NMP-1 USI A-46 Seismic Evaluation Rept.' · 2017. 6. 30. · NMP-1consists ofa single unit, 610MW boiling water reactor located along the south shore ofLake Ontario, in Scriba, NY

ATTACHMENT t

IA-46 SEISMIC EVALUATION

REPORT FOR NMP1

96031,40279 96031.1PDR ADOCK 05000220

I p PDR

NIAGARAMOHAWK NUCLEARENGINEERING

NUCLEARKNGINKKRIlYGREPORT

TITLE: NINE MILEPOINT UNIT 1

USI A-46 SEISMIC EVALUATIONREPORT

REPORT NO: NER-1S-012 REVISION NO: 0

PREPARED BY: MPR Associates Date: November 1995

REVIEWED BY:Carmen R. AgostaStructural Engineer, Unit 1

Date: Z Z4

APPROVED BY:Mohammed F. Alvi, SupervisorCiviVStructural, Unit 1

1

Nine Mile Point Unit i

USI A-46 Seismic Evaluation Report

MPR-'t 600Revision 0

November 1995

Principal Contributors

C. S. SchlasemanD. R. McGowan

Prepared for

Niagara Mohawk Power CorporationNine Mile Point Nuclear Station Unit 1

PO Box 63Lycoming, NY 13093

Carmen R. Agosta

CONTENTS

~Secti n

l. INTRODUCTION

1.1 Purpose

1.2 Plant Description

1.3 Background

1.4 Report Organization

2. SAFE SHUTDOWN EARTHQUAKE

2.1 Ground Response Spectra

2.2 In-Structure Response Spectra

3. PROJECT TEAM

4. SAFE SHUTDOWN EQUIPMENT LIST (SSEL)

4.1 Safe Shutdown Path Selection

4.1.1 Safe Shutdown Systems4.1.2 Supporting Systems

4.2 Operations Department Review of SSEL

4.3 Safe Shutdown Equipment List and Subsets

5. MECHANICALAND ELECTRICAL EQUIPMENT REVIEW

5.1 Summary of Review

~Pa e

1-2

2-1

2-1

3-1

4-1

4-14-4

4-7

4-7

5-1

5.1.15.1.25.1.35.1.4

Seismic Capacity vs. DemandEquipment Class DescriptionsEquipment AnchorageSeismic Interaction

5-15-25-45-4

CONTENTS (Continued)

$eg~in

5.2 Instances of Intent but Not Letter of Caveat Met

~Pa e

5-4

11. REFERENCES

APPENDIX A

APPENDIX B

APPENDIX C

APPENDIX D

APPENDIX E

Rbsum& for Seismic Capability Engineers

Composite Safe Shutdown Equipment List (SSEL)

Seismic Review Safe Shutdown Equipment List (SSEL)

Screening Verification Data Sheets (SVDS)

Third-Party Audit Report

5.3 Summary of Outliers

6. TANKAND HEAT EXCHANGER REVIEW

6.1 Summary of Review

6.2 Summary of Outliers

7. CABLE AND CONDUIT RACEWAY REVIEW

7.1 Summary of Raceway Review

7.2 Evaluation of Bounding Samples

7.3 Summary of Outliers.

8. PLAN FOR ADDRESSING UNRESOLVED OUTLIERS

9. SIGNIFICANTOR PROGRAMMATIC DEVIATIONSFROM THE GIP (10. THIRD-PARTY AUDITSUMMARY

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6-1

6-1

7-1

7-1

7-2

8-1

9-1

10-1

TABLES

~Tie4-1 List of Procedures Used for Safe Shutdown Equipment List Review

5-1 Response Spectrum Exceedances for Building ElevationsContaining SSEL Equipment

5-2 Intent but Not Letter of Caveat Summary

5-3 Equipment Outlier Description and Resolution Summary

6-1 Tank and Heat Exchanger Outlier Description and Resolution Summary

7-1 Raceway Outlier Description and Resolution Summary

Laae

4-8

5-5

5-6

5-7

6-2

7-3

FIGUEUN

Pii;ure

2-1 Comparison of SSRAP Bounding Spectrum with NMP-1 Safe ShutdownEarthquake Spectrum

P~ae

2-3

Section 1

INTRODUCTION

1.1 PURPOSE

The purpose of this report is to document the seismic evaluations performed to addressUnresolved Safety Issue (USI) A-46 at Nine Mile Point Unit 1 (NMP-1), using the GenericImplementation Procedure (GIP) by the Seismic Qualification UtilityGroup (SQUG). Therelay evaluations are documented in a separate report.

1.2 PLANT DESCRIPTION

NMP-1 consists of a single unit, 610MW boiling water reactor located along the south shoreof Lake Ontario, in Scriba, NY. The plant was designed by General Electric (NSSS) andNiagara Mohawk Power Corporation (NMPC) (balance of plant), was constructed by Stone& Webster, and began commercial operation in 1969. NMP-1 is owned and operated byNMPC.

1.3 BACKGROUND

Because of the extent of the changes in the requirements for seismic qualification ofequipment over the years, the U.S. Nuclear Regulatory Commission (NRC) initiated USI A-46, "Seismic Qualification of Equipment in Operating Nuclear Plants," in December 1980.The purpose of USI A-46 is to verify the seismic adequacy of essential equipment inoperating plants which had not been qualified in accordance with more recent criteria.

In 1982, SQUG was formed to develop a practical approach for seismic qualification ofequipment in operating plants. The approach developed by SQUG was to use experiencewith the performance of power plant and industrial equipment in actual earthquakes as theprimary basis for evaluating the seismic ruggedness and functionality of essential equipmentin nuclear power plants. In 1983, the NRC issued NUREG 1018 which includes a generalendorsement of the use of experience data for verification of the seismic adequacy ofequipment in nuclear plants.

In early 1987, the NRC issued Generic Letter (GL) 87-02 to owners of operating nuclearplants which were licensed prior to development of modern seismic qualification standards.The recipients of GL 87-02 are referred to as A-46 plants and include NMP-l. Essentially,all owners of A-46 plants, including NMPC, are SQUG members. GL 87-02 requiresowners to take action to verify the seismic adequacy of important equipment in their plants.The SQUG approach embodied in the GIP is explicitly recognized by the NRC as thepreferred method for accomplishing this objective.

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In 1992, the NRC issued Supplement No. 1 to GL 87-02 tReference 2] which transmittedSupplemental Safety Evaluation Report No. 2 on SQUG GIP, Revision 2, as corrected onFebruary 14, 1992 tReference 1]. References 1 and 2 are the basis for the seismicevaluations described in this report.

In References 4 and 5, NMPC described their approach for resolving USI A-46. Thisapproach was accepted by the NRC in References 6 and 7.

1.4 REPORT ORGANIZATION

The remaining sections of this report are organized in accordance with Section II.9.4 of theGIP [Reference 1]. These sections include the following:

~ Section 2, "Safe Shutdown Earthquake" —The NMP-1 Ground Response Spectra (GRS)and In-Structure Response Spectra (IRS) are described. The bases for determining howseismic demand is determined for each equipment are provided in Section 5, anddocumented on the SVDS forms in Appendix D of this report.

~ Section 3, "Project Team" —The NMPC project team is discussed. Rbsumbs for SCEsare included in Appendix A of this report.

~ Section 4, "Safe Shutdown Equipment List (SSEL)"—This section contains informationfrom the SSEL report recommended for submittal to the NRC, per Section II.9.2 of theGIP. The safe shutdown path selection and NMPC Operations Department review of theSSEL are discussed. Lists of equipment on the Composite SSEL and Seismic ReviewSSEL are included in Appendices B and C of this report. The list of equipment includedon the Relay Review SSEL is included in the Relay Report [Reference 3].

~ Section 5, "Mechanical and Electrical Equipment Review"—Screening Verification andWalkdown results for mechanical and electrical equipment are discussed, in addition tothe SVDS forms provided in Appendix D. Instances in which the intent of a caveat ismet without meeting the specific wording of the caveat rule are identified. A summaryof outliers and their resolution is provided.

~ Section 6, "Tank and Heat Exchanger Review"—Results of the tanks and heatexchangers review are discussed. A summary of outliers and their resolution isprovided.

~ Section 7, "Cable and Conduit Raceway Review"—Results of the raceway review,including bounding samples and outliers, are summarized..

~ Section 8, "Plan for Addressing Unresolved Outliers"—The plan and schedule foraddressing remaining unresolved outliers are discussed.

~ Section 9, "Significant or Programmatic Deviations from the GIP"—A statement is madethat no significant or programmatic deviations from the GIP are made at NMP-1. The

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minor exception to the GIP noted in NMPC's September 18, 1992 letter to the NRC[Reference 4] is discussed in Section 4.1.1 of this report, "Safe Shutdown Systems."

~ Section 10, "Third-Party Audit Summary" —The Third-Party Audit is summarized. TheAudit report is included in Appendix E.

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Section 2

SAFE SHUTDOWN EARTHQUAKE

2.1 GROUND RESPONSE SPECTRUM

The original design of Nine Mile Point Unit 1 (NMP-1) is based on a statistical evaluation ofthe seismic history of the plant's location which indicated that only insignificant groundmotion would be experienced at the site. As part of the NMP-1 seismic re-evaluationprogram, an upgraded design basis ground response spectrum (GRS) was developed for aSafe Shutdown Earthquake (SSE).

The new GRS, developed by Dames and Moore in 1984, was based on a probabilisticassessment of the frequency of exceedance of various ground acceleration, velocity, andresponse spectrum levels at the NMP-1 site. The Dames and Moore study utilized theprocedures documented by Tera Corporation (1980) in the report of work for LawrenceLivermore National Laboratory and the Probabilistic Risk Assessment Guide (AmericanNuclear Society, 1981) and relied on the expertise of Dames and Moore, a wide range ofexpert opinion summarized by Bernreuter, et al. (1984), and other studies of easternseismicity, including those by Hadley and Devine (1974), and Tera Corporation (1980).Earthquake catalogs of Chiburis (1981) and the U.S. Geoseismic Services were also used.

Dr. Lynn R. Sykes (Lamont-Doherty Geological Laboratory) and Mr. James McWhorter(Dames and Moore) delineated seismogenic zones and their credibility, and estimated theirparameters.

The selected ground motion is the 5% damped spectrum anchored at a Peak GroundAcceleration (PGA) of 0.13g, as shown in Figure 2-1.

2.2 IN-STRUCTURE RESPONSE SPECTRA

The NMP-1 in-structure response spectra (IRS) were developed using the time historymethod based on three-dimensional building models. The motions in the three directionswere applied simultaneously. The three components of the earthquake were combinedexactly.

The time history generation process involves, in general, the following steps:

~ Make an initial guess of the power spectrum from the response spectrum

~ Synthesize the time history based on the power spectrum and random phase angles

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~ Compute the response spectrum from the time history

~ Adjust the power spectrum based on the comparison response spectra

~ Iterate on the previous steps until convergence

The four sets of time histories were generated from the new GRS using all eight dampingcurves in NUREG/CR-0098. The damping values used are 0.5%, 1%, 2%, 3%, 5%, 7%,10%, and 20%. The time histories envelope all damping curves simultaneously. Since theresponse spectra curves specified were not necessarily consistent, different damping curvestend to govern the power in different frequency bands, and the resulting time histories arequite conservative.

Two Niagara Mohawk Power Corporation (NMPC) letters [References 4 and 5] inform theUSNRC that the IRS as described above would be used for the A-46 Program. The firstletter includes a description and plots of the IRS. In their response to NMPC [Reference 7],the USNRC defines the.NMPC IRS as "realistic, median-centered" per GIP Section II.4.2[Reference 1].

2-2

Figure 2-1Comparison of SSRAP Bounding Spectrum

With NMP-1 Safe Shutdown Earthquake Spectrum

0.9

0.8

Spectral Acceleration (g)

-::;:::Five'::::Peice'nI.:':.Dampirig

0.7

0.6

0.5—

~ ~ ~

SSRAP Bounding Spectrum <1)

0.4

0.3

0.2

NMP-1 SSE:

0.1

00 10 15 20 25

Frequency (Hz)

30 35 40

1. SSRAP Bounding Spectrum is discussed in Section 4 of the GIP.

Section 3

PROJECT TEAM

The reviews of the seismic adequacy of several mechanical and electrical equipment items on theNMP-1 Safe Shutdown Equipment List (SSEL) were originally conducted during the SQUG pilotplant walkdowns in February 1988 [see Reference 8]. These walkdowns were performed bySeismic Review Teams (SRTs) consisting ofNMPC and other utilitypersonnel and contractors.In April 1989, a supplementary walkdown was conducted by three ofthe Seismic CapabilityEngineers (SCEs) involved in the pilot walkdowns.

In accordance with NMPC's commitment to use Revision 2 ofthe GIP [Reference 4], furtherwalkdowns were performed in 1993, 1994, and 1995. The majority ofthese "final"walkdownswere conducted by an SRT consisting ofC. Agosta (NMPC) and W. Djordjevic (Stevenson Ec

Associates), both ofwhom are SCEs and licensed professional engineers. Additional "final"walkdowns were performed by C. Agosta and C. Schiaseman (MPR Associates), who is also an

SCE and licensed professional engineer, and by C. Agosta and two other NMPC SCEs, A. Patwaand M.F. Alvi,both ofwhom are SCEs and licensed professional engineers. Resumes for all fiveSCEs are included in Appendix A.

Dr. Robert P. Kennedy ofStrucutral Mechanics Consulting, Inc., served as Third-Party Auditorfor the "final"walkdowns, i.e., those conducted in accordance with Revision 2 of the GIP. Dr.Kennedy was Chairman of the Senior Seismic Review and Advisory Panel (SSRAP), jointlyadvising both nuclear power utilities and the U.S. NRC on issues relating to seismic ruggedness ofexisting nuclear power plants. He is a consultant on seismic evaluation and design for more than50 nuclear facilities throughout the world.

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Section 4

SAFE SHUTDOWN EQUIPMENT LIST (SSEL)

The NMP1 Safe Shutdown Equipment List (SSEL) was prepared in accordance with SectionII.3 and Appendix A of the GIP tReference 1].

4.1 SAFE SHUTDOWN PATH SELECTION

4.1.1 Safe hutdown em

The following sections describe the safe shutdown systems and main operating proceduresteps necessary to meet USI A-46 requirements. The four basic functions of reactivitycontrol, pressure control, inventory control, and decay heat removal are covered. Eachsection describes the plant systems and main operator actions that are used to accomplishthese safe shutdown functions.

R~ii I R 'ill I I II& lgd C IRdD'~

~

~

~

~ ~

~ ~

~

~

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(CRD) System. Control rod insertion (scram) is initiated by either an automatic ReactorProtection System trip or from an operator-initiated manual trip.

The CRD hydraulic control system includes a high-pressure nitrogen and water accumulator,common master scram valves, and their corresponding pilot valves for each one of the 129control rods. The scram discharge header is used for all the individual CRD hydrauliccontrol units.

Each CRD mechanism has its own accumulator, common master scram valves, and pilotvalves. Thus, only one drive can be affected by a single, random failure. Reactivity canstill be controlled following this single, random failure since the core is designed to remainsubcritical with the rod of highest worth fullywithdrawn, assuming all operable rods arefully inserted. Sensors used to initiate high reactor pressure or low reactor water levelreactor scrams are also included in the SSEL.

Instrumentation used to monitor reactor reactivity for NMP-1 is not identified as a part of theresolution of USI A-46. Instead, the neutron monitoring system used at NMP-1 is evaluatedas a part of the generic program to comply with Regulatory Guide (RG) 1.97, Revision 2,"Instrumentation for Light-Water-Cooled Nuclear Power Plants to Assess Plant and EnvironsConditions During and Following an Accident." The NRC's letter to Niagara Mohawk datedNovember 19, 1986, and its enclosed Safety Evaluation Report (SER), were both related toconformance with RG 1.97. The NRC letter and SER accepted interim use of the existingneutron monitoring system at NMP-1 until an acceptable alternative was developed.

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The Boiling Water Reactor Owner's Group submitted NEDO-31558, "Position on NRCRegulatory Guide 1.97, Revision 3, Requirements for Post-Accident Neutron MonitoringSystem". NEDO-31558 proposed alternative criteria for neutron flux monitoringinstrumentation in lieu of the Category 1 criteria stated in RG 1.97.

The staff completed its review of NEDO-31558, and by letter dated January 13, 1993, to theBoiling Water Reactor Owner's Group, issued a safety evaluation report. The safetyevaluation report concluded that for current Boiling Water Reactor operating licensees, thecriteria of NEDO-31558 are acceptable. This position was accepted by the NRC.

The NEDO-31558 document states equipment seismic qualification is not required [Reference9].

Re r C plant Pi ir ntr 1. The Electromatic Relief Valves (ERVs) were identifiedas the primary means to control Reactor Coolant System (RCS) pressure because they permitrapid depressurization of the RCS allowing use of the low-pressure Core Spray andContainment Spray Systems for inventory control and decay heat removal, respectively.

Each of two main steam lines has three ERVs installed between the flow restrictors and MainSteam Isolation Valves (MSIVs). Any three of the six ERVs are sufficient to depressurizethe RCS. The valves are actuated by the Automatic Depressurization System (ADS), ormanually from the control room. The instrumentation used to monitor the RCS pressure isincluded in the SSEL.

Although the Emergency Cooling System (ECS) is the normal and preferred method forachieving safe shutdown from an operational viewpoint, for A-46 resolution it is designatedas an additional, optional system for RCS pressure control and decay heat removal because itfalls short of GIP requirements in two areas:

~ A single failure of an ERV to reseat would render the ECS ineffective,

~ There is about 48 hours of make-up water for the emergency condensers in the make-uptanks and condensate storage tanks, but the GIP requires 72 hours of operation. Adiesel-driven fire pump and a motor-driven fire pump are available for make-up.

The ECS has two independent trains, each containing two emergency condensers. Trainscould be in operation to provide sufficient capacity for pressure control and decay heatremoval following a reactor isolation at fullpower. The trains are placed in operation byopening the emergency condenser condensate return isolation valves (39-05 and 39-06).

The ECS operates by natural circulation. Steam rises from the reactor vessel to the tube sideof the condensers, where it is condensed by boiling the shell-side condenser water. As thetube-side steam is condensed, it returns by gravity flow to the suction line of the reactorcoolant recirculating pump and, thus, to the reactor. The steam that is generated on the shellside of the condenser is vented to the atmosphere. The system is normally in stand-by and isactuated by high reactor pressure or low-low reactor water level with a 12 second delay.

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0

The shell side of each condenser loop contains approximately 21,000 gallons of water(minimum of 10,680 gallons in each condenser). Makeup water to the condensers can begravity-fed from the two elevated 40,000-gallon makeup water storage tanks. This providesabout 8 hours of continuous operation. Additional water can be supplied to the makeup tanksthrough the Condensate Transfer System from the two 200,000-gallon condensate storagetanks. The makeup tanks, emergency condensers, and condensate storage tanks together canprovide water for approximately 48 hours of continuous operation.

The following process variables are monitored by SSEL equipment for the ECS: theemergency condensers'hell-side levels, the makeup water storage tanks'evels, and thecondensate storage tanks'evels.

R ct r Co 1 n In n n r 1. The Reactor Coolant System (RCS) inventory iscontrolled at low pressure using the Core Spray System. The Core Spray System consists oftwo independent, automatically-actuated, full capacity loops. Each core spray loop consistsof two 100% capacity pump sets (a pump and a topping pump per set). Each pump set hassufficient capacity to cool the core fuel assemblies in case of a small or large break LOCA'.The system is normally in standby and is automatically actuated by high drywell pressure orlow-low reactor water level. However, the core spray system can also be manually initiatedto maintain reactor vessel level.

The Control Rod Drive (CRD) hydraulic system can be used to deliver makeup to the RCSwhile the plant is at high pressure and thereby control RCS inventory. There are two 100percent capacity CRD hydraulic system trains, each including a horizontal, multi-stagecentrifugal pump capable of delivering 50 gpm of makeup flow. Suction for each CRDpump is from the two 200,000-gallon condensate storage tanks.

Since the CRD Hydraulic System has limited pumping capacity, it is necessary to minimizeleakage from the reactor coolant system. One potential leak site from which significantreactor coolant can be lost is through the recirculation pump seals. These seals are cooled bythe Reactor Building Closed Loop Cooling System which in turn is cooled by the ServiceWater or Emergency Service Water System. Because these two supporting systems areincluded in the SSEL, this potential leakage path is not a concern.

Air-operated valves 44-149 and 44-151 will fail close upon loss of station air, and the stationair system is not included in the SSEL. Therefore, the filter bypass line has been identifiedas the delivery path from the CRD hydraulic system to the reactor vessel. In order for thisline to be used, isolation valve 28-18 willhave to be opened manually by an operator.

The following process variables are monitored by SSEL equipment when controlling RCSinventory with the CRD hydraulic system: reactor vessel water level and the condensatestorage tanks'evels.

'This statement is for illustrative purpose. A LOCA is assumed not to occur simultaneouslywith a seismic event.

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Deca H t Removal. The Containment Spray System was chosen as the primary system tosatisfy the safe shutdown requirements for the decay heat removal function. The EmergencyCooling System (described in "Reactor Coolant Pressure Control") was identified as anoptional high-pressure method to remove decay heat.

There are two separate and independent Containment Spray Systems, each having two 100percent capacity pumps. Loops 111 and 112 are considered to be the primary (Train 1)containment spray trains. Loops 121 and 122 are considered to be the secondary (Train 2)containment spray trains. Water for the Containment Spray System is pumped from thesuppression chamber, through a heat exchanger, and back to the suppression chamberthrough the main spray line or a bypass test line.

Raw cooling water is the cooling fluid for the containment spray heat exchanger. The rawwater is taken directly from the main intake tunnel and supplied by the Containment SprayRaw Water (CSRW) system, which consists of a pump, strainer, valves, and instrumentation.The CSRW System is considered to be a support system for the Containment Spray System.

The CSRW System supplies cooling water to the containment spray heat exchangers viadedicated raw water pumps. There are four 100 percent capacity CSRW trains. The CSRWpumps are six-stage, vertical, centrifugal pumps that are run from the emergency dieselgenerator powerboards (¹102 and ¹103). The pumps take suction from the condensercirculating water intake tunnel. The raw water passes through the containment spray heatexchangers and motor-operated blocking valves, before being released to the dischargemanifold.

The following process variables are monitored by SSEL equipment for decay heat removalwith the Containment Spray System: the RCS temperature and suppression chambertemperature.

u in em

The following sections describe the supporting systems necessary to ensure that the basic safeshutdown functions described above willbe achieved. These systems do not directly performa safe shutdown function, but must operate in order to support the safe shutdown systems.

Electrical Di ri ution. Upon loss of offsite power, the diesel generators automaticallystart. Diesel generator 102 (EDG102) provides power to powerboard 102 and dieselgenerator 103 (EDG103) provides power to powerboard 103. Powerboards 102 and 103provide 4160V power to vital pumps, control logic channels, and powerboards 16 and 17,respectively. In turn, powerboards 16 and 17 provide 600V power to other vital pumps,battery chargers, RPS power, the station computer, and other powerboards.

The DC electrical system provides normal and emergency onsite power to instrumentationand control buses, reactor protection system buses, nuclear instrumentation buses, andemergency lighting panels. The DC electrical system consists of a 125V system and a 24Vsystem.

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The safety-related 125VDC system consists of two batteries (BATT11 and BATT12), twostatic battery chargers, and two distribution boards (BB11 and BB12) in separate,independent trains. The static chargers convert AC power from the Emergency AC PowerBoards (supplied by diesel generators) directly into DC power. The 125VDC systemprovides power to the DC valve boards, starting power for emergency diesels, DC electricalcontrol boards, remote shutdown panels, breaker control for various 4160V powerboards,etc.

The 24VDC electrical system consists of two 48VDC (center tapped) batteries and four24VDC battery chargers. The 24VDC batteries provide power to four nuclearinstrumentation buses.

R c r B ildin l ed o lin em. The Reactor Building Closed LoopCooling (RBCLC) System supports the control room HVAC system by supplying coolingwater to the control room HVAC chillers. It also supplies water to the non-safety relateddrywell air coolers, and various reactor auxiliary systems and components. Three RBCLCpumps are used to circulate water through the system, two normally in service and one instandby. Water discharged through the pumps then passes through the shell side of any ofthe three RBCLC heat exchangers in service. The RBCLC water is cooled by water fromthe Emergency Service Water or Service Water System, which passes through the tube sideof these heat exchangers. The RBCLC water is then supplied to the six drywell air coolerheat exchangers. These heat exchangers provide cooling of the air inside the drywell.Additionally, unrelated to HVAC and other BOP systems, the RBCLC system providescooling water to the recirculation pump seal coolers. This cools the seals to protect againstreactor coolant leakage.

.ThS i WSyp id* ling f bhhRBCLCdTBCLC System heat exchangers. The Emergency Service Water System only suppliesessential cooling water to the Reactor Building sections of the system, including the RBCLCheat exchangers. There are two emergency service water pumps arranged in parallel whichtake water from the intake forebay in the screen house. Service water then passes throughthe tube side of the three RBCLC heat exchangers before entering the service waterdischarge header.

Allactive RBCLC equipment and emergency service water equipment necessary to supportthe operation of the RBCLC heat exchangers are listed in the SSEL. However, passiveequipment (e.g., redundant heat exchangers) which is used only as a system boundary wasnot included in the SSEL. It was assumed that sufficient time would exist for operators toisolate any such equipment whose pressure integrity fails.

Di el ne t r u o, The two emergency diesel generator units and their auxiliarysystems fulfilla supporting function for the ERVs, the Core Spray System, the ContainmentSpray System, and the supporting and optional systems. The diesel generators provideelectrical power for motor-operated emergency equipment in the event that off-site power islost. Each diesel generator provides power to an emergency bus (102 for EDG102 and 103for EDG103).

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When needed, the diesel engines are started with their air start systems. Each air startsystem consists of five air receivers, which supply high-pressure air to the diesel air-startmotors. DC power is used to start air flow to the diesels.

Fuel for the diesel engines is supplied by the fuel oil handling and storage system. There isa 400-gallon, built-in day tank, a 12,000-gallon underground storage tank, a transfer pump,and an automatic level control system for each diesel engine. Diesel engine power is usedfor the fuel handling systems.

The engine cooling system is a closed cooling water system which surrenders the heat to heatexchangers cooled by the Diesel Generator Cooling Water System. There are two heatexchangers and one cooling water pump per diesel generator. Diesel engine power is usedfor the cooling water systems.

Each EDG room has two fans and,a roll-up door to provide ventilation for the diesel engine.

HVAC. Portions of the NMP-1 heating, ventilation and air conditioning (HVAC) systemsare included in the SSEL. These systems support other safe shutdown equipment by coolingelectronic and mechanical components during the 72 hours following a safe shutdown. Theportions of the plant HVAC systems included in the SSEL are: the Control Room HVACSystem, the non-safety related drywell air coolers, and the Reactor Building EmergencyExhaust System.

The Control Room HVAC System is a supporting system for the other safe shutdownsystems because it prevents the control room area from becoming excessively warm, whichcould have an adverse effect on the performance of both operators and electronics. Thereare two control room emergency vent fans arranged in parallel which draw in outside air.The air then passes through two cooling coils arranged in series. After the air is cooled, itenters the control room circulation fan and is delivered to the control room area. Thecontrol room circulation fan is equipped with a spare motor for increased reliability. Thetwo cooling coils are supplied with chilled water by two chiller units and two chilled watercirculation pumps. The chiller units give up heat to the RBCLC system.

There are six drywell air coolers used for cooling drywell equipment. The drywell aircoolers have fans which force air over a heat exchanger. The heat exchanger is cooled bywater from the RBCLC system.

The Reactor Building Emergency Exhaust System is designed to filter radioactivecontaminants out of reactor building air before exhausting it to the atmosphere. Because thissystem can be operated with power from the emergency diesels, it has been included on thesafe shutdown equipment list as a method to provide cooling to reactor building equipment.The normal reactor building ventilation system was not included on the safe shutdownequipment list because it is not connected to the diesel generators.

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The Reactor Building Emergency Exhaust System consists of two 1600 cfm fans arranged inparallel. These fans force air from the reactor building through filters before exhausting it tothe stack.

Ventilation for the battery room is provided by the turbine building HVAC system. Theturbine building HVAC, however, is not included in the safe SSEL because it is not poweredfrom an emergency bus. The effect of battery room temperature on battery performance isnot a concern because it is assumed that at least one diesel willoperate. This has beenresolved by calculation S10-H,GAS-HV01-01 (refer to NRC IR 92-19, page 3).

4.2 OPERATIONS DEPARTMENT REVIEW OF SSEL

NMP-1 Operations Department has reviewed the Safe Shutdown Equipment List (SSEL)necessary to meet USI A-46 requirements. Comments made during the review process onshutdown systems and operating procedures credited with coping with a seismic event havebeen resolved and incorporated. Operations agrees that the four basic functions of reactivitycontrol, pressure control, inventory control, and decay heat removal can be accomplished asdescribed in this report.

4.3 SAFE SHUTDOWN EQUIPMENT LIST AND SUBSETS

Printouts of the SSEL database are included in Appendices B and C. Appendix B is a

~

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~printout of the Composite SSEL, which includes equipment requiring Seismic Reviews andRelay Reviews. Appendix C contains the Seismic Review SSEL.

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Table 4-1

List of Procedures Used for Safe Shutdown Equipment List Review

e in Procedure

N1-OP-1Nl-OP-2N1-OP-5N1-OP-8N1-OP-10N1-OP-11N1-OP-13N1-OP-14N1-OP-18N1-OP-20Nl-OP-30N1-OP-33AN1-OP-33BN1-OP-40N1-OP-45Nl-OP-47AN1-OP-47BN1-OP-49

Nuclear Steam Supply SystemCore Spray SystemControl Rod Drive SystemPrimary Containment Area Cooling SystemReactor Building Heating Cooling and Ventilation SystemReactor Building Closed Loop Cooling SystemEmergency Cooling SystemContainment Spray SystemService Water SystemService, Instrument, and Breathing Air Systems4.16KV, 600V, and 480V House Service115KV System345KV SystemReactor Protection and ATWS SystemEmergency Diesel Generators125VDC Power System24VDC Power SystemControl Room Ventilation System

Emer enc e tin Pr ced re

N1-EOP-2N1-EOP-4N1-EOP-8

RPV ControlPrimary Containment ControlEmergency RPV Depressurization

in Proced re

N1-SOP-1N1-SOP-5N1-SOP-6N1-SOP-11N1-SOP-17

Reactor ScramLoss of 115KVInstrument AirFailureEarthquakeVessel/Containment Isolation

4-8

Section 5

MECHANICALAND ELECTRICALEQUIPMENT REVIEW

5.1 SUIVPd'ARY OF REVIEW

The reviews of the seismic adequacy of several mechanical and electrical equipment items onthe NMP-1 Safe Shutdown Equipment List (SSEL) were originally conducted during the

SQUG pilot plant walkdowns in February 1988. These walkdowns were performed inaccordance with Revision 1 of the Generic Implementation Procedure (GIP), and aredocumented in Reference 8. In April 1989, a supplementary walkdown was conducted bythree of the Seismic Capability Engineers (SCEs) involved in the pilot walkdowns. Thesewalkdowns were also performed in accordance with Revision 1 of the GIP.

