD PUMP 20 QSH21ES25-A DIESEL GENERATOR 1-2A LOCAL CONTROL PANEL 155-00 0061 20 QSH21E528-A DIESEL GENERATOR 1C LOCAL CONTROL PANEL 155 00 0060 , 20 QSH21L503A-A SERVICE WATER A TRAIN BATTERY ROOM HiAC 188-06 00720 LCS O Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R')

                                                                                                                                                             / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2 l                         - .                                                   _ __ _ _ _ _____                                                _                                   b

APPENDIX B Page No. 18 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 (

 'v  LINE MARK NO.

SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEY ROOM NO. CLASS (1) (2) (3) (4) (5) (6) (7) 20 QSH21L5038-B SERVICE WATER B TRAIN BATTERY ROOM HVAC 188-06 0072C ' LCS 20 QSH22L502-A DIESEL LOCAL RELAY PANEL 1-2A NA 155-00 0061 I I 20 QSH22L504-A DIESEL LOCAL RELAY PANEL 1C NA 155-00 0060 20 QSH2355440-A DIESEL GENERATOR ROOM 1C HVAC LCS 155-00 0060 20 QSH23S544E A DIESEL GENERATOR ROOM 1-2A HVAC LCS 155-00 0061 OBA QSP16V505-A SERVICE WATER EMERGENCY RECIRCULATION TO CL 155-00 SWVB WET PIT 08A QSP16V506-B SERVICE WATER EMERGENCY RECIRCULATION TO CL 155-00 SWVB WET PIT 08A QSP16V507-A SERVICE WATER EMERGENCY RECIRCULATION TO OPEN 155-00 SWVB ' POND 08A QSP16V508-B SERVICE WATER EMERGENCY RECIRCULATION TO OPEN 155-00 SWYB POND 01 QSR17B006-A MCC 1F ON 155-00 0409 01 QSR17B007-B MCC 1G ON 155-00 0409 155-00 0409

 /'           14        QSR19 LOO 2A-A      120V AC CONTR. PWR. PANEL 1R 14        QSR19L0028 B        120V AC CONTR. PWR PANEL 15                                                      155-00   0409 14        QSR41L504-A         125VDC DISTRIBUTION PANEL IM                                                     188-06   0072E 14        QSR41L505-B         125VDC DISTRIBUTION PANEL IN                                                     188-06   00728 20        QSR428516A-A       UNIT 1 SERVICE WATER BATTERY FUSE 80X                                             188-06   0074 TRAIN A 20        QSR42B516B-B        UNIT 1 SERVICE WATER BATTERY FUSE BOX                                            188-06   0073 TRAIN B 20        QSR428525A-A        SW BUILDING A TRAIN BATTERY SEL SW                                CLOSED          188-06  0074 20        QSR42B525B-B        SW BUILDING B TRAIN BATTERY SEL SW                                CLOSED          188 06  0073 16       QSR428526A-A        SERVICE WATER BLDG BATTERY CHARCER NO. 1                          ON              188-06  0072D (NORMAL)

I 16 QSR42B526B-A SERVICE WATER BLDG BATTERY CHARGER NO. 2 ON 188-06 0072D (STANDBY) 16 QSR428526C-B SERVICE WATER BLDG BATTERY CHARGER NO. 3 ON 188-06 0072C (NORMAL) 16 QSR428526D-B SERVICE WATER BLDG BATTERY CHARGER NO. 4 ON 188-06 0072C (STANDBY) 17 QSR43A501-A DIESEL GENERATOR 1-2A (SKID) ON 155-00 0061 O Report Date/ Time: 05-12-95 / 08:25:48 ! (" ) Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R') Program File Name & Version: SSEM 2.2

APPENDIX B Page No. 19 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM /E0VIPMENT

                  ..M:...$hASS,,,,,,,gg$,g;,,,,,,,,,,,,,,,,,,,,,g[SgR{P((gg,,,,,,,,,,,,,,,,,,Bg{[g{g,,,,(([{,,,,,gggg,,,

(1) (2) (3) (4) (5) (6) (7) 17 QSR43A503-A DIESEL GENERATOR 1C (SKID) ON 155-00 0060 20 QSR43L001A-A DIESEL GEN 1-2A DC CONTROL PWR AUTO XFER 155-00 0061 SW (ATS) 20 QSR43L001C-A DIESEL GEN IC DC CONTROL PWR AUTO XFER SW 155-00 0060 j (ATS) 20 QSV49HS3313AB-A CTRL RM A/C LOCAL CONTROL STATION A NA 155-00 0416 20 QSV49HS3313BB-B CTRL RM A/C LOCAL CONTROL STATION B NA 155-00 0416 10 QSV49K001A A CONTROL ROOM PACKAGE A/C UNIT ON 175-00 0501 10 QSV49K001B-B CONTROL ROOM PACKAGE A/C UNIT ON 175-00 0501 18 QSW418515E-B SERV WTR BATTERY ROOM FIRESTAT 188-06 0073 18 QSW418515F-A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 18 QSW4185928-B SERV WTR BATTERY ROOM FIRESTAT 188 06 0073 18 QSW4185920 A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 09 QSW41C505A-B SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A A l 09 SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A I O QSW4105058-B ' B 09 QSW41C505C-B SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A C 09 QSW41C505D-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A D 09 QSW41C505E-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A E 09 QSW41C505F-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A F 09 QSW41C506A-B SERVICE WATER B TRAIN SWITCHGEAR ROOM ON 188-06 0072B EXHAUST FAN 09 QSW41C5068-B SERVICE WATER B TRAIN SWITCHGEAR ROOM ON 188-06 00728 > EXHAUST FAN 09 QSW410506C A SERVICE WATER A TRAIN SWITCHGEAR ROOM ON 188-06 0072E EXHAUST FAN 09 QSW41C506D-A SERVICE WATER A TRAIN SWITCHGEAR ROOM ON 188-06 0072E EXHAUST FAN 09 QSW41C507A-B SERVICE WATER B TRAIN BATTERY ROOM EXHAUST ON 188-06 0073 FAN 09 QSW41C5078-8 SERVICE WATER B TRAIN BATTERY ROOM EXHAUST ON 188-06 0073 FAN Report Date/ Time: 05-12-95 / 08:25:48 l O Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R')

                                                                                                                              / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

l APPENDIX B Page No. 20 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 T (d.LINE NO. CLASS MARK NO. SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 09 QSW41C507C-A SERVICE WATER A TRAIN BATTERY ROOM EXHAUST ON 188-06 0074 FAN 09 QSW41C507D-A SERVICE WATER A TRAIN BATTERY ROOM EXHAUST ON 188-06 -0074 FAN i 0 QSW41C513A-B SERVICE WATER PLMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0- QSW41C5138-B SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW41C513C A SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW41C513D-A SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW41C514A B SERVICE WATER B TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072B LOUVER 0 QSW41C514B-B SERVICE WATER B TRAIN SWGR ROOM INTAKE OP/CL 188 06 0072B LOUVER 0 QSW41C514C-A SERVICE WATER A TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072E LOUVER 0 QSW41C5140-A SERVICE WATER A TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072E LOUVER 0 QSW410515A-B SERVICE WTR B TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072C LOUVER O- 0 QSW4105158-B SERVICE WTR B TRAIN BATTERY CHGR RM INTAKE OP/CL LOUVER 188-06 0072C 0 QSW41C515C-A SERVICE WTR A TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072D LOUVER 0 QSW410515D-A SERVICE WTR A TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072D LOUVER 18 QSY41B532A-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY418532C-A DIESEL GEN. ROOM 1-2A FIRESTAT 155 00 0061 18 QSY41B5320-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060-18 QSY418616A-B DIESEL GEN. ROOM IB FIRESTAT 155-00 0058 18 QSY418616B B DIESEL GEN ROOM 18 FIRESTAT 155-00 0058 18 QSY41B616C-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 1B QSY41B616D-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY41B616J-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 18 QSY41B616K-A DIESEL GEN ROOM 1-2A FIRESTAT 155-00 0061 18 QSY41B616L-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 18 QSY41B616M-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 Report Date/ Time: 05-12-95 / 08:25:48 O Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R')

                                                                                                             / 05/11/95 / 16:33:36  ,

Program File Name & Version: SSEM 2.2

u i l l APPENDIX B Page No. 21 RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 l LINE SYSTEM / EQUIPMENT ! NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM L ....... ....... .................... .......................................... ............ ........ .......... L (1) (2) (3) (4) (5) (6) (7) 18 QSY418616N-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 1 18 QSY418616P A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 18 QSY41B616Q-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 18 QSY418616R A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 09 QSY410507A-B DIESEL GENERATOR ROOM 1B EXHAUST FAN ON 155 00 0058 09 QSY41C5078-8 DIESEL GENERATOR ROOM 1B EXHAUST FAN ON 155-00 0058 09 QSY41C507E-A DIESEL GENERATOR ROOM 1 2A EXHAUST FAN ON 155 00 0061 / 09 QSY41C507F-A DIESEL GENERATOR ROOM 1 2A EXHAUST FAN ON 155 00 0061 09 QSY41C508A-A DIESEL GENERATOR ROOM 1C EXHAUST FAN ON 155-00 0060 09 QSY41C5088-A. DIESEL GENERATOR ROOM 1C EXHAUST FAN ON 155-00 0060 09 QSY41C511A A DIESEL BLDG A TRAIN SWITCHGEAR ROOM ON 155 00 0056A EXHAUST FAN 09 QSY41C5118 A DIESEL BLDG A TRAIN SWITCHGEAR ROOM ON 155-00 0056A EXHAUST FAN 09 QSY41C511C-B DIESEL BLDG B TRAIN SWITCHGEAR ROOM ON 155-00 0056C EXHAUST FAN 09 QSY41C511D-B DIESEL BLDG B TRAIN SWITCHGEAR ROOM ON 155-00 0056C EXHAUST FAN 0 QSY41C513A-B 18 DIESEL GENERATOR ROOM MOTOR OPERATED OPEN 155-00 0058 LOUVER 0 QSY41C513C-A 1-2A DIESEL GENERATOR ROOM MOTOR OPERATED OPEN 155-00 0061 l LOUVER 0 QSY41C514A-A IC DIESEL GENERATOR ROOM MOTOR OPERATED OPEN 155-00 0060 LOUVER 0 QSY41C521A-A DIESEL GENERATOR A TRAIN SWITCHGEAR ROOM OPEN 155-00 0056A INTAKE LOUVER 0 QSY41C521B A DIESEL GENERATOR A TRAIN SWITCHGEAR ROOM OPEN 155 00 0056A INTAKE LOUVER 0 QSY41C521C-B DIESEL GENERATOR B TRAIN SWITCHGEAR ROOM OPEN 155 00 0056C INTAKE LOUVER I 0 QSY410521D-B DIESEL GENERATOR B TRAIN SWITCHGEAR ROOM OPEN 155-00 0056C i INTAKE LOUVER 06 QSY52P501A A DIESEL GEN 1-2A FUEL OIL STORAGE TRANSFER ON 155-00 YARD PUMP 06 QSYS2P503A-A DIESEL GEN 1C FUEL OIL STORAGE TRANSFER ON 155-00 YARD PUMP O Report Date/ Time: 05-12-95 / 08:25:48 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'R')

                                                                                                                                      / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2
                                                                                                                                   .                        a

a n ( APPENDIX C

SUMMARY

OF ESSENTIAL RELAY EVALUATION RESULTS BY SAFE SHUTDOWN EQUIPMENT LIST COMPONENT PLANT FARLEY UNIT 1 Appendix C contains a listing of each mechanical and electrical component which is associated with an essential relay. Listed with each SSEL component are the essential relays associated with that component (i.e., relays whose contact chatter could potentially affect that component). Relays may be listed for more than one SSEL component since relays often contain multiple contacts associated with different components. Appendix C contains the following information for each relay / component combination. Column Headine Description SSEL Comp SSEL component affected by relay chatter. Relay ID No. Plant-unique identification number of each relay. Relay Vendor Relay manufacturer's name. Relay Model No. Relay model number. Panel ID No. Plant-unique identification number of the panel which houses the relay. Reference Drawing Electrical drawing number for the the given relay / component combination. Resolution Method Denotes the method used to resolve the given relay / component combination for contact chatter. Table 1 of this appendix contains a description of the relay evaluation resolution methods. I C-1

l l O g APPENDIX C TABLEI RELAY EVALUATION STATUS CODES l [QPD,E DESCRIPTION GERS Seismically adequate based on generic equipment ruggedness spectra (GERS) RG7 Seismically adequate based on GERS using an amplification factor of 7. RG6 Seismically adequate based on GERS using an amplification factor of 6. Q# Seismically adequate based on existing qualification data. Number (#) used to indicate each unique case where qualification data was used. WALK Seismically adequate based on walkdown using Seismic Capacity Bounding Spectra. q CR Correction required O . C-2

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APPENDIX C j FARLEY UNIT I ESSENTIAL RELAY LIST BY SSEL COMPONENT l 1

    %    RELAY                           RELAY                   PANEL        REFERENCE RESOLUTION RELAY                                                                  METHO9 ID NO.                        MODELNO.                  ID NO.        DRAWING VENDOR SSEL COMPONENT FCV0602A-A 42(0,C)          ITE             A213D               QlR17B008-A       D-177632        GERS FIS602A     TIT BARTON            288A            QlEllFIS0602A-A      D-177632         Q08 SSEL COMPONENT FCV3602B-B 42(0,C)          ITE             A213D                QlR17B009-B      D-177632        GERS FIS602B     TIT BARTON            288A            QlEllFIS06028-B      D-177632         Q08 SSEL COMPONENT HV2228 K626    WESTINGIIOUSE         AR440AR         QlilllNGSSP25061-B    D-177381/3        RG7 SSEL COMPONENT HV2866C-A 2        AGASTAT            E7022PB               QllI25L008-A     D-177204         RG7 SSEL COMPONENT HV2866D-B 2        AGASTAT            E7024PB               Qlll25LO29-B     D-177199         RG7 SSEL COMPONENT HV3045-A K625    WESlTNGIIOUSE         AR440AR         QlilllNGSSP25%M-A      D-177854         RG7 SSEL COMPONENT HV3369A 2        AGASTAT            E7012PB                  AITB006       D-177863         RG7 p        2X       ITE ROWAN          2190-E42PA                AITB006       D-177863         RG7
   \       TR6     ELECTROSWITCll      SERIES 24 NO.           QllI22 LOO 3-A  D-177394/5        Q04 SSEL COMPONENT HV3369B 2        AGASTAT            E7012PB                  AITB001       D-177863         RG7 2X       ITE ROWAN          2190-E42PA                AITB001       D-177863         RG7 TR7     ELECTROSWTTCll      SERIES 24 NO.           QllI22L003-A    D-177394/5        Q04 SSEL COMPONENT IIV3369C 2        AGASTAT            E7012PB                  AITBON        D-177863         RG7 2X       TFE ROWAN          2190-E42PA                AITBON        D-177863         RG7 TR8     ELEC7ROSWirCII      SERIES 24 NO.           Qlil22 LOO 3-A  D-177394/5        Q04 SSEL COMPONENT HV3370A 2        AGASTAT            E7012PB                  BITB002       D-177867         RG7 2X       TIE ROWAN          2190-E42PA                B1TB002       D-177867         RG7 SSEL COMPONENT HV3370B 2        AGASTAT            E7012PB                  BITB003       D 177867         RG7 2X       ITE ROWAN          2190-E42PA                B1TB003       D-177867         RG7 SSEL COMPONENT HV3370C 2        AGASTAT            E7012PB                  B11B004       D-177867         RG7 2X       ITE ROWAN          2190-E42PA                B1TB004       D 177867         RG7 SSEL COMPONENT HV3376-B
    ,      K613    WESTINGHOUSE          AR440AR         QlHilNGSSP2506I-B      D-177362        RG7 I    SSEL COMPONENT HV3377-A K613    WESTINGIIOUSE         AR440AR         Q1HilNG5SP2506M-A     D-177373/1        RG7 Page1                                   mourm

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT A

  /    RELAY                           RELAY                  PANEL                                    REFERENCE RESOLUTION RELAY                                                                              DRAWING       METHOD ID NO.                      MODEL NO.                 ID NO.

VENDOR SSEL COMPONENT HV3611 A K625 WES11NGIIOUSE AR440AR Q1HilNGSSP2506M-A D-177523 RG7 , SSEL COMPONENT HV3659-B K606 WESTINGHOUSE AR440AR QlHilNGSSP25061-B D-177373/1 RG7 SSEL COMPONENT HV8028-A K606 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A D-177382 RG7 SSEL COMPONENT LCV0115B-A 42(0,C) TFE A213D QlR17B008-A D-177603 GERS K603 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A D-177603 RG7 LYll2XI WESTINGilOUSE AR440AR QlHilNGASC2506D-A D-177603 RG7 LYll2XI WESTINGIIOUSE AR440AR QlH11NGASC2506D-A D-177303 RG7 LYll5BX1 WESTINGIIOUSE AR440AR QllillNGASC2506D-A D-177603 RG7 TR4 ELEC1ROSWTTCil SERIES 24 NO. QlH22 LOO 2-A D-177394/5 Q04 TR4 ELECTROSWTTCH SERIES 24 NO. Q1H22 LOO 2-A D 177603 Q04 SSEL COMPONENT LCV0115C-A 42(0,C) ITE A213D QlR17B008-A D-177604 GERS LYll5BX1 WESTINGHOUSE AR440AR QllillNGASC2506D-A D 177303 RG7 ( SSEL COMPONENT LCV0115D-B 42(0,C) ITE A213D QlR17B009-B D-177631 GERS K603 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B D-177631 RG7 LYll2X2 WESTINGIIOUSE AR440AR QlHilNGASC2506C-B D-177631 RG7 LYll2X2 WESTINGHOUSE AR440AR Qllil1NGASC2506C-B D-177303 RG7 LY115BX2 WESTINGHOUSE AR440AR Q1HilNGASC2506C-B D-177631 RG7 TR4 ELECTROSWITCII SERIES 24 NO. Q1H22 LOO 4-B D-177394/6 Q04 TR4 ELECTROSWirCH SERIES 24 NO. Q1H22 LOO 4-B D-177631 Q04 SSEL COMPONENT LCV0115E-B 42(0,C) ITE A213D QlRl7B009-B D-177602 GERS LYll5BX2 WES11NGilOUSE AR440AR Q1HilNGASC2506C-B D-177303 RG7 SSEL COMPONENT LT0459-P1 K135 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U198626B QO2 K135 CLARE C. P. GPIR61D2000 QlllllNGSSP25060-B U198626B QO2 SSEL COMPONENT LT0460-P2 K234 CIARE C. P. GPIR61D2000 Q1H1INGSSP25%K-A U1986 Fab QO2 K234 CLARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U198626B QO2 SSEL COMPONENT LT0461-P3 K345 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U198626B QO2 K345 CLARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U198626B QO2 SSEL COMPONENT LT0474-P1 v

\        K139      CLARE C. P.      GPIR61D2000       Q1H11NGSSP2506K-A                                 U198639A         QO2 K139      CLARE C. P.      GPIR61D2000       Q1HilNGSSP2506G-B                                 U198639A         Q02 Page 2                                                              nmwa

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION RELAY DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR K515 CLARE C. P. GPIR61A3000 QI111INGSSP25061 A U263814C QO2 K515 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPIR61 A3000 Q1HilNGSSP25061 A U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K633 WES71NGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K634 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K634 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 SSEL COMPONENT LT0475-P2 K230 CLARE C. P. GPlR61D2000 Q1HiINGSSP2506K-A U198639A QO2 K230 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198639A QO2 K515 CLARE C. P. GPlR61A3000 Q1HI1NGSSP2506L-A U263814C QO2 K515 CLARE C. P. GPIR61A3000 Q1H1INGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K516 CLARE C. P. GPIR61A3000 QiHilNGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K633 WESTINGHOUSE AR440AR QlHilNGSSP2506I-B U263814C RG7 K634 WESTINGHOUSE AR440AR Q1HilNGSSP2506M A U263814C RG7 K634 WESTINGHOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 SSEL COMPONENT LT0476-P3 K331 CLARE C. P. GPlR61D2000 Q1HI1NGSSP2506K-A U198639A QO2 K331 CLARE C. P. GPIR61D2000 Q1HIINGSSP2506G-B U198639A QO2 f.515 CLARE C. P. GPIR61A3000 QlHilNGSSP2iO6L A U263814C QO2 K515 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlHilNGSSP25%L-A U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlH11NGSSP25 Mil-B U263814C QO2 K633 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K633 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K634 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K634 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT LT0484-P1 K114 CLARE C. P. GPlR61D2000 Q1HIINGSSP2506K-A U198639A QO2 K114 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198639A QO2 K515 CLARE C. P. GPlR61A3000 Q1HI1NGSSP2506L-A U263814C Q02 K515 CLARE C. P. GPlR61A3000 QiH11NOSSP25MH-B U263814C QO2 K516 CLARE C. P. GPIR61A3000 Q1HilNGSSP25061 A U263814C QO2 K516 CLARE C. P. GPlR61A3000 QlHI1NGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K633 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K634 WESTINGilOUSE AR440AR QiHilNGSSP2506M-A U263814C RG7 K634 WESTINGHOUSE AR440AR QlHI1NGSSP25061-B U263814C RG7 ) Page 3 nmn.na

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION RELAY ID NO. MODEL NO. ID NO. DRAWING METHOD VENDOR SSEL COMPONENT LT0485-P2 K228 CLARE C. P. GPIR61D2000 Q1H1INGSSP2506K-A U198639A QO2 K228 CLARE C. P. GPlR61D2000 QllllINGSSP25060-B U198639A QO2 K515 CLARE C. P. GPIR61A3000 QllillNGSSP2506L-A U263814C QO2 K515 CLARE C. P. GPIR61A3000 QllillNGSSP250611-B U263814C QO2 K516 CLARE C. P. GPlR61A3000 QlH1INGSSP2506L-A U263814C Q02 K516 CLARE C. P. GPlR61A3000 Q1HIINGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR QllillNGSSP2506M A U263814C RG7 K633 WESTINGIIOUSE AR440AR Q1HilNGSSP2506I-B U263814C RG7 K634 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K634 WES'UNGHOUSE AR440AR Q1H1INGSSP2506 -B U263814C RG7 SSEL COMPONENT LT0486-P3 K332 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U198639A QO2 K332 CLARE C. P. GPIR61D2000 QlH11NGSSP2506G-B U198639A QO2 K515 CLARE C P. GPIR61A3000 QllillNGSSP2506L-A U263814C QO2 K515 CLARE C. P. GPlR61A3000 QlHI1NGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPlR61A3000 Q1H1INGSSP2506L-A U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C Q02 K633 WES'UNGHOUSE AR440AR U263814C RG7 (f Q1HilNGSSP2506M A K633 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K634 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K634 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT LT0494-P1 K113 CLARE C. P. GPlR61D2000 Q1HiINGSSP2506K-A U198639A QO2 Kil3 CLARE C. P. GPIR61D2000 QlHilNGSSP25060-B U198639A QO2 K515 CLARE C. P. GPIR61A3000 QlH11NGSSP2506L-A U263814C QO2 K515 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPlR61A3000 Q1H1INGSSP2506L-A U263814C QO2 K516 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR Qllil1NGSSP2506M.A U263814C RG7 K633 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K634 WES'RNGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K634 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT LT0495-P2 K237 CLARE C. P. GPIR61D2000 QlH11NGSSP2506K A U198639A QO2 K237 CLARE C. P. GPIR61D2000 Q1H1INGSSP2506G-B U198639A QO2 K515 CLARE C, P. GPIR61A3000 QlHilNGSSP2506H-B U263814C Q02 K515 CLARE C. P. GPIR61A3000 QlHilNGSSP2506L-A U263814C Q02 K516 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K516 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K633 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 Page 4 nmym

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APPENDIX C FARLEY UNIT I ESSENTIAL RELAY LIST BY SSEL COMPONENT O U RELAY RELAY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METIIOD ID NO. VENDOR K633 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K634 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K634 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 SSEL COMPONENT LT0496-P3 K333 CLARE C. P. GPIR61D2000 QllillNGSSP2506K-A U198639A OG K333 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198639A QO2 K515 CLARE C. P. GPIR61A3000 QllillNGSSP2506L-A U263814C QO2 K515 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlHIINGSSP2506H-B U263814C QO2 K516 CLARE C. P. GPIR61A3000 QlHilNGSSP2506L-A U263814C QO2 K633 WESTINGIIOUSE AR440AR Q1HilNGSSP25%M-A U263814C RG7 K633 WESTINGHOUSE AR440AR Ql111INGSSP25061-B U263814C RG7 K634 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K634 WESTINGHOUSE AR440AR QlilllNGSSP25061-B U263814C RG7 SSEL COMPONENT MOV3046-B 42(0,C) ITE A213D Q1R17B009-B C-177618 GERS SSEL COMPONENT MOV3047-B 42 ffE A213D QlR17B009-B C-177630 GERS SSEL COMPONENT MOV3052 A 42(0,C) ITE A213D QlR17B008-A C-177625 GERS SSEL COMPONENT MOV3084A-B 42(0,C) 17E A213D QlR17B009-B D-177624 GERS SSEL COMPONENT MOV3084B-A 42(0,C) HE A213D QlR17B008-A D-177623 GERS SSEL COMPONENT MOV3094A-B 42(0,C) ITE A213D QlR17B009-B D-177628/l GERS SSEL COMPONENT MOV3094B-A 42(0,C) TIE A213D QlR17B008-A D-177628/l GERS SSEL COMPONENT MOV3130A-B 42(0,C) TTE A2139 QlR17B009-B D-177628/l GERS SSEL COMPONENT MOV3130C-A 42(0,C) ITE A213D QlR17B008-A D-177628/l GERS SSEL COMPONENT MOV3149-A 42 TFE A213D QlR17B008-A C-177617 GERS SSEL COMPONENT MOV3182-A 42(0,C) frE A213D QlR17B008-A D-177610 GERS SSEL COMPONENT MOV3185A-A 42(0,C) TFE A213D QlR17B008-A D-177628/l GERS Page 5 natuyan

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT ( (> RELAY REMY RELAY PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR MODEL NO. SSEL COMPONENT MOV3185B-B 42(0,C) TrE A213D QlR17B009-B D-177628/l GERS SSEL COMPONENT MOV3209A-A 42(0,C) ITE A213D QlR17B00f>A D-177626 GERS SSEL COMPONENT MOV3209B-B 42(0,C) frE A213D QlR17B009-B D-177626 GERS SSEL COMPONENT MOV3210A-A 42(0,C) ITE A213D QlR17B008-A C-177629 GERS SSEL COMPONENT MOV3210B-B 42(0,C) ITE A213D QlR17B009-B C 177629 GERS SSEL COMPONENT MOV3232A-B 42(0,C) TFE A213E QlR17B009-B D-177622 GERS CIR TELEMECANIQUE A203Cl2 QlR17B009-B C-177622 GERS SSEL COMPONENT MOV3232B-B 42(0,C) ITE A213E QlR17B009-B D-177622 GERS CIR TELEMECANIQUE A203Cl2 QlR17B009-B C-177622 GERS [] SSEL COMPONENT MOV3232C-B 42(0,C) FIE A213E QlR17B009-B D-177622 GERS CIR TLLEMECANIQUE A203Cl2 QlR17B009-B C-177622 GERS SSEL COMPONENT MOV3350A-A 42(0,C) FrE A213D QlR17B008-A D-177627/1 GERS SSEL COMPONENT MOV3350B-A 42(0,C) ITE A213D QlR17B008-A D-177627/2 GERS SSEL COMPONENT MOV3350C-A 42(0,C) ITE A213D QlRl7B008-A D 177627/1 GERS l SSEL COMPONENT MOV3530-B 42(0,C) ITE A213D QlR17B009-B D-177635 GERS SSEL COMPONENT MOV3643-B 42 frE ROWAN A203C Q1R17B002-B D-177196 GERS SSEL COMPONENT MOV3644-A 42 frE ROWAN A203C QlR17B001-A D-1771% GERS SSEL COMPONENT MOV3740-B 42 ITE A213D QlR17B009-B D-177626 GERS SSEL COMPONENT MOV3764A-A 42(0,C) ITE A213D QlR17B008-A C-177620 GERS SSEL COMPONENT MOV3764B-B 42(0,C) FIE A213D QlR17B009-B C-177620 GERS Page 6 natuwa

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT -p RELAY RELAY Pm RMMG EMN RELAY ID NO. DRAWING METHOD ID NO. VENDOR MODEL NO. SSEL COMPONENT MOV3764C-B 42(0,C) TrE A213D QlR17B009-B C-177620 GERS SSEL COMPONENT MOV3764D-A 42(0,C) ITE A213D QlR17B008-A C-177620 GERS SSEL COMPONENT MOV3764E-B 42(0,C) frE A213D QlR17B009-B C-177620 GERS SSEL COMPONENT MOV3764F-A 42(0,C) TE A213D QlR17B008-A C-177620 GERS SSEL COMPONENT MOV8000A-A 42(0,C) TFE A213D QlR17B008-A D-177615 GERS TR5 ELECTROSWTTCII SERES 24 NO. QllI22 LOO 2-A D-177394/5 Q04 TRS ELECTROSWrrCII SERIES 24 NO. QllI22 LOO 2-A D-177615 Q04 SSEL COMPONENT MOV8000B-B 42(0,C) frE A213D QlR17B009-B D-177615 GERS TR5 ELECTROSWFTCII SERIES 24 NO. QllI22 LOO 4-B D-177394/6 Q04 7R5 ELECTROSWITCII SERIES 24 NO. Qlil22 LOO 4-B D-177615 Q04 SSEL COMPONENT MOV8100-B s 42(0,C) frE A213D QlRl7B009-B D 177634 GERS SSEL COMPONENT MOV8106-A 42(0,C) ITE A213D QlR17B008-A C-177608 GERS SSEL COMPONENT MOV8107-A 42(0,C) frE A213D QlR17B008-A C-177608 GERS SSEL COMPONENT MOV8108-B 42(0,C) ITE A213D QlR17B009-B C-177608 GERS SSEL COMPONENT MOV8109A B 42(0,C) ITE A213D QlR17B009-B C-177608 GERS SSEL COMPONENT MOV8109C-B 42(0,C) frE ' A213D Q1R17B009-B C 177608 GERS SSEL COMPONENT MOV8112-A l 42(0,C) frE A213D QlR17B008-A D-177567 GERS SSEL COMPONENT MOV8130A-A 42(0,C) ITE A213D QlR17B008-A D-177606 GERS SSEL COMPONENT MOV81308-B 42(0,C) TrE A213D QlR17B009-B D-177606 GERS SSEL COMPONENT MOV8131 A-A 42(0,C) frE A213D QlR17B008-A D-177606 GERS ( SSEL COMPONENT MOV8131B-B 42(0,C) ITE A213D Q1R17B009-B D-177606 GERS Page 7 nuurm i

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT g. ( RELAY RELAY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR SSEL COMPONENT MOV8132A-A 42(0,C) ITE A213D QlR17B008-A D-177782 GERS SSEL COMPONENT MOV8132B-B 42(0,C) ITE A213D QlR17B009-B D-177782 GERS SSEL COMPONENT MOV8133A A 42(0,C) ITE A213D QlR17B008-A D-177606 GERS SSEL COMPONENT MOV8133B-B 42(0,C) TTE A213D12 QlR17B009-B D 177606 GERS SSEL COMPONENT MOV8701A-A 1-PY402AX WESTINGilOUSE AR440AR Q1HilNGASC2506D A D-177572 RG7 1-PY402AX WESTINGHOUSE AR440AR QlHilNGASC25%D-A D-177091 RG7 42(0,C) TE A213D QlR17B008-A D-177572 GERS K154 CLARE C. P. GPlR61D2000 Q1HI1NGSSP25%M-A D 177091 QO2 K155 CLARE C. P. GPIR61D2000 QllillNGSSP2506M-A D-177091 QO2 SSEL COMPONENT MOV8701B-B l-PY402AX WESTINGHOUSE AR440AR Q1HilNGASC2506D-A D 177394/3 RG7 42(0,C) ITE A213D QlR17B009-B D-177838 GERS t MR-10 ITE ROWAN 2190-E43PA QllI22L001E-A D-177838 RG7 MR-10 fTE ROWAN 2190-E43PA Q1H22L001E-A D-177394/3 RG7 SSEL COMPONENT MOV8702A-A 1-PY403AX WESTINGHOUSE AR440AR QlHilNGASC2506C-B D-177394/3 RG7 42(0,C) ITE A213D QlR17B008-A D-177569 GERS MR-10 ITE ROWAN 2190-E43PA QllI22L001F-B D-177569 RG7 MR-10 TfE ROWAN 2190-E43PA Qlil22LOOlF-B D-177394/3 RG7 SSEL COMPONENT MOV87028-B l-PY403AX WESTINGilOUSE AR440AR QlHilNGASC2506C-B D-177839 RG7 1-PY403AX WES11NGHOUSE AR440AR Q1HilNGASC2506C-B D-177091 RG7 42(0,C) frE A213D QlR17B009-B D-177839 GERS K454 CLARE C. P. GPIR61D2000 QlH11NGSSP25061-B D-177091 QO2 K455 CLARE C. P. GPIR61D2000 QlH11NGSSP25061-B D-177091 QO2 SSEL COMPONENT MOV8706A-A 42(0,C) TE A213D QlR17B008-A D-177570 GERS SSEL COMPONENT MOV8706B-B 42(0,C) TE A213D QlR17B009-B D-177840 GERS SSEL COMPONENT MOV8801A-A 42(0,C) TFE A213D QlR17B008-A D-177614 GERS K603 WES11NGilOUSE AR440AR Q1HilNGSSP2506M-A D-177614 RG7

SSEL COMPONENT MOV8803A-A 42(0,C) TE A213D QlR17B008-A D-177614 GERS K6S4 WES71NGHOUSE AR440AR Q1HilNGSSP2506M-A D-177614 RG7 Page 8 mruvm

APPENDIX C FARLEY UNIT I ESSENTIAL RELAY LIST BY SSEL COMPONENT O V RELAY RELAY RELAY PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO, VENDOR MODEL NO. SSEL COMPONENT MOV8808A-A 42(0,C) frE A213D QlR17B008-A D-177051 GERS K603 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A D-177051 RG7 K628 WESTING 110USE AR440AR QllillNGSSP2506M-A D-177051 RG7 SSEL COMPONENT MOV88088-B 42(0,C) IIE A213D QlR17B009-B D-I77052 GERS K603 WESTINGIIOUSE AR440AR Qllll1NGSSP25061-B D 177052 RG7 K628 WESTINGiiOUSE AR440AR QllillNGSSP25061 B D-177052 RG7 SSEL COMPONENT MOV8808C-A 42(0,C) TrE A213D QlR17B008-A D-177053 GERS K6M WESTINGilOUSE AR440AR QllillNGSSP2506M-A D-177053 RG7 K628 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A D-177053 RG7 SSEL COMPONENT MOV8809A-A 42(0,C) TTE A213D Q1R17B008-A D-177644 GERS SSEL COMPONENT MOV8809B-B 42(0,C) ITE A213D QlR17B009-B D 177644 GERS SSEL COMPONENT MOV8811A-A Q 42(0,C) K646 frE WESTINGIIOUSE A213D AR440AR QlR17B008-A QllillNGSSP2506M-A D-177132 D-177132 GERS RG7 KM8 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A D-177132 RG7 SSEL COMPONENT MOV8811B-B 42(0,C) TrE A213D QlR17B009-B D-177134 GERS K646 WESTINGlIOUSE AR440AR QlilliNGSSP25061-B D-177132 RG7 K648 WESTINGIlOUSE AR440AR Q1HilNGSSP25061-B D 177132 RG7 SSEL COMPONENT MOV8812A-A  ; 42(0,C) TrE A213D QlR17B008-A D-177773 GERS I K647 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A D-177773 RG7 K648 WESTINGIIOUSE AR440AR QllillNGSSP25%M-A D-177773 RG7 SSEL COMPONENT MOV8812B-B 42(0,C) ITE A213D QlR17B009-B D 177773 GERS K647 WESTINGilOUSE AR440AR QlilllNGSSP25061-B D-177773 RG7 KM8 WESTINGIIOUSE AR440AR Q11111NGSSP2506I-B D-177773 RG7 l SSEL COMPONENT MOV8884-B l 42(0,C) ITE A213D QlR17B009-B D 177782 GERS SSEL COMPONENT MOV8885-B 42(0,C) ITE A213D QlR17B009-B C-177607 GERS SSEL COMPONENT MOV8886-A [ 42(0.C) III A213D QlR17B008-A D-177782 GERS s Page 9 mym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT () RELAY REMY RELAY PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR MODEL NO. SSEL COMPONENT MOV8887A-A 42(0,C) frE A213D QlR17B008-A D-17757I GERS' SSEL COMPONENT MOV88878-B 42(0,C) TFE A213D QlR17B009-B D-177571 GERS SSEL COMPONENT MOV8888A-A 42(0,C) ITE A213D Q1Rl7B008-A C-177607 GERS SSEL COMPONENT MOV8888B-B 42(0,C) TrE A213D QlR17B009-B C-177607 GERS SSEL COMPONENT MOV8889 B 42(0,C) rm A213D QlR17B009-B D-177782 GERS SSEL COMPONENT PCV0444B-B K628 WESTINGilOUSE AR440AR Q1HilNGSSP25%M-A D 177381/1 RG7 TR3 ELECTROSWirCil SERIES 24 NO. Q1H22 LOO 4-B D-177394/6 Q04 1R3 ELECTROSWirCil SERIES 24 NO. Qlil22L004-B D-177381/1 Q04 SSEL COMPONENT PCV0445A-A K628 WES11NGHOUSE AR440AR QlHilNGSSP25%I-B D-177381/1 RG7 TR3 ELECTROSWITCH SERIES 24 NO. Q1H22L002-A D-177394/5 Q04 s TR3 ELECTROSWITCH SERIES 24 NO. Q1H22 LOO 2 A D-177381/1 QO4 SSEL COMPONENT PT0402-P1 K154 CLARE C. P. GPIR61D2000 Qllll1NGSSP2506K-A U198633C QO2 K155 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U198633C QO2 SSEL COMPONENT PT0403-P4 K454 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U198633C QO2 K455 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198633C QO2 SSEL COMPONENT PT0455-P1 K131 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U198638C QO2 K131 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U198638C QO2 K132 CLARE C. P. GPIR61D2000 QlH1INGSSP2506K-A U198638C QO2 K132 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198638C QO2 K501 CLARE C. P. GPIR61A3000 QllillNGSSP25%L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K510 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C Q02 K510 CLARE C. P. GPIR61A3000 Q1H1INGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 QlHI1NGSSP2506L-A U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K601 WESTINGilOUSE AR440AR Q1HilNGSSP2506M.A U263814C RG7 K601 WESTINGilOUSE AR440AR QlH11NGSSP25061-B U263814C RG7

    ,O    K602     WES11NGilOUSE        AR440AR          Q1HilNGSSP2506M-A    U263814C         RG7

K602 WESTINGHOUSE AR440AR QlEllNGSSP25061-B U263814C RG7 l K603 WESTINGIlOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 Page 10 nmym

I l APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT / k RELAY RELAY PANEL REFERENCE RESOLUTION RELAY DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR K603 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7  ; K604 WESTINGIIOUSE AR440AR QlHilNGSSP2506M A U263814C RG7 K641 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K608 WESTING 110USE AR440AR QllillNGSSP2506M-A U263814C RG7 K608 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K609 WES11NGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K610 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K610 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K611 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K628 WESTINGliOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K628 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT04$6-P2 K201 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U198638C QO2 K201 CIARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U198638C QO2 K202 CLARE C. P. GPlR61D2000 Q1H11NGSSP2506K-A U198638C QO2 K202 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U198638C QO2 K501 CIARE C. P. GPlR61A3000 Q1lilINGSSP2506L-A U263814C Q02 K501 CLARE C. P. GPlR61A3000 Q1HIINGSSP2506H-B U263814C QO2 K510 CLARE C. P. GPIR61A3000 QllillNGSSP2506L-A U263814C QO2 K510 CLARE C. P. GPIR61A3000 QlHilNGSSP250611-B U263814C QO2 K521 CLARE C. P. GPlR61A3000 Ql1111NGSSP250611-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HIINGSSP2506L-A U263814C QO2 K601 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K601 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR QlH11NGSSP2506M-A U263814C RG7 K602 WESTINGHOUSE AR440AR QlllllNGSSP25061-B U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WES11NGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR QlilllNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K609 WESTINGIlOUSE AR440AR QllillNGSSP2506M.A U263814C RG7 K609 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K610 WESTINGIIOUSE AR440AR QlHilNGSSP25%I-B U263814C RG7 K611 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K628 WESTINGHOUSE AR440AR QlHilNGSSP25MM-A U263814C RG7 K628 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 Page11 mzmm

1 APPENDIX C FARLEY UNIT I ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION RELAY ID NO. DRAWING METHOD ID NO. VENDOR MODEL NO. 1 SSEL COMPONENT PT0457-P3 K315 CLARE C. P. GPIR61D2000 Q1HiINGSSP25MK-A U198638C QO2 K315 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U198638C Q02 K344 CLARE C. P. GPlR61D2000 Q1H1INGSSP2506K-A U198638C QO2 K344 CIARE C. P. GPIR61D2000 QlH11NGSSP2506G-B U198638C QO2 K501 CLARE C. P. GPlR61A3000 Q1HiINGSSP2506L-A U263814C Q02 K501 CLARE C. P. GPIR61A3000 QllillNGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPlR61 A3000 Q1lilINGSSP2506L-A U263814C QO2 K521 CLARE C. P. GPIR61A3000 QllillNGSSP250611-B U263814C QO2 K601 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K601 WESTING 110USE AR440AR Q1HilNGSSP25061-B U263814C RG7 K602 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K602 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K603 WEST 1NGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K6Gt WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K609 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K610 WES11NGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K611 WESTINGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0474-P2 K245 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U263805V QO2 K245 CLARE C. P. GPIR61D2000 QllillNGSSP2506G B U26380$V QO2 K247 CIARE C. P. GPIR61D2000 QllillNGSSP25MK-A U263806A QO2 K247 CLARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U263806A Q02 K248 CLARE C. P. GPIR61D2000 QllillNGSSP2506K-A U263806A QO2 K248 CLARE C. P. GPIR61D2000 QllillNGSSP2506G-B U263806A Q02 K501 CLARE C. P. GPIR61A3000 QlH1INGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 QlillINGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 QllllINGSSP2506L-A U263814C Q02 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K601 WES11NGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K601 WESTINGIlOUSE AR440AR QlilllNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 WESTINGHOUSE AR440AR U263814C RG7 O K602 Q11111NOSSP25061-B I K603 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 Page 12 riastavAra

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT O k-) RELAY RELAY PANEL REFERENCE RESOLUTION REMY ID NO. DRAWING METHOD ID NO. VENDOR MODEL NO. K604 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K608 WESTINGl!OUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K610 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1H11NGSSP25%M-A U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0475-P3 K317 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U263806A QO2 K317 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U263806A QO2 K318 CLAPE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U263806A QO2 K318 CLARE C. P. GPIR61D2000 Q1H11NGSSP2506G-B U263806A QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP25%H-B U263814C QO2 K521 CLARE C. P. GPlR61A3000 Q1HiINGSSP2506L-A U263814C Q02 i K521 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C Q02 K601 WESTINGHOUSE AR440AR QlllllNGSSP2506M-A U263814C RG7 K601 WESTINGilOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR QlillINGSSP2506M-A U263814C RG7 K602 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K603 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K603 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K608 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 l K609 WESTINGHOUSE AR440AR U263814C RG7 I Q1HilNGSSP25061-B K610 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 i K610 WESIINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 - SSEL COMPONENT PT0476-P4 K417 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U263806A QO2 K417 CLARE C. P. GPIR61D2000 QlH11NGSSP2506G-B U263806A QO2 K418 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U263806A Q02

 /      K418       CIARE C. P.      GPlR61D2000       Q1111INGSSP2506G-B   U263806A      QO2
   ~    K501       CLARE C. P.      GPIR61A3000       Q1HilNGSSP2506L-A    U263814C      QO2  ,

K501 CLARE C. P. GPIR61A3000 Q1H11NGSSP2506H-B U263814C QO2 l Page 13 numm  ! l

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT V( RELAY REMY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR K521 CLARE C. P. GPIR61A3000 QllillNGSSP25061 A U263814C QO2 K521 CLARE C. P. GPlR61A3000 Q1litINGSSP250611-B U263814C QO2 K601 WESTINGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K601 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7  ! K602 WES11NGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 l K602 WESTINGIIOUSE AR440AR QllillNGSSP25061.B U263814C RG7 K603 WESTINGIIOUSE AR440AR QllillNGSSP25%M-A U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K604 WES11NGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 l K608 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 j K609 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K610 WES11NGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 l K611 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 l l K611 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0484-P2 K218 CIARE C. P. GPIR61D2000 QllillNGSSP2506K-A U263806A QO2 K218 CLARE C. P. GPIR61D2000 QllillNGSSP25060-B U263806A QO2 K231 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U263806A QO2 K231 CLARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U263806A QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L.A U263814C Q02 K501 CLARE C. P. GP1R6IA3000 QlHIINGSSP250611-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C Q02 K521 CLARE C. P. GPIR61A3000 Q1111INGSSP2506H-B U263814C QO2 K601 WES11NGHOUSE AR440AR Q1H11NGSSP2506M-A U263814C RG7 K601 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K602 WESTINGIIOUSE AR440AR Q1HilNGSSP25%I-B U263814C RG7 K603 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K604 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HIINGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1H1INGSSP2506M-A U263814C RG7 x K610 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 Page 14 nmum J

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION RELAv DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR K611 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0485-P3 K319 CLARE C. P. GPlR61D2000 Q1lilINGSSP2506K-A U263805 QO2 K319 CLARE C. P. GPlR61D2000 Q11111NOSSP2506G B U263805 QO2 K320 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U263806A QO2 K320 CLARE C. P. GPlR61D2000 Q1HI1NGSSP2506G-B U263806A QO2 K334 CLARE C. P. GPlR61D2000 Q1H!INGSSP2506K-A U263806A QO2 K334 CLARE C. P, GPIR61D2000 QllillNGSSP2506G B U263806A QO2 K501 CLARE C. P. GPlR61A3000 Q1HI1NGSSP2506L-A U263814C QO2 i K501 Cl.ARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPIR6tA3000 QlHilNGSSP2506L-A U263814C QO2 l K521 CLARE C. P. GPlR61 A3000 Q1HIINGSSP250611-B U263814C Q02 K601 WESTINGHOUSE AR440AR U263814C RG7 I Qlill1NGSSP2506M-A K601 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR QlHilNGSSP25%M-A U263814C RG7

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K602 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 i K603 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 I K603 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K6M WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR Q1H11NGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K609 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K609 WESITNGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K610 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K610 WES11NGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K611 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0486-P4 K410 CLARE C. P. GPIR61D2000 QllillNGSSP2506K-A U263806A QO2 K410 CLARE C. P. GPIR61D2000 QiHilNGSSP2506G-B U263806A QO2 K416 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U263306A QO2 K416 CLARE C. P. GPIR61D2000 QlHilNGSSP2506G-B U263806A QO2 K501 CLARE C. P. GPIR61A3000 QllillNGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 QlH1INGSSP2506H.B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K521 CLARE C. P. GPlR61A3000 Q1HI1NGSSP2506H-B U263814C Q02 K601 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K601 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K602 WESTINGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7

 \   K602      WES11NGHOUSE          AR440AR          QllillNGSSP25061-B   U263814C         RG7 K603     WESTINGIIOUSE         AR440AR         QlHilNGSSP2506M-A     U263814C         RG7 Page 15                                naru w a

l APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT A RELAY RELAY PANEL REFERENCE RESOLUTION RELAY ID NO. MODEL NO. ID NO. DRAWING METHOD VENDOR K,603 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K604 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR QlilllNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR Q11111NGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR Q1H11NGSSP2506M-A U263814C RG7 K609 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K610 WESTINGilOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K610 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QllillNGSSP2506 -B U263814C RG7 SSEL COMPONENT PT0494-P2 K203 CLARE C. P. GPlR61D2000 QlHIINGSSP2506K-A U263806A QO2 K203 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U263806A QO2 K204 CLARE C. P. GPlR61D2000 Q1IllINGSSP2506K-A U263806A QO2 K204 CLARE C. P. GPlR61D2000 QlHI1NGSSP2506G-B U263806A Q02 K501 CLARE C. P. GPlR61A3000 Q1H11NGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 QlHilNGSSP25%H-B U263814C QO2 G K521 K521 CLARE C. P. CLARE C. P. GPIR61A3000 GPIR61A3000 Q1HilNGSSP2506L-A U263814C U263814C QO2 Q1HilNGSSP250611-B QO2 K601 WESTINGHOUSE AR440AR QlHilNGSSP25%M-A U263814C RG7 K601 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K602 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K602 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K603 WESTINGHOUSE AR440AR QilillNGSSP2506M-A U263814C RG7 K603 WESTINGIIOUSE AR440AR QlillINGSSP25061-B U263814C .RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 , K604 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 i K608 WESTINGHOUSE AR440AR Q1H11NGSSP2506M A U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K609 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 ) K610 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1H11NGSSP2506M.A U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0495-P3  : K321 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K A U263806A QO2 l K321 CLARE C. P. GPIR61D2000 Q1HI1NGSSP2506G-B U263806A Q02 I l K327 CLARE C. P. GPlR61D2000 Q1HI1NGSSP25%K-A U263806A QO2 V K327 CLARE C. P. GPlR61D2000 Q1HIINGSSP25060-B U263806A QO2 K501 CLARE C. P. GPIR61A3000 Q1H1INGSSP2506L-A U263814C QO2 ) Page 16 nuurm

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT bU RELAY PANEL REFERENCE RESOLUTION RELAY REMY MODELNO. ID NO. DRAWING METHOD ID NO. VENDOR K501 CLARE C. P. GPIR61A3000 QllillNGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C Q02 K521 CLARE C. P. GPIR61A3000 QllillNGSSP2506H-B U263814C QO2 K601 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K601 WESTINGlIOUSE AR440AR Q1lil1NOSSP25061-B U263814C RG7 K602 WESTINGIIOUSE AR440AR QllillNGSSP2506M A U263814C RG7 K602 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K608 WES11NGIIOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K609 WES11NGI!OUSE AR440AR QllilINGSSP2506M.A U263814C RG7 K609 WESTINGIIOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP2506M A U263814C RG7 K610 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 ( K611 WESTINGHOUSE AR440AR QlHilNGSSP25061-B l'263814C RG7 SSEL COMPONENT PT0496-P4 K408 CLARE C. P. GPIR61D2000 Q1H11NGSSP2506K-A U263806A QO2 K408 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U263806A QO2 K409 CIARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U263806A QO2 K409 CIARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U263806A QO2 K419 CLARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U263805 Q02 K419 CLARE C. P. GPIR61D2000 QlHilNGSSP25060-B U263805 Q02 K501 CLARE C. P. GPIR61A3000 QlHilNGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HI1NGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPlR61A3000 QlHI1NGSSP2506L-A U263814C Q02 K601 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K601 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K602 WEST 1NGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K602 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K603 WESTINGIIOUSE AR440AR Q1H11NGSSP2506M-A U263814C RG7 K603 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR Q1HilNGSSP25%M-A U263814C RG7 K604 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K608 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 V K609 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K609 WEST.NGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 Page 17 namyum

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT f~ ( RELAY RELAY PANEL REFERENCE RESOLUTION REMY DRAWING METHOD ID NO. MODEL NO ID NO. VENDOR K610 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K610 WESTINGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K611 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K611 WEST 1NGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0950-P1 K137 CIARE C. P. GPIR61D2000 Q1HilNGSSP25MK-A U198640E QO2 K137 CIARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198640E QO2 K505 CIARE C. P. GPIR61A3000 Q1HilNGSSP25061 A U263814C Q02 K505 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 K506 CLARE C. P. GPIR61A3000 QlHilNGSSP25061 A U263814C Q02 K506 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K519 CLARE C. P. GPIR61A3000 Q1HilNGSSP25061 A U263814C QO2 , K519 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H B U263814C QO2 K618 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K618 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 1 K619 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K619 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K625 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 4 K625 WESTINGHOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 4 K626 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 i K626 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K643 WESTINGIIOUSE AR440AR Q1H11NGSSP2506M-A U263814C RG7 K643 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K644 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K644 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K645 WESTINGHOUSE AR440AR QllillNGSSP2506M.A U263814C RG7 K645 WESTINGHOUSE AR440AR QiHilNGSSP25061-B U263814C RG7 SSEL COMPONENT PT0951-P2 ' U198640E K216 CIARE C. P. GPlR61D2000 Q1H1INGSSP2506K-A QO2 K216 CIARE C. P. GPIR61D2000 Q1HilNGSSP2506G-B U198640E QO2 K217 CIARE C. P. GPIR61D2000 Q1HilNGSSP2506K-A U198640E QO2 K217 CLARE C. P. GPlR61D2000 Q1HiINGSSP2506G-B U198640E QO2 K501 CLARE C. P. GPIR61A3000 Q1HilNGSSP25061 A U263814C QO2 K501 CLARE C. P. GPIR61A3000 Q1H1INGSSP2506H-B U263814C QO2 K505 CIARE C. P. GPIR61A3000 Q1H11NGSSP25%I A U263814C QO2 K505 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 K506 CLARE C. P. GPIR61A3000 Q1HilNGSSP25061 A U263814C QO2 K506 CIARE C. P. GPlR61A3000 Q1HIINGSSP2506H-B U263814C QO2 K519 CLARE C. P. GPIR61A3000 Q1til1NOSSP25061-A U263814C QO2 K519 CLARE C. P. GPlR61A3000 Q1HiINGSSP250611-B U263814C QO2 1s521 CLARE C. P. GPIR61A3000 Q1HilNGSSP25061-A U263814C QO2 K521 CIARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 Page 18 nem

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT O RELAY RELAY PANEL REFERENCE RESOLUTION REMY DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR K601 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K601 WES11NGiiOUSE AR440AR Q1HilNGSSP2506I B U263814C RG7 K602 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K602 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K603 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K603 WESTINGilOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K604 WESTINGHOUSE AR440AR QlHilNGSSP25061 B U263814C RG7 K608 WESTINGHOUSE AR440AR QllillNGSSP25%M-A U263814C RG7 K608 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K609 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K610 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K611 WESTINGliOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K61I WESTINGHOUSE AR440AR Q11111NGSSP25061-B U263814C RG7 K618 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K618 WESTINGHOUSE AR440AR QlH11NGSSP25061-B U263814C RG7 K619 WESTINGHOUSE AR440AR Q1HilNGSSP2506M A U263814C RG7 l K619 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K625 WESTINGliOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K625 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K626 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K626 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K643 WESTINGHOUSE AR440AR QlHIINGSSP2506M-A U263814C RG7 KM3 WESTINGliOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K644 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K644 WESTINGIIOUSE AR440AR QlH11NGSSP25061-B U263814C RG7 , K645 WESTINGHOUSE AR440AR QllillNGSSP2506M A U263814C RG7 KM5 WESTINGHOUSE AR440AR QlHilNGSSP25061 B U263814C RG7 SSEL COMPONENT PT0952-P3 K330 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U198640E QO2 K330 CLARE C. P. GPIR61D2000 Q1HilNGSSP25060-B U198640E QO2 K501 CLARE C. P. GPIR61A3000 QlH1INGSSP25061 A U263814C QO2 K501 CLARE C. P. GPIR61A3000 QlH11NGSSP2506H-B U263814C QO2 K521 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K521 CLARE C. P. GPIR61A3000 QlHilNGSSP2506H-B U263814C QO2 K601 WESTINGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K601 WESTINGHOUSE AR440AR QlHilNGSSP25061 B U263814C RG7 K602 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 (/ K602 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K603 WESTINGHOUSE AR440AR QlHilNGSSP25MM-A U263814C RG7 Page 19 mym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT l C RELAY REMY RELAY PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR MODEL NO. K603 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K6G4 WES'11NGIIOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K604 WESTINGIIOUSE AR440AR Qllil1NGSSP25061-B U263814C RG7 K608 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K608 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K609 WESTINGilOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1H1INGSSP2506M-A U263814C RG7 K610 WESTINGHOUSE AR440AR QlilllNGSSP25061-B U263814C RG7 K611 WESTINGHOUSE AR440AR QllillNGSSP25%M-A U263814C RG7 K611 WESTINGilOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 SSEL COMPONENT PT0953-P4 K429 CLARE C. P. GPIR61D2000 Q1HilNGSSP25%K-A U198640E QO2 K429 CLARE C. P. GPIR61D2000 QllillNGSSP2506G-B U198640E QO2 K430 CLARE C. P. GPIR61D2000 QlHilNGSSP2506K-A U198640E QO2 K430 CLARE C. P. GPIR61D2000 QlHilNGSSP25060-B U198540E QO2 K501 CLARE C. P. GPIR61A3000 Q1111INGSSP2506L-A U263814C QO2 K501 CLARE C. P. GPlR61A3000 U263814C g Q1HI1NGSSP2506H-B QO2 K505 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C () K505 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506H-B U263814C QO2 QO2 K506 CLARE C. P. GPIR61A3000 Q1HilNGSSP2506L-A U263814C QO2 K506 CLARE C. P. GPIR61A3000 QiHilNGSSP2506H-B U263814C QO2 K519 CLARE C. P. GPIR61A3000 Q1HIINGSSP2506L-A U263814C QO2 K519 CLARE C. P. GPIR61A3000 QlH1INGS3P2506H-B U263814C QO2 K321 CLARE C. P. GPIR61A3000 QiHilNGSSP2506L.A U263814C QO2 K521 CLARE C. P. GPIR61 A3000 QlHilNGSSP2506H-B U263814C QO2 K601 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K601 WESTINGHOUSE AR440AR QllillNGSSP25061-B U263814C RG7 K602 WESTINGHOUSE AR440AR Q1HilNGSSP2506M-A U263814C RG7 K602 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K603 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K603 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K604 WES11NGIIOUSE AR440AR QllillNGSSP2506M A U263814C RG7 j K604 WESTINGHOUSE AR440AR Q1HilNGSSP250@B U263814C RG7 ) K608 WESTINGHOUSE AR440AR QiHilNGSSP25061-B U263814C RG7 i K608 WESTINGHOUSE AR440AR U263814C RG7 ! QlHilNGSSP2506M-A K609 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K609 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K610 WESTINGHOUSE AR440AR Q1HilNGSSP25%M-A U263814C RG7 p K610 WESTINGilOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7

• j

\ K611 WESTINGHOUSE AR440AR QiHilNGSSP2506M-A U263814C RG7 K611 WES11NGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 Page 20 r.amuPR

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT  ;

 'I                                                          PANEL       REFERENCE RESOLUTION U  RELAY          REMY             RELAY DRAWING        METHOD MODEL NO.                 ID NO.

ID NO. VENDOR K618 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K618 WES7TNGilOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 K619 WESTINGHOUSE AR440AR QlilllNGSSP2506M-A U263814C RG7 K619 WESTINGIIOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K625 WESTINGHOUSE AR440AR QllillNGSSP2506M-A U263814C RG7 K625 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B U263814C RG7 K626 WESTINGHOUSE AR440AR QlHilNGSSP2506M.A U263814C RG7 K626 WESTINGHOUSE AR440AR QlHilNGSSP25061 B U263814C RG7 K643 WES71NGIIOUSE AR440AR QlH11NGSSP2506M-A U263814C RG7 K643 WESTINGIIOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 K644 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K644 WESTINGHOUSE AR440AR Q1H11NGSSP25061-B U263814C RG7 K645 WESTINGIIOUSE AR440AR QlHilNGSSP2506M-A U263814C RG7 K645 WESTINGHOUSE AR440AR QlHilNGSSP25061-B U263814C RG7 SSEL COMPONENT QlCllE004A-AB X1A P&B MDR 138-8 QlC1IE004A-AB D 177198/2 RG7 X1B P&B MDR 138-8 QlClIE004A-AB D-177198/2 RG7 X5A P&B MDR 138-8 QlCl1E004A-AB D-177198/2 RG7 RG7 Q X5B P&B SSEL COMPONENT QlC1IE004B-AB MDR 138-8 QlC1IE004A AB D-177198/2 X2A P&B MDR 138-8 QlCl1E004B-AB D-177198/2 RG7 X2B P&B MDR 138-8 QlCl1E004B-AB D-177198/2 RG7 X3A P&B MDR 138-8 QlClIE004B-AB D 177198/2 RG7 X3B P&B MDR 138-8 QlClIE004B-AB D-177198/2 RG7 X4A P&B MDR 138-8 QlClIE004B-AB D-177198/2 RG7 X4B P&B MDR 138-8 QlCIIE0048-AB D-177198/2 RG7 XA P&B MDR 138-8 QlCi1E004B-AB D 177198/2 RG7 XB P&B MDR 138-8 QlClIE004B-AB D-177198/2 RG7 SSEL COMPONENT QlEllP001A-A 50/51 DF09 GE IAC66B QlR15A006-A D-177193 Q05 500 DF09 GE PJCll AV QlR15A006-A D-177193 RG7

                                                                                                 )

86 DF09 WESTINGIIOUSE MG-6 QlR15A006-A D-177193 RG6

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SSEL COMPONENT QlE11P001B-B

     $0/51 D G09        GE             IAC66B               QlR15A007-B     D-177193         Q05 500 DG09          GE            PJC1lAV               Q1R15A007-B     D-177193         RG7 (

86 DG09 WESTINGilOUSE MG-6 QlR15A007-B D-177193 RG6 SSEL COMPONENT Q1E16H001A-A 42 ITE ROWAN A203D QlRl7B001-A D-177229/2 GERS A SSEL COMPONENT QlE16H001C-B  : 42 TfE ROWAN A203D Q1R17B002-B D-177229/2 GERS Page 21 nuurm

4 APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION REMY ID NO. DRAWING METHOD ID NO- VENDOR MODEL NO. SSEL COMPONENT Q1E16H003A-A 42 ITE ROWAN A203D Q1R17B001-A C 177227/1 GERS } ! SSEL COMPONENT Q1E16H003B-B 42 ITE ROWAN A203D QlR17B002-B C-177227/1 GERS SSEL COMPONENT Q1E16H004A-A 42 ITE ROWAN A203D Q1R17B001-A D 177243 GERS SSEL COMPONENT Q1E16H004B-B 42 TE ROWAN A203D QlR17B002-B D 177243 GERS SSEL COMPONENT Q1E16H005A-A 42 rmROWAN A203D12 Q1R17B001-A C-177229/1 GERS SSEL COMPONENT Q1E16H005B-B 42 ITE ROWAN A203D12 QlR17B002-B C-177229/1 GERS SSEL COMPONENT Q1E1611006A-A 42M ITE ROWAN A203D Q1R17B001-A D 177258/l GERS SSEL COMPONENT Q1E16H006B-B l 42M rrE ROWAN A203D Q1Rl7B002-B D-177258/l GERS {l SSEL COMPONENT Q1E16H007-A 42M TrE ROWAN A203C Q1R17B008-A D-177276/3 GERS j

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SSEL COMPONENT Q1E16H008A-B l 1 42M TE ROWAN A203C Q1R17B009-B D-177276/3 GERS SSEL COMPONENT Q1E16H008B-B 42M ITE ROWAN A203C Q1R17B009-B D 177276/3 GERS j l SSEL COMPONENT Q1E16H009-A 42 rrE ROWAN A203D Q1R17B001-A D-177276/2 GERS SSEL COMPONENT Q1E16H010-B 42 frE ROWAN A203D Q1R17B002-B D-177276/2 GERS SSEL COMPONENT Q1E21P002A-A 50/51 DF06 GE IAC66B QlR15A006-A D-177180/1 Q05 l 50G DF06 GE PJC11 AV QlR15A006-A D-177180/1 RG7 86 DF06 WESTINGHOUSE MG-6 QlR15A006-A D-177180/1 RG6 86 DF07 WESTINGHOUSE MG-6 Q1R15A006-A D-177181 RG6 SSEL COMPONENT Q1E21P002C-B 50/51 DG06 GE IAC66B QlR15A007-B D-177180/2 Q05 500 DG06 GE PJCI1AV QlR15A007-B D-177180/2 RG7 86 DG06 WESTINGHOUSE MG-6 QlR15A007-B D 177180/2 RG6 86 DG07 WESTINGHOUSE MG-6 Q1R15A007-B D 177182 RG6 ( SSEL COMPONENT Q1N23P001 A-A 50/51 DF10 GE IAC66B QlR15A006-A D 177186/1 Q05 500 DF10 GE PJCll AV QlR15A006-A D-177186/1 RG7 Page 22 nuuYM d

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT l C RELAY RELAY RELAY PANEL REFERENCE RESOLUTION ID NO; MODEL NO. ID NO. DRAWING METHOD VENDOR 86 DF10 WESTINGHOUSE MG-6 QlR15A006-A D 177186/1 RG6 95 TIE ROWAN 2190-E43PA QlR15A006-A D-177186/1 RG7 K633 WESTINGiiOUSE AR440AR Q1HilNGSSP2506M-A D-177186/1 RG7 R-15F GE IIFA151A2H QlR43E001A-A D-177186/1 RG6 RSF GE HFA151A2H QlR43E001A A D-177186/1 RG6 SGBX GE HFA151A2H QlR15A006-A D-177186/1 RG6 SSEL COMPONENT QIN23P001B-B 50/51 D G10 GE IAC66B Q1Rl5A007-B D-177186/2 Q05 500 DG10 GE PJClIAV Q1R15A007-B D-177186/2 RG7 86 DG10 WESTINGHOUSE M G-6 QlR15A007-B D-177186/2 RG6 95 ITE ROWAN 2190-E43PA QlR15A007-B D-177186/2 RG7 K633 WESTINGHOUSE AR440AR Q1HilNGSSP25061-B D-177186/2 RG7 R-15G GE IIFA151A2H QlR43E001B-B D-177186/2 RG6 R5G GE HFA151A2H QlR43E001B-B D-177186/2 RG6 SOUX GE HFA151A2H QlR15A007-B D-177186/2 RG6 SSEL COMPONENT Q1P16F501A-A 42 frE A203D QlR17B504-A C-173133 GERS SSEL COMPONENT Q1P16F501B-B O- 42 TrE A203D QlR17B505-B C-173133 GERS SSEL COMPONENT QlP16P001 A-A 50/51 DK03 GE IAC66B QlR15A505-A D-172747 Q05 > 94F2 GE IIFA151A211 QlR43E001 A-A D-172747 RG6 R-12F GE HFA151A211 QlR43E001A-A D-172747 RG6 R3F GE IIFA151A2H QlR43E001A-A D 172747 RG6 SSEL COMPONENT QlP16P001B-A

  $0/51 DK04        GE              IAC66B            QlR15A505-A      D-172748        Q05 94F2          GE           HFA151A211           QlR43E001A-A     D-172748        RG6 R-13F          GE           HFA151A211           QlR43E001A-A     D-172748        RG6 R3F           GE           IIFA151A2H           QlR43E001A-A     D-172748        RG6 SSEL COMPONENT QlP16P001D-B 50/51 DLO3        GE              IAC66B            QlR15A506-B      D-172751        Q05 94G2          GE           HFA151A211           QlR43E001B-B     D-172751        RG6 R-120          GE           HFA151A2H            QlR43E001B-B     D-172751        RG6 R3G           GE           HFA151A211           QlR43E001B-B     D-172751        RG6 SSEL COMPONENT QlP16P001E-B 50/51 DLO4        GE              1AC66B             QlR15A506-B     D 172752        Q05 94G2          GE           HFA151A211           QlR43E001B-B     D-172752        RG6 R 13G          GE            HFA151A2H           QlR43E001B-D     D-172752        RG6 ,

R3G GE HFA151A2H QlR43E001B-B D 172752 RG6 SSEL COMPONENT QlP16V506-B 42(0,C) frE A213D QlR17B505-B D 172857/2 GERS Page 23 nmwa

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT [ PANEL REFERENCE RESOLUTION RELAY RELAY RELAY MODEL NO. ID NO. DRAWING METHO') ID NO. VENDOR SSEL COMPONENT Q1P16V507-A 42(0,C) IE A213D QlR17B504-A D-172857/2 GERS SSEL COMPONENT Q1P16V508-B GERS I 42(0,C) IIE A213D Q1R17B505-B D-172858 SSEL COMPONENT Q1P16V511-A 42(0,C) TE All>D QlR17B504-A D-17:357/1 GERS SSEL COMPONENT Q1P16V514-B 42(0,C) ITE A213D QlR17B508-B D-172674/2 GERS CLS STRUDIERS-DUN 219 QlP16G517B-B D-172674/2 RG7 TIIR STRIJrl!ERS-DUN 219 QlP16G517B-B D-172674/2 RG7 SSEL COMPONENT Q1P16V515-A 42(0,C) frE A213A QlR17B507-A D-172674/1 GERS STRIJITIERS-DUN 219 D-172674/1 RG7 CLS QlP16G517A-A ) TIIR STRUT 1IERS-DUN 219 QlP16G517A-A D-172674/1 RG7 SSEL COMPONENT Q1P16V516-B 42(0,C) TIE A213D QlR17B508-B D 172674/l GERS ' p CLS STRITilIERS-DUN 219 QlP16G517B-B D-172674/1 RG7 j Q IIIR STRITI1IERS-DUN 219 QlP16G517B-B D 172674/1 RG7 l SSEL COMPONENT Q1P16V517-A 42(0,C) TE A213D QlR17B507-A D-172674/2 GERS CLS STRUI1IERS-DUN 219 QlP160517A-A D-172674/2 RG7 l T1IR STRUT 1IERS-DUN 219 QlP16G517A-A D-172674/2 RG7 l SSEL COMPONENT Q1P16V518-B 42(0,C) TE A213D QlR17B508-B D-172547/2 GERS 63-2 flT BARTON 288A QlP16PDS621-B D-172547/2 Q08 SSEL COMPONENT Q1P16V519-A 42(0,C) ITE A213D QlR17B509-A D-172547/1 GERS 63-1 flT BARTON 288A Q1P16PDS620-A D-172547/1 Q08 SSEL COMPONENT Q1P16V522-B 42 TFE ROWAN A203D Q1R17B510-B D 172960 GERS SSEL COMPONENT Q1P16V523-B 42(0,C) TE A213D QlR17B510-B D 172960 GERS SSEL COMPONENT Q1P16V524-A 42(0,C) ITE A213D Q1Rl7B507-A D-172960 GERS SSEL COMPONENT Q1P16V525-A 42 ffE ROWAN A203C QlR17B507-A D-172960 GERS SSEL COMPONENT Q1P16V526-A O 42(0,C) TE A213D QlRl7B509-A D-172960 GERS l . Page 24 nuurm J

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT O RELAY RELAY PANEL REFERENCE RESOLUTION RELAY l ID NO. MODEL NO. 1D NO. DRAWING METHOD VENDOR SSEL COMPONENT Q1P16V527-A 42 TE ROWAN A203D Q1R17B509-A D-172960 GERS SSEL COMPONENT Q1P16V530-5 42 TIE ROWAN A203D Q1R17B510-B D-172960 GERS SSEL COMPONENT Q1P16V531-B 42(0,C) ITE A213D QlR17B510-B D 172960 GERS SSEL COMPONENT Q1P16V532-A > 42(0,C) ITE A213D QlR17B507-A D-172960 GERS SSEL COMPONENT Q1P16V533-A 42 TTE ROWAN A203C QlR17B507-A D-172960 GERS SSEL COMPONENT Q1P16V534-A 42(0,C) TTE A213D QlR17B509-A D-172960 GERS SSEL COMPONENT Q1P16V535-A 42 ffE ROWAN A203D QlR17B509-A D-172960 GERS SSEL COMPONENT Q1P16V536-B 42(0,C) TFE A213D QlR17B508-B D-172547/2 GERS SSEL COMPONENT Q1P16V537-A 42(0,C) frE A213D QlRl7B509-A D-172547/1 GERS SSEL COMPONENT Q1P16V538-B 42(0,C) ITE A213D QlR17B508-B D-172558/l GERS SSEL COMPONENT Q1P16V539-A i 42(0,C) TE A213D QlR17B507-A U-: 72558/l GERS SSEL COMPONENT Q1P16V545-B f 42(0,C) ITE A213C QlR17B510-B D 172558/4 GERS SSEL COMPONENT Q1P16V546-A 42(0,C) TTE A213C QlR17B509-A D-172558/4 GERS SSEL COMPONENT Q1P16V557-B 42(0,C) TFE A213D QlR17B508-B D-172861 GERS SSEL COMPONENT Q1P16V558-A 42(0,C) frE A213D QlR17B507-A D-172860 GERS , SSEL COMPONENT Q1P17P001 A-B . 50/51 DG04 GE LAC 66B QlR15A007-B D-177184 Q05 500 DG04 GE PJCll AV QlR15A007-B D-177184 RG7 86 DG04 WESTINGIIOUSE MG-6 Q1R15A007-B D-177184 RG6 LSil.3027DC WESTINGIIOUSE 2837A88006 Q1HilNGB2504K-B D 177093 Q10 4 SSEL COMPONENT Q1P17P001C-A 50/51 DF04 GE IAC66B QlR15A006-A D-177183 Q05 500 DFM GE PJCI1 AV QlR15A006-A D-177183 RG7 Page 25 nuuvan

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION REMY ID NO. DRAWING METHOD ID NO. VENDOR MODEL NO. 86 DF04 WESTINGIIOUSE MG-6 Q1R15A006-A D 177183 RG6 LSLL3027CC WESTINGIIOUSE 2837A88006 Q11111NGB2504J-A D-177092 Q10 SSEL COMPONENT Q1R11B004-A 50/51 DF03 GE IAC66B QlR15A006-A C-177159 Q05 86 DF03 GE 1[EA61A223 QIR15A006-A D-177171 RG7 86 DF03 GE IIEA61A223 Q1R15A006-A C-177159 RG7 87 DF03 GE SE QlR15A006-A D-177171 Q05 SSEL COMPONENT Q1R118005-B 50/51 DG03 GE IAC66B QlR15A007-B C-177159 Q05 86 DG03 GE IIEA61A223 Q1R15A007-B D-177171 RG7 86 DG03 GE IIEA61A223 QlR15A007-8 C-177159 RG7 87 DG03 GE Sm QlR15A007-B D-177171 Q05 SSEL COMPONENT Q1R11B503-A 50/51 Dil08 GE IAC53B QlR15A503-A C-172762 Q05 SSEL COMPONENT Q1R11B504-A 50/51 DK02 GE IAC53B QlR15A505-A C-172765 Q05 SSEL COMPONENT Q1R11B505-B 50/51 DLO2 GE IAC53B QlR15A506-B C-172766 Q05 SSEL COMPONENT QlR15A006-A 81-1,2,3 GE CFF12A QlR15A006-A D-177157 Q05 81-1,2,3X GE IIFA151 A211 QlR15A006-A D-177157 RG6 86/BIF GE IIEA61C240 Qll!21E004-A D 177170 RG7 87 GE PVDilC QllI21E004-A D-177170 Ql6 SSEL COMPONENT QlR15A007-B , 81-1,2,3 GE CFF12A QlR15A007-B D-177163 Q05 BI-1,2,3X GE IIFA151 A211 QlR15A007-B D-177163 RG6 86/ BIG GE IIEA61C240 Qlil21E005-B D-177173 RG7 87 GE PVDilC Oll!21E005-B D-177173 Q16 SSEL COMPONENT Q1R15A503-A 27-12 GE NGV13Al1 A-F QlR15A503-A C-172828 RG7 27-22 GE NOV13Al1 A-F QlR15A503-A C-172828 RG7 51 DF13 GE IAC53B QlR15A006-A D-177145 Q05 SIG DF13 GE IAC54A QlR15A006-A D-177145 RG6 81-1 GE CFF QlR15A503 A C-172828 Q05 81-lX GE IIFA151 QlR15A503-A C-172828 RG6 81 2 GE CFF QlR15A503-A C-172828 Q05 81-2X GE IIFA151 QlR15A503-A C-172828 RG6 81-3 GE CFF QlR15A503-A C 172828 Q05 81-3X GE IIFA151 QlR15A503-A C-172828 RG6 81X GE IIFA151 QlR15A503-A C-172828 R06 86 GE IIEA61B Qlil21E504-A C-1727% RG7 Page 26 I narm m

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT REFERENCE RESOLUTION U RELAY RELAY RELAY PANEL ID NO. DRAWING METHOD ID N O. VENDOR MODEL NO. 86 GE IIEA6tB QllI21ESM-A D-177145 RG7 ) 86/BlF GE IIEA61C240 Qlll21E004-A D-177145 RG7 87 GE PVDilCI A Qlll21E504-A C-1727% Ql6 Dil GE IIFA151A211 QlR43E501A-A D-177145 RG6 R-16F GE IIFA151A211 QlR43E001A-A D-177145 RG6 SSEL COMPONENT QlR15A504-B 51 DGl3 GE IAC53B QlRl5A007-B D 177167 Q05 , SIG DGl3 GE IAC54A QlR15A007-B D-177167 RG6 52 JXI GE IIFA151 A211 QlR43E501B-B D-172869 RG6 81 1 GE CFF Q1R15A504-B C-172829 Q05 _, 81-lX GE IIFA151 QlR15A504-B C-172829 RG6 81-2 GE CFF QlR15A5N B C-172829 Q05 81-2X GE IIFA151 Q1R15A5M-B C-172829 RG6 81-3 GE CFF QlR15ASM-B C-172829 Q05 81-3X GE IIFA151 QlR15A504-B C-172829 RG6 SIX GE IIFA151 QlR15A504-B C-172829 RG6 86 GE IIEA61B QllI21E505-B C-172797 RG7 86 GE IIEA61B Qlil21E505-B D 177167 RG7 s ) 86 DGl3 WESTINGIlOUSE MG-6 Q1R15A007-B D 177167 RG6 86/ BIG GE IIEA61C240 QllI21E005-B D-177167 RG7 87 GE PVDilCIA QllI21E505-B C-172797 Q16 SSEL COMPONENT QlR15A505-A

      - 51 DF02        GE                IAC53B                                  QlR15A006-A                           C-177144          Q05 510 DF02        GE                IAC54A                                  QlR15A006-A                           C-177144          RG6 86         GE               IIEA61B                                  Qlll21E506-A                          C-172798          RG7 86         GE               IIEA61B                                  Qll!21E506-A                          C-177144          RG7 87         GE             PVDilCIA                                    QllI21E506-A                         C-172798          Qi6 SSEL COMPONENT QlR15A506-B 51 DG02        GE                LAC 53B                                  QlR15A007-B                          C-177144          Q05 51G DG02        GE                IAC33B                                   QlR15A007.B                           C-177144         Q05 86         GE               IIEA61B                                    Qlil21E507-B                         C 172799         RG7 86         GE               IIEA61B                                    QllI21E507-B                         C-177144         RG7 87        GE             PVDilCI A                                    QllI21E507-B                         C 172799         Ql6 l

SSEL COMPONENT Q1Rl(B006-A 27 WESTINGIIOUSE CV-2 QlR16B006-A D-177087 RG7 27X 1 WESTINGIIOUSE MG4 QlRl6B006-A D-177087 RG7 SSEL COMPONENT QlR16B007-B 27 WES11NGlIOUSE CV-2 QlR16B007-B D-177087 RG7 27X l WESTINGIIOUSE MG-6 QlR16B007-B D-177087 RG7

 'N   SSEL COMPONENT QlR16B506-A 62     AGASTAT             E7012PA                                    QlR16B506-A                         D-172825/2        RG7 Page 27                                                                          ,mym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT

j'3 RELAY RELAY PANEL REFERENCE RESOLUTION l RELAY DRAWING METHOD ID NO. MODEL NO. ID NO.

VENDOR l SSEL COMPONENT Q1R16B507-B 62 AGASTAT E7012PA QlR16B507 B D 172825/2 RG7  ; SSEL COMPONENT Q1R16B508-A 27-12 GE NOV13AllA-F QlR15A503-A D 172831/2 RG7 27-22 GE NOV13A11A-F QlR15A503-A D-172831/2 RG7 62 AGASTAT E7012PA QlR16B508-A D-172831/2 RG7 86-2 GE IIEA6]A QlR16B508-A D-172831/2 RG7 86-5 GE LEA 61A QlR16B508-A D-172831/2 RG7 SSEL COMPONENT Q1R43A502-B 27 WESTINGIIOUSE SV-1 Qlil21E527-B D-172776 CR 27 WESTINGIlOUSE SV-1 Qlil21E527-B D-172779 CR 27XG GE IIFA151A211 QlR43E001B-B D-172778 RG6 2CG AGASTAT E7012PB QlR43E001B-B D 177142 RG7 2G AGASTAT E7012PB QlR43E001B-B D-177142 RG7 42 ffE A203D QlR17B510-B D-172551/4 GERS 4A TELEMECANIQUE J13PA2012 QlR43G506-B D-172778 Q07 4A TELEMECANIQUE J13PA2012 QlR43G506-B D-172779 Q07 4B TELEMECANIQUE 113PA2012 QlR43G506-B D-172778 Q07 s 4B 'ELEMECANIQUE 113PA2012 QlR43G506-B D-172779 Q07 5 AGASTAT E7012 QlR43G506-B D 172778 RG7 52GX GE IIFA151 A211 QlR43E001B-B D-177142 RG6 59 GE IAV71B2A Qll!22L503-B D-172776 Q06 59/81X GE IIFA151A2F QllI22L503-B D-172776 RG6 59/81X GE IIFA151A2F Q11122L503-B D-177142 RG6 5A TELEMECANIQUE J13PA3012 QlR430506-B D 172778 Q07 SA 'ELEMECANIQUE J13PA3012 QlR430506-B D-172779 Q07 SE AGASTAT E7012 QlR430506-B D-172778 RG7 SEX TELEMECANIQUE J13PA3012 QlR43G506-B D-172778 Q07 SEX TELEMECANIQUE J13PA3012 QlR430506-B D-177142 Q07 81 WESTINGlIOUSE KF QlII22L503-B D-172776 Ql1 86/ BIG GE IIEA61C240 Qlil21E005-B D-177142 RG7 86A GE IIEA61C242 Qlil22L503-B D-172776 RG7 86A GE IIEA61C242 QllI22L503-B D-172778 RG7 86A GE IIEA61C242 Qlil22L503-B D-177142 RG7 87DIB GE CFD22BIA Q1H22L503-B D 172776 CR 94 GE IIFA151A21 QllI22L503-B D-172778 RG6 94 GE IIFA151 A2F Q1H22L503-B D-177142 RG6 AVC TTE J13P Qll!21E527-B D-172779 Q07 AVS AGASTAT E7012 QllI21E527 B D-172779 RG7 BDR TELEhECANIQUE J13PA3012 QlR430506-B D-172778 Q07 CPI ALLEN BRADLEY 836 QlR430506-B D-172778 Q01 CPA TELEMECANIQUE J13PA2012 QlR43G506-B D 172778 Q07 Page 28 nuuYM

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT ("h h RELAY REMY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR CPA ELEMECANIQUE J13PA2012 QlR43G506-B D-172551/4 Q07 CPL TELEMECANIQUE J13PA2012 QlR43G506-B D-172778 Q07 CPL TELEMECANIQUE J13PA2012 QlR430506-B D-172551/4 Q07 CPLA ALLEN BRADLEY 836 Q1R430506-B D 172778 Q01 CPLS ALIIN BRADLEY 836 QlR430506-B D 172778 Q01 EGX GE HFA151A211 QlR43E001B-B D 177142 RG6 EOR TELEMECANIQUE J13PA2012 QlR43G506-B D 172778 Q07 EOS MICROSWirCII BZV6 QlR43G506-B D-172778 Q15 ERR TELEMECANIQUE 113PA3012 QlR43G506-B D-177778 Q07 ERR TE1IMECANIQUE 113PA3012 QlR43G506-B D-172779 Q07 ESI TELEMECANIQUE J13PA3012 QlR43G506-B D-172778 Q07 ES2 TELEMECANIQUE J13PA3012 QlR43G506-B D-172778 Q07 K1 ffE A10 Q1H21E527-B U184627F GERS K2 ITE A10 QlII21E527-B U184627F GERS K3 frE ROWAN 2190-E22AA QlH21ES27-B UI84627F RG7 K4 TFE ROWAN 2190-E22PA Q1H21E527-B U184627F RG7 K609 WESTINGHOUSE AR440AR Q1HilNGSSP2506 -B D 172778 RG7 LSR TELEMECANIQUE J13PA3012 QlR43G506-B D-172778 Q07 LSR TELEMECANIQUE 113PA3012 QlR43G506-B D-172779 Q07 OPL TELEMECANIQUE J13PA2012 QlR43G506-B D-172778 Q07 OPLA ALLEN BRADLEY 836 QlR43G506 B D-172551/1 Q01 OPLS DETROrr SWirCil 222-10 QlR430506-B D-172778 QO3 OPLX ITE 113P QlH21E527-B D-172551/1 Q07 OPLX ITE J13P Q1H21E527-B D-172778 Q07 SDR TTLEMECANIQUE J13PA2012 QlR43G506-B D-172778 Q07 SFR TELEMECANIQUE J13PA2012 QlR43G506-B D 172778 Q07 STR-BD CUTLER A50 QlR43A502-B D 172551/2 GERS T2.A AGASTAT E7012 QlR43G506-B D-172778 RG7 T2B AGASTAT E7012 QlR43G506-B D-172778 RG7 T3 TELEMECANIQUE J13PA2012/J20T QlR43G506-B D 172778 Q07 T3 TELEMECANIQUE J13PA2012/J20T QlR43G506-B D-172551/4 Q07 T3A AGASTAT E7012 QlR430506-B D-172778 RG7 TR SYNCIIRO-START ESSB QlR430506-B D-172778 Q09 TSR TELEMECANIQUE J13PA3012 QlR43G506-8 D-172778 Q07 TSR TElIMECANIQUE J13PA3012 QlR43G506-B D 172779 Q07  ; TSRX TIE 113P QlH21E52'-B D-172779 Q07  ; SSEL COMPONENT QlR43E001A-A 2-12F AGASTAT E7012PC QlR43E001A-A D-177649 RG7 213F AGASTAT E7012PC QlR43E001A-A D-177649 RG7 2-14F AGASTAT E7012PD QlR43E001A-A D-177649 RG7 ( 2-15F AGASTAT E7012PD QlR43E001A-A D 177649 RG7 2-16F AGASTAT E7014PD QlR43E001A-A D-177649 RG7 Page 29 mmm i s

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY PANEL REFERENCE RESOLUTION RELAY REMY METHOD MODEL NO. ID NO. DRAWING q ID NO. VENDOR l 2-1F AGASTAT E7012PB QlR43E001A-A D-177645 RG7 2-2F AGASTAT E7014PC QlR43E001A-A D 177645 RG7 2-3F AGASTAT E7014PC QlR43E001A-A D-177645 RG7 2-4F AGASTAT E7014PD QlR43E001A-A D-177645 RG7 2-5F AGASTAT E7014PD QlR43E001A-A D 177645 RG7 2-6F AGASTAT E7014PD QlR43E001A-A D-177M5 RG7 27Fl/1-2 WESTINGHOUSE CV-2182A729 QlR43E001A-A D-177653 RG7 27FI/2-3 WESTINGIIOUSE CV-2182A729 QlR43E001A-A D 177653 RG7 27Fl/31 WESTINGI!OUSE CV-2182A729 QlR43E001A-A D-177653 RG7 27F2/2-3 WESTINGHOUSE CV-2182A729 QlR43E001A-A D-177653 RG7 27F2/3-1 GE LEA 151A9H QlR43E001A-A D-177653 RG6 27F3/1-2 WESTINGIIOUSE CV-2182A729 QlR43E002A-A D-177653 RG7 l l 27F3/2-3 WES11NGilOUSE CV-2182A729 QlR43E002A-A D-177653 RG7 27F3/3-1 WESTINGHOUSE CV-2182A729 QlR43E002A-A D-177653 RG7 27F4/1-2 WESTINGIIOUSE CV-2182A729 QlR43E002A-A D-177653 RG7 27XF GE IIFA151 A2H QlR43E001A-A D-177653 R06 27XFI GE IFA151A211 QlR43E002A-A D-177653 RG6 2AF AGASTAT E7012PB QlR43E001A-A D-177653 RG7 2AF AGASTAT E7012PB QlR43E001A-A D-177M9 RG7 2BF AGASTAT E7012PB QlR43E001A-A D-177653 RG7 2BF AGASTAT E7012PB QlR43E001A-A D-177645 RG7 2CF AGASTAT E7012PB QlR43E'01A-A D-177653 RG7 2CFX GE IIFA151A211 QlR431401A-A D-177653 RG6 2F AGASTAT E7012PB Q1R43ES01A-A D-177653 RG7 2F1 AGASTAT E7012PB QlR43E062A-A D-177653 RG7 3-lF GE LEA 151A2H QlR43E001A-A D-177649 RG6 3F GE IFA151A2H QlR43E001A-A D-177645 RG6 4F GE IFA151A2H QlR43E001A-A D-177649 RG6 5-lF GE HFA151A2H QlR43E001A-A D 177649 RG6 52FX GE LEA 151A2H QlR43E001A-A D-177645 R06 5F GE HTA151 A21I QlR43E001A-A D-177645 RG6 68F1 GE IFA151A2H QlR43E001A-A D-177653 RG6 68F2 GE IFA151A2H QlR43E001A-A D 177653 RG6 68F2 GE HFA151A211 QlR43E001A-A D-177645 RG6 68F2 GE HFA151A2H QlR43E001A-A D 177649 RG6 68F3 GE LEA 151A2H QlR43E001A-A D-177653 RG6 68F3 GE !EA151A2H QlR43E001A-A D-177649 RG6 68F4 GE IEA151A2H QlR43E002A-A D 177653 RG6 94F1 GE LEA 151A2H QlR43E001A-A D-177653 RG6 94F2 GE IFA151A2H QlR43E001A-A D-177653 RG6 O 94F3 94F4 GE GE LEA 151A2H IFA151A2H QlR43E001A-A QlR43E001A-A D-177653 D-177653 RG6 RG6 Page 30 pmyua

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT O) C/ RELAY RELAY PANEL REFERENCE RESOLUTION RELAY DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR BF GE IFA151A211 QlR43E001A-A D-177653 RG6 Dil GE IIFA151A211 QlR43E501A-A D-177649 RG6 EFI GE IFA151A211 QlR43E001A-A D-177645 RG6 EFl GE IIFA151 A211 QlR43E001A-A D-177653 RG6 EF2 GE IFA151A211 QlR43E001A-A D-177645 RG6 EF2 GE IFA151A211 QlR43E001A-A D-177653 RG6 EF21 GE IFA151A211 QlR43E002A-A D 177653 RG6 EF2-1 GE IFA151A211 QlR43E002A-A D-177645 RG6 GF GE IIFA151A211 QlR43E001A-A D-177M5 RG6 K611 WESTINGIIOUSE AR440AR QllillNGSSP2506M-A D-177645 RG7 K814 P&B MDR 66-4 Ql1111NGSSP2506N-A D-177645 RG7 R-11F GE IWA15IA211 Q1R43E001A-A D-177649 RG6 R-12F GE IWA151A21I QlR43E001A A D-177649 RG6 R-13F GE ITA151A211 QlR43E001A-A D-177649 RG6 R-14F GE LEA 151A211 QlR43E001A-A D-177649 RG6 R-15F GE ITA151A21I QlR43E001A-A D-177649 RG6 R-16F GE IIFA151A211 QlR43E001 A-A D-177649 RG6 RIF GE LEA 151A2H QlR43E001A-A D-177645 RG6 R2F GE IFA151 A211 QlR43E001A-A D-177645 RG6 R3F GE ITA151 A211 QlR43E001A-A D-177645 RG6 R4F GE ITA151A211 OIR43E001A-A D-177M5 RG6 R5F GE IIFA15l A211 Q6R43E001A-A D-177645 RG6 R6F GE IEA151A2ii QlR43E001 A-A D-177645 RG6 XF GE LEA 151A2il QlR43E001A-A D-177645 RG6 XF1 IIE ROWAN 2190-E21PA Q1R43E002A-A D-177653 RG7 XF2 ITE ROWAN 2190-E21PA Q1R43E002A-A D-177653 RG7 YF GE IIFA151A211 QlR43E001A-A- D-177645 RG6 YFX AGASTAT E7012PB QlR43E001A-A D-177645 RG7 SSEL COMPONENT QlR43E001B-B 2-120 AGASTAT E7012PC QlR43E001B-B D-177650 RG7 213G AGASTAT E7012PC QlR43E001B-B D-177650 RG7 2-140 AGASTAT E7012PD QlR43E0018-B D 177650 RG7 2-15G AGASTAT E7012PD QlR43E001B-B D-177650 RG7 2-16G AGASTAT E7014PD QlR43E001B-B D-177650 RG7 2 10 AGASTAT E7012PB QlR43E001B-B D 177646 RG7 2 2G AGASTAT E7014PC QlR43E001B-B D-177646 RG7 2-3G AGASTAT E7014PC QlR43E001B-B D-177646 RG7 24G AGASTAT E7014PD QlR43E001B-B D-177646 RG7 2-5G AGASTAT E7014PC QlR43E001B-B D-177646 RG7 e 2 6G AGASTAT E7014PD QlR43E0018-B D-177646 RG7 27G1/12 WESTINGilOUSE CV-2182A725 QlR43E001B-B D-177654 RG7 27G1/2-3 WESTINGIIOUSE CV-2182A725 QlR43E001B-B D-177654 RG7 Page 31 nmym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT t x_J RELAY RELAY PANEL MRM ESNM RELAY ID N O. DRAWING METHOD ID NO. VENDOR MODEL NO. 27GI/31 WESTINGIIOUSE CV-2182A725 QlR43E001B-B D-177654 RG7 2702/2-3 WESTINGIIOUSE CV-2182A725 QlRGE001B-B D-177654 RG7 2702/3 1 GE HFA151A9F QlR43E001B-B D 177654 RG6 27G3/1-2 WESTINGIIOUSE CV-2182A725 QlR43E002B-B D-177654 RG7 2703/2-3 WESTINGIIOUSE CV-2182A725 QE 13E002B-B D-177654 RG7 27G3/3-1 WES11NGiiOUSE CV-2182A725 Qh .43E002E-B D-177654 RG7 27G4/1-2 WESTINGIIOUSE CV-2182A725 QlR43E002B B D-177654 RG7 27XG GE liFA151A21I QlR43E001B-B D 177654 RG6 27XG1 GE IIFAl$1A211 QlR43E002B-B D 177654 RG6 2AG AGASTAT E7012PB QlR43E001B-B D-177654 RG7 2AG AGASTAT E7012PB QlR43E001B-B D 177650 RG7 2BG AGASTAT E7012PB QlR43E0018-B D-177654 RG7 2BG AGASTAT E7012PB QlR43E001B-B D-177646 RG7 2CG AGASTAT E7012PB QlR43E001B-B D-177654 RG7 2CGX GE IFA151A21I QlR43E001B-B D-177654 RG6 2G AGASTAT E7012PB QlR4320018-B D-177654 RG7 201 AGASTAT E7012PB G x43E002B-B D-177654 RG7 3-1O GE IIFA151A2H Q1R43E001B-B D-177650 RG6 3G GE IIFA151A211 QlR43E001B-B D-177646 RG6 40 GE HFA151A211 QlR43E001B-B D-177650 RG6 5-lG GE IIFA151A2H QlR43E0018-B D-177650 RG6 52GX GE IIFA151 A211 QlR43E0018-B D-177646 RG6 50 GE HFA151A21I QlR43E0018-B D-177646 RG6 68G1 GE LEA 151A2H QlR43E0018-B D-177654 RG6 6802 GE HFA151A211 QlR43E001B-B D-177654 RG6 6802 GE IIFA151A211 QlR43E001B-B D-177646 RG6 6802 GE IIFA151 A211 QlR43E001B-B D 177650 RG6 6803 GE IIFA151A2H QlR43E001B-B D-177654 RG6 6803 GE HFA151A2H QlR43E0018-B D-177646 RG6 68G4 GE HFA151A21I QlR43E002B-B D-177654 RG6 9401 GE HFA151A211 QlR43E001B-B D-177654 RG6 94G2 GE HFA151A2H QlR43E0018-B D-177654 RG6 9403 GE IIFA151A2H QlR43E001B-B D 177654 RG6 94G4 GE HFA151A2H QlR43E001B-B D-177654 RG6 BG GE HFA151A211 QlR43E001B-B D 177654 RG6 EG GE HFA151A2H QlR43E001B-B D-177646 RG6 EG GE HFA151A2il QlR43E0018-B D-177654 RG6 EGX GE HFA151A2H QlR43E001B-B D-177646 RG6 EGX GE IIFA151A211 QlR43E001B-B D-177654 RG6 GG GE IIFA151A2H QlR43E001B-B D-177646 RG6 K61i WESTINGHOUSE AR440AR QlH11NGSSP25061-B D-177646 RG7 K814 P&B MDR 66-4 QlHilNGSSP2506J.B D-177646 RG7 Page 32 mym

i I APPENDIX C i FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT RELAY RELAY PANEL REFERENCE RESOLUTION RELAY ID NO. MODELNO. ID NO. DRAWING METHOD VENDOR R llG GE IIFA151A211 QlR43E001B-B D-177650 RG6 R 120 GE IIFA151A211 QlR43E001B-B D-177650 RG6 R-130 GE IIFA151A2H QlR43E001B-B D-177650 RG6 R-140 GE IFA151A2il QlR43E001B-B D-177650 RG6 R 150 GE IIFA151A211 QlR43E001B-B D-177650 RG6 R-16G GE IEA151A2H QlR43E001B-B D-177650 RG6 RIO GE IIFA151A211 QlR43E001B-B D 177646 RG6 R2O GE IEA151A2H QlR43E001B-B D 177M6 RG6 R3G GE IFA151A211 Q1R43E001B-B D 177646 RG6 R4G GE IIFA151A2H QlR43E001B-B D 177646 RG6 R$G GE HFA151A2H QlR43E001B-B D-177646 RG6 R6G GE IIFA151A21I QlR43E001B-B D-177646 RG6 XG GE IEA151A2H QlR43E001B-B D-177646 RG6 XGI TFE ROWAN 2190-E21PA Q1R43E002B-B D-177654 RG7 XG2 ITE ROWAN 2190-E21PA QlR43E002B-B D-177654 RG7 YG GE IEA151A211 QlR43E0018-B D-177646 RG6 YGX AGASTAT E7012PB QlR43E001B-B D-177646 RG7 SSEL COMPONENT Q1R43E501A-A 27Hl/1-2 WESTINGliOUSE CV-2182A725 QlR43E501A-A D-177659 RG7 2 7111/2-3 WESTINGIIOUSE CV-2182A725 QlR43E501A-A D-177659 RG7 2 7111/3-1 WESENGIIOUSE CV-2182A725 QlR43E501A-A D-177659 RG7 27112/2-3 WESENGIIOUSE CV-2182A725 QlR43E501A-A D-177659 RG7 2 7112/3-1 GE HFA151A9F QlR43E501A-A D-177659 RG6 27XH GE IIFA151A211 QlR43E501A-A D-177659 RG6 2All AGASTAT E7012PB QlR43E501A-A D-177659 RG7 2AIIX GE LEA 151A211 QlR43E501A-A D-177659 RG6 2 Bill AGASTAT E7012PB QlR43E501A-A D 177659 RG7 2Bil2 GE HFA151A211 QlR43E501A-A D-177659 RG6 2CFX GE HFA151A2H QlR43E001A-A D-177659 RG6 211 AGASTAT E7012PB QlR43E501A-A D 177659 RG7 52HX GE IEA151A2H QlR43E501A-A D-177657 RG6 521IXl GE IEA151 A2H QlR43E501A-A D-177657 RG6 68111 GE LEA 151A2H QlR43E501A-A D-177659 RG6 MtI2 GE IFA151A211 QlR43E501A-A D-177659 RG6 611 GE IFA151A2H QlR43E501A-A D-177657 RG6 9411 GE IFA151A211 QlR43E501A-A D-177659 RG6 BF GE HFA151A2H Q2R43E001A-A D-177659 RG6 Dil GE IIFA151A211 QlR43E501A-A D-177659 RG6 K608 WESTINGliOUSE AR440AR QllillNGSSP25%M.A D-177659 RG7 R-16F GE IIFA151A2H QlR43E001A-A D-177657 RG6 ^ C/ SSEL COMPONENT Q1R43E5018-B 2711/1-2 WESTINGIIOUSE CV-2182A725 QlR43E501B-B D-177660 RG7 Page 33 naru w a

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT f RELAY PANEL REFERENCE RESOLUTION RELAY RELAY ID NO. MODELNO. ID NO. DRAWING METHOD VENDOR 27J1/2 3 WESTINGilOUSE CV-2182A725 QlR43E501B-B D-177660 RG7 2711/3-1 WESENGIIOUSE CV-2182A725 QlR43E501B-B D-177660 RG7 2712/2-3 WESUNGHOUSE CV-2182A725 QlR43E501B-B D-177660 RG7 2712/3-1 GE IIFA151A9H QlR43E501B-B D 177660 RG6 27XJ GE HFA151A211 QlR43E501B-B D-177660 RG6 2AJ AGASTAT E7012PB QlR43E501B-B D-177660 RG7 2J AGASTAT E7012PB QlR43E5018-B D-177660 RG7 52 JXI GE IFA151A2H QlR43E501B-B D-177658 RG6 52JX GE 1FA151A21I QlR43E501B-B D-177658 RG6 68J1 GE HFA151A2H QlR43E501B-B D-177660 RG6 6812 GE HFA151A211 QlR43E501B-B D-177660 RG6 61 GE IIFA151 A21I QlR43E501B-B D-177658 RG6 941 GE HFA151A2H QlR43E501B-B D-177660 RG6 K608 WESENGHOUSE AR440AR QlHilNGSSP25061-B D-177660 RG7 R 160 GE HFA151A2H QlR43E001B-B D-177658 RG6 SSEL COMPONENT Q1V47C012A-A 42 TE ROWAN A203C Q1R17B001-A D-177265 GERS

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SSEL COMPONENT Q1V47C012B-B 42 rm ROWAN A203C Q1R17B002-B D-177265 GERS SSEL COMPONENT Q1Y52P5028-B 42 TE ROWAN A203D QlR17B510-B D-172%3/2 GERS SSEL COMPONENT QSP16V505-A 42(0,C) ITE A213D QlR17B504-A D-172558/3 GERS SSEL COMPONENT QSP16V506-E 42(0,C) TE A213D QlR17B505-B D 172558/3 GERS SSEL COMPONENT QSP16V507-A 42(0,C) frE A213E QlR17B504-A D 172558/2 GERS SSEL COMPONENT QSP16V508-B 42(0,C) TE A213E QlR17B505-B D 172558/2 GERS SSEL COMPONENT QSR43A501-A 27 WESTINGHOUSE SV-1 QSH21E525-A D-172772 CR 27 WESENGilOUSE SV-1 QSil21E525-A D 172775 CR 27XF GE IIFA151A2H QlR43E001A-A D-172774 RG6 2CF AGASTAT E7012PB QlR43E001A-A D-177143 RG7 2F AGASTAT E7012PB QlR43E001A-A D-177143 RG7 42 ffE A203D QlR17B509-A D 172550/4 GERS 4A TELEMECANIQUE J13PA2012 QSR43G505-A D-172774 Q07 4A TELEMECANIQUE J13PA2012 QSR43G505-A D-172775 Q07 O. 4B 4B TELEMECAN1QUE TELEMECANIQUE J13PA2012 J13PA2012 QSR43G505-A QSR430505-A D-172774 D-172775 Q07 Q07 5 AGASTAT E7012 QSR43G505-A D-172774 RG7 Page 34 naruwa

APPENDfX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT REFERENCE RESOLUTION d RELAY RELAY RELAY MODEL NO. PANEL ID NO. DRAWING METHOD ID NO. VENDOR 52FX GE IFA151A211 QlR43E001A A D 177143 RG6 52X GE 1FA151A21I QlR15A006-A D-177143 RG6 59 GE IAV71B2A QSII22L502-A D-172772 Q06 59/81X GE IFA151A2F QSIl22L502-A D-172772 RG6 59/81X GE HFA151A2F QSII22L502-A D-177143 RG6 5A TELEMECANIQUE J13PA3012 QSR43G505-A D-172774 Q07

       $A  TELEMECANIQUE         J13PA3012              QSR43G505-A      D-172775         Q07 SE      AGASTAT              E7012                QSR43G505-A     D-172774         RG7 SEX  TELEMECANIQUE         J13PA3012               QSR43G505-A     D-172774         Q07 SEX  7ELEMECANIQUE         J13PA3012               QSR430505-A     D 177143         Q07 81   WESTINGHOUSE              KF                 QSH22L502-A     D-172772         QlI 86/BIF        GE            LEA 61C240               QlH21E004-A     D-177143         RG7 86A         GE            IEA61C242                QSH22L502-A     D-172772         RG7 86A         GE            LEA 61C242               QSH22L502-A     D-172774         RG7 86A         GE            I-EA61C242               QSil22L502-A    D 177143         RG7 87DI-2A        GE             CFD22BlA                QSII22L502-A    D-172772          CR 94         GE            IFA15lA2F                QSH22L502-A     D-172774         RG6 94         GE            IFA151A2F                QSII221,502-A   D 177143 -       RG6 ATS        ASCO                 940               QSR43LOOlA-A     D-172774          Q13

( AVC ITE Jl3P QSH21E525-A D-172775 Q07 AVS AGASTAT E7012 QSil21E525-A D 172775 RG7 BDR TELEMECANIQUE J13PA3012 QSR43G505-A D-172774 Q07 BF GE IFA151A2H Q2R43E001A-A D-177143 RG6 CPI ALLEN BRADLEY 836 QSR430505-A D-172774 Q01 CPA 7EEMECANIQUE 113PA2012 QSR430505-A D-172774 Q07 CPA TEEMECANIQUE J13PA2012 QSR430505-A D-172550/4 Q07 CPL TELEMECAN1QUE 113PA2012 QSR43G505-A D 172774 Q07 CPL TELEMECANIQUE J13PA2012 QSR43G505-A D 172550/4 Q07 CPLA ALLEN BRADEY 836 QSR43G505-A D-172774 Q01 CPLS ALLEN BRADLEY 836 QSR43G505-A D-172774 Q01 EF2 GE IFA151A2il QlR43E001A-A D-177143 RG6 j EOR ITE-GOULD J13P2012 QSR43G505-A D 172774 Q07 I EOS MICROSWITCll BZV6 QSR430505-A D-172774 Ql5 ERR TT.LEMECANIQUE J13PA3012 QSR430505-A D-172774 Q07 ERR TEEMECANIQUE J13PA3012 QSR43G505-A D-172775 Q07 ESI TEEMECANIQUE 113PA3012 QSR43G505-A D-172774 Q07 ES2 TELEMECANIQUE J13PA3012 QSR43G505-A D-172774 Q07 K1 ffE A10 QSII21E525-A D-172775 GERS K2 FIE A10 QSII21E525-A D 172775 GERS K3 TFEROWAN 2190-E22AA QSH21E525-A D-172775 RG7 K4 ITE ROWAN 2190-E22PA QSH21E525-A D-172775 RG7 K609 WESTINGiiOUSE AR440AR Qllll1NGSSP25MM A D-172774 RG7 Page 35 , nmym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT G h RELAY ID NO. REMY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD VENDOR LSR TELEMECANIQUE J13PA3012 QSR430505-A D-172774 Q07 LSR TELEMECANIQUE J13PA3012 QSR430505-A D-172775 Q07 OPL 1ELEMECANIQUE 113PA2012 QSR43G505-A D-172774 Q07 OPLA ALLEN BRADLEY 836 QSR43G505-A D-172550/1 Q01 OPIE DETROTT SWITCII 222-10 QSR43G505-A D-172774 QO3 OPLX TIE J13P QSII21E525-A D 172550/1 Q07 OPLX TTE J13P QSII21E525-A D-172774 Q07 SDR TELEMECANIQUE J13PA2012 QSR430505-A D-172774 Q07 SFR TELEMECANIQUE J13PA2012 QSR430505-A D-172774 Q07 STR-BD CUILER A50 QSR43A501-A D-172550/2 GERS T2A AGASTAT E7012 QSR43G505-A D 172774 RG7 T2B AGASTAT E7012 QSR43G505-A D-172774 RG7 T3 TELEMECANIQUE 113PA2012/120T QSR43G505-A D-172774 Q07 T3 TELEMECANIQUE 113PA2012/J20T QSR43G505-A D 172550/4 Q07 T3A AGASTAT E7012 QSR43G505-A D-172774 RG7 TR SYNCIIRO-START ESSB QSR430505-A D-172774 Q09 TSR TELEMECANIQUE J13PA3012 QSR43G505-A D-172774 Q07 TSR TELEMECANIQUE J13PA3012 QSR430505-A D-172775 Q07 TSRX TTE J13P QSII21E525-A D-172775 Q07 SSEL COMPONENT QSR43A503-A 27 WESTINGIIOUSE SV 1 QSII21ES28-A D-172780 CR 17 WESTINGIIOUSE SV-1 QSII21E528-A D-172783 CR 27X11 GE IIFA151A211 QlR43E501A-A D-172782 RG6 2AlIX GE IIFA151A21I QlR43E501A-A D-172761 RG6 2 Bill AGASTAT E7012PB QlR43E501 A-A D-172761 RG7 2Bil2 GT. IIFA151A211 QlR43E501A-A D-172761 .RG6 211 AGASTAT E7012PB QlR43E501A-A D-172761 RG7 42 ITE A203D QlR17B507-A D 172552/4 GERS 4A TELEMECANIQUE J13PA2012 QSR430507-A D-172782 Q07 1 4A TELEMECAN!QUE 113PA2012 QSR430507-A D-172783 Q07 l 4B TELEMECANIQUE J13PA2012 QSR430507-A D 172782 Q07 j 4B TELEMECANIQUE 113PA2012 QSR430507-A D-172783 Q07 l l 5 AGASTAT E7012 QSR430507-A D 172782 RG7 521IX GE LEA 151A211 Q2R43E501A-A D-172782 RG6 59 GE IAV71B2A QSII22L504-A D-172780 Q06 59/81X GE IIFA151A2F QSII22L504-A D-172780 RG6 59/81X GE IIFA151A2F QSII22L504-A D 172761 RG6 5A TELEMECANIQUE 113PA2012/J20T QSR43G507-A D-172782 Q07 5A 171.EMECANIQUE J13PA2012/J20T QSR43G507-A D-172783 Q07 RG7 ( t SE SEX AGASTAT TELEMECANIQUE E7012 J13PA3012 QSR430507-A QSR430507-A D-172782 D-172782 Q07

       $EX     TELEMECANIQUE           113PA3012           QSR43G507-A     D-172761             Q07 Page 36                              ringiayapa

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT d RELAY ID NO. REMY RELAY MODEL NO. PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD VENDOR 611 GE IIFA151A211 Q1R43E501A-A D-172761 RG6 81 WESTINGIIOUSE KF QSI122L504-A D 172780 Q11 81X GE HFA151 QlR15A503-A D 172782 RG6 86 GE IEA61B Qlil21E504-A D-172761 RG7 86A GE IEA61C242 QSII22L504-A D-172780 RG7 86A GE IEA6tC242 QSH22L504-A D-172761 RG7 86A GE l-EA61C242 QSH22L504-A D-172782 RG7 87DIC GE CFD22BIA QSil22L5M-A D 172780 CR 94 GE IIFAl51A2F QSH22L504-A D-172782 RG6 94 GE IIFA151A2F QSH22L5%A D-172761 RG6 ATS ASCO 940 QSR43 LOGIC-A D 172782 Q13 AVC flE 113P QSH21E528-A D-172783 Q07 AVS AGASTAT E7012 QSH21ES28-A D-172783 RG7 CPI ALLEN BRADLEY 836 QSR430507-A D-172782 Q01 CPA 7ELEMECANIQUE J13PA2012 QSR430507-A D-172782 Q07 CPA TELEMECANIQUE J13PA2012 QSR430507-A D-172552/4 Q07 CPL 7ELEMECANIQUE 113PA2012 QSR43G507-A D 172782 Q07 CPL 7ELEMECANIQUE J13PA2012 QSR430507-A D-172552/4 Q07 CPLA ALLEN BRADLEY 836 QSR43G507-A D 172782 Q01 CPLS All.EN BRADLEY 836 QSR430507-A D-172782 Q01 EOR TTE-GOULD J13P2012 QSR43G507-A D 172782 Q07 EOS MICROSWITCil BZV6 QSR43G507-A D 172782 Ql5 ERR TELEMECANIQUE 113PA3012 QSR43G507-A D 172782 Q07 ERR TELEMECANIQUE 113PA3012 QSR43G507-A D-172783 Q07 ESI TELEMECANIQUE J13PA3012 QSR43G507-A D-172782 Q07 ES2 1ELEhECANIQUE J13PA3012 QSR43G507-A D-172782 Q07 K1 ITE A10 QSII21E528-A D-172783 GERS K2 ITE A10 QSII21E528-A D 172783 GERS K3 ITE ROWAN 2190-E22AA QSH21E528-A D-172783 RG7 K4 FIE ROWAN 2190-E22PA QSII21E528-A D 172783 RG7 l K608 WESTINGHOUSE AR440AR QlHilNGSSP2506M-A D-172782 RG7 K609 WESTINGilOUSE AR440AR QlHilNGSSP2506M-A D-172782 RG7 LSR 'ITl.EMECANIQUE 113PA3012 QSR43G507-A D-172782 Q07 LSR TELEMECANIQUE J13PA3012 QSR43G507 A D-172783 Q07 OPL TELEMECANIQUE J13PA2012 QSR43G507-A D-172782 Q07 OPLA ALLEN BRADLEY 836 QSR430507-A D 172552/1 Q01 OPLS DETROrr SWirCH 222 10 QSR43G507-A D 172782 Q03 OPLX TTE J13P QSH21E528-A D-172552/1 Q07 OPLX TIE 113P QSH21ES28-A D-172782 Q07 SDR TELEMECANIQUE J13PA2012 QSR43G507-A D-172782 Q07 g SFR 7ELEMECANIQUE 113PA2012 QSR43G507-A D-172782 Q07 T2A AGASTAT E7012 QSR43G507-A D-172782 RG7 Page 37 mrmm

l APPENDIX C l FARLEY UNIT I ESSENTIAL RELAY LIST BY SSEL COMPONENT l (')  : U RELAY REMY RELAY PANEL ID NO. REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR MODEL NO. T2B AGASTAT E7012 QSR43G507-A D-172782 RG7 T3A AGASTAT E7012 QSR430507-A D-172782 RG7 TR SYNCIIRO-START ESSB QSR430507-A D 172782 Q09 TSR TELEMECANIQUE 113PA3012 QSR43G507-A D-172782 Q07 TSR TEIIMECANIQUE 113PA3012 QSR43G507-A D-172783 Q07 TSRX flE 113P QSil21E528-A D-172783 Q07 SSEL COMPONENT QSV49K001A A

       !!LCO    PENN CONTROLS              P70            QSV49K00IA-A    D-177270/3        Ql4 K1          CUILER            A10ENOA             QSV49K001A-A   D-177270/3       GERS K2          CITTLER           A10DNOA             QSV49K001A-A   D-177270/3       GERS K5     ALCO CONTROLS          708RA 001           QSV49K001A.A   D-177270/3       GERS K6     ALCO CONTROLS          708RA-001           QSV49K001A-A   D-177270/3       GERS K7     ALCO CONTROLS          708RA-00I           QSV49K001A-A   D-177270/3       GERS KV1         SPORLAN              MB-25             QSV49K001A-A   D-177270/3       GERS OPCO     PENN CONTROLS              P28             QSV49K001A-A   D-177270/3        Q14 RI       11E ROWAN          2190-E44AA         QSV49HS3313AB-A  D-177270/3        RG7 SSEL COMPONENT QSV49K001B B IILCO    PENN CONTROLS              P70             QSV49K001B-B   D-177270/3        Q14 O\       K1 K2 CUTLER CITTLER A10ENOA A10DNOA QSV49K001B-B   D-177270/3 D 177270/3 GERS GERS QSV49K001B-B K5    ALCO CONTROLS          708RA4)01           QSV49K001B-B   D-177270/3       GERS K6    ALCO CONTROLS          708RA-001           QSV49K001B-B   D-177270/3       GERS K7    ALCO CONIROLS          708RA-001           QSV49K001B-B   D 177270/3       GERS KV1        SPORLAN              MB-25             QSV49K001B-B   D-177270/3       GERS OPCO      PENN CONTROLS             P28             QSV49K001B-B   D-177270/3        Ql4 R1       TIE ROWAN          2190-E44A4         QSV49HS3313BB-B  D-177270/3        RG7~

SSEL COMPONENT QSW41C505A-B 42 ffE A203D QlR17B505-B D-172992/1 GERS SSEL COMPONENT QSW41C505B-B 42 frE A203D QlR17B505-B D-172992/1 GERS SSEL COMPONENT QSW41C505C-B 42 ffE A203D QlR17B505-B D-172992/1 GEILS SSEL COMPONENT QSW41C505D-A 42 UE A203D QlR17B504-A D-172991/1 GERS SSEL COMPONENT QSW41C505E-A 42 frE A203D QlRl7B504-A D-172991/1 GERS l SSEL COMPONENT QSW41C505F-A l 42 ITE A203D Q1R17B504-A D 172991/1 GERS l SSEL COMPONENT QSW41C506A-B 42 FIE ROWAN A203D Q1R17B505-B D-172992/2 GERS Page 38 nuuma

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT A RELAY RELAY PAN E RUEME ESMMN RELAY DRAWING METHOD ID NO. MODEL NO. ID NO. VENDOR SSEL COMPONENT QSW410506B-B 42 FIE ROWAN A203D QlR17B505-B D 172992/2 GERS SSEL COMPONENT QSW41C506C-A 42 frE ROWAN A203D QlR17B504-A D-172991/2 GERS SSEL COMPONENT QSW41C506D-A 42 frE ROWAN A203D QlR17B504-A D-172991/2 GERS SSEL COMPONENT QSW41C507A-B 42 TTE ROWAN A203C Q1R17B505-B D-172992/3 GERS SSEL COMPONENT QSW41C5078-B 42 ITE ROWAN A203C Q1R17B505-B D 172992/3 GERS 45-1 STD ELEC TIME SMU-7-11 QSW41B515E-B D-172992/3 Q12 45-2 STD ELEC TIME SMU-7-11 QSW4iB592B-B D-172992/3 Q12 45-X GE IFA151A911 QSII21L503B-B D-172992/3 RG6 SSEL COMPONENT QSW41C507C-A 42 ffE ROWAN A203C Q1R17B504-A D-172991/3 GERS SSEL COMPONENT QSW41C507D-A f 42 ffE ROWAN A203C QlR17B504-A D-172991/3 GERS 45-X GE IFA151A9H QSII21L503A-A D-172991/3 RG6 45/1 STD ELEC TIME SMU-711 QSW41B515F-A D-172991/3 Q12 45/2 STD ELEC TIME SMU-7-11 QSW41B592D A D-172991/3 Q12 SSEL COMPONENT QSY41C507A-B 42 ffE ROWAN A203D Q1R17B510-B D-172676/1 GERS SSEL COMPONENT QSY41C507B-B 42 TE ROWAN A203D Q1R17B510-B D-172676/1 GERS 45-lX GE IFA151A9H Qlll23S$44B-B D-172676/1 RG6 45/1 SE ELEC TIME SMU-7-l l QSY41B532A-B D-172676/1 Q12 45/2 SID ELEC TIME SMU-7 Il QSY41B616A-B D-172676/1 Q12 45/3 STD ELEC TIME SMU-7-1 I QSY41B616B-B D 172676/1 Q12 45/4 SID ELEC TIME SMU-7-I l QSY41B616C-B D-172676/1 Q12 45/5 S1D ELEC 11ME SMU-7-11 QSY418616D-B D-172676/1 Q12 SSEL COMPONENT QSY41C507E-A 42 TE ROWAN A203D Q1R17B509-A D-172679/1 GERS SSEL COMPONENT QSY41C507F-A 42 ITE ROWAN A203D QlR17B509-A' D-172679/1 GERS 45-lX GE IFA151 A911 QSH23S544E-A D-172679/1 RG6 45/1 STD ELEC TIME SMU-7-I l QSY41B532C-A D 172679/1 Q12 45/2 STD ELEC TIME SMU-7-1 I QSY4iB616J-A D-172679/1 Q12 45/3 STD ELEC TIME SMU-7-11 QSY41B616K-A D-172679/1 Q12 L/ 45/4 STD ELEC TIME SMU-7-11 QSY41B616L-A D-172679/1 Q12 45/5 STD ELEC TIME SMU-7-I l QSY41B616M A D-172679/1 Q12 Page 39 mguym

APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT

 . /~'i
     )   RELAY           RELAY               RELAY                PANEL ID NO.