In accordance with NMPC's commitment to use Revision 2 of the GIP [Reference 4], furtherwalkdowns were performed in accordance with GIP Section II.4 in 1993, 1994, and 1995.The majority of these "final" walkdowns were conducted by a Seismic Review Team (SRT)consisting of C. Agosta (NMPC) and W. Djordjevic (Stevenson & Associates), both ofwhom are SCEs and licensed professional engineers. Additional "final" walkdowns wereperformed by C. Agosta and C. Schlaseman (MPR Associates), who is also an SCE andlicensed professional engineer, and by C. Agosta and two other NMPC SCEs, A, Patwa andM.F. Alvi, both of whom are SCEs and licensed professional engineers. Resumes for allfive SCEs are included in Appendix A.

Signed Screening Verification Data Sheets (SVDSs) for each SSEL equipment item arecontained in Appendix D. The SVDSs are organized by equipment class, and by SRTs.

5.1.1 ei i acit v Demand

The NMP-1 design basis ground response spectrum (GRS) discussed in Section 2 isenveloped by the SQUG Bounding Spectrum for all frequencies. A comparison of the NMP-1 in-structure "realistic" response spectra (RRS) with 1.5 times the SQUG BoundingSpectrum, as required by GIP Section II.4.2, is summarized in Table 5-1. The ReactorBuilding RRS exceed the amplified Bounding Spectrum (ABS) over specific frequency rangesfor three elevations containing SSEL equipment, The Turbine Building, which is modeled inseparate sections, has five areas containing SSEL equipment that have RRS exceedances overspecific frequency ranges.

The "effective grade" elevation, as defined in Section II.4.2.3 of the GIP, is the averageelevation of the ground surrounding the building along its perimeter. At NMP-1 the TurbineBuilding is founded on rock at elevations 243 ft. and 250 ft. above sea level. The ReactorBuilding is founded on rock at elevation 198 ft, but changes from an essentially monolithic

5-1

concrete block structure (including the reactor base mat) to that of reinforced concrete wallsand floors at about elevation 240-243 ft. Grade elevation is 261 ft. During the 1988 pilotwalkdowns, it was conservatively assumed that the effective grade is about elevation 240-243ft. On this basis, the plant elevations that are considered to be within 40 ft. of effectivegrade are those in the Reactor and Turbine Buildings up to and including the 281 ft.elevation.

The 40 ft. and 8Hz rules from GIP Section II.4.2.3 were used as appropriate for seismiccapacity vs. demand (i.e., BS was compared with GRS). RRS demands vs. ABS capacitieswere used mainly for SSEL equipment with natural frequencies less than 8Hz. For SSELequipment on the upper elevations of the Reactor and Turbine Buildings, RRS vs. ABS wereused for equipment with fundamental frequencies outside the exceedance range, or 1.5 timesthe RRS vs. Generic Equipment Ruggedness Spectra (GERS) capacities were used forequipment meeting the GERS caveats defined in Appendix B of the GIP. Equipment withoutGERS, and for which the natural frequency could not be established as being outside theABS exceedance range shown in Table 5-1, were identified as outliers.

5.1.2 imn I D ri i

The vast majority of NMP-1 SSEL equipment items are typical of those found in the SQUGearthquake experience database and meet all applicable GIP Appendix B caveats andinclusion rules. Exceptions were identified as GIP outliers. The following paragraphsdiscuss NMP-1 SSEL equipment by class type.

The NMP-1 SSEL contains six General Electric (GE) 7700 frame powerboards (motorcontrol centers), four 600V GE powerboards classified as low-voltage switchgear and theirtransformers, and one additional transformer. Except for one MCC located at elevation 300ft. in the Turbine Building, all of these items are located on the 261 and 281 ft. floors in theReactor Building. Six of the medium-voltage switchgear on the SSEL are located on the 261ft. elevation of the Turbine Building, and two additional units are on the 277 ft. elevation.These switchgear are standard GE metal-clad switchgear with "Magne-Blast" breakers. Allof these equipment items, except for the medium voltage switchgear, meet all equipmentclass caveats (being the applicable bounding spectrum), GERS, anchorage, and interactioneffects, including the dimensional and weight limitation guidelines for equipment classinclusion. It is unknown whether two of the medium voltage switchgear have lateral restraint(other than the jacking mechanism) of their vertically-racked breakers as required by theclass inclusion rules. These switchgear, therefore, were identified as outliers.

There are 13 horizontal pumps on the NMP-1 SSEL, and 16 vertical pumps. Allhorizontalpumps meet applicable equipment class caveats, except for the four core spray toppingpumps which have anchorage outliers and are discussed in the anchorage section. Allvertical pumps meet applicable equipment class caveats, except for the eight deep-wellvertical pumps in the containment spray raw water, emergency service water, and DGcooling water systems. These pumps each have impeller shaft unsupported lengths thatexceed the GIP screening maximum unsupported limitof 20 ft. These pumps were identifiedas outliers.

5-2

Numerous fluid-operated and solenoid valves, and about a dozen motor-operated valves, wereevaluated throughout the plant. Allvalves meet applicable equipment class caveats.

Of the five NMP-1 SSEL fans, the two reactor building emergency exhaust fans meet allapplicable equipment class caveats. The three fans that are part of the control room HVACsystem meet all applicable equipment class caveats, except for their anchorages, which areidentified as outliers.

Air handlers on the NMP-1 SSEL include two cooling coils that are part of the control roomHVAC system, and six drywell air coolers and fans. Allair handlers meet applicablecaveats, except for the anchorage of the control room HVAC cooling coils, which areoutliers. The structural integrity of one additional air handler, the laboratory air coolingcoil, was confirmed because it can not be isolated from the control room HVAC chilledwater system. It was not, however, required to be seismically verified.

The two control room HVAC chillers on the NMP-1 SSEL meet all of the equipment classscreening criteria, except for anchorage adequacy. These were documented as outliers.

Distribution panels on the NMP-1 SSEL include both small, wall-mounted units, and large,floor-mounted panels. Alldistribution panels are standard components that meet allapplicable equipment class caveats.

Batteries and battery racks at NMP-1 were replaced in 1990, and meet all applicableequipment class caveats.

New static battery chargers and inverters were installed and operational at the conclusion ofRFO13 in 1995. The new static chargers, inverters, and the 24V DC battery chargers meetall applicable equipment class caveats.

The two emergency diesel generators at NMP-1 are typical of those found in power plantapplications and meet all of the applicable equipment class screening criteria.

The four instrument racks on the NMP-1 SSEL meet all of the applicable equipment classscreening criteria, except for the anchorage outlier identified for the MSIV instrument rack.All transmitters, controllers, switches, etc., also included with this class meet applicablecaveats.

The 38 torus temperature sensors on the NMP-1 SSEL meet all applicable GIP class caveats.

Half of the 62 instrumentation & control g&C) cabinets on the NMP-1 SSEL are large,floor-mounted auxiliary control cabinets located below the Main Control Room in theAuxiliary Control Room. These cabinets are grouped in rows containing 6 to 11 cabinets,and meet all applicable class caveats, except for some cabinets which do not meet anchoragerequirements and were identified as outliers. The Main Control Room cabinets on the SSEL

5-3

include 8 large, walk-through panel boards and 1 control console. These cabinets, and theremaining control panels in the Turbine and Reactor Buildings, meet all applicable equipmentclass caveats, except for some cabinets which do not meet anchorage requirements and wereidentified as outliers. Note that approximately 60 SSEL items identified as equipment class20 are components contained within an I&C panel or control board, and were seismicallyverified using the GIP "Rule-of-the-Box."

5.1.3 ui ment An ho e

To verify the adequacy of equipment anchorage, both field inspections and analyticalcalculations were performed in accordance with GIP Section II.4.4.1 and Appendix C.

The NMP-1 MCCs, low-voltage switchgear and transformers were all classified as outliersdue to inadequate anchorage, or anchors not covered by the GIP geaded cinch anchors).Other equipment anchored with cinch anchors were identified as outliers, including controlroom HVAC equipment on Turbine Building Elevation 300', two 4160V switchgear, the corespray topping pumps, two battery boards, an instrument rack, and six control and protectiverelay cabinets for the battery chargers, UPS and the MG set. These outliers have beenresolved as shown in Table 5-3.

About two-thirds of the auxiliary control room SSEL cabinets, 7 of the 9 main control roompanels, and the two 125V DC valve boards have inadequate anchorage. Allof these cabinetswere identified as outliers, and have been resolved as shown in Table 5-3.

The remaining anchorage outiiers are for the ceramic isolators on the two EDG relayresistors (neutral grounds). These outliers were resolved as shown in Table 5-3.

5.1.4 i mi Ine ci n

During the equipment walkdowns, evaluations were made of potential seismicinteraction concerns, including the control room ceiling, per GIP Section II.4.5 andAppendix D. In general, it was found that adjacent items are adequately spaced, andoverhead items adequately supported, to preclude impacts. Some seismic interactionconcerns, however, were identified for specific equipment items and were classified as

outliers.

5.2 INSTANCES OF INTENT BUT NOT LETTER OF CAVEATMET

Instances in which the intent of a particular caveat is met without meeting the specificwording of the caveat rule are identified in Table 5-2.

5.3 SUMMARYOF OUTLIERS

A total of 117 outliers were written for NMP-1 SSEL equipment items. Short descriptions ofeach equipment outlier and its resolution are provided in Table 5-3.

5-4

$ I

Table 5-1

Response Spectrum Excedances for Building ElevationsContaining SSEL Equipment

Structure

Reactor Building

Turbine Building

Elevation

298'18'40'61'Turbine

Bldg. Extension)

289'TurbineBldg. Extension)

291'00'04'Turbine

Bldg. Extension)

Frequency Range WhereRRS Exceeds ABS

5Hz-9Hz4.5 Hz - 11 Hz

4.5 Hz - 25 Hz

17 Hz-23 Hz

4Hz-6Hz

9 Hz - 16 Hz

9 Hz - 18 Hz

9 Hz - 18 Hz

5-5

Page 1 of 1

Table 5-2

Intent but Not Letter of Caveat Summary

Equipmcnt ID Lcttcr of Caveat Not Mct Reason Intent of Caveat is Mct

PB1671

210.141A Actuator and yoke are braced independently of pipe. Valve is well supported on rigid frame and actuator is anchored to thesame frame and is judged acceptable.

MCC cutout cover-plate size exceeds GIP maximum dimensions. Standard GE unit whose structural adequacy is judged acceptable.

210.142A Actuator and yoke are braced indepcndcntly ofpipe. Valve is wc!i supported on rigid frame and actuator is anchored to thesame frame and is judged acceptable.

20 Panel contains strip chart rccordcrs. Rccordcrs arc well supported and do not pose any threat to othercquipmcnt in pand and are judged acccptablc.

Page 1 o

Table 5-3

Equipment Outlier Description and Resolution Summary

Type(Note I)

Class Equipment ID Equipment Description Outlicr DescriptionOutlicr Resolution

Anchorage I 161A AP/600 V Powerboard P16IA Marginal anchorageResolved by adding base anchorageEc cnd braces

Anchorage 161B AP/600 V Powcrboard 0'161B Marginal anchorageRcsolvcd by adding base anchorageEc end braces

Anchorage 167 AP/600 V Powcrboard 1167 Marginal anchorageResolved by adding base anchorageEc end braces

Anchorage 171A AP/600 V Powerboard P171A Marginal anchorageRcsolvcd by adding base anchorage8r cnd braces

Anchorage 171B AP/600 V Powcrboard f17 IB Marginal anchorageResolved by adding base anchorageEc end braces

Anchorage/Interaction

1671 AP/600V Powcrboard Cinch anchors

The existing base anchorage mccts

design bases loads, but docs not meet

GIP equipment class anchor cavcats.Install additional base anchors.(Rcf. DER 1-95-3101)

Anchorage 16A AP/600 V Powcrboard PI6A Marginal anchorage

Thc existing base anchorage mccts

design bases loads, but does not mcctGIP equipment class anchor cavcats.Weld thc cabinet base to the existingembcddcd channel.(Rcf. DER 1-95-3140)

Anchorage 16B AP/600 V Powerboard 016B Marginal anchorage

Thc existing base anchorage mccts


GIP cquipmcnt class anchor cavcats.

Weld thc cabinet base to the existingcmbcdded channel.

(Rcf. DER 1-95-3140)

0

Page 2 o

Table 5-3


Type(Note 1)

Class Equipment ID Equipment Description Outlier DescriptionOutlicr Resolution

Anchorage 17A AP/600 V Powcrboard //17A Marginal anchorage

The existing base anchorage meets

design bases loads, but docs not mcctGIP equipmcnt class anchor cavcats.Weld the cabinet base to the existingembedded channel.(Ref. DER 1-95-3140)

Anchorage 17B AP/600 V Powcrboard //17B Marginal anchorage



GIP cquipmcnt class anchor cavcats.Weld the cabinet base to the existingembedded channel.

(Ref. DER 1-95-3140)

Anchorage 12 AP/4160V Powcrboard 12 Anchored one side only

Thc existing base anchorage meets

design bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.

Anchor the other side of the cabinetto the existing embcddcd channel.(Ref. DER 1-95-3 103)

Anchorage 3 AP/4160V Powcrboard 11 Anchored one side only

The existing base anchorage mcctsdesign bases loads, but docs not meet

GIP cquipmcnt class anchor caveats.Anchor the other side of the cabinetto thc existing embedded channel.(Rcf. DER 1-95-3102)

Anchorage/Cav cats

3 101/2A-I 4160V Aux Feeder to 0102 Cinch anchors

The existing base anchorage mcctsdesign bases loads, but docs not mcctGIP equipment class anchor cavcats.

Weld cabinet to existing cmbeddcdchannels and do a bolt tightncsscheck. (Rcf. DER 1-95-3141)

0

Page 3 o

Table 5-3


Type(Note 1)

Class Equipmcnt ID Equipmcnt Description Outlier DescriptionOutlier Resolution

Anchorage/Cavcats

Anchorage/Cav cats

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

101/2B-1

TRANS 167A

TRANS 16A

TRANS 16B

TRANS 17A

TRANS 17B

81-49

81-50

81-51

81-52

210.1-36

210.1-37

79-53

79-54

4160V Aux Fccdcr to ¹103

AP/600 to 120/208 V Transformer

AP/4160 to 600 V Transformer




CRS/Core Spray Topping Pump ¹112




CRAC/Chill Water Circ Pump ¹12

CRAC/Chill Water Circ Pump ¹12

DGCW/DG Cooling Water Pump ¹103

DGCW/DG Cooling Water Pump ¹102

Cinch anchors

Embedded channels anchored withcinch anchors

Supporting unanchored powcrboards


Supporting unanchored powerboards


Cinch anchor

Cinch anchor

Cinch anchor

Cinch anchor

Cinch anchors

Cinch anchors

Shaft caveat not mct

Shaft caveat not mct


design bases loads, but does not meet

GIP cquipmcnt class anchor cavcats.Weld cabinet to existing embcddcdchannels and do a bolt tightncsscheck. (Rcf. DER 1-95-3141)

Adequate as-is by calculation





Adequate as-is by calculation and bolttightncss check


Adequate as-is by calculation and bolttightness check






93%1 CSRW/Cont Spray Raw Water Pump ¹112 Casing length cxcccds 20'imit Adequate as-is by calculation

I

R

Page 4 o

Table 5-3


Type(Note I)

Cavcats

Cavcats

Caveats

Anchorage

Anchorage

Anchorage/Demand

Class Equipmcnt ID

6 93W2

6 9343

6 9344

6 7M3

6 72-04

70-53

21041

9 210-61

9 21042

Equipment Description

CSRW/Cont Spray Raw Water Pump IIIICSRW/Cont Spray Raw Water Pump 4122

CSRW/Cont Spray Raw Water Pump PI21

SW/Emcr Scrvicc Water Pump PI2

SW/Emer Service Water Pump PI I

Chiller Control Valve

CRAC/Emcr Vent Fan Pl I

CRAC/Emer Vent Fan 012

CRAC/Cont. Rm HVAC Circ. Fan

Outlier Description

Casing length excccds 20'imit

Casing length cxcceds 20'imit

Casing length cxcccds 20'imit

Shaft length )GIP maximum

Shaft length )GIP maximum

Valve offse caveat not mct

Cinch anchors

Cinch anchors

Cinch anchors, Capacity <dcmand-frcq

Outlicr Resolution

Adcquatc as-is by calculation






Adcquatc as-is by calculation and bolttightncss check

Adcquatc as-is by calculation and bolttightness check

Adequate as-is by bolt tightnesscheck

Anchorage 10 210-49 CRAC/Cooling Coil f12 Cinch anchorsAdequate as-is by bolt tightncsscheck

Anchorage

Anchorage/Demand

Anchorage/Demand/

Interaction

10 210-50

11 210.1-119

210.1-120

CRAC/Cooling Coil NII

CRAC/Chiller Pl I

CRAC/Chiller 412

Cinch anchors

Base isolator and demand spectrum


Adequate as-is by bolt tightncsscheck



GIP equipmcnt class anchor cavcats.Brace the vibration isolator to thefloor. (Ref. DER 1-95-3216)

Thc cxistingbasc anchoragemcctsdesign bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Brace the vibration isolator to thefloor. (Rcf. DER 1-95-3216)

Anchorage 14 BBII AP/125 V DC Baucry Board III Cinch anchors Adequate as-is by calculation

Page 5 o

Table 5-3


Type(Note 1)

Anchorage

Interaction

Interaction

Interaction

Interaction

Class

14

16

16

16

16

Equipment ID

BB12.

UPS 162A

UPS 162B

UPS 172A

UPS 172B

Equipmcnt Description

AP/125 V DC Battery Board 012

Uninterruptible Power Supply

Unintcrruptible Power Supply



Outlicr Description

Cinch anchors

Fluorcsccnt tubes could fall and impactcabinet containing csscntial relays


Huorcsccnt tubes could fall and impactcabinet containing essential relays

Huoresccnt tubes could fall and impactcabinet containing csscntial relays

Outlicr Resolution


Resolve by securing tubes.

(Rcf. PID )F12754)


(Rcf. PID f12754)


(Rcf. PID f12754)


(Rcf. PID f12754)

Interaction

Interaction

Anchorage

Anchorage

Anchorage

16

16

17

17

18

SBC 171A

SBC 171B

RC102

RC103

MSIVIR

Static Battery Charger

Static Battery Charger

AP/DG 102 Relay Resistor (NeutralGround)

AP/DG 103 Relay Resistor (NeutralGround)

AP/Main Stcam Isolation Valve InstrumentRack

Huorcsccnt tubes could fall and impactcabinet containing csscntial relays


Ceramic insulators

Ceramic insulators

Cinch anchors


(Ref. PID 012754)


(Rcf. PID 012754)



Adequate as-is by calculation. Bolttightncss check is required.

Anchorage 20 1S3'4 CTRIJAux Control Relay Cabinet 1S34 Plug weld on one side only


design bases loads, but docs not meetGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingembedded channels.

(Rcf. DER 1-95-3151)

Page 6 o

Table 5-3 =


Type(Note I)

Class Equipment ID Equipmcnt Description Outlicr DescriptionOutlicr Resolution

Anchorage 20 IS35 CTRL/Aux Control Relay Cabinet IS35 Plug weld on one side only



GIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingembcddcd channels.(Rcf. DER 1-95-3151)

Anchorage IS36 CTRL/Aux Control Relay Cabinet IS36 Plug weld on one side only


design bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Rcf. DER 1-95-3151)

Anchorage IS514

CTRL/Aux Control Cabinet IS51 Plug weld on onc side only



GIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Ref. DER 1-95-3147)

Anchorage 20 IS52 CTRL/Aux Control Cabinet IS52 Plug weld on one side only


design bases loads, but docs not meetGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingembedded channels.(Ref. DER 1-95-3 147)

Anchorage 1$ 53 CTRL/Aux Control Cabinet IS53 Plug weld on one side only

The existingbase anchoragemcctsdesign bases loads, but docs not meet

GIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Ref. DER 1-95-3147)

'I

Page 7 o

Table 5-3


'ype(Note I)

Class Equipmcnt ID Equipment Description Outlicr DescriptionOutlicr Resolution

Anchorage. 20 IS54' CTRL/Aux Control Cabinet IS54 Hug weld on onc side only


design bases loads, but docs not meetGIP cquipmcnt class anchor 'caveats.

Weld cabinet frame to existingcmbcddcd channels.(Rcf. DER 1-95-3147)



design bases loads, but does not mcctGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Ref. DER 1-95-3147)

Anchorage IS56 CTRL/Aux Control Cabinet IS56 Plug weld on one side only


design bases loads, but does not meetGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingembcddcd channels.(Rcf. DER 1-95-3147)

Anchorage IS57 CTRL/Aux Control Cabinet IS57 Hug weld on one side only

The existing base anchorage mcctsdesign bases loads, but docs not meetGIP equipment class anchor cavcats.Weld cabinet frame to'existingcmbcddcd channels.

(Ref. DER 1-95-3147)

Anchorage IS59 CTRL/Aux Control Cabinet IS59 Plug weld on one side only

The existing base anchorage mcctsdesign bases loads, but does not mcctGIP equipmcnt class anchor cavcats.Weld cabinet frame to existingembedded channels.(Rcf. DER 1-95-3148)

II

Page 8

Table 5-3


Type(Note I)

Equipment ID Equipment Description Outlicr DescriptionOutlier Resolution

Anchorage

Anchorage

20 - IS60

IS62

CTRL/Aux Control Cabinet IS60


Plug weld on one side only



design bases loads; but docs not mcctGIP equipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Ref. DER 1-95-3148)

Thc cxistingbase anchoragcmcetsdesign bases loads, but docs not meet

GIP equipment class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.

(Rcf. DER 1-95-3148)

Anchorage IS63 'rRL/AuxControl Cabinet IS63 Plug weld on onc side only

The existing base anchorage mcctsdesign bases loads, but docs not meetGIP equipment class anchor cavcats.Wcid cabinet frame to existingcmbcddcd channels.(Rcf. DER 1-95-3148)

Anchorage . 20 IS64 CTRL/Aux Control Cabinet IS64 Plug weld on one side only

The existing base anchorage mcctsdesign bases loads, but does not meetGIP equipment class anchor caveats.Weld cabinet frame to existingcmbcddcd channels.

(Rcf. DER 1-95-3 148)

Anchorage 20 1$ 65 CrRL/Aux Control Cabinet IS65 Plug weld on one side only

The existing base anchorage mcctsdesign bases loads, but docs not meetGIP equipment class anchor caveats.Weld cabinet frame to existingcmbeddcd channels.(Rcf. DER 1-95-3148)

Page 9 o

Table 5-3


TYpe(Note I)




design bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Rcf. DER 1-95-3149)

Anchorage

Anchorage

IS73

1874

CI'RL/AuxControl Cabinet IS73


Plug weld on onc side only

Plug weld on one side only.


design bases loads, but docs not mcctGIP equipment class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Rcf. DER 1-95-3149)



GIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingembedded channels.(Rcf. DER 1-95-3149)

Anchorage

Interaction

Interaction

20

20

1875

IS80

IS82


CTRIJAux Control Cabinet IS80



Seismic interaction with unanchoredadjacent cabinets



design bases loads, but docs not mcctGIP equipment class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.

(Rcf. DER 1-95-3149)

Seismic interaction with unanchoredIS37 to IS39 cabinets. Weldunanchored cabinets.(Ref. DER 1-95-3150)

Seismic interaction with unanchoredIS37 to IS39 cabinets. Weldunanchored cabinets.(Rcf. DER 1-95-3150)

Page 10 o

Table 5-3


Type(Note 1)

Class Equipmcnt ID Equipmcnt Description Outl icr DescriptionOutlier Resolution

Interaction

Interaction

Interaction

Interaction

Interaction

Anchorage

20

20

20

20

20

20

1884

ls85

ls86

ls87

ls88

CP161A-B

CTRL/Annunciator Control Cabinet 1S84



CTRL/Aux Control Cabinet 1S87


AP/Battery Charger 161A and 161B ControlCabinet

Seismic interaction with unanchored

adjacent cabinets





Cinch anchors

Seismic interaction with unanchored1S37 to 1S39 cabinets. Weldunanchored cabinets.(Rcf. DER 1-95-3150)

Seismic interaction with unanchored1S37 to 1S39 cabinets. Weldunanchored cabinets.(Rcf. DER 1-95-3150)

Seismic interaction with unanchored1$37 to 1S39 cabinets. Weldunanchored cabinets.(Rcf. DER 1-95-3150)

Seismic interaction with unanchored1S37 to 1S39 cabinets. Weldunanchored cabinets.

(Rcf. DER 1-95-3150)

Seismic interaction with unanchored1S37 to IS39 cabinets. Weldunanchored cabinets.(Rcf. DER 1-95-3150)


Anchorage 20 PRC162AP/UPS 162A and 162B Prot. RelayCabinet

Cinch anchors Adequate as-is by calculation

Anchorage

Anchorage

Anchorage

20

20

20

CP167

PRC167

CP171 A-B

AP/Computer Power Supply MG Sct 0167Control Pnl

AP/MG Sct SI67 Prot. Relay Cabinet

AP/Battery Charger 171A and 171B ControlCabinet

Cinch anchors

Cinch anchors

Cinch anchors




Page 11

Table 5-3


Type(Note 1)

Anchorage

Class

20

Equipmcnt ID

PRC 172


AP/UPS 172A and 172B Prot. RelayCabinet

Outlicr Description

Cinch anchors

Outlier Resolution


Interaction 20 CTRL/Control Board Pnl A Potential interaction with nearbyunsccurcd platform ladders

Resolved by securing platformladders to building column

Anchorage

Anchorage

20

20

CTRL/Control Board Pnl F

CTRL/Control Board Pnl G

Anchorage on one side only



design bases loads, but does not meetGIP equipment class anchor cavcats.Install a brace bctwccn the twocabinet sections.(Rcf. DER 1-95-3215)


design bases loads, but docs not meetGIP equipment class anchor cavcats. ~

Install a brace bctwccn the twocabinet sections.

(Rcf. DER 1-95-3215)

Anchorage

Anchorage

20

20

H CTRL/Control Board Pnl H

CTRL/Control Board Pnl K



The existing base anchorage mcctsdesign bases loads, but does not mcctGIP equipmcnt class anchor cavcats.Install a brace bctwccn the twocabinet sections.(Rcf. DER 1-95-3215)

'the existing base anchorage meets

design bases loads, but does not mcctGIP cquipmcnt class anchor caveats.Install a brace bctwccn thc twocabinet sections.

(Rcf. DER 1-95-3215)

Page 12 o

Table 5-3


Type(Note 1)


Anchorage 20 CTRL/Control Board Pnl L Anchorage on one side only



GIP cquipmcnt class anchor caveats.

Install a brace bctwccn thc twocabinet sections.(Rcf. DER 1-95-3215) .

Anchorage 20 M CTRL/Control Board Pnl M Anchorage on one side only


design bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Install a brace between the twocabinet sections.(Rcf. DER 1-95-3215)

Anchorage 20 N CTRL/Control Board Pnl N Anchorage on one side only

The existing base anchorage mcctsdesign bases loads, but docs not mcctGIP equipmcnt class anchor cavcats.

Install a brace betwccn the twocabinet sections.(Rcf. DER 1-95-3215)

Anchorage VBII CTRL/125 V DC Vlv Board tl 1 Marginal anchorage

Rcsolvcd by welding the cabinetframe to the existing cmbcddcdchannel.

Anchorage/Demand

20

.Anchorage 21

VB12

.305-128

CTRL/125 V DC Vlv Board P12

CRD/Hydraulic Control Units

Bounding spectrum

Anchor/Frame connections unknown

Evaluate cabinet for seismic loads


~ Anchorage

Caveat

Anchorage

21

08A

21

305-128

3344

CRD/Hydraulic Control Units

RCU/Reactor Clean-up ISO Vlv

EDG 102 AirStart Tank 01

Anchor/Frame connections unknown

Valve offse cannot be rnct

Cinch anchors




Anchorage 21 9645 EDG 102 AirStart Tank k2 Cinch anchorsAdequate as-is by calculation and bolttightncss check

Page 13 o

Table 5-3


Type(Note I)

Class Equipmcnt ID Equipmcnt Description Outl ter Dcscnpt>onOutlicr Resolution

Anchorage 21 EDG 102 AirStart Tank //3 Cinch anchorsAdequate as-is by calculation and bolttightness check

Anchorage 21 EDG 102 AirStart Tank //4 Cinch anchorsAdequate as-is by calculation and bolttightness check

Anchorage

Anchorage

Anchorage

Anchorage

21

21

21

21

96-31-

96-32

96-33

EDG 102 AirStart Tank //5

EDG 103 AirStart Tank //I

EDG 103 AirStart Tank A2


Cinch anchors

Cinch anchors

Cinch anchors

Cinch anchors





Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

21

21

20

21

21

96-34

96-35

IS4

60-10



CTRIJAux Control Relay Cabinet IS4

ECMU/Emcr Cond Make-Up Tank 112

ECMU/Emcr Cond Make-Up Tank PI I

AP/4160V Powcrboard 1102

Cinch anchors

Cinch anchors

Plug weld one side only

Anchorage adequacy unknown


Allcubiclcs arc not wcldcd



The existing base anchorage mcctsdesign bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbcddcd channels.(Ref. DER-1-95-3152)



Thc existing base anchorage mcctsdesign bases loads, but does not mcctGIP equipmcnt class anchor caveats.Weld cabinet frame to existingcmbeddcd channels.(Rcf. DER-1-95-3091)

Page 14 o

Table 5-3


Type(Note 1)


Anchorage 103 AP/4160V Powerboard 0103 Allcubiclcs are not wcldcd


design bases loads, but docs not mcctGIP cquipmcnt class anchor cavcats.Weld cabinet frame to existingcmbeddcd channels.(Rcf. DER-1-95-3091)

Interaction 21 71-126 RBCLC Ivlake-up Tank Seismic interaction with laundry barrelsRelocate bancls south of ColumnLine H

Notes:

2.3.

Type ofoutlicr includes: 'Anchorage for outlicrs not mccting Anchorage rcquircmcnts, 'Cavcats'or outlicrs not meeting Caveat rcquircmcnts, Demand'or outlicrswhose capacity is less than seismic Demand, and 'Interaction'or outliers not meeting seismic Interaction rcquircmcnts.The Deviation Event Rcport (DER) describes the deviation, addresses operability of the component and completion date which all actions willbe complctcd.The Problem Identification Document (PID) dcscribcs the concern and will invoke a work order to do the field work.

Section 6

TANKAND HEAT EXCHANGER REVIEW

6.1 SUMMARYOF REVIEW

The tanks and heat exchangers on the NMP-1 SSEL were evaluated in accordance withSection II.7 of the GIP preference 1]. The NMP-1 SSEL includes 18 tanks and 11 heatexchangers. Ten of the tanks are start air tanks for emergency diesel generators. Theselarge, wall-mounted tanks meet all of the applicable strength, load path, and anchoragescreening criteria, except that their anchorage includes the use of cinch anchors. Thereforethey are outliers, as shown in Table 6-1.

The two horizontal emergency condenser makeup water tanks meet GIP criteria, except forthe baseplate for the longitudinal braces. The outliers for these 4 tanks are shown on Table6-1.

The two sets of hydraulic control unit (HCU) accumulators for the 144 control rod drives(CRD) (counted as two equipment items on the NMP-1 SSEL) are small tanks located onReactor Building 237'. These accumulators meet all applicable GIP screening criteria,except that the adequacy of their anchorage was unknown at the time of the walkdown. Theanchorage outliers are described in Table 6-1.

The remaining two tanks are the underground diesel fuel oil storage tanks. Because the GIPdoes not cover underground tanks, these tanks are outliers, as shown in Table 6-1.

The 11 heat exchangers on the NMP-1 SSEL include the 4 emergency condensers, 3 RBCLCheat exchangers, and 4 containment spray heat exchangers. All 11 heat exchangers arehorizontal units located in the Reactor Building, and all meet applicable GIP screeningcriteria.


The 18 tank and heat exchanger outliers, and their resolutions, are summarized inTable 6-1.

6-1

,,Tank and Heat Exchanger Outlier Description and Resolution Summary

Page 1

Type(Note I)

Anchorage

Anchorage

Interaction

Class

21

21

21

EquipmcntID

60-10

71-126


ECMU/Emcr Cond Makeup Water Tank 012

ECMUIEmer Cond Makeup Water Tank /'/ll

RBCLC Makeup Tank

Outl icr Description



Seismic interaction with laundry barrels

Outlicr Resolution

Adequate as-is by analysis


Relocate barrels south ofColumn Line H

Cavcats

Caveats

Anchorage

Anchorage

21

21

21

21

82 43

82-44

9645

FOHS/DG Fuel Oil Storage Tank 0103

FOHS/DG Fuel Oil Storage Tank 1102

DSA/DG 4102 Start AirTank 41

DSA/DG 0102 Start AirTank //2

Underground tanks are not covered by the GIP

Underground tanks are not covered by the GIP

Cinch anchor

Cinch anchor



Adequate as-is by analysis andbolt tightncss check

Adequate as-is by analysis andbolt tightness check

Anchorage

Anchorage

Anchorage

Anchorage

21

21

21

21

9648

96-31

DSA/DG f102 Start AirTank A3

DSA/DG 0102 Start AirTank 44

DSA/DG tl02 Start AirTank PS

DSA/DG f103 Suut AirTank lII

Cinch anchor

Cinch anchor

Cinch anchor

Cinch anchor





Anchorage

Anchorage

21

21

96-32

96-33

DSA/DG 0103 Start AirTank A2


Cinch anchor

Cinch anchor


Adcquatc as-is by analysis andbolt tightncss check

Anchorage

Anchorage

Anchorage

Anchorage

Interaction

21

21

21

21

21

96-35

96-36

305-125

305-128

71-126



CRD/Hydraulic Control Unit Accumulator

CRD/Hydraulic Control Unit Accumulator

RBCLC Make-up Tank

Cinch anchor

Cinch anchor



Seismic interaction with laundry barrels





Relocate barrels south ofColumn Line H

Notes:1. Type of outlicr includes: Anchorage for outlicrs not mccting Anchorage requirements, and Cavcats for outlicrs not mccting Caveat rcquircmcnts.

Section 7

CABLE AND CONDUITRACEWAYREVIEW

7.1 SUMMARYOF RACEWAYREVIEW

The reviews of cable tray and conduit systems at NMP-1 were performed per the guidelinesof Section II.8 of the Generic Implementation Procedure (GIP) [Reference 1].Allraceways which support electrical wires for SSEL equipment were reviewed. Thesereviews were conducted on an area-by-area basis, and include areas that could containdivisional (Class 1E) cables. Walkdown evaluations covered elevations within the ReactorBuilding, Turbine Building, and the Screenhouse.

Most of the raceway walkdowns were performed in April 1993 by a team of two SCEs, bothwith PE's. The raceways in the Screenhouse and Drywell were walked down by two SCEsin February 1995. In general, almost all raceways and raceway support systems evaluatedare of rugged construction and meet all applicable caveats and inclusion rules.

Cable trays at NMP-1 are typically 24" in width, with 4" siderails. Tray spans are generallyabout 6 to 8 feet. Multiple tiers of trays are common at NMP-1, and tray fills typicallyrange from 30% to 50% full.

The conduit and cable tray systems at NMP-1 are typically supported by rod hung trapeze-type hangers. The structural steel grade used in construction of these hangers is assumed tobe A-36 except for cold-formed components. The cold-formed components are from theUnistrut Division of GTE Products Corporation and consist of various strut members andfittings.

Raceway supports are anchored to concrete ceilings in the Reactor Building by use of castiron inserts or strut runners either welded to embedded plates or secured with'expansionanchors. For the Turbine Building and Screenhouse, embedded ("Globe" ) struts are usedinstead of cast iron inserts. In areas where the ceiling is of Q-Deck type, support rods areanchored to structural steel beams via clamps, or attached to strut runners welded to the Q-decking. The Q-Deck capacity is given in Nuclear Engineering Report NERlS009.

7.2 EVALUATIONOF BOUNDINGSAMPLES

As part of the in-plant review, worst-case bounding samples of raceway supports wereselected for further Limited Analytical Reviews (LARs). LARs were selected to encompassthe diversity of the plant's existing raceway support systems. A total of eight worst-caseLARs were selected during the in-plant reviews of the raceway support systems at NMP-1.

7-1

The two LARs selected from the Reactor Building walkdowns meet all GIP requirements,except for the use of cast iron inserts, which is common in the Reactor Building. Supportsusing cast iron inserts do not meet GIP screening criteria, and are discussed below in theoutlier summary section.


Four raceway outliers were identified during the walkdowns. These outliers are summarizedin Table 7-1. One outlier was identified for a Turbine Building raceway that had two cut-offrods. Another outlier was also for a Turbine Building raceway, having a short rod supportbetween two longer rod supports.

The raceway walkdowns also identified two generic outliers: (1) cast iron inserts used tosupport raceways in the Reactor Building, and (2) fire protection system piping attached toand adjacent to Turbine Building raceways. The capacity of the cast iron inserts wasdetermined by analysis and was used to evaluate LAR ¹1 and LAR ¹2, which both meet theGIP screening requirements. Since there is no indication that the rods may not be fullyinserted, fullcapacity is used. PID ¹12396 identifies this concern, and further fieldveri6cation that the threaded rod is fully inserted is planned. In the Turbine Building, fireprotection system piping is attached to cable trays via deflector plates, or is immediatelyadjacent to rod hung cable tray systems. The concern is that the seismic deformation of therod hung system would possibly break the fire piping, which has threaded couplings, andwater would spray onto the cables. Potential damage to cables due to spray from the fireprotection piping was evaluated in the NMP-1 IPEEE Identification of Structures, Systems,and Components", report number SAS-I3U1-1, and found acceptable.

7-2

Page 1 of 1

Table 7-1

Raceway Outlier Description and Resolution Summary

OutlierNumber

CB-TB-261(issue 2)

PlantLocation

TB

261'utlier Description

LAR ¹5 (1) has two cut rods, and (2) has a span length greater than the GIPmaximum of 10'.

Outlier Resolution

DER 1-95-2518'dd a newsupport+

CB-TB-261

CB-TB-261(issue 1)

TB261'ire protection system piping is attached to cable trays or is immediately

adjacent to tray systems. Potential seismic interaction may cause threaded

couplings on fire piping to fail and spray water on cables.

LAR ¹1 has a short rod support between two much longer rod supports.

Cast iron inserts are commonly used in Reactor Building to attach threaded rodtype supports to building concrete.

Potential damage to cables due tofire piping spray was evaluatedand found acceptable.

The reason for the short rods areconduit supports attached to theserods. Remove the conduitsupports.

Capacity of NMP-1 cast ironinserts was determined byanalysis. Conduct a walkdown toverify the threaded rod is notfullyinserted. See PID ¹12396.

1. The Deviation Event Report (DER) describes the deviation, addresses operability of the component, and completion date which all actions willbecompleted.

Section 8

PLAN FOR ADDRESSING UNRESOLVED OUTLIERS

The plan for addressing unresolved outliers is described in Table 8-1 using the DeviationEvent Report (DER) process. All field work noted in the Outlier Resolution column willbecompleted at the conclusion of RFO15 (1999).

8-1

Page 1

Table 8-1

Unresolved Outlier Resolution Summary

Type(Note I)

Anchorage/Interaction

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage/Cavcats

Anchorage/Cavcats

Anchorage/Demand

Anchorage/Demand/

Interaction

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Class

20

20

Equipmcnt ID

1671

16A

16B

17A

17B

12

101/2A-I

101/2B-I

210.1-119

210.1-120

IS34

IS35

IS36

IS51

IS52

IS53

1$54


AP/600V Powcrboard

AP/600V Powerboard 416A

AP/600V Powcrboard P16B

AP/600V Powcrboard 117A

AP/600V Powcrboard 0I7B



4160V Aux Feeder to 0102

4160V Aux Feeder to 4103

CRAC/Chiller PI I

CRAC/Chiller 012

CTRL/Aux Control Relay Cabinet IS34



CTRL/Aux Control Cabinet ISS I




Outlicr Description

Cinch anchors

Marginal anchorage

Marginal anchorage

Marginal anchorage

Marginal anchorage

Anchored one side only

Anchored one side only

Cinch anchors

Cinch anchors










Outlicr Resolution(Note 2)

DER 1-95-3 101 Install additionalanchors

DER 1-95-3140 Weld cabinet




DER 1-95-3 103

DER 1-95-3102 Weld other side



DER 1-95-3216 Brace base

DER 1-95-3216 Brace bMe








Page 2

Table 8-1


Type(Note 1)

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Anchorage

Interaction

Interaction

Interaction

Interaction

Interaction

Class

20

20

20

20

Equipmcnt ID

ls55

ls56

1$ 57

1859

1S60

1862

1863

IS64

IS65

1870

1S73

1S74

1S75

1880

1882

ls84

ls85

1$ 86


CTRL/Aux Control Cabinet 1$ 55


CTRIJAux Control Cabinet 1S57













CTRL/Annunciator Control Cabinet 1S84


CTRIJAux Control Cabinet IS86

Outlicr Description

Hug weld on one side only













Seismic interaction with unanchored adjacentcabinets





Outlier Resolution(Note 2)














DER 1-95-3150 Weld cabinets





Page 3

Table 8-1


ype(Note 1)

Interaction

Equipmcnt ID

ls87



Outlicr Description


Outlicr Resolution(Note 2)


Interaction

Anchorago

Anchorago

Anchorage

Anchorage

Anchorago

Anchorage

ls88

H


CTRL/Control Board Pnl F

CTRL/Control Board Pnl G

CTRL/Control Board Pnl H

CTRL/Cont I Bom aa K

CIRIJControl Board Pnl L

CTRL/Control Board Pnl M


Anchorago on ono side only

Anchorago on one side only

Anchorago on one sido only

Anchorage on ono side only

Anchorage on one sido only

Anchorago on ono side only


DER 1-95-3215 Brace panels togcthcr

DER 1-95-3215 Brace panels together



DER 1-95-3215 Braco panels together

DER 1-95-3215 Braco panels togcthcr

Anchorage

Anchorago

Anchorage

20 N

1$4

CIRL/Control Board Pnl N

CTRL/AuxControl Relay Cabinet 1S4

AP/4160V Powcrboard ¹102

Anchorago on one sido only

Hug weld one side only

Allcubicles aro not wcldcd, a gap existsbctwccn the door and frame.

DER 1-95-3215 Braco panels togcthcr



Anchorago

Interaction N/A N/A

PB161 dt,

PB171

AP/4160V Powcrboard ¹103

Control Room Ceiling Tiles

AP/600V Powcrboard 161 Sc 171

Allcubicles are not welded, a gap existsbctwcen the door and frame.

Tho ceiling tiles are not tied down

Gaps between pand and braces


Tie down tiles

Install shim material

Notes:

1. Type ofoutlicr includes: 'Anchorage'or outlicrs not meeting Anchorage rcriuircmcnts, "Caveats'or outlicrs not mccting Caveat requirements, "Demand'or outlicrs whosocapacity is less than seismic Demand, and Interaction'or outlicrs not mccting seismic Interaction requirements.

2. Tho Deviation Event Report (DER) describes tho deviation, addrcsscs operability of the component, and completion date which all actions willbe completed.

Section 9

SIGNIFICANT OR PROGRAMMATICDEVIATIONSFROM THE GIP

No significant or programmatic deviations from the GIP have been made in the NMP-1 A-46Program.

9-1

Section 10

THHUhPARTY AUDITSUINMARY

As required by Section I.2.2.7 of the GIP [Reference 1], a Third-Party Audit was performedby one individual who was not part of the Seismic Review Teams. The Third-Party Auditreport is included in Appendix E of this report, and is summarized below.

The site visit portion of the peer review was conducted on August 28-30, 1995. Walkdownswere conducted before the Screening Evaluation Worksheets (SEWS) were reviewed. Asampling of SEWS chosen based on the peer walkdown was subsequently reviewed andgenerally found to be in good order.

The walkdown has been conducted in a competent manner and results are in accordance withthe guidance of the Generic Implementation Plan (GIP) and NP-6041 documentation. Thevast majority of the findings noted were already found and documented by the walkdownteam, so the peer reviewer believes this walkdown to have been conducted in a thorough andprofessional manner. The so-called "seismic housekeeping" was found to be excellent. Veryfew items such as desks, bookcases, ladders, and the like were found in the proximity ofsafety-related equipment. When they were in the general proximity of equipment, as was thecase in the Main Control Room, the items were chained to a structural column.

The following addresses the peer review audit findings.

The lead insert expansion anchors (cinch anchors) were used for some mechanical andelectrical equipment and were declared outliers. NMP-1 is currently performing a bolttightness check per Appendix C.2.3 of the GIP. Three components anchorage remain to bechecked using a Document Change Request (DCR). The anchorage willbe checked during aforced outage or a refuel outage due to ALARAand personnel safety concerns.

The lube oil reservoirs on pumps appear to be loose. By design, the oil reservoir fits looselyover a metal cup and no further modification is required. This finding is closed.

A number of cable tray supports are attached to a sheet metal deck. Further analysis wasdone and the results are given in Section 7 of this report.

The majority of cable tray supports in the Reactor Building have a cast iron insert foranchorage. An ultrasound test on a statistical sample willbe performed to assure thethreaded rod is sufficiently inserted into the insert. See Table 7-1 of this report.

EDG 102 and EDG 103 power board cubicals are not all anchored. The SEWS are revisedand the power boards are outliers. The gaps between the door and frame willbe addressedon the outlier resolution forms for the power boards. See Table 8-1 of this report.

10-1

Section 10 (Cont.)

The fuel oil tanks, the room exhaust fans, and the roll up doors for the diesel generatorswere added to the SSEL. This finding is closed.

The condensate water storage tanks are optional equipment for a GIP analysis. No action isrequired as this is optional equipment. This finding is closed.

The Control Room chillers are outliers, and a DER has been written to address a plantmodification. See Table 8-1 of this report.

A bolt tightness check was done for the cinch anchors for 1671 power board. Allboltsachieved the proper torque. This finding is closed.

Valves 202-34 and 202-35 were judged to have independent braces. The SEWS were revisedto show this judgment is conservative. This finding is closed.

An analysis concluded tanks 60-09 and 60-10 base plates are acceptable. This finding isclosed.

The RBCLC tank 71-126 was found acceptable for a Section 7 GIP analysis. This item isclosed.

Battery Boards BB11 and BB12 SEWS Revision 0 states a cable tray is attached to the top ofthe boards and is considered in the board weight. This item is closed.

System interaction of the EDG room fire panel and ventilation system is currently beingevaluated. See DER 1-95-2987 and Table 2-2 of the USI A-46 Relay Evaluation Report.

An HCLPF evaluation for the Foam Room was judged that no seismic failure willoccur.This item is closed.

A Problem Identification Document (PID) is written to address tieing down of the ControlRoom ceiling panels. See Table 8-1 of this report.

The Control Room and Auxiliary Control Room panels are outliers, and a plant modificationis addressed using DER process. See Table 8-1 of this report.

The gaps between the MCC braces and the cubical is addressed in a PID. See Table 8-1 ofthis report.

The HCU anchorage was evaluated and were found to be adequate. This finding is closed.

The containment spray pump SEWS were revised to assume the pumps are flexible.Analysis shows the pump anchorage is adequate for applied loads. This finding is closed.

The welding of Power Board 16 and 17 is addressed in a DER. See Table 8-1 of this report.

10-2

Section 11

RE<I<'ERENCES

1. Generic Implementation Procedure (GIP) for Seismic Verification of Nuclear PlantEquipment, dated February 1992, copyright Seismic Qualification UtilityGroup(SQUG), Revision 2, corrected February 14, 1992.

2. USNRC, "Supplement No. 1 to Generic Letter (GL) 87-02 that Transmits SupplementalSafety Evaluation Report No. 2 (SSER No, 2) on SQUG Generic ImplementationProcedure, Revision 2, as Corrected on February 14, 1992 (GIP-2)," dated May 22,1992.

3. MPR Associates, Inc., MPR-1450, "Nine Mile Point Nuclear Station —Unit 1, USI A-46Relay Evaluation Report," Revision 1, dated April 1994.

4. Niagara Mohawk Power Corporation Letter (C. D. Terry) to USNRC, NMP1L 0695,dated September 18, 1992.

5. Niagara Mohawk Power Corporation Letter (C. D. Terry) to USNRC, NMP1L 0728,dated January 22, 1993.

6. US Nuclear Regulatory Commission Letter (D. S. Brinkman) to NMPC (B. R. Sylvia),dated November 17, 1992.

7. US Nuclear Regulatory Commission Letter (D. S. Brinkman) to NMPC(B. R. Sylvia), dated March 24, 1993.

8. MPR Associates, Inc., "Results of BWR Trial Plant Review, Nine Mile Point Unit 1,"prepared for Seismic Qualification UtilityGroup (SQUG), April 1988.

9. Niagara Mohawk Power Corporation Letter (C. D. Terry) to USNRC, NMP1L 0765,dated June 18, 1993.

11-1

Appendix A

RCSUMRS FOR SEISMIC CAPABILITYENGINEERS

Carmen R. AgostaMohammed F. AlviWalter DjordjevicAbdussattar Patwa

Caroline S. Schlaseman

CARMEN R. AGOSTA

PROFESSIONALHISTORY Niagara Mohawk Power Corporation, Corporate Offices, Syracuse, New York, Structural

Engineer, 1989-Present

Bechtel Power Corporation, Gaithersburg, Maryland, Civil/Structural Engineer, 1981-1989

EXPERIENCE NIAGARAMOHAWKPOWER CORPORATIONSTRUCTURAL ENGINEER - NINE MILE POINT UNIT 1

Project Manager for the Seismic Qualification Utility Group (SQUG) Program.Responsible for equipment seismic verification, by using SQUG methods, resultingin a substantial cost savings for the company. Provide engineering evaluation ofequipment mounting, conduit and cable tray supports and in-situ modal testing ofselected electrical cabinets. Develop design specifications forcontrol ofheavy loads,concrete expansion anchors and generic conduit and cable tray supports. Thegeneric support details developed for these specifications accelerates the modifica-tion design process. Proficient in STADD, ICES-STRUDL, Word Perfect and HarvardGraphics computer programs. Maintain seismic qualification and equipmentcertification files.

BECHTEL POWER CORPORATIONCIVIL/STRUCTURALENGINEER - THREE MILE ISLAND PROJECT

Contract Administrator for tools fabricated at off-site machine shops. Designedunique tools such as an underwater abrasive saw, rotary sealer and an airliftpump.Tooldesig n was performed using AutoCADcomputer program. These tools providedan efficient means for defueling the TMI-2 reactor vessel.

.CIVIL/STRUCTURALENGINEER - YANKEEATOMIC ELECTRIC PROJECT

Designed Control Rod Drive pipe supports utilizing the STADD structural analysiscomputer program foroptimum design solutions. The project was performed on timeand under budget.

CIVIL/STRUCTURALENGINEER - TURKEY POINT PROJECT

Responsible for modifications to the Turkey Point Nuclear Plant for 10CFR50Appendix R compliance. The modifications included design of pipe supports.

CIVIL/STRUCTURALENGINEER - SNUPPS PROJECT

Performed design and analysis on various power block structures during theconstruction phase of Callaway Unit 1. Evaluated steel framing connections withhigh strength bolts in accordance with AISC Manual of Steel Construction andCooper-Turner Industries resulting in no rework of these connections. Analyzedexisting steel framing members foradditional applied loads. Disposition field changerequests and non-conformance reports written against design drawings.

CIVIL/STRUCTURALENGINEER - SUSQUEHANNA PROJECT

Determined the structural adequacy of the Reactor Building liner plate for appliedloads prior to initial plant start-up. The analysis concluded the liner plate wasadequate and did not impact start-up. Reviewed the as-built drawings of plantframing steel to determine structural adequacy.

CIVIL/STRUCTURALENGINEER - DAVIS BESSE PROJECT

Evaluated the as-built drawings of pipe supports to assure compliance with ANSIB31.1 and ASME Section III. Analyzed the main steam pipe whip restraint supportsusing ICES STRUDL-II structural analysis computer program.

EDUCATION West Virginia University, Morgantown (1981)B.S. Civil Engineering

State University of New York, Delhi (1974)A.A.S. Building Construction

REGISTRATION Professional Engineer, Commonwealth of Pennsylvania

RESUME OFMOHAMMEDFAROOQ ALVI,P.E.

Supervisor, Civil/Structural Unit 1

EMPLOYMENT HISTORY.

Niagara Mohawk Power Corporation301 Plainfield Road, Syracuse, NY 13212September 1988 to PresentSupervisor, Civil/Structural Design for Nine Mile Point Unit 1 Nuclear Power Plant

Sargent k, Lundy EngineersConsulting Engineers55 E. Monroe Street, Chicago, IL 60603May 1983 to September 1988Lead Structural Engineer for Various Nuclear Power Plant Projects

Klein &Hoffman, Inc.Consulting Engineers100 South Wacker Drive, Chicago, IL 60606Senior Structural Engineer

SUMMARY OF PROFESSIONAL EXPERIENCE.

SUPERVISORY:

Supervise a group of 5 engineering personnelPrepare manpower forecasts for short and long term needsPrepare performance appraisals/evaluations of those under my supervisionConduct classroom training ofengineering personnel for specifications, guidelines,etc.Supervise plant outage modifications, including structural analysis, design,installation, and project documentationCompleted various training on tiered leadership, supervisory skills, effectivecommunication, technical writing, and 10CFR50.59 safety evaluations

SUMhLWY OF PROFESSIONAL EXPERIENCE (Continued):

~TH HNI AL:

Extensive nuclear plant experience in structural engineeringExperience in structural analysis/design of residential and industrial buildingsProject engineering experience in nuclear power plantsPrepared structural design criterias, design control packages, and engineeringspecifications for nuclear power plant structuresPerformed structural analysis of space frames using STRUDL, LRGBOR, andused many other in-house structural engineering programsWorked as a liaison between engineering and contractors to resolve field problemsand contractual issuesPerformed calculations for design changes, dispositioned Deviation Event Reports(DERs), Non-Conformance Reports (NCRs), and Document Change Requests(DCRs), etc., for nuclear power plantsPerformed calculations for analysis and design of steel and concrete structures,including beams, columns, walls, slabs, pipe supports, conduit supports, expansionanchors, pipe ship restraints, embedded plates, underground tanks, retaining walls,etc., used ACI, AISC, UBC, and ASME codes.Performed seismic qualification of unreinforced masonry walls in nuclear powerplants, used ACI code for masonry structuresReviewed and approved contract specifications, concrete and steel shop drawings,and modification packagesSuccessfully completed the Seismic Qualification Utility Group (SQUG) andIPEEE training. Worked on seismic qualification of equipment using GenericImplementation Procedure (GIP)Familiar with Standard Review Plan (SRP), IE Bulletins, and Regulatory Guidesfor Nuclear Power PlantsAttended seminars on structural repair of concrete and masonry using latesttechniques

PROFESSIONAL LICENSES:

Registered Professional Engineer, State of New York

PROFESSIONAL SOCIETY MEMBERSHIP:

Member, American Society of CivilEngineers (ASCE)

REFERENCES:

Furnished upon request

WALTEROJORDJEVIC

EDUCATiON:

B,S. - Civil Engineering, University of Wisconsin at Madison, 1974M.S. - Structural Engineering, Massachusetts Institute of Technology, 1976

REGISTRATION:

State of California, State of VNscansin, Commonwealth af Massachusetts, Stateof Michigan

PROFESSIONAL HISTORY:

Stevenson 8 Associates, Inc., Vice President and General Manager of the Boston office,1983 - present

URS/JohnA. Blume8 Associates, Engineers, Boston, Massachusetts, GeneralManager, 1980-1983; San Francisco, California, Supervisory Engineer, 1979-1980

ImpellCorporatlon, San Francisco, California, Senior Engineer,1876-'1979

Stone & Webster Engineering Cogoratlon, Boston, Massachusetts, Engineer, 1974-197B

PROFESSIONAL EXPERIENCE:

hlr. Djordjevlc founded the Stevenson 8 Associates Boston office in 1983 and serves asVice President and General Manager of the Boston area office.

Mr. Djordjevicis expert in the area of dynamic qualification of electrical and mechanical equipment.He has participated in and managed over twenty major projects involving the evaluation andqualification of vibration sensitive equipment and seismic hardening of equipment. As demon-strated by his committee wark and publications, Mr. Djordjevic has participated in and contributedsteadily to the development of equipment qualification and vibration hardening methodology.

Mr. DjardjBvlds previous walkdown experience iriciuded all of the SEP plants (8 plants), NineMile-Unlt1, D,C, Caok- Units1 8 2, the Hanfard Reservation Purexfacility and the Savannah RiverPlant Reservation L-Reactor.

Representative prajects include overseeing the SEP shake-table testing af electrical raceways, in-sltu testing of control panels and instrumentation racks at various nuclear facilities, equipmentanchorage walkdowns and evaluations at various nuclear facilities, principal author of theGER'rlVALVEsoftware package to evaluate nuclear service valves, and contributing author in

the development of tha ANCHOR and EDASP software packages commercially distributed byStevenson 8 Associates.

Mr. Djordjevic has been involved extensively in the reassessment of safety-related equipment forcommercial nuclear facilities and government U,S, Department of Energy facilities, for which hemaintains an active Q<earanca status, Ha has served on advisory groups and raview tear'ns

touring older existing nuclear facilities to assess safety and has performed earthquakereconnaissance at such installations following seismic events.

PROFESSlONAL GROUPS:

Member, Institute of Eectrlcal and Electronics Engineers, Nuclear Power Engineering CommitteeWorking Group SC 2.5 (IEEE-344)

Chairman, American Society of Civil Engineers Nuclear Structures and Materials Committee,Working Group for the Analysis and Design of Electrical Cable Support Systems

Member, American Society of Mechanical Engineers Operation, Application, and ComponentsCommittee on Valves, Working Group GC-5

Abdussattar M. Patwa

75 Erie StreetOswego, NY 13126

TEL: (315) 342-6725 (Home), 349-2850 (Office)

a 3/9 (/pQ

OB CTIVEivii and tructural Engineer, management position in a growing company where skills and qualifications can

be utilized for the advancement of the company.

SUMMARY

Over 30 years experience in the design and construction of civil and structural Ennieering projects. Last 15 .

years in the power plant industry, designing and analyzing nuclear plant structures as well as componentsupports, foundations, coordination with plant maintenance and regulatory agencies. Proficient in preparationof hand calculations, sound working knowledge in finite element programs such as STRUDL, dynamic pipedesign and fiexibilityanalysis by Superpipe, Pipemaster. Well versed with major design codes for piping andcomponent supports. Strong seismic background, familiarity with computer application in tracking historicaldata from VAXand PRIME systems. SQUG/IPEEE qualifie for older plants similar to NMP unit 1.

EXPERIENCE

3/90 to Present

11/93 to Present

3/90 to 10/93

10MS to 2/90

NIAGARAMOHAWKPOWER CORPORATIONNine Mile Point Unit 1 Nuclear Power Station, Lycoming, NY 13093

CiviVStructural design Department

As a Senior Structural Engineer designed and developed modification packages forCorespray Minimum Flow lines piping design by Superpipe, coordinated systemshutdown cooling mod, Battery chargers, H'20z monitoring system replacements.

~ Prepared design verifications of various outage modifications.~ Prepared calculations for Deficiency Reports generated by Design-Basis

Reconstitution Program.- Performed SQUG walkdowns.

Site Engineering Department

Senior Structural Engineer responsible in providing on-site resource in resolving day today plant civiVstructural problems, performed site walkdowns to design and developfield-oriented modifications. Interfaced with other disciplines under criticalcircumstances in preparing quick response to field problems and installation concernsfor avoiding operation delays.

~ Managed structural portion of schedule for modifications and completionwithin the budget.

~ Developed unique method of supporting pipe layout and organized quickreturn to power of the plant outage.

~ Received recognition Rom ALARAdeprtment for design of radiationshieldings during the outages.

~ Prepared seismic design and installation of scaffolding requests.~ Organized calculations, procedures for coordination with NRC and INPO

institutes on audits and inspections.

Sargent & Lundy Engineers, Chicago, Illinois

- Worked 2 years as a Consultant/Contractor at Nine Mile Point 1 Nuclear Plant.Assingnment involved reponsibilities in resolving nonconformances due to In ServiceInspection Program, field walkdowns of piping supports, cracks in masonry and pouredin concrete walls and seismic design of the modifications.

c.

11/75 to 9/78

12/73 to 10/75

4/66 to 12/73

6/61 to 3/66

EDUCATION

CERTIFICATES

REGISTRATION

MEMBERSHIP

~ Worked 4 years at Enrico Fermi Nuclear Power Plant as a Senior StructuralEngineer. Supervised and trained project teams of 3 to 20 engineers for performing

design analysis, reviewing structural problems in Drywell containment steel, slab overtorus component supports, penetrations.

~ Developed project unique criteria oa component supports and procedures inaccordance with NRC regulatioas.

~ Coordinated with the client and contractors in monitoring manpower needswhile meeting project schedules and budgets.

- Approximately 4 years at Commonwealth Edison's LaSalle county Nuclear station.As a Senior and Lead Field Engineer, was involved in the developmeat of designcriteria, instructions aad project schedules. Responsible for organiziag field teams forwalkdown, preparation of reports and interfacing with clients on resolutions ofproblems in containment internal structures, cable trays, masonry walls and componentsupports.

Worked 1-1/2 years in Sargent & Lundy Office in Chicago, Illiaois in the design andreview of steel and concrete stuctures, and miscellaneous embedment plate problemsfor Zion, Dresden and Quad cities Nuclear Power Stations owned by CommonwealthEdison Company.

SKIDMORE, OWINGS aad MERRILL, Architects-Engineers, Chicago, Illinois.

Worked as Project Structural Engineer in the designs and specifications of largehanger structures, highrise buildings in steel and concrete and facilities.

BARNARDand BURK, INC., Louisiana,Worked as Senior Engineer in the design of petro-chem. refinery, industrial, processplant structures and facilities, effluent drainage system and steel frames.