REFERENCE RESOLUTION DRAWING METHOD ID NO. VENDOR MODEL NO. SSEL COMPONENT QSY41C508A-A 42 ITE ROWAN A203D QlR17B507-A D-172678/l GERS SSEL COMPONENT QSY41C508B-A 42 ITE ROWAN A203D Q1Rl7B507-A D 172678/l GERS 45-1X GE IIFA151A911 QS1d3S$44D-A D 172678/l RG6-45/1 STD ELEC TIME SMU-7-11 QSY41B532D-A D-172678/l Q12 45/2 STD ELEC TIME SMU-7-11 QSY41B616N-A D-172678/l Q12 45/3 STD ELEC TIME SMU-7-Il QSY41B616P-A D-172678/l Q12 45/4 STD ELEC TIME SMU-7-11 QSY41B616Q-A D-172678/l Q12 45/5 STD ELEC T1ME SMU-7-I l QSY41B616R-A D-172678/l Q12 SSEL COMPONENT QSY41C511A-A 42 frE ROWAN A203C Q1R17B507-A D-172681 GERS SSEL COMPONENT QSY41C511B-A 42 TE ROWAN A203C QlR17B507-A D 172681 GERS SSEL COMPONENT QSY41C511C-B 42 ffE ROWAN A203C QlR17B508-B D-172680 GERS SSEL COMPONENT QSY41C511D-B 42 TE ROWAN A203C Q1R17B508-B D-172680 GERS SSEL COMPONENT QSY52P501A-A 42 ffE ROWAN A203C Q1R17B509-A D-172%3/1 GERS SSEL COMPONENT QSY52P503A-A 42 ITE ROWAN A203D Q1R17B507-A D 172%3/1 GERS SSEL COMPONENT SV2213A-A TRI ELECTROS%TrCil SERIES 24 Nd Qlil22L002-A D 177394/5 Q04 TR1 ELECTROSWITCl! SERIES 24 NO. Qlil22 LOO 2 A D-177100/1 Q04 l SSEL COMPONENT SV2213B-B TRI ELECTROSWrrCII SERIES 24 NO. QllI22L004-B D 177394/6 Q04 TRI ELECTROSWITCil SERIES 24 NO. QllI22L004-B D-177300/2 Q04 SSEL COMPONENT SV2214A-A TR2 ELECTROSWITCII SERIES 24 NO. QllI22L002-A D-177394/5 Q04 , TR2 ELECTROSWITCII SERIES 24 NO. QlII22L002-A D.I77300/1 Q04 SSEL COMPONENT SV2214B-B TR2 ELECTROSWTTCII SERIES 24 NO. QllI22L004-B D-177394/6 Q04 TR2 ELECTROSWITCli SERIES 24 NO. Qlil22LO44-B D-177300/2 Q04 . SSEL COMPONENT SV3227AC 95 TEROWAN 2190 E43PA Q1R15A007-B D-177394/3 RG7 . l MR-2 ffEROWAN 21W-E43PA QlII22LOOlF-B D 177394/3 RG7

  ;        MR-2        TEROWAN              219AE43PA            Qll{22L001F.B    D-177394/4            RG7 MR-3        ffE ROWAN            2190-E43PA           QllI22LOOlF-B    D-177394/4            RG7 Page 40                                FIRELAY.APR

I APPENDIX C FARLEY UNIT 1 ESSENTIAL RELAY LIST BY SSEL COMPONENT O RELAY ID NO. REMY VENDOR RELAY MODEL NO. PANEL ID NO, REFERENCE RESOLUTION DRAWING METHOD MR-4 WESTINGilOUSE ARD440SR Qlil22LOOlF-B D-177394/4 RG7 SSEL COMPONENT SV3227CA 95 TE ROWAN 2190-E43PA Q1R15A006-A D 177394/3 RG7 MR-2 ITE ROWAN 2190-E43PA QllI22LO01E-A D 177394/3 RG7 MR2 ffE ROWAN 2190-E43PA Q1II22LOOlE A D-177394/4 RG7 MR-8 TE ROWAN 2190-E24PA Qlil22L001E-A D-177394/4 RG7 MR-9 WES'IINGIIOUSE ARDt40SR Qlil22LO0lE-A D-177394/4 RG7 O

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l l O Page 41 nazu m a

APPENDIX D

SUMMARY

OF ESSENTIAL RELAY EVALUATION RESULTS BY RELAY PANEL PLANT FARLEY UNIT 1 Appendix D provides information on essential relays (i.e., relays for which chatter must be precluded) and panels which contain essential relays Table 1, which is sorted by the essential relay panel, summarizes the essential relay panel characteristics and contains the following information for each panel: Column Headine Description Panel ID Number Plant-unique identification number of the panel which houses the relay Panel Description Relay panel description Amp. Factor Panel amplification factor used, where applicable, for comparison with seismic capacity Bldg. Building where panelis located: AB - Auxiliary building DB - Diesel generator building SW - Service water intake stmeture YD - Yard Elev Building elevation where panel is located Room Room identifier where panel is located Table 3 of Appendix E contains a listing of each panel containing essential relays, sorted by panel, along with all essential relays mounted in a specific panel listed with the panel number. Table 2 contains the following information for each essential relay listed: Column Headine Descrintion Panel ID Number Plant-unique identification number of the panel which houses the relay O SSEL Comp SSEL component affected by relay chatter D-1

Descrintion Column Headine Reference Drawing Electrical drawing number for the given relay / component combination Relay ID No. Plant-unique identification number of each relay Relay Vendor Relay manufacturer's name Relay Model No. Relay model number Resolution Method Denotes the method used to resolve the given relay / component I combination for contact chatter. Table 2 of this appendix contains a description of the relay evaluation resolution methods. O O D-2

A (~g (_) (A) V I l APPENDIX D TABLE 1 FARLEY UNIT 1 l

SUMMARY

OF ESSENTIAL RELAY PANEL CIIARACTERISTICS (SIIEET I OF 4) A M P. CLASS MARK NO. DESCRIPTION FACTOR BLDG. ELEV ROOM 20 AITB001 TERMINAL BOX 7 AB 1004)0 0189 TERMINAL BOX 7 AB 1004X) 0194 20 AITB(X)4 TERMINAL BOX 7 AB 121410 0223 20 AITB006 TERMINAL BOX 7 AB 121-00 0235 20 AITB002 TERMINAL BOX 7 AB 1004X) 0190 20 BITB003 TERMINAL BOX 7 AB 1004X) 0192 20 BITB004 AUXILIARY RELAY CABINET 7 AB 1554)0 0416 20 N I H i lNGAR2506E-N AUXILIARY RELAY CABINET 7 AB 1554X) 0416 20 NIHilNGAR2506F-N REACTOR TRIP SWITCHGEAR NO. I 7 AB 121-00 0235 02 QICI IE004 A-AB REACTOR TRIP SWITCHGEAR NO. 2 7 AB 1214X) 0235 02 QICI IE004B-AB RHR PUMP FLOW INDICATING SWITCH 7 AB 774)0 0128 18 QlEllFIS602A-A 774)0 0128 RHR PUMP FLOW INDICATING SWITCH 7 AB 18 OlEllFIS6028-B 0416 20 QlHilNGASC2506C AUXILI ARY SAFEGUARDS CABINET C 7 AB 1554X) AUXILIARY SAFEGUARDS CABINET D 7 AB 1554X) 0416 20 OlH ilNGASC2506D 0416 BOP INSTRUMENTATION CABINET J 7 AB 1554X) 20 QlHilNGB25041-A 0416 BOP INSTRUMENTATION CABINET K 7 AB 1554X) 20 OlHilNGB2504K-B 0416 20 OlHIINGSSP2506G SOLID STATE PROTECTION INPUT CABINET 7 AB 155-00 20 SOLID STATE PROTECTION INPUT CABINET 7 AB 1554X) 0416 QlHIINGSSP2506H 0416 20 SOLID STATE PROTECrlON OlITPUT CABINET 7 AB 1554)0 OlHIINGSSP25061 SOLID STATE PROTECTION TEST CABINET 7 AB 155-00 0416 20 QIHilNGSSP2506J SOLID STATE PROTECTION INPlIT CABINET 7 AB 1554X) 0416 20 OlHIINGSSP2506K SOLID STATE PROTECTION INPUT CABINET 7 AB 1554X) 0416 20 OlH1INGSSP2506L SOLID STATE PROTECTION OUTPUT CABINET 7 AB 155-00 0416 20 OlHIINGSSP2506M 0416 SOLID STATE PROTECTION INPlJT CABINET 7 AB 155-00 20 OlHIINGSSP2506N 0343 20 4.16KV SWITCHGEAR IF LOCAL CONTROL PANEL 7 AB 139-00 QlH21E004-A 20 OlH21E005-B 4.16KV SWITCHGEAR IG LOCAL CONTROL PANEL 7 AB 1214X) 0233 4.16KV SWITCHGEAR IH LOCAL CONTROL PANEL 7 DB 155-00 0056A 20 OlH21E504-A 20 4.16KV SWITCHGEAR IJ LOCAL CONTROL PANEL 7 DB 155-00 EX)56C OlH21E505-B 4.16KV SWITCHGEAR IK LOCAL CONTROL PANEL 7 SW 188-06 0072E 20 OlH2 t E506-A 4.16KV SWITCHGEAR IL LOCAL CONTROL PANEL 7 SW 188-06 0072B 20 OlH2 t E507-B DIESEL GENERATOR IB LOCAL CONTROL PANEL 7 DB 1554)0 (X)$8 20 OlH21E527-B HOT SHUTDOWN PANEL E 7 AB 121-00 0254 20 QlH2 t NBAFP2605E D-3 e_____-__ -.

V V V i APPENDLX D TABLE 1 FARLEY UNIT 1

SUMMARY

OF ESSENTIAL RELAY PANEL CIIARACTERISTICS (SIIEET 2 OF 4) A M P. CLASS MARK NO. DESCRIPTION FACTOR BLDG. ELEV ROOM MULTIPLYING RELAY CABINET IE 7 AB 1394X) 0318 20 OlH22LO0lE-A 0318 MULTIPLYING RELAY CABINET IF 7 AB 1394)0 20 OlH22LOOlF-B 0347 20 TRANSFER RELAY CABINET I 7 AB 1394)0 OlH22 LOO 2-A TRANSFER RELAY CABINET 2 7 AB 1004X) 0190 20 OlH22L(X)3-A 0334 TRANSFER RELAY CABINET 3 7 AB 139-00 20 OlH22LOGI-B 0058 DIESEL LOCAL RELAY PANEL IB 6 DB 1554X) 20 OlH22L503-B 0058 DIESEL GENERATOR ROOM IB HVAC LCS 6 DB 155-00 20 OlH23S5448-B 0318 TERMINATION CABINET 7 AB 1394)0 20 QlH25L008-A 0318 20 TERMINATION CABINET 7 AB 1394)0 OlH25LO29-B 0060 20 TURB. BLDG. S. W. ISOL. VALVE RELAY BOX 7 DB 155-00 OlP16G517A-A 0056C TURB. BLDG. S. W. ISOL. VALVE RELAY BOX 7 DB 155-00 20 QIP16G5178-B DIFFERENTIAL PRESSURE SWITCH 7 YD 155-00 YARD 18 OlP16PDS620-A DIFFERENTIAL PRESSURE SWITCH 7 YD 155-00 YARD 18 OlPl6PDS621-B CCW RETURN FROM RCP THERMAL BARRIER FLOW SW 7 AB 121-00 0218 18 OlPl7 FISH 3045-A TRAIN A EMERGENCY AIR COMPRESSOR 7 AB 100-00 0189 12 QlP18C002A-A 0189 TRAIN B EMERGENCY AIR COMPRESSOR 7 AB 1004)0 12 OlP18C002B-B 0343 03 4.16KV SWITCHGEAR IF 6 AB 139-00 QIR15A006-A 0233 4.16KV SWITCHGEAR IG 6 AB 1214X) 03 OIRl5A007-B 0056A 03 4.16KV SWITCHGEAR IH 6 DB 155-00 OIR15 A503-A 4.16KV SWITCHGEAR IJ 6 DB 1554X) 0056C 03 QIR15 A04-B 4.16KV SWITCHGEAR IK 7 SW 1884)6 0072E 03 OIR'15A505-A 0072B 4.16KV SWITCHGEAR IL 7 SW 188-06 03 QlRl5 A506-B 0335 02 QIRl68506-A 600V LOAD CENTER ID 7 AB 1394X) 600V LOAD CENTER IE 7 AB 121-00 0229 02 QIRl6B007-B 0072E 600V LOAD CENTER IK/2K 7 SW 1884)6 02 OIR16B506-A 600VL LOAD CENTER IL/2L 7 SW 1884X) 0072B 02 OIR16B507-B 600V LOAD CENTER 1R/2R 7 DB 1554X) 0056A 02 OIR16B508-A 600V LOAD CENTER IS/2S 7 DB 155-00 0056C 02 OlR16B509-B 125VDC BUS l A 7 AB 121-00 0224 02 OIR42B001A-A 125VDC BUS IB 7 AB 1214X) 0226 02 OIR4280018-B 7 DB 1554)0 (X)58 17 OIR434 A502-B DIESEL GENERATOR IB (SKID) 6 AB 1394X) 0335 20 QlR43E001 A-A SEQUENCER BIF D-4 C

[ (. V V V APPENDIX D TABLEI FARLEY UNIT I

SUMMARY

OF ESSENTIAL RELAY PANEL CIIARACTERISTICS (SIIEET 3 OF 4) A M P. DESCRIPTION FACTOR BLDG. ELEV ROOM CLASS MARKNO. 6 AB 121-00 0229 20 QIR43E0018-B SEQUENCER BIG 6 AB 139-00 0343 20 QlR43E002A-A SEQUENCER BIF AUX RELAY PANEL 6 AB 121-00 0233 20 OlR43E0028-B SEQUENCER BIG AUX RELAY PANEL 6 DB 155-00 0056A 20 QlR43E501A-A SEQUENCER BUS IH 6 DB 155-00 0056C 20 OlR43E5018-B SEQUENCER BUS IJ DIESEL GENERATOR IB RELAY TERMINAL BOX 7 DB 155-00 0058 20 OlR43G506-B 0061 20 DIESEL GENERATOR l-2A LOCAL CONTROL PANEL 7 DB 155-00 QSH21E525-A 0060 20 DIESEL GENERATOR IC LOCAL CONTROL PANEL 7 DB 155-00 OSH21E528-A 0072D SERVICE WATER A TRAIN BAI I tRY ROOM HVAC LCS 6 SW 188-06 20 QSH21L503-A SERVICE WATER B TRAIN BATTERY ROOM HVAC LCS 6 SW 188-06 0072C 20 QSH21L503B-B DIESEL LOCAL RELAY PANEL I-2A 6 DB 1554)0 0061 20 QSH22L502-A DIESEL LOCAL RELAY PANEL IC 6 DB 1554x) 0060 20 QSH22L504-A DIESEL GENERATOR ROOM IC HVAC LCS 6 DB 155-00 (x)60 20 QSH23S$44D-A DIESEL GENERATOR ROOM l-2A HVAC LCS 6 DB 155-00 0061 20 QSH23S$44E-A DIESEL GENERATOR l-2A (SKID) 7 DB 1554)0 0061 17 QSR43 A501-A 0060 DIESEL GENERATOR IC (SKID) 7 DB 155-00 17 QSR43A503-A DIESEL GENERATOR l-2A RELAY TERMINAL BOX 7 DB 1554)0 0061 20 QSR43G505-A DIESEL GENERATOR IC RELAY TERMINAL BOX 7 DB 1554X) 0060 20 QSR43G507-A DIESEL GENERATOR 2C RELAY TERMINAL BOX 7 DB 1554x) 0057 20 QSR43G50E-B DIESEL GEN 1-2A DC CONTROL PWR AUTO XFER SW (ATS) 7 DB 1554x) 0061 20 QSR43LOGI A-A DIESEL GEN. IC DC CONTROL PWR AUTO XFER SW (ATS) 7 DB 1554x) 0060 20 QSR43 LOGIC-A CONTROL ROOM PACKAGE A/C UNIT 7 AB 1754)0 0501 10 QSV49K001 A-A CONTROL ROOM PACKAGE A/C UNIT 7 AB 175-00 0501 10 QSV49K001B-B CONTROL ROOM THERMOSTAT 7 AB 155-00 0401 18 QSV49TC3313A-A CONTROL ROOM THERMOSTAT 7 AB 155-00 0416 18 QSV49TC3313B-B SERV WATER BATIERY ROOM FIRESTAT NA SW 188-06 0073 18 QSW418515E-B SERV WATER BAI IERY ROOM FIRESTAT NA SW 188-06 0074 18 QSW41B515F-A SERV WATER BAI ItRY ROOM FIRESTAT NA SW 188-06 0073 18 QSW41B592B-B SERV WATER BA I I tRY ROOM FIRESTAT NA SW 188-06 0074 18 QSW4 t B592D-A DIESEL GENERATOR ROOM IB FIRESTAT NA DB 1554)0 0058 18 QSY418532A-B DIESEL GENERATOR ROOM l-2A FIRESTAT NA DB 155-00 0061 18 QSY41B532C-A D-5 L-- - _ _ . - - - _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _

                                                           .~     . . - - -.           . . _ . . -.     ..    .=        -        .   .__    ..

O O O APPENDIX D TABLE 1 l FARLEY UNIT 1

SUMMARY

OF ESSENTIAL RELAY PANEL CHARACTERISTICS (SHEET 4 OF 4) A M P. MARK NO. DESCRIPTION FACTOR BLDG. ELEV ROOM CLASS NA DB 1554X) 0060 18 QSY41B532D-A DIESEL GENERATOR ROOM IC FIRESTAT NA DB 1554)0 0058 18 QSY4 t B616A-B DIESEL GENERATOR IB FIRESTAT NA DB 1554)0 0058 18 QSY418616B-B DIESEL GENERATOR ROOM IB FIRESTAT NA DB 155410 0058 18 QSY41B616C-B DIESEL GENERATOR ROOM IB FIRESTAT NA DB 155410 0058 18 QSY418616D-B DIESEL GENERATOR ROOM IB FIRESTAT NA DB 155-00 0061 18 QSY4 t B616J-A DIESEL GENERATOR ROOM l-2A FIRESTAT NA DB 1554M) 0061 18 QSY4 t B616K-A DIESEL GENERATOR ROOM l-2A FIRESTAT NA DB 1554M) 0061 18 QSY4 IB616L-A DIESEL GENERATOR ROOM l-2A FIRESTAT NA DB 1554X) 0061 18 QSY41B616M-A DIESEL GENERATOR ROOM l-2A FIRESTAT NA DB 155-00 0060 18 QSY418616N-A DIESEL GENERATOR ROOM IC FIRESTAT NA DB 155-00 0060 , 18 QSY41B616P-A DIESEL GENERATOR ROOM IC FIRESTAT NA DB 1554X) 0060 18 QSY4 tB6160-A DIESEL GENERATOR ROOM IC FIRESTAT NA DB 155410 0060 18 QSY418616R-A DIESEL GENERATOR ROOM IC FIRESTAT t h NOTE: Panel amplification factor of seven was used unless the relay screening process required a lower factor to be evaluated. L k k edlymppedsdes D-6 e_- - .

( APPENDIX D TABLE 2 RELAY EVALUATION STATUS CODES

 .C.QDE DESCRIPTION GERS   Seismically adequate based on generic equipment ruggedness spectra (GERS).

RG7 Seismically adequate based on GERS using an amplification factor of 7. RG6 Seismically adequate based on GERS using an amplification factor of 6. Q# Seismically adequate based on existing qualification data. Number (#) used to indicate each unique case where qualification data was used. WALK Seismically adequate based on walkdown using Seismic Capacity Bounding Spectra. _ CR Correction required. O l 4 l D-7 1

APPENDLX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL O SSEL COMPONENT REFERENCE DRAWING RELAY ID NO. RELAY VENDOR RELAY MODEL NO. RESOLUTION METHOD PANEL ID NO. AITB001 IIV3369B D-177863 2 AGASTAT E7012PB RG7 IIV3369B D 177863 2X ITE ROWAN 2190-E42PA RG7 PANEL ID NO. AITB004 IIV3369C D 177863 2 AGASTAT E7012PB RG7 IIV3369C D-177863 2X TE ROWAN 2190-E42PA RG7 PANEL ID NO. AITB006 IIV3369A D-177863 2 AGASTAT E7012PB RG7 IIV3369A D-177863 2X TE ROWAN 2190-E42PA RG7 PANEL ID NO. BITB002 IIV3370A D-177867 2 AGASTAT E7012PB RG7 IIV3370A D-177867 2X TE ROWAN 2190-E42PA RG7 PANEL ID NO. BITB003 IIV3370B D-177867 2 AGASTAT E7012PB RG7 IIV3370B D 177867 2X rrE ROWAN 2190-E42PA RG7 PANEL ID NO. BITB004 IIV3370C D-177867 2 AGASTAT E7012PB RG7 O IIV3370C D 177867 2X TE ROWAN 2190-E42PA RG7 PANEL ID NO. QlC11E004A-AB QlClIE004A-AB D-177198/2 X1A P&B MDR 138-8 RG7 QlClIE004A-AB D 177198/2 X5A P&B MDR 138-8 RG7 QlClIE004A AB D-177198/2 XIB P&B MDR 138-8 RG7 QlClIE004A-AD D 177198/2 X5B P&B MDR 138-8 RG7 PANEL ID NO. QlCllE004B-AB QlCllE004B-AB D-177198/2 X3B P&B MDR 138-8 RG7 QlC1IE004B-AB D 177198/2 XB P&B MDR 138-8 RG7 QlClIE004B-AB D-177198/2 X2A P&B MDR 138-8 RG7 QlClIE0048-AB D-177198/2 X3A P&B MDR 138-8 RG7 l QlCllE004B.AB D-177198/2 X2B P&B MDR 138-8 RG7 I QlClIE004B-AB D-177198/2 X4A P&B MDR 138 8 RG7 ) QlCl1E004B-AB D 177198/2 X4B P&B MDR 138-8 RG7  ! , QlCllE004B-AB D-177198/2 XA P&ll MDR 138-8 RG7 PANEL ID NO. QlEllFIS0602A-A > FCV0602A-A D-177632 F1S602A ITT BARTON 288A Q08 PANEL ID NO. Q1EllFIS06028-B FCV0602B-B D 177632 F1S602B TIT BARTON 288A Q08 PANEL ID NO. Q1H11NGASC2506C-B MOV8702D-B D 177839 l-PY403AX WESTINGHOUSE AR440AR RG7 LCV0ll5D-B D-177631 LYll2X2 WESTINGIIOUSE AR440AR RG7 LCVoll5D-B D 177631 LYll5BX2 WESTINGIIOUSE AR440AR RG7 4 5 MOV8702B-B D-177091 1-PY403AX WESENGiiOUSE AR440AR RG7 MOV8702A A D 177394/3 1-PY403AX WESTINGIIOUSE AR440AR RG7 LCV0ll5D B D-177303 LYll2X2 WESTINGIlOUSE AR440AR RG7 Page!

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL t V SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METIlOD LCV0ll5E-B D-177303 LYll5BX2 WESTINGHOUSE AR440AR RG7 PANEL ID NO. Q1HilNGASC2506D-A LCV0ll5B-A D-177603 LYll2XI WES11NGilOUSE AR440AR RG7 LCV0ll5B A D 177603 LYll5BX1 WES11NGilOUSE AR440AR RG7 MOV8701A-A D-177572 1 PY402AX WES11NGIIOUSE AR440AR RG7 MOV8701B-B D 177394/3 1 PY402AX WESTINGHOUSE AR440AR RG7 MOV8701 A-A D 177091 1-PY402AX WESTINGHOUSE AR440AR RG7 LCV0115B.A D-177303 LYll2XI WESTINGHOUSE AR440AR RG7 LCVoll5C-A D 177303 LYll5BX1 WESTINGHOUSE AR440AR RG7 PANEL ID NO. Q1H11NGB2504J-A QlPl7P001C-A D-177092 LSLL3027CC WESTINGHOUSE 2837A88006 Q10 PANEL ID NO. Q1H11NGB2504K-B QlP17P001A-B D-177093 LSLL3027DC WESTINGHOUSE 2837A88G06 Q10 PANEL ID NO. Q1H11NGSSP2506G-B LT0474-PI U198639A K139 CLARE C. P. GPIR61D2000 QO2 LTN94-P1 U198639A K!!3 CLARE C. P. GPIR61D2000 Q02 ITN74-P2 U263805V K245 CLARE C. P. GPlR61D2000 QO2 PT0474-P2 U263806A K247 CLARE C. P. GPIR61D2000 QO2 PTN74-P2 U263806A K248 CLARE C. P. GPIR61D2000 Q02

'    ITN85-P3        U263805           K319            CLARE C. P. GPIR61D2000     QO2 FrN85-P3       U263806A           K320            CLARE C. P. GPlR61D2000     QO2 PT0485-P3      U263806A           K334            CLARE C. P. GPlR61D2000     QO2 IT04%P4        U263806A           K408            CLARE C. P. GPlR61D2000     QO2 FIN 96-P4      U263806A           K409            CLARE C. P. GPIR61D2000     QO2 IT0496-P4       U263805           K419            CLARE C. P. GPlR61D2000     QO2 FIN 55-PI       U198638C          K132            CLARE C. P. GPlR61D2000     Q02 IT0455-P1      U198638C           K131            CLARE C. P. GPlR61D2000     QO2 PTN56-P2        U198638C          K202            CLARE C. P. GPIR61D2000     QO2 ITN56-P2        U198638C          K201            CLARE C. P. GPlR61D2000     Q02 LTN84-P1       U198639A           K114            CLARE C. P. GPIR61D2000     QO2 PT0457-P3       U198638C          K315            CLARE C. P. GPlR61D2000     QO2 17TN57-P3       U198638C          K344            CLARE C. P. GPlR61D2000     QO2 LTN75-P2       U198639A           K230            CLARE C. P,  GPlR61D2000     QO2 LTN85-P2       U198639A           K228            CLARE C. P. GPlR61D2000     Q02 LT0495-P2      U198639A           K237             CLARE C. P. GPlR61D2000     QO2 LTN76-P3       U198639A           K331             CLARE C. P. GPlR61D2000     QO2 LTN86-P3       U198639A           K332             CIARE C. P. GPlR61D2000     Q02 LT0496-P3      U198639A           K333             CLARE C. P. GP1R61D2000     QO2 Fr0484-P2       U263806A          K218             CLARE C. P. GPlR61D2000     QO2 FTN 84 P2       U263806A          K231             CLARE C. P. GPlR61D2000     Q02 Ff0494-P2       U263806A          K2M              CLARE C. P. GPlR61D2000     QO2 PTN94-P2        U263806A          K203             CLARE C. P. GPlR61D2000     QO2 IT0951 P2       U198640E          K217             CLARE C. P. GPIR61D2000     QO2 IT0950-P1       Ul98640E          K137             CLARE C. P. GPlR61D2000     QO2 IT0951-P2       U198M0E           K216             CLARE C. P. GPIR61D2000     QO2       ,

i i Page 2

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD Fr0475-P3 U263806A K317 CLARE C. P. GPlR61D2000 QO2 FT0475-P3 U263806A K318 CLARE C. P. GPIR61D2000 QO2 FF0495-P3 U263806A K321 CLARE C. P. GPlR61D2000 QO2 PT0495-P3 U263806A K327 CLARE C. P. GP1R6ID2000 QO2 frT0952-P3 U198640E K330 CLARE C. P. GPlR61D2000 QO2 Fr0476-P4 U263806A K417 CLARE C. P. GPlR61D2000 QO2 Fr0476-P4 U263806A K418 CLARE C. P. GPIR6]D2000 QO2 PT0486-P4 U263806A K416 CLARE C. P. GP1R61D2000 QO2 Fr0486-P4 U263806A K410 CLARE C. P. GPlR61D2000 QO2 PT0953-P4 U198640E K430 CLARE C. P. GPIR61D2000 Q02 PT0953 P4 U198640E K429 CLARE C. P. GPlR61D2000 QO2 Fr0403-P4 U198633C K454 CLARE C. P. GPlR61D2000 QO2 Fr0403-P4 U198633C K455 CLARE C. P. GPlR61D2000 QO2 LT0459-P1 U198626B K135 CLARE C. P. GP1R61D2000 QO2 LT0460-P2 U198626B K234 CLARE C. P. GPlR61D2000 QO2 LTr>461-P3 U198626B K345 CLARE C. P. GPlR61D2000 QO2 PANEL ID NO. Q1H11NGSSP2506H-B LT0474-P1 U263814C K515 CLARE C. P. GPIR61A3000 QO2 I ~~W P1 U263814C K516 CLARE C. P. GPIR61A3000 QO2 O .fM % P1 LW)4-P1 U263814C U263814C K515 K516 CLARE C. P. CLARE C. P. GPlR61A3000 GPIR61A3000 QO2 QO2 LT0484-P1 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0484-P1 U263814C K516 CLARE C. P. GPIR61A3000 QO2 PT0474-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0496-P4 U263814C K521 CLARE C. P. GPlR61A3000 QO2 Fr0474-P2 U263814C K521 CLARE C. P. GPlR61A3000 QO2 o PT0496-P4 U263814C K501 CLARE C. P. GPIR61A3000 QO2 Fr0485-P3 U263814C K501 CLARE C. P. GPlR61A3000 QO2 Fr0485-P3 U263814C K521 CLARE C. P. GPIR6]A3000 QO2 PT0455-P1 U263814C K501 CLARE C. P. GPlR61A3000 QO2 Fr0455-P1 U263814C K521 CLARE C. P. GPIR61A3000 QO2 PT0456-P2 U263814C K501 CLARE C. P. GPIR61A3000 Q02

,       Fr0456-P2       U263814C       K521             CLARE C. P. GPlR61A3000     QO2 PT0455-P1       U263814C       K510             CLARE C. P. GPIR61A3000     QO2 l        PM457-P3        U263814C       K501             CLARE C. P. GPlR61A3000     QO2 Fr0457-P3       U263814C       K521             CLARE C. P. GPlR61A3000     QO2 LT0475-P2       U263814C       K515             CLARE C. P. GPIR61A3000     QO2 LT0475-P2       U263814C       K516             CLARE C. P. GPlR61A3000     QO2 L'IU485-P2      U263814C       K515             CLARE C. P. GPIR61A3000     QO2       l LT0485-P2       U263814C       K516             CLARE C. P. GPlR6iA3000     QO2 LT0495-P2       U263814C       K515             CLARE C. P. GPlR61A3000     QO2 LT0495-P2       U263814C       K516             CLARE C. P. GPlR61A3000     Q02       ,

L%476-P3 U263814C K515 CLARE C. P. GPIR61A3000 QO2 I LT0476-P3 U263814C K516 CLARE C. P. GPlR61A3000 QO2 LTO486-P3 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0486-P3 U263814C K516 CLARE C. P. GPlR61A3000 QO2 Page 3 I

APPENDIX D TABLE 3 FARLEY UNIT I ESSENTIAL RELAY LIST BY RELAY PANEL SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METIIOD LT0496-P3 U263814C K515 CLARE C. P. GPIR61A3000 QO2 LT0496-P3 U263814C K516 CLARE C. P. GPlR61A3000 Q02 PT0484-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 FT0484-P2 U263814C K52I CLARE C. P. GP1R61A3000 QO2 FIB 494-P2 U263814C K501 CLARE C. P. GPlR61 A3000 QO2 FIO494-P2 U263814C K52i CLARE C. P. GPlR61A3000 QO2 FIV951-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 FT0951-P2 U263814C K521 CLARE C. P. GPlR61A3000 QO2 FT0950-P1 U263814C K519 CLARE C. P. GPIR61A3000 Q02 FT0950-P1 U263814C K505 CLARE C. P. GPlR61A3000 QO2 FT0950-P1 U263814C K5% CLARE C. P. GPIR61A3000 QO2 FT0951 P2 U263814C K519 CLARE C. P. GPIR61A3000 QO2 FT0951-P2 U263814C K505 CLARE C. P. GPIR61A3000 QO2 FT0951-P2 U263814C K5M CLARE C. P. GPlR61A3000 Q02 l PT0475-P3 U263814C K501 CLARE C. P. GPlR61A3000 QO2 FTM75-P3 U263814C K521 CLARE C. P. GPIR61A3000 Q02 FIM56-P2 U263814C K510 CLARE C. P. GPlR61A3000 QO2 PT0495-P3 U263814C K521 CLARE C. P. GPIR61A3000 QO2 PT0495-P3 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0952-P'. U263814C K501 CLARE C. P. GPIR61A3000 Q02 FIV952-P3 U263814C K521 CLARE C. P. GPIR61A3000 Q02 IT0476-P4 U263814C K501 CLARE C. P. GPlR61A3000 QO2 FT0476-P4 U263814C K521 CLARE C. P. GPlR61A3000 QO2 l FTM86-P4 U263814C K501 CLARE C. P. GPlR61A3000 QO2 IT0486-P4 U263814C K521 CLARE C. P. GPIR61A3000 QO2 I PT0953-P4 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0953-P4 U263814C K521 CLARE C. P. GPIR61A3000 QO2 IT0953-P4 U263814C K519 CLARE C. P. GPlR61A3000 QO2 IT0953-P4 U263814C K506 CLARE C. P. GPlR61A3000 QO2 IT0953-P4 U263814C K505 CLARE C. P. GPlR61A3000 QO2 PANEL iD NO. Qllll1NGSSP2506i-B MOV8702B-B D-177091 K454 CLARE C. P. GP1R61D2000 QO2 MOV87028-B D-177091 K455 CLARE C. P. GPlR61D2000 QO2 IIV3376-B D-177362 K613 WESTINGIIOUSE AR440AR RG7 QlN23P001B-B D-177186/2 K633 WESTINGiiOUSE AR440AR RG7 MOV8811B-B D-177132 K648 WESTINGIIOUSE AR440AR RG7 MOV8811B-B D-177132 K646 WES11NGilOUSE AR440AR RG7 MOV88128-B D-177773 K648 WESTINGHOUSE AR440AR RG7 MOV8812B-B D-177773 K647 WES11NGIIOUSE AR440AR RG7 PCVM45A-A D-177381/1 K628 WESTINGHOUSE AR440AR RG7 LCVO11SD-B D-177631 K603 WESTINGlIOUSE AR440AR RG7 IIV3659-B D 177373/1 K606 WESTINGilOUSE AR440AR RG7 LT0474-P1 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0474-P1 U263814C K634 WESTINGHOUSE AR440AR RG7 LTN94-P1 U263814C K633 WESTINGIIOUSE AR440AR RG7 LTN94-PI U263814C K634 WESTINGIlOUSE AR440AR RG7 Page 4

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL (D U SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD LT0484-P1 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0484-P1 U263814C K634 WES11NGilOUSE AR440AR RG7 ITN74-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 FT0474-P2 U263814C K602 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K603 WESTINGIIOUSE AR440AR RG7 IT0474-P2 U263814C K604 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K608 WESTINGHOUSE AR440AR RG7 FT0474-P2 U263814C K609 WESTINGHOUSE AR440AR RG7 ITN74-P2 U263814C K611 WESTINGIIOUSE AR440AR RG7 PT04%P4 U263814C K610 WES11 ngl!OUSE AR440AR RG7 PTN74-P2 U263814C K610 WESTINGHOUSE AR440AR RG7 PT0485-P3 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0485-P3 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0485-P3 U263814C K602 WESTINGHOUSE AR440AR RG7 ITN85-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 FIN 85-P3 U263814C K610 WESTINGliOUSE AR440AR RG7 ITN85-P3 U263814C K609 WESTINGHOUSE AR440AR RG7 IT0485-P3 U263814C K611 WES11NGilOUSE AR440AR RG7 FT04%P4 U263814C K611 WESTINGI!OUSE AR440AR RG7 f \ IT0485-P3 FT04 % P4 U263814C U263814C K604 K601 WESTINGHOUSE WESTINGilOUSE AR440AR AR440AR RG7 RG7 FT04 % P4 U263814C K603 WESTINGilOUSE AR440AR RG7 FT04 % P4 U263814C K602 WESTINGilOUSE AR440AR RG7 PTNEP4 U263814C K6N WESTINGIIOUSE AR440AR RG7 IT04%P4 U263814C K608 WESTINGHOUSE AR440AR RG7 FTNEP4 U263814C K609 WESTINGHOUSE AR440AR RG7 PTN55-P1 U263814C K609 WESTINGHOUSE AR440AR RG7 FIN 55-PI U263814C K601 WESTINGHOUSE AR440AR RG7 FT0455-P1 U263814C K602 WESTINGHOUSE AR440AR RG7 PT0455-P1 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0455-P1 U263814C K604 WESTINGHOUSE AR440AR RG7 IT0455-P1 U263814C K608 WESTINGHOUSE AR440AR RG7 FTN55-P1 U263814C K610 WES11NGHOUSE AR440AR RG7 ITN55-P1 U263814C K611 WESTINGilOUSE AR440AR RG7 PTN56-P2 U263814C K601 WESTINGIIOUSE AR440AR RG7 IT0456-P2 U263814C K602 WESTINGHOUSE AR440AR RG7 ITN56-P2 U263814C K603 WESTINGIIOUSE AR440AR RG7 FIN S P2 U263814C K604 WESTINGHOUSE AR440AR RG7 FT04 % P2 U263814C K608 WESTINGHOUSE AR440AR RG7 PTN E P2 U263814C K609 WESTINGHOUSE AR440AR RG7 ITNEP2 U263814C K610 WESTINGIIOUSE AR440AR RG7 PT04 % P2 U263814C K611 WES11NGHOUSE AR440AR RG7 PT0455-P1 U263814C K628 WES11NGHOUSE AR440AR RG7 IT0457-P3 U263814C K601 WESTINGHOUSE AR440AR RG7 FT0457-P3 U263814C K602 WESTINGHOUSE AR440AR RG7 PTN57-P3 U263814C K603 WESTINGHOUSE AR440AR RG7 IT0457-P3 U263814C K6N WESTINGHOUSE AR440AR RG7

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l APPENDIX D TABLE 3  : FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL l SSEL REFERENCE RELAY RELAY RELAY RESOLUTION l COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD IT0457-P3 U263814C K608 WESTINGIIOUSE AR440AR RG7 PT0457-P3 U263814C K609 WESTINGIIOUSE AR440AR RG7 IT0457-P3 U263814C K610 WESTINGIIOUSE AR440AR RG7 PT0457-P3 U263814C K611 WESTINGlIOUSE AR440AR RG7 LT0475-P2 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0475-P2 U263814C K634 WESTINGIIOUSE AR440AR RG7 LT0485-P2 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0485-P2 U263814C K634 WESTINGilOUSE AR440AR RG7 LT0495-P2 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0495-P2 U263814C K634 WESTINGIIOUSE AR440AR RG7 LTN76-P3 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0476-P3 U263814C K634 WES11NGilOUSE AR440AR RG7 LTM86-P3 U263814C K633 WESTINGHOUSE AR440AR RG7 LTN86-P3 U263814C K634 WESTINGIIOUSE AR440AR RG7 LT0496-P3 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0496-P3 U263814C K634 WESTINGIIOUSE AR440AR RG7 PT0484-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 FIU484-?2 U263814C K602 WESTINGHOUSE AR440AR RG7 FTN 84-P2 U263814C K603 WESTINGilOUSE AR440AR RG7 Q V I'IN84-P2 IT0484-P2 U263814C U263814C K6N K608 WESTINGHOUSE WESTINGIIOUSE AR440AR AR440AR RG7 RG7 IT0484-P2 U263814C K609 WESTINGIIOUSE AR440AR RG7 PTN84-P2 U263814C K610 WESTINGHOUSE AR440AR RG7 FT0484-P2 U263814C K611 WESTINGHOUSE AR440AR RG7 PT0494-P2 U263814C K602 WESTINGHOUSE AR440AR RG7 l'T0494-P2 U263814C K604 WES1TNGHOUSE AR440AR RG7 IT0494-P2 U263814C K601 WESTINGIIOUSE AR440AR RG7 FT0494-P2 U263814C K603 WESTINGHOUSE AR440AR RG7 PTN94-P2 U263814C K608 WESTINGHOUSE AR440AR RG7 FT0494-P2 U263814C K609 WESTINGIIOUSE AR440AR RG7 PT0494-P2 U263814C K610 WESTINGHOUSE AR440AR RG7 PTN94-P2 U263814C K611 WESTINGlIOUSE AR440AR RG7 FIO951-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 l'T0951-P2 U263814C K603 WESTINGI!OUSE AR440AR RG7 PT0951-P2 U263814C K602 WESTINGHOUSE AR440AR RG7  ! FT0951-P2 U263814C K6N WESTINGHOUSE AR440AR RG7 PT0951-P2 U263814C K608 WESTINGilOUSE AR440AR RG7 l FT0951-P2 U263814C K609 WESTINGilOUSE AR440AR RG7 ) PT0951-P2 U263814C K610 WESTINGilOUSE AR440AR RG7 PT0951-P2 U263814C K611 WESTINGHOUSE AR440AR RG7 l IT0950-P1 U263814C K643 WESTINGHOUSE AR440AR RG7 j PT0950-P1 U263814C K644 WESTINGIIOUSE AR440AR RG7 l PT0950-P1 U263814C K645 WES11 ngl!OUSE AR440AR RG7 FT0950-P1 U263814C K618 WESTINGIIOUSE AR440AR RG7 O- Fr0950-P1 U263814C K619 WESTINGilOUSE AR440AR RG7 IT0950-P1 U263814C K625 WESTINGilOUSE AR440AR RG7 l FIU950-P1 U263814C K626 WES1TNGHOUSE AR440AR RG7 I Page 6 """^ "

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL O SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD PT0951-P2 U263814C K643 WESTINGHOUSE AR440AR RG7 FT0951-P2 U263814C K644 WESTINGHOUSE AR440AR RG7 PT0951-P2 U263814C K645 WESTINGHOUSE AR440AR RG7 Fr0951-P2 U263814C K618 WESTINGIIOUSE AR440AR RG7 l PT0951-P2 U263814C K625 WESTINGIIOUSE AR440AR RG7 j Irr0951-P2 U263814C K626 WESTINGIIOUSE AR440AR RG7 ) Fr0951-P2 U263814C K619 WESTINGliOUSE AR440AR RG7 ! FF0475-P3 U263814C K601 WESTINGHOUSE AR440AR RG7 FIN 75-P3 U263814C K603 WESTINGIIOUSE AR440AR RG7 PTN75 P3 U263814C K602 WESTINGHOUSE AR440AR RG7 PT0475-P3 U263814C K604 WESTINGIIOUSE AR440AR RG7 i Fr0475-P3 U263814C K608 WESTINGIIOUSE AR440AR RG7 l PT0475-P3 U263814C K609 WESTINGIIOUSE AR440AR RG7 FT0475-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 FT0475-P3 U263814C K611 WESTINGiiOUSE AR440AR RG7 PT0456-P2 U263814C K628 WESTINGHOUSE AR440AR RG7 PT0495-P3 U263814C K601 WESTINGIIOUSE AR440AR RG7 l'rN95-P3 U263814C K603 WESTINGIIOUSE AR440AR RG7 PIN 95-P3 U263814C K602 WESTINGHOUSE AR440AR RG7 l'IN95-P3 U263814C K604 WESTINGiiOUSE AR440AR RG7 v FF0495-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 FF0495-P3 U263814C K609 WESTINGilOUSE AR440AR RG7 l'T0495-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 l'r0495-P3 U263814C K611 WESTINGIIOUSE AR440AR RG7 PT0952-P3 U263814C K601 WESTINGHOUSE AR440AR RG7 17f0952-P3 U263814C K602 WESTINGHOUSE AR440AR RG7 PT0952-P3 U263814C K603 WESTINGIIOUSE AR440AR RG7 l'T0952-P3 U263814C K604 WESTINGIIOUSE AR440AR RG7 PT0952-P3 U263814C K608 WESTINGIIOUSE AR440AR RG7 FF0952-P3 U263814C K609 WESTINGHOUSE AR440AR RG7 17f0952-P3 U263814C K610 WESTINGIIOUSE AR440AR RG7 FF0952-P3 U263814C K611 WES11NGHOUSE AR440AR RG7 Fr0476-P4 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0476-P4 U263814C K602 WESTINGHOUSE AR440AR RG7 PTN76-P4 U263814C K603 WESTINGIIOUSE AR440AR RG7 IrrN76-P4 U263814C K6N WESTINGHOUSE AR440AR RG7 PT0476-P4 U263814C K608 WES11 ngl!OUSE AR440AR RG7 1*l N 76-P4 U263814C K609 WESTINGIIOUSE AR440AR RG7 PT0476-P4 U263814C K610 WESTINGilOUSE AR440AR RG7 l'IN 76-P4 U263814C K611 WESTINGlIOUSE AR440AR RG7 FT0486-P4 U263814C K601 WESTINGIIOUSE AR440AR RG7 PT0486-P4 U263814C K602 WESTINGiiOUSE AR440AR RG7 FrN86-P4 U263814C K603 WESTINGilOUSE AR440AR RG7 O FIN 86-P4 U263814C K604 WESTINGIIOUSE AR440AR RG7 U PT0486-P4 U263814C K608 WESTINGHOUSE AR440AR RG7 l'IN86-P4 U263814C K610 WESTINGHOUSE AR440AR RG7 FIN 86-P4 U263814C K611 WESTINGlIOUSE AR440AR RG7 p nuuma 7 J

l l APPENDIX D 4 TABLE 3 l FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

  /

D SSEL REFERENCE RELAY RELAY RELAY RESOLUTION l COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD PTN86-P4 U263814C K609 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K608 WESTINGliOUSE AR440AR RG7 PT0953-P4 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K603 WESTINGHOUSE AR440AR RG7 FT0953-P4 U263814C K602 WESTINGIIOUSE AR440AR RG7 l'T0953-P4 U263814C K604 WESTINGliOUSE AR440AR RG7 l'T0953-P4 U263814C K609 WES11NGHOUSE AR440AR RG7 FIO953-P4 U263814C K610 WESTINGIIOUSE AR440AR RG7 FT0953-P4 U263814C K611 WESTINGHOUSE AR440AR RG7 FT0953-P4 U263814C K643 WESTINGHOUSE AR440AR RG7 l'T0953-P4 U263814C K644 WESTINGHOUSE AR440AR RG7 I'T0953-P4 U263814C K645 WESTINGl!OUSE AR440AR RG7 l'T0953-P4 U263814C K618 WESTINGilOUSE AR440AR RG7 PT0953-P4 U263814C K619 WESTINGHOUSE AR440AR RG7 IrT0953-P4 U263814C K625 WESTINGilOUSE AR440AR RG7 PT0953-P4 U263814C K626 WESTINGIIOUSE AR440AR RG7 QlR43A502-B D.172778 K609 WESTINGHOUSE AR440AR RG7 QlR43E001B-B D 177646 K611 WESTINGHOUSE AR440AR RG7 QlR43E501B-B D-177660 K608 WESTINGIIOUSE AR440AR RG7 O HV2228 D 177381/3 K626 WESTINGIIOUSE AR440AR RG7 MOV8808B-B D-177052 K603 WESTINGIIOUSE AR440AR RG7 MOV8808B-B D-177052 K628 WESTINGif0USE AR440AR RG7 PANEL ID NO. QIHilNGSSP2506J-B QlR43E001B-B D-177646 K814 PAB MDR 66-4 RG7 PANEL ID NO. Q1H11NGSSP2506K-A LTG494-P1 U198639A Kil3 CLARE C. P. GPIR61D2000 QO2 LT0484-PI U198639A K114 CLARE C. P. GPIR61D2000 Q02 PT0474-P2 U263805V K245 CLARE C. P. GPlR61D2000 QO2 LTN74-P1 U198639A K139 CLARE C. P. GPIR61D2000 Q02  ; I'T0485-P3 U263805 K319 CLARE C. P. GPlR61D2000 QO2 PT0474-P2 U263806A K247 CLARE C. P. GPlR61D2000 QO2 PT0474-P2 U263806A K248 CLARE C. P. GPlR61D2000 QO2 l'T0485-P3 U263806A K320 CLARE C. P. GPlR61D2000 QO2 ) PT0485-P3 U263806A K334 CLARE C. P. GPIR61D2000 QO2 PT0496-P4 U263805 K419 CLARE C. P. GPlR61D2000 QO2 PT0496-P4 U2638M A K409 CLARE C. P. GPlR61D2000 Q02 ) I'IU496-P4 U263806A K408 CLARE C. P. GPlR61D2000 QO2  ; PTN55-P1 U198638C K132 CLARE C. P. GPlR61D2000 QO2 i FTN55-P1 U198638C K131 CLARE C. P. GPIR61D2000 QO2 l FT0456-P2 U198638C K202 CLARE C. P. GPlR61D2000 QO2 ) FT0456-P2 Ul98638C K201 CLARE C. P. GPlR61D2000 QO2 i CLARE C. P. GPIR61D2000 PTN57-P3 U198638C K315 QO2 l'ID457-P3 U198638C K344 CLARE C. P. GPlR61D2000 QO2

  #O       LT0475-P2      U198639/.      K230            CLARE C. P. GPlR61D2000      QO2
,          LTN85-P2       U19869A        K228            CLARE C. P. GPIR61D2000      QO2     j LTN95-P2        U198639A      K237            CLARE C. P. GPIR61D2000      QO2 Page 8                                        1 l