Sir WILLIAMHALCROWS; RENDEL PALMER &TRENTON; Sir BRUCE WHITEWOLFE BARRY'S, London, England.

Worked 7-1/2 years as a Senior Structural Engineer with Consulting Engiaeers in thedesign and execution of multi-storey frame buildings, marine structures, bridges,quay walls, commercial facilities, power plant foundations, including checks oacontractors shop drawings and designs on various alternatives.

M.N. DASTUR & CO. and structural fabricators Bombay, India.

Worked as Engineer involving design of water tanks, multi-storey frame buildings,bridge girders, sheds and supervision of constuction work. Sometime in preparationand check of shop drawings and inspections of fabrication and erection of sheds.

B.S. in Civil Engineering (1961)-University of Poona, India.Completed courses in steel aad concrete structures including prestessed concrete andsoil mechanics in London, England.

(1) ASME B & PV Code Section IG, Piping design course.(2) Equipment Selection and Relay Evaluation Program by NRC and SQUG (Seismic

Qualification UtilityGroup)(3) AVCA, lOCFR5039, Licensing Engineering 1992.(4) Seismic Capability Engineer (SQUG)

Registered Professional Engineer, States ofNew York, Illinois, Mississippi, andLouisiana.Registered Structural Eagineer, State of Illinois.Chartered Structural Engineer(MIStructE), England, U.K.

American Society of Civil Engineers (1973).Institution of Structural Engineers, London, England. (Chartered Structural Engineer)

RMPRASSOCIATES INC.ENGINEERS

CAROLINE S. SCHLASEMAN, P.E.

EDUCATION

Duke University, B.S.E. Civil/Structural Engineering, 1981

MPR EXPERIENCE

Since Joining MPR in 1981, Ms. Schlaseman has been involved in analysis and problem solving ofa variety of tasks related to nuclear and fossil-fueled electric generating stations. This work hasincluded:

Nuclear Plant Seismic Adequacy AssessmentCoordinated and participated in seismic adequacy walkdowns and evaluations of approximately600 equipment items required for safe shutdown of a single-unit BWR. Work was performed inaccordance with the NRC-approved Generic Implementation Procedure (GIP), and includedscreening walkdowns and seismic capacity calculations for equipment anchorages. Coordinationof waikdowns included scheduling, tracking, and interfacing with outage management, healthphysics, craft support, QA, and the client's project engineer. Also performed seismic adequacywalkdowns of approximately 600 equipment items at a two-unit PWR. In addition to equipmentwalkdowns, supported seismic relay evaluation by assisting in establishment of appropriateseismic demand for relays mounted in a variety of enclosures, e.g., control room panels andswitchgear. Primary author of USI A<6 Seismic Evaluation Report for a BWR's NRC submittal.

Nuclear Plant Design BasisManaged a task to develop topical design criteria documents for an older BWR plant's designbasis reconstitution program, and prepared the topical design criteria document for seismicclassification of structures, systems, and components for this program. Prepared detailedscope/plan document for nonseismic external events design criteria document, and independentlyreviewed this document prepared by others. Evaluated current design requirements for seismic,flooding, tornado and other extreme external events, and the effect of these requirements onolder, operating nuclear units. Coordinated effort to review FSAR sections against StandardReview Plan (NUREG800) requirements for all balance of plant systems in a PWR seeking toresume construction. Participated in an NRC safety system functional inspection audit of a BWR,including preparation of calculations to document the design basis of audited systems.Researched and documented an older plant's sources, indexes, and methodologies for retrieval ofdesign basis information by engineers. Participated in function and task analysis, and detaileddesign review of a PWR control room.

Piping Systems, Components, and SupportsPerformed stress analyses of piping systems, components, and supports in nuclear power plants.Analyses included dynamic (frequency response spectrum) analysis, and leak-before-break failureanalysis for selected piping systems under normal, seismic, and accident loading conditions.Designed hardware modifications as required by ASME and AISC Code criteria. Researched andevaluated original seismic analyses for piping systems in an older nuclear power plant, andprepared upgraded, alternative seismic reanalysis criteria for piping systems. Assessed theadequacy of the original seismic design analysis for the concrete stack at an older BWR.Participated in evaluation of a BWR's recirculation piping susceptibility to IGSCC, includingrecommendations for stress improvement in the weld heat-affected zones.

Caroline S. SchlasemanPage 2

Root Cause Failure EvaluationsEvaluated the root cause and defined corrective actions for power plant equipment. Includesvalve failures in nuclear power plant fluid system, large steam turbine bearing failure, and aleaking control rod drive flange seal.

Turbine-GeneratorsPrepared procurement specifications for large steam turbine rotor and blade path retrofits.Performed technical evaluations of vendor proposals to supply steam turbines and turbinecomponents. Followed procurement, installation, and pre- and post-outage performanceimprovement testing of retrofit turbine-generator. Performed turbine water induction preventionstudies for fossil-fueled generating stations. Researched reliability and maintainability of waterinduction related equipment through personnel interviews, inspections, and discussions withequipment vendors.

Fossil-Fueled PlantsEvaluated proposed structural modiTications to a large fossil-fueled boiler, to allow conversionfrom forced draft firing to balanced draft operation. Reviewed boiler vendor drawings andcalculations, performed check calculations, discussed proposed modifications with vendor, andwalked-down boiler. Developed structural inspection procedure for counterflow natural draftcooling towers. Inspections and evaluations of material condition of auxiliary equipment infossil-fueled generating stations as part of material condition/life extension study.

REGISTRATION

Registered Professional Engineer, Commonwealth of Virginia

OTHER

Successfully completed the Seismi'c Qualification UtilityGroup (SQUG) course for SeismicCapability Engineers, as defined by the NRC's Unresolved Safety Issue (USI) A<6 Program.

Appendix B

COMPOSITE SAFE SHUTDOWN EQUIPMENT LIST (SSEL)

Page No. 1

Report Date/Tine: 12-22-95 / 13:18:10Hine Hile Point Unit 1

SAFE SNUTDWH EQUIPHENT LIST (SSEL)-Conposite-

Data Base File Haec/Date/Tine: I46)l 3.DSF / 12/22/95 / 3:16:16Sort Criteria: ID NunberFilter Criteria: (Evai. Concern CONTAII5 'A')Progran File Nano 8 Version: SSBI 2.2

LIHE EQUIPIB. TRAIN CLASS HARK %.

~$$ $ $$ $$ $ $$ $ $ $ $$ $$ $$ $ $ $ $$$$$$$$ $ $ $

(I) (2) (3) (4)

4185 1 08A 01-01

4186 2 08A 0142

4190 2 07 01-03

4191 2 088 01-03C

4192 2 088 01-030

4192A 2 088 01-03E

4187 1 07 01-04

4188 1 088 01-04C

4189 1 088 01-040

4189A 1 088 DIME

SYSTBI/EQUIPHENTDESCRIPT ION

~ $ $$$$$$$ $ $$$ $ $$$$$$$$ $ $$$$$ $$$$$$

(5)

Dug. No./Rev./lone Building~ $$$$ $ $$ $$$$$$$$$$$$ Ssssssssss

(7)(6)

HS/HAIN STEN OUTSIDE ISO VLV 43 8-22109M/4PILOT

l5/HAIN STEAH OUTSIDE ISO VLV $3 8-22109M/4PILOT

l5/HAIN SlEAH OUTSIDE ISO VLV l3 8-22109-C3/4PII.OT

TB

TB

HS/NIH STEAH OUTSIDE ISO VLV 44 C-18006-Cl/28/Bl TB

HS/HAIN STEAH OUTSIDE ISO VLV 44 8-2210943/4PILOT

HS/HAIN STEN OUTSIDE ISO VLV l4 8-22109-C3/4

PILOT'S/HAIN

STEN ONSIDE ISO VLV l4 8-22109M/4PILOT

TB

TB

HS/HAIN STEAN INSIDE 150 VLV 41 C-18006-Cl/28/84 W

HS/HAIH STEN II5IDE ISO VLV 42 C-18006-Cl/28/82 W

HS/HAIN STEN OUTSIDE ISO VLV 43 C-18006-Cl/28/85 TB

EQUIPHENT

Fir.Elv.~$$$ $ $$ $ $$

(8)

259

261

261

261

261

261

261

261

261

LOCATION ——-> <- OP. ST. ->Rn. or Ron/Col. SORT N3TES Homal Desired~ $ $ $ $$$$$$$$$$$ Ossa $ $ $ $$$ $$$$$$$ $$$$$$$

(9) (10) (11) (12) (13)

PWER SIB>PORTING SYS. REQ'D INTERCONIECTIONS REG.

REQD7 WG. Ial./REV. 8 SUPPORTING CB)OHBITS ISSUE~Sass $$$$ $$$$$$$$$$$ $$$$$$ $ $ $$ $ $$$ $$$$ $$$ $$ $$$$$

(14) (15) (16) (D)

AZ210

I5IV RH 5 19 OP BI CLOSED YES 01-03C, 01430, 0143E Al

HSIV RH

H5IV RH

5 R 19,27, AIR31

5 R 19,27, AIR31

YES C-19839-CIS/7, RPS, 8811, 8812, RIK AIC-19839419/10 01-03A) H) L) HSIVIR»

YES C-19839418/7, RPS, 8811, 8812, RIK AlC-19839419/10 01-03A, H, L, HSIVIR»

I5IV RH R 19 YENT VENT HSIVIR» AI

HSIV RH 5 09>19 OPEN CLOSED YES 01-04C, 0144D> 01-04E AI

I5IV RH

HSIV RH

I5IV RH

5 R 19,27, AIR31

5 R 19>27, AIR31

R 19 VENT VEHT

YES C-19839-CIS/7, RPS, 8811, 8812, RIK AIC-19839-C19/10 01-04A, H, L) HSIVIR»

YES C 19839418/7 RPS 8811> 8812 RIK AIC-19839-C19/10 01-04A, H> L, I5IVIR

HSIVIR» Al

5 R 19,31 OPEN CLOSED YES C-19437-C2/34 RPS, 1618, RHC 014IA AI

5 R 19,31 OPEH CLOSED YES C-19440-C2/31 RPS, 1718, RIK 0142A Al

3128 1 7 01-102A

3126 1 7 01-1028

3132 2 7 01-102C

3134 2 7 01-102D

3130 1 7 01-102 E

3136 2 7 01-102 F

3144 10P 22 01-119A

CERTIFICATION:

HS/HAIN STEAH OIERGOKYELECTRCHATIC RV l3

HS/NAIH STEAH OIERGOKYELECTRCHATIC RV IlHS/HAIN SlEAH OIERGOKYELECTRCHATIC RV l2

HS/NAIH STEAH EHERGOKY

ELECTRIIATIC RV l4

I5/HAIN SlEAH EHERGOKYELECTRCHAlIC RV 45

l5/HAIN STEAH EHERGOKYELECTRCHAlIC RV l6

HS/HAIH STEAH SAFETY YLV

C-1800241/30/83 W

C-18002-Cl/30/82 W

C-18002-Cl/30/C2 W

C-18002-CI/30/C3 W

C-1800241/30/83 W

C-18002-Cl/30/C3 W

C-18002-Cl/30/Cl W

259

VEST

VEST

SR

SR

SR

SR

SR

SR

36

CLOSED OP/CL YES C-19839-C18/7

CLOSED OP/CL YES C-19839418/7

8812, 103, IUK 01-21, AIPIS-36-90C, N

8812, 103, RIK 01-22, AIPIS-36-90D) N

CLOSED OP/CL YES C-19839419A/2 8811, 102, RIK 01-18, AIPIS-36-90E) L

CUBED OP/CL YES C-19839418/7

CU5ED CLOSED

8812, 103, RIK 01-23, AlPIS-36-90F, H

Al

CLOSED OP/CL YES C-19839419A/2 8811. 102, RIK 01-19, AIPIS-36-90A> L

CLOSED OP/CL YES C-19839-C19A/2 8811, 102, RIK 01-20, AIPIS-36-908, L

The infornation identifying the equipnent requ to bring the plant tois, to the best of our knouledge and belief rre and bur . (On

CARHEN R. AGOSTA/ ENGINEER

rntor ype ane te gnature

GOHAI4IED F. ALVI ENGINEER

r nt or ype t e gnature

safe shutdovn condition on this Safe Shutdovn Equipnent List (SSEL)r nore signatures of Systens or Operations Engineers)

/~/e~ate

Page No. 2Rcport Date/Tine: 12-22-95 / 13:18:10

Hinc Hlle Point Unit 1SAFE SNUTDOVN ElgIPHEHT LIST (SSEL)

-Coaposlte-

Data Base Flic Kane/Date/Tine: 86>1 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nane I Version: SSEH 2.2

LINEM. TRAIN

~$$ $ $$ $$$$$

ElgipCLASS NARK M.

41898 1 07 01-PV3»

4189C 1 07 01-PV4»

4222 1 088 05-OIC

6141 10P 088 0541C

4223 1 088 05-OID

6142 10P 088 05-OID

4221 1 07 054 1R

6140 10P 07 05-OIR

(I) (2) (3) (4)

3145 10P 22 01-1198

3146 10P 22 01-119C

3147 10P 22 01-1190

3149 10P 22 01-119F

3150 IOP 22 01-119G

3151 10P 22 01-119H

3152 10P 22 01-1193

3154 10P 22 01-119H

41928 2 07 01-PVI*

4192C 2 07 Ol-pY2»

SYSTEH/EOUIPHEHT

DESCRIPTION

(5)

HS/HAIN STEAH SAFETY VLV

HS/HAIN STEAH SAFETY VLY

HS/HAIN STEIH SAFETY VLV

HS/HAIN STEAN SAFETY VLV

HS/HAIH STEAH SAFETY VLV




Dwg. No./Rev./Zone Building~$$$$$$$ $ $ $ $$$$$$$$$

(6) (7)

C-18002-Cl/30/Cl DV

C-18002-Cl/30/Cl ON

C-18002-Cl/30/Cl DV

C-18002-Cl/30/Cl DH

C-18002-CI/30/Cl DV

C-18002-Cl/30/Cl DV

C-1800241/30/Cl DV

C-1800241/30/Cl DV

HS/HAIN STEAN OUTSIDE ISO VLV l3 8-22109M/4PILOT

HS/HAIN STEAN OUTSIDE ISO VLV 43 8-22109M/4

PILOT'S/HAIN

STEAN OUTSIDE ISO VLV l4 8-22109M/4PILOT

HS/HAIN STEAN OUTSIDE ISO YLV 44 8-22109~4PILOT

ECV/EC 11 LOOP VENT FIRST ISO VLV C-180174/42/D2PILOT

ECY/EC 11 LOOP VENT FIRST ISO VLV C-l80174/42/D2PII.OT

ECV/EC 11 LOOP VENT FIRSI'SO VLV C-18017-C/42/DlPII.OT

ECV/EC 11 LOOP VENT FIRST ISO VLV C-180174/42/DlPILOT

TB

TB

TB

TB

RB

RB

RB

ECV/EC 11 LOOP VENT FIRSI'SO YLV C-180174/42/D2 RB

ECV/EC ll LOOP VENT FIRST ISO YLV C-180174/42/D2 RB

EOUIPHENT

Flr.Elv.~$$$$$$$ $$

(8)

261

261

261

261

LOCATION ——-> <- OP.Rn. or Row/Col. SOR'f MTES Homal

(9) (10) (11) (12)

36

36

36

36

36

36

36

CLOSED CLOSED HO

CLOSED CMSED NO

CLOSED CLOSED IRI

CLOSED CLOSED ND

CLOSED CLOSED M

CLOSED CLOSED IR)

CLOSED CLOSED IBI

CLOSED CLOSED M

AI

Al

AI

AI

AI

AI

AI

AI

HSIV RH

HSIV RH

HSIV iUi

NSIV RH

5 12,19 5-Cl 5-Cl

5 12,19 5-C2 S-Cl NO

5 12>19 5-Cl S<1 N3

5 12,19 5-C2 S41 M

HSIVIR»

HSIVIR»

HSIVIR»

HSIVIR»

AI

AI

AI

AI

PB> ECVYR»

PB> ECWR»

PB, ECWR»

PB> ECWR»

5 R 19,27, AIR31

5 R 18,27, AIR31

5 R 19,27, AIR31

5 R 18>27, AIR31

VENT YES C 19839<IBA/2> RPS> H> L 8811 8812> AlC-19839419A/2 RHS 05-01A, ECWR»

VENT YES C-19839<IBA/2> RPS, H, L, 8811> 8812, AIC-19839419A/2 RHS 05-01A, ECWR»

VENT YES C-19839-CIBA/2, RPS, H, L, 8811, 8812, AIC-19839-C19A/2 RHS 05-01A, ECWR»

C 19839 CIBA/2> RPS> H> L> 8811> 8812 ~ AIC-19839-C19A/2 RHS 05-01A, ECWR»

PB, ECWR» 5 19 OP EH CMSED YES

PB, ECWR» 5 18 OPEN CMSED YES

05-01C, 05-OID AI

0541C> 05-010 Al

5T. —> POVER 5UPPORTING SYS. REI}'D IHTERCONECTIONS REG.Desired RE)07 DVG. M./REV. 8 M>PORTING CBB>ONENTS ISSUE~$$ $$$$ $$ $ $$ $$$$$$ $$$$$$$$$ $$$$$$$$$$$$$$$$$$$ $ $$$ $$$$$

(13) (14) (15) (16) (17)

CERTIFICATION:

The lnfornatlon identifying the equipnent requir to bring the plant to a safe shutdown condition on this Safe Shutdown Equipnent List (SSEL)is, to the best of our knowledge and belief, rec and ac rate. (One r nore signatures oF Systens or Operations Engineers)

CARNEN R. AGOSTA/ ENGINEER c'~fW/P~rntor ype ane te gna re a

ljHQWED F. ALVI / ENGINEER

r ntor ype ane t e tegnature

Page No. 3Report Date/fine: 12-22-95 / 13:18:10

Nine Hiie Point Unit 1SAFE SNUTDOVH EQUIPHEHT LIST (SSEL)

-Conpositc-

Data Base Flic Nano/Date/Tine: I46>1 3.MF /12/22/95 /13:16:16Sort Criter ia: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nane 6 Version: SSOI 2.2

LINE EQUIPID. TRAIH ClASS

$$ $ $ $$ $$ $ $$ $$$$$

(I) (2) (3)$$$$$$$$$$$$ $ $ $$ $$

(4)

SYSTEH/EQUIPHEHT

DESCRIPTION~$ $ $ $ $$$$$ $ $ $ $$$ $ $ $ $ $ $$$$$$ $$$$ $$ $

(5)

Dug. Ho./Rev./Lone~$$$ $ $ $ $$$$ $ $$$ $ $$$$

(6)

Building~$$$$$$$$$

(7)

EQUIPHENT

Fir.Elv.$$$$$$$$$$

(8)

NATION --->Rn. or Rou/Col.

(9)

SORT IDTES~$$$ $$$$$$

(10) (11)

<—OP.Homal

(12)

ST. —> PGNER SUPPORTIHG SYS. REQ'D INTERCONECTIONS REG.Desired REQD7 DUG. ID./REV. 8 SUPPORTING Og>ONEHTS ISSUE$$$$$ $$ $$$$$ $ $$$$$$$$$$$$$$ $$ $$ $$$$$$$ $$$ $$$$$$$$$ $$$ $$

(13) (14) (15) (16) (17)

4228 1 088 05-04C

6147 20P 088 05-04C

4229 1 088 05-04D

6148 20P 088 05-04D

ECV/EC 12 lOOP VM FIRST ISO VLV C-180174/42/E2PILOT

ECV/EC 12 LOOP VEHT FIRST ISO VLV C-18017</42/ELPII.OT

ECV/EC 12 lOOP VENT FIRST ISO VLV C-180174/42/E2PILOT

ECV/EC 12 UNP VM FIRST ISO VLV C-180174/42/E2PILOT

RB 340

PS ECWR»

PB> ECVYR»

PB> ECWR»

PS> ECWR»

5 R 19,27, AIR31

5 R 18,27, AIR31

5 R 19,27, AIR31

5 R 18,27, AIR31

VENT YES C-1983%418A/2> RPS, RHS 0544A, N, L, AlC 19839<ISA/2 ECWR»> 8811> 8812

VENT YES C-1983WISA/2> RPS> RHS 05-04A, N, L, AIC-19839419A/2 ECVVR», 8811> 8812

VM YES C 19839<ISA/2> RPS> RHS 0544A N> L> AlC-19839419A/2 ECWR», 8811, 8812

VENT YES C-19839-CIBA/2> RPS> RHS 05-04A, H, L, AlC-19839419A/2 ECWR», 8811> 8812

4227 1 07 05-04R

6146 20P 07 05-04R

4224 2 07 05-11

6143 20P 07 05-11

4225 2 088 05-11C

6144 20P 088 05-IIC

4226 2 088 05-IID

6145 20P 088 05-IID

4230 2 07 05-12

6149 10P 07 05-12

4231 2 088 05-12C

6150 IOP 088 05-12C

4232 2 088 05-12D

ECV/EC ll LOOP VEHT SECOD ISO VLV C-I8017</42/D2PILOT

ECV/EC 11 LOOP VENT SECOD ISO VLV C-180174/42/D2PILO'I

ECV/EC 11 LOOP VENT SECOD ISO VLV C-180174/42/DlPILOT

ECV/EC 11 lOOP VENT SECOD ISO VLV C-180174/42/DlPllOT

RB

RB

RB

ECV/EC 12 LOOP VEHT SECOD ISO VLV

ECV/EC 12 lOOP VM SECOD ISO VLV

C-18017-C/42/E2

C-18017-C/42/E2

ECV/EC 12 lOOP VENT SECOD ISO YLV C-18017-C/42/E2PILOT

ECV/EC 12 LOOP VENT SECOD ISO VLV C-18017-C/42/E2PILOT

ECV/EC 12 LOOP VM SECOD ISO VLV C-18017-C/42/ElPILOT

RB

RB

ECV/EC 12 LOOP VEHT FIRST ISO YLV C-180174/42/E2 RB

ECV/EC 12 LOOP VEHT FIRST 150 VLV C-180174/42/EL RB

ECV/EC 11 LOOP VENT SECOD ISO VLV C-18017-C/42/D2 RB

ECV/EC 11 LOOP VENT SECOD ISO VLV C-180174/42/02 RB

340

PS, ECWR» S 19 OPEN CLOSED YES

PS, ECWR» 5 18 OP EH CLOSED YES

PS, ECWR» 5 19 OP EH CLOSED YES

0544C, 05~ Al

0544C> 0544D Al

05-11C> 05-llD Al

05-11C> 05-llD Al5 18 OP EH CU5ED YESPS ECWR»

PS> ECWR» 5 R 19>27, AIR31

5 R 18,27, AIR31

5 R 19,27, AIR31

5 R 18,27, AIR31

PS, ECVYR»

PS> ECYYR»

PS, ECWR»

05-12C > 05-12D Al

05-12C> 05-12D Al

5 lg OPEN CU5ED YESPS> ECWR»

PS, ECVYR» 5 18 OPEN CLOSED YES

PS> ECVYR»

PS, ECWR»

PB, ECWR»

5 R 19,27, AIR31

5 R 18>27> AIR31

5 R 19,27, AIR31

VENT YES C 19839418A/2> RPS> H> l> 8811> 8812> AlC-19839419A/2 RHS 05-128, ECWR»

VEHT YES C-19839418A/2> RPS, H, L, 8811, 8812, AlC-19839-C19A/2 RHS 05-128> ECWR»

VEHT YES C-19839-CIBA/2, RPS> H> l, 8811, 8812, AlC-19839419A/2 RHS 05-12S, ECWR»

VENT YES C-19839418A/2> RPS> H> l. 8811> 8812> AlC-19839419A/2 RHS 05-118, ECWR»

VENT YES C 19839<ISA/2> RPS ~ H> L> 8811> 8812> AlC-19839419A/2 RHS 05-118 > ECWR»

VENT YES C 19839418A/2 ~ RPS> H> l 8811 8812> AlC-19839-CIBA/2 RHS 05-118> ECWR»

VENT YES C-19839<ISA/2> RPS, K> l, 8811, 8812, AlC-19839419A/2 RHS 05-118, ECWR»

CERTIFICATION:

The infornation identifying the cquipnent rcquir bring plant to a safe shutdoun condition on this Safe Shutdovn Equipnent List (SSEL)is, to thc best of our knouiedgc and belief, rect and r . ( or nore signatures of Systens or Operations Engineers)

CARHEH R. AGOSTA/ ENGINEER /'-~/e-r nt or ype ane t e gnatur atc

IDNAINED F. ALVI / ENGINEER trntor ype ane te gnature

l

0

Page No. 4Rcport Date/tine: 12-22-95 / 13:18:10

Nine Hlie Po1nt Unit 1SAFE SHUTDNN EQUIPHENT LIST (SSEL)

-Conposite-

Data Base File Haec/Date/Tine: 146>l 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nano 8 Version: SSEN 2.2

LIHE EQUIP

NI. TRAIH CIASS~$0000 00000 00000

(I) (2) (3) (4)

SYS TEN/EQUIPHEHT

DESCRIPTION

(5) (6)~ 00000$ $0$0$ $0$ $$$$ $$ $ $$$ $ $ $$$0000 $$$$$0$ 0$ $$$$$ $ $$ $ $ $

Building~$ $ 0$ 00000

(7)

EQUIPHEHTFlr.Elv.

~ 000000000

(8)

LOCATION ---> <- OP.Rn. or Rou/Col. SORT NOTES Nornal

(9) (10) (11) (12)

St. -> PNER SUPPORTING SYS. REQ'D IHTERCNNECTIONS REG.Desired REQ07 NG. HO./REV. 4 SUPPORTING COSIONEHTS ISSUE$$$ $ $ $0 00000 000000000000000 $$ $ $$$ $ $$$$$$$$$0000000 00000

(13) (14) (15) (16) (17)

6151 10P 088 05-12D

8105A 1 03 101/2A-1

8106A 2 03 IOV28-I

8105 1 03 102

PB> ECWR»

AT

TB 277 A4

AP/4160 V PNERBOARD 4102 C-19410-Cl/21 TB 261 DIB

ECV/EC 12 LOOP VENT SECMI ISO VLV C-18017</42/ElPILOT

AP/4160 V PNERSOARD 4101 FEEDER

TO PNERSMD 4102

AP/4160 V PNERBOARD 1101 FEEDER

TO PNERBOARD 1103

5 R 18,27, AIR31

S R 32 H/A N/A

5 R 32 H/A N/A

5 R 32 H/A N/A

YES AI

YES Al

YES C-19839-C7/3, EDG102, 161A, 1618, AlC-1943741/20> 8812, 8811C-194374@4

YES C-19839<ISA/2> RPS, H, L. 8811, 8812> AIC-19839-C19A/2 RHS 05-128, ECWR»

8106 2 03 103 AP/4160 V PNERSOARD 4103 C-1941lhCI/21 TS 261 EIS 5 R 32 N/A N/A YES C-19839M/4, EDG103, 171A, 1718, AlC-19440<1/19> 8812, 8811C-1944hC2/31

8193 1 03 11

4203 1,2 OBA 110-127

2011 1 088 113-273

2012 1 088 113-274

2013 2 088 113-275

2014 2 088 113-276

2015 10P1 088 113-277

2004 1 088 117

2006 1 088 118

8194 2 03 12

2019 1 088 120

CRD/SCRAN DISCHARGE VOLNE TEST C-1801~23/C4YLV

CRD/TRAIN ll SCRAN VLV PILOlS (129 C-1801641/23/82lOTAL)

CRD/TRAIN 12 SCRAN VLV PILOTS (129 C-18016-Cl/23/82lOTAL)

AP/4160V PNERBOARD 12

CRD/DIRECTIONAL CONTROL VALVES C-18016-Cl/23/Bl(129 TOTAL)

RB

RB

RB

TB

RB

AP/4160V PNERBOARD ll C-19423<1/16

RBSS/REACTOR COOLANT SAIBILE INCR C-1800641/28/F3ISO VLV

CRD/SCRAH TNC INLET ISO VLV PILOT C-18016~23/04 RB

CRD/SCRAN TNC IHLET ISO VLV PILOT C-18016<2/23/04 RB

CRD/SCRAM TAlC INLET ISO VLV P ILDT C-18016-C2/23/D4 RB

CRD/SCRAN TAIC INLET ISO VLV P ILOT C-18016~23/D4 RB

261

259

237

237

261

237

A4 N/A H/A H3 Al

S R 09,19 AIR VENT YES

5 R 09,19 AIR VEHT YES

5 R 09,19 AIR VEHT YES

S R 09,19 AIR VENT YES

5 R 19 AIR VENT YES

5 R 09 AIR VENT YES

5 R 09 AIR VENT YES

RPS

RPS

RPS

RPS

RIC 113-277A

RPS

RPS

AI

AI

Al

Al

Al

Al

AI

5

R

N/A H/A M

CU5ED CU5ED H3

AI

AI

R 19,31 CLOSED CU5ED 147 C-1943841/22 RPS> 167, RHS 110-1278 Al

CERTIFICATIN:

The infornation identifying the cqulpnent rcqu1s, to the best of our knou1cdge and belief corr

CARMEN R. ACOSTA/ EHGIHEER

rntor ype ane tcBIANED F. AI.VI / EiaiIHEERr nt or ype ane t e

to bri the plant to a safe shutdom condition on this Safe Sbutdovn Equipnent L1st (SSEL)t a c . or nore signatures of Systens or Operations Engineers)

/ zt w/PJatcgna

gnature

e


Hine Hilc Point Unit 1SAFE SHUTOOVN EQUIPHENT LIST (SSEL)

-Conposlte-

Data Bast File Hane/Date/Tine: III>1 3.DBF / 12/22/95 / 13:16:16Sort Crltcrla: ID HunberFilter Criteria: (Eval. Concern COHTAINS 'A')Progran File Nane 8 Vcrslon: SSEH 2.2

LINE EQUIPIII. TRAIN CLASS

~$$$ $$ $ $$ $ $ ,$ $ $ $$

(I) (2) (3)

2021 1 088 121

2022 1 088 122

2020 1 088 123

2003 I 07 126

2005 1 07 127

8113 1 01 161A

8114 1 01 1618

8116 1>2 01 167

811Q 1,2 01 1671

8109 I 02 16A

8110 I ~ 02 168

8117 2 01 171A

8118 2 01 1718

8111 2 02 17A

8112 2 02 178

8172 1>2 20 1510

8172A 1>2 20 1512

8103 1 20 153

8173 1,2 20 1534

(4)

5YSTEN/EQUI PHEHT

DESCRIPT ION

(5)

CRO/DIREClIONAL CONTROL VALVES

(129 lOTAL)

CRD/DIRECTIONAL CONTROL VALVES

(129 TOTAL)

CRD/DIRECTIONAL CONTROL VALVES

(129 tOTAL)

CRD/SCRN INLET VALYES (129 TOTAL)

CRD/SCRN DISCNARCE VALVES (129TOTAL)

AP/600 V POVERSOARD I161A

AP/600 V POVERSOARD I1618


AP/600 VOLT POVERSOARO 1671

AP/600 V POVERBMO IIQ


AP/600 V POVERBOARD I171A


AP/600 V POVERSOARD I17A


CTRL/AUXILIARYCOHTROL CABINH1510

ClRL/AUXILIARYCONTROL CABINET1512

AP/DIESEL GEHERATOR I102 RELAYCABIHH

ClRL/AUXILIARYCOHTROL RELAY

CABINH 1534

(6)

Building$$$$$$ $ $ $$

(7)

C-18016-Cl/23/Bl RB

C-18016-Cl/23/82 RB

C-1801&41/23/A2 RB

C-1943741/20

C-19437M

C-19438-Cl/22

C-1949:I/28

C-1943&CI/28

C-19440-Cl/19

C-1944K531

C-19439<1/21

C-19439<1/21

C-34854<2/I

RB

RB

RB

TB

RB

RB

RB

RB

RB

RB

'IB

TB

C-19410-Cl/21 TB

C-22004M/21 TB

C-18016-Cl/23/Al RB

C-18016-Cl/23/Al RB

EQUI PHENT

Flr.Elv.~ $ $ $$$ $ $ $$

(8)

237

237

237

237

237

261

261

281

281

281

261

261

281

281

261

261

261

261

LOCATION —-> <- OP. ST. —>Rn. or Ron/Col. SORT NOTES Homal Desired

(9) (10) (11) (12) (13)

CLOSED CLOSED

POVER SIPPORTINC SYS.REQ07 OVG. III./REV.$ $ $ $$ $ $ $ $ $$ $ $ $ $$$ $$$

(14) (15)

REQ'0 IHTERCOtIIECTIOHS REG.

8 SUPPORTINC CCtOHEHTS ISSUE~ $$$ $ $ $ $$$$$$ $ $ $$$ $ $ $ $ $ $ $$ $$

(16) (17)

AI

R CLOSED CLOSED H3 AI

R CLOSED CLOSED H3 AI

H, N4

Q7, 8

AS16

S 09 CMSEO OPEN YES

5 09 CLOSED OPEN

5 R 32 H/A N/A

S R 32 N/A H/A

5 R 32 H/A N/A

5 R 32,35 H/A H/A

YES

YES

YES

YES

YES

1174, 118I

117I, 118I

168, 178

167

Al

AI

AI

AI

AI

Al

L, H4

L, H4

AI

AI

L, H12

L, H12

S R 32 H/A N/A

5 R 32 H/A N/A

YES

YES

17A

178

AI

AI

QIO, 11

QIO, 11

S R 32 N/A N/A YES C-19839-CIO/1 TRANS 178, 8812

5 R 32 H/A N/A YES C-19839410/I TRANS 178, 8812

AI

AI

5 17 H/A N/A

5 17,32 H/A H/A

5 17>32 H/A N/A

5 17 H/A N/A

YES

YES

YES

YES

AI

Al

AI

AI

5 R 32 H/A H/A YES C-19839-C9/1 TRANS 168, 8811

5 R 32 N/A H/A YES C-19839-C9/1 TRANS 168> 8811

CERTIFICATION:

The infornation Mcntlfylng the equipnent requir ingis, to the'best of our knovlcdge and belief, rect a d ac

CARHEN R. ACOSTA/ ECINEERrntor ype ane tc

ISIIED F. ALVI / ENGINEER


plant to a safe shutdoun condition on this Safe Shutdovn Equipnent List (SSEL)a (One o nore signatures of Systens or Operations Engineers)

( /-r-k-ate

l2

Page Ho. 6Rcport Date/Tine: 12-22-95 / 13:18:10

Nine Nile Point Unit 1SAFE SNUTDONH ElglpNEHT LIST (SSEL)

-Conposlte-

Data Base File Nano/Date/Tine: I46>1 3.DBF /-12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CNTAIHS 'A')Prograa File Nano 8 Version: SSDI 2.2

LINEIXI. TRAIN

~$$$$$ $$$ $$

(I) (2)

EGUIP

CUSS NRK IXI.~$ $ $ $ $$$$$$$$$$$ $$$$$$$

(3) (4)

SYSTEH/EOUIPHENTDESCRIPT IN

$$$$$$$$$$$$$$$$$$$$$$ $ $$$ $ $ $ $ $$$$

(5)

Dug. Ho./Rev./Lone Building$$$$$$$$$$$$$$$$$$$$ SSSSSSSSSS

(6)

EOUIPHEHT

Flr.Elv.~$$$$$$$$$

(8)

LOCATIN ---> <- OP

Rn. or Rou/Col. SORT NOTES Homal

(9) (10) (11) (12)

ST. -> PNER SIX>PORTING SYS. RED'0 IHTERCONECTINS REG.

Desired RENT DVG. H3./REV. 8 SIR>PORT IIR> CO>NENTS ISSUE~$$$$$$ $$ $ $$ $$$$$$$$$ $$$$$$ $$$$$$$$$$$$$$$$ $ $$$$$$ $$$$$

(13) (14) (15) (16) (17)

8174 1,2 20 1535

8175 1,2 20 1536

8104 2 20 154

8140 1,2 20 1551

8141 1>2 20 1552

8154 1,2 20 1553

8138 1,2 20 1S54

8155 1,2 20 1555

8142 1,2 20 1556

8143 1,2 20 1557

81438 1,2 20 1559

8143A 1,2 20 1560

8143C 1,2 20 1562

81430 1>2 20 1563

8143F 1,2 20 1564

CTRL/AUXILIARYCONTROL REUYCABINET 1535

CTRL/AUXILIARYCNTROL REUYCABIHET 1536

AP/DIESEL GENERATOR %103 REUYCASIHET

CTRL/AUXILIARYCONTROL CABINET1551

CTRL/AUXILIARYCNTROL MINET1552

CTRL/AUXILIARYCNTROL CABINET

1553

CTRL/AUXILIARYCONTROL MINET1554


CTRL/AUXILIARYCONTROL CABINET1S56

CTRL/AUXILIARYCNTROL CABIHET1557

CTRL/AUXILIARYCONTROL CASIHET1559

CTRL/AUXILIARYCONTROL CASINET1560

CTRL/AUXILIARYCNTROL CABINET1562

CTRl/AUXILIARYCONTROL CABINET

1563


C-2200446/9

C-2200644/9

C-19410-CI/21

C-2308441/17

C-2308441/17

C-19957-CI/36

C-19957-CI/36

C-19957-Cl/36

C-2308641/18

C-23086<1/18

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

261

261

261

261

261

261

261

261

261

261

261

261

261

261

261

5 17 H/A H/A YES

5 17 H/A H/A YES

5 17,32

5 17 H/A YES

5 17 YES

5 17 YE5

5 17,32 YES

5 17 YES

5 17>32 YES

5 17>32 'N/A YES

5 17 YES

5 17>32 YES

5 17,32, H/A35

YES

S 17,32 N/A H/A YES

5 17 N/A H/A YES

PNL 167A

HG172

HG172

Al

AI

AI

AI

AI

AI

AI

Al

AI

AI

AI

AI

AI

AI

Al

CERTIFICATION:

The lnfornatlon ldcatlfylng the equlpnent required lng the plaat to a safe shutdoua condition oa this Safe Shutdom Equlpncnt List (SSEL)ls, to the best of our knowledge and belief, ect an ac ate One o re signatures of Sgstcns or Operations Engineers)

CARHEN R. AGOSTA/ ENGINEER sf~o! pirator ype ane te gnature ate

X X QelED F. ALVI DaiINEER 'lz--z4-'br nt or ype t e ategnature

0

I~

(

Page No. 7Report Date/Tine: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SNUTDOVH ElgIPNENT LIST (SSEL)

-Conpos lte-

Data Base File Kane/Date/Tine: ISS>1 3.DBF,/ 12/22/95 / 13:16:16Sort Crlterla: ID NunberFilter Crlterla: (Eval. Concern CONTAIHS 'A')Progran File Haec 6 Version: SSEH 2.2

LIHE . EOUIPNO. TRAIN CLASS

~$$$$$ 00000 $0000

(1) (2) (3) (4)

SYSTEH/EOUIPNENTDESCRIP IION Dug. Ho./Rev./Zone Bulldlng

(7)~$ 00$ $$ $ 00$ $ $$$$$ $ $0$ $ $ $$ $ $0$ $0000 $$ 0$ $$$$$$ 00$ 0$ 0$ $ 00

(5) (6)

EOUIPNEHT

Flr.Elv.$$0$ $ $ $ $$0

(8)

LOCAtION —->Rn. or Rou/Col.~$$$$$$0$ $$ $ 0$ 0

(9)

SORT NOTES~ 000 $00000

(10) (11)

<- OP.HomalF000000

(12)

ST. —> PWER 51>PORTING> SYS. RED'D IHTERCOSECTIONS REG.

Desired RE007 WG. Ia)./REV. 6 SltPORTING C SPNEHTS ISSUEEEESEEE $0000 EEEEESEEEEEEE$ 0 $$00$ $ $$$$ $ $ $$ 000$ 0$ $$$ 00000

(13) (14) (15) (16) (17)

8176 1,2 20 1565

8177 1,2 20 1569

8178 1,2 20 1570

8178A 1,2 20 1573

8143E 1,2 20 1574

8179 1>2 20 1575

8162 1 20 1580

8180 1>2 20 1582

8181 1,2 20 1S84

8182 1,2 20 15&5

8183 1,2 20 1586

8184 1,2 20 1587

8185 1>2 20 1588

7413 1,2 10 20141

7425 1,2 10 201-02

7423 1,2 10 20103

7421 1,2 10 201-04

CERTIFICATION:

CTRL/ANILIARYCONTROL CABINET1565

CTRUANILIARYCONTROL CASINET1569

CTRUANILIARYCONTROL CASIHET1570

CTRUANILIARYCONTROL CABINET1573

CTRUANILIARYCONTROL CABIHET1574

CTRUANILIARYCONTROL CASIHET1575

CTRL/ANILIARYCONTROL CABIHET1580

CTRL/ANIL IARY CONTROL CABINET1582

C-22014<1/15

C-2201241/13

C-1943646/16

261

261

TB 261

TB 261

TB 261 ACR

TB 261 ACR

TB 261

TB 261 ACR

TB 261

CTRL/ANILIARYCONTROL CABINET1585

CTRl/ANILIARYCONTROL RElNCASIHET 1586

CTRL/ANILIARYCONTROL RElAYCASINET 1587

CTRL/ANILIARYCONTROL RElAYCABINET 1588

RBCLC/ORWELL AIR COOLER 411

RSCLC/ORWELL AIR COOLER 412

RSCLC/ORWELL AIR COOLER 413

RSCLC/DRWELL AIR COOLER 414

TB

TB

C-22012-CI/13 TB

TB

C-18022-C2/28/D3 W

C-1802242l28/Dl W

C-18022~28/02 W

C-1802242/28/02 W

261

261

261

261

AZO

AZ110

CTRL/ASINCIATOR CABINET 1584 C-2201241/13

5 17,32 H/A H/A

S 17 H/A N/A

5 17 H/A N/A

S 17,32 N/A N/A

YES

YES

YES

YES

5 17,32, N/A35

5 17,32 H/A N/A

S 17 H/A H/A

YES

YES

YES

SR

SR

SR

SR

RMING RMIHG YES

RMING RMING YES

RMING RMING YES

RMIHG RMIHG YES

5 17 N/A H/A YES

5 17 N/A H/A YES

5 17 N/A N/A YES

5 17 N/A H/A YES

5 17 H/A H/A YES

5 17 N/A N/A YES

AI

AI

AI

AI

AI

AI

Al

AI

AI

A'I

AI

AI

AI

AI

AI

AI

AI

The lnfornatlon ldentlfylng the equlpnent requl lng thels, to the best of our knoutedge and belief, rree a a a

CARNEN R. AGOSTA/ ENGINEER

rntor ype ane te gn re

00NAHIED F. ALVI / EKIHEERr nt or ype ane t e gnature

plant to a safe shutdovn condltlon on this Safe Shutdovn Equlpnent List (SSEL)

( r nore signatures of Sgstens or Operations Engineers)

/u/~~ate

z.--QSate

'I

Page Ho. 8Report Date/Tine: 12-22-95 / 13r18:10

Nine Hlle Point Unit 1SAFE SHIUTDOVH EQUIPHEHT LIST (SSEL)

-Coaposlte-r

r r rData Base File Ksae/Date/fleer Iif1 3.08F / 12/22/95 / 13:16:16Sort Crlter la: ID HuaberFilter Crlterlar (Eval. Concern CONTAINS 'A')Progras File Hase 8 Version: SSEH 2.2

LINEIRI. TRAIN

~$$$$$ $$$$$

(1) (2)

EQUIPCuSS HARN N3.~$ $ $$ $$$$$$ $ $$ $ $ $ $$$$$$

(3) (4)

SYSTBI/EQUIPNEHTDESCRIPTION

~$$$$$$$$$$$$$$$ $ $$$$$$$$$$$$$$$$$

(5)

Dug. No./Rcv./Zone~ $ $$$ $$$ $ $ $$$$$$$$ $$

(6)

Bulldlng.$$$$$$ $ $$$

(7)

EQUIPNMFlr.Elv.

~$$$$$ $$$$

(8)

LOCATION —-> <- OP. ST. —>Rs. or Rou/Col. SNT NOTES Horsal Desired

(9) (10) (11) (12) (13)

POUER SIRPORTING SYS. REQ'D IHTERCONECTIOHS REG.

REQD7 OVG. N./REV. 8 SII'PORTING COfOHENTS ISSUE~$ $ $$ $$$ $$$$$$$$$$$$ $$$$$$$$$$$$$$$$ $$$$$$$ $$$$$

(14) (15) (16) (17)

7417 1,2 10 201-05

7415 1,2 10 201-06

5145 IOP1 19 201.2-491

5158 20P1 19 201.2492

5133 1 19 201.2493

5134 IOP1 19 201.2-494

5135 IOP2 19 201.2-495

5136 10P3 19 201.2-496

5137 IOP4 19 201.2-497

5138 10PS 19 201.2-498

5139 1OPG 19 201.2-499

5140 10P7 19 201.2-500

5141 10P8 19 201.2-501

5142 10P9 19 201.2-502

5143 IOP9 19 201.2-503

5144 IOP9 19 201.2-504

RBCLC/DRYVELL AIR COOLER i15

RBCLC/DRYVELL AIR COOLER i16

C-18022-C2/28/D3 DH

C-18022-C2/28/D3 DV

225

225

TORUS 198

TNUS 198

COHTAIWEHT/TORUS TBfERATIREELOIEHT

COHTAINW/TORI5 lOfERATIREELEHEHT

CONTAIWENT/TORI5 TBtERATIREELENW

CONTAIWENT/TORI5 TBfERATIREELOIEHT

CONTAINEHT/IORI5 TBfERATIREELENENT

CONTAINW/TORUS TBtERATIREELEHM

CONTAINM/TORI5 TBtERATIREELEHEHT

CONTAINM/TORUS TOfERATIREELEHW

CONTAINM/TORI5 TBtERATIREELEHM

CONTAINW/IORI5 TOfERATIREELEHW

COHTAINM/TORI5 TBtERATIREELIHEHT

CONTAINEHT/TORI5 TBfERATIREELEHENT

C-1801441/47/C6 TNI5 198

C-18014-Cl/47/C6 TORUS 198

C-1801441/47/C6 TORUS 198

C-18014-Cl/47/C6 TORI5 198

C-18014-Cl/47/C6 TORUS 198

C-18014-Cl/47/C6 lORI5 198

C-1801441/47/C6 lORI5 198

C-1801441/47/C6 lORUS 198

C-1801441/47/C6 TNUS 198

C-18014-Cl/47/C6 TORUS 198

C-18014-Cl/47/C6 TORUS 198

C-18014-Cl/47/C6 INI5 198

COHTAIWEHT/TNUS AIR TOfERATIRE C-1801441/47/CSELEHEHT

COHTAINEHT/TNI5 AIR TOfERAlNE C-1801441/47/CSELEHEHT

SCS 72

SC17 288

SC2 18

SG4 54

SCB 126

SGIO 162

SC11 180

SC12 198

SC14 234

SC16 270

SC17 288

SCIB 306

SG20 342

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

RINIHG RUNIHG YES

RINIHG RUNIHG YES

N/A H/A YES C-34853-C3/1 1569

N/A N/A YES C-34854-C3/1 1S10

H/A N/A YES C-34853-C2/1 1S69

N/A H/A YES C-34853~ 1569

N/A H/A YES C-34853%2/1 1569

H/A H/A YES C-34853-C2/1 1569

N/A H/A YES C-3453-C2/1 1569

N/A H/A YES C-3485342/1 1569

H/A N/A YES C-3453M/1 1569

N/A N/A YES C-34853~ 1S69

H/A H/A YES C-34853M/1 1569

N/A H/A YES C-34853-C3/1 1569

H/A H/A YES C-34853-C3/1 1569

H/A H/A YES C-34853-C3/1 1569

AI

AI

AI

Al

Al

Al

Al

Al

Al

AI

AI

AI

AI

Al

Al

Al

CERTIFICATION:

Thc lnforsatlon ldcntlfylng the equlpsent rcqul~lng the plant to a safe shutdom condltlon on this Safe Shutdorm Equlpaent List (SSEI.)ls, to the best of our Rnowlcdge and belief, rrcct apd a te. or re slgnaturcs of Systess or Operations Engineers)

CARHEH R. AGOSTA/ ENCIHEER ~/~c ~~rntor ype ane te gnaturc ate

RSIANED F. ALVI / ENGINEER l2--z4-Mr nt or ype t e goature ate

Page No. 9Rcport Date/t tee: 12-22-95 / 13:18:10

Nine Hite Point Unit 1SAFE SHUIDOVN ElgIPNENT LISl (SSEL)

<onpos lte-

Data Base File Hase/Date/Tine: Wpl 3.DBF. / 12/22/95 / 13:16:16Sort Crltebla: ID HusberFilter Crlterla: (Eval. Concern CNTAIHS 'A')Progras File Hase 8 Version: SSEH 2.2

LINE EIIUIPNO. TRAIH CLASS

~ $ $ $ $$ $$$$$ $$$$$

(1) (2) (3) (4)

5146 2 19 201.2-505

5147 20P1 19 201.2-506

5148 20P2 19 201.2-507

5149 20P3 19 201.2-508

5150 20P4 19 201.2-509

5151 20PS 19 201.2-510

5152 20P6 19 201.2-511

5153 2OP7 19 201.2-512

5154 20PB 19 201.2-513

5155 20P9 19 201.2-514

5156 20P9 19 201.2-515

5157 20P9 19 201.2-516

5161 1 20 201.2-517

5162 2 20 201.2-518

5164 2 20 201.2-519

SYSTEH/EOUIPNEHTDESCRIPTION

$$$ $ $$$$$$$ $ $$ $ $ $$ $ $ $ $$$$ $ $$$$$$$$

(5)

CNTAIWEHT/tORUS TOtERATNEELEHENT

CONTAIWEHT/TORUS TOP ERATNEELEHEHT

CONTAIWEHT/fORUS TOfERATIIEELENENT

CNTAIWENT/TORI5 TOfERAllIEELEHEHT

CNTAIWENT/TORUS TQfERATIEELENEHT

COHTAIWENT/tORI5 TBB'ERATIREELEHENT

CNTAIWENT/TORUS TOfERATNEELEHEHT

CONTAIWENT/TORUS TOfERAllIEELEHENT

COHTAIWENT/TORUS TOB ERATIIEELEHENT

CONTAIWENT/fORUS TOtERATIIEELEHEHT

CNTAIWENT/TORUS TOtERATIIEELEHEHT

GITAIWENT/fORI5 TOP ERATIIEELEHEHT

CONTAIWEHT/tORI5 TOP ERATIIECOIOITINER 8 RECORDER

CNTAIWENT/tORUS TIHPERATIIECNOITIONER 8 REGRDER

CONTAIWEHT/TORI5 TOtERATNEIIOICATOR

<----- EOUIPHEHT LOCATIN —-->Bulldlng 'Flr.EIv. Rs. or Row/Col.

(6)

C-18014-CI/47/C6

(7)

TORUS

(8) (9)

198 SG2 18

C-18014<1/47/86 TB 261 ACR-1510

C-18014<1/47/C6 TB*

261 ACR-1569

C-18014-Cl/47/C6 TB 277 CR PHL K

C-18014-CI/47/C6 TORI5 19$ SG4 54

C-1801441/47/C6 TORUS 19$ SG6 90

C-18014-CI/47/C6 'fORI5 198 568126

C-18014-CI/47/C6 TORI5 198 SGIO 162

C-1801441/47/C6 lORI5 198 SG11 180

C-1801441/47/C6 TORUS 198 SG12 198

C-18014<1/47/C6 TORUS 19$ SG14 234

C-1801441/47/C6 TORUS 19$ SG16 270

C-1801441/47/C6 TORI5 198 - SG17 288

C-18014-Cl/47/C6 TORUS 19$ SGIB 306

C-1801441/47/C6 TORUS 198 SG20 342

SORT NOTES~ $ $$ $$ $ $ $$

(10) (11)

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

SR

<- OP

Horsal

(12)

N/A N/A YES C-34854-C2/1 1510 Al

H/A YES C-34854<2/1 1SIO Al

H/A YES C-3485442/1 ISIO Al

N/A N/A YES C-3485442/1 1510

H/A N/A YES C-34854<2/1 1510

H/A H/A YES C-3485442/1 1SIO

N/A H/A YES C-34854-C3/1 1510

H/A H/A YES C-34854M/1 1510

H/A N/A YES C-34854M/1 1SIO

H/A H/A YES C-34854M/1 1510

H/A N/A YES C-3485443/1 1510

H/A N/A YES C-34854~1 1510

Al

Al

Al

AI

Al

AI

AI

AI

Al

H/A H/A

N/A N/A

H/A N/A

YES

YES

YES

1510, RPS BUS 12

1569, RPS BI5 11

1569, RPS BUS ll

Al

Al

Al

ST. -> PNER NPORTING SYS. RE)'0 IHTERCNNECTIOHS REG.Desired RE007 DUG. HG./REV. 8 SIIPORTIHG CON'NENTS ISSUE~$ $$$ $ $ $ $ $ $ $ $ $ $ $ $ $$$$$$ $ $ $$ $$ $ $$ $ $$$$$ $ $$$$$ $$$ $$$ $$$$$

(13) (14) (15) (16) (17)

CERTIFICATIN:

The lnforsatlon Identify lng the cqulpsent requlrIs, to the best of our knowledge and beltcf, rrcc

CARHEH R. AGOSTA/ ENGINEER

rntor ype asc teIOHAWED F. ALVI ENGINEER

rntor ype anc tc

bring the plant to a safe shutdown condltlon on this Safe Shutdown Equlpsent List (SSEL)and cur . ( or sore signatures of Systess or Operattons Engineers)

+><reg-

naa atc

aP7 ~~-u, A~ategnature

Il

II

r

/

Page No. 10Report Date/TIne: 12-22-95 / 13:18:10

Nine Hile Point Unit 1SAFE SHUTMWH EQUIPHENT LIST (SSEL)

-Conposlte-

Data Base File Nane/Date/Tine: ISS>1 3.DBF.--. / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nano 8 Version: SSEH 2.2

LINEM. TRAIN

assess esses

(1) (2)

EQUIPCIASS HARK lo.~$$$$ $$$$$$$$$$ $ $ $ $$$$$

(3) (4)

5163 1 20 201.2-520

5165 3 20 201.2-521

5159 3 19 201.2-521A

5167 3 20 201.2-5218

5166 4 20 201.2-522

5160 4 19 201.2-522A

5168 4 20 201.2-5228

SYSTEN/EQUIPHENT

DESCRIPTION$$$$$$$$$$$$$ $ $$$$$$$$$$$$$$$$$$$ $

(5)

COHTAINEHT/TORUS TBS>ERATIHEIIBICATOR

COHTAINEHT/TORI5 TBS>ERATINE

TRAHSHITTER

COHTAINENT/TORUS TQS>ERATNEELENEHT

COHTAINEHT/TORI5 TBS>ERATINEIIQICATOR

COHTAINEHT/TORI5 TQS>ERATIIIETRAHSHI T TER

CONTAINEHT/TORI5 TBS>ERATIRE

ELEHEHT

CONTAINENT/IORI5 TQS>ERATIREIIDICATOR

(6) (7) (8) (9)

C-18014-Cl/47/86 TB 277

C-18014-Cl/47/F6 TB 250

C-18014-Cl/47/F6 TORUS 198

C-1801441/47/F6 TB 250

C-18014-Cl/47/F6 TB 277

C-18014-Cl/47/F6 TDRI5 198

C-18014-Cl/47/F6 TB 277

CR PNL K

RSP 11

SGS 72

RSP ll

RSP 12

SG17 277

RSP 12

<----- EQUI PHEHT LOCATION --->Dvg. Ho./Rev./Zone Building Flr.Elv. Rn. or Row/Col. SORT ISITES

~see $$$$$$

(10) (11)

SR

<—OP. ST. ->Homal Desiredsssssss $$$$$$$

(12) (13)

N/A N/A

POVER SIS>PORTING SYS. REQ'D IHTERCONECTIONS REG.

REQD7 DVG. ISI./REV. 8 SUPPORTING CO>OHENTS ISSUEesses $$$ $$$$$$$$$$$$ $$$$$$$$$ $$ $$$$$$$$$$$ $ esses

(14) (15) (16) (17)

ISIO> RPS BUS 12 AIYES

SR H/A N/A YES C-3481442/12 201.2-521A AI

S R — N/A N/A YES C-34813-Cl/11 201.2-521A AI

SR H/A N/A YES C-34813-C4/10 201.2-522A AI

5 R 28 N/A N/A YES C-3481344/10 RSP, 120 VAC ISBMUH AI

SR H/A H/A YES C-3481344/10 201.2-522A Al

5 R 28 N/A N/A YES C-34813-Cl/11 RSP, 120 VAC ISSMUH AI

7609 1 18 202-102

7615 2 18 202-103

7617 2 09 202-33

7618 1 07 202-34

7619 1 088 202-348

7620 2 07 202-35

7621 2 088 202-358

RSAC/EHER EXHAI5T FAH l12 C-18013-C/23/HS TB

RSAC/ENER EX FAN IllOUTLET ISOL C-18013-C/23/H4VLV

RBAC/BIER EX FAH IllOUTLET ISOL C-18013-C/23/H3VLV PILOT

RBAC/EHER EX FAH I12 OUTLET ISOL C-18013-C/23/HSVLV

RBAC/ENER EX FAN l12 OUTLET ISOL C-18013</23/H4VLV PILOT

TB

TB

TB

RBAC/EHER EX FLOH TRANSNITTER C-18013-C/23/H3 TB

RSAC/BIER EX FLOU TRANSHITTER C-18013-C/23/NS TB

302

302

H13

H13

H12

P13

H13

H13

SR

SR

SR

5

SR

5

SR

H/A N/A

N/A N/A

OFF OH

CU5ED OPEN

AIR VENT

CLOSED OPEN

YES

YES

YES

YES

IXI

AIR VENT YES

AI

AI

1718, IUC 202-33A> RBPS AI

RBPS, RIC 202-53A AI

AI


AI

7601 1,2 07 202-36

7602 1,2 OSB 202-36C

7603 1,2 088 202-360

RBAC/EHER EX ISOL VLV

RSAC/BIER EX ISOL VLV PILOT

RSAC/EHER EX ISOL YLV PILOT

C-180134/23/F2 TB

C-18013-C/23/F2 TB

C-18013-C/23/F2 TB

H13

P13

P13

5

R

OPEH OPEN

VBIT YEHT

VBIT VEHT


Al

Al

CERTIFICATION:

The infornation identifying the equlpnent requlr bring the plant to a safe shutdem condition on this Safe Shutdovn Equlpnent List (SSEL)is, to the best of our knowledge and belief, rect nd accu te. (One o nore signatures of Systens or Operations Engineers)

CARHEN R. AGOSTA/ ENGINEER /',g PJriant or ype ane t e gna re ate

HONANED F. ALVI ENGIHEER

r nt or ype ane t e ategnature

la

41

4

Page Ho. 11Report Date/Tine: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SNUTDOVH EOUIPHENT LIST (SSEL)

-Con pos ite-

Data Base File Hane/Date/Tine: Ilg>1 3.DBF,/ 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Cr iterla: (Eval. Concern NHTAINS 'A')Progran File Nane 8 Version: SSEH 2.2

LIHE EIQIPNO. TRAIH CLASS HARK M.

(I) (2) (3) (4)

7604 1 07 202-37

7605 1 088 202-37C

7610 2 07 202-38

7611 2 088 202-38C

7608 1 18 202-49C

7607 1 18 202-490

7606 1 07 202-50

7612 2 07 202-51

7616 1 09 202-53

7614 2 18 202-92C

7613 2 18 202-92D

7149 1 09 209M

7150 2 09 20944

7151 1 09 20945

7152 2 09 20946

7303 1 09 21041

7306 2 09 21042

7319 1,2 OBA 210-28

7318 1,2 OBA 210-30

SYSTEH/EOUIPIKNTDESCRIPTION

$$$$$$$$$$$$$$ $ $$$$$$$$$$$$$$$$$$$

(5)

Dwg. No./Rcv./Zone~$$$$$ $ $$ $$$ $$ $ $ $ $$$

(6)

Building$$$$$ $ $$$$

(7)

RSAC/OKR D FAN ill INLET ISOLVLV

RSAC/OKR D FAN ill IHLET ISOLVLV PILOT

RSAC/QSI D FAN l12 INLET ISOLVLV

RSAC/EHER D FAH l12 INLET ISOLVLV PILOT

RBAC/EHER D FLN CONTROLLER

RBAC/EHER D E/P CONYERTER

C-180134/23/F4 TB

C-180134/23/F3 TB

C-180134/23/FS TB

C-180134/23/F4 TB

C-180134/23/H2 TB

C-180134/23/N2 TB

RBAC/EHER D FAN ill FLON CNTROL C-18013-C/23/N4VLV

RSAC/OKR EX FAH I12 FLOI CNTROL C-180134/23/HSVLV

TB

RSAC/THER DM5T FAN illRBAC/OKR EX FLN CONTROLLER

RSAC/EHER D E/P CNYERTER

EDG 102 ROOF EXNAI5T FAH

EDG 102 ROOF EXHAI5T FAN

EDG 103 ROOF DHAI5T FAH

EDG 103 ROOF EXNAI5T FAH

CRAC/EHER YEHT FAN illCRAC/EHER VENT FAN I12

C-180134/23/H4 TB

C-18013</23/NS TB

C-18013-C/23/N5 TB

C-19437-C

C-19437-C

C-1944hC

C-1944K TB

C-18047-C/22/A3 TB

C-180474/22/A2 TB

CRAC/INSTRQKHT SN0P ISOL YALVE

(2)C-18047-C/22/ES TB

CRAC/CIRCUIATIN LIIK ISOL YALYE C-180474/22/CS TB

EOUIPIKNTFlr.Elv.