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL O SSEL REFERENCE RELAY RELAY RELAY MODEL NO. RESOLUTION METHOD COMPONENT DRAWING ID NO. VENDOR LT0476-P3 U198639A K331 CLARE C. P. GPlR61D2000 Q02 LT0486-P3 U198639A K332 CLARE C. P. GPlR61D2000 QO2 LT0496-P3 U198639A K333 CLARE C. P. GPlR61D2000 QO2 I % 84-P2 U263806A K218 CLARE C. P. GPIR61D2000 QO2 FT0484-P2 U263806A K231 CLARE C. P. GPIR61D2000 QO2 17T0494-P2 U263806A K204 CLARE C. P. GPlR61D2000 QO2 IT0494-P2 U263806A K203 CLARE C. P. GPlR61D2000 QO2 IT0951-P2 U198640E K216 CLARE C. P. GPlR61D2000 QO2 PT0951 P2 U198640E K217 CLARE C. P. GPlR61D2000 QO2 FF0950-P1 U198640E K137 CLARE C. P. GPlR61D2000 QO2 FT0475-P3 U263806A K317 CLARE C. P. GPIR61D2000 QO2 PT0475-P3 U263806A K318 CLARE C. P. GPlR61D2000 QO2 I%95-P3 U263806A K327 CLARE C. P. GPlR61D2000 QO2 IT0495-P3 U263806A K321 CLARE C. P. GPlR61D2000 QO2 IT0952-P3 U198640E K330 CLARE C. P. GPIR61D2000 QO2 PT0476-P4 U263806A K417 CLARE C. P. GPlR61D2000 QO2 FT0476-P4 U263806A K4I8 CLARE C. P. GPlR61D2000 QO2 ITN86-P4 U263806A K416 CLARE C. P. GPlR61D2000 QO2 FT0486-P4 U263806A K410 CLARE C. P. GPlR61D2000 QO2 O PT0953-P4 U198640E K430 CLARE C. P. GPIR61D2000 QO2 PT0953-P4 U198640E K429 CLARE C. P. GPlR61D2000 QO2 PTN02-PI U198633C K154 CLARE C. P. GPlR61D2000 QO2 IT0402-P1 U198633C KIS5 CLARE C. P. GPIR61D2000 QO2 LTN59-PI U198626B K135 CLARE C. P. GPlR61D2000 QO2 LT0460-P2 U198626B K234 CLARE C. P. GPlR61D2000 Q02 LTN61-P3 U198626D K345 CLARE C. P. GPIR61D2000 QO2 PANEL ID NO. QllillNGSSP2506L-A LT0474-P1 U263814C K515 CLARE C. P. GPlR61A3000 Q02 LT0474-PI U263814C K516 CLARE C. P. GPlR61A3000 Q02 LT0494-P1 U263814C K515 CLARE C. P. GPIR61A3000 Q02 j LTN94-P1 U263814C K516 CLARE C. P. GPlR61A3000 QO2 LT0484-P1 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0484-PI U263814C K516 CIARE C. P. GPIR61A3000 QO2 PT0474-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 , PT0474-P2 U263814C K521 CLARE C. P. GPlR61A3000 QO2 l IT0496-P4 U263814C K501 ClARE C. P. GP1R61A3000 QO2 I W 96-P4 U263814C K521 CLARE C. P. GPlR61A3000 QO2 IT0485-P3 U263814C K501 CLARE C. P. GPIR61A3000 Q02 I%85-P3 U263814C K521 CLARE C. P. GPlR61A3000 QO2 IT0455-P1 U263814C K501 CIARE C. P. GPlR61A3000 Q02 IW55-P1 U263814C K521 CLARE C. P. GPIR61A3000 Q02 1 % 56-P2 U263814C K501 CLARE C. P. GPlR61A3000 Q02 l'IU456-P2 U263814C K52i CLARE C. P. GPlR61A3000 QO2 f FIN 55-PI U263814C K510 CLARE C. P. GPlR61A3000 QO2 PT0457-P3 U263814C K501 CLARE C. P. GPlR61A3000 Q02 PT0457-P3 U263814C K521 CLARE C. P. GP1R6iA3000 Q02 Pagc9

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD LT0475-P2 U263814C K515 CLARE C. P. GPIR61A3000 QO2 LT0475-P2 U263814C K516 CLARE C. P. GPIR61A3000 QO2 LT0485-P2 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0485-P2 U263814C K516 CLARE C. P. GPlR61A3000 QO2 LT0495-P2 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0495-P2 U263814C K516 CIARE C. P. GPIR61A3000 QO2 LT0476-P3 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LTM76-P3 U263814C K516 CLARE C. P. GPIR61A3000 QO2 LT0486-P3 U263814C K515 CLARE C. P. GPlR61A3000 QO2 LT0486-P3 U263814C K516 CLARE C. P. GPI,R61A3000 QO2 LTM96-P3 U263814C K515 CLARE C. P. GPIR61A3000 Q02 LT0496-P3 U263814C K516 CLARE C. P. GPlR61A3000 QO2 PT0484-P2 U263814C K501 CLARE C. P. GP1R61A3000 Q02 PT0484-P2 U263814C K521 CLARE C. P. GPIR61A3000 Q02 M M 94-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0494-P2 U263814C K521 CLARE C. P. GPIR61A3000 QO2 IT0951-P2 U263814C K501 CLARE C. P. GPlR61A3000 QO2 N 0951-P2 U263814C K521 CLARE C. P. GPlR61A3000 QO2 PT0950-P1 U263814C K519 CLARE C. P. GPlR61A3000 QO2 f \ PT0950-P1 N 0950-P1 U263814C U263814C K505 K506 CLARE C. P. CIARE C. P. GPlR61A3000 GP1R61A3000 QO2 QO2 IT0951-P2 U263814C K519 CLARE C. P. GPIR61A3000 QO2 liO951-P2 U263814C K505 CLARE C. P. GPlR61A3000 QO2 FID951-P2 U263814C K506 CLARE C. P. GPlR61A3000 QO2 140475-P3 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0475-P3 U263814C K321 CLARE C. P. GPlR61A3000 QO2 170456-P2 U263814C K510 CLARE C. P. GPlR61A3000 QO2 PT0495-P3 U263814C K501 CLARE C. P. GPIR61A3000 Q02 FIN 95-P3 U263814C K521 CLARE C. P. GPlR61A3000 QO2 PT0952-P3 U263814C K501 CLARE C. P. GPlR61A3000 QO2 PT0952-P3 U263814C K521 CLARE C. P. GPIR61A3000 QO2 PTN76-P4 U263814C K501 CLARE C. P. GPlR61A3000 Q02 IT0476-P4 U263814C K521 CLARE C. P. GPlR6tA3000 QO2 ITN86-P4 U263814C K501 CLARE C. P. GPlR61A3000 Q02 PT0486-P4 U263814C K521 CLARE C. P. GPlR61A3000 QO2 N 0953-P4 U263814C K501 CLARE C. P. GPlR61A3000 QO2 IT0953-P4 U263814C K521 CLARE C. P. GPIR61A3000 QO2 N0953-P4 U263814C K519 CLARE C. P. GPlR61A3000 QO2 PT0953-P4 U263814C K505 CLARE C. P. GPIR61A3000 QO2 PT0953-P4 U263814C K506 CLARE C. P. GPlR61A3000 QO2 PANEL ID NO. Q1H11NGSSP2506M-A MOV8701A-A D-177091 K154 CLARE C. P. GPlR61D2000 QO2 MOV8701A-A D 177091 K155 CIARE C. P. GPlR61D2000 QO2 HV3MS-A D-177854 K625 WESTINGHOUSE AR440AR RG7 ( LCV0ll5B-A D-177603 K603 WESTINGIIOUSE AR440AR RG7 HV8028-A D-177382 K606 WESTINGHOUSE AR440AR RG7 Page 10

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i

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL A SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD MOV8811 A-A D 177132 K648 WESTINGHOUSE AR440AR RG7 MOV8811 A-A D-177132 KM6 WESTINGHOUSE AR440AR RG7 MOV8812A-A D 177773 K648 WESTINGliOUSE AR440AR RG7 MOV8812A-A D-177773 K647 WESTINGHOUSE AR440AR RG7 PCV0444B-B D-177381/1 K628 WESTINGHOUSE AR440AR RG7 IIV3377-A D-177373/l K613 WESTINGHOUSE AR440AR RG7 LT0474-P1 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0474-P1 U263814C K634 WESTINGHOUSE AR440AR RG7 LT0494-PI U263814C K633 WESTINGHOUSE AR440AR RG7 LT0494-PI U263814C K634 WESTINGHOUSE AR440AR RG7 LT0484-P1 U263814C K633 WESTINGHOUSE AR440AR RG7 LTN84-P1 U263814C K634 WESTINGIIOUSE AR440AR RG7 IT0474-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K602 WESTINGIlOUSE AR440AR RG7 I'IN 74-P2 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K6N WESTINGHOUSE AR440AR RG7 PTN74-P2 U263814C K608 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K609 WESTINGHOUSE AR440AR RG7 IT0474-P2 U263814C K611 WESTINGlIOUSE AR440AR RG7 / FrN%P4 U263814C K601 WESTINGHOUSE AR440AR RG7 k IT0496-P4 U263814C K603 WESTINGHOUSE AR440AR RG7 IT04 % P4 U263814C K602 WESTINGIIOUSE AR440AR RG7 ITN96-P4 U263814C K6N WESTINGIIOUSE AR440AR RG7 FT0496-P4 U263814C K608 WESTINGilOUSE AR440AR RG7 PT0496-P4 U263814C K611 WESTINGHOUSE AR440AR RG7 PT0474-P2 U263814C K610 WESTINGHOUSE AR440AR RG7 PTN85-P3 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0485-P3 U263814C K603 WESTINGHOUSE AR440AR RG7 ITN85-P3 U263814C K602 WESTINGIIOUSE AR440AR RG7 I"fM85-P3 U263814C K604 WESTINGHOUSE AR440AR RG7 < IT0485-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 ITN85-P3 U263814C K609 WESTINGHOUSE AR440AR RG7 PT0485-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 PTN85-P3 U263814C K611 WESTINGIlOUSE AR440AR RG7 PT0496-P4 U263814C K609 WESTINGIIOUSE AR440AR RG7 frT0496-P4 U263814C K610 WESTINGliOUSE AR440AR RG7 PT0455-P1 U263814C K601 WESTINGHOUSE AR440AR RG7 PTN55-P1 U263814C K602 WESTINGHOUSE AR440AR RG7 PTN55-P1 U263814C K603 WESTINGHOUSE AR440AR RG7 l IT0455-P1 U263814C K604 WESTINGHOUSE AR440AR RG7 i FF0455-P1 U263814C K608 WESTINGHOUSE AR440AR RG7  ! FIN 55-P1 U263814C K609 WESTINGHOUSE AR440AR RG7 IT0455-P1 U263814C K610 WESTINGHOUSE AR440AR RG7 ,A IT0455-P1 U263814C K611 WESTINGHOUSE AR440AR RG7 \ PT0456-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 IT0456-P2 U263814C K602 WESTINGHOUSE AR440AR RG7 PID456-P2 U263814C K603 WESTINGHOUSE AR440AR RG7

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

      --                        SSEL         REFERENCE        RELAY             RELAY       RELAY    RESOLUTION COMPONENT            DRAWING         ID NO.          VENDOR      MODEL NO. METHOD IT0456-P2         U263814C       K604           WESTINGilOUSE  AR440AR      RG7 IT N 56-P2        U263814C       K608           WESTINGIIOUSE  AR440AR      RG7 IT0456-P2         U263814C       K609           WESTINGIIOUSE  AR440AR      RG7 Fr0456-P2         U263814C       K610           WESTINGHOUSE   AR440AR      RG7 IT0456-P2         U263814C       K611           WESTINGHOUSE   AR440AR      RG7 PT0455-P1         U263814C       K628           WESTINGIIOUSE  AR440AR      RG7 PT0457-P3         U263814C       K601           WESTINGHOUSE   AR440AR      RG7 PT0457-P3        ,U263814C       K602           WESTINGl!OUSE  AR440AR      RG7 FF0457-P3         U263814C       K603           WESTINGiiOUSE  AR440AR      RG7 PTN57-P3          U263814C       K6N            WESTINGIIOUSE  AR440AR      RG7 IT0457-P3         U263814C       K608           WESTINGIIOUSE  AR440AR      RG7 PT0457-P3          U263814C      K609           WESTINGHOUSE   AR440AR      RG7 PTN57-P3           U263814C      K610           WESTINGHOUSE   AR440AR      RG7 PT0457-P3          U263814C      K611           WESTINGIIOUSE  AR440AR      RG7 LT0475-P2          U263814C      K633           WESTINGHOUSE   AR440AR      RG7 LT0475-P2          U263814C      K634           WESTINGIIOUSE  AR440AR      RG7 LT0485-P2          U263814C      K633           WES11NGIIOUSE  AR440AR      RG7 LT0485-P2          U263814C      K634           WESTINGIIOUSE  AR440AR      RG7 LT0495-P2          U263814C      K633           WESTINGHOUSE   AR440AR      RG7 f
    \

LT0495-P2 LT0476-P3 U263814C U263814C K634 K633 WESTINGHOUSE WESTINGilOUSE AR440AR AR440AR RG7 RG7 LTD476-P3 U263814C K634 WESTINGHOUSE AR440AR RG7 LT0486-P3 U263814C K633 WESTINGIIOUSE AR440AR RG7 LT0486-P3 U263814C K634 WESTINGHOUSE AR440AR RG7 LTN96-P3 U263814C K633 WESTINGHOUSE AR440AR RG7 LT0496-P3 U263814C K634 WESTINGHOUSE AR440AR RG7 IT0484-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0484 P2 U263814C K603 WESTINGHOUSE AR440AR RG7 FF0484-P2 U263814C K602 WESTINGIIOUSE AR440AR RG7 ITN84-P2 U263814C K604 WESTINGIIOUSE AR440AR RG7 IT0484-P2 U263814C K608 WESTINGHOUSE AR440AR RG7 PT0484-P2 U263814C K609 WESTINGHOUSE AR440AR RG7 PT0484-P2 U263814C K610 WESTINGHOUSE AR440AR RG7 PTN84-P2 U263814C K611 WESTINGHOUSE AR440AR RG7 IT0494-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 PT0494-P2 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0494-P2 U263814C K602 WESTINGIIOUSE AR440AR RG7 IT0494-P2 U263814C K604 WESTINGIIOUSE AR440AR RG7 FF0494-P2 U263814C K608 WESTINGHOUSE AR440AR RG7 IT N 94-P2 U263814C K609 WESTINGHOUSE AR440AR RG7 PTN94-P2 U263814C K610 WESTINGIIOUSE AR440AR RG7 PIO494-P2 U263814C K611 WESTINGiiOUSE AR440AR RG7 IT0951-P2 U263814C K601 WESTINGHOUSE AR440AR RG7 O PT0951-P2 U263814C K603 WESTINGHOUSE AR440AR RG7 !V PT0951-P2 U263814C U263814C K602 WESTINGIIOUSE WESTINGHOUSE AR440AR AR440AR RG7 RG7 FT0951-P2 K604 IT0951-P2 U263814C K608 WESTINGHOUSE AR440AR RG7

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Page 12 l 1 - _ - - - _ . _ _ _ _ _ _ _ _ - _ _ - . _ _

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL (

\      SSEL      REFERENCE        RELAY            RELAY        RELAY     RESOLUTION COMPONENT       DRAWING          ID NO.         VENDOR       MODEL NO. METIIOD IT0951-P2      U263814C        K609          WESTINGHOUSE    AR440AR       RG7 Fr0951-P2      U263814C        K610          WESTINGHOUSE    AR440AR       RG7 170951-P2      U263814C        K611          WESTINGHOUSE    AR440AR       RG7 IT0950-PI      U263814C        K643          WESTINGHOUSE    AR440AR      RG7 PT0950-PI      U263814C        K644          WESTINGIIOUSE   AR440AR       RG7 Fr0950-P1      U263814C        K645          WESTINGHOUSE    AR440AR       RG7 Fr0950-P1      U263814C        K618          WESTINGHOUSE    AR440AR       RG7 FF0950-P1      U263814C        K619          WESTINGIIOUSE   AR440AR       RG7 IT0950-P1      U263814C        K625          WESTINGIIOUSE   AR440AR       RG7 l'r0950-PI     U263814C        K626          WESTINGIIOUSE   AR440AR       RG7 FF0951-P2       U263814C       K643          WESTINGilOUSE   AR440AR       RG7 FT0951-P2      U263814C        K644          WESTINGHOUSE    AR440AR       RG7 Fr0951-P2       U263814C       K645          WESTINGHOUSE    AR440AR       RG7 Fr0951-P2      U263814C        K618          WESTINGHOUSE    AR440AR       RG7 Fr0951 P2       U263814C       K625          WESTINGHOUSE    AR440AR       RG7 PT0951-P2       U263814C       K626          WES11NGilOUSE   AR440AR       RG7 Fr0951-P2       U263814C       K619          WESTINGIIOUSE   AR440AR       RG7 PTM75-P3        U263814C       K601          WESTINGIIOUSE   AR440AR       RG7 FT0475-P3       U263814C       K603          WESTINGIIOUSE   AR440AR       RG7 FF0475-P3       U263814C       K602          WES11NGIIOUSE   AR440AR       RG7 g

\ IT0475-P3 U263814C K604 WES1TNGHOUSE AR440AR RG7 ITN75-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 PT0475-P3 U263814C K609 WESTINGHOUSE AR440AR RG7 Fr0475-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 PTM75-P3 U263814C K611 WESTINGlIOUSE AR440AR RG7 PT0456-P2 U263814C K628 WESTINGilOUSE AR440AR RG7 IT0495-P3 U263814C K601 WESTINGIIOUSE AR440AR RG7 ITN95-P3 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0495-P3 U263814C K602 WESTINGHOUSE AR440AR RG7 FIN 95-P3 U263814C K604 WESTINGIIOUSE AR440AR RG7 FIN 95-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 Fr0495-P3 U263814C K609 WESTINGHOUSE AR440AR RG7 Fr0495-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 IT0495-P3 U263814C K611 WESTINGlIOUSE AR440AR RG7 Pr0952-P3 U263814C K601 WESTINGilOUSE AR440AR RG7 Fr0952-P3 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0952-P3 U263814C K602 WESTINGIIOUSE AR440AR - RG7 PT0952-P3 U263814C K604 WESTINGHOUSE AR440AR RG7 Fr0952-P3 U263814C K608 WESTINGHOUSE AR440AR RG7 IT0952-P3 U263814C K610 WESTINGHOUSE AR440AR RG7 FF0952-P3 U263814C K609 WES11NGIIOUSE AR440AR RG7 Fr0952-P3 U263814C K611 WESTINGHOUSE AR440AR RG7 I'ID476-P4 U263814C K601 WESTINGHOUSE AR440AR RG7 O FT0476-P4 U263814C K602 WESTINGHOUSE AR440AR RG7 U IT0476-P4 U263814C K603 WESTINGHOUSE AR440AR RG7 FT M 76-P4 U263814C K6N WESTINGHOUSE AR440AR RG7 Fr0476-P4 U263814C K609 WESTINGHOUSE AR440AR RG7 l Page 13

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD l'T0476-P4 U263814C K610 WESTINGHOUSE AR440AR RG7 l'T0476-P4 U263814C K611 WES11NGlIOUSE AR440AR RG7 Irr0476-P4 U263814C K608 WESTINGHOUSE AR440AR RG7 PT0486-P4 U263814C K601 WESTINGHOUSE AR440AR RG7 l'T0486-P4 U263814C K602 WESTINGHOUSE AR440AR RG7 PT0486-P4 U263814C K604 WESTINGHOUSE AR440AR RG7 frr0486-P4 U263814C K608 WESTINGHOUSE AR440AR RG7 l'r0486-P4 U263814C K609 WESTINGHOUSE AR440AR RG7 Pr0486-P4 U263814C K610 WESTINGHOUSE AR440AR RG7 Irf0486-P4 U263814C K611 WESTINGHOUSE AR440AR RG7 Irr0486-P4 U263814C K603 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K601 WESTINGHOUSE AR440AR RG7 I'T0953-P4 U263814C K603 WESTINGHOUSE AR440AR RG7 l'r0953-P4 U263814C K602 WESTINGHOUSE AR440AR RG7 Fr0953-P4 U263814C K604 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K609 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K610 WESTINGIIOUSE AR440AR RG7 PT0953-P4 U263814C K611 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K643 WESTINGHOUSE AR440AR RG7 O PT0953-P4 U263814C K644 WES11NGIIOUSE AR440AR RG7 PT0953-P4 U263814C K645 WESTINGHOUSE AR440AR RG7 I'll)953-P4 U263814C K618 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K619 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K625 WESTINGHOUSE AR440AR RG7 I'T0953-P4 U263814C K626 WESTINGHOUSE AR440AR RG7 MOV8801 A-A D-177614 K603 WES11NGHOUSE AR440AR RG7 MOV8803A-A D-177614 K604 WESTINGHOUSE AR440AR RG7 QlN23P001A-A D-177186/1 K633 WESTINGHOUSE AR440AR RG7 PT0953-P4 U263814C K608 WESTINGHOUSE AR440AR RG7 QlR43E001A-A D-177M5 K611 WESTINGHOUSE AR440AR RG7 QlR43E501A-A D-177659 K608 WESTINGHOUSE AR440AR RG7 QSR43A501-A D-172774 K609 WESTINGHOUSE AR440AR RG7 QSR43A503-A D-172782 K608 WESTINGHOUSE AR440AR RG7 QSR43A503-A D 172782 K609 WESTINGHOUSE AR440AR RG7 IIV3611-A D 177523 K625 WESTINGHOUSE AR440AR RG7 MOV8808A-A D-177051 K603 WESTINGHOUSE AR440AR RG7 MOV8808A-A D-177051 K628 WESTINGHOUSE AR440AR RG7 MOV8808C-A D-177053 K604 WESTINGHOUSE AR440AR RG7 MOV8808C-A D-177053 K628 WES11NGHOUSE AR440AR RG7 PANEL ID NO. Q1HilNGSSP2506N-A Q1R43E001A-A D-177645 K814 P&B MDR 66-4 RG7 PANEL ID NO. Q1H21E004-A q QlR15A006-A D-177170 86/BlF GE HEA61C240 RG7 Q QlR15A503-A QSR43A501-A D-177145 D-177143 86/BlF 86/BlF GE GE IIEA61C240 HEA61C240 RG7 RG7 QlR15A006-A D 177170 87 GE PVDilC Ql6

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L APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

 'p b      SSEL         REFERENCE         RELAY            RELAY        RELAY     RESOLUTION COMPONENT         DRAWING          ID NO.          VENDOR      MODEL NO. METHOD PANEL ID NO. Q1H21E005-B QlR15A007-B       D-lT/173      86/BlG                GE       HEA61C240      RG7 QlR15A504-B       D-177167      86/ BIG               GE       HEA61C240      RG7 QlR43A502-B       D-177142      86/ BIG               GE       HEA61C240      RG7 QlR15A007-B       D-177173         87                 GE         PVD11C       Ql6 PANEL ID NO. Q1H21E504-A QlR15A503-A       C-1727%          86                 GE         HEA61B       RG7 QlR15A503-A       D 177145         86                 GE         HEA61B       RG7 QSR43A503-A       D-172761         86                 GE         HEA61B       RG7 QlR15A503-A       C 172796         87                 GE       PVDilCI A      Ql6 PANEL ID NO. Q1H21E505-B QlR15A504-B       C-172797         86                 GE         HEA61B       RG7 QlR15A504-B       D-177167         86                 GE         HEA61B       RG7 QlR15A504-B       C-172797         87                 GE       PVDilCI A      Ql6 PANEL ID NO. Q1H21E506-A QlRl5A505-A       C-172798         86                 GE         IIEA61B      RG7 QlR15A505-A       C 177144         86                 GE         HEA61B       RG7 QlR15A505-A       C-172798         87                 GE       PVDilCIA       Q16 PANEL ID NO. Q11121E507-B QlR15A506-B       C-172799         86                 GE         HEA61B       RG7 QlR15A506-B       C-17714-4        86                 GE         HEA61B       RG7 QlR15A506-B       C-172799         87                 GE       PVDllCI A      Ql6 PANEL ID NO. Q11121E527-B QlR43A502-D       D-172779       AVS              AGASTAT          E7012      RG7 l

QlR43A502-B U184627F K1 ITE A10 GERS QlR43A502-B U184627F K2 ITE A10 GERS QlR43A502-D D 172551/1 OPLX TFE J13P Q07 QlR43A502-B D-172779 TSRX TE J13P Q07 QlR43A502-B D 172779 AVC TFE J13P Q07 QlR43A502-D D-172778 OPLX ITE J13P Q07 Q1R43A502-B U184627F K3 ITE ROWAN 2190-E22AA RG7 Q1R43A502-B U184627F K4 TTE ROWAN 2190-E22PA RG7 QlR43A502-D D 172776 27 WESTINGHOUSE SV-1 CR QlR43A502-B D-172779 27 WESTINGIIOUSE SV-1 CR PANEL ID NO. Q1H22 LOO 1E-A SV3227CA D-177394/4 MR-8 frE ROWAN 2190-E24PA RG7 MOV8701B-B D-177838 MR-10 TTEROWAN 2190-E43PA RG7 SV3227CA D-177394/3 MR-2 ITE ROWAN 2190-E43PA RG7 MOV8701B-B D-177394/3 MR-10 TIEROWAN 2190-E43PA RG7 SV3227CA D-177394/4 MR-2 TTE ROWAN 2190-E43PA RG7 SV3227CA D 177394/4 MR-9 WESTINGHOUSE ARI>t40SR RG7 PANEL ID NO. Q1H22L001F-B i MOV8702A-A D-177569 MR-10 TTE ROWAN 2190-E43PA RG7 SV3227AC D-177394/3 MR2 ITE ROWAN 2190-E43PA RG7 Page 15

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL t V SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METIIOD SV3227AC D-177394/4 MR-3 FIE ROWAN 2190-E43PA RG7 MOV8702A-A D-177394/3 MR-10 FFE ROWAN 2190-E43PA RG7 SV3227AC D-177394/4 MR-2 frEROWAN 2190-E43PA RG7 SV3227AC D-177394/4 MR. 4 WESTINGIIOUSE ARD440SR RG7 PANEL ID NO. Q11122 LOO 2-A SV2213A-A D-177394/5 TRI ELECTROSWrrCl! SERIES 24 NO. Q04 SV2214A-A D-177394/5 TR2 ELECTROSWTTCII SERIES 24 NO. Q04 PCVN45A-A D 177394/5 TR3 ELECTROSWirCil SERIES 24 NO. Q04 LCV0ll5B-A D-177394/5 1R4 ELECTROSWirCII SERIES 24 NO. Q04 MOV8000A-A D-177394/5 TRS ELECTROSWirCII SERIES 24 NO. Q04 LCV0ll5B-A D-177603 TR4 ELECTROSWITCil SERIES 24 NO. Q04 SV2213A-A D-177300/1 TRI ELECTROSWrrCil SERIES 24 NO. Q04 SV2214A-A D-177300/1 TR2 ELECTROSWITCII SERIES 24 NO. Q04 MOV8000A-A D-177615 TR5 ELECTROSWITCII SERIES 24 NO. QM PCV0445A-A D-177381/1 TR3 ELECTROSWITCil SERIES 24 NO. Q04 PANEL ID NO. QllI22 LOO 3-A 1IV3369A D-177394/5 TR6 ELECTROSWITCII SERIES 24 NO. Q04 IIV3369B D 177394/5 TR7 ELECTROSWrrCII SERIES 24 NO. Q04 (q Q LIV 3369C D-177394/5 PANEL ID NO. QllI22 LOO 4-B TR8 ELECTROSWITCII SERIES 24 NO. Q04 SV2213B-B D-177394/6 TRI ELECTROSWITCII SERIES 24 NO. Q04 SV2214B-B D-177394/6 TR2 ELECTROSWITCII SERIES 24 NO. Q04 PCVN44B-B D-177394/6 TR3 ELECTROSWITCII SERIES 24 NO. QN LCV0ll5D-B D-177394/6 TR4 ELECTROSWITCl! SERIES 24 NO. Q04 MOV8000B-B D-177394/6 TR5 ELECTROSWTFCII SERIES 24 NO. Q04 LCV0115D-B D 177631 TR4 ELECTROSWITCII SERIES 24 NO. Q04 SV2213B-B D-177300/2 TRI ELECTROSWITCII SERIES 24 NO. QN SV2214B-B D-177300/2 TR2 ELECTROSWrrCil SERIFS 24 NO. Q04 MOV8000B-B D-177615 TRS ELECTROSWirCII SERIES 24 NO. Q04 PCV0444B-B D-177381/1 TR3 ELECTROSWITCII SERIES 24 NO. Q04 PANEL ID NO. QllI22L503-B QlR43A502-B D-172776 87DIB GE CFD22B1A CR QlR43A502-B D 172776 86A GE IIEA61C242 RG7 QlR43A502-B D 172778 86A GE IIEA61C242 RG7 Q1R43A502-B D-177142 86A GE IIEA61C242 RG7 QlR43A502-B D 172776 59/81X GE IIFA151A2F RG6 QlR43A502-B D-172778 94 GE IIFA151A2F RG6 l QlR43A502-B D-177142 59/BlX GE liFA151A2F RG6 l QlR43A502-D D-177142 94 GE IIFA151A2F RG6 QlR43A502-B D-172776 59 GE IAV71B2A Q06 QlR43A502-D D-172776 81 WESTINGIIOUSE KF S*671B287A15 Qll PANEL ID NO. Q11123S544B-B QSY41C507B-B D-172676/1 45-lX GE IIFA151A911 RG6

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APPENDIX D TABLE 3 ' l FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

 /^\                                                                                               j SSEL       REFERENCE         RELAY                 RELAY        RELAY       RESOLUTION 1

COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD i PANEL ID NO. Q1H25IA08-A HV2866C-A D-177204 2 AGASTAT E7022PB RG7 PANEL ID NO. Q1H25LO29-B IIV2866D-B D-177199 2 AGASTAT E7024PB RG7 PANEL ID NO. Q1P16G517A-A QlP16V515-A D-172674/1 CLS STRITTIERS-DUNN 219 RG7 QlP16V515-A D-172674/1 TIIR STRU11ERS-DUNN 219 RG7 QlP16V517-A D-172674/2 CLS STRITI1ERS-DUNN 219 RG7 QlP16V517-A D 172674/2 TIIR STRUTIERS-DUNN 219 RG7 PANEL ID NO. QlP16G517B-B QlP16V514-B D 172674/2 CLS STRUTIERS-DUNN 219 RG7 QlP16V514-B D-172674/2 TIIR STRUTIIERS-DUNN 219 RG7 QlP16V516-B D-172674/1 CLS STRUTIERS-DUNN 219 RG7 QlP16V516-B D 172674/1 111R STRUTIERS-DUNN 219 RG7 PANEL ID NO. Q1P16PDS620-A QlP16V519-A D-172547/1 63-1 flT BARTON 288A Q08 PANEL ID NO. Q1P16PDS621-B Q1P16V518-B D 172547/2 63-2 flT BARTON 288A Q08 U PANEL ID NO. Q1R15A006-A QlR15A006-A D-177157 81-I,2,3 GE CFF12A Q05 QlR1IB004-A D-177171 86 DF03 GE IEA61A223 RG7 QlRilB004-A C-177159 86 DF03 GE IEA61A223 RG7 Q1N23P001A-A D 177186/1 SGBX GE liFA151A211 RG6 QlR15A006-A D-I77157 81-1,2,3X GE IIFA151 A211 - RG6 QSR43A501-A D 177143 52X GE IIFA151 A211 RG6 QlR15A505-A C-177144 51 DF02 GE IAC53B QoS QlR15A503-A D 177145 51 DF13 GE IAC53B Q05 Q1R15A505-A C-177144 SIG DF02 GE IAC54A RG6 QlR15A503-A D-177145 SIG DFl3 GE IAC54A RG6 Q1N23P001A-A D-177186/1 50/51 DF10 GE IAC66B Q05 QlPl7P001C-A D 177183 50/51 DF04 GE IAC66B Q05 QlE21P002A-A D-177180/1 50/51 DF06 GE LAC 66B Q05 QlEllP001 A-A D-177193 50/51 DF09 GE IAC66B Q05 QlRllB004 A C-177159 50/51 DF03 GE LAC 66B Q05 Q1N23P001A-A D 177186/1 500 DF10 GE PJCl1 AV RG7 Q1Pl7P001C-A D-177183 500 DF04 GE PJCllAV RG7 Q1E21P002A-A D-177180/1 50G DF06 GE PJCIlAV RG7 Q1El1P001 A-A D-177193 50G DF09 GE PJCll AV RG7 QlR11B004-A D-177171 87 DF03 GE STD Q05 Q1N23P001A-A D-177186/1 95 ITE ROWAN 2190-E43PA RG7 p SV3227CA D 177394/3 95 ffE ROWAN 2190-E43PA RG7 i ( QlN23P001A-A D-177186/1 86 DF10 WESTINGIIOUSE MG-6 RG6 , QlPl7P001C-A D-177183 86 DFD4 WESTINGHOUSE M G-6 RG6 QlE21P002A-A D-177180/1 86 DF06 WESTINGIIOUSE MG-6 RG6 Page 17

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APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL b' SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QlEllP001 A-A D-177193 86 DF09 WESTINGHOUSE MG-6 RG6 Q1E21P002A-A D-177181 86 DF07 WESTINGHOUSE MG-6 RG6 PANEL ID NO. QlR15A007-B QlR15A007-B D-177163 81 1,2,3 GE CFF12A QoS QlRllB005-B D-177171 86 DG03 GE IIEA61A223 RG7 QlR1IB005-B C-177159 86 DG03 GE HEA61A223 RG7 Q1N23P001B-B D 177186/2 SGBX GE IIFA151A2H RG6 QlR15A007-B D-177163 81 1,2,3X GE IEA151 A2H RG6 QlR15A506-B C-177144 51G DG02 GE IAC33B Q05 QlR15A504-B D-177167 51 DGl3 GE IAC53B Q05 QlR15A506-B C-177144 51 DG02 GE IAC53B Q05 QlR15A504-B D-177167 510 DGl3 GE LAC 54A RG6 QlPl7P001A-B D-177184 50/51 DG04 GE IAC66B Q05 QlElIP001B-B D-177193 50/51 DG09 GE IAC66B Q05 Q1E21P002C-B D-177180/2 50/51 DG06 GE IAC66B Q05 Q1N23P00lB-B D-177186/2 50/51 DG10 GE IAC66B Q05 QlR1IB005-B C-177159 50/51 DG03 GE IAC66B Q05 Q1Pl7P001A-B D-l~nt84 50G DG04 GE PJC11 AV RG7 Q1El1P001B-B D-177193 50G DG09 GE PJCll AV RG7 QlE21P002C-B D-177I80/2 500 DG06 GE PJC11AV RG7

 \   Q1N23P001B-B     D-177186/2    500 DG10                GE        PJClI AV        RG7 QlRilB005-B       D-177171      87 DG03                GE           STD           Q05 Q1N23P001B-B     D 177186/2        95             ITE ROWAN    2190-E43PA        RG7 SV3227AC       D-177394/3        95             ffE ROWAN    2190-E43PA        RG7 01Pl7P001A-B      D 177184      86 DG04          WESTINGHOUSE      M G-6         RG6 QlEllP001B-B      D-177193      86 D009          WESTINGHOUSE      MG-6          RG6 QlE21P002C-B     D-177180/2     86 DG06          WESTINGHOUSE      MG6           RG6 Q1N23P001B-B     D-177186/2     86 DG10          WESTINGHOUSE      MG-6          RG6 Q1R15A504-B       D-177167      86 DG13          WESTINGHOUSE      MG-6          RG6 QlE21P002C-B      D-177182      86 DG07          WESTINGHOUSE      MG-6          RG6 PANEL ID NO. QlR15A503-A QlR15A503-A       C-172828        81-1                 GE           CFF           Q05 QlR15A503-A       C-172828        81-2                 GE           CFF           Q05 QlR15A503-A       C-172828        81 3                 GE           CFF           Q05 QlR15A503-A       C-172828       81-3X                 GE         HFA151         RG6 QlR15A503-A       C-172828        81X                  GE         HFA151         RG6 QlR15A503-A       C-172828       81-lX                 GE         HFA151         RG6 QlR15A503-A       C-172828       81-2X                 GE         HFA151         RG6 QSR43A503-A       D-172782        81X                  GE         HFA15i         RG6 QlRIIB503-A       C-172762    50/51 DH08               GE         IAC53B         Q05 QlR15A503-A       C-172828       27-12                 GE     NGV13All A-F       RG7 QlR15A503-A       C-172828       27-22                 GE     NGV13All A-F       RG7 QlR16B508-A      D 172831/2      27-12                 GE     NGV13All A-F       RG7 g   QlR16B508-A      D-172831/2      27-22                 GE     NOV13All A-F       RG7 PANEL ID NO. Q1R15A504-B QlR15A504-B       C-172829        81-1                 GE           CFF          Q05
                                                                                    "E'^ Y^P" Page 18

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL f~ 1 C SSEL REFERENCE RELAY RELAY RELAY RESOLUTION I COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD 1 QlR15ASN-B C 172829 81-2 GE CFF Q05 QlR15A504-B C-172829 81-3 GE CFF Q05 QlR15A504-B C-172829 81-lX GE HFA151 RG6 QlRl5A504-B C-172829 81-2X GE IIFA151 RG6 QlR15A504-B C-172829 81-3X GE HFA151 RG6 QlR15A504-B C-172829 81X GE HFA151 RG6 PANEL ID NO. QlR15A505-A QlRIIB504-A C-172765 50/51 DK02 GE IAC53B QOS QlP16P001A-A D-172747 50/51 DK03 GE IAC66B Q05 QlP16P001B-A D-172748 50/51 DKM GE IAC66B Q05 PANEL ID NO. Q1R15A506-B QlR1IB505-B C-172766 50/51 DLO2 GE IAC53B Q05 i QlP16P001D-B D-172751 50/51 DLO3 GE IAC66B Q05 QlP16P001E-B D-172752 50/51 DLO4 GE IAC66B Q05 l PANEL ID NO. Q1R16B006-A QlR16B006-A D-177087 27 WESTINGIIOUSE CV-2 RG7 QlR16B006-A D-177087 27X-1 WESTINGHOUSE MG-6 RG7 PANEL ID NO. Q1R16B007-B QlR16B007-B D-177087 27 WESTINGHOUSE CV-2 RG7

 %                                 D-177087                                                                          MG-6      RG7 QlR16B007-B                                                 27X-1                         WESTINGHOUSE PANEL ID NO. QlR16B506-A QlR16B506-A              D-172825/2                                  62                     AGASTAT      E7012PA      RG7 PANEL ID NO. Q1R16B507-B QlR16B507B              D 172825/2                                  62                     AGASTAT      E7012PA      RG7 PANEL ID NO. QlR16B508-A QlR16B508-A              D-172831/2                                  62                     AGASTAT      E7012PA      RG7 QlR16B508-A              D-172831/2                              86-2                           GE       HEA61A       RG7 QlR16B508-A              D 172831/2                              86-5                           GE       HEA61A       RG7 PANEL ID NO. QlR17B001-A Q1V47C012A-A              D-177265                                   42                    ITE ROWAN       A203C     GERS MOV3644 A                D 1771%                                    42                    ITE ROWAN       A203C     GERS Q1E16H001A-A             D-177229/2                                  42                    ITE ROWAN       A203D     GERS QlE16H006A-A             D-177258/l                             42M                        ITE ROWAN       A203D     GERS Q1E16H003A-A             C-177227/1                                  42                    ITE ROWAN       A203D     GERS Q1E16H009-A             D-177276/2                                  42                    ITE ROWAN       A203D     GERS Q1E16H004A-A              D 177243                                   42                    frE ROWAN       A203D     GERS QlE16H005A-A             C-177229/1                                  42                    ITE ROWAN     A203D12     GERS PANEL ID NO. QlR17B002-B QlV47C012B-B              D 177265                                   42                    TEROWAN         A203C     GERS MOV3643-B               D-1771%                                    42                    TE ROWAN        A203C     GERS D 177229/2                                                        frEROWAN        A203D     GERS

(- QlEl6H001C-B QlE1611003B-B C-177227/1 42 42 TEROWAN A203D GERS Q1E1611010-B D 177276/2 42 ITE ROWAN A203D GERS l Page 19 """^ " l

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL [ SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QlE1611006B-B D-177258/l 42M ITE ROWAN A203D GERS QlE161I004B-B D 177243 42 TTE ROWAN A203D GERS Q1E1611005B-B C-177229/1 42 rm ROWAN A203D12 GERS PANEL ID NO. QlR17B008-A MOV3764A-A C-177620 42(0,C) TE A213D GERS MOV3764D-A C-177620 42(0,C) TE A213D GERS MOV3764F-A C-177620 42(0,C) TTE A213D GERS MOV3350A-A D-177627/1 42(0,C) TTE A213D GERS  ; MOV3350B-A D 177627/2 42(O,C) TE A213D GERS l MOV3350C-A D-177627/1 42(0,C) im A213D GERS ' MOV3209A-A D-177626 42(0,C) frE A213D GERS MOV3210A-A C-177629 42(0,C) TE A213D GERS MOV3084B-A D-177623 42(0,C) TE A213D GERS MOV3130C-A D-177628/l 42(0,C) TE A213D GERS MOV3052-A C 177625 42(0,C) ITE A213D GERS MOV3185A-A D-177628/l 42(O,C) TTE A213D GERS MOV3094B-A D-177628/l 42(0,C) TE A213D GERS MOV8107-A C 177608 42(0,C) TTE A213D GERS MOV8106-A C 177608 42(0,C) ITE A213D GERS MOV8130A-A D-177606 42(0,C) TE A213D GERS MOV8131 A-A D-177606 42(0,C) TIE A213D GERS MOV8133A-A D-177606 42(0,C) ITE A213D GERS LCVO115B-A D-177603 42(0,C) TIE A213D GERS MOV8132A-A D-177782 42(0,C) TE A213D GERS LCVOI15C-A D-1776N 42(0,C) TE A213D GERS MOV8112-A D-177567 42(0,C) TFE A213D GERS MOV8701 A-A D 177572 42(0,C) TE A213D GERS MOV8702A-A D 177569 42(0,C) TE A213D GERS FCV0602A-A D-177632 42(0,C) TE A213D GERS MOV8706A-A D 177570 42(0,C) TTE A213D GERS MOV8811 A-A D-177132 42(0,C) TE A213D GERS MOV8888A-A C 177607 42(0,C) im A213D GERS MOV8801A-A D-177614 42(0,C) TE A213D GERS MOV8803A-A D-177614 42(0,C) TE A213D GERS MOV8812A-A D-177773 42(0,C) TFE A213D GERS MOV8886-A D-177782 42(0,C) TE A213D GERS l MOVS887A-A D-177571 42(0,C) TE A213D GERS MOV8809A-A D-177644 42(0,C) TFE A213D GERS MOV8000A-A D 177615 42(0,C) ITE A213D GERS MOV3149-A C-177617 42 ITE A213D GERS MOV3182-A D-177610 42(0,C) ITE A213D GERS MOV8808A-A D-177051 42(0,C) ITE A213D GERS g MOV8808C-A D-177053 42(0,C) ITE A213D GERS ( Q1E1611007-A D-177276/3 42M TE ROWAN A203C GERS PANEL ID NO. QlR17B009-B MOV3764B-B C-177620 42(0,C) TE A213D GERS FIRELAY.APR Page 20

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL i SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD MOV3764C-B C 177620 42(0,C) frE A213D GERS MOV3764E-B C-177620 42(0,C) ITE A213D GERS MOV3209B-B D-177626 42(0,C) TE A213D GERS MOV3210B-B C 177629 42(0,C) ITE A213D GERS MOV3084A-B D 177624 42(0,C) ITE A213D GERS MOV3130A-B D 177628/l 42(0,C) TrE A213D GERS MOV3185B-B D-177628/l 42(0,C) ITE A213D GERS MOV3094A-B D 177628/l 42(0,C) frE A213D GERS MOV8108-B C-177608 42(0,C) ITE A213D GERS MOV8109A-B C-177608 42(0,C) ITE A213D GERS MOV8109C-B C-177608 42(0,C) TTE A213D GERS MOV8130B-B D-177606 42(0,C) ITE A213D GERS MOV8131B-B D-177606 42(0,C) TE A213D GERS LCVOI1SD-B D-177631 42(0,C) TFE A213D GERS MOV8132B-B D-177782 42(0,C) ITE A213D GERS LCVoll5E-B D-177602 42(0,C) ITE A213D GERS MOV8100-B D-177634 42(0,C) ITE A213D GERS MOV87018-B D-177838 42(0,C) TrE A213D GERS MOV8702B-B D-177839 42(0,C) ITE A213D GERS O FCV0602B-B D-177632 42(0,C) ITE A213D GERS V MOV87068 B D 177840 42(0,C) TrE A213D GERS MOV8811B-B D-177134 42(0,C) ITE A213D GERS MOV8885-B C-177607 42(0,C) TE A213D GERS MOV88888-B C-177607 42(0,C) ITE A213D GERS MOV8812D-B D-177773 42(0,C) ITE A213D GERS MOV8884-D D-177782 42(0,C) ITE A213D GERS MOV8889-B D-177782 42(0,C) ITE A213D GERS MOV8887B-B D-177571 42(0,C) TE A213D GERS MOV8809B-B D-177644 42(0,C) ITE A213D GERS MOV8000B-B D-177615 42(0,C) ITE A213D GERS MOV3530-B D 177635 42(0,C) TE A213D GERS MOV3047-B C 177630 42 ITE A213D GERS MOV3N6-B C-177618 42(0,C) ITE A213D GERS MOV3740-B D-177626 42 ITE A213D GERS MOV8808B-B D-177052 42(0,C) ITE A213D GERS MOV8133B-B D-177606 42(0,C) ITE A213D12 GERS MOV3232A-B D 177622 42(0,C) TrE A213E GERS MOV3232B-B D-177622 42(0,C) ITE A213E GERS MOV3232C-B D-177622 42(0,C) rrE A213E GERS Q1E1611008A-B D-177276/3 42M ITE ROWAN A203C GERS Q1E1611008B-B D 177276/3 42M TEROWAN A203C GERS MOV3232A-B C-177622 CIR TELEMECANIQUE A203Cl2 GERS MOV3232B-B C 177622 CIR TELEMECANIQUE A203Cl2 GERS MOV3232C-B C-177622 CIR 7ILEMECANIQUE A203Cl2 GERS

 %             PANEL ID NO. QlR17B504-A QSW41C505D-A          D-172991/1        42                  ITE      A203D      GERS Page 21
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a

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL m SSEL' REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QSW41C505E-A D 172991/1 42 ffE A203D GERS QSW41C505F-A D-172991/1 42 TE A203D GERS QlP16F501A-A C-173133 42 ITE A203D GERS QlP16V507-A D-172857/2 42(0,C) TE A213D GERS QSP16V505-A D-172558/3 42(0,C) TE A213D GERS QlP16V511-A D-172857/I 42(0,C) TE A213D GERS QSP16V507-A D-172558/2 42(0,C) rm A213E GERS QSW41C507C-A D 172991/3 42 TE ROWAN A203C GERS QSW41C507D-A D-172991/3 42 TE ROWAN A203C GERS QSW4IC506C-A D 172991/2 42 ffE ROWAN A203D GERS QSW41C506D-A D-172991/2 42 TE ROWAN A203D GERS PANEL ID NO. Q1R17B505-B QSW41C505A-B D-172992/1 42 TE A203D GERS QSW41C505B-B D-172992/1 42 ffE A203D GERS QSW41C505C-B D-172992/1 42 ffE A203D GERS QlP16F501B-B C-173133 42 TE A203D GERS QlP16V506-B D-172857/2 42(0,C) TrE A213D GERS QSP16V506-B D-172558/3 42(0,C) TE A213D GERS QlP16V508-B D-172858 42(0,C) TrE A213D GERS O b QSP16V508-B QSW41C507A-B D-172558/2 D-172992/3 42(0,C) 42 TE TE ROWAN A213E A203C GERS GERS QSW41C507B-B D-172992/3 42 TE ROWAN A203C GERS QSW41C506A-B D-172992/2 42 ITE ROWAN A203D GERS QSW41C506B-B D 172992/2 42 TFE ROWAN A203D GERS PANEL ID NO. QlR17B507-A-QSR43A503-A D 172552/4 42 ffE A203D GERS QlP16V515-A D-172674/1 42(0,C) frE A213A GERS QlP16V539-A D-172558/l 42(0,C) ITE A213D GERS QlP16V524-A D-172960 42(0,C) ITE A213D GERS QlP16V532-A D-172960 42(0,C) rm A213D GERS QlP16VS17-A D-172674/2 42(0,C) TFE A213D GERS QlP!6V558-A D 172860 42(0,C) TE A213D GERS QSY41C511A-A D 172681 42 ITE ROWAN A203C GERS QSY41C511B-A D 172681 42 ITE ROWAN A203C GERS Q1P16V533-A D-172960 42 TE ROWAN A203C GERS QlP16V525-A D-172960 42 TE ROWAN A203C GERS QSY4iC508A-A D-172678/l 42 TEROWAN A203D GERS QSY41C5088-A D 172678/l 42 TE ROWAN A203D GERS QSY52P503A-A D 172%3/1 42 ITE ROWAN A203D GERS , PANEL ID NO. QlR17B508-B QlP16V538-B D-172558/l 42(0,C) TE A213D GERS l QlP16V557-B D 172861 42(0,C) frE A213D GERS QlP16V518-B D-172547/2 42(0,C) ITE A213D GERS

%   QlP16V536-B     D-172547/2    42(0,C)                TE                                                                              A213D      GERS QlP16V514-B     D-172674/2    42(0,C)                TE                                                                              A213D      GERS QlP16V516-B     D-172674/l    42(0,C)                IE                                                                              A213D      GERS Page 22                                                                                                  """^ "

i APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

   ./                SSEL         REFERENCE      RELAY                RELAY     RELAY    RESOLUTION COMPONENT           DRAWING       ID NO.            VENDOR     MODEL NO. METHOD QSY4iC511C-B        D-172680      42              IEROWAN       A203C      GERS QSY41C511D-B         D-172680      42              TE ROWAN      A203C      GERS PANEL ID NO. QlR17B509-A QSR43A501-A        D-172550/4     42                   ITE      A203D      GERS Q1P16V546-A       D-172558/4  42(0,C)                 Im       A213C      GERS QlP16V526-A        D-172960   42(0,C)                 TE       A213D      GERS QlP16V534-A        D-172960   42(0,C)                 ITE      A213D      GERS l                  QlPl6V519-A       D 172547/1  42(0,C)                 ITE      A213D      GERS QlP16V537-A       D-172547/1  42(0,C)                 TFE      A213D      GERS f

QSY52P501A-A D-172%3/l 42 ffE ROWAN A203C GERS l A203D GFAS QSY4IC507F.A D-172679/1 42 ITE ROWAN QSY41C507E-A D-172679/1 42 ITE ROWAN A203D GERS Q1P16V535-A D-172960 42 TE ROWAN A203D GERS QlP16V527-A D-172960 42 TE ROWAN A203D GERS PANEL ID NO. Q1R17B510-B QlR43A502-D D.172551/4 42 TFE A203D GERS QlP16V545-B D-172558/4 42(0,C) TE A213C GERS QlP16V523-D D-172960 42(0,C) im A213D GERS QlP16V531-B D 172960 42(0,C) TE A213D GERS j D-172676/1 42 TE ROWAN A203D GERS O3 QSY41C507A-B QSY4iC507B-B D-172676/1 42 ffE ROWAN A203D GERS Q1Y52P502B-B D-172%3/2 42 TEROWAN A203D GERS QlP16V530-B D-172960 42 TEROWAN A203D GERS Q1P16V522-D D-172960 42 TE ROWAN A203D GERS I PANEL ID NO. QlR43A502-B QlR43A502-B D-172551/2 STR-BD CUllERIIAMMER A50 GERS PANEL ID NO. QlR43E001 A-A QlR43E001A-A D-177653 2F AGASTAT E7012PB RG7 QlR43E001A-A D-177653 2AF AGASTAT E7012PB RG7 QlR43E001A-A D-177653 2BF AGASTAT E7012PB RG7 QlR43E001A-A D-177653 2CF AGASTAT E7012PB RG7 QlR43E001A-A D-177645 YFX AGASTAT E7012PB RG7 QlR43E001A-A D-177645 2-lF AGASTAT E7012PB RG7 QlR43E001A-A D 177645 2BF AGASTAT E7012PB RG7 QlR43E001A-A D-177649 2AF AGASTAT E7012PB RG7 QSR43A501-A D-177143 2CF AGASTAT E7012PB RG7 QSR43A501-A D l~7143 2F AGASTAT E7012PB RG7 QlR43E001A-A D-f 77649 2-12F AGASTAT E7012PC RG7 QlR43E001A-A D 177M9 2-13F AGASTAT E7012PC RG7 QlR43E001A-A D-177649 2-14F AGASTAT E7012PD RG7 QlR43E00lA-A D-177649 2-15F AGASTAT E7012PD RG7 QlR43E001A-A D-177M5 2-2F AGASTAT E7014PC RG7 ( QlR43E001A-A D-177645 2-3F AGASTAT E7014PC RG7 QlR43E001A-A D-177645 2-4F AGASTAT E7014PD RG7 QlR43E001A-A D-177645 2-5F AGASTAT E7014PD RG7 Page 23

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1 APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL V SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METIIOD QlR43E001A-A D 177645 2-6F AGASTAT E7014PD RG7 QlR43E001A-A D-177649 2-16F AGASTAT E7014PD RG7 QlP16P001A-A D-172747 R3F GE IFA151A2H RG6 QlP16P001B-A D-172748 R3F GE HFA151A211 RG6 QlR43E001A-A D-177653 27XF GE ITA151A2H RG6 QlR43E001A-A D-177653 BF GE IFA151A2H RG6 QlR43E001A-A D 177653 94F3 GE IFA151A211 RG6 QlR43E001A-A D-177653 94F4 GE HFA151A211 RG6 QlR43E001A-A D-177653 2CFX GE IFA151A21I RG6 QlR43E001A-A D-177653 68F1 GE IFA151A2H RG6 QlR43E001A-A D-177653 68F3 GE IFA151A2H RG6 QlR43E001A-A D-177653 68F2 GE IIFA151A211 RG6 QlR43E001A-A D-177645 52FX GE IFA151A2H RG6 QlR43E001A-A D 177645 5F GE IIFA151A2H RG6 QlR43E001A-A D-177MS EFI GE IFA151A2H RG6 QlR43E001A-A D-177645 EF2 GE IFA151A2H RG6 QlR43E00lA-A D-177645 YF GE IFA151A21I RG6 QlR43E001A-A D-177645 XF GE HFA151A211 RG6 QlR43E001A-A D-177645 RIF GE IFA151A211 RG6 QlR43E001A-A D-177645 R2F GE IFA151A211 RG6 (/ QlR43E001A-A D-177645 R3F GE IFA151A2H RG6 QlR43E001A-A D-177645 R4F GE IFA151A2H RG6 QlR43E001A-A D-177645 R5F GE IFA151A2H RG6 QlR43E001A-A D 177645 R6F GE IFA151A2H RG6 QlR43E001A-A D-177645 3F GE HFA151A2H RG6 QlR43E001A-A D-177645 GF GE HFA151A211 RG6 QlR43E00:A-A D-177649 5-lF GE IFA151A2H RG6 QlR43E001A-A D-177649 4F GE IFA151A2H RG6 QlR43E001A-A D-177649 R-11F GE HFA151A2H RG6 QlR43E001A-A D-177M9 R-12F GE HFA151A211 RG6 QlR43E001A-A D-177649 R-13F GE HFA151A2H RG6 QlR43E001A-A D-177649 R-14F GE IFA151A2H RG6 QlR43E001A-A D-177649 R-15F GE IFA151A2H RG6 QlR43E001A-A D-177649 R-16F GE IFA151A211 RG6 QlR43E001A-A D-177649 3-1F GE IFA151A2H RG6 QlR43E001A-A D-177653 94F2 GE IFA151A21I RG6 QlR43E00lA-A D-177653 94F1 GE HFA151A2H RG6 ) QiN23P001A-A D-177186/1 R5F GE IIFA151A2H RG6 QlN23P001A-A D-177186/1 R-15F GE IFA151A21I RG6  ; QlP16P001A-A D-172747 R 12F GE IFA151A2H RG6 ' QlP16P001A-A D-172747 94F2 GE ITA151A2H RG6 QlP16P001B-A D-172748 R-13F GE IFA151A2H RG6 QlP16P001B-A D-172748 94F2 GE IFA151A2H RG6 QlR15A503-A D-177145 R-16F GE IFA151A211 RG6 L QlR43E00lA-A D-177M5 68F2 GE IFA151A2H RG6 QlR43E001A-A D-177M9 68F3 GE 1FA151A2H RG6  ! QlR43E001A-A D 177649 68F2 GE IFA151 A2H RG6 Page 24

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APPENDIX D TABLE 3 FARLEY UNIT I ESSENTIAL RELAY LIST BY RELAY PANEL