~$ $ $ $ $ $$ $$

(8)

291

291

291

291

289

291

291

289

277

NATION ---> <- OP.Rn. or Row/Col. SORT NOTES 'Homal

(9) (10) (11) (12)

ST. -> POVER SIB>PORTING SYS.Desired REO07 DUG. H3./REV.~$$$$$$ $ $$$$ $$ $$$$$$$$$ $$$$

(13) (14) (15)

P13

P13 SR

CLOSED OPEH

AIR VENT

NO

YES

P13 S — CLOSED OPEN IKI

P13 5 R — AIR VEHT YES

P13

013

013

5 R — H/A H/A YES

5 R — H/A N/A YES

OPEN OPEN Ill

OPEH OPEH HO

SR

SR

N13 SR

EDG RON 102 SR

EDG RON 102 SR

EDG 103 ROON SR

OFF N

H/A N/A

N/A N/A

YES

YES

YES

OFF N YES 1618

OFF N YES 1618

OFF N YES 1718

816

SR

SR

OFF RINING YES

OFF RINIHG YES

YES

YES

EDG RON 103 SR OFF N YES 1718

AI

RBPS> RC 202-38A AI

AI

202-49F

AI

AI

AI

202-92F AI

1618, INC 202-53A, RBPS Al

Al

Al

74A9

74AIO

74AIO

RIC 21041A> H, 1671A AI

RIC 21042A> H, 1671C AI

RHS 210-288

RNS 210-308

AI

AI

RED>D IHTERCONECTINS REG.

8 SUPPORTING OOB>OtKHTS ISSUE$$$$$$$$$$ $ $ $$$$$$$$$$$ $$$$$

(16) P (17)

RSPS, RC 202-37A Al

CERTIFICATIN:

The lnfornatlon identifying the equlpnent requ ~to bring the plant tols, to the best of our knowledge and belief rrect a ra (One


a safe shutdown condition on this Safe Shutdown Equipnent List (SSEL)nore signatures of Systcns or Operations Engineers)

/~cl~~r ntor ype ane t e

W%4KD F. ALVI ENGINEER

r ntor ype ane t e

gna

gnature

0

I

P'

Page Ho. 12Rcport Date/T Inc: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SNUTDOVH ElgIPHENT LIST (SSEL)

-Conpos Itc-

Data Base File Nane/Date/Tine: Ilg>l"3.DBF = I 12/22/95 / 13:16:16Sort Crlterla: ID NunberFilter Crlterla: (Eval. Concern CONTAINS 'A')Progran Flic Nane 8 Version: SSEH 2.2

LINEHI. TRAIH

$00000 $0000

(I) (2)

ElglpCuSS HAe N3.HISS $$00$ $000000000000

(3) (4)

SYSTEH/EOUIPHEHT

DESCRIPTION~000$ $$ $00$ $ $ $$$$$$ 00$ $$ $$$$$$0 $$

(5) (6)

Building~SSSSSSHS

(7)

EOUIPHENT

fir.Elv.$$ $ $ $ $ $ $ $ $

(8)

LOCATION ——> <- OP.

Rn. or Rov/Col. SORT NOTES Homal

(9) (10) (11) (12)

ST. -> POVER SUPPORTING SYS. RED>D INTERCONECTIONS REG.

Deslrcd REO07 DUG. III./REV. I SIB>PORTIC COtOHENTS ISSUE~HSSSS $0000 $ $$ $ $$ $ $ $$ @$ $$$ $$0$$$$$$$$$$$$0$ $$0$$$ $0000

(13) (14) (15) (16) (17)

7317 1,2 OIA 210-31

7315 1 08A 210-34

7316 2 08A 210-35

7301 1 07 21lh40

7302 1 088 210-408

7304 2 07 210-41

7305 2 088 2104 1B

7325 2 10 21(449

7322 1 10 210-50

7311 1,2 09 21(Ail

7314 1,2 18 210-67

7312 1>2 18 21049

7313 1,2 18 210-90

7320 1 07 210.1-01

7321 1 088 210.141A

7323 2 07 210.1-02

7324 2 088 210.1-02A

7328 1 ll 210.1-119

7334 2 11 210.1-120

7327 I 05 210.1-36

CRAC/AUX ROEN ISOL VALVE

CRAC/AUX ROOH ISOL VALVE (2)

CRAC/AUX ROCH IML VALVE (2)

CRAC/INER VEHT FAN Ill ISOL VALVE

C-18047-C/22/CS TB

C-18047-C/22/GS TB

C-18047-C/22/G6 TB

C-18047-C/22/A2 TB

CRAC/ENER YENT FAH Ill ISOL VALVE C-18047-C/22/A2PILOT

TB

CRAC/EHER YENT FAN I12 ISOL VALVE C-18047-C/22/A2 TB

CRAC/EHER VENT FAH I12 ISOL VALVE C-18047</22/AlPILO'I

TB

CRAC/COOLING COIL I12

CRAC/COOLING COIL IllC-18047-C/22/D3 TB

C-18047-C/22/E3 TB

CRAC/CONTROL ROEN HYAC CIRCULA'IIOH C-18047-C/22/E3FAH

CRAC/INLET AIR TDB> C-18047-C/22/C3 TB

CRAC/CIRC FAH TDI> CONTROL C-18047-C/22/F2 TB

CRAC/COOL COIL f11 ONTROL VALVE C-18047-C/22/E3 TB

CRAC/COOL COIL IllCtNTROL VALVE C-18047-C/22/E3PILOT

CRAC/COOL COIL 412 ONTROL YALYE C-180474/22/D3 TB

CRAC/COOL COIL I12 CtNTROL VALVE C-18047</22/E3PII.OT

CRAC/CHILI.ER IllCRAC/CHILLER I12

C-18047-C/22/G2 TB

C-180474/22/E2 TB

CRAC/CHILL HATER CIRC PQB> I12 C-18047-C/22/f2 TB

CRAC/CIRC FAN OUTLET TDI> ELEHENT C-18047-C/22/F3 TB

261

816

816

817

A16

A16

AIO

AIO

817

817

817

NO

OPEN OPEN YES

OPEN OPEN YES

SR

CLOSED OPEH

AIR VENT

NO

NO

5 — CLOSED OPEH NO

S R — AIR VENT

5

5

N/A N/A NO

N/A H/A NO

SR

SR

SR

5

SR

5

SR

SR

SR

SR

N/A H/A YES

N/A — N/A YES

N/A N/A YES

CLOSED OPEN III

AIR VENT YES

OPEN OPDI III

AIR VENT YES

RMIII'MINGYES

RMIIR> RMING YES

RMI% RMIHG YES

5 R 30 RMIIR> RMING YES

RHS 210-318

RHS 210-34C

RHS 210-35C

RIB: 210-OIA

RHC 210-02A

K, 1671A, 1671C

RNS 210.1-15

RNS 210.1-56C

Al

AI

AI

Al

AI

AI

AI

AI

AI

AI

AI

AI

Al

Al

Al

Al

AI

AI

AI

AI

CERTIFICATION:

The Infornatlon ldcntlfylng the cqulpnent rcqu tols, to the best of our knovledge and belief rrect

CAIHEN R. AGOSTA/ ENGINEER

r nt or ype t e

IINAWED F. ALVI / ENGINEER

r nt or ype t e

lng plant to a safe shutdom condltlon on this Safe Shutdovn Equlpnent List (SSEL)d a a ( r nore signatures of S stensgr Operations Engineers)

rz. z<r'eiategna re

~asagoature

1

4

~, t

I

Page Ho. 13Rcport Date/Tine: 12-22-95 / 13:IB:10

Nine Hiie Point Unit 1SAFE SHUTDWH EQUIPNENT LIST (SSEL)

-Conpos itc-

Data Base File Nane/Date/Tine: IIPI 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID HtabcrFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Haec 8 Version: SSEH 2.2

LIHE EQUIP

io. TRAIN CLASSF00000 00000,00000

(I) (2) (3) (4)

SYSTEN/EQUI PNEHT

DESCRIPTION000000000$ 000000000000000000000000

(5)

Dug. Ho./Rcv./Zone~00000$ 00000$ 0000000

(6)

Building000$ 000000

(I)

EQUIPNEHT

Fir.Eiv.F 000000000

(8)

LOCATION —-> <-OP. ST. —>Rn. or Row/Col. SORT RIES Homal DesiredF00000000000000 0000 000000 0000000 0000000

(9) (10) (11) (12) (13)

PWER SIPPNTIHi SYS. REQ>D IHTERCOWECTIOHS REC.

REQDI WG. HI./REV. 8 SIPPORTING CQPONEHTS ISSUEF0000 000000000$ $ 0$ 00 00000000000$ 00000000000 00000

(14) (15) (16) (17)

7333 2 05 210.1-37

7326 1,2 08A 210.1-56

7337 2 18 210.145

7331 1 18 210.148

7332 1 18 210.1 89

6324 10P 05 28-15

6325 20P 05 28-17

6341 20P R 28-18

6326 10P 07 28-23

6327 10P 07 28-24

6328 2OP 07 28-29

6329 20P 07 28-30

2001 1 21 305-125

2002 1 21 305-128

4233 2 R 31-OIR

4234 1 R 31-02R

4235 1 08A 3147

4236 2 08A 31-08

5120 1OP1 20 3242

CRAC/CHILLER lllFLW SNITCH C-180474/22/El TB

CRDH/CONTROL ROO DRIVE PQP Ill C-18016-CI/23/A6 RB

CRDH/CONTROL ROD NIYE PQP I12 C-1801641/23/86 RB

CRD/CRD DRIVE HATER FILTER BYPASS C-1801641/23/G4 RB

CRD/ND PQP lllTOPERATNECONTROL VLV

CRD/CRD PQP lllSEAL PSV

CRD/CRD PQP I12 TOPERATNECONTROL YLV

CRD/CRD PQP I12 SEAL PSV

CRD/HYDRAULIC CONTROL WIT H20-H2ACCN'5 (129 TOTAL)

CRD/HYDRAULIC CONTROL WIT N2ACCQIKATORS (129 TOTAL)

IV/FEEWATER RISER CHECK VLV lll

C-18016-Cl/23/A6 RB

C-1801641/23/A6 RB

C-18016-Cl/23/86 RB

C-1801641/23/86 RB

C-1801641/23/83 RB

C-18016-Cl/23/83 RB

C-18006-Cl/28/Dl TB

FVIFEEWATER RISER NECK VLV I12 C-18006<1/28/CS TB

FVROOP illFEEWATER ISO YLV C-18006<1/28/Dl TB

IVROOP l12 FEEWATER ISO VLV C-18006-Cl/28/C5 TB

RCS/RECIRC PQP lll INLETTOPERATNE HV/I CONVERTER

C-18020-C/21/GS IB

NAC/CHILL HATER CIRC PQP I12 C-18047-C/22/F2 IB

NAC/CHILL HATER BYPASS VALVE C-18047-C/22/D3 IB

CRAC/CHILLER I12 IOP CONTROLLER C-18047-C/22/Dl TB

NAC/CHILLER lllTOP CONTROLLER C-18047-C/22/El TB

237

237

237

237

237

237

237

237

237

261

261

261

261

250

817

816

816

816

816

H12

N12

N12

H12

M12

N12

HSIV iUI

HSIV RN

HSIV RH

HSIV iUI

RSP 11

SR

SR

SR

SR

SR

RWNING RWHING YES

OP EH OP EH N0

N/A H/A YES

N/A H/A YES

H/A N/A YES

Al

RHS 210.1-56C, SET AlPOIHT

AI

AI

AI

5 R 04 OFF RWHING YES

5 R 04 OFF RWHING YES

CLOSED OPOI N0

5 29 CLOSED OPEN YES

16A> 168> CST LEVEL AI

17A, 178, CST LEVEL AI

AI

AI

5 06 CU5EO OP/CL N0

5 29 CLOSED OPEN YES

AI

AI

5 06 CLOSED OP/CL N0 Al

H/A N/A

N/A N/A

N0

N0

AI

AI

26 OPEN CLOSED NO AI

AI

AI

AI

SR N/A H/A AI

26 OPEN CU5ED N0

5 R 19>22 OPEN CLOSED YES C-19437~ 1618, RIC 31<TA

5 R 19,22 OPEN CU5ED YES C-1940@/31 1718, RIC 31-08A

r nt or ype t e

IIUQNED F. ALVI / ENGINEER

rntor ype ane tc

gnatUrc

goature

CERTIFICATION:

Ihe infornation identifying the equipnent requ to br ng t plant tois, to the best of our knoulcdge and belief rrect a a rate (

CARHEH R. ACOSTA/ ECINEER

a safe shutdam condition on this Safe Shutdam Equipnent List (SSEL)or nore signatures of Systcns or Operations Engineers)

~f~w/Fate

atc

It

'td

'I


Hine Hlle Point Unit 1SAFE SHUTDONI EGUIPHEHT LISI'SSEL)

-Conposlte-

Data Base File Hase/Date/Tine: Nfl 3.DBF, / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAIHS 'A')Prograa File Naae 8 Version: SSEH 2.2

LINEM. TRAIN

~$$$$$ $$$$$

(I) (2)

ElgipCLASS NARK H0.~OOOO $$ $ $$$$$$$ $ $ $ $ $$$$

(3) (4)

SYSTEH/EOUIPHEHTDESCR IP T ION

~$$$$$$$$$$ $ $$$$$$$$$$$$$$$$$$$$$$

(5)

Dug. Ho./Rev./lone Building~$$$$$$$$$ $ $$$$$$$$$ $$$$$$$$$$

(6)

EOUIPHEHT

F lr.Elv.~$$ $$$ $$$$

(8)

LOCATION —-> <—OP. ST. ->Ra. or Rov/Col. SORT NOTES Horaal Desired$$$$$$$ $$$$$$$$ OOOO $$$$$$ $$$$$$$ $$$$$$$

(9) (IO) (11) (12) (13)

PWER SQ)PORTING SYS. RED'D INTERCONIECTIONS REG.

RE007 WG. M./REV. '8 SQ)PORTING CCffOHENTS ISSUE$$ $$$ $$$$$$$$$$$$$$$ $$ $$$ $$$$$ $ $$ $$ $$$$$ $$ $ $$$$$

(14) (15) (16) (17)

5101 1 19 32-02A

5106 IOP1 19 3242A

5129 10P1 20 32428

5115 1 20 32-02C

5124 1 20 32-02D

5121 20P1 20 32-03

5102 2 19 32~

5105 20P1 19 32-03A

5130 20P1 20 32-038

5116 2 20 32-03C

5125 2 20 32-030

5122 30P1 20 32-04

5104 3 19 32-04A

5107 30P1 19 324Q

5131 30P1 20 32-048

RCS/RECIRC PQt Ill INLETTDfERATNE ELEHENT

RCS/RECIRC PQf 411 INLETTofERATIRE ELEHEHT

RCS/RECIRC PQf 411 INLETTofERATIE llSICATOR

RCS/RECIRC PQf 411 REACTOR

TofERATIIE HV/I CONVERTER

RCS/RECIRC PQf illREACTOR

TofERATNE IHOICATOR

RCS/RECIRC PQf 412 INLETTDfERATIRE HV/I CONVERTER

RCS/RECIRC PQf 412 IHLETTofERATIIE ELEHEHT

RCS/RECIRC PQf 412 IHLETTDfERATIIE ELEHEHT

RCS/RECIRC PQf 412 INLETTofERATNE INOICATOR


TDfERAllIE HV/I CONVERTER


TOfERATQIE INOICATOR

RCS/RECIRC PQf 414 INLETTDfERATIIE NV/I CONVERTER

RCS/RECIRC PQf 414 INLETTDfERATNE ELEHEHT

RCS/RECIRC PQf 414 INLETTofERATIRE ELEHEHT

RCS/RECIRC PQf 414 INLETTDfERATIIE INDICAT0R

C-180204/21/E4 W

C-1802lhC/21/E4 W

C-1802(hC/21/65 TB

C-180204/21/64 TB

C-1805%/21/N4 TB

C-180204/21/G5 TB

218 RC LP 11

218 RC LP 11

250 RSP 11

261 ACR-1536

277 CR PN. F

250 RSP 11

C-180204/21/E4 W 218

C-180204/21/E4 W

C-18020-C/21/GS TB

C-180204/21/G4 TB

C-180204/21/H4 TB

C-180204/21/GS TB

C-180204/21/E4 W

C-180204/21/E4 W

218

250

261

277

277

218

218

RC LP 12

RC LP 12

RSP 11

ACR-IS36

CR PNL F

RSP 12

RC LP 14

RC LP 14

C-180204/21/65 TB 277 RSP 12

R 05,18, H/A28

H/A YES C-34813<1/11 RSP, 3242, 32-mB, 120 AlVAC QBMVH

SR H/A N/A YES AI

SR N/A H/A YES C-22006-C4/9 1536, RPS BUS 12 Al

SR

SR

H/A N/A

N/A H/A

YES

YES

Al

Al

R 05,19 N/A N/A YES C-22006<4/9 32-03C) 32-03D Al

R 05)18, H/A28

N/A YES C-3481341/11 RSP) 32-03, 32-038) 120 AlVAC QBMIM

SR N/A N/A YES AI

SR N/A N/A YES C-22006-C4/9 1536, RPS BUS 12 Al

SR

SR

N/A N/A

N/A N/A

YES

YES

AI

AI

R 05,19 N/A N/A YES C-2200644/9 32-04C, 32-040 AI

R 05,18, N/A28

N/A YES C-3481344/IO RSP, 32-04, 32-048) 120 AlVAC QBMNN

SR N/A H/A YES AI

R 05,19 N/A H/A YES C-220844/9 32-02C, 32-02D AI

CERTIFICATION:

The inforaation Identifying the equipaent required bringls, to the best oF our knou1edge and belief, ct nd a

CARHEH R. AGOSTA/ EH) INEER

r nt or ype t e

NHANED F. ALVI ENGINEER

r nt or ype t e

e plant to a safe shutdovn condition on this Safe Shutdovn Equlpaent List (SSEL)ate. ( r nore signatures of Systeas or Operations Engineers)

/3. ZS/Pi

'C

'e

Page Ho. 15Rcport Date/line: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SNUTDOVN ElgIPHEHT LIST (SSEL)

4eposltc-

Data Base File Nano/Date/Tine: )If1 3.DBFo / 12/22/95 / 13:16:16Sort Cr lterla: ID HunberFilter Criteria: (Eval. Concern CONTAII5 'A')Progran File Haec 8 Version: SSBI 2.2

LIHE EQUIPC. TRAIN ClASS HARK H0.

~ $$$$$ $$$ $$ $ $ $$$ $ $$ $ $ $ $ $ $ $$ $ $ $ $$$$

(1) (2) (3) (4)

5117 3 20 3244C

5126 3 20 32440

5123 40P1 20 3245

5103 4 19 3245A

5108 40P1 19 3245A

5132 40P1 20 32458

5118 4 20 3245C

5127 4 20 32-050 .

4237 1,2 23 32-187

4238 1,2 23 32-188

4239 1,2 23 32-189

4240 1>2 23 32-190

4241 1,2 23 32-191

5109 5 19 32~

5128 5 20 32-405A

5119 5 20 32-4058

4215 2 OBA 33-OIR

5YSTBI/EOUIPHEHTDESCRIPT ION

~$$$$$$ $ $ $ $ $ $ $ $ $ $ $$ $ $ $$$$$$$ $ $ $$$$

(5)

RCS/RECIRC PIIP I14 REACTOR

TBPERATNE HY/I CONERTER

RCS/RECIRC Pllf I14 REAClOR'TBP ERATNE INDICATOR

RCS/RECIRC Pllf I15 IHLETIBPERATIRE HY/I CONVERTER

RCS/RECIRC PIIP IIS IHLETTBPERATIIE ELEHENT

RCS/RECIRC PIIP I15 IHLETTBfERATNE ELEHEHT

RCS/RECIRC PIIP I15 IHLETTBfERATNE IIIIQTOR


TBfERATIIE NY/I CONVERTER


TBfERATIIE INDICATOR

RR/RECIRCRATIN PIIP IllRR/RECIRCUlATIOH PIIP I12

RR/RECIRCULATIN PIIP I13

RR/RECIRCULATIN Pilf I14

RR/RECIRCULATION PIIP IIS

RCS/RECIRC PIP I13 IHLETTBfERATIIE ELEHEHT


TBPERATIIE IIIIQTOR

RCS/RECIRC PIP I13 REACTOR

TBfERATNE HY/I CNYERTER

RCU/REACTOR CLEAIP IHl.ET INERISO YLV

<--—-- EOUIPHENT LOCATIN ---> <- OP

Dgdg. No./Rev./Zone Building Fir.Elv. Rn. or Row/Col. SORT NOTES Homal

(6) (7) (8) (9) (10) (11) (12)

ST. -> PWER SN>PORTIC SYS. RED'0 IHTERCMECTINS REG.Desired REO07 WG. IS./REV. 8 SIP PORTING COPNENTS ISSUE~$ $ $ $ $ $ $ $ $ $$ $$ $$$$$$ $ $ $$$$$ $$ $ $$$$$$ $ $ $ $$ $ $$ $ $ $ $$$ $$$$ $

(13) (14) (15) (16) (17)

C-1802lhC/21/64 TB

C-180204/21/H4 TB

C-1802(WC/21/GS TB

C-180204/21/E4 W

C-18020-C/21/E4 W

C-180204/21/GS lB

C-180204/21/64 TB

C-180204/21/H4 TB

C-18006-Cl/28/G3 RB

C-18006-CI/28/G3 RB

C-1800641/28/63 RB

C-1800&CI/28/F3 RB

C-1N&CI/28/F3 RB

C-180204/21/ES W

C-1802&/21/E6 TB

C-18020-C/21/ES TB

C-1N$41/28/F2 W

261

277

218

218

261

218

261

ACR-1S36

CR PHL F

RSP 12

RC LP 15

RC LP 15

RSP 12

AN-1536

CR PHL F

RC LP 11

CR PHL F

ACR-IS36

5 R — N/A H/A YES C-25X&C4/9 1536 AI

SR H/A H/A YES Al

5 R — H/A N/A YES AI

R 05,18, N/A28

N/A YES C-34813-C4/10 RSP, 32-05, 32-058, 120 AIVAC IINOBI

SR H/A N/A YES AI

SR H/A N/A YES C-220&C4/9 1536 AI

H/A H/A

RMIC OFF

RMIHG OFF

RMIC OFF

RMIHG OFF

RMIC Off

SR

05

05

05

05

05

R 05 N/A N/A

YES

N0

N0

N0

N0

YES 32~B> 32~

AI

AI

AI

AI

AI

AI

AI

SR H/A N/A YES Al

SR N/A H/A YES C-22006-C4/9 1536 Al

5 R 19,22, OPEN CMSED YES C-19444:2/31 171B, RPS, RlC 33-OIA Al31

R 05,19 H/A H/A YES C-2200644/9 32-05C, 32-050 Al

CERTIFICATIN:

The lnfornatlon Identifying the cqulpnent requlls, to thc best of our knovlcdgc and belief rrcct

CARNEH R. AGOSTA/ ENGINEER

rntor ype ane teIKNANED F. ALVI EC IHEER

rntor ype anc tc

bringPe lant to a safe shutdem condition on this Safe Shutdovn Equlpnent List (SSEL)od r ( or aors ~ tgaatores oy Eysteas or 0>eratloas Eaglsersg

g->S ggna rc ~te

( 24agnature


Nine Hlle Point Unit 1SAFE SHUTDOVN EOUIPNEHT LIST (SSEL)

Zonposite-

Data Base FIIe Kase/Date/Tine: QB>l 3.DBF . / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progras File Nasa 8 Version: SSEH 2.2

LIHE EQUIPN3. TRAIN CLASS

~$$ $ $$ $$$$ $ $$$$$

(I) (2) (3) (4)

SYSTEH/EOUIP KENT

DESCRIPTION

(5)

EJUIPNENT LOCATION —--> <—OP

Fir.Elv. Rs. or Rou/Col. SORT RITES NoraalDug. Ho./Rev./Zone Building~$$$$ $$$$$$ $$$ $$$$$$

(6)~$$$$$ $ $$$ $$$$$$$$$$ $$$$$$$$$ $ $$ $$$ $ $ $$ $$$$ $$ $$$ $ $$$

(7) '8) (9) (10) (11) (12)

ST. —> POVER SIR>PORTING SYS. REII'0 IHTERCNRIECTIN5 REC.

Des Ired REQDT DUC. MI./REV. 8 SIB'PORTING CN>ONENTS ISSUE~$$$$$$ $$$$$ $$$$$$$ $$$$$ $$$ $$$$$$$$$$$$$$$$$$ $$$$$ $$$$$

(13) (14) (15) (16) (17)

4213 1 OBA 33-02R

4212A 1 R 33-03

4212 2 08A 3344

2023 1 18 3643A

RCU/REACTOR CLEAMB> IHLET OWERISO CHECK YLV

C-18006-Cl/28/Fl RB

RCU/REACTOR CLEAMB> OWLET OWER C-18006-Cl/28/G5150 YLV

RB

RCS/RCS I.EVEL TRN5HITTER C-180154/27/83 RB

RCU/REACTOR CLEAMB> OWLET IIRIER C-1800641/28/64ISO YLV

261

261

5 R 19,31 OPDI CLOSED YES C-19437-C2/34 1618, RPS, RIB: 3342A Al

26 NO AI

5 R 19>31 OPEN CLOSED YES C 19839422/6 RPS> VB12> RIC 3344A Al

N INST RH 5 R 18 H/A H/A YES C-22005M/13 RPS CAB A, K, 120 AlVAC-RPS BUS 11> 1586,1587, COB>WER CAB>

1S84

4101 1 18 36-03A

2024 1 18 36-038

4103 3 18 36-038

2029 2 18 36-03C

4104 4 18 3643C

2030 2 18 3643D

4102 2 18 36-030

RCS/RCS LEYEL TRANSHITIER

RCS/RCS LEYEL TMQllTTER

RCS/RCS LEYEL TRAI5HITTER

RCS/RCS LEVEL TRAI5HITTER

RCS/RCS LEYEL TRAI5HITTER

RCS/RCS LEVEL TMSHITTER

RCS/RCS LEVEL TRAI5HITTER

C-180154/27/83 RB

C-180154/27/83 RB

C-180154/27/83 RB

C-18015-C/27/C3 RB

C-18015-C/27/C3 RB

C-180154/27/C3 RB

C-180154/27/G3 RB

N INST RH 5 R 19 H/A N/A YES C-22005M/13 RPS CAB A, H, 120 AlVAC4PS BI5 11, 1586,1587, COB>UTER CAB,1584

N INST RH 5 R 18 N/A H/A YES C-22005414/IO RPS CAB B> H> 120 AIVAC4PS BUS 12, 1586,1588, COB'WER CAB,1584

N INST RH S R 19 H/A H/A YES C-22005414/10 RPS CAB B, H, 120 AIVAC-RPS BUS 12, 1586,1588, COB>WER CAB,1584

E II5T RH S R 18 N/A H/A YES C-22005-CB/12 RPS CAB C, K, 120 YAC AlRPS BUS 11> 1586> 1587>COB>WER CAB> 1584

E INST RH S R 19 H/A N/A YES C-22005KB/12 RPS CAB C, K, 120 VAC AlRPS BUS ll, 1586, 1587,COtUTER CIB> 1584

E IHST RH 5 R 18 N/A H/A YES C-22005411/10 RPS CAB D, K, 120 VAC AlRPS BUS 12, 1586, 1588,CCIB>WER CIB, 1584

E INST RH 5 R 19 N/A H/A YES C-22005411/10 RPS CAB D, K, 120 VAC AlRPS BUS 12, 1586, 1588>COIB>WER CAB> 1584

CARHEN R. ACOSTA/ ECINEERrntor ype ane te

RIAHII4IED F. ALVI ENGINEER

r nt or ype t e

gnature

gnature

CERTIFICATION:

The inforsation identifying the equipaent required to bring the plant toIs, to the best of our knovledge and belief, and a cur te. (

a safe shutdom condition on this Safe Shutdovn Equi paent List (SSEL)or nore signatures of Systess or Operations Engineers)

X/Zd. 8a

)

P


Nine Hlle Point Unit 1SAFE SHUTDOVH ElgIPHEHT LIST (SSEL)

4eposite-

Data Base F lie Hase/Date/Tine: IBPI 3.DBF / 12/22/95 / 13:16:16Sort Crlterla: ID NusberFilter Criteria: (Eval. Concern CONTAIi5 'A')Progras File Hase 8 Version: SSBl 2.2

LINE EQUIPTRAIN CLASS

$$$$$$ $ $ $ $ $ $ $$$$

(I) (2) (3)

2025 1 18 36-04A

2026 1 18 36-048

2031 2 18 36-04C

2032 2 18 3644D

2027 1 18 3647A

3103 IOP2 18 36-07A

2028 1 18 36-078

2033 2 18 36-07C

2034 2 18 36-070

3106 20P1 18 36-070

(4)

SYSTBl/El@ IPHEHT

DESCRIPT IOH~$$$$$$$$$$$$$$$$$$$ $$$$$$ $ $$$$$$$

(5)

RPS/RCS LEVEL TRANSHITTER




RCS/RCS PRESQIE TRANSHITTER

RCS/RCS PRESSNE TRANSHITTER

RPS/RCS PRESSNE TRANSHITTER

RPS/RCS PRESSNE TRANSHITTER

RCS/RCS PRESSNE TRN5HITTER

RCS/RCS PRESQIE TRAi5HITTER

Dug. Ho./Rcv./Zone Building~$$$$ $ $$$ $ $ $$ $$$$$$$ $$$$$$$$$$

(6)

C-180154/27/C3 RB

C-18015-C/27/83 RB

C-18015-C/27/F3 RB

C-18015-C/27/F3 RB

C-18015-C/27/83 RB

C-18015-C/27/83 RB

C-IBOI54/27/83 RB

C-180154/27/63 RB

C-180154/27/63 RB

C-180154/27/63 RB

EQUIPHENT

Fir.Elv.$$ $ $ $ $$$$$

(8)

LOCATION ——> <—OP.Rs. or Rov/Col. SMT NOTES Norsal

ST. -> PONER QPPOR'IINC SYS. RED'D IHTERCOIBIECTIONS REG.