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SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QlR43E001A-A D-177653 EF2 GE IFA151A2H RG6 QlR43E001A-A D-177653 EF1 GE IEA151A2H RG6 QlR43E501A-A D-177657 R-16F GE IEA151A2H RG6 QlR43E501A-A D-177659 2CFX GE IFA151A2H RG6 QSR43A501-A D 172774 27XF GE HFA151A211 RG6 QSR43A501-A D-177143 52FX GE IFA151A2H RG6 Q343A501-A D-177143 EF2 GE IIFA151A2H RG6 QlR43E001A-A D 177653 27F2/3-1 GE HFA151A9H RG6 QlR43E001A-A D-177653 27Fl/3-1 WESTINGHOUSE CV-2182A729 RG7 QlR43E00lA-A D-177653 27F1/2-3 WESTINGHOUSE CV-2182A729 RG7 QlR43E001A-A D-177653 27F2/2 3 WESTINGHOUSE CV-2182A729 RG7 QlR43E001A-A D-177653 27F1/l-2 WESTINGIIOUSE CV-2182 4729 RG7 PANEL ID NO. Q1R43E001B-B QlR43E00lB B D-177654 2G AGASTAT E7012PB RG7 QlR43E001B-B D-177654 2AG AGASTAT E7012PB RG7 QlR43E0018-B D-177654 2BG AGASTAT E7012PB RG7 QlR43E001B-B D-177654 2CG AGASTAT E7012PB RG7 QlR43E00lB-B D-177646 2-1G AGASTAT E7012PB RG7 QlR43E001B-B D-177646 YGX AGASTAT E7012PB RG7 QlR434502-B D 177142 2CG AGASTAT E7012PB RG7 QlRO/.502-D D-177142 20 AGASTAT E7012PB RG7 QlR43E001B-B D-177646 2BG AGASTAT E7012PB RG7 QlR43E001B-B D-177650 2AG AGASTAT E7012PB RG7 QlR43E001B-B D 177650 2-12G AGASTAT E7012PC RG7 QlR43E001B-B D-l?7650 2-130 AGASTAT E7012PC RG7 QlR43E001B-B D 177650 2-14G AGASTAT E7012PD RG7 QlR43E001B-B D-177650 2-15G AGASTAT E7012PD RG7 QlR43E001B-B D-177M6 2-2G AGASTAT E7014PC RG7 QlR43E001B-B D-177646 2-3G AGASTAT E7014PC RG7 QlR43E001B-B D-177M6 2-5G AGASTAT E7014PC RG7  ; QlR43E001B-B D 177646 2-4G AGASTAT E7014PD RG7 QlR43E001B-B D-177M6 2-6G AGASTAT E7014PD RG7 QlR43E001B-B D-177650 216G AGASTAT E7014PD RG7 QlR43E001B-B D-177654 27XG GE HFA151A2H RG6 QlR43E001B-B D 177654 BG GE HFA151A211 RG6 QlR43E001B-B D-177654 9401 GE IFA151A211 RG6 QlR43E001B-B D-177654 9402 GE IFA151A2H RG6 QlR43E001B-B D-177654 94G3 GE HFA151A2H RG6 QlR43E001B-U D-177654 9404 GE IEA151A2H RG6 QlR43E001B-B D-177654 6801 GE IFA151A2H RG6 QlR43E001B-B D 177654 6802 GE IFA151A2H RG6 QlR43E001B-B D 177654 68G3 GE 1&A151A2H RG6 QlR43E001B-B D 177646 52GX GE IFA151A2H RG6 QlR43E0018-B D-177646 SG GE ITA151A2H RG6 1 QlR43E001B-B D-177646 EG GE IEA151A2H RG6 QlR43E001B-B D-177646 EGX GE LEA 151A2H RG6 l

                                                                                                                        " " * "  l Page 25 l

l

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL 't SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QlR43E001B-B D-177646 XG GE IFA151A211 RG6 QlR43E0018-B D-177646 RlG GE HFA151A211 RG6 QlR43E001B-B D 177646 R2G GE HFA151A211 RG6 QlR43E001B-B D-177646 R3G GE HFA151A21I RG6 QlR43E001B-B D-177646 R4G GE IIFA151A2H RG6 QlR43E001B-B D-177646 R50 GE HFA151A2H RG6 QlR43E0018-B D-177646 R6G GE IFA151A211 RG6 QlR43E001B-B D 177646 30 GE IFA151A2H RG6 QlR43E001B-B D-177646 GG GE IFA151A211 RG6 QlR43E001B-B D 177650 5-10 GE HFA151A2H RG6 QlR43E001B-B D 177650 3-1G GE IIFA151A211 RG6 QlR43E001B-B D-177650 40 GE HFA151A211 RG6 QlR43E00lB-B D-177650 R llG GE HFA151A21I RG6 QlR43E001B-B D-177650 R-140 GE IFA151A211 RG6 QlR43E001B-B D-177650 R-ISO GE HFA151A2H RG6 QlR43E001B-B D-177650 R-160 GE HFA151A2H RG6 QlP16P001D-B D-172751 R3G GE HFA151A2H RG6 QlP16P001E-B D-172752 R3G GE HFA151A2H RG6 QlR43E001B-B D-177650 R-12G GE HFA151A2H RG6 [

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QlR43E001B-B D-177650 D 177654 R-13G 2CGX GE GE IFA151A2H HFA151A211 RG6 RG6 QlR43E001B-B QlR43E001B-B D-177646 YG GE HFA151A2H RG6 QiN23P001B-B D-177186/2 R50 GE HFA151A2H RG6 QlN23P001B-B D 177186/2 R-150 GE HFA151A211 RG6 QlP16P001D B D-172751 R-120 GE IFA151A211 RG6 QlP16P001D-B D-172751 9402 GE HFA151A2H RG6 QlP16P001E-B D 172752 R 12G GE IFA151A2H RG6 QlP16P00lE-B D-172752 94G2 GE HFA151 A2H RG6 QlR43A502-D D-172778 27XG GE IFA151A2H RG6 QlR43A502-B D-177142 52GX GE HFA151A2H RG6 QlR43A502-B D 177142 EGX GE IIFA151A2H RG6 QlR43E001B-B D-177646 68G2 GE IFA151A2H RG6 QlR43E001B-B D 177646 6803 GE HFA151A2H RG6 QlR43E001B-B D-177650 6802 GE IFA151A2H RG6 QlR43E001B-B D-177654 EGX GE IIFA151A2H RG6 QlR43E001B-B D 177654 EG GE IFA151A2H RG6 Q1R43E501B-B D-177658 R-16G GE HFA151A2H RG6 QlR43E001B-B D-177654 2702/3-1 GE HFA151A9F RG6 QlR43E001B-B D 177654 2701/3-1 WESTINGHOUSE CV-2182A725 RG7 QlR43E001B-B D-177654 2701/2-3 WESTINGIIOUSE CV-2182A725 RG7 QlR43E001B-B D lT/654 27G2/2-3 WESTINGHOUSE CV-2182A725 RG7 QlR43E0018-B D-177654 2701/1-2 WESTINGHOUSE CV-2182A725 RG7 PANEL ID NO. QlR43E002A-A QlR43E001A-A D-177653 2F1 AGASTAT E7012PB RG7 QlR43E001A-A D-177653 27XF1 GE HFA151A2H RG6 QlR43E001A-A D-177653 68F4 GE IFA151 A211 RG6 Page 26

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• APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

[' SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD Q1R43E001A-A D 177653 EF2-1 GE IIFA151A2H RG6 QlR43E001A-A D-177645 EF2-1 GE IIFA151A211 RG6 QlR43E001A-A D-177653 XFI IIE ROWAN 2190-E21PA RG7 QlR43E001 A-A D-177653 XF2 TIE ROWAN 2190-E21PA RG7 QlR43E001A-A D-177653 27F3/3-1 WESTINGIIOUSE CV-2182A729 RG7 QlR43E001A-A D-177653 27F3/2-3 WESTINGilOUSE CV-2182A729 RG7 QlR43E001A-A D-177653 27F3/1-2 WESTINGIIOUSE CV-2182A729 RG7 QlR43E001A-A D 177653 27F4/1-2 WESTINGHOUSE CV-2182A729 RG7 PANEL ID NO Q1R43E002B-B QlR43E001B-B D 177654 201 AGASTAT E7012PB RG7 QlR43E0018-B D-177654 27XG1 GE HFA151A2H RG6 QlR43E001B-B D-177654 68G4 GE HFA151A211 RG6 Q1R43E001B-B D-177654 XG2 ITE ROWAN 2190-E21PA RG7 QlR43E001B-B D 1T/654 XG1 TTE ROWAN 2190-E21PA RG7 QlR43E001B-B D-177654 27G3/31 WESTINGHOUSE CV-2182A725 RG7 QlR43E001B-B D-177654 2703/2 3 WESTINGIIOUSE CV 2182A725 RG7 QlR43E0018-B D-177654 27G3/1-2 WESTINGIIOUSE CV-2182A725 RG7 QlR43E001B-B D-177654 27G4/12 WES71NGHOUSE CV-2182A725 RG7 PANEL ID NO. QlR43E501A-A t G QlR43E501 A-A QlR43E501A-A D-177659 D-177659 2AH 211 AGASTAT AGASTAT E7012PB E7012PB RG7 RG7 QlR43E501A-A D-177659 2BH1 AGASTAT E7012PB RG7 QSR43A503-A D 172761 2BH1 AGASTAT E7012PB RG7 QSR43A503-A D-172761 2H AGAS1AT E7012PB RG7 QlR43E501 A-A D-177657 6H GE HFA151A2H RG6 QlR43E501A-A D-177657 521IX GE HFA151A211 RG6 QlR43E501A-A D 177659 27XII GE HFA151A2H RG6 QlR43E501A-A D-177659 68111 GE HFA151A2H RG6 QlR43E501A A D-177659 6 8112 GE HFA151A211 RG6 QlR43E501A-A D-177659 DH GE HFA151A2H RG6 QlR43E501A-A D-177659 9411 GE HFA151A2H RG6 QlR43E501A-A D-177659 2AIIX GE HFA151A211 RG6 QlR43E501A-A D-177659 2BH2 GE HFA151A2il RG6 QlR43E501A-A D-177657 521IX1 GE HFA151A2H RG6 QlR15A503-A D-177145 DH GE IIFA151 A2il RG6 i D-177649 DII GE IIFA151A211 RG6 l QlR43E001A-A l QSR43A503-A D-172761 6H GE HFA151A21I RG6 QSR43A503-A D-172761 2AHX GE HFA151A2H RG6 QSR43A503-A D 172761 2Bil2 GE HFA151A2H RG6 QSR43A503-A D-172782 27XH GE HFA151A211 RG6 QlR43E501A-A D 177659 27H2/3-1 GE HFA151A9F RG6 Q1R43E501A A D-177659 27H2/2-3 WESTINGHOUSE CV-2182A725 RG7 QlR43E501A-A D-177659 27Hl/2-3 WESTINGilOUSE CV-2182A725 RG7 / ( QlR43E501A-A D 177659 27Hl/1-2 WES11NGHOUSE CV-2182A725 RG7 l Q1R43E501A-A D-177659 2 7111/3-1 WESTINGilOUSE CV-2182A725 RG7 l Page 27 1

j. 3 APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL

    .(

SSEL REFERENCE RELAY RELAY RELAY RESOLUTION j COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD PANEL ID NO. QlR43E501B-B QlR43E501B-B D 177660 2AJ AGASTAT E7012PB RG7 QlR43E501B-B D 177660 2J AGASTAT E7012PB RG7 QlR43E501B-B D-177658 63 GE HFA151A211 RG6 QlR43E501B-B D-177658 52JX GE HFA151 A211 RG6 l QlR43E501B-B D-177660 27XJ GE HFA151A2H RG6 1- Q1R43E5018-B D-177660 94J GE HFA151A2H RG6 QlR43E501B-B D-177660 68JI GE HFA151 A2H RG6 QlR43E501B-B D-177660 68J2 GE HFA151A211 RG6 Q1R15A504-B D-172869 52 JX1 GE HFA151A2H RG6 QlR43E50lB-B D-177658 52 JXI GE HFA151A2H RG6 QlR43E501B-B D-177660 27J2/3-1 GE HFA151A9H RG6 QlR43E501B-13 D-177660 2712/2 3 WES11NGHOUSE CV-2182A725 RG7 QlR43E501B-B D-177660 27J1/2-3 WESTINGHOUSE CV-2182A725 RG7 QlR43E501B-B D-177660 27J1/3-1 WESTINGIIOUSE CV-2182A725 RG7 QlR43E501B-B D-177660 27J1/1-2 WESTINGHOUSE CV-2182A725 RG7 PANEL ID NO. QlR43G506-B QlR43A502-B D-172778 5 AGASTAT E7012 RG7 QlR43A502-B D-172778 SE AGASTAT E7012 RG7 ( QlR43A502-B QlR43A502-B D-172778 D 172778 T2A T2B AGASTAT AGASTAT E7012 E7012 RG7 RG7 QlR43A502-B D-172778 T3A AGASTAT E7012 RG7 QlR43A502-B D-172778 CPI ALLEN BRADLEY 836 Q01 QlR43A502-B D 172778 CPLA ALLEN BRADLEY 836 Q01 QlR43A502-B D-172778 CPLS ALLEN BRADLEY 836 Q01 QlR43A502-B D-172551/1 OPLA ALLEN BRADLEY 836 Q01 QlR43A502-B D-172778 OPLS DETROIT SWTTCH 222-10 Q03 QlR43A502-B D-172778 EOS MICROS %TTCH BZV6 Q15 QlR43A502-D D 172778 IR SYNC 11RO-START ESSB Q09 QlR43A502-B D-172778 4A TELEMECANIQUE J13PA2012 Q07 QlR43A502-D D-172778 4B TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D 172778 CPA TELEMECAN1QUE J13PA2012 Q07 QlR43A502-B D-172778 CPL TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D-172778 OPL TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D 172778 SDR TELEMECAN1QUE 113PA2012 Q07 QlR43A502-B D-172778 SFR TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D-172778 EOR TELEMECANIQUE J13PA2012 Q07 QlR43A502-D D-172551/4 CPA TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D 172551/4 CPL TELEMECANIQUE J13PA2012 Q07 QlR43A502-B D-172779 4A TELEMECANIQUE J13PA2012 Q07 Q1R43A502-B D-172779 4B TELEMECANIQUE J13PA2012 Q07 Q1R43A502 B D-17277* T3 TELEMECAN1QUE J13PA2012/J20T3 Q07 C QlR43A502-B D 172551/4 T3 TELEMECANIQUE J13PA2012/J20T3 Q07 ( QlR43A502-B D 172778 5A TELEMECANIQUE J13PA3012 Q07 Q1R43A502-B D 172778 SEX TELEMECANIQUE J13PA3012 Q07 QlR43A502-B D 172778 BDR TELEMECAN1QUE 113PA3012 Q07 Page 28

APPENDIX D TABLE 3 FARLEY UNIT I ESSENTIAL RELAY LIST BY RELAY PANEL (\j SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD QlR43A502-B D-172778 ERR TELEMECANIQUE 113PA3012 Q07 QlR43A502-B D-172778 ESI TELEMECANIQUE J13PA3012 Q07 QlR43A502-D D 172778 ES2 TELEMECANIQUE J13PA3012 Q07 QlR43A502-B D 172778 LSR TELEMECANIQUE 113PA3012 Q07 QlR43A502-B D-172778 TSR TELEMECANIQUE J13PA3012 Q07 QlR43A502.B D-172779 TSR TELEMECANIQUE 113PA3012 Q07 QlR43A502-B D-172779 LSR TELEMECANIQUE 113PA3012 Q07 QlR43A502-B D-172779 ERR 7ELEMECANIQUE J13PA3012 Q07 QlR43A502-B D-172779 5A 7ELEMECANIQUE J13PA3012 Q07 QlR43A502-B D-177142 SEX TELEMECANIQUE J13PA3012 Q07 PANEL ID NO. Q2R43E001 A-A QlR43E50lA-A D-177659 BF GE IIFA151 A211 RG6 QSR43A501-A D-177143 BF GE IFA151A21[ RG6 PANEL ID NO. Q2R43E501 A-A QSR43A503-A D-172782 52HX GE IFA151A2H RG6 PANEL ID NO. QSH21E525-A QSR43A501-A D 172775 AVS AGASTAT E7012 RG7 QSR43A501-A D-172775 K1 frE A10 GERS n v QSR43A501-A QSR43A501-A QSR43A501-A D-172775 D-172775 D-172775 K2 TSRX AVC ffE ITE TrE A10 113P J13P GERS Q07 Q07 QSR43A501-A D-172550/1 OPLX ffE J13P Q07 QSR43A501-A D-172774 OPLX TE J13P Q07 QSR43A501-A D-172775 IG ImROWAN 2190-E22AA RG7 QSR43A501-A D-172775 K4 TrEROWAN 2190-E22PA RG7 QSR43A501-A D-172772 27 WESTINGIIOUSE SV-1 CR Q3R43A501-A D-172775 27 WESTINGIIOUSE SV 1 CR PANEL ID NO. QSII21E528-A QSR43A503-A D-172783 AVS AGASTAT E7012 RG7 QSR43A503-A D-172783 Ki TFE A10 GERS QSR43A503-A D-172783 K2 FIE A10 GERS QSR43A503-A D-172552/1 OPLX TTE 113P Q07 QSR43A503-A D-172783 AVC ITE J13P Q07 QSR43A503-A D-172783 TSRX ITE 113P Q07 QSR43A503-A D-172782 OPLX TE J13P Q07 QSR43A503-A D-172783 K3 ffE ROWAN 2190-E22AA RG7 QSR43A503-A D-172783 K4 im ROWAN 2190-E22PA RG7 QSR43A503-A D-172780 27 WESTINGilOUSE SV-1 CR QSR43A503-A D 172783 27 WESTINGilOUSE SV-1 CR PANEL ID NO. QSII21L503A-A QSW41C507D-A D 172991/3 45-X GE IFA151A911 RG6 PANEL ID NO. QSII21L503B-B QSW41C507B-B D-172992/3 45-X GE ITA151 A911 RG6 Page 29

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l

1 APPENDIX D TABLE 3 ) FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL t V SSEL _. REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METIIOD PANEL ID NO. QSII22L502-A QSR43A501-A D-172772 87DI-2A GE CFD22B1A CR QSR43A501 A' D-172772 86A GE IIEA61C242 RG7 QSR43A501-A D-172774 86A GE IEA61C242 RG7 QSR43A501-A D 177143 86A GE IEA61C242 RG7 QSR43A501-A D-172772 59/81X GE IFA151A2F RG6 QSR43A501-A D-172774 94 GE IEA151A2F RG6 QSR43A501-A D 177143 59/81X GE IIFA151A2F RG6 QSR43A501-A D 177143 94 GE IEA151 A2F RG6 QSR43A501-A D-172772 59 GE IAV71B2A Q06 QSR43A501-A D-172772 81 WESTINGIIOUSE KF S*6718287A15 Qll PANEL ID NO. QSII22L504-A QSRCA503-A D-172780 87DIC GE CFD22BIA CR Q5R43A503-A D 172780 86A GE IEA61C242 RG7 QSR43A503-A D-172761 86A GE HEA61C242 RG7 QSR43A503-A D-172782 86A GE IEA61C242 RG7 QSP43A503-A D-172780 59/81X GE IEA151A2F RG6 QSR43A503-A D-172782 94 GE IFA151A2F RG6 QSR43A503-A D-172761 59/81X GE LEA 151A2F RG6 g QSR43A503-A D-172761 94 GE IEA151 A2F RG6 QSR43A503-A D-172780 59 GE IAV71B2A Q06 QSR43A503-A D 172780 81 WESTINGIIOUSE KF S*671B287A15 Qll PANEL ID NO. QSH23S544D-A QSY41C508B-A D-172678/l 45-IX GE IIFA151A911 RG6 PANEL ID NO. QSII23S544E-A QSY41C507F-A D-172679/1 45-1X GE IEA151A911 RG6 PANEL ID NO. QSR43A501-A QSR43A501-A D 172550/2 S1R-BD CITII.ER IIAMMER A50 GERS PANEL ID NO. QSR43G505-A QSR43A501 A D 172774 T2A AGASTAT E7012 RG7 QSR43A501 A D 172774 T2B AGASTAT E7012 RG7 QSR43A501 A D-172774 5 AGASTAT E7012 RG7 QSR43A501-A D 172774 SE AGASTAT E7012 RG7 QSR43A501 A D-172774 T3A AGASTAT E7012 RG7 QSR43A501-A D-172774 CPLS ALLEN BRADIEY 836 Q01 QSR43A501-A D-172774 CPLA ALLEN BRADLEY 836 Q01 QSR43A501-A D-172774 CPI ALIEN BRADLEY 836 Q01 QSR43A501-A D-172550/1 OPLA ALLEN BRADLEY 836 Q01 QSR43A501-A D-172774 OPLS DETROTT SWTTCH 222-10 QO3 QSR43A501-A D-172774 EOR ITE-GOULD 313P2012 Q07 QSR43A501-A D-172774 EOS MICROSWITCH BZV6 Q15 D-172774 TR SYNCHRO-START O' QSR43A501-A QSR43A501-A D-172774 4A T11EhECANIQUE ESSB J13PA2012 Q09 Q07 QSR43A501 A D-172774 SDR TE1EMECANIQUE J13PA2012 Q07

                                                                                        "*'^Y^""

Page 30

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL ( SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID N O. VENDOR MODEL NO. METHOD QSR43A501-A D-172774 SFR TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-l?2774 OPL ELEMECANIQUE 113PA2012 Q07 J13PA2012 I QSil43A501-A D 172774 CPA TT.LEMECANIQUE Q07 QSR43A501-A D-172774 CPL TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-172774 4B TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-172550/4 CPA TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-172550/4 CPL TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-172775 4A TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D 172775 4B TELEMECANIQUE J13PA2012 Q07 QSR43A501-A D-172774 T3 TELEMECANIQUE 113PA2012/J20T3 Q07 QSR43A501-A D-172550/4 T3 TELEMECANIQUE 113PA2012/J20T3 Q07 QSR43A501-A D-172774 ESI TELEMECANIQUE 113PA3012 Q07 QSR43A501-A D-172774 ES2 TELEMECANIQUE 113PA3012 Q07 QSR43A501-A D 172774 TSR TELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-172774 SEX TELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-172774 5A TELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-172774 LSR TELEMECANIQUE 113PA3012 Q07 QSR43A501-A D 172774 ERR TELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-172774 BDR TELEMECANIQUE 113PA3012 Q07

     '\     QSR43A501-A              D-172775                    TSR                          TELEMECANIQUE                                    113PA3012        Q07    l l

QSR43A501-A D-172775 LSR TELEMECANIQUE 113PA3012 Q07 QSR43A501-A D-172775 ERR ELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-172775 5A ELEMECANIQUE J13PA3012 Q07 QSR43A501-A D-177143 5EX TELEMECANIQUE J13PA3012 Q07 PANEL ID NO. QSR43G507-A QSR43A503-A D-172782 5 AGASTAT E7012 RG7 QSR43A503-A D-172782 T2A AGASTAT E7012 RG7 QSR43A503-A D-172782 T2B AGASTAT E7012 RG7 QSR43A503-A D-172782 T3A AGASTAT E7012 RG7 QSR43A503-A D-172782 SE AGASTAT E7012 RG7 QSR43A503-A D-172782 CPLS ALLEN BRADLEY 836 Q01 QSR43A503-A D-172782 CPLA ALLEN BRADLEY 836 Q01 QSR43A503 A D 172552/1 OPLA ALLEN BRADLEY 836 Q01 QSR43A503-A D 172782 CPI ALLEN BRADLEY 836 Q01 QSR43A503-A D-172782 OPLS DElROIT S%TTCil 222-10 QO3 l QSR43A503 A D-172782 EOR ITE-GOULD J13P2012 Q07 QSR43A503-A D 172782 EOS MICROSWITCH BZV6 Q15 QSR43A503-A D 172782 TR SYNCIIRO-START ESSB Q09 QSR43A503-A D-172782 4A TELEMECANIQUE J13PA2012 Q07 QSR43A503-A D-l?2782 4D TELEMECANIQUE J13PA2012 Q07 QSR43A503-A D 172782 CPA TELEMECANIQUE J13PA2012 Q07 QSR43A503-A D-172782 CPL TELEMECANIQUE J13PA2012 Q07 6'R43A503-A D-172782 OPL TELEMECANIQUE J13PA2012 Q07 CiR43A503-A D-172782 SDR TELEMECANIQUE 113PA2012 Q07 QSR43A503-A D-172782 SFR ELEMECANIQUE J13PA2012 Q07 QSR43A503-A D 172552/4 CPA TELEMECANIQUE J13PA2012 Q07

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Page 31

1 I APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL g \ RELAY RESOLUTION SSEL REFERENCE RELAY RELAY COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD l QSR43A503-A D-172552/4 CPL TELEMECANIQUE 113PA2012 Q07 QSR43A503-A D-172783 4A TELEMECANIQUE J13PA2012 Q07 QSR43A503-A D 172783 4B 11:LEMECANIQUE J13PA2012 Q07 QSR43A503-A D 172782 5A TELEMECANIQUE J13PA2012/J20T3 Q07 QSR43A503-A D-172783 5A TELEMECANIQUE J13PA2012/J20T3 Q07 QSR43A503-A D-172782 SEX TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D 172782 ERR TELEMECANIQUE 113PA3012 Q07 QSR43A503-A D-172782 ES1 TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172782 ES2 TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172782 ISR TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172782 TSR TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172761 SEX TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D 172783 TSR TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172783 LSR TELEMECANIQUE J13PA3012 Q07 QSR43A503-A D-172783 ERR 1ELEMECANIQUE J13PA3012 Q07 PANEL ID NO. QSR43LOGI A-A QSR43A501-A D-172774 ATS ASCO 940 Q13 PANEL ID NO. QSR43 LOGIC-A QSR43A503-A D-172782 ATS ASCO 940 Q13

   / PANEL ID NO. QSV49HS3313AB-A QSV49K001A-A      D-177270/3        R1              ITE ROWAN       2190-E44AA         RG7 PANEL ID NO. QSV49HS3313BB-B QSV49K001B-B      D-177270/3        R1              ffE ROWAN       2190-E44A4         RG7 PANEL ID NO. QSV49K001 A-A QSV49K001A-A      D-177270/3        K5           ALCO CONTROLS 708RA-00113160103      GERS QSV49K001 A-A     D-177270/3        K6           ALCO CONTROLS 708RA-001 13160103     GERS QSV49K001A-A      D-177270/3        K7           ALCO CONTROLS 708RA 00113160103 ~    GERS QSV49K001A-A      D-177270/3        K2           CUTLER IIAMMER      A10DNOA          GERS QSV49K001A-A      D-177270/3        K1           CUTLER HAMMER       A10ENOA          GERS QSV49K001A-A      D-177270/3     OPCO            PENN CONTROLS          P28            Ql4 QSV49K001A-A      D-177270/3     HLCO            PENN CONTROLS          P70            Q14 QSV49K001A-A      D-177270/3      KV1                 SPORLAN          MB-25          GERS PANEL ID NO. QSV49K0018-B QSV49K001B-B      D-177270/3       K5            ALCO CONTROLS 708RA4)0113160103      GERS QSV49K001B-B     D 177270/3        K6           ALCO CONTROLS 708RA-001 13160103     GERS QSV49K001B-B     D-177270/3        K7           ALCO CONTROLS 708RA-001 13160103     GERS QSV49K001B-B      D 177270/3        K2           CITILER HAMMER      A10DNOA          GERS QSV49K001B-B      D 177270/3       K1            CUTLER HAMMER       A10ENOA          GERS QSV49K001B-B     D-177270/3     OPCO            PENN CONTROLS          P28            Ql4 QSV49K001B-B     D-177270/3     HLCO            PENN CONTROLS          P70            Ql4 QSV49K001B-B     D-177270/3      KV1                 SPORLAN          MB-25          GERS PANEL ID NO. QSW418515E-B QSW41C507B-B      D-172992/3      45-1            STD ELEC TIME       SMU-7-11         Q12 Page 32

APPENDIX D TABLE 3 FARLEY UNIT 1 ESSENTIAL RELAY LIST BY RELAY PANEL b'O SSEL REFERENCE RELAY RELAY RELAY RESOLUTION COMPONENT DRAWING ID NO. VENDOR MODEL NO. METHOD PANEL ID NO. QSW41B515F-A QSW41C507D-A D 172991/3 45/1 STD ELEC TIME SMU-7-11. Q12 PANEL ID NO. QSW41B592B-B QSW41C507B-B D 172992/3 45-2 STD EEC TIME SMU-711 Q12 PANEL ID NO. QSW41B592D-A QSW4IC507D-A D 172991/3 45/2 STD ELEC TIME SMU-7-11 Q12 PANEL ID NO. QSY41B532A B QSY41C507B-B D-172676/1 45/1 STD EEC TIMS SMU-7-11 Q12 PANEL ID NO. QSY41B532C-A QSY41C507F-A D-172679/1 45/1 SE EEC TIME SMU-7-11 Q12 PANEL ID NO. QSY418532D-A QSY41C508B-A D-172678/l 45/1 STD ELEC TIME SMU-7-11 Q12 PANEL ID NO. QSY418616A-B QSY41C5078-B D-172676/1 45/2 STD ELEC 11ME SMU-711 Q12 PANEL ID NO. QSY41B616B-B QSY41C507B-B D-172676/1 45/3 STD EEC 11ME SMU-7-1 I Q12 O PANEL ID NO. QSY41B616C-B QSY41C507B-B D 172676/1 45/4 STD ELEC TIME SMU-711 Q12 PANEL ID NO. QSY41B616D-B QSY41C507B-B D-172676/1 45/5 STD ELEC TIME SMU-7-11 Q12 PANEL ID NO. QSY418616J-A QSY41C507F-A D-172679/1 45/2 STD ELEC TIhE SMU-7-11 Q12 PANEL ID NO. QSY41B616K-A QSY41C507F-A D-172679/1 45/3 SID ELEC TIhm SMU-7-11 Q12 PANEL ID NO. QSY41B616L-A QSY41C507F-A D-172679/1 45/4 STD ELEC TIME SMU-7-I l Q12 PANEL ID NO. QSY41B616M-A QSY41C507F-A D 172679/1 45/5 STD EEC TIME SMU-7-11 Q12 PANEL ID NO. QSY41B616N-A QSY41C5088-A D-172678/l 45/2 STD EEC TIME SMU-7-11 Q12 PANEL ID NO. QSY41B616P-A QSY41C508B-A D-172678/l 45/3 STD ELEC 11ME SMU-7-11 Q12 PANEL ID NO. QSY41B616Q-A QSY41C508B-A D-172678/l 45/4 S1D ELEC TINE SMU-7-11 Q12 PANEL ID NO. QSY41B616R-A QSY41C508B-A D-172678/l 45/5 STD ELEC 11hE SMU-7-11 Q12 O Page 33

im _ L APPENDIX E PLANT FARLEY UNIT I RELAY GERS CAPACITY VS. DEMAND MATRIX AMPLIFICATION FACTOR = 7.0 DEMAND (g) COMMENTS CAFACITY (g) RELAY MFGffYPE/MODEL l NORMAL CONTACT CONFICt' RATION NORK NORM. TRANS. OPER NON- AC DC OPEN CIESED OPER 3 31 SEISMIC DEMAND = PEAE CROUND RESPONSE SPECTRA (CRS) 1.5 L5 x 7.0 OK MOLNTED N VERTICAL POSITION 11$0 AGASTAT E7012,7012,2412 X X X X X 10 00 AGASTAT E1014,7014,2414 X X X X X OK MOUNTED IN VERTICAL POSITION 6 00 AGASTAT E7022,7022,2422 X X X OK MOUNTED IN VERTICAL POSITION 10 00 AGASTAT E7022,7022,2422  % X X OK MOUNTED IN VERTICAL POSITION 4 00 AGASTAT E7022,7022,2422 X X X OK MOLWTED N VERTICAL POSITION 10 00 AGASTAT E7024,7024,2424 X X X OK MOUNTED N VERTICAL POSITION 7 00 AGASTAT E7024,7024,2424 X X X OK MOLWTED N VER11 CAL POSITION

                                                                                                                                                                                $ OD AGASTAT E7024,7024,2424         X      X     X                          OK     MOUNTED IN VERTICAL POSITION CONTACTORS <600Y. CONTACT RATINGS <100 AMPS; STARTERS MUST BE NEMA SIZE 1.2.3,OR 4       4 30 CONTACTORS & MOTOR ST/JTERS                                             OK to 00 GE HEA61 A, -a,4                X      X          X     X     X   X     OK X               OK     TIME DIAL SETTINGS UNITY OR GREATER                                                     IS00 GE NGV13A                       X      X          X OK     TIME DIAL SETTINGS UNITY OR GREATER                                                      $ 00 GE PICil                        X                        X 7.30 GE PCI                          X                  X                    OK     TIME DIAL SETTINGS UNITY OR GREATER 10 00 POTTER & BRUMFIELD MDR          X                        X              OK     NON-LATCHING MODELS # < 24 POLES OF DOLBLR THROW CONTACT CONHGURATION 9 00 POTTER & BRUMMELD MDR                  X                 X              OK     NON-LATCHING MODELS f C 24 POLES OF DOUBLE THROW ODNTACT CONHOURATION NON-LATCHNG MODELS I < 24 POLES OF DOUBLE THROW CONTACT CONRGUltATION                   10 00 POTTER & BRUMRELD MDR           X      X           X                    OK OK                                                                                              6 00 POTTER & BRUMFIELD MDR          X      X           X     X                     IATCHING MODELS / <24 POLES OF DOUBLE THROW CONTACT CONROURATION OK                                                                                             10.00 ROWAN 2190                      X                        X OK                                                                                              9 00 ROWAN 2190                             X                 X OK                                                                                              10 00 ROWAN 2190                      X      X           X OK                                                                                              7.30 STRUTHERS-DUNN 219              X                        X OK                                                                                              $ 00

! STRtKHERS-DUNN 219 X X ! 13 00 , STRLTHERS-DLNN 219 X X OK l i [ Page1 ParerTxt3 i

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                                                                                       '-                                                                       .V APPENDIX E PLANT FARLEY UNIT 1 RELAY GERS CAPACITY VS. DEMAND MATRIX AMPLIFICATION FACTOR = 7.0 DEMAND (g)                                     COMMENTS                           CAPACITY (g)

RELAY MFC/IYPEMODEL NORMAL CONTACT CONFICURATION NORM. NORM. TRANi OPER NON- AC DC OPEN CRDSED OPER i 3 38 SEISMIC DEMAND = PEAK CROUND RESPONSE SPECTRA (CRS) x 1.5 x 1.5 x 7.0 X OK 11.00 3TRUTHERS-0UNN 219 X X OK 10 00 WESTINGHOUSE AR X X OK 7 50 WEST!NGKXJ5E AR X OK 10 00 WESTINGHOUSE AR X X X X OK ' 10 00 WESTINGHOU5E ARD X OK 4 So WESTINGHOUSE ARD X X OK to 00 WESTINGKJUSE ARD X X X OK 9 00 WESTINGHOUSE CV-7. 3TYLE 1875524A X X X X OK 3 00 WESTINGHOUSE CV-7 STYLE 1873524A X X X X OK OPERATION TIME ADAJ5BiENT 80 M313 OR LESS NC CONTACTS to00 WESTINGHOUSE MG4 X OK OPERATION TIME ADAJ3TMENT so M313 OR LESS NC CONTACTS 10 00 WESTINGHOUSE MG4 X X X t Page 2 caPPnns C .. _. . ,

(d" APPENDIX E PLANT FARLEY UNIT 1 RELAY GERS CAPACITY VS. DEMAND MATRIX AMPLIFICATION FACFOR = 6.0 LDEMAND(g)f COMMENTS f CAPACITY (g) RELAY MFC/IYPE/MODEL l NORMAL CONTACT COSTICt' RATION NORM. M)RM. TRAML OPER NON- AC DC OPEN C111 SED OPER 2.84 SEISMIC DEMAND = PEAK CROUND RESPONSE SPECTRA (CRS) a 1.5 s 1.5 : Et 7.30 GE HFAllI(IE) X X X X OK AC ADAJSTMENT TIME *30 MSDC ADAJSTMENT TIME =so MS 3 00 GE HTAl$1(IE) X X X X OK AC ADAJ5TMENT TTME=30 MSDC ADAJSTMENT TIME *uo MS 15 00 X X X X X OK AC ADAJSTMENT TIME =30 MSDC ADRJ3TMENT TIME-80 M3 GE PFALSI(IE) 3 00 WESTINGHOUSE MG4 X X X OK OPERATION TIME ADAJ3TMENT 80 M3 / 3 OR LESS NC CONTACTS to 00 WESTINGWXJSE MG4 X X X OK OPERATION TIME ADAJSTMENT 80 MS / 3 OR LESS NC CONTACTS to00 WESTINGHolBE MG4 X X X X OK OPERATION TIME ADIUSTMENT 80 MSI 3 OR LESS NC CONTACTS l Page 3 rA m exts

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m"g Upper Bound Soil - g M FNP; SHAKE ANALYSIS OF MAIN PLANT AREA (C . P . 9 E l . 130') Hor t znntal Motions on Free Surf ace at Grade (El . 154.5') fnodash.i e _. - - _ _ .. _ _ _

52197-R-001 DRAFT Attachmem A.1 Page A.1-1 of 7 ATTACHMENT A.1 IN-STRUCTURE RESPONSE SPECTRA FOR DIESEL , GENERATOR BUILDING Broadened Envelope Spectra (D = 0.01, 0.02, 0.03, 0.05. and 0.10) I I  ; 1 1 1 I

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                                                                                                                   ""O D=0.05                                          -          10% Peak Broadened D=0.10                             --      ---

FARLEY NUCLEAR PLANT: DIESEL GENERATOR BLOG p12xbro nFRTGN R ARTS F ARTHQllAKE: BROADENED ENVELOPE RESPONSE SPECTRA

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FARLEY NUCLEAR PLANT: DIESEL GENERATOR BLOG pl3xbra DESIGN BASIS EARTHOUAKE: BROADENED ENVELOPE RESPONSE SPECTRA L- - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ I

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52197-R-001 DRAFT 5 At'.achment 8.1 Fage 8.1-1 of 13 3

I I

I , ATTACHMENT B.1 I IN-STRUCTURE RESPON' *'PECTRA FOR SERVICE l WATER INT 4 W STRUCTURE

!   Broadened Envelope Spectra (D = 0.01, 0.02, 0.03, 0.05.

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O-0.10 -- --- 1 FAALEY NUCLE AR PL ANT: SERVICE WATER INTAKE STRUCTURE

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Legend: NODE 6 (EL 203.8') Y-TRANSLATION (E-W) D=0.01 Acceleratlon in g's J 3 0=0.02 --- Er.velope of 3 Soil Cases ]a0 0-0.03 b) 10% Peak Broadened 0-0.05 b O=0.10 -- -- FARLEY NUCLE AR PL ANT: SERVICE WATER INTAKE STRUCTURE sw6yurd OFSIGN R ASIS E ARTHQU AKE: BROADENED ENVELOPE RESPONSE SPECTRA

t. _ . _ _ . . . -- - - - _ _ . - _ _ - . _ . - _ - . . _ _ . _ _ _ _ ._ - _ - . _ _ _ . ...4

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FAALEY NUCLE AR PL ANT: SERVICE WATER INTAKE STAUCTUAE sw6zt,r a DESIGN B ASIS E ARTHOU AKE: BADADENED ENVELOPE RESPONSE SPECTRA _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ i

APPENDIX G SCREENING VERIFICATION DATA SIIEETS PLANT FARLEY UNIT 1 The Screening Verification Data Sheet (SVDS) constitutes the formal documentation of the screening verification and walkdown for the components contained in the Seismic Review Safe Shutdown Equipment List (SSEL) (Appendix H), and reflects the final judgment of the seismic capability engineers. The format of the SVDS is provided by the Safe Shutdown Equipment Manager computer program supplied by the Seismic Qualification Utility Group (SQUG). The SVDS is sorted by the component mark number (column 3). The SVDS includes the information shown in table 1, where applicable and available, for each component. O O  ! G-1 l

APPENDIX G TABLE 1 SCREENING VERIFICATION DATA SIIEET ] INFORMATION KEY (SHEET I OF 4) l l Column Number Description i Unique line number (not used). 2 SQUG equipment class (see table 2 of this appendix). l 3 Equipment identification number. 4 Equipment description. 5 Building or area in which equipment is located. 6 Floor elevation from which the equipment can be seen. 7 Room identifier where equipment is located. ( 8 Elevation at which the equipment is mounted. 9 Indicates whether the equipment is mounted lower in the building than approximately 40 feet above grade: Y - Yes N-No 10 Indicates the source of the seismic capacity: BS SQUG bounding spectrum ABS 1.5 x SQUG bounding spectmm DOC Component-specific seismic qualification documentation GERS Generic equipment ruggedness spectra N/A Not applicable

 \

G-2

1 l l l APPENDIX G I fs TABLE 1 SCREENING VERIFICATION DATA SHEET INFORMATION KEY (SHEET 2 OF 4) , Column Number Description 11 Indicates the method used to define the seismic demand: CRS Conservative design in-structure response spectra GRS Ground response spectra RRS Realistic, median-centered in-structure response spectra N/A Not applicable 12 Indicates whether the capacity of the equipment exceeds the demand: Y Yes - Capacity exceeds demand N No - Capacity does not exceed demand U Unknown whether capacity exceeds demand 13 Indicates whether the equipment is within the scope of the eanhquake/ testing equipment class and meets the intent of all the caveats for the equipment class: Y Yes - The equipment is in the equipment class, and the intent of all applicable caveats is satisfied. N No - The equipment is not in the equipment class, or the intent of all applicable caveats is not satisfied. U Unknown whether the equipment is in the equipment class or whether the intent of all applicable caveats is satisfied. N/A The earthquake / test equipment class and the caveats are not applicable to this equipment item. ( G-3

 .f m                                                              APPENDIX G U                                                                  TABLE 1 SCREENING VERIFICATION DATA SHEET INFORMATION KEY (SIIEET 3 OF 4)

Column Number Description 14 Indicates whether the equipment anchorage meets the anchorage screening guidelines: Y Yes - Anchorage capacities equal or exceed seismic demand, and anchorage is free of gross installation defects and has adequate stiffness. N No - Anchorage capacities do not equal or exceed the seismic demand, anchorage is not without gross installation defects, or anchorage does not have adequate stiffness. U Unknown whether anchorage capacities equal or exceed seismic demand, or whether anchorage is free of gross installation defects or has adequate stiffness. N/A Anchorage guidelines are not applicable to this equipment (e.g., valves are not evaluated for anchorage). 15 Indicates whether the equipment is free of adverse seismic interaction effects: Y Yes - The equipment is free ofinteraction effects, or the interaction effects are acceptable and do not compromise the safe shutdown function of the equipment. N No - The equipment is not free of adverse interaction effects. U Unknown whether interaction effects will compromise the safe shutdown function of the equipment. G-4

l ,y - APPENDIX G C TABLE 1 SCREENING VERIFICATION DATA SHEET INFORMATION KEY (SIIEET 4 OF 4) 16 Indicates whether, in the finaljudgment of the seismic capability engineers, the seismic adequacy of the equipment is verified: Y Yes - Seismic adequacy has been verified; i.e., code "Y" for all applicable screening guidelines:

1) Seismic capacity is greater than demand.

2) The equipment is in the earthquake / test equipment class and the intent of all the caveats is met (for use with bounding spectrum or GERS only).

3) Equipment anchorage is adequate.

A 4) Seismic interaction effects will not compromise the U safe shutdown function of the item of equipment. N No - Seismic adequacy does not meet one or more of the seismic evaluation criteria. - Equipment is identified as an outlier requiring further verification effort in accordance with section 5 of the SQUG Generic Implementation Procedure. 17 Not used. O G-5

1 l 1

    . /"'

APPENDIX G 1

                                   -TABLE 2 EQUIPMENT CLASS DESIGNATIONS      !

(SHEET 1 OF 2) Equipment Qgg Description 01 Motor control centers. , 4 02 Low-voltage switchgear. 03 Medium-voltage switchgear. 04 Transformers. 05 Horizontal pumps. 06 Vertical pumps. Fluid-operated valves. 07 08A Motor-operated valves. 08B Solenoid-operated valves. 09 Fans. 10 Air handlers. 11 Chillers. 12 Air compressors. 13 Motor generators. 14 Distribution panels. 15 Batteries on racks. 16 Battery chargers and inverters. O , l G-6 1

APPENDIX G TABLE 2 EQUIPMENT CLASS DESIGNATIONS (SHEET 2 OF 2) 17 Engine generators. J 18 Instmments on racks. 19 Temperature sensors. I 20 Instrumentation and control panels and cabinets. 21 Tanks and heat exchangers. O O G-7

FARLEY NUCLEAR POWER PLANT - UNITS 1 AND 2 O V SVDS CERTIFICATION All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of our knowledg'e and belief, correct and accurate. "All information" includes each entry and conclusion (whether verified to be seismically adequate or not) for components evaluated by the Seismic Review Team (SRT) as documented in the Seismic Evaluation Work Sheets (SEWS). P. W. Garrett / Seismic Capability Engineer Name / Title Si{(nature / Date / B. R. Goforth / Seismic Caoability Engineer Name / Title I/ 7/ 2 Si' g nat'urepate '/ P. Hsu / Seismic Capability Engineer I

• Name / Title ignature/ 3 ate T. B. Lantrio / Seismic Canability Engineer u- NO'

                                                                   ~

p Name / Title Sign tur ate 0 K. P. Maynard / Seismic Capability Engineer I Aun' ~ 3-M-9D" Name / Title Signature / Dat( D. P. Moore / Seismic Canability Engineer / N / M nf / E O'96 Name / Title Signature / Date' L P. Posev / Seismic Caoability Engineer /4*26-9 6 Name / Title @gnature / Dd C. K. Toner / Seismic Canability Engineer d4I N A /0 ~ W Name / Title " Signature / Dats K. D. Wooten / Seismic Canability Encineer

                                                                     ~

b /

                                                                                                                                /046 Name / Title                                               Signature / Date l                             nxm ooc O

1

i _ /" ' FARLEY NUCLEAR POWER PLANT- UNITS 1 AND 2 SVDS CERTIFICATION The information provided to the Seismic Capability Engineers regarding systems and operations of the equipment contained on this SVDS is, to the best of our knowledge and belief, correct and accurate. R.v. KEPIC X C. Lcr:r/> Mechanical Systems Engineer 44luT,M 5////fy Name / Title / Signaturef IIate R. R. Lyon / Electrical Systems Engineer N/b, 17 S ff Name / Title Sigdturf / Date O v - 4 O

t l l l Page No. 1 APPEN0!X G Data Base File Name/Date/Tlee: FAR1R3.08F / 05/11/95 / 16:33:36 l Report Oate/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION 0ATA SHEET (SVDS) Sort criteria: 10 Number " l FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name 8 version: $$EM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <- EQUIPMENT LOCATION > 8ase Capacity Demand Cap. > Caveats Anchor inter- Egulp NO. CLASS MARK No. DESCRIPTION Building Ftr.Elv. um. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK? OK7 act OK7 OK1 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 6 20 AIT8001 TERMINAL BOX 100-00 0189 124-0 Y 85 GR$ Y Y Y Y Y l i 0 AIT8004 TERMINAL BOX 100-00 0194 100-0 Y BS GR$ Y Y Y N N 20 0 20 AIT8006 TERMINAL BOX 121-00 0223 126-0 Y 85 GR$ Y Y Y Y Y 0 20 81T8002 TERMINAL BOX 121-00 0235 139-0 Y 85 GR$ Y Y Y Y Y 0 20 BIT 8003 TERMINAL BOX 100-00 0190 115-0 Y 85 GRS Y Y Y Y Y 0 20 81T8004 TERMINAL BOX 100-00 0192 104-0 Y BS GRS Y Y Y Y Y 0 18 NIE21LI0ll2-3 VCT LEVEL INDICATION 121-00 0218 126-0 Y BS GRS Y Y Y Y Y 0 20 NIHilNGMC82500A-A8 MAIN CONTROL BOARD SECTION A 155-00 0401 155-0 Y BS GR$ Y N Y N N O 07 N1P18PCV2885A PRESSURE CONTROL VALVE OP/CL 100-00 0189 105-0 Y 85 GRS Y Y NA Y Y 0 07 N1P18PCV28858 PRESSURE CONTROL VALVE OP/CL 100-00 0189 105-0 Y 85 GRS Y Y NA Y Y 0 07 N1P18PCV2885C PRESSURE CONTROL VALVE OP/CL 100-00 0189 105-0 Y BS GRS Y Y M4 Y Y 0 07 N1P19PCV2228A PCV TO PORV BACKUP AIR SUPPLY OP/CL 121-00 0218 127-0 Y 85 GRS Y Y NA Y Y BOTTLE O 07 N1P19PCV22288 PCV TO PORV BACKUP AIR SUPPLY OP/CL 121-00 0218 127-0 Y BS GRS Y Y M Y Y PRESSURE CONTROL 0 23 Q1811H001 REACTOR VESSEL -- 129-00 CTNT 129-0 Y NA NA NA NA Y Y Y 0 21 Q1821H001A STEAM GENERATOR 1A -- 155-00 CTNT 155-0 Y NA NA NA M Y Y Y 0 21 Q1821H0018 STEAM GENERATOR 18 -- 155-00 CTNT 155-0 Y NA NA NA NA Y Y Y 0 21 Q1821H001C STEAM GENERATOR IC -- 155-00 CTNT 155-0 Y NA NA NA NA Y Y Y 0 E- _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

I

l. .,n-f~

l )% \ D 1 ! Page No. 2 APPENDIK G Data Base File Name/Date/ Time: FAtlR3.00F / 05/11/95 /.16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort criteria: ID Mimber FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40 Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes

  ...... ..... .................. .................................. .......... .......... ............... .....      ....'?

(14) (15) (1) (2) (3) (4) (5) (6) (7) (B) (9) (10) (11) (12) (13) (1.6) (17) l ! IB QlB21PT0402-P1 RCS LOOP 3 WIDE RANGE PRESSURE 105-00 CTNT 129-0 Y BS GRS Y Y Y Y Y O I 18 QlB21PT0403-P4 RCS LOOP 1 WIDE BANGE PRESSURE 105-00 CTNT 129-0 Y BS GR$ Y Y Y Y Y 0 19 RCS LOOP 1 COLD LEG RTD 105-00 CTMT 123-0 Y BS GRS Y Y MA Y Y QlB21TE0410-P2 0 19 QlB21TE0413-P1 RCS LOOP 1 HOT LEG RTD 105-00 CTNT 123-0 Y BS GRS Y Y MA Y Y 0 19 QlB21TE0420-P2 RCS LOOP 2 COLD LEG RfD 105-00 CTNT 123-0 Y BS GRS Y Y NA Y Y 0 19 QlB21TE0423-P1 RCS LOOP 2 HOT LEG RTD 105-00 CTNT 123-0 Y BS GRS Y Y NA Y Y 0 19 QlB21TE0430-P4 RCS LOOP 3 COLD LEG RTD 105-00 CTMT 123-0 Y BS GRS Y Y NA Y Y 0 19 QlB21TE0433-P3 RCS LOOP 3 HOT LEG RTD 105 00 CTNT 123-0 Y BS GRS Y Y NA Y Y 0 07 QlB31HW8028-A PRESSURE RELIEF TANK ISOLATION CLOSED 121-00 0223 121-0 Y BS GR$ Y Y MA Y Y OUTSIDE CTMT VALVE 0 0 QlB31K001 RCS PRESSURIZER -- 155-00 CTNT 155-0 Y NA hA NA NA Y Y. Y 0 18 Q1831LT0459-P1 PRESSURIZER LEVEL (CONTRO: ROOM) 132-00 CTNT 129-0 Y BS GRS Y Y Y Y Y 0 IB QlB31LT0460-P2 PRESSURIZER LEVEL 132-00 CTNT 129-0 Y BS GRS Y Y Y Y Y 0 18 QlB31LT0461-P3 PRESSURIZER LEVEL 132-00 CTNT 129-0 Y BS GRS Y Y Y Y Y 0 08A QlB31MOV8000A-A PRESSURIZER POWER REllEF ISOLATION OP/CL 175-00 CTMT 170-0 Y 83 GRS Y Y NA Y Y VALVE O 08A QlB31MOV90005-8 PRESSURIZER POWER RELIEF ISOLATION OP/CL 175-00 CTNT 170-0 Y BS GR$ Y Y NA Y Y VALVE O 07 QlB31PCV04448-8 PRESSURIZER POWER RELIEF VALVE OP/CL 155-00 CTNT 170-0 Y BS GR$ Y Y NA Y Y 0+- 07 PRESSURIZER POWER RELIEF VALVE OP/CL 173-00 CTNT 170-0 Y BS GRS Y Y NA Y Y QlB31PCV0445A-A 0+

                                                                                    - .                            --                  --,                     . . . _ .        -_    _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - A

a l l O ' N f'N . Page No. 3 APPEN0!X G Data Base File Name/Date/Tlee: FAR1R3.08F / 05/11/95 / 16:33:36 i l Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERITICATION DATA SMEET (SVDS) Sort criteria: ID Number FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S') Program File name 8 version: $$EM 2.2 j LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION > Sase Capacity Ommand Cap. > Caveats Anchor Inter- Equip

20. CLASS MARK NO. DESCRIPTION Building Fir.Elv. um. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OKt Notes l . ... ..... .................. .. .............................. .......... .......... ............... ..... ..... ........ ........ ....... ....... ...... ....... ..... .....

(14) (15) (16) (17) \ (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) 18 Q1831PT0455-PI PRESSURIZER PRESSURE 166-00 CTMT 145-0 Y BS GRS Y Y Y Y Y 0 18 Q1831PT0456-P2 PRESSURIZER PRES $URE 166-00 CTMT 145-0 Y 85 GR$ Y Y V Y Y 0 18 QlB31PT0457-P3 PRES $URIZER PRESSURE 166-00 CTNT 145-0 Y 85 GAS Y Y Y Y Y 0 02 Q1CllE0044-A8 REACTOR TRIP SWITCHGEAR No. I 121-00 0235 121-0 Y 85 CRS Y N Y N N 0 02 REACTOR TRIP SWITCHGEAR NO. 2 121-00 0235 121-0 Y BS GRS Y N Y N N Q1C11E0048-A8 O 18 QlC22LT0474-P1 STEM GENERATOR 1A NARROW RANGE 155-00 CTMT 155-0 Y BS GRS Y Y Y Y Y LEVEL 0 18 QlC22LT0475-P2 STEM GENERATOR 1A MARROW RANGE 155-00 CTNT 155-0 Y 85 GRS Y Y Y Y Y LEVEL 0 18 Q1C22LT0476-P3 STEM GENERATOR 1A MARROW RANGE 155-00 CTNT 155-0 Y BS GRS Y Y Y Y Y LEVEL 0 18 Q1C22LT0484-P1 STEM GENERATOR 18 NARROW RANGE 155-00 CTMT 159-0 Y 85 GRS Y Y Y Y Y LEVEL 0 18 Q1C22LT0485-P2 STEAM GENERATOR 18 NARROW RANGE 155-00 CTNT 159-0 Y 85 GRS Y Y Y N N LEVEL 0 18 Q1C22LT0486-P3 STEM GENERATOR 18 NARROW RANGE 155-00 CTMT 159-0 Y 85 GR$ Y Y Y Y Y LEVEL 0 18 Q1C22LT0494-P1 STEM GENERATOR IC NARROW RANGE 155-00 CTNT 158-0 Y BS GRS Y Y Y Y Y LEVEL 0 18 QlC22LT0495-P2 STEAM GENERATOR IC NARROW RANGE 155-00 CTNT 158-0 Y 85 GRS Y Y Y Y Y LEVEL 0 18 Q1C22LT0496-P3 STEA81 GENERATOR IC NARROW RANGE 155-00 CTNT 158-0 Y BS GRS Y Y Y Y Y ( LEVEL 0 0 QlC51L0018-1 NIS NEUTRON DETECTOR BOX 18 (41A & 129-00 CTNT 129-0 Y NA NA Y NA Y Y Y 418) 0 0 QlC55NE0048-A ALTERNATE SHUTDOWN NEUTRON FLUX 139-00 CTNT 139-0 Y NA NA Y NA Y Y Y DETECTOR 0 20 QlC55NM0048-A ALTERN SHUTDOWN NEUTRON FLUX MON 139-00 0332 139-0 Y BS GRS Y Y Y Y Y SIGNAL ADFLIFIER 0 08A QlEllFCV0602A-A RHR PUI@ MINI FLOW VALVE OP/CL 83-00 0128 86-00 Y 85 GR$ Y Y NA Y Y _ _____=_____________ _ _ _ _ _ _ - _ - _ _

O @ O . Page No. 4 APPENDIX G Data Base file Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING WERIFICATION OATA SHEET (SVOS) Sort criteria: 10 thster FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS *S') Program File Name & Verston: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <------- EQUIPMENT LOCATION -----> Base Capacity Oemand Cap. > Caveats Anchor Inter- Equip NO. CLASS MNNC NO. OESCRIPTION Butiding fir.Elv, an. or Rom / Col. Elev. <40'? Spectrum Spectrie Demand? OK7 OKt act OK? OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 08A Q1EllFCV06028-8 RHR PU W MINI FLOW VALVE OP/CL 83-00 0122 91-00 Y 85 GRS Y Y NA Y Y 18 QlEllFIS602A-A RHR PU W FLOW INDICATING SWITCH 83-00 0128 87-00 Y BS GRS Y Y Y Y Y 18 QllllFIS6028-8 RHR PUMP FLOW IN01CATING SWITCH 83-00 0128 87-00 Y 85 GRS Y Y Y Y Y 18 QlEllFT0605A-2 RHR HEAT EXCHANGER DISCHARGE FL0tf 87-00 0120 88-00 Y 85 GRS Y Y Y Y Y TRANSMITTER 18 QlEllFT06058-4 RHR HEAT EXCHANGER O!$ CHARGE FLOW 87-00 0120 88-00 Y BS GRS Y Y Y Y Y TRANSMITTER 21 Q1EllH001A-A RHR HEAT EXCHANGER 1A -- 83-00 0128 83-00 Y NA NA NA NA Y Y Y 21 QlE11H0018-8 RHR HEAT EXCHANGER 18 -- 83-00 0128 83-00 Y NA NA NA NA Y Y Y 20 QlEllLQ35944-A CTMT SU W LEVEL TRANSMITTER POWER 139 00 0318 139-0 Y 85 GRS Y Y Y Y Y SUPPLY 0 20 QlEllLQ35948-8 CTNT SUW LEVEL TRANSMITTER POWER 139-00 0318 139-0 Y 85 GRS Y Y Y Y Y SUPPLY 0 18 Q1EllLT3594A-A CTMT SUW LEVEL TRANSMITTER 116-00 CTMT 80-00 Y BS GRS Y Y Y Y Y 18 QlEllLT35948-B CTMT SUMP LEVEL TRANSMITTER 116-00 CTMT 80-00 Y BS GRS Y Y Y Y Y 08A QlEllMOV8701A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT 105-0 Y BS GRS Y Y NA Y Y 0 08A QlEllMOV87018-8 RHR INLET ISOLATION VALVE OP/CL 105-00 CTNT 105-0 Y BS GR$ Y Y NA Y Y. 0 08A QlEllMOV8702A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTNT 105-0 Y BS GRS Y Y NA Y Y 0 08A QlfilMOW87028-8 RHR INLET ISOLATION VALVE OP/CL 105-00 CTNT 105-0 Y BS GRS Y Y NA Y Y 0 08A QlEllMOW8706A-A RHR LOOP No.1 O!SOtARGE TO CVCS OP/CL 83-00 0128 83-00 Y BS GRS Y Y NA Y Y 08A Q1EllMOV87068-8 RHR LOOP NO. 2 OISCHARGE TO CVCS OP/CL 83-00 0128 83-00 Y 85 GRS Y Y NA Y Y 08A QlEllMOV8809A-A RWST TO RHR PU W IA SUCTION OP/CL 83-00 0131 83-00 Y 85 GRS Y Y NA Y Y 08A QlEllMOV88098-8 RWST TO RHR PUMP 18 SUCTION OP/CL 83-00 0129 83-00 Y 8S GRS Y Y NA Y Y 08A Q1EllMOV8811A-A RHR PU W SUCTION FROM CONTAIINtENT OP/CL 83-00 0131 83-00 Y 85 GR$ Y Y NA Y Y TRAIN A 08A QlEllMOV88118-8 RHR PUW SUCTION FROM CONTAINMENT OP/CL 83-00 0129 83-00 Y 85 GRS Y Y NA Y Y TRAIN 8

( - { V< \ b d-t Page No. 5 APPEN0lX G Oata Base File Name/Date/ Time: FARIR3.0BF / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION OATA SHEET (SvDS) Sort criteria: 10 Number FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <-- EQUIPMENT LOCATION -----> Base capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Fir.Elv. Rs. or Rom / Col. Elev. 440*? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 08A QlEllMOV8812A-A CONTAINMENT SUW TO RHR PUMP 1A OP/CL 83-00 0131 83-00 Y BS GR$ Y Y NA Y Y ISCLATION 08A Q1EllMOV88128-8 CONTAINMENT SUMP TO RHR P'JMP 18 OP/CL 83-00 0129 83-00 Y 85 GR$ Y Y NA Y Y ISOLATION 08A Q1EllMOV8888A-A LHS! TO RCS COLO LEG OP/CL 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 08A QlEllMOV88888-B LHSI TO RCS COLD LEG OP/CL 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 06 QlEllP001A-A RHR PUMP 1A ON 83-00 0131 77-00 Y BS GRS Y Y Y Y Y 06 Q1EllP0018-8 RHR PUW 18 ON 83-00 0129 77-00 Y BS GRS Y Y Y Y Y 18 QlE13PT0950-P1 CONTAINMENT PRESSURE PROTECTION 121-00 0223 139-0 Y 85 GRS Y Y Y Y Y TRANSMITTER 0 18 QlE17T0951-P2 CONTAINMENT PRESSURE PROTECTION 121-00 0223 139-0 Y BS GR$ Y Y Y Y Y TRANSMITTER 0 18 QlE13PT0952-P3 CONTAINMENT PRESSURE PROTECTION 121-00 0223 139-0 Y BS GRS Y Y Y Y Y TRANSMITTER 0 IS QlE13PT0953-P4 CONTAINMENT PRESSURE PROTECTION 121-00 0223 139-0 Y BS GRS Y Y Y Y Y TRANSMITTER 0 10 QlE16H001A-A CHG/HHSI PUW ROOM COOLER 1A ON 100-00 0181 121-0 Y BS GR$ Y Y Y Y Y (TRAIN A) 0 10 QlE16H001C-8 CHG/HHSI PU W ROOM COOLER IC ON 100-00 0173 121-0 Y BS GRS Y Y Y Y Y (TRAIN B) 0 10 QlE16H003A-A RHR PUMP ROOM COOLER 1A ON 83-00 0131 98-00 Y BS GRS Y Y Y Y Y 10 QlE16H0038-8 RHR PUMP ROOM COOLER 18 ON 83-00 0129 98-00 Y BS GRS Y N Y Y N 10 QlE16H004A-A CCW PUMP ROOM COOLER TRAIN A ON 100-00 018S 121-0 Y BS GRS Y Y Y Y Y 0 10 QlE16H0048-8 CCW PUMP ROOM COOLER TRAIN B ON 100-00 0185 121-0 Y BS GRS Y Y Y Y Y 0 10 QlE16H005A-A AUX FEE 0 WATER PUMP ROOM COOLER 1A ON 100-00 0190 121-0 Y BS GRS Y Y Y Y Y 0 10 QlE16H0058-8 AUX FEEONATER PUMP ROOM COOLER 18 ON 100-00 0192 121-0 Y BS GRS Y Y Y Y Y 0 10 Q1E16H006A-A BATTERY CHARGING ROOM COOLERS ON 121-00 0245 131-0 Y BS GRS Y Y Y Y Y 0

C) C O Page No. 6 APPENDIX G Data Base File Name/Date/ flee: FAtlR3.00F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Number FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS *S*) Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Fir.Elv. Am. or Rom / Col. Elev. 440'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 10 QlE16H0068-8 BATTERY CHARGING ROCM COOLERS ON 121-00 0244 131-0 Y BS GRS Y Y Y Y Y 0 10 Q1E16H007-A MCC 1A ROOM C00LER ON 139-00 0132 139-0 Y 85 GRS Y Y Y Y Y 0 10 QlE16H008A-8 MCC 18 ROOM COOLER ON 121-00 0209 121-0 Y 85 GRS Y Y Y Y 'Y 0 10 Q1E16H0088-8 MCC IB ROOM ACU ON 121-00 -0209 121-0 Y BS GRS Y Y Y Y Y 0 10 QlE16H009-A 600V LOAD CENTER ID ROOM COOLER ON 139-00 0339 139-0 Y 85 GRS Y Y Y Y Y 0 10 Q1E16H010-8 600V LGAD CENTER lE ROOM COOLER ON 121-00 0228 121-0 Y BS GR$ Y Y Y Y Y 0 18 QlE21FT0940 HIGH HEAD SAFETY INJECTION FLOW 77-00 0111 87-00 Y BS GRS Y Y Y Y Y TRANSMITTER 18 QlE21FT0943 HIGH HEAD SAFETY INJECTION FLOW 100-00 0175 104-0 Y BS GRS Y Y Y Y Y i TRANSMITTER 0 0 QlE21H002 REGENERATIVE HEAT EXCHANGER 105-00 CTNT 105-0 Y NA NA NA NA Y Y Y 0 21 QlE21H003 SEAL NATER HEAT EXCHANGER -- 100-00 0170 100-0 Y NA NA NA NA Y Y Y 0 21 QlE21H004 LETDOWN HEAT EXCHANGER -- 100-00 0170 100-0 Y NA NA NA NA Y Y Y 0 07 QlE21HV8149A-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTNT 105-0 Y BS GRS Y Y NA Y Y 0 07 QlE21HV81498-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTNT 105-0 Y BS GR$ Y Y NA Y Y 0 07 QlE21HV8149C-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTNT 105-0 Y BS GRS Y Y NA Y Y 0 07 QlE21HV8152 CVCS ISOLATION OUTSIDE CONTAINMENT CLOSED 100-00 0184 100-0 Y BS GRS Y Y NA Y Y VALVE 0 07 QlE21HV8942-A BORON INJECTION RECIRCULATION PUDF CLOSED 100-00 0186 130-0 Y 85 GRS Y Y NA Y Y VALVE O 07 QlE21HV8945A-A 80RON INJECTION SURGE TANK VALVE CLOSED 121-00 0222 122-0 Y BS GRS Y Y NA Y Y 0

O O Page No. 7 APPENO!I G Data Base File Name/0 ate /Tlae: FARIR3.00F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREEN!!IG VERIFICATION DATA SHEET (SVOS) Sort Criteria: 10 m= hse FARLEY Utilf 1 Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Intar- Equip NO. CLASS MARK 110. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev <40*7 Spectrum Spectrum Osmand7 OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 08A Q1E21LCV01158-A RWST TO CHARGIC PLDP SUCTION OP/CL 100-00 0172 104-0 Y 85 GR$ Y Y llA Y Y VALVE O 08A QlE21LCV0115C-A VOLUME CONTROL TANK OUTLET CLOSED 121-00 0216 123-0 Y BS GR$ Y Y NA Y Y ISOLAfl0N VALVE 0 08A Q1E21LCV0ll5S-8 RWST TO CHARGIIIG PUl@ SUCTION OP/CL 100-00 0172 104-0 Y BS GRS Y Y NA Y Y VALVE 0 08A QlE21LCV0115E-8 WOLUME CONTROL TANK OUTLET CLOSED 121-00 0216 123-0 Y BS GRS Y Y NA Y Y ISOLATION VALVE O 18 QlE21LT!!2-3 VOLUME CONTROL TANK LEVEL 121-00 0217 126-0 Y BS GRS Y Y Y Y Y TRANSMITTER 6 18 Q1E21LT115-1 VOLUME CONTROL TANK LEVEL 121-00 0217 126-0 Y BS GRS Y Y Y T Y titan 5MITTER 6 08A QlE21MOV8100-8 RCP SEAL WATER RETURN ISOLATI001 CLOSE0 121-00 0223 121-0 Y BS GRS Y Y IIA Y Y 0 08A QIE21 MOW 8106-A CHARGING PUMP MINIFLOW ISOLATION OP/CL 100-00 0170 102-0 Y BS GR$ Y Y NA Y Y 0 08A QlE21MOV8107-A CHARGING PUMP TO RCS ISOLATION CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 08A QlE21MOV8108-8 CHARGING PUMP TO RCS ISOLATION CLOSE0 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 08A QlE21M0V8109A-B CHARGING PUMP P002A MINIFLOW VALVE OP/CL 100-00 0181 115-0 Y BS CRS Y Y NA Y Y 0 08A QlE21M0W8109C-8 CHARGING Pufe P002C MINIFLOW VALVE OP/CL 100-00 0173 100-0 Y 85 GRS Y Y lea Y Y 0 08A QlE21MOV8112-A RCP SEAL WATER RETURN ISOLATION CLOSED 129-00 CTMT 129-0 Y 85 GR$ Y Y 16 4 Y Y 0 08A GlE21 MOW 8130A-A CHARG! leg Pule SUCTI0le HEADER OP/CL 100-00 0181 115-0 Y BS GR$ Y Y lea Y Y ISOLATI0It VALVE O 08A Q1E21MOV81308-8 CHARGilIG PUDF SUCTICII HEADER OP/CL 100-00 0175 100-0 Y 85 GRS Y Y NA Y Y ISOLAY10N VALVE 0 08A QlE21 MOW 8131A-A CHARGillG PUIF SUCTIO18 HEADER OP/CL 100-00 0175 122-0 Y BS GRS Y Y NA Y Y ISOLATI0li VALVE 0 08A QlE21 MOW 81318-8 CHARGING PUIF SUCTl001 HEADER OP/CL 100-00 0172 100-0 Y BS GRS Y Y NA Y Y ISOLATION VALVE o

l / A (]J . i i Page No. 8 APPEN0lt G Oata Base File Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:13:36 l Report Date/Tlee: 05-12-95 / 08:13:11 SCREENING VERIFICAfl0E DATA SHEET (SVDS) Sort criteria: 10 Number i FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S') , Program file Name & Version: SSEM 2.2 l l LINE EQUIP SYSTEM / EQUIPMENT < EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats A'nchar Inter- Equip ' NG. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Re. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 08A QlE21 MOW 8132A-A CHARGING PUMP OISCHARGE HEADER OP/CL 100-00 0181 121-0 Y 85 CRS Y Y NA Y Y ISOLATION VALVE O l 08A QlE21MOV81328-8 CHARGING PUMP DISCHARGE HEADER OP/CL 100-00 0175 102-0 Y BS CRS Y Y NA Y Y ISOLATION VALVE O 08A QlE21M)V8133A-A CHARGING PUW OISCHARGE HEADER OP/CL 100-00 0175 102-0 Y 85 GR$ Y Y NA Y Y ISOLATION VALVE O 08A QlE21MOV81338-8 CHARGING PUMP DISCHARGE HEADER OP/CL 100-00 0173 100-0 Y BS GRS Y Y NA Y Y ISOLATION VALVE 0 08A QlE21MOV8801A-A 80RON INJECTION 1ANK OUTLET OPEN 121-00 0223 121-0 Y 85 GRS Y Y NA Y Y ISOLATION O 08A QlE21MOV8803A-A BORON INJECTION TANK INLET OPEN 100-00 0172 100-0 Y BS GR$ Y Y NA Y Y ISOLATION 0 08A Q1E21MOV8808A-A ACC. DISCH. VALVE OP/CL 105-00 CTNT 105-0 Y BS GR$ Y Y NA Y Y 0 08A GlE21MOV88088-8 ACC. DISCH. VALVE OP/CL 105-00 CTNT 105-0 Y BS GR$ Y Y NA Y Y 0 08A GlE21MOV8808C-A ACC. DISCH. VALVE OP/CL 105-00 CTNT 105-0 Y BS CRS Y Y NA Y Y 0 08A QlE21MOV8885-8 HHSI TO RCS COLO LEG ISOLATION OPEN 100-00 0184 100-0 Y BS GRS Y Y NA Y Y 0 05 Q1E21P002A-A CHARGING /HHS! PUMP P002A TRAIN A DN 100-00 0181 100-0 Y BS GRS Y Y Y Y Y 0 G5 Q1E21P002C-8 CHARGING /HHSI PU r P0020 TRAIN 8 ON 100-00 0173 100-0 Y BS CRS Y Y Y Y f 0 21 QlE21T006 BORON INJECTION TANK -- 100-00 0172 100-0 Y NA NA NA NA Y Y Y 0 18 QlF16LT0501-A RWST LEVEL TRANSMITTER 155-00 YARD 155-0 Y 85 GRS Y N N Y N 0 18 QlF16LT0502-8 RWST LEVEL TRANSMITTER 155-00 YARO 155-0 Y BS GRS Y N N Y N 0 21 QlF16T0501 REFUELING NATER STORAGE TANK -- 155-00 YARO 155-0 Y NA NA Y NA Y Y Y 0 07 Q1G21HV3376-8 RA010 ACTIVE DRAIN ISOLATION INSIDE CLOSED 105-00 CTMT 105-0 Y BS GR$ Y Y NA Y Y CTMT VALVE O _ _ _ ~ - _ _ _ _ - . - _ - _ _ _ _ _ _ _ _

_ m

                                                                                                                                                                                                                                           ,m O                                                                                                                        v Page No. 9                                                                                     APPENDIX G                                   Data Base File Name/Date/Tlee: FARIR3.0BF / 05/11/95 / 16:33:36 -

Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SWOS) Sort criteria: 10 Number FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM /EQulPMENT <---- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Inter. Equip NO. CLASS MARK NO. DESCRIPTION Building Fir.Elv. Hm. or Rom / col. Elev. <40 Spectrum Spectrum Demand? OK7 OKY act OK7 OK7 Notes ...... ..... .................. .................................. .......... .......... ............... ..... ....'?. ........ ........ ....... ....... ...... ....... ..... ..... (1) (2) (3) (4) (5) (6) (7) (B) (9) (10) (11) (12) (13) (14) (15) (16) (17) 07 Q1G21HV3377-A RA010 ACTIVE DRAIN ISOLATION CLOSED 100-00 0184 100-0 Y BS GRS Y Y NA Y Y OUTSIDE CTNT VALVE O 07 Q1G21HV7136-8 WASTE PROCESSING ISOLATION OUTSIDE CLOSED 100-00 0184 100-0 Y BS GRS Y Y NA Y Y CTMT VALVE O 07 Q1G21LCV1003-4 WASTE PROCES$1NG ISOLATION INSIDE CLOSED 105-00 DNl 105-0 Y BS GRS Y Y NA Y Y CTMT VALVE O 07 Q1G24V003A SG 1A BLOWOOWN ISOLAfl0N CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 07 Q1G24V0038 SG 18 BLOWOOWN ISOLATION CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 07 Q1G24V003C SG IC BLOWOOWN ISOLATION CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 21 QlG31H001A-B SPENT FUEL POOL HEAT EXCHANGER -- 155-00 0445 155-0 Y NA NA NA NA Y Y Y TRAIN B 0 21 Q1G31H0018-A SPENT FUEL POOL HEAT EXCHANGER -- 155-00 0467 155-0 Y NA NA NA NA Y Y Y TRAIN A 0 20 Q1HilNGASC2506C-B AUX SAFEGUARDS CABINET C 155-00 0416 155-0 Y BS GRS Y Y Y N N O 20 Q1HildGASC25060-A AUX SAFEGUARDS CABINET D 155-00 0416 155-0 Y BS GRS Y Y Y N N O 20 Q1HilNGB2504J-A BOP INSTRUMENTATION CABINET J 155-00 0416  !$5-0 Y BS GRS Y Y Y N N O 20 Q1HilNG82504K-8 B0P INSTRUMENTATION CABINET K 155-00 0416 155-0 Y BS GRS Y Y Y N N O 20 Q1H11NGCCH2523A-A ICCMS PROCESSOR CABINET TRAIN A 155-00 0416 155-0 Y BS GRS Y Y Y N N 0 20 Q1HilNGCDt25238-B ICCMS PROCESSOR CABINET TRAIN B 155-00 0416 155-0 Y BS GRS Y Y Y N N 0 20 Q1HilNGNIS2503A-1 NIS EXCORE DETECTOR CABINET 155-00 0416 155-0 Y DOC CRS Y Y Y N N 0 20 Q1HilNGPIC2505A-1 PROCESS PROTECTION CABINET CHANNEL 155-00 0416 155-0 Y BS GRS Y Y Y Y Y I O 20 Q1HilNGPIC25058-2 PROCESS PROTECTION CABINET CHANNEL 155-00 0416 155-0 Y BS GRS Y Y Y Y Y 2 0

C I

                                                                                                                                                                                              \1 l

l Page No. 10 APPEN0lX G Data Base File Name/Date/ Time: FARIR3.D8F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (5V05) Sort Criterta- 10 Iksuher FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS *S*) Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM /EQUlFMENT <--------- EQUIPMENT LOCATION -> Base Capacity Demand Cap. > Caveats Anchor Inter- Egulp NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40*? Spectrum Spectrum Demand? OK7 OK7 act OK? OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 20 QIHilNGPIC2505C-3 PROCESS PROTECTION CABINET CHANNEL 155-00 0416 155-0 Y 85 GRS Y Y Y Y Y i 3 0 20 Q1HllNGPIC25050-4 PROCESS PROTECTION CA8INET CHANNEL 155-00 0416 155-0 Y BS GRS Y Y Y Y Y 4 0 20 Q1HilNGPIC2505E-1 PROCESS CONTROL CABINET CHANNEL 1 155-00 0416 155-0 Y BS GRS Y Y Y Y Y 0 20 Q1HilNGPIC2505F-2' PROCESS CONTROL CABINET CHA MEL 2 155-00 0416 155-0 Y 85 CRS Y Y Y Y Y 0 l 20 Q1HilNGPIC2505G-3 PROCESS CONTROL CA8INET CHANNEL 3 155-00 0416 155-0 Y 85 GRS Y Y Y Y Y i 0 20 Q1HilNGPIC2505H-4 PROCESS CONTROL CABINET CHA MEL 4 155-00 0416 155-0 Y BS GRS Y Y Y Y Y 0 20 Q1HilNGR25041-AB RADIATION MONITOR PANEL 155-00 0416 155-0 Y 85 GR$ Y Y Y N N O 20 Q1HilNGSSP2506G-8 SOLID STATE PROTECTION INPUT 155-00 0416 155-0 Y BS GR$ Y Y Y N N CA81 NET 0 20 Q1H11NGSSP2506J-8 SOLIO STATE PROTECTION TEST 155-00 0416 155-0 Y 85 GR$ Y Y Y N N CA8INET 0 20 Q1HilNGSSP2506K-A SOLIC STATE PROTECTION INPUT 155-00 0416 155-0 Y 85 GRS Y Y Y N ll CA8INET 0 20 Q1HilNGSSP2506N-A SOLIO STATE PROTECTION TEST 155-00 0416 155-0 Y 85 GRS Y Y Y N N CA8INET 0 20 Q1H21[004-A 4.16KV SNITCHGEAR IF LOCAL CONT 139-00 0343 139-0 Y BS GRS Y Y Y Y Y PANEL 0 20 Q1H21E005-8 4.16KV SNITCHGEAR IG LOCAL CONT 121-00 0233 121-0 Y BS CRS Y Y Y Y Y PANEL 0 20 GlH21E504-A 4.16KV SNITCHGEAR IN LOCAL CONT 155-00 0056A 155-0 Y 8S GRS Y Y Y Y Y PANEL 0 20 Q1H21E505-8 4.16KV SNITCHGEAR IJ LOCAL CONT 155-00 0056C 155-0 Y BS GRS Y Y Y N N PANEL 0 20 Q1H21E506-A 4.16KV SNITCHGEAR IK LOCAL OCET 188-06 0072E 188-0 Y 85 GR$ Y Y Y N N PANEL 6 20 Q1H21E507-8 4.16KV SNITCHGEAR IL LOCAL CONT 188-06 00728 188-0 Y BS GRS Y Y Y N N PANEL 6 ___ . _ _ _ -_ .- _ , . _. 6

r n m m V i i l Page No. 11 APPEN0lx G Data Base File Name/Date/ Time: FARIR3.D8F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREEmikG vtRIFICATION DATA SHEET (SV05) Sort Criteria: ID Number FARLEY UNIT I Filter Criteria: (Eval. Type CDNTAINS 'S') Program File Name 8 Version: SSEM 2.2 l LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip I NO. CLASS MAlHC NO. DESCRIPTION Building Ftr.Elv. Rs. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK? OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) i 20 Q1H21E527-B OIESEL GENERATOR 18 LOCAL CONTROL 155-00 0058 155-0 Y BS GRS Y N N N N l PANEL 0 20 Q1H21NBAFP2505A-A HOT SHUTDOWN PANEL A 121-00 0254 121-0 Y BS GRS Y Y Y Y Y 0 18 Q1H21NBMER2619-8 STEAM GENERATOR IC NIDE RANGE 121-00 0227 126-0 Y BS GRS Y Y Y Y Y LEVEL MC8 ISOLATOR 0 20 Q1H22LOOlE-A MULTIPLYING RELAY CABINET IE 139-00 0318 139-0 Y BS GR$ Y Y Y Y Y 0 20 Q1H22LOOlF-8 MULTIPLYING RELAY CABINET IF 139-00 0318 139-0 Y BS GRS Y Y Y Y Y 0 20 Q1H22 LOO 2-A TRANSFER RELAY CABINET 1 139-00 0347 139-0 Y BS GRS Y N Y N N 0 20 QlH22 LOO 3-A TRANSFER RELAY CABINET 2 100-00 0190 103-0 Y BS GR$ Y Y i Y Y 0 20 Q1H22 LOO 4-8 TRANSFER RELAY CABINET 3 139-00 0334 139-0 Y BS GRS Y Y Y Y Y 0 20 Q1H22L503-8 DIESEL LOCAL RELAY PANEL 15 155-00 0058 155-0 Y BS GRS Y Y Y N N O 20 Q1H2355448-8 DIESEL GENERATOR ROOM 18 HVAC LCS NA 155-00 0058 ROOF Y BS GRS Y Y Y N N 20 Q1H25 LOO 8-A TERMINATION CABINET 139-00 0318 139-0 Y BS GRS Y Y Y Y Y 0 20 Q1H25LO29-8 TERMINATION CABINET 139-00 0318 139-0 Y BS GR$ Y Y Y Y Y 0 07 Q1NilHV3369A MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 121-0 Y BS GRS Y Y NA Y Y 0 07 Q1N11HV33698 MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 125-0 Y BS GRS Y Y NA Y Y 0 07 Q1NilHV3369C MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 121-0 Y BS GR$ Y Y NA Y Y 0 07 Q1NilHV3370A-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 136-0 Y BS GR$ Y Y 4A Y Y 0+ 07 Q1NilHV33708-8 MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 125-0 Y BS GRS Y Y NA Y Y 0 07 Q1NilHV3370C-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 121-0 Y BS GR$ Y Y NA Y Y 0

Page No. 12 APPEN01X G Data Base File Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SvDS) Sort criteria: ID Number FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Inter- Egulp NO. CLASS MARK No. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40 Spectrum spectrum Demand 7 OK7 OK7 act OK7 OK7 Notes

                     .. .. ..... .................. .................................. .......... .......... ............... .....         ....'?.  ........ ........ ....... ....... ...... ....... ..... .....

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 18 Q1NilLT0477-A STEM GENERATOR 1A WIDE RANGE 129-00 CTMT 129-0 Y BS CRS Y Y Y Y Y LEVEL 0 18 Q1NilLT0487-A STEM GENERATOR 18 WIDE RANGE 129-00 CTMT 129-0 Y 85 CRS Y Y Y Y Y LEVEL 0 . t 18 Q1NllLT0497-8 STEM GENERATOR IC WIDE RANGE 129-00 CTNT 129-0 Y 85 GRS Y Y Y Y Y LEVEL 0 i 18 QlNilPT0474-P2 STEM GENERATOR 1A PRESSURE  !$5-00 0462 159-0 Y 8S GRT T Y Y Y Y 0 18 Q1N11PT0475-P3 STEM GENERATOR 1A DISCHARGE 155-00 0462 158-0 Y 8S GR$ Y Y Y Y Y PRESSURE O 18 Q1N!!PTO476-P4 STEM GENERATOR 1A DISCHARGE 155-00 0462 158-0 Y BS GRS Y Y Y Y Y PRESSURE O 18 Q1NilPT0484-P2 STEM GENERATOR 18 DISCHARGE 155-00 0462 159-0 Y BS GR$ Y Y Y Y Y PRESSURE O 18 Q1N11PT0485-P3 STEM GENERATOR 18 PRESSURE 155-00 0462 159-0 Y BS GR$ Y Y Y Y Y 0 18 Q1N11PT0486-P4 STEM GENERATOR 18 DISCHARGE 155-00 0462 158-0 Y BS GRS Y Y Y Y Y PRESSURE O 18 Q1N!!PTO494-P2 STEM CENERATOR IC DISCHARGE 155-00 0464 159-0 Y BS GRS Y Y Y Y Y PRESSURE O 18 Q1NilPT0495-P3 STEM CENERATOR IC DISCHARGE 155-00 0464 159-0 Y SS GR$ i Y Y Y Y PRESSURE O  ! 155-00 0464 158-0 Y ' 18 Q1NilPT04%-P4 STEM GENERATOR IC PRESSURE BS GR$ Y Y Y Y 0 I 18 Q1NllPT3371A-A STEM GENERATOR IA PRESSURE 155-00 0462 159-0 Y BS GR$ Y Y Y Y Y O 18 Q1NllPT33718-A STEM GENERATOR 18 PRESSURE 155-00 0462 158-0 Y 85 GRS Y Y Y Y Y 0 18 Q1N11PT3371C-A STEM GENERATOR IC PRESSURE 155-00 0464 158-0 Y BS GRS Y Y Y Y Y 0 07 Q1NilPV3371A-A MAIN STEM ATMOSPHERIC RELIEF OPEN 121-00 0241 121-0 Y BS GR$ Y Y NA Y Y l VALVE O 07 Q1N11PV33718-A MAIN STEM ATMOSPHERIC RELIEF OPEN 121-00 0241 127-0 Y 85 GRS Y Y NA Y Y VALVE O

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Page No. 13 APPENDIX G Data Base File Name/Date/ Time: FAR1R3.0er / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SV05) Sort Criteria: 10 number FARLEY UNIT I Filter Criteria: (Eval. Type EDNTAINS 'S*) Program File Name & Version: SSEM 2.2 Ll#E EQUIP SYSTEM / EQUIPMENT <- - EQUIPMENT LOCATION - > Base Capacity Osmand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40'? Spectrum Spectrum Dementi? OK7 OK7 oct OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 07 Q1NilPV3371C-A MIN STEM ATMOSPHERIC RELIEF OPEN 121-00 0241 128-0 Y BS GRS Y Y NA Y Y VALVE O 088 Q1N11SV3369AC-A SOLEN 010 VALVE 121-00 0241 136-0 Y 85 GRS Y Y NA Y Y 0+ 088 Q1N11SV33698C-A SOLEN 010 VALVE 121-00 0241 125-0 Y BS GRS Y Y NA Y Y 0 088 Q1N11SV3369CC-A SOLEN 010 VALVE 121-00 0241 121-0 Y 85 GR$ Y Y Y Y Y 0 18 QlN23F13229A8-A FEEDWATER INTAKE FLOW INDICATION 100-00 0190 105-0 Y 85 GR$ Y Y Y Y Y 0 18 Q1N23FI3229CB-B FEEDWATER INTAKE FLOW IN01 CATION 100-00 0190 105-0 Y BS GRS Y Y Y Y Y 0 18 Q1N23FT3229A-A AUX FEEDWATER FLOW TRANSMITTER 100-00 0190 105-0 Y BS GR$ Y Y Y Y Y 0 18 Q1N23FT32298 A AUX FEEDWATER FLOW TRANSMITTER 100-00 0189 105-0 Y BS GRS Y Y Y Y Y 0 18 Q1N23FT3229C-B AUX FEEDWATER FLOW TRANSMITTER 100-00 0194 105-0 Y BS GRS Y Y Y Y Y 0 07 QiN23HV3227A MOTOR DRIVEN AUX FEEDWATER TO OPEN 121-00 0241 125-0 Y BS GRS Y Y NA Y Y STEM GENERATOR 1A 0 07 Q1N23HV3227B MOTOR DRIVEN AUX FEEDWATER TO OPEN 121-00 0241 125-0 Y 85 GR$ Y Y NA Y Y STEM GENERATOR IB 0 07 Q1N23HV3227C MOTOR DRIVEN AUX FEEDWATER TO OPEN 121-00 0241 125-0 Y BS GRS Y Y NA Y Y . STEM GENERATOR IC 0 08A Q1N23MOV3209A-A SERVICE WATER ISOLATION VALVE TO OP/CL 100-00 0191 100-0 Y BS GR$ Y Y NA Y Y AUX FEEDWATER 0 08A Q1N23MOV32098-8 SERVICE WATER ISOLATION VALVE TO OP/CL 100-00 0192 102-0 Y BS GRS Y Y NA Y Y AUX FEEDWATER 0 08A Q1N23MOV3210A-A SERVICE WATER TO AUX FEEDWATER OP/CL 10C-00 0191 100-0 Y BS GRS Y Y NA Y Y PUMP 1A INTAKE O 08A Q1N23MOV32108-8 SERVICE WATER TO AUX FEEDWATER OP/CL 100-00 0192 122-0 Y BS GR$ Y Y NA Y Y PUMP IB INTAKE O 05 Q1N23P001A-A AUX FEEDWATER PUMP 1A ON 100-00 0191 100-0 Y BS GRS Y Y Y Y Y 0

s V Fage No. 14 APPENDIX G Data Base File Name/ Data / Time: FARIR3 D8F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION OATA SHEET (SVDS) Sort Criteria: ID Number FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Version: $$EM 2.2 LICI EQUIP SYSTEM / EQUIPMENT <- EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip i NO. CLASS MARE NO. DESCRIPfl0K Building Fir.Elv. Am. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Ilotes t ...... ..... .................. .................................. .......... .......... ............... ..... ..... ........ ........ ....... ....... ...... ....... ..... ..... (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) ! 05 Q1N23P0018-8 AUX FEEDWATER PUDF 18 ON 100-00 0192 100-0 Y 85 GR$ Y Y Y Y Y l 18 QlPilLT0515-A CONDENSATE STORA2 TANK LEVEL 155-00 YARD 155-0 Y BS GR$ Y Y Y Y Y TRANSMITTER 0 18 QlPilLT0516-8 CONDENSATE STORAGE TANK LEVEL 155-00 YARO 155-0 Y 85 GRS Y Y Y Y Y TRANSMITTER 0 21 QlPilT001 CONDENSATE STORA2 TANK -- 155-00 YARO 155-0 Y NA NA NA NA Y Y Y 0 07 QlP13HV2866C-A CONTAINMENT PURGE ISOLATION CLOSED 121-00 0223 121-0 Y 85 GRS Y Y NA Y Y OUTSIDE CTMT VALVE 0 07 QlP13HV28660-8 00NTAINB8ENT PURGE ISOLATION INSIDE CLOSED 129-00 CTNT 130-0 Y BS GR$ Y Y NA Y Y CTNT WALVE 0 07 QlPl3HV2867C-A CONTAINMENT PURGE ISOLATION CLOSED 121-00 0223 121-0 Y 85 CRS Y Y NA Y Y OUTSIDE CTMT VatVE O 07 QlP13HV2867D-8 CONTAINMENT PURGE ISOLATION INSIDE CLOSED 129-00 CTNT 135-0 Y BS GR$ Y Y NA Y Y CTNT VALVE O 07 QlP15HV3103-A PRESSURIZER LIQUID SADFLE LINE CLOSED 129-00 CTNT 129-0 Y BS GRS Y Y NA Y Y ISOLATION VALVE 0 07 QlP15HV3105-8 RHR HX A SAWLE VALVE CLOSED 77-00 0128 95-00 Y BS GR$ Y Y NA Y Y 07 QlP15HV3106-8 RHR HX 8 SAMPLE VALVE CLOSED 77-00 0128 95-00 Y 85 GR$ Y Y NA Y Y 07 QlP15HV3332-8 PRESSURIZER SAPPLE CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 0 07 QlP15HV3333-8 RCS HOT LEG SAWLE LINE ISOLATION CLOSED 121-00 0223 121-0 Y BS GR$ Y Y NA Y Y VALVE O 07 QlP15HV3765-A RCS SADFLE CLOSED 126-00 CTNT 129-0 Y BS GRS Y Y NA Y Y 0 i 0 Q1P16F501A-A SW STRAINER 1A ON 167-00 0072A 167-0 Y NA NA Y NA Y Y Y 0 0 QlP16F5018-8 SW STRAINER 18 ON 167-00 0072A 167-0 Y NA NA Y NA Y Y Y 0 07 QlP16FV3009A-B CCW HEAT EXCHANGER SERVICE WATER OPEN 100-00 0185 127-0 Y BS GRS Y Y NA Y Y DISCHARGE 0 07 QlP16FV3009C-A CCW HEAT EXCHANGER SERVICE WATER OPEN 100-00 0185 121-0 Y BS GRS Y Y llA Y Y DISCHARGE O

rage No. 15 APPENDIE G Data Base File Name/Date/Tlee: FAR1R3.D8F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (54D5) Sort Criteria: IC Number .j FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MRK N0. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40*? Spectrum Spectrum Demand? OK7 OK7 act OKt OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) ] 20 QlP16G517A-A TURB. BLDG, S.W. ISOL. VALVE RELAY 155-00 0060 ROOF Y BS GRS Y Y Y Y Y 80X 20 QlP16G5178-8 TUR8. BLOG. S.W. ISOL. VALVE RELAY 155-00 0056C ROOF Y 85 GRS Y Y Y Y Y 80I 08A QlP16MOV3149-A BLOWOOWN HEAT EXCHANGER ISOLATION CLOSED 121-00 0223 121-0 Y 85 GRS Y Y NA Y Y MOV 0 06 QlP16P0014-A SERVICE WATER PUW IA ON 188-06 0072A 188-0 Y 85 GRS Y Y Y Y Y 6 06 QlP16P0018-A SERVICE WATER PUMP 18 ON 188-06 0072A 188-0 Y BS GR$ Y Y Y Y Y 6 06 QlP16P0010-8 SERVICE WATER PU@ ID ON 188-06 0072A 188-0 Y 85 GRS Y Y Y Y Y 6 06 QlP16P001E-8 SERVICE WATER PU@ IE ON 188-06 0072A 188-0 Y BS GRS Y Y Y Y Y 6 18 QlP16PDS620-A DIFFERENTIAL PRESSURE SWITCH 155-00 YARD 155-0 Y 85 GRS Y Y Y Y Y 0 18 Q1H6P05621-8 DIFFERENTIAL PRESSURE SWITCH 155-00 YARD 155-0 Y BS GRS Y Y Y Y Y 0 084 QlP16V514-8 SERVICE WATER TO TURBINE BLDG CLOSED 155-00 ISV81 145-0 Y BS GRS Y Y NA Y Y ISOLATION VALVE O 08A QlP16V515-A SERVICE WATER TO TURBINE BLDG CLOSED 155-00 ISV81 148-0 Y 85 GR$ Y Y NA Y Y ISCLATION VALVE 0 08A QlP16V516-8 SERVICE WATER TO TURBINE BLOG CLOSED 155-00 ISV81 150-0 Y 85 GRS Y Y NA Y Y ISOLATION VALVE O 08A QlP16V517-A SERVICE WATER TO TUR81NE BLDG CLOSED 155-00 ISV81 148-0 Y BS GRS Y Y NA Y Y ISOLATION WALVE 0 08A Q1P16V538-8 SERVICE WATER EMERGENCY OP/CL 155-00 ISV82 145-0 Y BS GR$ Y Y NA Y Y RECIRCULATION TO PONO O 08A QlP16V539-A SERVICE WATER EMERGENCY OP/CL 155-00 ISV82 145-0 Y 85 GRS Y Y M4 Y Y RECIRCULATION TO PONO O 08A QlP16V545-8 SERVICE WATER 01SCHARGE FRON CLOSED 155-00 15V84 140-0 Y BS GRS Y Y MA Y Y f s AUXILIARY BUILDING 0 l 08A QlP16V546-A SERVICE WATER DISCHARGE FROM CLOSED 140-00 ISV84 145-0 Y 85 GRS Y Y NA Y Y AUXILIARY BUILDING 0

O O O Page No. 16 APPEN0lX G Data Sase File Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVOS) Sort Criteria: ID Ilumber FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LIS EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION > Sase Capacity Omand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO DESCRIPTION Building fir Rs. or Rom / Col. Elev. <40*7 Spectrum Spectrum Demanuf? OK7 OK7 oct OK7 OK7 Notes

    . .. ..... .................. .................................. .......... .....Elv.  ..... ............... ..... ..... ........ ........ ....... ....... ...... ....... ..... .....

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 07 SERVICE WATER DILUTION BYPASS CLOSED 155-00 ISV828 145-0 Y 85 GRS Y Y IIA Y Y Q1P16V562-8 PRESSURE CONTROL 0 07 QlP16V563-A SERVICE WATER DILUTION BfPASS CLOSED 155-00 ISV82A 145-0 Y 85 GRS Y Y NA Y Y PRESSURE CONTROL 0 07 Q1P16V577-A A TRAIM SERVICE WATER MINIFLOW CLOSED 188-06 0072A 192-0 Y BS GRS Y Y NA Y Y 0 07 Q1P16V578-A8 A-8 TRAIN SERVICE WATER MINIFLOW CLOSED 188-06 0072A 200-0 Y BS GRS Y Y NA Y Y 0 07 QlP16V579-8 8 TRAIN SERVICE WATER MINIFLOW CLOSED 188-06 0072A 201-0 Y BS GRS Y Y NA N N O 21 Q1P!7H001A-8 CCW HEAT EXCHANGER TRAIN 8 -- 100-00 0185 100-0 Y NA NA NA NA Y Y Y 0 21 QlP17H0018-A8 SWING CCW HEAT EXCHANGER -- 100-00 0185 100-0 Y NA NA NA NA Y Y Y 0 21 Q1Pl7H001C-A CCW HEAT EXCHANGER TRAIN A -- 100-00 0185 100-0 Y NA NA NA NA Y Y Y 0 07 QlPl7HV2229 COM'ONENT COOLING WATER SUPPLY TO CLOSED 100-00 0162 101-0 Y 85 GRS Y Y NA Y Y SAWLE COOLERS O 07 QlP17HV3045-A CCW RETURN FROM RCP THERMAL CLOSED 121-00 0223 121-0 Y 85 GAS Y Y NA Y Y BARRIER ISCLATION O 07 QlPl7HV3067-8 CCW RETURN FROM EXCESS LETDOWN CLOSED 121-00 0223 121-0 Y BS GRS Y Y IRA Y Y 0 07 Q1Pl7HV3095-8 CCW SUPPLY TO EXCESS LETDOWN HEAT CLOSED 121-00 0223 121-0 Y 85 GRS Y Y NA Y Y EXCHANGER 0 07 QlPl7HV3096A CCW NON-SAFETY ISOLATION CLOSED 100-00 0161 110-0 Y BS GRS Y Y lea Y Y 0 07 Q1P!7HV30968 CCW IION-SAFETY ISOLATION CLOSED 100-00 0161 110-0 Y 85 GRS Y Y NA Y Y 0 07 QlPl?HV3184-8 CCW RETURN FROM RCP THERMAL Closed 129-00 CTNT 122-0 Y BS GRS Y Y NA Y Y BARRIER ISOLATION 6 07 Q1Pl7HV3443-A CCW RETURN FROM EXCESS LETDOWN CLOSED 129-00 CTNT 129-0 Y BS GR$ Y Y NA Y Y HEAT EXCHANGER 0 08A QlPl7MOV3046-8 CCW RETURN FROM RCPS CLOSED 130-00 CTNT 129-0 Y BS CAS Y Y llA Y Y 0

Page No. 17 APPENDIX G Data Base Flie Name/Onte/ Time: FARIR3.08F / 05/11/95 / 16:33:36 l Report Date/ Time: 05-12-95 / 08:13:11 SCREENING WERIFICATION DATA SMEET (SWOS) Sort criteria: 10 Number 1 FARLEY UNIT 1 Filter Criterta: (Eval. Type CONTAINS 'S*) .j Program File Name & Verston: SSEM 2.2 I LINE EQUIP SYSTEWEQUIPMENT < EQUIPMENT LOCATION -----> Base capacity Demand Cap. > Caveats Anchor Inter- Equip No. CLASS MRAK NO. DESERIPTION Building fir.Elv. Rm. or Rom / Col. Elew. <40*? Spectrum Spectrum Demand? OK? OK7 act OK7 OK7 footes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 08A QlPl7MOV3052-A CCW TO RCP THERMAL BARRIER CLOSED 121-00 0223 121-0 Y 85 GR$ Y Y M Y Y ISOLATION 0 CLOSED 121-00 0223 121-0 Y BS GRS Y Y NA Y Y 08A QlPl7M0W3182-A CCW RETURN FROM RCPS 0 08A QlP17M0W3185A-A CCW INLET TO RHR HEAT EXCHANGER OPEN 83-00 0128 83-00 Y BS GR$ Y Y NA Y Y NO. 1 08A QlPl7M0W31658-8 CCW INLET TO RHR HEAT EXCHANGER OPEN 83-00 0128 83-00 Y BS GR$ Y Y NA Y Y NO. 2 05 QlPl7P001A-8 CCW PUte 1A TRAIN B ON 100-00 0185 100-0 Y 85 GRS Y Y Y Y Y 0 05 QlPlfP001C-A CCW PUI@ IC TRAIN A ON 100-00 0185 100-0 Y BS GR$ Y Y Y Y Y 0 07 QlPI7PCV3404A CCW RHR P9P 1A SEAL HEAT EXCHANGER OPEN 83-00 0128 83-00 Y BS GR$ Y Y NA Y Y PRESURE CONTROL 07 QlPl7PCV34048 CCW RHR PMP 18 $[AL HEAT EXCHANGER OPEN 83-00 0129 85-00 Y BS CRS Y Y NA Y Y PRESURE CONTROL 21 QlPITT001 SURGE TANK (CCW) -- 179-00 0506 179-0 Y M MA NA NA Y Y Y 0 12 QlP18C002A-A TRAIN A EMERGENCY AIR COIFRESSOR ON 100-00 0189 100-0 Y BS GR$ Y Y Y Y Y 0 12 QlP18C0028-B TRAIN 8 EMERGENCY AIR C01@RESSOR ON 100-00 0189 100-0 Y BS CRS Y Y Y Y Y 0 07 QlP19HV2228-8 PRESSURIZER PORV BACK-UP AIR OPEN 121-00 0223 121-0 Y BS GRS Y Y NA Y Y SUPPLY WALVE O 07 QlP19HV3611-A INSTRUMENT AIR ISOLATION OUTSIDE CLOSED 100-00 0184 100-0 Y BS GR$ Y Y NA Y Y CONTAINMENT VALVE 0 21 QlP19NCYL-A NITROGEN CYLINDER -- 121-00 0218 121-0 Y NA NA Y NA Y Y Y 0 21 QlP19NCYL-B NITR0 GEN CYLINDER -- 121-00 0218 121-0 Y NA NA Y NA Y Y Y O I l 04 QlRllB004-A LC TRANSFORMER 10 ON 139-00 0335 139-0 Y BS GRS Y Y Y Y Y 0 l i 04 QlRllB005-8 LC TRANSFORMER 1E ON 121-00 0229 121-0 Y BS GRS Y Y Y Y Y 0

f . ,m I t, V )- Page No. 18 APPENDIX G Oata Base File Name/Date/ Time: FARIR3.DeF / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (Svos) Sort Criterla: 10 Number FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program Flie Name 8 version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <- EQUIPMENT LOCATION -----> Sase Capacity Osmand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. OESCRIPfl0N Building fir.Elv. Am. er Rom / Col. Elev. <40'? Spectrue Spectrum Osmond? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 04 Q1RilB503-A LC TRANSFORMER 1R ON 155-00 OC56A 155-0 Y BS GRS Y Y N Y N 4 04 Q1RilB504-A LC TRANSFORMER IK ON 188-06 0072E 188-0 Y BS CRS Y N N Y N 6 04 QlRllB505-8 LC TRANSFORMER ll ON 188-06 00728 188-0 Y ABS RRS Y N N Y N 6 04 Q1Ril8507-8 LC TRANSFORMER 15 ON 155-00 0056C 155-0 Y BS CAS Y Y Y N N 6 03 Q1R15A006-A 4.16KV SWITCHGEAR IF ON 139-00 0343 139-0 Y BS GRS Y Y Y Y Y 0 03 QlR15A007-B 4.16KV SWITCHGEAR IG ON 121-00 0233 121-0 Y BS GRS Y Y Y Y Y 0 03 QIR15A503-A 4.16KV SWITCHGEAR IH ON 155-00 0056A 155-0 Y BS GR$ Y Y Y N N O 03 QlR15A504-8 4.16KV SWITCHGEAR IJ ON 155-00 0056C 155-0 Y BS GRS Y Y Y N N O 03 QlR15A505-A 4.16KV SWITCHGEAR IK ON 188-06 0072E 188-0 Y BS GRS Y Y Y N N 6 03 QlR15A506-8 4.16KV SWITCHGEAR ll ON 188-06 00728 188-0 Y BS GR$ Y Y Y N N 6 02 Q1R168006-A 600W LOA 0 CENTER 10 ON 139-00 0335 139-0 Y ABS CRS N N N Y N 0 02 QIR168007-B 600V LOA 0 CENTE% IE ON 121-00 0229 121-0 Y BS GRS Y Y Y Y Y 0 02 QlR168506-A 600W LOAD CENTER IK/2K ON 188-06 0072E 188-0 Y 85 GRS Y Y Y N N 6 02 QlR168507-8 600W LOA 0 CENTER IL/2L ON 188-06 00728 188-0 Y 85 GRS Y Y Y N N 6 02 QlR168508-A 600V LOA 0 CENTER 1R/2R ON 155-00 0056A 155-0 Y A85 RRS Y N N N N 0 02 Q1R168509-B 600V LOA 0 CENTER 1S/25 ON 155-00 0056C 155-0 Y BS GRS Y N N N N O 01 QlR178001-A MCC 1A DN 139-00 0332 139-0 Y BS GRS Y N N Y N 0

f N Page No. 19 APPENDIX G Data Base File Name/Date/ Time: FARIR3.88F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SWDS) Sart Criteria: 10 ihmeer ' FARLEY UNIT I Filter Criteria: (Eval. Type EDNTAINS 'S*) Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEN/EDUIPMENT < ~------- EQu!PMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip No. CLASS MARK NO. DESCRIPTION Sullding Ftr.Elv. Am. or Rau/ Col. Elew. 440'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OKt totes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (IT) MCC 18 ON 121-00 0209 121-0 Y 85 GRS U N N N N 01 QlR178002-8 O MCC IU ON 139-00 0347 139-0 Y BS GRS U U N T N 01 QlR178008-A 0 MCC IV ON 139-00 0334 139-0 Y BS GRS Y N Y Y N 01 QlR178009-8 0 MCC IK ON 188-06 0072E 188-0 Y BS GRS Y N N Y N 01 QlR178504-A 6 01 QlR178505-8 MCC ll DN 188-06 00728 188-0 Y BS GR$ T N N Y N 6 01 QlR178507-A MCC IN ON 155-00 0060 155-0 Y ABS RRS Y N N Y N O i' 01 QlR178508-8 MCC IP DN 155-00 0057 155-0 Y ABS RRS V N N Y N O 01 QlR178509-A MCC 15 ON 155-00 0061 155-0 T A85 RRS Y N N Y N 0 MCC IT ON 155-00 0058 155-0 Y A8S RR$ Y N N N N 01 Q1R178510-8 0 02 QlR188029-A POWER DISCONNECT SWITCH 139-00 0332 142-0 T BS AtS Y Y Y Y Y 0 02 QlR188030-A POWER DISCONNECT SWITCH 139-00 0332 142-0 Y 85 GRS T Y Y Y Y 0 14 Q1R188031-A CIRCUIT BREAKER BOX 139-00 0332 142-0 Y 85 GR$ T Y Y Y Y 0 14 QlR188032-A CIRCUIT BREAKER BOX 139-00 0332 142-0 Y BS GRS Y Y Y Y Y 0 J 02 Q1R188033-8 POWER DISCONNECT SWITCH 139-00 0322 142-0 Y 85 GRS Y Y Y Y Y 0 02 01R198034-8 POWER DISCONNECT SWITCH 139-00 0322 142-0 Y BS GR$ Y Y T Y Y 0 14 QlR188035-8 CIRCUIT OREAKER 80X 139-00 0322 142-0 Y BS GRS T Y Y Y Y 0 ? 02 QlR188036-8 POWER DISCONNECT SWITCH 139-00 0322 142-0 Y BS GR$ Y Y Y T Y t 0 5

  . - . _ _ _ _ = - _ - _          -__ - -__          _ _ _ _ _ _ - _ _ _         _ _ _ _ _ - _ - _ _ _ _ _             -                                   _           -              -                           _       _ _ _ _ _ _ _ _ _ _ -

J O . 1 Page No. 20 APPENDIX G Data Base File Name/Date/ Time: FAalR3.DOF / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: 10 Numter FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -> Sase Capacity Demand Cap > Caveats Ancher Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Am. or Rom / Col. Elev. <40 ? Spectrum Spectrum Demand? OK7 OK7 act OK7 OKt Isotes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 02 QlR188038-A MOV POWER DISCONNECT SWITCH 139-00 0332 142-0 Y BS GR$ Y Y Y Y Y 0 02 QlR188039-A NOV POWER DISCONNECT SWITCH 139-00 0332 142-0 Y 85 GRS Y Y Y Y Y 0 02 QlR188040-A MOV POWER DISCONNECT SWITCH 139-00 0332 142-0 Y 85 GRS Y Y Y Y Y 0 , i 02 QlR188041-8 MOV POWER DISCONNECT SWITCH 139-00 0312 142-0 Y BS GR$ Y Y Y Y Y 0 . 02 Q1R188042-B MOV POWER DISCONNECT SWITCH 139-00 0312 142-0 Y BS GRS Y Y Y Y Y' O 02 QlR188043-8 MOV POWER DISCONNECT SWITCH 139-00 0312 142-0 Y BS GRS Y Y Y Y Y 0 i l 14 QlR218001A-1 VITAL AC BREAKER 80X 155-00 0416 161-0 Y 85 GRS Y Y Y Y Y 0 14 QlR2180018-2 VITAL AC BREAKER BOX 155-00 0416 161-0 Y 85 GRS Y Y Y Y Y i 0 14 QlR218001C-3 VITAL AC BREAKER BOX 139-00 0318 139-0 Y 85 GRS Y Y Y Y Y 0 14 QlR2180010-4 VITAL AC BREAKER 80X 139-00 0318 139-0 Y 85 GRS Y Y Y Y Y 0 16 Q1R21E009A-1 INVERTER IA 121-00 0224 121-0 Y 85 GRS Y Y Y Y Y 0 16 Q1R21E0098-2 INVERTER 18 121-00 0224 121-0 Y BS GRS Y Y Y Y Y 0 16 QlR21E009C-3 INVERTER IC 121-00 0226 121-0 Y BS GRS Y Y Y Y Y 0 , 16 QlR21E0090-4 INVERTER ID 121-00 0226 121-0 Y 85 GRS Y Y Y Y Y 0 16 QlR21E009F-A INVERTER IF 121-00 0224 121-0 Y BS GR$ Y Y Y Y Y 0 16 QlR21E009G-8 INVERTER IG 121-00 0226 121-0 Y BS GRS Y Y Y Y Y 0 14 Q1R21 LOGIA-1 VITAL AC DISTRIBUTION PANEL 1A 155-00 0416 160-0 Y BS GAS Y Y Y Y Y 0 I

i Page No. 21 APPflett G Data Base File Name/Date/Tlas: FARIR3.0BF / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort criteria: 10 Number FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Verston: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <---- - EQUIPMENT LOCATION -----> Base Capacity Demand Cap > Caveats Anctier Inter- Equip NO. CLASS MARK NO. DESCRIPTION - Building Fir.Elv. Es. or Rom / Col. Elec. 440'? Spectrum Spectrum Demand? OK7 OK7 act OKY OKt flotes (1) (?) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) l 14 QlR21L0018-2 VITAL AC OISTRIBUTION PANEL 18 155-00 0416 160-0 Y BS GR$ Y Y Y Y Y 0 14 QlR21 LOGIC-3 VITAL AC DISTRIBUTION PAllEL IC 139-00 0318 139-0 Y - BS GRS Y Y Y Y Y 0 14 Q1R21L0010-4 VITAL AC OISTRIBUTION PANEL 10 139-00 0318 139-0 Y BS GRS Y Y Y Y Y i 0 1 14 QlR21 LOO 54-A 120V VITAL AC DISTRIBUTION PANEL 121-00 0224 125-0 Y BS GRS Y Y Y Y Y IJ 0 t 14 QlR21L0058-B 120V VITAL AC OISTRIBUTION PANEL 121-00 0226 125-0 Y 85 GRS Y Y Y Y .Y ' 0 IK

03 QlR36A501-A 4.16KV SWITCHGEAR IK SURGE 188-06 0072A 188-0 Y BS GAS Y Y Y Y Y

ARRESTOR 6 03 QlR36A502-B 4.16KV SWITCHGEAR IL SURGE 188-06 0072A 188-0 Y BS GRS Y Y Y Y Y ARREST 0R 6 03 QlR36A510-A 4.16KV SWITCHGEAR IK SURGE 155-00 0056A 155-0 Y 85 GR$ Y Y Y Y Y ARREST 0R 0 03 QlR36A511-8 4.16KV SWITCHGEAR IL SURGE 155-00 0056C 155-0 Y BS GR$ Y Y Y N N ARRESTOR 0 14 QlR41 LOGIA-A 125VOC OISTRIBUTION PANEL 1A ON 155-00 0416 161-0 Y BS GR$ Y Y Y Y Y O

14 QlR41L0018-A 125VOC DISTRIBUTION PANEL 18 ON 139-00 0343 144-0 Y BS GR$ Y Y Y Y Y 0 14 QlR41 LOGIC-A 125WDC DISTRIBUTION PANEL IC ON 139-00 0312 139-0 Y BS GRS Y Y Y Y Y 0 14 QlR41L001D-B 125VOC DISTRIBUTION PANEL 10 DN 155-00 0416 161-0 Y BS GR$ Y Y Y Y Y 0 14 QlR41LOGIE-B 125VOC DISTRIBUTION PANEL IE ON 121-00 0233 124-0 Y BS GRS Y Y Y Y Y 0 QlR41L001F-8 125VOC DISTRIBUTIDW PANEL IF 0 11 121-00 0209 124-0 Y BS GRS Y Y Y Y Y 0 02 QlR428001A-A 125VOC BUS 1A DN 121-00 0224 121-0 Y BS - GRS Y Y Y Y -Y 0 02 QlR4280015-5 125WDC BUS 18 ON 121-00 0226 121-0 Y BS GRS Y Y Y Y Y 0

T  % f7 Page No. 22 APPENDIX G Data 8ase File Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVOS) Sort Criteria: 10 Number FARLEY UNIT I Filter Criteria: (Eval. Type CXINTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -----> Base Capacity Demarul Cap. > Caveats Anchor Inter- Equip No. MASK NO. DESCRIPTION Sullding Ftr.Elv. Am. or Rom / Col. Elev OK7 OK7 act OK7 OK7 Notes

  . ... ..... .................. .................................. .......... .......... ............... ..... <40'? Spectrum CLASS
                                                                                                                                 .....Spectrum          Dementi?