Desired RE)07 DUG. M./REV. 8 SUPPORTINC OIPONNEHTS ISSUE~$$$$$$ $$$$$ $$$$$$$$$$$$$$$ $$ $ $$$$$$$ $ $$$$$ $ $$$$$ $ $$ $ $ $

(13) (14) (15) (16) (17)~$$$$$

(11)~$$$$$$$$$$$$$$ $$$$

(9) (10)

W IHSI'H 5 R

N IHST RH S R

E IHSTRH SR

EIB5TRH SR

(12)

AlYES

YES

H/A H/A

H/A N/A

H/A N/A

H/A H/A

Al

AIYES

AIYES

W INST RH S R 18 N/A N/A YES C-22005-C4/13 RPS CAB A, H, 120 AIVAC-RPS SUS 11, 1587,COPUTER CAB, 1584

W li5'I RH S R 19 H/A H/A YES C-22005<4/13 RPS CAB A, H, 120 AIVAC-RPS BUS ll, 1587,COPUTER M, 1584

N INST RH 5 R

N IHST RH 5 R

H/A H/A

H/A H/A

YES AI

AI

E II5T RH 5 R 18 H/A N/A YES C-22005-C10/9 RPS CAB D, H, 120 VAC AIRPS BUS 12, 1588,DBPUTER CAS, 1584

E IHST RH S R 19 N/A H/A YES C-22005410/9 RPS CAB D, H, 120 VAC AIRPS SUS 12, 1588>CCIPUTER CAS> 1584

4107 1 20 36-09

4108 2 20 36-10

3104 IOP3 18 36-102

3111 IOP3 20 36-102A

3115 20P2 20 36-103

3102 IOPI 18 36-104

3110 IOP2 20 36-25

4109 3 20 36-26

3114 20PI 20 36-27

RCS/RCS LEVEL INDICATOR

RCS/RCS LEVEL IMIICATOR

RCS/RCS PRESQIE TRANSHITTER

RCS/RCS PRESQIE INDICATOR

RCS/RCS PRESSNE RECORDER

RCS/RCS PRESSNE TRN5HITTER

RCS/RCS PRESSNE INDICATOR

RCS/RCS LEVEL MICATOR


C-18015</27/83 TS

C-18015</27/63 TB

C-180154/27/A2 RB

C-180154/27/A2 TB

C-180154/27/Al TB

C-180154/27/A3 RB

C-18015-C/27/83 TB

C-18015-C/27/83 TB

C-180154/27/62 TB

277

277

277

277

277

277

RSP 12

RSP 12

RSP 11

SR

SR

CR PNL F 5 R

CR PHL F 5 R

N INST lUi 5 R

CR CONE SR

CR CONE SR

N IHST RH 5 R N/A H/A YES

H/A N/A YES

N/A N/A

H/A N/A

YES

YES

N/A H/A YES C-22005-CS/13 F, 3643A

N/A N/A YES C-22005411/10 F, 36-03D

H/A N/A YES C-22004M/3

H/A N/A YES C-22004-C9/3

N/A H/A YES C-23077-C3/19 HC 167

AI

AI

AI

AI

AI

AI

Al

Al

Al

CERTIFICATION:

The lnforsatlon identifying the equi psent requiredls, to the best of our knovlcdge and belief, ect a

CARHEN R. ACOSTAI ENGINEER

r ntor ype ane t e

ICNAieiED F. ALVI ENCINEER

r nt or ype t e

lng plant to a safe shutdovn condition on this Safe Shutdovn Equlpsent List (SSEL)ac a . (One sore signatures of Spstess or Operations Englnecrs)

/'~r~ui~agna re

gnaturc

f


Nine Hi le Point Unit 1SAFE SHUTDOVH EOUIPHEHI LIST (SSEL)

<onposlte-

Data Base File Nane/Date/Tine: Qtl 3.MF ./ 12/22/95 / 13:16:16Sort Criteria: ID HINberFilter Criteria: (Eval. Concern GNTAII5 'A')Progran Flic Hane 8 Version: SSEH 2.2

LINE ElgipIa. TRAIN CLASS IWX H3.

~$$$$$ ~ esse $$$$$ $$ $ $$$$$$$$$$$$ $ $$

(I) (2) (3) (4)

4110 4 20 36-28

3101 1 18 36-31

4111 5 18 36-31

3108 1 20 36-31A

3107 IOP4 18 36-318

4115 5 20 36-31C

3105 2 18 36-32

4112 6 18 36-32

3113 2 20 36-32A

3112 20P3 18 36-328

4116 6 20 36-32C

3116 1,2 20 36-34

4105 5 18 36-76

4119 5 20 36-TEA

4117 5 20 36-768

4106 6 18 36-77

4120 6 20 36-77A

4118 6 20 36-778

SYSIDVEOUIPHEHTDESCRIPTION

~$ $ $ $$ $ $ $ $$$$$ $$$$$$$$$$$$$$ $ $sses

(5)

Dwg. Ho./Rev./Zone~$$$$$$$$$$$$$ $$ $ $ $ $

(6)

Building$$ $ $ $ $$ $$$

(7)

RCS/RCS LEVEL INDI CAIOR

RCS/RCS PRESSINE TRANSHITTER

RCS/RCS PRESSIIE TRANSHITTER

RCS/RCS PRESSIIE INDICATOR

RCS/RCS PRESSIIE INDICATOR

CTRl/GNTROL COtOHEHT (RKTIOH6EHERAIOR)

RCS/RCS PRESSINE TRANSNITTER

RCS/RCS PRESSURE IRNSNITTER

RCS/RCS PRESSURE INDICATOR

RCS/RCS PRESSRE INOICAIOR

C-18015-C/27/G3 TS

C-18015-C/27/A3 RB

C-18015-C/27/A3 RB

C-18015-C/27/81 TB

C-18015-C/27/A2 RB

C-18015-C/27/82 TB

C-180154/27/H3 RB

C-18015-C/27/H3 RB

C-180154/27/HI TB

C-180154/27/H2 RB

TB


RCS/RCS lEVEL TRN5HITTER


CTRUCOHTROL CORNENT(IRILTIPLIER/DIVIDER)

RCS/RCS LEVEL TRANSHITTER


CTRUCOHTROL COfONDIT(WLTIPLIER/DIVIDER)

C-180154/27/DI TS

C-18015</27/A3 RB .

C-18015</27/Al TB

C-18015-C/27/A2 TB

C-180154/27/H3 RB

C-180154/27/Hl TB

C-180154/27/H2 TB

CTRUGNTROL COBYNENT (RKTIOH C-18015-C/27/H2GENERATOR)

EQUIPHEHT

Flr.Elv.$$$$$$$$$$

(8)

261

261

261

261

LOCATION ---> <- OP.Rn. or Row/Col. SORT NOTES Nornal~oeeoeoeooeoeee $$$ $

(9) (10)$$$$$$

(11) (12)

ST. —> POVER SWPORTING SYS. REO'0 IHTERCONIECTIOHS REG.

Desired RE007 DUG. H3./REV. 8 St@PORTING COFNEHTS ISSUE~$$$ $$ $ $$ $$$ $ $$$ $$$$$$$$$$$ $$$$$$ $ $$$$$$$$$$$$$$$$ $$$$$

(13) (14) (15) (16) (17)

RSP ll SR H/A H/A Al

CR PNL F 5 R

H II5T RH 5 R

ACR-1534 5 R

N/A N/A YES C-22004M/21 36-31

N/A IVA YES C-2200443/21 36-31

N/A N/A YES C-22004M/21 36-31

Al

AI

AI

E INST RH 5 R 19 N/A N/A YES C-2200446/9

E ll5I RH S R 18 H/A N/A YES C-22004-C6/9

1535, F, E, COfUTER AICAS

1535, F, E, COB'UTER AICAS

CR PHL F 5 R

E IHSIRH SR

ACR-1535 5 R

CR COH E 5 R

H II5T RH 5 R

CR PHL F 5 R

ACR-1534 5 R

H/A IVA YES C-2200446/9 36-32

N/A N/A YES C-2200446/9 36-32

AI

AI

N/A IVA YES 1535 AI

N/A N/A YES C-2200443/21 36-31, 36-32 AI

N/A N/A YES C-22004-C4/12 1534, F, E, OWNER AlCAB

N/A N/A YES C-22004M/21 36-31, 36-76 Al

H/A IVA YES C-2200443/21 36-31> 36-76> 1534 Al

E INST RH 5 R IVA IVA YES C-2200446/9 1534, F, E, COtUTER AlM

CR PHL F 5 R

ACR-1S35 5 R

IVA N/A YES C-2200446/9 36-32, 36-77

H/A H/A 1535

Al

Al

H INST RH 5 R 19 N/A H/A YES C-22004M/21 1534, 1535, F, E, AICHUTER M 1U13

H IHST RH 5 R 18 N/A H/A YES C-22004M/21 1534, IS35, F, E, AlCO@UTER CAS 1U13

CERIIFICATIOH:

Ihe Infornatlon Identifying thc equipnent requlr Ingis, to the best of our knowledge and belief, rect a a a

CARHEH R. AGOSTA/ ECIHEERrntor ype ane te gnature

plant to a safe shutdown condition on this Safe Shutdown Equipoent List (SSEL)(One r nore signatures of Systcns or Operations Engineers)J cre-

ate

aNAWED F. AlVI ENGINEER


I


Nine Hlle Point lhlt 1SAFE SHUTOOVH EQUIPHM LIST (SSEL)

4eposltc-

Data Base Flic Haec/Date/Tine: IllI 3.DBF. / 12/22/95 / 13:16:16Sort Cr Itcrla: ID NunberFIIter Crlterla: (Eval. Concern CONTAINS 'A')Progran Flic Haec 8 Version: SSEH 2.2

LINE EQUIPID. TRAIH CLASS

(1) (2) (3) (4)

3129 1 18 36-90A

3127 1 18 36-908

3133 2 18 36-90C

3135 2 18 36-900

3131 1 18 36-90E

3137 2 18 36-90F

3143 1 08A 37-01

6197 20P OBA 37-01

4199 1,2 DBA 38-01

4202 1,2 OBA 38-13

6118 10P 07 3945

6119 10P 088 394SE

6120 10P 088 39%SF

6121 10P 088 39-056

6122 IOP 088 3945H

SYSTEH/EQUIPHEHTDESCRIPT ION

(5)sosssas«sssssssssss

(6)

HS/HS EHERG ELECTRNATIC RV llll C-18015</27/A3PRESS IIDICAT SVITCH

HS/HS ENERG ELECTRNATIC RV l112 C-180154/27/A3PRESS INDICAT SVITCH

HS/HS EHERG ELECTRNATIC RV l121 C-180154/27/H3PRESS IIDICAT SVITCH

HS/HS ENERG ELECTRNATIC RV ll22 C-180154/27/H3PRESS IIDICAT SVITCH

HS/HS EHERC ELECTRNATIC RV l113 C-180154/27/A3PRESS IIDICAT SV ITCH

HS/I5 EHERC ELECTRCHATIC RV l123 C-180154/27/H3PRESS IIDICAT SV ITCH

RHV/REACTOR HEAD YENT IISIER BLOCK C-1800241/30/02YLV llRHV/REACTOR HEAD VENT IIIER BLOCK C-18002-Cl/30/D2YLV llSDC/SIITOOVN COOLING OUTLET IWER C-18006-Cl/28/F4ISO VLV

SDC/SNUTOOVN COOLING RETNH INSIDE C-ISX&CI/28/F2ISO YLV

EC/LOOP lllCODENSER RETNN ISO C-180174/42/C6YLV

EC/LOOP Ill CODEHSER RETNH ISO C-18017-C/42/CSVLV PILOT

EC/LOOP lllCODENSER RETNH 150 C-18017</42/C5VLV PILOT

EC/LOOP illCODENSER RETNN ISO C-180174/42/CSVLV PILOT

EC/LOOP lllCODEHSER RETNN ISO C-180174/42/CSVLV PILOT

'ulldlng~Sssssssss

(7)

EQUIPHMFlr.Elv.

~Sssssasss

(8)

RS

RS

RS

RS

261

259

RB 281

RB 281

RB 281

RB 281

RB 281

RB 284

LOCATIN ---> <—OP.Rn. or Ron/Col. SORT IDTES Nornal

ST. -> POVER SI>PORTING SYS. REQ'0 IHTERCOSIECTINS REG.

Desired REQD7 OVG. ID./REV. 8 SNPORTIHG COS>OHMS ISSUE~assess asses ssasssssss«ssa sss«ssssssssssssssssss Oases

(13) (14) (15) (16) (17)(9) (10) (11) (12)

H/A AIYESV IHSI'H 5 R

V INST RH S R

E INST RH S R

E INS'I RH 5 R

V INST RH 5 R

E IHSTRH SR

AlH/A H/A

N/A H/A

N/A N/A

N/A N/A

H/A H/A

YES

AlYES

AIYES

AIYES

AI

AZ145

AZ145

AZ315

19>23> CU5ED CLOSED NO C-1943841/22 167, RPS> RIL 38-13A AI31

IV RON 5 09 CU5ED OPEH NO 3945E> 39@SF> 394SG> Al3945H

IV RON

IV RON

IV RON

IV RON

5 R 09 AIR VENT YES C-34812-Cl/6 RHS 39-05C, RPS llA Al

S R 09 AIR VEHT YES C-3481241/6 RI5 3905C> RPS llA AI

S R 09 AIR YM YES C-19839418/7 RIB: 3945A, 8812, N, L AI

5 R 09 AIR VM YES C-19839418/7 RIL'9-05A, 8812, H, L AI

R 19 CU5ED CU5ED ID C-1944042/31 1718, RIL 37-OIA AI

R 18 CU5ED CLOSED ID C-19440-C2/31 1718, RIL 37-OIA AI

R 19,31 CU5ED CLOSED NO C-1943841/22 167, RPS, RIB: 38-OIA AI

CERTIFICATIN:

The Infornatlon Identlfylng the cqulpnent requ~l Ing the plant to a s fe shutdovn condltlon on this Safe Shutdem Equlpnent List (55EL)ls, to thc best of our knouledgc and belief correct a d ac a (One nore signatures of Systenspr Operations Engineers)

CARHEN R. ACOSTA/ ENGIHEER

/'~/~clair-

r nt or ype t e gnl te lto

IHHIIlED F. ALVI / ENCINEER

r nt or ype t c gnlturc l

rl

~ q 4


Nine Hilc Point Unit 1SAFE SNWDOVH ElgIPHENT llSI'SSEL)

-Cosposite-

Data Base File Hase/Date/Tine: III)l3.DSF / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CNTAINS 'A')Progras File Hase 8 Version: SSEH 2.2

LIHE ElglpID. TRAIN CUSS

(I) (2) (3) (4)

6123 20P 07 39-06

6124 20P 088 3946E

6125 20P 088 3946F

6126 20P 088 3946C

6127 20P 088 3946H

6112 IOP OBA 39-07R

6113 20P OBA 39-OSR

6111 IOP OSA 39-09R

6113A 20P OBA 39-10R

4207 1 088 39-11C

6129 IOP 088 39-11C

4208 1 088 39-llD

6130 IOP 088 39-11D

4206 I 07 39-11R

6128 IOP 07 39-1lR

SYSTEH/EOUIPHENT

DESCRIPT IN

(5)

ILtg. No./Rev./Zone Building~ $ 000000000000000000 00$ 0000000

(7)(6)

EOUIPHENT

fir.Elv.~0000$ 0000

(8)

RB 281

RB 281

RB 281

RB

RB 281

RB 298

RB

EC/LOOP Ill STEAH OUTLET INSIDEISO VLV

EC/LOOP I12 STEAH OWLET IHSIDEISO VLV

EC/LOOP Ill EHERCOKY GMENSERMAIH ISO VLV PILOT

EC/LOOP Ill EHERCBKY COMENSERMAIN ISO VLV PILOT

EC/LOOP Ill OiERCOKY CND95ERDRAIN 150 VLV PllOT

EC/LOOP Ill EHERGBKY GMENSERDRAIN 150 VLV PILOT

EC/LOOP Ill EHERGEIKY GMENSERDRAIN ISO VLV IlllEC/LOOP Ill EHERGOKY GMEHSERMAIN ISO YLV Sill

C-18017-C/42/D4 RS

C-180174/42/E4 RB

C-18017-C/42/84 RB

C-18017</42/84 RS

C-180174/42/84 RB

C-18017-C/42/84 RB

C-18017-C/42/84 RB

C-18017-C/42/84 RB

EC/LOOP I12 GMENSER RETIRH ISO C-18017-C/42/F6VLV

EC/LOOP I12 GMENSER RETIRH ISO C-18017-C/42/F5VLV PILOT

EC/LOOP I12 CNDENSER RETIRN ISO C-18017-C/42/FSYLV

Pll01'C/MOP

I12 CODENSER RETLRH 150 C-18017-C/42/FSYLV PILOT

EC/LOOP I12 GMENSER RETIRH 150 C-18017</42/FSYLV PILOT

EC/LOOP IllSTEAN OWLET OWSIDE C-18017</42/04ISO YLV

EC/LOOP I12 STEAH OWLET OUTSIDE C-18017-C/42/E4150 YLV

LOCATION —--> <—OP. ST. ->Rs. or Rov/Col. SORT IDTES Norsai Desired~00000000000000 $000 000000 $$$$$$$ $$$$$$$

(9) (10) (11) (12) (13)

PNER 5$ 'PORTING SYS. REII'0 INTERCNNECTINS REG.

RENT DUG. ID./REV. 8 SIRPORTING CNS>NENTS ISSUE$0000 0000000$ 0$ $$$$$ 00000000000000$ 00$ 00000 $ 0000

(14) (15) (16) (17)

IV ROOH 5 09 CLOSED NEH ID C-19839-CIS/7 3946E> 39@SF) 39-060, Al39-06H

IV ROOH

IV ROOH

IV RON

IV ROOH

IV ROOH

IV ROOH

IV ROCH

IV ROOH R 18)31 OPOI OPOI ID C-19437-C2/34 RIC 39-IOI) RIC 39-10C, Al1618, RPS

IV ROOH

IV ROCH

IV ROCH

IV ROOH

S R 19 AIR VOIT YES C-19859410A/10 8811) 8812) RHS 39-118 > Al1551, 1556

5 R 18 AIR VOIT YES C 19859410I/10 8811) 8812) Rin 39 118 ~ Al1S51, 1556

5 R 19 AIR VENT YES C-19859-CIOA/10 8811) 8812> RI5 39-118> Al1551, 1556

5 R 18 AIR VENT YES C-19859-CIOA/10 8811, 8812, RHS 39-118, Al1551, 1556

IV ROOM 5 19 OPBI CLOSED YES 39-11C) 39-11D Al

IV RON 5 18 OPEN CLOSED YES 39-11C) 39-11D AI

5 R 09 AIR VENT YES C-34812-Cl/6 RHS 3946C) RPS 12A Al

5 R 09 AIR VENT YES C-34812-Cl/6 Rie 39-06C, RPS 12A Al

5 R 09 AIR VENT YES C-19839-CIB/7 RIC 394Q, 8812, H, L Al

5 R 09 AIR VENT YES C-19839-CIB/7 RIC 3946A, 8812, H, L Al

R 1S,31 OPEN OPEN ID C-19839-C21/7 YBII, RPS, IQC 3947A, AlRHC 39-07C

R 18)31 OPEN OPEN ID C-19S39-C22/6 YB12) RPS, RIC 39-08A, AIRHC 39-OBC

R 18)31 OPEH OPEN ID C-19440-C2/31 RPS) 1718, RlC 394SA, AlRIC 39-09C

CERTIFICATIN:

The inforsation idcntifylng thc equipnent requiis, to the best of our keeledgc and belief rrect

CARNEN R. ACOSTA/ ENGINEER

rntor ype ase teHOHIIHED F. AlVI / ENGINEER

rntor ype ane te

bring the plant to a safe shutdovn condition on this Safe Shutdovn Equipsent List (SSEL)nd a a . (One r sore signatures of 5 stesspr Operations Engineers)

z ~aharc ate

2kagoature


Nine Hlle Point Unit 1SAFE SHUTDOVH EQUIPHEHT LIS'I (SSEL)

-Conposltc-

Data Base File Haec/Date/Tine: III)1 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nano I Version: SSEH 2.2

LINE EQUIPID. TRAIN CLASS HARK ID..

$$$ $ $ $ $ $ $ $$ $ $ $ $ $ $ $ $$ $ $ $ $ $ $ $ $ $ $ $ $$$

(I) (2) (3) (4)

4210 2 088 39-12C

6132 20P 088 39-12C

4211 2 088 39-12D

6133 . 2OP 088 39-12D

4209 2 07 39-12R

6131 20P 07 39-12R

4216 1 088 39-13C

6135 20P 088 39-13C

4217 1 088 39-130

6136 20P 088 39-130

4214 1 07 39-13R

6134 20P 07 39-13R

4219 2 088 39-14C

6138 IOP 088 39-14C

4220 2 088 39-140

SYSTEN/EQUIPNEHT

DESCRIP lIONssssssssssssssssesssseessssessssse

(5)

EC/LOOP lll EHERGBKY CNDEHSERDRAIN ISO VLV PILOT

EC/LOOP lll 9!ERGBKY CODENSERDRAIN ISO VLV PILOT

EC/LOOP lll IHERGBKY CNDEHSERDRAIN ISO VLV PILOT

EC/LOOP Ill EHERGBKY COMKHSERDRAIN ISO VLV PILOT

EC/LOOP lllEHERGBKY CNDEHSERDRAIN ISO VLV l112

EC/LOOP Ill EHERGBKY COtD05ERDRAIN ISO VLV l112

EC/LOOP I12 IHERGBKY CNDENSERMAIN ISO VLV PILOT

EC/LOOP I12 ENERGBKY CND05ERDRAIH ISO VLV PILOT

EC/LOOP I12 EHERGBKY CNDENSERDRAIN ISO VLV PILOT

EC/LOOP l12 ENERGBKY CND05ERMAIN 150 VLV PILOT

EC/LOOP I12 EHERGBKY COtD05ERDRAIN 150 VLV I121

EC/LOOP I12 EHERGBKY CND05ERDRAIN ISO VLV l121

EC/LOOP I12 ENERGBKY OM05ERDRAIH 150 VLV PILOT

EC/LOOP ILB EHERGBKY CNDENSERDRAIN ISO VLV PILOT

EC/LOOP ll2 ENERGBKY CERD05ERDRAIN ISO VLV PILOT

Dvg. Ho./Rev./2one~$$$$ $ $ $ $ $ $$$$ $$$$$$

(6)

Building~$$$$$$ $ $$

(7)

C-18017-C/42/G4 RB

C-18017-C/42/G4 RB

C-18017</42/G4 RB

C-18017-C/42/G4 RB

C-18017-C/42/G4 RB

C-18017-C/42/64 RB

C-18017-C/42/G4 RB

C-180174/42/84 RB

C-18017-C/42/84 RB

C-18017-C/42/84 RB

C-18017-C/42/84 RB

C-180174/42/84 RB

C-18017-C/42/84 RS

C-18017-C/42/G4 RS

C-18017-C/42/G4 RB

EQUI PHEHT

Flr.Elv.$$$$$ $ $$ $ $

(8)

LOCATIN ——> <—OP.Rn. or Row/Col. SORT NOTES Homal

(9) (10) (11) (12)

IV ROOH

IV RON

IV RON

IV RON

IV ROOH

IV RON

IV RON

IV RON

298 ~ IV RON

IV RON

IV RON

IV RON

IV RON

IV RON

IV ROCH

ST. —> POVER SUPPORTING SYS. REQ>D IHTERCNIIECTIONS REG.Desired REQ07 DVG. ID./REV. 8 SWPORTIID CCt6>NEHTS ISSUE~$ $ $$$$ $$$$$ $$$$$$$$$$ $$$$$ $$$$$$ $$$$$$$$$$$$$$$$$ $$$$$

(13) (14) (15) (16) (17)

S R 19 AIR VENT YES C-19859<IOA/10 8811) 8812, RHS 39-128) AI1551, 1556

5 R 18 AIR VENT YES C-19859410A/10 8811, 8812, RHS 39-128> AI1551> 1556

5 R 19 AIR VENT YES C-19859-CIOA/10 8811, 8812, RHS 39-128, AI1551> 1556

5 R 18 AIR VENT YES C-19859-CIOA/10 8811, 8812, RHS 39-128, AI1551, 1556

AI5 19 OPEN CL05ED YES

5 18 OPEN CLOSED YES

39-12C, 39-12D

AI39-12C, 39-12D

5 R 19,27, AIR31

5 R 18,27, Ale31

5 R 19,27, AIR31

5 R 18,27, AIR31

VEHT YES C-198594IOA/10 8811, 8812, RHS 39-138, AI1551, 1556> RPS

VEHT YES C-198594IOA/10 8811, 8812, RHS 39-138, AI1551, 1556, RPS

VENT YES C-19859410I/10 8811> 8812> RNS 39-138) AI1551, 1556, RPS

VENT YES C-19859<IOA/10 8811, 8812, RHS 39-138, AI1551, 1556, RPS

39-13C, 39-130 AI5 19 OP EH CLOSED YES

5 18 OP BI CLOSED YES 39-13C, 39-130 Al

5 R 19,27, AIR31

5 R 18>27, AIR31

5 R 19,27, AIR31

VENT YES C-19859<IOA/IO 8811) 8812, RHS 39-148, Al1551> 1556, RPS

VENT YES C-198594IOA/10 8811, 8812, RHS 39-148, Al1551, 1556, RPS

VENT YES C-19859-CIOA/10 8811) 8812) RHS 39-148) Al1551, 1556, RPS

CERT IF I CAT IN:

The lnfornatlon identifying the cqulpnent rls, to the best of our knovledge and belle

CARNEN R. AGOSTA/ BDINEERr nt or ype t e

DNAISED F. ALVI ENGINEER

rntor ype ane te

bring t plant to a safe shutdovn condition on this Safe Shut&we Equlpnent List (SSEL)co rect and a ra (One o nore signatures yf Systems

or Operations Engineers)

o/'~�~P-rgn�atu te

5gnature

I I

1

f'

Page No. 22Report Date/TIne: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SHJTDMI EOUIPHENT LIST (SSEL)

<onposlte-

Data Base File Nano/Date/TIne: ITB)1 3.DBF ~ / 12/22/95 / 13:16:16Sort Crlterla: ID )heberFilter Cr l ter la: (Eval. Concern CONTAINS 'A')Progran Flin Nane 8 Version: SSBI 2.2

LINEM. TRAIN

~ $0000 $ 0000

(1) (2)

ElglpCuSS HARK M.

(3) (4)

SYSTOI/ElgIPHEHTDESCRIPTION

(5) (6)

Bulldlng~ $ $$ $ $$$$0

(7)

EOUIPHENT

Flr.Elv.~0$ 0$ 0$ 000

(8)

LOCATION —-> <- OP.Rn. or Rou/Col. SORT MlES Homal~00$ $0$ 0$ $00000 $000 000000 SSSHSS

(9) (10) (11) (12)

ST. -> PNER SIT)PORTING SYS. RED)D IHTERCNBIECTIONS REG.

Desired RE(07 WG. ID./REV. 8 M)PORTING CO>tNEHTS ISSUE~$00000 0$$ $0 HHH000000000 H$0$ $$ $$$ $$$$$$$ $$$$ $ $ SSSH

(13) (14) (15) (16) (17)

6139 10P 088 39-140

4218 2 07 39-14R

6137 10P 07 39-14R

EC/LOOP 412 EHERGOCY COIDEHSER

DRAIN ISO VLV PILOT

EC/LOOP 412 EHERGENCY CNDB5ERMAIN ISO VLV l122

EC/LOOP 412 EHERGBCY COMENSER

DRAIN ISO YLV I122

C-18017-C/42/64 RB

C-18017-C/42/64 RB

C-18017-C/42/64 RB

IV ROII

IV ROGI

IV RON

5 R 18,27, AIR31

5 19 OPEN CU5ED YES 39-14C) 39-140 Al

5 18 OPEN CU5ED YES 39-14C) 39-140 Al

VENT YES C-19859410A/10 8811, 8812, RNS 39-148, AI1551) 1556, RPS

4124 20P1 OBA 4041

4126 2 OBA 4042

4170 2 OBA 4045

4169 1 OBA 4006

4123 2 OBA 4049

4121 10P1 OBA 40-10

4122 1 OBA 40-11

4125 1 OBA 40-12

4161 1 OBA 40-30

4165 2 OBA 40-31

2007 1 07 44.2-15

2008 2 07 44.2-16

2009 2 07 44.2-17

2010 1 07 44.2-18

CRS/C0RE SPRAY IHLET INER ISO VLV C-18007-C/43/E3 N

CRS/CORE SPRAY INLET OUT ISO VLV C-180074/43/F3 RB

CRS/CORE SPRAY TEST ISO YLV

CRS/CORE SPRAY TEst ISO VLV

C-18007</43/03 RB

C-18007-C/43/83 RB

CRD/SCRAH DISCHARGE YDL MLDIMTNBl VOIT ISO YLV

CRD/SCRAH DISCHARGE llDL HOLDINGTAIBl VENT ISO YLV

C-18016-C2/23/A3 RB

C-18016-C2/23/AS RB

CRD/SCRAH DISCHARGE HEADER DRAIN C-1801642/23/E5ISO YLV

CRD/SCRAH DISCHARGE HEADER DRAIN C-1801642/23/F5ISO VLV

RB

CRS/CORE SPRAY IHLET IIOWER ISO VLV C-18007-C/43/E2 N

CRS/CORE SPRAY INLET IIBIER ISO VLV C-18007-C/43/02 N

CRS/CORE SPRAY IHLET IWER ISO YLV C-18007-C/43/D3 N

CRS/CORE SPRAY INLET OUT ISO VLV C-18007-C/43/C3 RB

CRS/CORE SPRAY YEHT INSIDE ISO VLV C-18007-C/43/D2 N

CRS/CORE SPRAY VENT INSIDE ISO VLV C-18007-C/43/E2 N

261

237

261

261

261

237

261

261

237

237

A290 5 R 19 31 CLOSED OPEN YES C 19437~ 1618 ~ IUC 4041A) RPS Al

SE CORNER R 31 OPEN OPEN M C-1943841/22 167, RIC 4042A> RPS Al

KIO R 19,31 CLOSED CLOSED ID C-19438<1/22 167, PHL 167A> IUC Al4045A, RPS

K6 R 19,31 CLOSED CLOSED M C-1943841/22 167, PHL 167A, RIC Al40-06A> RPS

AZ225

5 R 19,31 CLOSED OPEN YES C-19440-C2/31 1718, RIC 4049A> RPS Al

5 R 19,31 CLOSED OPEH YES C-1944hC2/31 1718, IC 40-10A, RPS AI

5 R 19)31 CU5ED OPEN YES C-19437-C2/34 1618> RIC 40-11A> RPS Al

5 09,19 OPEN CU5ED

5 09,19 OPOI CLOSED

YES

YES

113-273, 113-274 AI

113-275, 113-276 Al

5 09,19 OPOI CLOSED YES . 113-275, 113-276 AI

S 09,19 OPEN CLOSED YES 113-273, 113-274 AI

SE CORNER R 31 OPEN OPEH M C-19438-C2/21 167, PHL 167A, RHC AI40-12A, RPS

R 31 CU5ED CU5ED ID C-19437-C2/34 1618) RHS 40-308, RPS Al

R 31 CLOSED CLOSED M C-19440410/10 1718, RI5 40-318, RPS AI

CERTIFICATION:

The lnfornatlon ldentlfylng the equlpnent required Ing the plant toIs, to the best of Nn knouledge and belief, co ect a accur

CARHEH R. AQ5TA/ EC INTER

r nt or ype t e gna re

MHANED F. ALVI EC INEER

t,er nt or ype gniture

a safe shutdoun condltlon on this Safe Shutdem Equlpnent List (SSEL)or re signatures of 5 stens r Operations Engineers)»r pi-

ete

I Z6 5

Jl

h

Page No. 23Report Date/line: 12-22-95 / 13:18:10

Hlnc Hilc Point Unit 1SAFE SWTDGMH EGUIPNENT LIST (SSEL)

Conpos ite-

Data Base File Nano/Date/Tine: QPI 3.DBF . / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Hane t Version: SSEH 2.2

LIHEID. TRAIN

~$0000 $0000

(I) (2)

EQUIP

CIASS HARK M.