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (II) (12) (13) (14) (15) (16) (17) 16 Q1R42E001A-A AUX BLDG BATTERY CHARGER 1A ON 121-00 0224 121-0 Y 85 GRS Y Y Y Y Y 0 16 QlR42E0018-8 AUX BLDG BATTERY CHARGER 18 ON 121-00 0226 121-0 Y 85 GRS Y Y Y Y Y 0 15 QlR42E002A-A AUX BLDG BATTERY 1A ON 121-00 0214 121-0 Y BS CRS Y Y Y Y Y 0 15 CIR42E0028-8 AUX 8LDG BATTERY 18 ON 121-00 0212 121-0 Y 85 GRS Y Y Y Y Y 0 17 QlR43A502-8 DIESEL GENERATOR 18 (SKID) ON 155-00 0058 155-0 Y 85 GR$ Y Y Y Y Y 0 20 QlR43E001A-A SEQUENCER BlF 139-00 0335 139-0 Y BS GRS Y Y Y Y Y 0 20 Q1R43E0018-8 SEQUENCER BIG 121-00 0229 121-0 Y 85 GRS Y Y Y Y Y 0 20 QlR43E002A-A SEQUENCER 81F AUX RELAY PANEL 139-00 0343 143-0 Y 85 CRS Y Y Y Y Y 0 20 Q1R43E0028-8 SEQUENCER 81G AUX RELAY PANEL 121-00 0233 126-0 Y BS GRS Y Y Y Y Y 0 20 QlR43E501A-A SEQUENCER BUS IH 155-00 0056A 155-0 Y 85 GRS Y Y Y Y Y 0 20 QlR43E5018-8 SEQUENCER SUS IJ 155-00 0056C 155-0 Y 85 GRS Y Y Y Y Y 0 0 QlR43E5028-8 DIESEL CENERATOR 18 NEUTRAL NA 155-00 0058 155-0 Y NA NA Y NA Y Y Y GROUNDING RESISTOR 0 20 QlR43G510-8 DIESEL GENERATOR 18 CT JB NA 155-00 0058 155-0 Y BS GRS Y Y Y Y Y 0 21 QlR43T502-8 FUEL OIL DAY TANK 18 -- 155-00 0063 155-0 Y NA NA Y NA Y Y Y 0 21 Q1R43T503 DIESEL GENERATOR 18 STARTING AIR -- 155-00 0058 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 21 QlR43T504 DIESEL GENERATOR 18 STARTING AIR -- 155-00 0058 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 09 Q1V47C012A-A AUXILIARY BLDG A TRAIN BATTERY ON 175-00 0501 176-0 Y 85 GR$ Y Y Y Y Y ROOM EXHAUST FAN O

                                                                                                                                                                                                        - - ---.a

p p i i k k \v/ Page No. 23 APPENDIX G Data Base File Name/Date/Tlee: FARIR3.0BF / 05/11/95 / 16:33:36 ( Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort criteria: 10Ikster ! FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS *S*) l Program File Name & Verston: SSEM 2.2 l LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -> Base Capacity Demand Cap. > Caveats Ancher Inter- Equip , NO. CLASS MANK NO. DESCRIPTION Building Fir.Elv. Am. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OKY OK7 act OK7 OK? Notes I i (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 09 Q1V47C0128-8 AUXILIARY BLDG 8 TRAIN BATTERV ON 175-00 C501 176-0 Y BS GRS Y Y Y Y Y j R0(M EXHAUST FAN 0 05 Q1V52P5028-8 DIESEL GEM 18 FUEL OIL STORAGE ON 155-00 YARD 155-0 Y BS GRS Y Y Y Y Y TRANSFER PUMP 0 21 Q1Y52T502 FUEL STORAGE TANK 18 -- 155-00 YARO 155-0 Y hA NA NA NA NA Y Y 0 20 QSHilNGEPB2508-A8 EMERGENCY POWER BOARD 155-00 0401 155-0 Y 85 GR$ Y Y Y N N 0 20 QSH21E525-A DIESEL GENERATOR l-2A LOCAL 155-00 0061 155-0 Y BS GRS Y N N Y N CONTROL PANEL 0 20 QSH21ES28-A DIESEL GENERATOR IC LOCAL CONTROL 155-00 0060 155-0 Y 85 GRS Y Y N N N PANEL 0 20 QSH21L503A-A SERVICE NATER A TRAIN BATTERY ROOM 188-06 00720 188-0 Y 85 GR$ Y Y Y Y Y HVAC LCS 6 20 QSH21L5038-B SERVICE NATER 8 TRAIN BATTERY ROOM 188-06 0072C 188-0 Y BS GRS Y Y Y Y Y HVAC LCS 6 20 QSH22L502-A DIESEL LOCAL RELAY PANEL I-2A NA 155-00 0061 155-0 Y BS GRS Y Y N N N O 20 QSH22L504-A DIESEL LOCAL RELAY PANEL IC NA 155-00 0060 155-0 Y BS GR$ Y Y Y N N 0 20 QSH23S5440-A DIESEL GENERATOR ROOM IC HVAC LCS 155-00 0060 ROOF Y BS GR$ Y Y Y Y Y 20 QSH23S$44E-A DIESEL GENERATOR ROOM l-2A HVAC 155-00 0061 ROOF Y BS GRS Y Y Y N N LCS 01 QSR17B006-A MCC IF ON 155-00 0409 155-0 Y BS GR$ U N N N N 0 01 QSR178007-8 MCC IG ON 155-00 0409 155-0 Y 85 GRS U N N N N 0 14 QSR19 LOO 2A-A 120V AC CONTR. PNR. PANEL 1R 155-00 0409 159-0 Y BS GRS Y Y Y Y Y 0 14 QSR19L0028-8 120V AC CONTR. PWR. PANEL IS 155-00 0409 159-0 Y BS GRS Y Y Y Y Y 0 14 QSR41L504-A 125VOC DISTRIBUTION PANEL IM 188-06 0072E 188-0 Y BS GRS Y Y Y Y Y 6 14 QSR41L505-B 125VDC DISTRIBUTION PANEL IN 188-06 00728 188-0 Y BS GRS Y Y Y Y Y 6 _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ - _ _ _ _ _ - . ~ - .-. . - - - _ _ _ _ _ _ - _ _ _ _ _ _ - _ _ _ _ _ -

g

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s Page No. 24 APPENDIX G Data Base File Name/Date/ Time: FARIR3.DBF / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort criteria: 10 Museer FARLEY UNIT 1 Filter Crltarla: (Eval. Type CONTAINS *S') Program File Name & Verston: SSEM 2.2 LI::2 EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Inter- Equip No. CLASS MAAK No. DESCRIPTION Building Ftr.Elv. Am. or Row / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) 'N (11) (12) (13) (14) (15) (16) (17) 20 QSR428516A-4 UNIT 1 SERVICE WATER 8ATTERY FUSE 188-06 0074 194-0 Y BS GRS Y Y Y Y Y 80X TRAIN A 8 20 QSR4285168-8 UNIT 1 SERVICE WATER BATTERY FUSE 188-06 0073 188-0 Y BS GR$ Y Y Y Y Y B0X TRAIN 8 6 20 QSR428520A-A SW BATTERY No. I or 2 DETECTION 188-06 0074 188-0 Y BS GRS Y Y Y Y Y CA8INET 6 20 QSR4285208-8 SW 8ATTERY NO. 3 or 4 DETECTION 188-06 0073 188-0 Y BS GRS Y Y Y Y Y CABINET 6 15 QSR428523A-A 125 VDC SERVICE WATER BUILDING ON 188-06 0074 188-0 Y 85 GR$ Y Y N Y N BATTERY N0. I 6 15 QSR4285238-A 125 VDC SERVICE WATER BUILDING ON 188-06 0074 188-0 Y BS GRS Y Y N Y N BATTERY NO. 2 6 15 QSR428523C-8 125 VOC SERVICE kATER BUILDING ON 188-06 0073 188-0 Y BS GRS Y Y N Y N BATTERY NO. 3 6 15 QSR4285230-8 125 VDC SERVICE WATER BUILDING ON 188-06 0073 188-0 Y BS GR$ Y Y N Y N BATTERY NO. 4 6 20 QSR428525A-A SW BUILDING A TRAIN BATTERY SEL SW CLOSED 188-06 0074 188-0 Y 85 GRS Y Y Y Y Y 6 l 20 QSR4285258-8 SW BUILDING B TRAIN BATTERY SEL SW CLOSED 138-06 0073 196-0 Y BS GR$ Y Y Y Y Y 0 16 QSR428526A-A SERVICE WATER BLDG BATTERY CHARGER ON 188-06 00720 389-0 Y ABS RRS Y Y Y Y Y NO. 1 (NORMAL) 6 16 QSR4285268-A SERVICE WATER BLOG BATTERY CHARGER ON 188-06 00720 188-0 Y ABS RRS Y Y Y M N NO. 2 (STAN08Y) 6 16 QSR428526C-8 SERVICE WATER BLDG BATTERY CHARG(R ON 188-06 0072C 188-0 Y ABS RR$ Y Y Y Y Y NO. 3 (NORMAL) 6 16 QSR4285260-8 SERVICE WATER BLDG BATTERY CHARGER ON 188-06 0072C 188-0 Y 85 GRS Y Y Y Y Y NO. 4 (STAND 8Y) 6 17 QSR43A501-A DIESEL GENERATOR l-2A (SKID) ON 155-00 0061 155-0 Y BS GRS Y U U N N 1 17 QSR43A503-A DIESEL GENERATOR IC (SKID) ON 155-00 0060 155-0 Y BS GRS Y Y Y N N O O QSR43E502A-A DIESEL GENERATOR l-2A NEUTRAL NA 155-00 0061 155-0 Y NA NA Y NA Y Y Y GROUNDING RESISTOR 0 l I l l

l l l O O O Page No. 25 APPENDIX G Data Base File Name/Date/Tlee: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12 95 / 08:13:11 SCREENI E VERIFICATION DATA SHEET (SWOS) Sort criteria: 10 Numeer FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Version: SSEM 2.2 it:l2 EQUIP SYSTEM /EQUIPNENT <- EQUIPMENT LOCAil0N -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. an. or Rom / Col. Elev. <40'? Spectrum Spectrus Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 0 QSR43E502C-A DIESEL MNERATOR IC NEUTRAL NA 155-00 0060 155-0 Y NA NA Y NA Y Y Y GROUNCING RESISTOR 0 20 QSR43G509-A O!ESEL M NERATOR l-2A CT JB NA 155-00 0061 155-0 Y 85 CRS Y Y Y Y Y 0 20 QSR43L001A-A DIESEL MN 1-2A DC CONTROL PWR 155-00 0061 ROOF Y BS CRS Y Y Y M N AUTO XFER SW (ATS) 20 QSR43 LOGIC-A DIESEL GEN IC DC CONTROL PWR AUTO 155-00 0060 ROOF Y BS CRS Y Y Y M N XFER SW (ATS) 21 QSR43T501-A FUEL OIL DAY TANK 1-2A -- 155-00 0066 155-0 Y NA NA Y NA Y Y Y 0 21 QSR43T503-A FUEL ott DAY TANK IC -- 155-00 0065 155-0 Y NA NA Y NA Y Y Y 0 21 QSR43T507 DIESEL CENERATOR IC STARTI E AIR -- 155-00 0060 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 21 QSR43T508 DIESEL M NERATOR IC STARTING AIR -- 155-00 0060 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 21 QSR43T511 DIESEL CEhERATOR l-2A STARTING AIR -- 155-00 0061 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 21 QSR43T512 CIESEL CENERATOR l-2A STARTING AIR -- 155-00 0061 155-0 Y NA NA Y NA Y Y Y RECEIVER TANK 0 20 QSV49HS3313AB-A CTRL RM A/C LOCAL CONTROL STATION NA 155-00 0416 155-0 Y BS CRS Y Y Y Y Y A 0 20 QSV49HS331388-8 CTRL RM A/C LOCAL CONTROL STATION NA 155-00 0416 155-0 Y 85 CRS Y Y Y Y Y B 0 10 C5V49K001A-A CONTROL ROOM PACKAGE A/C UNIT ON 175-00 0501 175-0 Y BS CRS Y Y Y Y Y a 0 10 QSV49K0018-8 CONTROL ROOM PACKAGE A/C UNIT ON 1T5-00 0501 175-0 Y 85 CRS Y Y Y Y Y 0 18 QSW418515E-B SERV WTR BATTERY ROOM FIRESTAT 188-06 0073 188-0 Y BS CRS Y Y Y Y Y 6 18 QSW418515F-A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 188-0 Y 85 GR$ Y Y Y Y Y 6 18 QSW4185928-8 SERV WTR BATTERY R00M FIRESTAT 188-06 0073 188-0 Y BS CRS Y Y Y Y Y 6

i Os #N Page No. 26 APPENDIX G Data Base Flie Name/Date/ Time: FAR1R3.C8F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: 10 number FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Verston: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT < EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Sutidino Ftr.Elv. Rs. or Rom / Col. Elev. 440*7 Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 18 QSW418592D-A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 188-0 Y 85 GR$ Y Y Y Y Y 6 09 QSW41C505A-8 SERVICE WATER PUMP ROOM EXHAUST ON 188-06 0072A 201-0 Y 85 GR$ Y Y Y- Y Y VENTILATOR A 0 09 QSW41C5058-8 SERVICE WATER PUMP ROOM EXHAUST ON 188-06 0072A 201-0 Y BS GRS Y Y Y Y Y a VENTILATOR 8 0 09 QSW41C505C-8 SERVICE WATER PUMP ROOM EXHAUST ON 188-06 0072A 201-0 Y 85 GR$ Y Y Y Y Y VENTILATOR C 0 09 QSW41C5053-A SERVICE WATER PUW ROOM EXHAUST ON 188-06 0072A 201-0 Y 85 GR$ Y Y Y Y Y VENTILATOR 0 0 09 QSW41C505E-A SERVICE WATER PUMP ROOM EXHAUST ON 188-06 0072A 201-0 Y 85 GRS Y Y . Y Y Y VENTILATOR E O 09 QSW410505F-A SERVICE WATER Pur ROOM EXHAUST ON 188-06 0072A 201-0 Y BS CR$ Y Y Y Y Y VENTILATOR F 0 09 QSW41C5064-8 SERVICE WATER 8 TRAIN SWITCHGEAR ON 188-06 00728 188-0 Y BS GRS Y Y Y Y Y ROOM EXHAUST FAN 6 09 QSW41C5068-8 SERVICE WATER 8 TRAIN SWITCHGEAR ON 188-06 00728 201-0 Y BS GR$ Y Y Y Y Y ROOM EXHAUST FAN 0 09 QSW41C506C-A SERVICE WATER A TRAIN SWITCHGEAR ON 188-06 0072E 188-0 Y 85 GRS Y Y Y Y Y ROOM EXHAUST FAN 6 201-0 Y 09 QSW41C5060-A SERVICE WATER A TRAIN SWITCHCEAR ON 188-06 0072E BS GRS Y Y Y Y Y ROOM EXHAUST FAN 0 09 QSW41C507A-8 SERVICE WATER 8 TRAIN 8ATTERY ROOM ON 188-06 0073 201-0 Y 85 GRS Y Y Y Y Y ! EXHAUST FAN O 09 QSW41C5078-8 SERVICE WATER 8 TRAIN 8ATTERY ROOM 04 188-06 0073 201-0 Y 85 GRS Y Y Y Y Y EXHAUST FAN 0 09 QSW41C507C-A SERVICE WATER A TRAIN BATTERY ROOM ON 188-06 0074 190-0 Y 8S GRS Y Y Y Y Y EXHAUST FAN 0 09 QSW41C5070-A SERVICE WATER A TRAIN BATTERY ROOM ON 188-06 0074 188-0 Y BS GRS Y Y Y Y Y l EXHAUST FAN 6 0 QSW41C513A-8 SERVICE WATER PU W ROOM IPTAKE OP/CL 167-00 0072A 167-0 Y NA NA Y NA Y Y Y LOUVER 0 0 QSW41C5138-8 SERVICE WATER PUW ROOM INTAKE OP/CL 167-00 0072A 167-0 Y NA NA Y NA Y Y Y LOUVER 0

O J O Page No. 27 APPEuctX G Data Base File Name/Date/Tlee: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / C8:13:11 SCREENING VERIFICATION DATA SEET (SVOS) Sort criterta: In Number l FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <--------- EQUIPMENT LOCATION -----> Base Capacity Demarmi Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Building Ftr.Elv. Rs. or Rom / Col. Elev. <40'? Spectrum Spectrum Demand? OK7 OK7 act OK7 OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (IT) 0 QSW41C513C-A SERVICE WATER Ptw ROOM INTAKE OP/CL 167-00 0072A 167-0 Y NA NA Y NA Y Y Y LOUVER 0 ! O QSW41C513D-A SERVICE MATER PUMP ROOM INTAKE OP/CL 167-00 0072A 167-0 Y NA NA Y NA Y N Y LOUVER 0 0 QSW41C514A-B SERVICE WATER 8 TRAIN SWGR ROOM OP/CL 188-06 00728 188-0 Y NA NA Y NA Y Y Y INTAKE LOUVER 6 0 QSW41C5148-8 SERVICE WATER B TRAIN SWGR ROOM OP/CL 188-06 00728 188-0 Y NA NA Y NA Y Y Y 6 ( INTAKE LOUVER l 0 QSW41C514C-A SERVICE WATER A TRAIN SWGR ROOM OP/CL 188-06 0072E 188-0 Y NA NA Y NA Y Y Y INTAKE LOUVER 6 0 QSW41C5140-A SERVICE WATER A TRAIN SWGR ROOM OP/CL 188-06 0072E 188-0 Y NA NA Y NA Y Y Y INTAKE LOUVER 6 0 QSW41C515A-B SERVICE WTR B TRAIN BATTERY CHGR OP/CL 188-06 0072C 188-0 Y NA NA Y NA Y Y Y RM INTAKE LCUVER 6 0 QSW41C5158-B SERVICE WTR 8 TRAIN BATTERY CHGR OP/CL 188-06 0072C 188-0 Y NA NA Y NA Y Y Y RM INTAKE LOUVER 6 0 QSW41C515C-A SERVICE WTR A TRAIN 8ATTERY CHGR OP/CL 188-06 00720 188-0 Y NA NA Y NA Y Y Y RM INTAKE LOUVER 6 0 QSW41C515D-A SERVICE WTR A TRAIN BATTERY CHCR OP/CL 188-06 00720 188-0 Y NA NA Y NA Y Y Y RM INTAKE LOUVER 6 18 QSY418532A-8 DIESEL GEN. ROOM IB FIRESTAT 155-00 0058 155-0 Y BS GR$ Y Y Y Y Y 0 18 QSY418532C-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 ROOF Y BS GRS Y Y Y Y Y 18 QSY4185320-A DIESEL GEN. R00M IC FIRESTAT 155-00 0060 ROOF Y BS GRS Y Y Y Y Y 18 QSY418616A-8 DIESEL GEN. ROOM IB FIRESTAT 155-00 0058 ROOF Y 85 GRS Y Y Y Y Y 18 QSY4186168-8 DIESEL GEN. ROOM IB FIRESTAT 155-00 0058 ROOF Y BS GRS Y Y Y Y Y 18 QSY418616C-B DIESEL GEN. ROOM 18 FIRESTAT 155-00 0G58 ROOF Y BS GRS Y Y Y Y Y 18 QSY4186160-8 DIESEL GEN ROOM 18 FIRESTAT 155-00 0058 ROOF Y BS GR$ Y Y Y Y- Y 18 QSY418616J-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 ROOF Y BS GRS Y Y Y Y Y 18 QSY418616K-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 ROOF Y 85 GR$ Y Y Y Y Y 18 QSY418616L-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 ROOF Y BS GRS Y Y Y Y Y 18 QSY418616M-A DIESEL GEN. ROOM l-2A FIRESTAT 155-00 0061 Roof Y BS GRS Y Y Y Y Y

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              \                                                                                  &                                                                              Q Page No. 28                                                                           APPEN0!X G                      Data Base File Name/Date/Tlee: FARIR3.08F / 05/11/95 / 16:33:36 f                                                                                                                       Sort Crtterta: ID Nustser i Report Date/Tlee: 05-12-95 / 08:13:11                                 SCREENING VERIFICATION DATA SHEET (SVDS)

FARLEY UNIT I Filter Criteria: (Eval. Type CONTAINS 'S*) l Program File Name & Verston: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT < EQUIPMENT LOCATION -----> Base Capacity Demand Cap. > Caveats Anchor Inter- Equip NO. CLASS MARK NO. DESCRIPTION Butiding Fir.Elv. Re. or Rom / Col. Elev. <40*? Spectrum Spectrum Demand? OK7 OK7 act OKY OK7 Notes (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) 18 QSY418616N-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 ROOF Y BS CRS Y Y Y Y Y 18 QSY418616P-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 ROOF Y BS GRS Y Y Y Y Y 18 QSY418616Q-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 ROOF Y 85 GRS Y Y Y Y Y l 18 QSY418616R-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 ROOF Y BS GR$ Y Y Y Y Y 09 QSY41C507A-8 DIESEL GENERATOR ROOM 18 EXHAUST ON 155-00 0058 155-0 Y 85 GRS Y Y Y Y Y j FAN 0 1 09 QSY41C5078-8 DIESEL GENERATOR ROOM 18 EXHAUST SN 155-00 0058 155-0 Y 85 GRS Y Y Y Y Y FAN 0 09 QSY41C507E-A DIESEL MNERATOR ROOM 1-2A EXHAUST ON 155-00 0061 155-0 Y BS GRS Y Y Y Y Y FAN 0 09 QSY41C507F-A DIESEL GENERATOR ROOM l-2A EXHAUST ON 155-00 0061 155-0 Y BS GRS Y Y Y Y Y FAN O 09 QSY41C508A-A DIESEL GENERATOR ROOM IC EXHAUST ON 155-00 0060 155-0 Y 85 GRS Y Y Y Y Y FAN 0 09 QSY41C5088-A DIESEL MNERATOR ROOM IC EXHAUST ON 155-00 0060 155-0 Y 85 GR$ Y Y Y Y Y FAN O 09 QSY41C511A-A O!ESEL BLDG A TRAIN SWITCHMAR ON 155-00 0056A 155-0 Y BS GR$ Y Y Y Y Y ROOM EXHAUST FAN 0 09 QSY4105118-A DIESEL BLDG A TRAIN SMITCHGEAR ON 155-00 0056A 155-0 Y BS GRS Y Y Y Y Y ROOM EXHAUST FAN O 09 QSY41C511C-8 DIESEL BLDG B TRAIN SWITCHGEAR ON 155-00 0056C 155-0 Y 85 GRS Y Y Y Y Y ROOM EXHAUST FAN 0 09 QSY41C511D-8 DIESEL BLOG 8 TRAIN SMITCHGEAR ON 155-00 0056C 155-0 Y BS GRS Y Y Y Y Y ROOM EXMAUST FAN 0 0 QSY41C513A-8 18 DIESEL GENERATOR ROOH MOTOR OPEN 155-00 0058 155-0 Y NA NA Y NA Y Y Y OPERATED LOUVER 0 0 QSY41C513C-A 1-2A DIESEL GENERATOR ROOM MOTOR OPEN 155-00 0061 155-0 Y NA NA Y NA Y Y Y OPERATED LOUVER 0 0 QSY41C514A-A IC DIESEL GENERATOR ROOM MOTOR OPEN 155-00 0060 155-0 Y NA NA Y NA Y Y Y OPERATED LOUVER 0 0 QSY41C521A-A DIESEL GENERATOR A TRAIN OPEN 155-00 0056A 155-0 Y NA NA Y NA Y Y Y SWITCNGEAR ROOM INTAKE LOUVER 0 0 QSY41C5218-A DIESEL GENERATOR A TRAIN OPEN 155-00 0056A 155-0 Y NA NA Y NA Y Y Y SNITCHMAR ROOM INTAKE LOUVER 0

4 (N r NY ' Page No. 29 APPENDIX G Data Base File Name/Date/ Time: FARIR3.08F / 05/11/95 / 16:33:36 Report Date/ Time: 05-12-95 / 08:13:11 SCREENING VERIFICATION DATA SHEET (SVOS) Sort Criterta: 10 mh FARLEY UNIT 1 Filter Criteria: (Eval. Type CONTAINS 'S*) Program File Name & Verston: SSEM 2.2 LINE EQUIP SYSTEM / EQUIPMENT <- EQUIPMENT LOCATION > Base Capacity Demand Cap. > Caveats Ancher' Inter- Essip NO. CLASS MANK N0. DESOt!PTION Building Fir.Elv. he. or Rom / Col. Elev. <40 Spectrum Spectria Demand? OK7 OK7 act OK7 OK7 Notes

   ...... ..... .................. .................................. .......... .......... ............... ..... ....'?  . ........ ........ ....... ....... ...... ..... ..... .....

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) .(16) (17) 0 QSY41C521C-8 DIESEL GENERATOR 8 TRAIN OPEN 155-00 0056C 155-0 Y NA NA Y NA Y Y Y SMITOl2AR ROOM INTAKE LOUVER 0 0 QSY41C521D-8 DIESEL GENERATOR 8 TRAIN OPEN 155-00 0056C 155-0 Y M NA Y NA Y Y Y SMITCNE AR ROOM INTAKE LOUVER 0 06 QSY52P501A-A OIESEL GEN 1-2A FUEL CIL STORAE ON 155-00 YARD 155-0 Y 85 GRS Y Y Y Y Y TRANSFER PUMP 0 06 QSY52P503A-A DIESEL GEN IC FUEL OIL STORAGE ON 155-00 YARD 155-0 Y 85 GR$ Y Y Y Y Y TRANSFER PISF 0 22 QSY52T501 FUEL STORA M TANK 1-2A -- 155-00 YARD 155-0 Y NA NA NA NA NA Y Y i 0 22 QSY52T503 FUEL STORAGE TANK IC -- 155-00 YARD 155-0 Y NA NA NA NA NA Y Y 0

APPENDIX H SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST PLANT FARLEY UNIT 1 The Seismic Review Safe Shutdown Equipment List (SSEL) is a subset of the composite SSEL included in Appendix A of this TY8rt. The Seismic Review SSEL contains all mechanical and electrical equipment, tanks, and heat exchangers for which a seismic evaluation was performed as described in section 4.0 of this report. The format of the Seismic Review SSEL is as given by the Safe Shutdown Equipment Manger computer program supplied by the Seismic Qualification Utility Group (SQUG). The Seismic Review SSEL includes the information shown in table 1, where applicable and available, for each component. O U l l O H-1

i APPENDIX H TABLE 1 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST INFORMATION KEY Column Number Description 1 Not used. 2 SQUG equipment class (see table 2 of this appendix.). 3 Equipment identification number. - 4 Equipment description. 5 Building or area in which the equipment is located. 6 Floor elevation from which the equipment can be seen. 7 Room identifier where equipment is located. o V H-2

1 APPENDIX H O TABLE 2 EQUIPMENT CLASS DESIGNATIONS (SIIEET 1 OF 2) Equipment Qgg Description 01 Motor control centers 02 Low-voltage switchgear 03 Medium-voltage switchgear 04 Transformers 05 Horizontal pumps 06 Vertical pumps 07 Fluid-operated valves 08A Motor-operated valves 08B Solenoid-operated valves 09 Fans 10 Air handlers 11 Chillers 12 Air compressors 13 Motor generators 14 Distribution panels 15 Batteries on racks 16 Battery chargers and inveners 17 Engine generators H-3

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APPENDIX H TABLE 2 (SHEET 2 OF 2) 18 Instruments on racks 19 Temperature sensors 20 Instrumentation and control panels and cabinets l 21 Tanks and heat exchangers i O r l O H-4

APPENDIX H Page No. 1 SE!SMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST g.s FARLEY UNIT 1 (V) LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 20 A1TB001 TERMINAL BOX 100-00 0189 20 A1TB004 TERMINAL BOX 100-00 0194 20 AITB006 TERMINAL BOX 121-00 0223 20 B1TB002 TERMINAL BOX 121-00 0235 20 BITB003 TERMINAL BOX 100-00 0190 20 B1TB004 TERMINAL BOX 100-00 0192 18 NIE21LIO112-3 VCT LEVEL INDICATION 121-00 0218 20 NIH11NGMCB2500A-AB MAIN CONTROL BOARD SECTION A 155-00 0401 07 N1P18PCV2885A PRESSURE CONTROL VALVE OP/CL 100-00 0189 07 N1P18PCV2885B PRESSURE CONTROL VALVE OP/CL 100-00 0189 07 N1P18PCV2885C PRESSURE CONTROL VALVE OP/CL 100-00 0189 07 N1P19PCV2228A PCV TO PORV BACKUP AIR SUPPLY BOTTLE OP/CL 121-00 0218 07 N1P19PCV22288 PCV TO PORY BACKUP AIR SUPPLY PRESSURE OP/CL 121-00 0218 CONTROL /9 23 Q1811H001 REACTOR VESSEL -- 129-00 CTNT \"/ 21 Q1B21H001A STEAM GENERATOR 1A -- 155-00 CTMT 21 Q1821H001B STEAM GENERATOR 1B -- 155-00 CTMT 21 Q1821H001C STEAM GENERATOR IC -- 155 00 CTMT 18 Q1821PT0402 P1 RCS LOOP 3 WIDE RANGE PRESSURE 105-00 CTNT 18 Q1821PT0403-P4 RCS LOOP 1 WIDE RANGE PRESSURE 105-00 CTMT 19 Q1821TE0410 P2 RCS LOOP 1 COLD LEG RTD 105-00 CTMT 19 Q1821TE0413-P1 RCS LOOP 1 HOT LEG RTD 105-00 CTMT 19 Q1821TE0420-P2 RCS LOOP 2 COLD LEG RTD 105-00 CTHT 19 Q1821TE0423-P1 RCS LOOP 2 HOT LEG RTD 105-00 CTNT 19 Q1821TE0430-P4 RCS LOOP 3 COLD LEG RTD 105-00 CTMT 19 Q1821TE0433-P3 RCS LOOP 3 HOT LEG RTD 105-00 CTMT 07 Q1831HV8028-A PRESSURE RELIEF TANK ISOLATION OUTSIDE CLOSED 121-00 0223 CTMT VALVE O Q1831K001 RCS PRESSURIZER -- 155-00 CTNT 18 Q1831LT0459-P1 PRESSURIZER LEVEL (CONTROL ROOM) 132-00 CTNT 18 Q1831LT0460-P2 PRESSURIZER LEVEL 132-00 CTMT l O Report Date/ Time: 05-12-95 / 08:17:09 ' V Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                                                                                                  / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'S')

Program File Name & Version: SSEM 2.2 l l

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[ APPENDIX H Page No. 2 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 (R LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 18 Q1831LT0461-P3 PRESSURIZER LEVEL 132-00 CTMT 08A Q1831MOV8000A-A PRES $URIZER POWER RELIEF ISOLATION VALVE OP/CL 175-00 CTNT 08A Q1831MOV80008-8 PRESSURIZER POWER RELIEF ISOLATION VALVE OP/CL 175-00 CTNT 07 Q1831PCV04448-B PRESSURIZER POWER RELIEF VALVE OP/CL 155-00 CTMT 07 Q1B31PCV0445A-A PRESSURIZER POWER RELIEF VALVE OP/CL 173-00 CTMT 18 Q1831PT0455-P1 PRESSURIZER PRESSURE 166-00 CTMT 18 Q1831PT0456-P2 PRESSURIZER PRESSURE 166-00 CTMT 18 Q1831PT0457-P3 PRESSURIZER PRESSURE 166-00 CTMT 02 Q1C11E004A-AB REACTOR TRIP SWITCHGEAR NO. I 121-00 0235 02 Q1C11E0048-AB REACTOR TRIP SWITCHGEAR NO. 2 121-00 0235 18 Q1C22LT0474 P1 STEAM GENERATOR 1A NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0475-P2 STEAM GENERATOR 1A NARROW RANGE LEVEL 155 00 CTMT 18 Q1C22LT0476-P3 STEAM GENERATOR 1A NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0484-P1 STEAM GENERATOR 1B NARROW RANGE LEVEL 155 00 CTMT 18 Q1C22LT0485-P2 STEAM GENERATOR 18 NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0486-P3 STEAM GENERATOR 1B NARROW RANGE LEVEL 153-00 CTMT 18 Q1C22LT0494-P1 STEAM GENERATOR IC NARROW RANGE LEVEL 155 00 CTMT 18 Q1C22LT0495-P2 STEAM GENERATOR IC NARROW RANGE LEVEL 155-00 CTMT 18 Q1C22LT0496-P3 STEAM GENERATOR IC NARROW RANGE LEVEL 155-0D CTMT 0 Q1C51L0018-1 NIS NEUTRON DETECTOR B0X IB (41A & 418) 129-00 CTMT 0 Q1C55NE0048-A ALTERNATE SHUTDOWN NEUTRON FLUX DETECTOR 139-00 CTMT 20 Q1C55NM0048-A ALTERN SHUTDOWN NEUTRON FLUX MON SIGNAL 139-00 0332 AMPLIFIER 08A Q1E11FCV0602A A RHR PUMP MINI FLOW VALVE OP/CL 83-00 0128 08A Q1E11FCV06028 8 RHR PUMP MINI FLOW VALVE OP/CL 83-00 0122 18 Q1E11FIS602A-A RHR PUMP FLOW INDICATING SWITCH 83-00 0128 18 Q1E11FIS6028 B RHR PUMP FLOW INDICATING SWITCH 83-00 0128 18 Q1E11FT0605A-2 RHR HEAT EXCHANGER DISCHARGE FLOW 87-00 0120 TRANSMITTER 18 Q1E11FT0605B-4 RHR HEAT EXCHANGER DISCHARGE FLOW 87 00 0120 TRANSMITTER O Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                                 / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 3 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 21 Q1E11H001A-A RHR HEAT EXCHANGER 1A -- 83-00 0128 21 Q1E11H001B-B RHR HEAT EXCHANGER 1B -- 83-00 0128 20 Q1E11LQ3594A-A CTMT SUMP LEVEL TRANSMITTER POWER SUPPLY 139 00 0318 20 Q1E11LQ35948 B CTNT SUMP LEVEL TRANSMITTER POWER SUPPLY 139-00 0318 18 Q1E11LT3594A A CTMT SUMP LEVEL TRANSMITTER 116-00 CTMT 18 Q1E11LT3594B-B CTNT SUMP LEVEL TRANSMITTER 116-00 CTMT 08A Q1E11MOV8701A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT 08A Q1E11MOV87018-B RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT 08A 11E11MOV8702A-A RHR INLET ISOLATION VALVE OP/CL 105-00 CTNT 08A Q!E11M0V87028-8 RHR INLET ISOLATION VALVE OP/CL 105-00 CTMT 08A Q1E11MOV8706A-A RHR LOOP NO. 1 DISCHARGE TO CVCS OP/CL 83-00 0128 08A Q1E11MOV87068 B RHR LOOP NO. 2 DISCHARGE TO CVCS OP/CL 83-00 0128 08A Q1E11MOV8809A-A RWST TO RHR PUMP 1A SUCTION OP/CL 83-00 0131 08A Q1E11MOV88098-B RWST TO RHR PUMP 18 SUCTION OP/CL 83-00 0129 08A Q1E11MOV8811A-A RHR PUMP SUCTION FROM CONTAINMENT TRAIN A OP/CL 83-00 0131 08A Q1E11MOV8811B-B RHR PUMP SUCTION FROM CONTAINMENT TRAIN B OP/CL 83-00 0129 08A Q1E11MOV8812A-A CONTAINMENT SUMP TO RHR PUMP 1A ISOLATION OP/CL 83-00 0131 08A Q1E11MOV88128-B CONTAINMENT SUMP TO RHR PUMP IB ISOLATION OP/CL 83-00 0129 08A Q1E11MOV8888A-A LHSI TO RCS COLD LEG OP/CL 121-00 0223 08A Q1E11MOV88888-8 LHSI TO RCS COLD LEG OP/CL 121-00 0223 06 Q1E11P001A-A RHR PUMP 1A ON 83-00 0131 06 Q1E11P0018-B RHR PUMP 18 ON 83-00 0129 18 Q1E13PT0950 P1 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 18 Q1E13PT0951-P2 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 18 Q1E13PT0952-P3 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 18 Q1E13PT0953-P4 CONTAINMENT PRESSURE PROTECTION 121-00 0223 TRANSMITTER 10 Q1E16H001A-A CHG/HHSI PUMP ROOM COOLER 1A (TRAIN A) ON 100-00 0181 10 Q1E16H001C B CHG/HHSI PUMP ROOM COOLER IC (TRAIN B) ON 100-00 0173 O Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                                 / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2                                      i l

l

APPENDIX H Page No. 4 SE1SMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 v'

    )

LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 10 Q1E16H003A-A RHR PUMP ROOM COOLER 1A ON 83-00 0131 10 Q1E16H0038-B RHR PUMP ROOM COOLER 1B ON 83 00 0129 10 Q1E16H004A-A CCW PUMP ROOM COOLER TRAIN A ON 100-00 0185 10 Q1E16H0048-8 CCW PUMP ROOM COOLER TRAIN 8 ON 100-00 0185 10 Q1E16H005A-A AUX FEEDWATER PUMP ROOM COOLER 1A ON 100-00 0190 10 Q1E16H005B-B AUX FEEDWATER PUMP ROOM COOLER 18 ON 100-00 0192 10 Q1E16H006A-A BATTERY CHARGING ROOM COOLERS ON 121-00 0245 10 Q1E16H0068-B BATTERY CHARGING ROOM COOLERS ON 121-00 0244 10 Q1E16H007-A MCC 1A ROOM COOLER ON 139-00 0332 10 Q1E16H008A-B MCC IB ROOM COOLER ON 121 00 0209 10 Q1E16H0088 B MCC 18 ROOM ACU ON 121-00 0209 10 Q1E16H009-A 600V LOAD CENTER ID ROOM COOLER ON 139-00 0339 10 Q1E16H010-8 600V LOAD CENTER 1E ROOM COOLER ON 121-00 0228 18 Q1E21FT0940 HIGH HEAD SAFETY INJECTION FLOW 77-00 0111 TRANSMITTER V 18 Q1E21FT0943 HIGH HEAD SAFETY INJECTION FLOW 100-00 0175 TRANSMITTER 0 Q1E21 HOC 2 REGENERATIVE HEAT EXCHANGER 105-00 CTNT 21 Q1E21H003 SEAL WATER HEAT EXCHANGER -- 100-00 0170 21 Q1E21H004 LETDOWN HEAT EXCHANGER -- 100-00 0170 07 Q1E21HV8149A-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTMT 07 Q1E21HV81498-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTMT 07 Q1E21HV8149C-A LETDOWN ORIFICE ISOLATION CLOSED 105-00 CTMT 07 Q1E21HV8152 CVCS ISOLATION OUTSIDE CONTAINMENT VALVE CLOSED 100-00 0184 07 Q1E21HV8942-A BORON INJECTION RECIRCULATION PUMP VALVE CLOSED 100-00 0186 07 Q1E21HV8945A-A BORON INJECTION SURGE TANK VALVE CLOSED 121-00 0222 08A Q1E21LCV01158-A RWST TO CHARGING PUMP SUCTION VALVE OP/CL 100-00 0172 08A Q1E21LCV0115C-A VOLUME CONTROL TANK OUTLET ISOLATION VALVE CLOSED 121-00 0216 08A Q1E21LCV01150-B RWST TO CHARGING PUMP SUCTION VALVE OP/CL 100-00 0172 08A Q1E21LCV0115E-B VOLUME CONTROL TANK OUTLET ISOLATION VALVE CLOSED 121-00 0216 18 Q1E21LT112-3 VOLUME CONTROL TANK LEVEL TRANSMITTER 121-00 0217 Q Q Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2

l APPENDIX H Page No. 5 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 g LINE SYSTEM / EQUIPMENT NO. CLASS MAF.K NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (2) (4) (5) (6) (7) 18 Q1E21LT115-1 VOLLME CON DOL TANK LEVEL TRANSMITTER 121-00 0217 08A Q1E21MOV8100-B RCe SEAL WAIER PETURN ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8106-A CHARGING PUMP MIr0 FLOW ISOLATION OP/CL 100-00 0170 08A Q1E21MOV8107-A CHARGING PUMP TO RLS ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8108-B CHARGING PUMP TO RCS ISOLATION CLOSED 121-00 0223 08A Q1E21MOV8109A-B CHARGING PUMP P002A MINIFLOW VALVE OP/CL 100-00 0181 08A Q1E21MOVS109C-8 CHARGING PUMP P002C MINIFLOW VALVE OP/CL 100-00 0173 08A Q1E21MOV8112-A RCP SEAL WATER RETURN ISOLATION CLOSED 129-00 CTMT 08A Q1E21MOV8130A-A CHARGING PUMP SUCTION HEADER ISOLATION OP/CL 100-00 0181 VALVE 08A Q1E21M0V8130B-B CHARGING PUMP SUCTION HEADER ISOLAYION OP/CL 100-00 0175 VALVE 08A Q1E21MOV8131A-A CHARGING PUMP SUCTION HEADER ISOLATION OP/CL 100 00 0175 VALVE 08A Q1E21MOV81318-B CHARGING PUMP SUCTION HEADER ISOLATION OP/CL 100-00 0172 VALVE 08A Q1E21MOV8132A-A CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0181 VALVE 08A Q1E21MOV8132B-B CHARGING PUMP DISCHARGE HEADER ISOLATION OP/LL 100-00 0175 VALVE 08A Q1E21MOV8133A-A CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0175 VALVE 08A Q1E21MOV8133B-B CHARGING PUMP DISCHARGE HEADER ISOLATION OP/CL 100-00 0173 VALVE 08A Q1E21MOV8801A-A BORON INJECTION TANK OUTLET ISOLATION OPEN 121 00 0223 08A Q1E21MOV8803A-A BORON INJECTION TANK INLET ISOLATION OPEN 100-00 0172 08A Q1E21MOV8808A-A ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV88088-B ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV8808C-A ACC. DISCH. VALVE OP/CL 105-00 CTMT 08A Q1E21MOV8885-B HHSI TO RCS COLD LEG ISOLATION OPEN 100-00 0184 05 Q1E21P002A-A CHARGING /HHSI PUMP P002A TRAIN A ON 100 00 0181 05 Q1E21P002C B CHARGING /HHSI PUMP P002C TRAIN B ON 100-00 0173 21 Q1E21T006 BORON INJECTION TANK -- 100 00 0172 18 Q1F16LT0501-A RWST LEVEL TRANSMITTER 155-00 YARD O Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'S')

Program File Name & Version: SSEM 2.2

y, , I l A?PENDIX H Page No. 6 l SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST j FARLEY UNIT 1 O LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 18 Q1F16LT0502 B RWST LEVEL TRANSMITTER 155-00 YARD 21 Q1F16T0501 REFUELING WATER STORAGE TANK -- 155-00 VARD 07 Q1G21HV3376 B RADIOACTIVE DRAIN ISOLATION INSIDE CTMT CLOSED 105-00 CTNT VALVE 07 Q1G21HV3377-A RADIOACTIVE DRAIN ISOLATION OUTSIDE CTMT CLOSED 100 00 0184 VALVE 07 Q1G21HV7136 B WASTE PROCESSING ISOLATION OUTSIDE CTMT CLOSED 100 00 0184 VALVE 07 Q1G21LCV1003-A WASTE PROCESSING ISOLATION INSIDE CTNT CLOSED 105-00 OMB VALVE 07 Q1G24V003A SG 1A BLOWDOWN ISOLATION CLOSED 121-00 0223 07 Q1G24V003B SG 18 BLOWDOWN ISOLATION CLOSED 121-00 0223 07 Q1G24V003C SG 1C BLOWDOWN ISOLATION CLOSED 121-00 0223 21 Q1G31H001A-B SPENT FUEL POOL HEAT EXCHANGER TRAIN B -- 155-00 0445 21 Q1G31H0018-A SPENT FUEL POOL HEAT EXCHANGER TRAIN A -- 155-00 0467 20 Q1H11NGASC2506C B AUX SAFEGUARDS CABINET C 155-00 0416 20 Q1H11NGASC25060-A AUX SAFEGUARDS CABINET D 155-00 0416 20 Q1H11NGB2504J-A BOP INSTRUMENTATION CABINET J 155-00 0416 20 Q1H11NGB2504K-B BOP INSTRUMENTATION CABINET K 155 00 0416 20 Q1H11NGCCM2523A-A ICCMS PROCESSOR CABINET TRAIN A 155-00 0416 20 Q1H11NGCCM25238-B ICCMS PROCESSOR CABINET TRAIN B 155-00 0416 20 Q1H11NGNIS2503A-1 NIS EXCORE DETECTOR CABINET 155-00 0416 20 Q1H11NGPIC2505A-1 PROCESS PROTECTION CABINET CHANNEL 1 155-00 0416 20 Q1H11NGPIC25058-2 PROCESS PROTECTION CABINET CHANNEL 2 155-00 0416 20 Q1H11NGPIC2505C-3 PROCESS PROTECTION CABINET CHANNEL 3 155-00 0416 20 Q1H11NGPIC25050-4 PROCESS PROTECTION CABINET CHANNEL 4 155 00 0416 20 Q1H11NGPIC2505E-1 PROCESS CONTROL CABINET CHANNEL 1 155 00 0416 20 Q1H11NGPIC2505F 2 PROCESS CONTROL CABINET CHANNEL 2 155 00 0416 20 Q1H11NGPIC2505G-3 PROCESS CONTROL CABINET CHANNEL 3 155-00 0416 20 Q1H11NGPIC2505H-4 PROCESS CONTROL CABINET CHANNEL 4 155-00 0416 20 Q1H11NGR25041-AB RADIATION MONITOR PANEL 155-00 0416 20 Q1H11NGSSP2506G B SOLID STATE PROTECTION INPUT CABINET 155-00 0416 Report Date/ Time: 05 12-95 / 08:17:09 I Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 1 1

APPENDIX H Page No. 7 l SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 7-(V) LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM i (1) (2) (3) (4) (5) (6) (7) 20 Q1H11NGSSP2506J-B SOLID STATE PROTECTION TEST CABINET 155-00 0416 20 Q1H11NGSSP2506K-A SOLID STATE PROTECTION INPUT CABINET 155-00 0416 20 Q1H11NGSSP2506N-A SOLID STATE PROTECTION TEST CABINET 155-00 0416 ) 20 Q1H21E004-A 4.16KV SWITCHGEAR 1F LOCAL CONT PANEL 139-00 0343 20 Q1H21E005-B 4.16KV SWITCHGEAR 1G LOCAL CONT PANEL 121-00 0233 20 Q1H21E504-A 4.16KV SWITCHGEAR IH LOCAL CONT PANEL 155-00 0056A 20 Q1H21E505-B 4.16KV SWITCHGEAR IJ LOCAL CONT PANEL 155-00 0056C 20 Q1H21E506-A 4.16KV SWITCHGEAR 1K LOCAL CONT PANEL 188-06 0072E 20 Q1H21E507-8 4.16KV SWITCHGEAR IL LOCAL CONT PANEL 188-06 00728 20 Q1H21ES27-B DIESEL GENERATOR 18 LOCAL CONTROL PANEL 155-00 0058 20 Q1H21NBAFP2605A-A HOT SHUTDOWN PANEL A 121-00 0254 18 Q1H21NBMER2619-8 STEAM GENERATOR 1C WIDE RANGE LEVEL MCB 121-00 0227 ISOLATOR 20 Q1H22L001E-A MULTIPLYING RELAY CABINET 1E 139-00 0318 /~'N 20 Q1H22L001F-B MULTIPLYING RELAY CABINET 1F 139-00 0318 20 Q1H22 LOO 2-A TRANSFER RELAY CABINET 1 139-00 0347 20 Q1H22 LOO 3-A TRANSFER RELAY CABINET 2 100-00 0190 20 Q1H22 LOO 4-8 TRANSFER RELAY CABINET 3 139-00 0334 20 Q1H22L503-8 DIESEL LOCAL RELAY PANEL 1B 155-00 0058 20 Q1H2355448-B DIESEL GENERATOR ROOM IB HVAC LCS NA 155-00 0058 20 Q1H25 LOO 8-A TERMINATION CABINET 139-00 0318 20 Q1H25LO29-B TERN! NATION CABINET 139-00 0318 07 Q1N11HV3369A MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241  ! 07 Q1N11HV33698 MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3369C MAIN STEAM ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3370A-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV33708-B MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 07 Q1N11HV3370C 8 MAIN STEAM LINE ISOLATION VALVE CLOSED 121-00 0241 l STEAM GENERATOR 1A WIDE RANGE LEVEL 129-00 18 Q1N11LT0477-A CTMT l 18 Q1N11LT0487-A STEAM GENERATOR 1B WIDE RANGE LEVEL 129-00 CTMT Report Date/ Time: 05-12-95 / 08:17:09 f)'s s

'                                                                                                                                                                                                                       Data Base File Name/Date/ Time: FAR1R3 DBF Sort Criteria: ID Number
                                                                                                                                                                                                                                                                       / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'S')

Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 8 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 18 Q1N11LT0497-B STEAM GENERATOR 1C WIDE RANGE LEVEL' 129-00 CTMT 18 Q1N11PT0474-P2 STEM GENERATOR 1A PRESSURE 155-00 0462 18 Q1N11PT0475-P3 STEAM GENERATOR 1A DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0476-P4 STEM GENERATOR 1A DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0484-P2 STEM GENERATOR 1B DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0485-P3 STEAM GENERATOR 1B PRESSURE 155-00 0462 18 Q1N11PT0486 P4 STEAM GENERATOR 18 DISCHARGE PRESSURE 155-00 0462 18 Q1N11PT0494 P2 STEAM GENERATOR 1C DISCHARGE PRESSURE 155-00 0464 18 Q1N11PT0495-P3 STEAM GENERATOR 1C DISCHARGE FRESSURE 155-00 0464 18 Q1N11PT0496-P4 STEAM GENERATOR 1C PRESSURE 155-00 0464 18 Q1N11PT3371A-A STEAM GENERATOR 1A PRESSURE 155-00. 0462 18 Q1N11PT33718-A STEAM GENERATOR 1B PRESSURE 155-00 0462 18 Q1N11PT3371C-A STEM GENERATOR 1C PRESSURE 155-00 0464 07 Q1N11PV3371A A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121-00 0241 07 Q1N11PV3371B-A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121-00 0241 07 Q1N11PV3371C-A MAIN STEAM ATMOSPHERIC RELIEF VALVE OPEN 121-00 0241 088 Q1N11SV3369AC-A SOLEN 0ID VALVE 121-00 0241 088 Q1N11SV3369BC-A SOLEN 0ID VALVE 121-00 0241 > 088 Q1N11SV3369CC A SOLEN 0ID VALVE 121-00 0241 18 Q1N23FI3229AB-A FEEDWATER INTAKE FLOW INDICATION 100-00 0190 18 Q1N23FI3229CB-B FEEDWATER INTAKE FLOW INDICATION 100 00 0190 18 Q1N23FT3229A-A AUX FEEDWATER FLOW TRANSMITTER 100-00 0190 , 18 Q1N23FT32298-A AUX FEEDWATER FLOW TRANSMITTER 100 00 0189 18 Q1N23FT3229C-B AUX FEEDWATER FLOW TRANSMITTER 100-00 0194 07 Q1N23HV3227A MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR 1A 07 Q1N23HV3227B MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR 1B 07 Q1N23HV3227C MOTOR DRIVEN AUX FEEDWATER TO STEAM OPEN 121-00 0241 GENERATOR IC 08A Q1N23MOV3209A A SERVICE WATER ISOLATION VALVE TO AUX OP/CL 100-00 0191 FEEDWATER Report Date/ Time: 05-1?-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 t l

APPENDIX H Page No. 9 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O LINE' NO. CLASS MARK NO. SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 08A Q1N23MOV3209B-B SERVICE WATER ISOLATION VALVE TO AUX OP/CL 100-00 0192 FEEDWATER 08A Q1N23MOV3210A-A SERVICE WATER TO AUX FEEDWATER PUMP 1A OP/CL 100 00 0191 INTAKE 08A Q1N23MOV32108-B SERVICE WATER TO AUX FEEDWATER PUMP 1B OP/CL 100-00 0192 INTAKE 05 Q1N23P001A-A AUX FEEDWATER PUMP 1A ON 100 00 0191 05 Q1N23P0018 B AUX FEEDWATER PUMP IB ON 100-00 0192 18 Q1P11LT0515-A CONDENSATE STORAGE TANK LEVEL TRANSMITTER 155 00 YARD 18 Q1P11LT0516-8 CONDENSATE STORAGE TANK LEVEL TRANSMITTER 155-00 YARD 21 Q1P11T001 CONDENSATE STORAGE TANK -- 155-00 YARD 07 Q1P13HV2866C-A CONTAINMENT PURGE ISOLATION OUTSIDE CTMT CLOSED 121-00 0223 VALVE 07 Q1P13HV28660-B CONTAINMENT PURGE ISOLATION INSIDE CTMT CLOSED 129-00 CTMT VALVE 07 Q1P13HV2867C-A CONTAINMENT PURGE ISOLATION OUTSIDE CTMT CLOSED 121-00 0223 VALVE 07 Q1P13HV28670-8 CONTAINMENT PURGE ISOLATION INSIDE CTMT CLOSED 129-00 CTNT VALVE 07 Q1P15HV3103-A PRESSURIZER LIQUID SAMPLE LINE ISOLATION CLOSED 129-00 CTMT , VALVE 07 Q1P15HV3105-B RHR HX A SAMPLE VALVE CLOSED 77-00 0128 07 Q1P15HV3106-8 RHR HX B SAMPLE VALVE CLOSED 77-00 0128 07 Q1P15HV3332-B PRESSURIZER SAMPLE CLOSED 121-00 0223 07 Q1P15HV3333-B RCS HOT LEG SAMPLE LINE ISOLATION VALVE CLOSED 121-00 0223 07 Q1P15HV3765-A RCS SAMPLE CLOSED 126-00 CTMT 0 Q1P16F501A-A SW STRAINER 1A ON 167-00 0072A 0 Q1P16F5018-8 SW STRAINER 18 ON 167-00 0072A  ; 07 Q1P16FV3009A B CCW HEAT EXCHANGER SERVICE WATER DISCHARGE OPEN 100-00 0185 07 Q1P16FV3009C-A CCW HEAT EXCHANGER SERVICE WATER DISCHARGE OPEN 100-00 0185 20 Q1P16G517A-A TURB. BLDG S.W. ISOL. VALVE RELAY BOX 155-00 0060 20 Q1P16G5178-B TURB. BLDG. S.W. ISOL. VALVE RELAY BOX 155-00 0056C 08A Q1P16MOV3149-A BLOWDOWN HEAT EXCHANGER ISOLATION MOV CLOSED 121-00 0223 06 Q1P16P001A-A SERVICE WATER PUMP 1A ON 188-06 0072A Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 10 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 [ U LINE SYSTEM / EQUIPMENT NO. CLASS MARX HO. DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 06 Q1P16P0018-A SERVICE WATER PUMP IB ON 188-06 0072A 06 Q1P16P0010-B SERVICE WATER PUMP ID ON 188-06 0072A 06 Q1P16P001E-B SERVICE WATER PUMP 1E ON 188-06 0072A 18 Q1P16PDS620 A DIFFERENTIAL PRESSURE SWITCH 155-00 YARD 18 Q1P16PDS621-B DIFFERENTIAL PRESSURE SWITCH 155 00 YARD 08A Q1P16V514-B SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 ISYB1 VALVE 08A Q1P16V515-A SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 ISVB1 VALVE 08A Q1P16V516-B SERVICE WATER TO TURBINE BLDG ISOLATION CLOSED 155-00 ISVB1 VALVE 08A Q1P16V517-A SERVICE WATER TO TURBINC BLDG ISOLATION CLOSED 155-00 ISVB1 VALVE 08A Q1P16V538-8 SERVICE WATER EMERGENCY RECIRCULATION TO OP/CL 155-00 ISVB2 POND 08A Q1P16V539-A SERVICE WATER EMERGENCY RECIRCULATION TO OP/CL 155-00 ISVB2 POND (O 08A Q1P16V545-8 SERVICE WATER DISCHARGE FROM AUXILIARY BUILDING CLOSED 15S-00 ISVB4 OSA Q1P16V546-A SERVICE WATER DISCHARGE FROM AUXILIARY CLOSED 140-00 ISVB4 BUILDING 07 Q1P16V562-8 SERVICE WAIER DILUTION BYPASS PRESSURE CLOSED 155-00 15YB2B CONTROL 07 Q1P16V563-A SERVICE WATER DILUTION BYPASS PRESSURE CLOSED 155-00 ISVB2A CONTROL 07 Q1P16V577 A A TRAIN SERVICE WATER MINIFLOW CLOSED 188-06 0072A 07 Q1P16V578-AB A B TRAIN SERVICE WATER MINIFLOW CLOSED 188 06 0072A 07 Q1P16V579-8 B TRAIN SERVICE WATER MINIFLOW CLOSED 188-06 0072A 21 Q1P17H001A-B CCW HEAT EXCHANGER TRAIN B -- 100-00 0185 21 Q1P17H0018-AB SWING CCW HEAT EXCHANGER -- 100-00 0185 21 Q1P17H001C-A CCW HEAT EXCHANGER TRAIN A -- 100-00 0185 07 Q1P17HV2229 COMPONENT COOLING WATER SUPPLY TO SAMPLE CLOSED 100-00 0162 COOLERS 07 Q1P17HV3045-A CCW RETURN FROM RCP THERMAL BARRIER CLOSED 121-00 0223 ISOLATION 07 Q1P17HV3067-B CCW RETURN FROM EXCESS LETDOWN CLOSED 121-00 0223 [~'N Report Date/ Time: 05-12-95 / 08:17:09 (' / Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number

                                                                                                    / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'S')

Program File Name & Version: SSEM 2.2

n APPENDIX H Page No. 11 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O \ LINE SYSTEM / EQUIPMENT ' NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 07 Q1P17HV3095-B CCW SUPPLY TO EXCESS LETDOWN HEAT CLOSED 121-00 0223 l I EXCHANGER 07 Q1P17HV3096A CCW NON-SAFETY ISOLATION CLOSED 100 00 0161 j 07 Q1P17HV30968 CCW NON-SAFETY ISOLATION CLOSED 100 00 0161 j 07 Q1P17HV3184-B CCW RETURN FROM RCP THERMAL BARRIER CLOSED 129 00 CTNT ISOLATION 07 Q1P17HV3443-A CCW RETURN FROM EXCESS LETDOWN HEAT CLOSED 129-00 CTMT , EXCHANGER 08A Q1P17MOV3046 B CCW RETURN FROM RCPS CLOSED 130-00 CTMT . 08A Q1P17MOV3052 A CCW TO RCP THERMAL BARRIER ISOLATION CLOSED 121-00 0223 08A Q1P17MOV3182 A CCW RETURN FROM RCPS CLOSED 121-00 0223 08A Q1P17MOV3185A A CCW INLET TO RHR HEAT EXCHANGER NO.1 OPEN 83-00 0128 08A Q1P17MOV3185B-B CCW INLET TO RHR HEAT EXCHANGER NO. 2 OPEN 83-00 0128 05 Q1P17P001A-B CCW PUMP 1A TRAIN B ON 100 00 0185 05 Q1P17P001C-A CCW PUMP IC TRAIN A ON 100-00 0185 83-00 0 07 07 Q1P17PCV3404A Q1917PCV3404B CCW RHR PMP 1A SEAL HEAT EXCHANGER PRESURE OPEN CONTROL CCW RHR PMP IB SEAL HEAT EXCHANGER PRESURE OPEN 83-00 0128 0129 CONTROL 21 Q1P17T001 SURGE TANK (CCW) -- 179-00 0506 12 Q1P18C002A A TRAIN A EMERGENCY AIR COMPRESSOR ON 100-00 0189 12 Q1P18C0028-B TRAIN B EMERGENCY AIR COMPRESSOR ON 100-00 0189 07 Q1P19HV2228-8 PRESSURIZER PORY BACK-UP AIR SUPPLY VALVE OPEN 121-00 0223 07 Q1P19HV3611-A INSTRUMENT AIR ISOLATION OUTSIDE CLOSED 100-00 0184 CONTAINMENT VALVE 21 Q1P19NCYL-A NITROGEN CYLINDER -- 121-00 0218 21 Q1P19NCYL-B NITROGEN CYLINDER -- 121-00 0218 04 Q1R11B004-A LC TRANSFORMER 10 ON 139-00 0335 04 Q1R11B005-B LC TRANSFORMER 1E ON 121-00 0229 04 Q1R118503-A LC TRANSFORMER 1R ON 155 00 0056A 04 Q1R11B504-A LC TRANSFORMER 1K ON 188-06 0072E 04 Q1R118505-B LC TRANSFORMER IL ON 188-06 0072B 04 Q1R11B507-B LC TRANSFORMER 15 ON 155-00 0056C Report Date/ Time: 05-12-95 / 08:17:09 O Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: 10 Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                     / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 12 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEV UNIT 1

 \'

LINE SYSTEM / EQUIPMENT

    . 09;.. .!!^S!. ......E.U9;...... .............. 95!!R{P((gg,,,,,,,,,,,,,,,, ,,Bg{(g{gg,, ,,[([{,, ,,,RggM        ,,,

(1) (2) (3) (4) (5) (6) (7) 03 Q1R15A006 A 4.16KV SWITCHGEAR 1F ON 139-00 0343 l 03 Q1R15A007-8 4.16KV SWITCHGEAR 1G ON 121-00 0233 03 Q1R15A503-A 4.16KV SWITCHGEAR 1H ON 155-00 0056A 03 Q1R15A504 8 4.16KV SWITCHGEAR IJ ON 155 00 0056C ' 03 Q1R15A505 A 4.16KV SWITCHGEAR 1K ON 188 06 0072E 03 Q1R15A506-8 4.16KV SWITCHGEAR IL ON 188-06 00728 02 Q1R16B006-A 600V LOAD CENTER 1D ON 139 00 0335 02 Q1R16B007-B 600V LOAD CENTER 1E ON 121-00 0229 02 Q1R16B506-A 600V LOAD CENTER 1K/2K ON 188-06 0072E 02 Q1R168507 B 600V LOAD CENTER IL/2L ON 188-06 00728 02 Q1R16B508-A 600V LOAD CENTER 1R/2R ON 155-00 0056A 02 Q1R16B509-8 600Y LOAD CENTER IS/2S ON 155-00 0056C 01 Q1R178001-A MCC 1A ON 139-00 0332 01 Q1R17B002-8 MCC 18 ON 121-00 0209 01 Q1R178008-A MCC lU ON 139-00 0347 01 Q1R17B009 8 MCC IV ON 139-00 0334 01 Q1R17B504-A MCC 1K ON 188-06 0072E 01 Q1R178505-B MCC IL ON 188-06 0072B 01 Q1R17B507-A MCC IN ON 155-00 0060 01 Q1R17B508-B MCC IP ON 155-00 0057 01 Q1R178509-A MCC 15 ON 155-00 0061 01 Q1R178510-8 MCC 1T ON 155 00 0058 02 Q1R188029-A POWER DISCONNECT SWITCH 139 00 0332 02 Q1RIBB030-A POWER DISCONNECT SWITCH 139-00 0332 14 Q1RIBB031-A CIRCUIT BREAXER BOX 139 00 0332 14 Q1RIBB032-A CIRCUIT BREAKER BOX 139 00 0332 1 02 Q1RIBB033-8 POWER DISCONNECT SWITCH 139 00 0322 02 Q1RIBB034 8 POWER DISCONNECT SWITCH 139-00 0322 14 Q1R188035-B CIRCUIT BREAXER BOX 139-00 0322 02 Q1R1BB036-B POWER DISCONNECT SWITCH 139-00 0322 O Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.0BF Sort Criteria: ID Number Filter Criteria:

                                                                                                   / 05/11/95 / 16:33:36 l

Program File Name(Eval.

                                                                           & Version:Type SSEMCONTAINS 2.2      'S')

APPENDIX H Page No. 13 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O LINE NO. CLASS MARK NO. SYSTEH/ EQUIPMENT DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 02 Q1R18B038-A MOV POWER DISCONNECT SWITCH 139 00 0332 02 Q1R188039 A MOV POWER DISCONNECT SWITCH 139-00 0332 02 Q1R188040-A MOV POWER DISCONNECT SWITCH 139-00 0332 02 Q1R188041-B MOV POWER DISCONNECT SWITCH 139 00 0312 02 Q1R188042-8 MOV POWER DISCONNECT SWITCH 139 00 0312 02 Q1R188043-8 MOV POWER DISCONNECT SWITCH 139 00 0312 14 Q1R218001A-1 VITAL AC BREAKER BOX 155-00 0416 14 Q1R218001B-2 VITAL AC BREAKER BOX 155 00 0416 14 Q1R218001C-3 VITAL AC BREAKER BOX 139-00 0318 14 Q1R2180010 4 VITAL AC BREAKER BOX 139-00 0318 16 Q1R21E009A-1 INVERTER 1A 121-00 0224 16 Q1R21E0098-2 INVERTER 18 121-00 0224-16 Q1R21E009C 3 INVERTER IC 121-00 0226 16 Q1R21E0090-4 INVERTER 10 121-00 0226 16 Q1R21E009F-A INVERTER 1F 121-00 0224 16 Q1R21E009G-B INVERTER 1G 121-00 0226 14 Q1R21L001A-1 VITAL AC DISTRIBUTION PANEL 1A 155-00 0416 14 Q1R21L0018-2 VITAL AC DISTRIBUTION PANEL 18 155-00 0416 14 Q1R21L001C-3 VITAL AC DISTRIBUTION PANEL IC 139-00 0318 14 Q1R21L0010-4 VITAL AC DISTRIBUTION PANEL 10 139-00 0318 14 Q1R21L005A-A 120V VITAL AC DISTRIBUTION PANEL 1J 121 00 0224 14 Q1R21L0058-B 120V VITAL AC DISTRIBUTION PANEL 1K 121-00 0226 . 03 Q1R36A501-A 4.16KV SWITCHGEAR IK SURGE ARRESTOR 188-06 0072A 03 Q1R36A502 B 4.16KV SWITCHGEAR IL SURGE ARRESTOR 188 06 0072A 03 Q1R36A510-A 4.16KV SWITCHGEAR 1K SURGE ARRESTOR 155-00 0056A 03 Q1R36A511-B 4.16KV SWITCHGEAR IL SURGE ARRESTOR 155-00 0056C j 14 Q1R41L001A-A 125VDC DISTRIBUTION PANEL 1A ON 155 00 0416 14 Q1R41L0018 A 125VDC DISTRIBUTION PANEL 1B ON 139-00 0343 14 Q1R41L001C-A 125VDC DISTRIBUTION PANEL 1C ON 139-00 0312 14 Q1R41L0010 B 125VDC DISTRIBUTION PANEL 10 ON 155 00 0416 Report Date/ Time: 05 12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: Program File Name(Eval.

                                                                                                     & Version: Type SSEMCONTAINS 2.2           'S')

APPENDIX H Page No. 14 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 14 Q1R41L001E-B 125VDC DISTRIBUTION PANEL 1E ON 121-00 0233 14 Q1R41L001F B 125VDC DISTRIBUTION PANEL 1F ON 121-00 0209 02 Q1R428001A A 125VDC BUS 1A ON 121-00 0224 02 Q1R4280018 B 125VDC BUS 18 ON 121-00 0226 16 Q1R42E001A A AUX BLDG BATTERY CHARGER 1A ON 121-00 0224 16 Q1R42E0018 B AUX BLDG BATTERY CHARGER 1B ON 121-00 0226 15 Q1R42E002A A AUX BLDG BATTERY 1A ON 121-00 0214 15 Q1R42E0028-B AUX BLDG BATTERY IB ON 121-00 0212 17 Q1R43A502-B DIESEL GENERATOR 1B (SKID) ON 155-00 0058 20 Q1R43E001A A SEQUENCER B1F 139 00 -0335 20 Q1R43E0018-8 SEQUENCER 81G 121-00 0229 20 Q1R43E002A-A SEQUENCER B1F AUX RELAY PANEL 139 00 0343 20 Q1R43E0028 B SEQUENCER BIG AUX RELAY PANEL 121-00 0233 20 Q1R43E501A-A SEQUENCER BUS IH 155 00 0056A 20 Q1R43E5018 B SEQUENCER BUS IJ 155 00 0056C 0 Q1R43E5028 B DIESEL GENERATOR 18 NEUTRAL GROUNDING NA 155 00 0058 RESISTOR 20 Q1R43G510-8 DIESEL GENERATOR 18 CT JB NA 155 00 0058 21 Q1R43T502-B FUEL OIL DAY TANK 18 -- 155-00 0063 21 Q1R43T503 DIESEL GENERATOR 18 STARTING AIR RECEIVER -- 155 00 0058 TANK 21 Q1R43T504 DIESEL GENERATOR 18 STARTING AIR RECEIVER -- 155-00 0058 TANK 09 Q1Y47C012A A AUXILIARY BLDG A TRAIN BATTERY ROOM ON 175 00 0501 EXHAUST FAN 09 Q1V47C0128-B AUXILIARY BLDG B TRAIN BATTERY ROOM ON 175-00 0501 EXHAUST FAN 05 Q1Y52P5028-8 DIESEL GEN 18 FUEL OIL STORAGE TRANSFER ON 155-00 YARD PUMP 21 Q1Y52T502 FUEL STORAGE TANK 1B -- 155 00 YARD 20 QSH11NGEPB2508-AB EMERGENCY POWER BOARD 155-00 0401 20 QSH21E525-A DIESEL GENERATOR 1-2A LOCAL CONTROL PANEL 155-00 0061 20 QSH21E528-A DIESEL GENERATOR 1C LOCAL CONTROL PANEL 155 00 0060 0 Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                               / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 15 ' SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 s LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 20 QSH21L503A-A SERVICE WATER A TRAIN BATTERY ROOM HVAC 188-06 0072D LCS 20 QSH21L5038 8 SERVICE WATER B TRAIN BATTERY ROOM HVAC 188 06 0072C LCS 20 QSH22L502-A DIESEL LOCAL RELAY PANEL 1-2A NA 155 00 0061 20 QSH22L504 A DIESEL LOCAL RELAY PANEL IC NA 155 00 0060 20 QSH23SS440 A DIESEL GENERATOR ROOM 1C HVAC LCS 155-00 0060 20 QSH23S544E-A DIESEL GENERATOR ROOM 1-2A HVAC LCS 155-00 0061 01 QSR17B006-A MCC IF ON 155-00 0409 01 QSR178007 B MCC 1G ON 155-00 0409 14 QSR19L002A-A 120V AC CONTR. PWR. PANEL 1R 155-00 0409 14 QSR19L0028-B 120V AC CONTR. PWR PANEL 15 155-00 0409 14 QSR41L504-A 125VDC DISTRIBUTION PANEL 1M 188-06 0072E 14 QSR41L505 B 125VDC DISTRIBUTION PANEL IN 188-06 00728 20 QSR428516A-A UNIT 1 SEP.VICE WATER BATTERY FUSE BOX 188-06 0074 TRAIN A O 20 QSR428516B-B UNIT 1 SERVICE WATER BATTERY FUSE BOX TRAIN B 188-06 0073 20 QSR428520A-A SW BATTERY NO. 1 or 2 DETECTION CABINET 188-06 0074 20 QSR42B5208-B SW BATTERY NO. 3 or 4 DETECTION CABINET 188-06 0073 15 QSR428523A-A 125 VDC SERVICE WATER BUILDING BATTERY NO. ON 188-06 0074 1 15 QSR42B5238 A 125 VDC SERVICE WATER BUILDING BATTERY NO. ON 188-06 0074 2 15 QSR428523C B 125 VDC SERVICE WATER BUILDING BATTERY NO. ON 188 06 0073 3 15 QSR4285230-8 125 VDC SERVICE WATER BUILDING BATTERY NO. ON 188-06 0073 4 20 QSR428525A-A SW BUILDING A TRAIN BATTERY SEL SW CLOSED 188-06 0074 20 QSR4285258 8 SW BUILDING B TRAIN BATTERY SEL SW CLOSED 188-06 0073 16 QSR42BS26A-A SERVICE WATER BLDG BATTERY CHARGER NO. 1 ON 188 06 00720 (NORMAL) 16 QSR4285268-A SERVICE WATER BLDG BATTERY CHARGER NO. 2 ON 188-06 0072D (STANDBY) Report Date/ Time: 05-12-95 / 08:17:09 O Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                  / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

                                    ~ .                                                                                          au3 APPENDIX H                                             Page No. 16 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 O

LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM

     ....... ....... ....................    ..........m..............................      ............ ........ ..........

(1) (2) (3) (4) (5) (6) (7) 16 QSR428526C B SERVICE WATER BLDG BATTERY CHARGER NO. 3 ON 188-06 0072C (NORMAL) 16 QSR4285260-B SERVIr' WATER BLDG BATTERY CHARGER NO. 4 ON 188-06 0072C (STAF S ) 17 QSR43A501-A DIESEL GENERATOR 1-2A (SKID) ON 155 00 0061 17 QSR43A503-A DIESEL GENERATOR IC (SKID) ON 155-00 0060 0 QSR43E502A-A DIESEL GENERATOR 1-2A NEUTRAL GROUNDING NA 155-00 0061 RESISTOR 0 QSR43E502C-A DIESEL GENERATOR 1C NEUTRAL GROUNDING NA 155-00 0060 RESISTOR 20 QSR43G509-A DIESEL GENERATOR 1-2A CT JB NA 155-00 0061 20 QSR43L001A-A DIESEL 091-2A DC CONTROL PWR AUTO XFER 155-00 0061 SW (ATS) 20 QSR43L001C-A DIESEL GEN 1C DC CONTROL PWR AUTO XFER SW 155-00 0060 (ATS) 21 QSR43T501-A FUEL OIL DAY TANK 1-2A -- 155-00 0066 21 QSR43T503-A FUEL OIL DAY TANK IC -- 155-00 0065 21 QSR43T507 EL GENERATOR IC STARTING AIR RECEIVER -- 155-00 0060 21 QSR43T508 DIESEL GENERATOR IC STARTING AIR RECEIVER -- 155-00 0060 TANK 21 QSR43T511 DIESEL GENERATOR 1-2A STARTING AIR -- 155-00 0061 RECEIVER TANK 21 QSR43T512 DIESEL GENERATOR 1-2A STARTING AIR -- 155-00 0061 RECEIVER TANK 20 QSV49HS3313AB-A CTRL RM A/C LOCAL CONTROL STATION A NA 155 00 0416 20 QSV49HS3313BB-B CTRL RM A/C LOCAL CONTROL STATION B NA 155-00 0416 10 QSV49K001A-A CONTROL ROOM PACKAGE A/C UNIT ON 175-00 0501 10 QSV49K001B-B CONTROL ROOM PACKAGE A/C UNIT ON 175-00 0501 18 QSW41B515E-B SERV WTR BATTERY ROOM FIRESTAT 188-06 0073 18 QSW418515F-A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 18 QSW41B592B-B SERV WTR BATTERY ROOM FIRESTAT 188-06 0073 1B QSW418592D-A SERV WTR BATTERY ROOM FIRESTAT 188-06 0074 09 QSW41C505A-B SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A A Report Date/ Time: 05-12-95 / 08:17:09  ; Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2

I l i APPENDIX H Page No. 17 ) SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 LINE SYSTEM / EQUIPMENT NO. CLASS MARK NO. DESCRIPTION BUILDING ELEY ROOM (1) (2) (3) (4) (5) (6) (7) 09 QSW41C505B B SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A 4 8 09 QSW41C505C-8 SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A C 09 QSW41C5050-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188 06 0072A D 09 QSW410505E-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A E 09 QSW41C505F-A SERVICE WATER PUMP ROOM EXHAUST VENTILATOR ON 188-06 0072A F 09 QSW410506A-B SERVICE WATER B TRAIN SWITCHGEAR ROOM ON 188-06 00728 EXHAUST FAN 09 QSW41C5068-B SERVICE WATER B TRAIN SWITCHGEAR ROOM ON 188-06 00728 EXHAUST FAN 09 QSW41C506C A SERVICE WATER A TRAIN SWITCHGEAR ROOM ON 188-06 0072E EXHAUST FAN 09 QSW41C5060-A SERVICE WATER A TRAIN SWITCHGEAR ROOM ON 188-06 0072E EXHAUST FAN 09 QSW41C507A-B 188-06 0073 {0VICEWATERBTRAINBATTERYROOMEXHAUSTON 09 QSW4105078-B SERVICE WATER B TRAIN BATTERY ROOM EXHAUST ON 188-06 0073 FAN 09 QSW41C507C-A SERVICE WATER A TRAIN BATTERV ROOM EXHAUST ON 188-06 0074 FAN 09 QSW41C507D-A SERVICE WATER A TRAIN BATTERY ROOM EXHAUST ON 188-06 0074 FAN 0 QSW41C513A-B SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW41C5138-B SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW410513C A SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW410513D-A SERVICE WATER PUMP ROOM INTAKE LOUVER OP/CL 167-00 0072A 0 QSW41C514A-B SERVICE WATER B TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072B LOUVER 0 95W41C514B-B SERVICE WATER B TRAIN SWGR ROOM INTAKE OP/CL 188-06 00728 LOUVER 0 QSW41C514C-A SERVICE WATER A TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072E LOUVER 0 QSW41C5140-A SERVICE WATER A TRAIN SWGR ROOM INTAKE OP/CL 188-06 0072E LOUVER O Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S')

                                                                                                                 / 05/11/95 / 16:33:36 Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 18 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 V) LINE NO. CLASS MARK NO. SYSTEM / EQUIPMENT DESCRIPTION BUILDING ELEV ROOM (1) (2) (3) (4) (5) (6) (7) 0 QSW41C515A-B SERVICE WTR B TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072C LOUVER 0 QSW41C5158-B SERVICE WTR B TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072C LOUVER 0 QSW41C515C-A SERVICE WTR A TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072D LOUVER 0 QSW41C5150-A SERVICE WTR A TRAIN BATTERY CHGR RM INTAKE OP/CL 188-06 0072D LOUYER 18 QSY418532A-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY418532C A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 18 QSY4185320-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 18 QSY41B616A-B DIESEL GEN. ROOM 18 FIRESTAT 155-00 0058 18 QSY418616B-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY418616C-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY418616D-B DIESEL GEN. ROOM 1B FIRESTAT 155-00 0058 18 QSY418616J-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 18 QSY418616K-A DIESEL GEN ROOM 1-2A FIRESTAT 155-00 0061 18 QSY41B616L-A DIESEL GEN. ROOM 1-2A FIRESTAT 155-00 0061 18 QSY418616M A DIESEL GEN ROOM 1-2A FIRESTAT 155-00 0061 18 QSY418616N-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 18 QSY41B616P-A DIESEL GEN. ROOM IC FIRESTAT 155-00 0060 IB QSY418616Q-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 18 QSY418616R-A DIESEL GEN. ROOM 1C FIRESTAT 155-00 0060 09 QSY410507A-B DIESEL GENERATOR ROOM 1B EXHAJT FAN ON 155-00 0058 09 QSY410507B-B DIESEL GENERATOR ROOM IB EXHAUST PAN ON 155-00 0058 09 QSY410507E A DIESEL GENERATOR ROOM 1-2A EXHAUST FAN ON 155-00 0061 09 QSY41C507F-A DIESEL GENERATOR ROOM 1-2A EXHAUST FAN ON 155-00 0061 09 QSY410508A-A DIESEL GENERATOR ROOM 1C EXHAUST FAN ON 155-00 0060 09 QSY41C5088-A DIESEL GENERATOR ROOM 1C EXHAUST FAN ON 155-00 0060 09 QSY410511A-A DIESEL BLDG A TRAIN SWITCHGEAR ROOM ON 155-00 0056A EXHAUST FAN 09 QSY41C511B-A DIESEL BLDG A TRAIN SWITCHGEAR ROOM ON 155-00 0056A EXHAUST FAN Report Date/ Time: 05-12-95 / 08:17:09 yj Data Base File Name/Date/ Time: FAR1R3.DBF Sort Criteria: 1D Number

                                                                                                                  / 05/11/95 / 16:33:36 Filter Criteria: (Eval. Type CONTAINS 'S')

Program File Name & Version: SSEM 2.2

APPENDIX H Page No. 19 SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST FARLEY UNIT 1 j

 'D  LINE                                                    SYSTEM / EQUIPMENT NO.      CLASS         MARK NO.                          DESCRIPTION                       BUILDING      ELEY      ROOM (1)       (2)            (3)                                  (4)                            (5)         (6)       (7) 09       QSY41C511C B           DIESEL BLDG B TRAIN SWITCHGEAR ROOM              ON             155-00   0056C EXHAUST FAN 09       QSY4105110-B           DIESEL BLDG B TRAIN SWITCHGEAR ROOM              ON             155-00   0056C EXHAUST FAN 0        QSY41C513A-B            IB DIESEL GENERATOR ROOM MOTOR OPERATED         OPEN           155-00   0058 LOUVER 0        QSY41C513C-A            1-2A DIESEL GENERATOR ROOM MOTOR OPERATED- OPEN                155-00   0061 LOUVER 0        QSY410514A-A            1C DIESEL GENERATOR ROOM MOTOR OPERATED         OPEN           155 00   0060 LOUVER 0        QSY41CS21A-A            DIESEL GENERATOR A TRAIN SWITCHGEAR ROOM        OPEN           155-00   0056A INTAKE LOUVER 0        QSY41C5218-A            DIESEL GENERATOR

• TRAIN SWITCHGEAR ROOM OPEN 155-00 0056A INTAKE LOUVER 0 QSY410521C-B DIESEL GENERATOR B TRAIN SWITCHGEAR ROOM OPEN 155-00 0056C INTAKE LOUVER 0 QSY41C5210-8 DIESEL GENERATOR B TRAIN SWITCHGEAR ROOM OPEN 155-00 0056C INTAKE LOUVER DIESEL GEN 1-2A FUEL OIL STORAGE TRANSFER ON 155-00 O

06 QSYS2P501A-A YARD PUMP 06 QSY52P503A A DIESEL GEN 1C FUEL OIL STORAGE TRANSFER ON 155-00 YARD PUMP 22 QSY52T501 FUEL STORAGE TANK 1-2A -- 155-00 YARD 22 QSYS2T503 FUEL STORAGE TANK IC -- 155-00 YARD 5 I

                                                                                                                                 )

Report Date/ Time: 05-12-95 / 08:17:09 Data Base File Name/Date/ Time: FAR1R3.DBF / 05/11/95 / 16:33:36 A Sort Criteria: ID Number Filter Criteria: (Eval. Type CONTAINS 'S') Program File Name & Version: SSEM 2.2 I

p - APPENDIX I

 '('

RACEWAY ANALYTICAL REVIEW

SUMMARY

PLANT FARLEY UNITS 1 AND 2 Appendix I contains a summary of the conduit and cable raceway support limited analytical review. The unique identification number for each support selected for the limited analytical review is listed in addition to the following information: Column Heading Description Drawing No. Reference drawing which shows support location Selection No. Unique identification number of the conduit or cable raceway support i Plant Area Building and elevation where support is located Outlier Indicates whether the support was determined to be an outlier (Yes) or not (No) based on the Seismic Qualification Utility G Group Generic Implementation Procedure criteria. Supports C/ not identified as outliers met the requirements of the limited analytical review. Outlier Description Brief description of outlier, where applicable Outlier Resolution Brief description of outlier retolution, where applicable O l-1

APPENDIX I p RACEWAY ANALYTICAL REVIEW

SUMMARY

d PLANT FARLEY UNITS 1 AND 2 (SIIEET 1 OF 1) , Drawing No. Selection Plant Area Outlier Outlier Description Outlier Resolution No. D 172207 thru FNPCSI Diesci generator Yes Baseplate is corroded. Modify baseplate. D-172210 cable chase D 207928 FNPCS2 Exterior cable No NA NA chase D-207928 FNPCS3 Exterior cable No NA NA chase D-177930 FNPCS4 Aux bldg. cable No NA NA spreading room D-177926 FNPCSS Aux. bldg. piping No NA NA penetration room D-203200 FNPCS6 Serv. water intake No NA NA structure O D-203203 FNPCS7 Serv. water intake No NA NA structure D-172203 FNPCS8 Diesel gen. bldg. Yes Bolts do not screen. Resolved analytically. D-177917 FNPCS9 Aux. bldg. cl 155 fl No NA NA D-177920 FNPCS10 Aux. bldg. el 155 ft Yes O<ctstressed members. Modify support Arca 4 system. D-207921 FNPCSI1 Aux. bldg. el 155 ft No NA NA Arca 7 D-207892 FNPCS12 Containment No NA NA cl 129 ft D-207902/ FNPCS13 Aux. bldg. Yes Pipe is in contact with Pipe movement D.177903 raceway. negligible. D-177892 FNPCS14 Containment No NA NA el 129 fl- el 155 ft D 177930 FNPCSIS Aux, bldg. el 139 ft Yes Bolts do not screen. Resolved ( q hallway analytically. I-2

r APPENDIX J

SUMMARY

OF CONDUIT AND CABLE RACEWAY EVALUATION PLANT FARLEY UNITS I AND 2 Appendix J summarizes the results of the conduit and cable raceway evaluation. This summary includes the results of both the conduit and cable raceway walkdown and the limited analytical review. All conduit and cable raceways and their supports, with the exception of outliers described in this appendix, passed the Seismic Qualification Utility Group Generic Implementation Procedure criteria. The data in this appendix is sorted by drawing number and contains the following information. Column Heading Description Drawing No. Reference drawing which shows the location of conduit and cable raceways. Plant Location Building and elevation where conduit and cable raceways are located. Number of Outliers Provides the number of outliers associated with the given drawing and plant area. Outlier Description Brief description of outlier, where applicable. Outlier Resolution Brief description of outlier resolution, where applicable. O J-1

APPENDLX J A

SUMMARY

OF CONDUIT AND CABLE RACEWAY EVALUATION V PLANT FARLEY UNITS 1 AND 2 (SIIEET 1 OF 5) Number of Drawing No, Plant Area Outliers Outlier Description Outlier Resolution D-177930 Aux. bldg.139 ft-0 1 Bolts do not meet GIP criteria. Resolved analytically. cable sprd. rm. D 177926 Aux. bldg.139 ft-0 None NA NA elec. pen rm. D-177913 Aux. bldg.139 f1-0 None NA NA Area 2 D-177914 Aux. bldg.139 ft-0 None NA NA Area 3 D-177915 and Aux. bldg.139 ft-0 None NA NA D-177998 Areas 4 & 4E D-177916 Aux. bldg.139 ft-0 None NA NA Area 7 Aux. bldg.139 ft-0 None NA NA O D-207930 cable sprd. rm. D-207926 Aux. bldg.139 ft-0 None NA NA ' elec. pen rm. D-207913 Aux. bldg.139 ft-0 None NA NA Area 2 D-207914 Aux. bldg.139 ft-0 None NA NA Area 3 D-207915 and Aux. bldg.139 ft-0 None NA NA D-207998 Area 4 & 4E D 207916 Aux. bldg.139 fl-0 None NA NA Area 7 NA Yard 1 Corrosion on conduit supports Pull test demonstrated around CST, RWST, and adequate capacity. Future RMWST. inspections used to maintain bolt integrity. D-203200 Senice water intake None NA NA structure i D-203201 Senice water intake None NA NA structure l l J-2 i

APPENDIX J p (SHEET 2 OF 5) O Number of Drawing No. Plant LAcation Outliers Outlier Description Outlier Resolution i _ 1 D-203202 Senice water intake None NA NA structure D-203203 Senice water intake None NA NA , structure l D 172203 D.G. bldg. 2 e Vertical cable not tied to e Tic cables to tray with trays. approved tie wraps.

• Bolts do not meet GIP e Resolved analytically, criteria.

D 202207 and Cable tunnel Unit 2 1 e Rod hung support missing e Replace rod. D-202208 trains A and B rod. D-172207, Cable tunnel Unit i 1 e Baseplate corroded. . Modify baseplate. D-172208, trains A and B D-172209, and D-172210 D-177928 and Exterior cable chase None NA NA D 177929 D 177924 and Interior cable chase None NA NA D-177925 D-177923 South cable chase None NA NA Area 2 D-207928 Exterior cable chase None NA NA D-207923 North cable chase None NA NA Area 2 D-207924 and Interior cable chase None NA NA D-207925 D 177917 Aux. bldg.155 ft-0 1 Area 1 D 177918 Aux. bldg.155 ft-0 None NA NA Area 2 D 177919 Aux. bldg.155 ft-0 None NA NA Area 3 D-177920 Aux. bldg.155 f1-0 1 Duct and piping supported Modify support per f Area 4 with cable tray support. analytical resiew. ( J-3

APPENDIX J (SHEET 3 OF 5) Number of Drawing No. Plant Location Outliers Outlier Description Outlier Resolution D 177921 Aux. bldg.155 n-0 None NA NA Area 7 D 207917 Aux. bldg.155 M) None NA NA Area 1 D-207918 Aux. bldg.155 ft-0 None NA NA Area 2 D 207919 Aux. bldg.155 ft-0 None NA NA Area 3 D-207920 Aux. bldg.155 ft-0 None NA NA Area 4 D-207921 Aux. bldg.155 ft-0 1 Embed plate at Q-deck. Analytical- Evaluation Area 7 demonstrated embed adequate. D-177909 Aux. bldg.121 ft-0 None NA NA Area 1 D-177910 Aux. bldg.121 ft-0 None NA NA Area 2 D 177911 Aux. b1dg.121 ft-0 None NA NA Area 3 D-177912 Aux. bldg.121 ft-0 None NA NA Area 4 D-207909 Aux. bldg.121 ft-0 None NA NA MSIV Area 1 D 207910 Aux. bldg.121 ft 0 None NA NA Area 2 D 207911 Aux. bldg.121 ft-0 None NA NA Area 3 D-207912 Aux. bldg.121 ft-0 None NA NA Area 4 D-177902 Aux. bldg. 77 and None NA NA 83 Area 2 Aux. bldg. 77 and Pipe is in contact with conduit Evaluation shows pipe D 177903 1 83 Area 3 support. movement negligible. J-4 l

APPENDIX J (SHEET 4 OF 5) Number of Drawing No. Plant Location Outliers Outlier Description Outlier Resolution D-177904 Aux. bldg.100 ft-0 None NA NA Area 1 D 177905 Aux. bldg.100 ft-0 None NA NA Area 2 D 177906 Aux. bldg.100 ft-0 None NA NA Area 3 D 177907 and Aux. bldg.100 ft-0 None NA NA D 177908 Areas 4 & 7 D-207902 Aux bldg. 77 & 83 1 Pipe is in contact with cable Evaluation shows pipe Area 2 tray support. movrment negligible. D-207903 Aux. bldg. 77 & 83 None NA NA Area 3 D 207907 and Aux. bldg.100 ft-0 None NA NA D-207908 Areas 4 & 7 D-207904 Aux. bldg.100 ft-0 None NA NA Area 1 D-207905 Aux. bldg.100 ft-0 None NA NA Area 2 D-207906 Aux. bldg.100 ft-0 None NA NA Area 3 D 177890 Cntmt.105 ft-0 None NA NA to 129 ft 0 D 177891 Catmt.105 n-0 None NA NA to 129 fi-0 D-177892 Catmt.129 ft-0 None NA NA to 155 ft-0 D 177893 Catmt.129 (1-0 None NA NA to 155 ft-0 D-177894 Catmt. above None NA NA 155 ft-0 D 177895 Cntmt. atxwe None NA NA O 155 fi-0 J-5 l

APPENDIX J (SIIEET 5 OF 5) Number of Drawing No. Plant Location Outliers Outlier Description Outlier Resolution ; D 176307 Catmt. above cavity None NA NA D 207890 Cntmt.105 ft4 to None NA NA 129 ft-0 D-207891 Cntmt.105 ft-0 to None NA NA 129 ft-0 D 207892 Cntmt.129 ft-0 to None NA NA 155 ft-0 D-207893 Catmt 129 ft 0 to None NA NA 155 n-0 D-207894 Cntmt. above None NA NA 155 ft-0 D-207895 Cntmt. above None NA NA 155 (1-0 D-206307 Cntmt. above cavity None NA NA O K \WWIPEEE\FAR.I.EYAdoVpp j duc O J-6

APPENDIX K O

SUMMARY

OF EQUIPMENT OUTLIERS PLANT FARLEY UNIT 1

                                                                                                       )

Appendix K contains a summary of all Safe Shutdown Equipment List components identified as outliers during the Unresolved Safety Issue A-46 evaluation. The data in this appendix is sorted by equipment identification number and contains the following information. Column Headine Description l Equipment ID No. Equipment identification number. Equipment Class Seismic Qualification Utility Group equipment class (see table I of this appendix). Equipment Description Brief description of equipment. Equipment Location Building and elevation where equipnient is located. O Outlier Description Brief description of outliers. O Outlier Resolution Brief description of outlier resolution. 1 i O K-1

6 APPENDIX K i . TABI.E1 EQUIPMENT CLASS DESIGNATIONS (SHEET 1 OF 2) Equipment gag Description 01 Motor control centers. 02 Low-voltage switchgear. 03 Medium-voltage switchgear. 04 Transformers. 05 Horizontal pumps. 06 Vertical pumps. 07 Fluid-operated valves. 08A Motor-operated valves. 08B Solenoid-operated valves. 09 Fans. , 10 Air handlers. I 11 Chillers. j 12 Air compressors. l 13 Motor generators. 14 Distribution panels. 15 Batteries on racks. 16 Battery chargers and inverters. O K-2

M n l APPENDIX K . i TABLE 1 e EQUIPMENT CLASS DESIGNATIONS l. (SIIEET 2 OF 2) 1 l.- Equipment Qgg Description 18 Instruments on racks. Temperature sensors. 19 20 Instrumentation and control panels and cabinets. 21 Tanks and heat exchangers. l 1 l LO 1

,       O K-3 4

1

    -me

APPENDIX K l

,o)

 \

V DESCRIPTION OF EQUIPMENT OUTLIERS (SIIEET 1 OF 4) Equipment Equipment Equipment Equipment Outtler outlier ID Number Ctess Descrfpdon Location DescripUon Resolution Af TB004 20 Terminal box Aumliary building Intemal wre may impact Restrain wre. el 100 ft essential relay. NfHf fNGMCB2500A-AB 20 Main control Aumliary building Potental interacton wth Restrain overhead board Seif A el 155 ft overhead light light Qf Cf fE004A-AB 2 Reactor tnp Auxilscry building Panels not bolted together Bolt to adjacent swtchgear No. i el 121 ft panel. QfCf fE0048 AB 2 Reactor tnp Auxiliary buikling Panels not boited together. Bott to adjacent swtchgear No. 2 el 121 panel. QfC22LT04SS-P2 18 Steam generator Oontainment Wre exposed from Repair conduit 18 narrow range b Jilding el 155 ft disccci-C d fkx conduit levei QfEf6H0038-B 10 RHR pump room Auxiiray building Bolts attaching coil to frame Install missing cooler 1 A el 83 ;6 are missing bolts. QfFf 6LT0501-A 18 RWST levei Yard el 155 ft Anchor bolts are corroded. Reptace anchor transmrtter bolts. OfFf 6LT0502 B 18 RWST level Yard el 155 ft Anchor bolts are corroded Replace anchor transmitter bolts. QfHf fNGASC2506C-B 20 Auxiliary Auxiliary building 1. Potentalinteracton 1. Restrain Q fHf fNGASC2506D-A safeguards el 155 ft from overhead light overhead light cabinet C 2. Potentialinteracton 2. Bolt paneis g$ from panels together

 ;d                                                                                                              N1H11NGM1M2515-N and N1 H11NGBOP25060-N.

QfHf fNGB2504J A 20 BOP Auxiliary building Potental interacton from Restrain overhead instrumentation el 155 ft overhead light light cabinet J QfNf fNGB2504K-8 20 BOP Auxiliary building Potental interacton from Restrain overhead instrumentation el 155 ft overhead fight light cabinet K Q f Hf fNGCCM2523A-A 20 ICCMS processor Auxiliary building Potental interacton from Restrain overhead cabinet train A el 155 ft overhead light light QfHf fNGCCM2523B-B 20 ICCMS processor Auxiliary building Potental interacton from Restrain overhead cabinet train B el 155 ft overhead light light Qf Hf fNGN/S2503A-f 20 NIS excore Auxiliary building Potental interaction from Restrain overhead detector cabinet el 155 ft overhead light light QfHf fNGR2504/-AB 20 Radiation monitor Auxiliary building Potental interacton from Restrain overhead panel el 155 ft overhead light light QfHf f NGSSP2506G-B 20 Solid-state Auxiliary building 1. Potentalinteracton 1. Restrain QfHf fNGSSP2506JB protecton input el 155 ft from overhead light overhead light QfHf fNGSSP2506X-A cabinet 2. Potential a-actu. 2. Bolt panels QfHf fNGSSP2506N-A from panels together. N1H11NGM1M2515-N and NIH11NGBOP25060-N. QfH2fE505 8 20 4.16-kv Diesel generator Potental interacton from Restrain overhead swtchgear 1J building el 155 ft overhead light, fan, and light, fan, and local control panel adjacent conduit conduit U K-4

APPENDIX K i O) (

  %/

DESCRIPTION OF EQUIPMENT OUTLIERS (SIIEET 2 OF 4) Equipment Equipment Equipment Equipment Outtler Outher ID Number Class Description Location Deectfption Resolution Q f H2f E506-A 20 4.16-ky Sonnee water Potental interaccon from Restram overhead switchgear 1K intake structure overhead Eght hght local control panel el 188 ft-6 in. OfH2fE507 8 20 4.16-kv Service water Potental mteraction from Restrain overhead switchgear 1L intake structure overhead light light local control panel el 188 ft-6 in. QfH2fE527 8 20 Desel generator Diesel generator 1. Potental mteraction 1. Restrain 18 localcontrol buildmg el 155 ft from overhead hght overhead light panel 2. Inadequate 2. Modify anchorace. anchorage QfH22 LOO 2-A 20 Transfer relay Auxiliary building Panel not bolted to adjacent Bolt panel to cabinet 1 el 139 ft MCC. adjacent MCC. QfH22L503-8 20 Diesel local relay Diesel building Potential mteracton from Restrain overhead panel 1B el 155 ft overhead Eght light QfH23S5448-B 20 Desel generator Diesel generator Potentiaiinteracton from Restrain overhead room 18 HVAC building el 155 ft overhead light light LCS QfPf6V579-8 7 8 tram sennce Sennce water Potentalinteracton from Restram loose water minsfkw intake el 188 ft- loose cables. cables. 6 in QfRf fB503-A 4 LC transformer Diesel generator Potental bolt bending Resolved by 1R building el 155 ft concern. analysis. QfRf fB504-A 4 LC transformer Servee water Potental bolt bending Resolved by b) 1K intake el 188 ft-6 in concem. analysis. Q1R118505-8 4 LC transformer Sennce water Bolt spins under torque. Repa- bott. iL intake el 188 ft-6 in QfRf fB507-8 4 LC transformer Diesel generator Potential mteracton from Restrain locker. 1S building el 155 ft locker. OfRf5A503-A 3 4.16-kV Diesei generator Potental mteraction from Restrain overhead switchgear 1H building el 155 ft overhead light light , QfRfSA504-B 3 4.16-kV Desel generator Potental interacton from Restram ovemead ) switchgear 1J building el 155 ft overhead light nM nearby light and secure platform platform Q f Rf 5A505-A 3 4.16-kV Sennce water Potental mteraccon from Restrain overhead switchgear 1K intake el 188 ft- overhead light light 6 in QfRf5A506-B 3 4.16-kV Servee water Potential mteracton from Restrain overhead switchgear iL intake el 188 ft- overhead light light 6 in QfR16B006 A 2 600-V load center Auxiliary building No anchorage at rear of load Modify anchorage. i 1D el 139 ft center. i QfRf6B506-A 2 600-V load center Service water Potental interacton from Restrain overhead 1K/2K intake el 188 ft- overhead light anif loose light and cable. 6 in cable. OfRf 6B507-8 2 600 V load center Sennce water Potental interacton from Restrain overhead 1U2L intake el 188 ft- overhead light and cables in light and cables. 6 in. panel QfRf 68508-A 2 600-V load center Diesel generator 1. Potental interacton 1. Restrain 1R/2R building el 155 ft from overhead hght overhead light

2. Inadequate anchorage 2. Modify and load path anchorage O

K-5

  .   -. .       .-      .     -.~.- .                                       . _- =

1 APPENDIX K DESCRIPTION OF EQUIPMENT OUTLIERS

(SHEET 3 OF 4)

E7; a: Equipment W'; =t Equipment Ou wer Ounior ID Number CJean Deecripnon Locadon Deecrianon ' Reeotonen QfRf $8509 8 2 600-V load center Ommel generator 1. Potoneelmeeraccon 1. Restram 1S/2S buddog el 155 ft from overhead light overhead light and nearby cabinet. and cebmet.

2. IrW =to anchorage - 2. Modify and toed poth. anchorage QfRf 7800f A 1 MCC 1 A Auxdiary bundog inedequate anchorage Moddy anchorage el 139 ft QfRf18002-8 1 MCC18 Auxdeery buddog 1. W=8= anchorage 1. Moddy el 121 ft in roer of MCC. anchorage

2. Adjacent MCC boys 2. Connect and transformer not MCC boys and connected transformer QfRf 78005-A 1 MCC1U Auxiliary budding Adjacent pensi and MCC Connect panel to el 139 ft boys not adequately MCC boys.

connected Q1Rf 78009-8 1 MCC 1V Auxdiary buddog Adjacent MCC boys not Connect MCC el 139 ft m " d back to back. boys together QfRf 78504 A 1 MCC1K Service water Potennel bolt bendog Remotved by intake el 188 ft- concom, analyse 6 in. QfRf 78505-8 1 MCC1L Service water Polonnel bolt bendmg Resolved by intake el 188 ft- concem analysse. g 6 in. QfRf 78507 A 1 MCC1N Diesel generator tr=*=7 =to anchorage. Modefy building el 155 ft anchorage QfRf 78508-8 1 MCC 1P Donel generator tr=4=7=to anchorage. Modify anchorage buildino el 155 ft I QfRf 78509 A 1 MCC1S Dweel generator inadequate anchorego Modsfy anchorage buildina el 155 ft OfRf 785f 0-8 1 MCC1T Diesel generator 1. Potoneelmteracbon 1. Restram building el 155 ft from nearby cabnet. cabmet.

2. Inadequate anchorage 2. Modify anchorage Qf R30A5f f-B 3 4.16-kV Diesel budding Potenbal enteraccon from Restram cabmet.

I switchgear 1L el155 ft nearby cabmet. surge arrestor

QSHf fNGEPS2508.A8 20 Emergency power Auxdiary budding Potencel mteraccon from Restram overhood board el 155 ft overhead light. light.

QSH2fE525-A 20 Desel generator Diesel generator 1. Potenbalinteraccon 1. Restram 12A local building el 155 ft from overhead light. overhead light.

2. Bolte meseng at 2. Install cabmet support. meeng bolte.

3. Gape under panel. 3. Provide grout under panel.

QSN2 fE528-A 20 Desel generator Diesei generator 1. Potenbelinteracton 1. Restram d 1C local control building el155 ft from overhead light. overhead light. panel 2. Gape under 2. Provide grout pensi under penei.

Desel generator Desel generator 1. Potenbalenteraccon 1. Restram QSH22L502-A 20 relay panel 1-2A building el 155 ft from overhead light. overhead light.

2.' Missing anchor bolt. 2. Replace mesmo bolt. l l l K-6

        . . - . - .  ..                 - - - . - . . . _ _ . - .                                  -                                  . . . ~ .    .-            -.             .. .

i APPENDIX K DESCRIPTION OF EQUIPMENT OUTLIERS (SIIEET 4 OF 4) Equipment Equipment -% i-- at Equipment Out06er Ounior JD Number CJess Deecription Location Deecrianon Renoidsfon QSH22L504 A 20 Diesel generator Diesel generator 1. Potentalenteraccon 1, Restrain relay panel 1C building el 155 ft from overhead light. overhead light. 2.- Interaccon 2. Repeer from intemel cover cover on relays. on releys. QSH2JS644E-A 20 Dessel generator Diesel generator Potoneelinteractosi from Reetrain overhead room 1-2A HVAC budding el 155 ft overhood light. light. QSRf 78006 A 1 MCC 1F Auxilsery budding trW mte anchorage and Modify anchorage el 155 ft potental interschon from (top brace to well). adjacent well QSRf 78007-8 1 MCC1G Auxiliary building inedequate anchorage and Modify anchorage el 155 ft potentalinteraccon from (top brace to well). adjacent well. QSR428523A-A 15 125-V-DC service Sennce water Potonnal bolt bondsng Resolved by water budding Intake el 188 ft- concem analysis. battery No.1 6 in. QSR4285238-A 15 125 V-OC sonnce Service water Potencal bott bending Resolved by water budding intake el 188 ft- concom. analysm. bettery No. 2 6 in. QSR42852JC-8 15 125-V-DC sonnce Service water Potonnel bolt bending Resolved by water building intake el 188 ft- concom. analyssa. ' bettery No 3 6 in. QSR 42852JD-S 15 125-V-DC service Sennce water Potential bolt bending Resolved by water building intake el 188 ft- concem.. analysis bettery No. 4 6 in QSR4285288-A 16 Sennce water Sonnce water Potenbalinteracton from Restrain ledder budding bettery intake el 188 ft- ledder and cart and cart charger No. 2 6 in. (etandby) QSR43A50f-A 17 Diesel generator Diesel generator 1. Potoneelinteraccon 1. Reetraen 12A (skid) building el 155 ft from overheed light. overhead light.

2. Potentielinteracton 2. Secure hoset from hoist chain. chain.

QSR43A503 A 17 Diesel generator Diesel generator 1. Poteneelinteraccon 1. Reetraen ' 1C (skid) budding el 155 ft from overhood light. overhood light.

2. Potentialinteraccon 2. Secure host from hoist chain. chain.

QSR4JL001A.A 20 Diesel generator Desel generator Potenbalinteraccon from Restrain overhead 12A DC control building el 155 ft overhead light. light. PWR auto XFER SW (ATS) l QSR43L00 f C-A 20 Deeeel generator Diesel generator Potoneal enteraccon from Restrain overhead i 1C DC control building el 155 ft overhead light light. i PWR auto XFER (ATS) l l K-7 l

s Jack R. Benjamin & Associates. Inc. 'v- *vC ~ I T' Consulting Engine:rs r. E+  :- " LJ _v zm ,e) i

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i ."- U , June 20,1994 Mr. Keith D. Wooten Southern Company Services, Inc. Post Office Box 2625 Birmingham, AL 35202-2625

Reference:

Plant Farley Unit 1 Seismic Evaluation Peer Review JBA Project No. 191-020

Subject:

Plant Walkdown Status Report

Dear Keith:

This letter documents the results of my independent walkdown of Plant Farley Unit 1 (] V on June 16, 1994, and the status of the peer review (i.e., third-party audit) of the seismic investigations that are being conducting. Southern Company Services, Inc. (SCS) is performing a combined Unresolved Safety Issue (USI) A-46 and Individual Plant Examination of External Events (IPEEE) seismic review of Unit 1. It is my understanding that Plant Farley has been reclassified by the NRC as a Reduced Scope plant for the IPEEE seismic review. This reclassification assumes that the dynamic analysis for surface-mounted structures will reflect amplification of motion through the soil. At the time of the walkdown you provided me with a copy of the Farley Unit 1 SSEL which was sorted by building, elevation and room number. Also, you gave me a copy of the outlier list and the following report:

              " Guidelines for Preparation and Revision of A-46/IPEEE Walkdown Packages for Farley Nuclear Plant," Revision 1, dated May 19,1994 This document is being used by the seismic review team and the seismic capability engineers in their work.

Because Unit 1 is being reviewed as a Reduced-Scope plant no additional relay evaluation outside of the A-46 review is being conducted for IPEEE. Also, no soils evaluation is being performed. The review of the cable trays for both A-46 and IPEEE will be conducted in the near future. The bases for your review are similar to the summary I p made for Unit 2 in my letter of January 10,1994 to you. b

l l l Mr. Keith D. Wooten 4 June 20,1994 'v Page 2 ) I i 1 I have no comments on the safe-shutdown equipment list since I have no expertise in this area. The rest of the information you provided appears to be reasonable. I would i appreciate the opportunity to look at the report that documents the analysis for the new IRS when it has been finished. During the peer-review walkdown equipment in the following areas for Unit I were inspected: o Control Room

• Auxiliary Building
• Diesel Generator Building We did not visit the Service Water Pump IIouse since the walkdown conducted in November, 1993 adequately addressed the components necessary for the safe operation of both units.

Included in the detailed inspection were the control room ceiling, lights, various g electrical cabinets, piping, valves, cable trays and conduits, batteries and racks, heat

 / exchanger, room coolers, and block walls.

The primary objective of the peer review walkdown was to determine if the Seismic Review Team (SRT) has properly evaluated the seismic adequacy of the equipment in the success paths. A secondary objective was to determine if the intent of both review programs has been met by the combined review. Screening for the A-46 review by the SRT also addressed the equipment in the IPEEE review (except for those items that are not considered in the GIP). Thus, a combined review was conducted by the SRT for most of the success path equipment. One area that I need to review is the basis for screening stmetures and other elements that are outside the scope of the GIP but within the scope of the IPEEE review. 4 To meet these objectives example equipment items were inspected during the peer i review walkdown and discussed with members of the SRT. I walked down Unit I with l Keith Wooten, Don Moore, and Larry Posey of SCS. At the time the peer review walkdown l was conducted Unit I had been previously walked down by the SRT and outliers identified. These outliers are currently being investigated by SCS to determine resolution of the concems identified by the SRT. A list of all outliers had been prepared by the SRT and was l used, along with the SSEL list, during the peer review walkdown.  ! My general impression of Plant Farley Unit 1 is that it is seismically rugged and that { the SRT has done an excellent job in identifying outlier concerns. O j l I

Mr. Keith D. Wooten O June 20,1994 Page 3 After the peer review walkdown was completed I reviewed several calculation files to determine the methods used and the bases for establishing the anchorage capacities. The files for the following components were reviewed: MOV for LIISI to RCS Cold Leg (QlEllMOV8888B-B) MCC for Diesel Generator 1B (Q1R43G510-B) Local Control Panel for Diesel Generator IB (Q1H21E527-B) 600 V Load Center 1R/2R (QlR16B508-A) Several of the calculations are not complete at this time. I would appreciate receiving copies of the files for these four components after the work is finished. At that time I will finish the review of the calculations. It is my understanding that we will meet in Birmingham in September 1994 to discuss the final outlier resolution. Then I will review the basis for screening of structures and other elements not covered by the GIP. Please call me If you have any questions or need clarification of my review to date. Very (mly yours, Jchn W. Reed Associate JWR: sic O

p.s Jack R. Benjomin & Associofes. Inc. r */cc;- Lj) l Consulting Engineers .- g; m April 3,1995 Mr. Keith D. Wooten Southern Company Services, Inc. Post Office Box 2625 Birmingham, AL 35202-2625

Reference:

Farley Nuclear Plant Units 1 and 2 Seismic Evaluation Peer Review JBA Project No. 191-020

Subject:

Final Peer Review Report

Dear Keith:

(] 'O This letter documents the final results of my independent peer review of the Joseph M. Farley Nuclear Plant NRC Individual Plant Examination for External Events (IPEEE) Seismic Report - Units 1 and 2, and the Unresolved Safety Issue (USI) A-46 Summary Report - Un t 1. In November,1993 I performed a walkdown of Unit 2 and in June,1994 I preformed a walkdown of Unit 1. The results of my reviews based on those walkdowns are documented in my letters to you dated January 10,1994 and June 20,1994 for Units 2 and 1, respectively. In September,1994 I met with you and the seismic project team in Birmingham, AL to discuss the status of your work that was essentially finished at that time. You discussed with me the evaluations for the 6 items that I was tracking for Unit 2 and the 4 items for Unit 1. I agreed that the analyses you had performed were appropriate, and I found no problems with the material that your presented. I have now read the draft final project reports that your sent me on March 3,1995, and I have discussed my comments with you by telephone. All of iny comments were l editorial in nature and do not impact on the technical quality of the work. As I stated m my j previous letters I have no technical comments on the safe-shutdown equipment list since I  ! have no expertise in this area. l p) L Plant Farley performed a reduced-scope Seismic Margin Assessment for the resolution I

                                                                                                     \

l Mr. Keith D. Wooten I

   ,    . April 3,1995 Page 2                                                                                         <

l l of the seismic portion the IPEEE program.- I agree with the results presented in the draft  : IPEEE report and concur that the plant satisfies the IPEEE request for information. In  ! regards to the USI A-46 Review for Unit 1, I agree that you satisfy the requirements as  ; given in the Seismic Qualification Utility Group Generic Implementation Procedure. I I am impressed with the quality of your careful walkdown and subsequent evaluation. I appreciate your cooperation in providing me the materials that I requested and allowing me to perform my peer review at appropriate times during the course of your work. Please call me if you have any questions or need clarification of my review. Very truly yours, j John W. Reed V Associate A JWR: sic g -O 1 l

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