(3) (4)

61940 12OP 07 50-15

6336 120P 07 50-15

6194A 12OP R Sly

6333 12OP R 50-63

6332 20P 07 5545

6194C 120P 07 59-07

6335 120P 07 5947

61948 120P 07 59-08

6334 120P 07 59-08

6189 20P 07 6043

6190 2OP 088 6043C»

6185 IOP 21 60-10

6187 IOP 07 60-04

6188 10P 088 6044C»

6186 20P 21 6049

SYSTEN/EOUIPHENT

DESCRIPT!OH

(5)

Dug. Ho./Rev./2one~$$0000$ 0$ $$0$ 0$ $$0$

(6)

CTS/COM SPILL t STORAGE TACS 8 C-180034/34/F3GM H/U LEVEL CV

CTS/COM SPILL t STORAGE TACS t C-180034/34/F3COD N/U LEVEL CV

BuildingF000000000

(7)

CTS/CRD ILES SXTION PRESSIIECONTROL VLV ISO

CTS/CRD POPS SUCTION PRESSIECOHTROL VLV ISO

CN/DEHIH HATER STORAGE TACSBLOCK VLV

C-180034/34/64 TB

C-18003-C/34/G4 TB

C-18016-Cl/23/A4 RB

TB

ECW/ENER GM NKOP TANK 12SlPPLY ISO VLV

ECW/EHER COD NKGP TAC 12SIPPLY ISO VLV PllOT

EOl//ENER C0ID NKGP TAC llSIPPLY 150 YLV

EOlJ/ENER COM NKHP lAC llSIPPLY ISO VLV PILOl

C-180174/42/Gl TB

C-18017-C/42/Gl TB

C-180174/42/Bl TB

C-18017-C/42/81 TB

ECW/ENER GM NKElP VAlER TANK C-18017-C/42/G2ll2

ECW/EHER GM NKEIP HATER TAC C-18017-C/42/Blill

CTS/GMEHSATE H/U COMEHSER N/U C-18003-C/34/F2LEYEL CONTROL YLV

CTS/CODENSATE H/U GMENSER N/U C-18003</34/F2LEVEL CONTROL YLV

CTS/GM05ATE N/U CONDENSER LEVEL C-18003</34/F2CONTROL VLV

CTS/COMENSATE H/U COMENSER LEVEL C-18003-C/34/F2CONTROL VLV

EOUIPHEHT

Fir.EIv.F 000000000

(8)

261

261

261

261

261

250

261

261

LOCATION —-->Rn. or Rou/Col. SORT MTES000000000000000 $000 000000

(9) (10) (11)

FIO

FIO

H,L13

H,L13

H4

H4

H4

<—OP. ST. —> POUER SIPPORTING SYS. RED'D INTERCNBIECTIONS REG.

Homal Desired REO07 DUG. M./REV. t SIPPORTING COPONEHTS ISSUEF000000 0000000 $0000 000$ 0$ 0$0$ $$000 00000000000000000$ 00000 $ 0000

(12) (13) (14) (15) (16) (17)

AIR 19 CU5ED CLOSED ID

R 18 CLOSED CLOSED AI

NNJAL VALVE

NMML VALYE

02)19 OPEN CLOSED M AI

AI02)18 OPEN CLOSED M

R — CU5ED CLOSED M AI

AIR 19 CU5ED CLOSED lD

R 18 CU5ED CLOSED M

R 19 CLOSED CLOSED ID

R 18 CLOSED CLOSED M

5 20 CU5ED OPEN YES

AI

AI

AI

AI

5 R — VEHT AIR YES C-1995145/9 RIC 6NHA, 1556 Al

5 20 CU5ED OPEH YES Al

5 R — VENT AIR YES C-19951M/9 RIC 60-04A> 1551 AI

AlS — N/A N/A N/A

5 — N/A N/A H/A AI

r nt or ype toMHANED F. ALVI ENGINEER

r nt or ype ane t e

CERTIFICATIOH:

lhc Infornation identifying the cquipnent ris, to the best of our knoulcdgc and belief

MHEH R. AQ5TA/ EIDINEER

r bring t+ plant to a safe shutdovn condition on this Safe Shutdem Equipnent List (SSEL)correct a ra . (One nore signatures of Systens or Operations Engineers)

r~ ussrgnaturc ate

)2 24agnature

I

Page No. 24Report Date/Ilae: 12-22-95 / 13:18:10

Nine Nile Point Unit 1'SAFE SHUTDIJN EQUIPHENT LIST (SSEL)

-Coaposlte-

Data Base File Haec/Date/Tine: J46)1 3.DBF. / 12/22/95 / 3:16:16Sort Criteria: ID NuaberFilter Criteria: (Eval. Concern CONTAINS 'A')Prograa File Naae 8 Version: SSEH 2.2

LINE . EQUIP14J. TRAIN CLASS

~ 00000 0000$ $0000

(I) (2) (3) (4)

SYSTEH/EQUI PHENT

DESCR IP lION~0000000$ 0000$ 00000000$ 000$ 00$ 000$

(5)

Ihg. Ho./Rev./Lone~0000000000000000000

(6)

<—--- EQUIPHEHT

Building Flr.Elv.0000000000 0000000000

(7) (8)

LOCATION —->Ra. or Rou/Col. SORT~0000000000000$ $000

(9) (10)

<- OP. ST. -> POVER SIB)PORTIJKi SYS.NOTES Horaal Desired REQDT DVG. IKJ./REV.~ 00000 000000$ 0000000 00000 00000000000000$

(11) (12) (13) (14) (15)

REQ'D IHTERCOWECTIONS REG.

8 SIPPORTIIK) GKOHENTS ISSUE~000000000000000000000$ 0000$

(16) (17)

6183 20P2 R 60-11

6173 10P2 R 60-12

6184 IOP 07 60-13

6160 10P 07 60-17

ECW/EHER CONJ 8121)122 HAKDB>

TQK ISO YLV (HNML)

ECW/ENER CONJ 4111,112NAKEI'AIS

150 YI.V (HAWAl)

C-18017-C/42/62 TB

C-180174/42/82 TB

EOll/INER COJI llll>112 LEVELCONTROL VLV

C-18017-C/42/82 RB

ECW/EHER COJBJHAKEIB) TIE YLV C-18017-C/42/F2 RB

Q-P, 7-9

02 OP EH OP/CL

02 OP EH OP/CL

03 OPEN H/A

HO

NO

5 07 CLOSED OP/CL YES

HAJAML> EC 4121/122 AlLEVEL

HAMML, EC 4111/112 AILEYEL

Al

60-17A> 60-178, 60-17D, Al60-17E, EC Bill/112LEYEL

6163 IOP 20 60-17A ECW/ENER CNBJ 4111,112 LEVEL E/P C-18017-C/42/82CONVERTER

RB Q-P) 7-9 SR H/A N/A YES C-22014<1/15 IS65, K, 120 VAC RPS

BUS11) 60-28

6164 IOP 20 60-178

6161 IOP 088 60-17D

6162 IOP 088 60-17E

6162A IOP 20 60-1 7F

6174 20P 07 60-18

6175 20P 20 60-18A

6179 20P 20 60-188

6181 20P 088 60-180

6182 20P 088 60-18E

6182A 20P 20 60-18F

ECW/ENER CMJ 4111,112 LEVEL

CONTROLLER

ECW/EHER Cll 4111)112 LEVELCONTROL VLV PILOT

ECW/ENER COJBJ 4111)112 LEVELCONTROL VLV PILOT

'MJ/INERCONJ lll1,112 LEVELCONTROL SVllCH

EONIEHER COJO 4121,122 LEVELCONTROL VLV

ECW/EHER COJKJ 4121,122 LEYEL E/PCONVERTER

ECW/INER CNBJ 4121,122 LEVELCONTROLLER

ECW/EHER CMJ 1121,122 LEVELCONTROL VLV PllOT

ECW/EHER CNRJ II21)122 LEVELCONTROL VLV PILOT

ECW/EHER COJBJ l121,122 LEVELCONTROL SNITCH

C-18017-C/42/82 TB

C-18017-C/42/82 RB

C-18017-C/42/82 RB

C-18017-C/42/82 TB

C-180174/42/62 RB

C-180174/42/62 RB

C-18017-C/42/62 TB

C-18017-C/42/62 RB

C-180174/42/62 RB

C-180174/42/62 TB

277

250

277

340

277

CR PNL K SR N/A H/A YES AI

Q-P> 7-9

Q-P) 7-9

S R 09 VEHT AIR YES C-3481241/6 RPSll, RHS 60-17F Al

5 R 09 VENT AIR YES C-34812<1/6 RPSII, RHS 60-17F Al

RSP 11 N/A N/A Al

Q4, 7-9 S 07 CLOSED OP/CL YES 60-18A, 60-188, 60-180, AI60-18E, EC l121/122LEVEL

Q4, 7-9 SR

CR PHL K 5 R

N/A N/A

H/A N/A

YES

YES

Al

Al

Q-P, 7-9

Q-P) 7-9

RSP 12 N/A N/A HA AI

5 R 09 VENT AIR YES C-34812-Cl/6 RPS12, RHS 60-18F Al

5 R 09 VENT AIR YES C-34812-Cl/6 RPS 12) RJ5 60-IBF Al

CARHEN R. AMSTA/ ENCI NEER

r ntor ype aae teJJANED F. ALVI ENS IHEER

rntor ype ane te

gnature

gnature

CERTIFICATION:

The lnforaation identifying the equi paent ~bringls, to the best of our km+ledge and bell, correct a

plant to safe shutdovn condition on this Safe Shutdom Equipaent List (SSEL)( nore signatures of $ysteas or Operations Engineers)

/z/~/"- w~z4,

a

h


Nine Hllc Point Unit 1SAFE SHUTDOMN EOUIPNEHT LIST (SSEL)

-Conposltc-

Data Base File Hase/Date/Tine: JIB>l 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nane I Version: SSEH 2.2

LINEi8. TRAIH

~ $$$$$ $$$$$

(I) (2)

EOUIPCLASS HARK N.~$$$$ $$$$$$$$$$$ $ $$$$ $$

(3) (4)

SYSTEH/EOUIPNEHTDESCRIPTION

~$$$ $$$$$$$$$$ $$$$$$$$$ $ $$ $ $$ $ $$ $ $

(5)

Dug. No./Rev./lone~ $ $$ $ $ $ $$ $ $ $$$$$$$ $$

(6)

Building~$$$$$ $ $ $ $

(7)

EOUIPNENTFir.L'lv.

~$$ $ $ $$$$$

(8)

LOCATION --->Rn. or Ron/Col. SORT$ $ $$$$$$$ $ $ $$$$ OOOO

(9) (10)

NTES$$ $ $ $$

(11)

(- OP. ST. ->Nornal Desired~$ $ $$ $$ $ $ $ $$ $ $

(12) (13)

FOYER SII'PORTING SYS. REO>D IHTERCOJIIECTIONS REG.

RElgl7 DUG. N./REV. 8 SUPPORTING COJIJOHEHTS ISSUE~$ $$$ $$$$$ $ $ $$$$$$$$ $ $ $$ $ $$$$$$$$$$$$$$ $$$$ $$$$$

(14) (15) (16) (17)

6171 IJB>2 18 60-22

6169 1OP2 20 60-22A

6170 10P2 20 60-228

6172 1OP2 20 60-22C

6168 20P1 18 60-23

6176 20pl 20 60-23A

6180 20P1 20 60-238

6178 20P1 20 60-23C

6165 10P 18 60-28

ECJRJ/9!ER CON Bill>112 LEVELTRANSHITIER

C-18017</42/83 RB

RB

ECJBJ/ENER CON llll,112 LEVELCONTROLLER

ECJRJ/EHER CON l111,112 LEYELIJ8ICATOR

ECJRJ/EHER CON l121,122 LEVELTRANSHITTER

ECJRJ/THER CON l121,122 UPCONVERTER

ECJRJIEHER CON l121,122 LEVELCONTROLLER

ECJRJ/EHER CON l121>122 LEVELIJ8ICATOR

EOBJ/EHER COJ8 l111,112 LEYELTRAHSHITTER

C-18017-C/42/82 TB

C-180174/42/83 TB

C-18017-C/42/C3 RB

C-180174/42/G2 RB

C-18017-C/42/G2 TB

C-18017-C/42/62 TB

C-180174/42/83 RB

ECJRJ/ENER CON llll,112 LEVEL E/P C-18017</42/82CONVERTER

318

250

318

277

318

P6

l)4> 7-9

RSP ll

RSP ll

Pll

Q-P> 7-9

RSP 12

RSP 12

P6

SR

SR

H/A N/A YES C-3481MI/11 60-228, RSP AI

H/A N/A YES C-3481341/11 60-228, RSP AI

SR N/A N/A YES C-3481341/11 60-228 AI

SR

SR

H/A N/A

N/A N/A

YES

YES

AI

AI

SR AI

SR N/A N/A YES AI

5 R 28 N/A N/A YES C-2201441/15 1565, K, 120 YAC RPS AlBUS 11, IS82, 120 VAC

IIKHJVN, GIB'UTER CAB,IS85, 125 YX IIB08VN

5 R 28 H/A N/A YES C-34814%2/12 120 VAC IIB08NH AI

6166 10P 20 60-28A

6167 2OP 18 60-29

6177 20P 20 60-29A

4204 1,2 21 9442

6117 20P 21 60-42

4200 1,2 21 60-44

6116 20P 21 60-44

ECJRJ/THER CON l111,112 LEVELINICATOR

ECJRJ/THER CON ll21,122 LEYEL. TRANSHITTER

ECJRJ/THER COI8 l121,122 LEYEL

INICATOR

EC/EHERCBKY CONENSER l122

EC/ENERGBKY COMEHSER l122

EC/EHERGBKY COIBEHSER l121

EC/ENERGBKY CONEHSER l121

C-18017-C/42/83 TB

C-180174/42/63 RB

C-180174/42/62 TB

C-180174/42/H3 RB

C-18017-C/42/H3 RB

C-18017-C/42/F3 RB

C-18017-C/42/F3 RB

277 CR PNL K 5 R

318 Pll SR

277 CR PNL K 5 R

340 P9 5 19

340 PB 5 10,18

340 PB 5 19

340 P9 5 10,18

YES

YES

N/A

N/A

60-28

60-29

AI

AI

AI

AI

AI

AI

AI

CERTI FICAIION:

The lnfornatlon identifying the equi poent required to bring thc plant to a safe shutdoun condition on this Safe Sbutdem Equipnent Ust (SSEL)ls, to the best of our hxwlcdgc and belief, rrcc and a rate. (On r nore signatures of ystens or Operations Engineers)

CARNEN R. AGOSTA/ ENGINEER fz zp PJr ntor ype tc gnaturc s

NNAJIIED F. ALVI / ENGINEER

r ntor ype ane tc a

lt

I


Nine Hlle Point Unit 1SAFE SHUTDMI EQUIPNEHT LIST (SSEL)

4eposlte-

Data Base File Haec/Date/Tine: III>l 3.DBF /. 12/22/95 / 3:16:16Sort Criteria: ID HtaberFilter Cr iterla: (Eval. Concern CONTAINS 'A')Progran File Hase 8 Version: SSQI 2.2

LIHEM. TRAIN

000000 00000

(1) (2)

EQUIPCLASS HARr M.~0000 000000000000000000

(3) (4)

SYSTOI/EOUIPNENTDESCRIPTION

~00000000000000000000000000$ 000000

(5) (6) (7)

Dug. Ho./Rev./Zone Bul ldlngF0000000000000000000 0000000000

EOUIPNENT

Fir.Elv.F000000000

(8)

LOCATION —-> <—OP. 5'T. ->Rn: or Ron/Col. SORT MTES Nornal Desired~0000$ 000000000 0000 000000 0000000 0$ 00000

(9) (10) (11) (12) (13)

FOYER SUPPORTING SYS. RED>D IHTERCONECTIONS REG.

Rile DUG. M./REV. 8 SN>PORTING C ItOHEHTS ISSUE00000 000000000000000 00000000000000000000000 00000

(14) (15) (16) (17)

4198 1,2 21

6115 10P 21 60-45

4197 1,2 21 Qh46

6114 10P 21 60-46

7401 1 05 7(401

7402 2 05 70-02

7403 1 05 70-03

7431 1,2 088 70-100

7434 1,2 088 70-102

7437 1>2 088 70-104

7440 1,2 088 70-106

7412 1>2 088 70-118

7424 1,2 088 70-120

7422 1,2 088 70-122

7420 1,2 088 70-124

7416 1,2 088 70-126

EC/ENERGEIKY COMEHSER 4112 C-180174/42/C3 RB

EC/ENERGENCY COMEHSER Illl C-18017-C/42/A3 RB

EC/ENERGDKY COMENSER 4111

RBCLC/REACTOR BUILDING COOLINGHATER Pllt IllRBCLC/REACTOR BUILDING COOLING

HATER Pllg> I12

RBCLC/REACTOR BUILDING COOLIHGHATER PQI> I13

C-18017-C/42/A3 RB

C-18022 M28/AS RB

C-1802242/28/85 RB

C-18022-C2/28/CS RB

RBCLC/REC IRC PQG> I12 COOLER ISOL C-18022<2/28/ClYLV

RBCLC/RECIRC PQB> I13 COOLER ISX C-1802242/28/C2YLV

RBCLC/RECIRC Pllg> I14 COOLER ISOL C-18022<2/28/C3YLV

RBCLC/RECIRC Pllg> I15 COOLER ISOL C-18022<2/28/C3VLV

RBCLC/DRWELL AIR COOLER Ill ISOL C-1802242/28/D3VALVE

RBCLC/ORWELL AIR COXER I12 ISOL C-18022~28/DlVALVE

RBCLC/IRWELL AIR COXER I13 ISOL C-18022~28/D2VALVE

RBCLC/ORWELL AIR COXER I14 ISOL C-18022~28/D2VALVE

RBCLC/IRWELL AIR COOLER I15 ISOL C-18022~28/03VALVE

EC/ENERGBKY COMENSER I112 '-180174/42/C3 RB P7

P7

P6

P6

SL

SL

6L

225 AZ110

225

225

225

AZ170

225"

AZ250

5 10,18 H/A H/A

S 19 H/A N/A

5 10,18 H/A H/A

5 19 N/A H/A

N/A

H/A

N/A

N/A

SR RINING RINIHG YES

SR RINING RINING YES

R — OPEN OPEN M

R — OPEN OP EH M

R — OPEN OPEN M

R OPEN OPEN M

SR OPEN OPEH M

SR OPEN OP EH M

SR OPEN OP EH M

SR OPEN OPEH M

SR OPEN OPEN M

5 R — RINIHG RINING YES

178

Al

Al

Al

Al

Al

Al

Al

Al

Al

Al

Al

AI

AI

Al

Al

AI

CERTIFICATION:

The infornation identifying the equipnent rls, to the best of our knouledge and belie

CARHEN R. AGOSTA/ EMIHEER

bring he pl nt to safe shutdovn condition on this Safe Shutdovn Equipnent List (SSEL)correc and ra (One r nore signatures of Systenp or Operations Engineers)

0C/eCr nt or ype 't e gnature

MNANED F. ALVI ENGINEER

r nt or ype ane t e gnature


Nine Hllc Point Unit 1SAFE SHUTDOVH EIPJIPHEHT LIST (SSEL)

-Conposlte-

Data Base File Nano/Date/Tine: k@1 3.DBF - / 12/22/95 / 13:16:16Sort Criteria: ID HunbcrFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nane 6 Version: SSBI 2.2

LIHE EGUIPM: TRAIN CUSS

F00000 00000 00000

(I) (2) (3)

HARX III.~00000000000000000

(4)

SYSTEH/EOUIPNENT

DESCRIPT ION~000000000000000000000000000000000

(5)

Dug. Ho./Rcv./2oneF 0000000000000000000

(6)

BuildingF000000000

(7)

EOUIPHENT LOCATION ——>Fir.Elv. Rn'. or Rou/Col. SORT NOTES

F000000000 000000000000000 0000 000000

(8) (9) (10) (11)

<- OP.Homal

(12)

ST. -> POVER QPPORTIHG SYS. REQ'0 INTERCWCTIOHS REG.Desired RE007 DUG. M./REV. 6 SIB'PORTING COtNEHTS ISSUE0000000 00000 000000000000000 0000000000000000000000$ 00000

(13) (14) (15) (16) (17)

7414 lo2 088 70-128

7404 1,2 07 70-137

7407 1 21 70-13R

7408 2 21 70-14R

7409 1 21 70-15R

7406 1,2 18 70-238

7505 1,2 18 70-238

7405 1,2 18 70-23F

7504 1,2 18 70-23F

7329 1 07 70-25

7330 1 088 70-25A

7335 2 07 70-26

7336 2 088 70-26A

7405A 1,2 18 70-284

7337A 1 18 70-332

7332A 1 18 70-333

7410 1,2 07 70-53

7411 1,2 088 70-53Co

7443 1>2 OBA 70-92

RBCLC/DRYVELL AIR COOLER 416 ISOL C-18022-C2/28/D3VALVE

RBCK/RBCK TOtERATNE CONTROL

YALYE

RBCK/RBCLC HX IllRBCLC/RBCLC HX I12

RBCLC/RBCK HX I13

RBCLC/TOPERATNE CONTROLLER

RBCLC/TDB'ERATNE COHHOLLER

C-18022-C2/28/G6 RB

C-1802242/28/DS RB

C-1802242/28/ES RB

C-18022M28/FS RB

C-1802242/28/G6 TB

C-18022-C2/28/66 TB

CRAC/NILLER IllCONTROL YALVEPILOT

C-18047-C/22/Gl TB

SAC/Nlllik I12 CONTROL VALVE C-180474/22/El TB

CRAC/NILLER I12 CONTROL YALVEPILOT

RBCK/TOt. ELEHEHT

CRAC/LO FLOU NILLER 'TRIP

CRAC/LO FLOU CHILLER TRIP

RBCLC/SHUIDOVH COOLING HX ISOLVALYE

RBCLC/SNUTDOVN COOLING HX ISOLVALVE PILOT

RBCLC/RECIRC Pllt COOl.ER OUTLETISOL VLV

C-180474/22/El TB

C-18022-C2/28/GS RB

C-18047-C/22/El TB

C-180474/22/Gl TB

C-18022-C2/28/N4 RB

C-18022-C2/28/N4 RB

C-1802242/28/84 RB

RBCLC/ELECTRO PHDIIATIC CONVERTER C-18022-C2/28/G6 RB

RBCLC/ELECTRO PNDIIATIC CONVERTER C-18022-C2/28/G6 RB

CRAC/NILLER IllCONTROL YALVE C-18047-C/22/Gl 'IB

291

281

281

261

L4

L7

CR PNL H

CR PNL H

6L

6L

SR

SR

OPEN OPEN

HX HX

N/A H/A

H/A N/A

N/A N/A

NO

NO

NO

H3

II)

5 R 19 H/A H/A

5 R 18 N/A N/A

5 R 19 N/A H/A

S R 18 N/A H/A

YES

YES

YES

YES

SR

SR

SR

SR

SR

OP/CL OP EH

AIR VENT

OP/CL OPEN

AIR VEHT

N/A N/A

N/A N/A

N/A H/A

NO

YES

YES

YES

YES

YES

CLOSED CLOSED M

SR AIR VENT NO

NOR 18 OPEN OPEN

RHC 70-53A

RK 70-92A

AI

Al

Al

Al

Al

Al

Al

Al

AI

AI

Al

Al

AI

Al

Al

Al

AI

AI

AI

CERTIFICATION:

The lnfornatlon Mentlfying the cqulpncnt r IfHH~ring the plant tois, to the best of our knouledge and belie correct a ac te., e

CARNEH R. AGOSTA/ ENGINEER

a sa shutdom condition on this Safe Shutdem Equipnent List (SSEL)or rc signatures of 5 stens or Operations Engineers)

rntor ype ane teNHQIIEO F. AlVI / ENGINEER

rntor ype ane te

gnature

gnature


Nine Hlle Point Unit 1SAFE SHUTDOMN EQUIPHENT LIST (SSEL)

<onposlte-

Data Base File kana/Date/Tine: ISB>1 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Haec 6 Version: SSBI 2.2

LINE EQUIPH3. TRAIH CLASS.

(I) (2) (3) (4)

7427A 1,2 OSA 70-94

7428 1,2 088 70-98

1502 2 06 7243

1501 1 06 72-04

7503 1,2 07 72-146

7137 1 06 79-53

7138 2 06 79-54

5191 I OSA 80-01

5190 2 OBA 8042

5186 2 06 8043

5187 1 06 8044

5211 OP OBA 80-118

5184 2 21 80-13

7208 2 21 80-13

5181 1 21 80-14

7205 1 21 80-14

5172 2 07 80-15

5173 2 088 80-ISC

5174 2 088 80-150

SYSTBI/EQUIPHEHTDESCRIPTIOH

(5) (6)

Building$ $ $$$$ $ $$$

(7)

RBCLC/DRYVELL IXOLER OUTLET ISOL C-18022~28/C4VLV

RBCLC/RECIRC PQB'll COOLER ISOL C-18022C2/28/ClVLV

RB

SM/DlER SERVICE MATER PQB> l12 C-1802241/43/D6 SH

SM/ENER SERVICE MATER PQB> ill C-18022-Cl/43/C6 SH

SM/SERVICE MATER TEIB> CONTROL

VALVE

C-18022-Cl/43/Cl RB

CS/CONT SPRAY PQB> llllSUCTIONISO YLV

CS/CONT SPRAY PQB'121 SUCTIONISO VLV

CS/CONT SPRAY PQB> l121

CS/CONT SPRAY PQB> llll

C-18012-C2/36/C5 RB

C-18012~/06 RB

C-18012%2/36/86 RS

C-18012-C2/36/CS RB

CS/CONT SPRAY HEADER ISOL VLV C-18012<2/36/F4 RB

CS/CONT SPRAY HEAT EXCHANGER l122 C-18012-C2/36/H3 RS

CS/COHT SPRAY HEAT EXCHAISiER 4122 C-1801241/17/F3 RB

CS/COHT SPRAY HEAT EXCHANGER l112 C-18012~/63 RB

CS/CONT SPRAY HEAT EXCHAIBiER 4112 C-1801241/17/E3 RB

CS/CONT SPRAY INLET ISO VLV 4121 C-18012M/36/Cl RB

CS/CONT SPRAY INLET ISO VLV PILOT C-1801242/36/CI4121

CS/CONT SPRAY IHLET ISO VLV PILOT C-18012-C2/36/Cl4121

RB

RB

DGCM/DG COOLING MATER PQB> 1102 C-18026-Cl/12/86 SH

DGCM/DG COOLING MATER PQB> l103 C-18026%2/14/86 SN

EQUIPHENT

Flr.Elv.~$$$$$$$$$

(8)

261

261

261

318

318

318

318

LOCATION —-> <—OP. ST. —>Rn. or Ron/Col. SORT NOTES Homal Desired~$$$$$$$ $$$$$$$ ISIS $ $$$$$ $ $$$$$$ $$$$ $ $$

(9) (IO) (Il) (12) (13)

POMER SQ>PORTING SYS. REQ'D IHTERCOWECTIONS REG.

REQD7 INC. IRI./REV. 6 SQ>PORTING> CCB>OHEHTS ISSUE$$$$$ $$$$$ $$$$$$$$$$ $$$$$$$$$$$$$$$$$$$$$$ $ $$$$$

(14) (15) (16) (17)

R 18 . OPEN OPEN N0 RIC 70-94A AI

R — OPEN OPEN AI

515

515

Pll

5 R — OFF RQSIING YES

5 R — OFF RWIHG> YES

5 R — OP/CL OPEN N0

Al

AI

Al

T17

T17

S R 13 OFF RQSIING YES

5 R 13 OFF RWING YES

161B

1718

Al

Al

5 R 13 OFF RQBIIHG YES C-19839-CB/4 103

S R 13 OFF RQSIING YES C-19839M/3 102

Al

Al

P7 SR CLOSED OPEH YES RIK 80-1188 Al

PS

PS

P8

PS

5 19 N/A H/A H/A

5 18 H/A N/A N/A

5 19 H/A N/A N/A

5 18 N/A N/A N/A

RN MATER COOLING Al

RN MA'TER COOLING Al

RN MATER NOLING Al

RN MATER C00LING Al

80-15C> 80-150 Al

IXI C-19951-CS/9, RHC 80-15A, H, BB12 AlC-19839418A/2

R 09 AIR AIR IXI C-19951-CS/9 BB12, K, RIL 80-15A Al

R 18 OPEN OPEH IXI C-19437-C2/34 161B> RHC 804IA Al

R 18 OPEN OPEN IXI C-1943841/22 167, RIL 8042A Al

CERTIFICATION:

The infornation identifying the cqulpnent requ Ing the plant to a safe shutdoun condition on this Safe Sbutdoun Equipnent List (SSEL)is, to the best of our knoulcdge and belief rrect a a a (One nore signatures of Systcn or Operations Engineers)

CARNEH R. AGOSTA/ Ela>INEER ~z erntor ype ane te gnature a

4XNAIlIED F. ALVI / ENGINEER 5r nt or ype t e a

td


Nine Hlle Point Unit 1SAFE SHUTmI EOUIPMENT LIST (SSEL)

4eposlte-

Data Base file Haec/Date/TIne: Qf1 3.DBF / 12/22/95 / 13:16:16Sort Crlterla: ID lhjnberFilter Crltcrla: (Eval. Concern CNTAINS 'A')Progran File Haec 6 Version: SSBI 2.2

LIHEITI. TRAIN

~00000 00000

(I) (2)

EQUIPCLASS NARX H3.

(3) (4)

SYSTEN/EOUIPHEHT

DESCRIPIIOH

(5) (7)(6)

Dvg. No./Rcv./2one Build lng~ 00000000$ 00$ 00$ 0000 $ 00000000$

EOUIPNEHT

Flr.Elv.0000000000

(8)

LOCATION —-->Rn. or Rou/Col. SORTF 00000000000000 000$

(9) (10)

NOTES~00000

(ll)

<—OP. ST. —>Homal DesiredF000000 0000000

(12) (13)

POVER SUPPORTING SYS. REII'D INTERCOIBIECTIOHS REG.

REODT DHG. HO./REY. 6 sUPPDRT III: cotNEHTs IssUE~ 0000 00000000$ 0$ 0$ $$ 0$000000000000000000000 00000

(14) (15) (16) (17)

5175 1 07 80-16

5176 1 088 80-16C

5177 1 088 80-160

5189 1 08A 80-21

5192 2 OBA 80-22

5188 2 06 80-23

5185 1 06 80-24

5182 2 21 80-33

7206 2 21 80-33

5183 I 21 80-34

7207 1 21 80-34

5178 2 07 80-35

5179 2 088 80-35C

5180 2 088 80-350

5169 1 07 80-36

5170 I 088 80-36C

5171 I 088 80-360

CS/CONT SPRAY INLET ISO VLV Bill C-18012%2/36/C2 RB

CS/CONI'PRAY INLET 150 VLV P ILOT C-1801242/36/C2fillCS/CONT SPRAY IHLET ISO VLV PILOT C-18012C536/C2llll

RB

RB

CS/CONT SPRAY Ply 4112 SXTIONISO YLV

CS/CONT SPRAY POP I122 SXTIONISO VLV

CS/CONT SPRAY PIBB'122

CS/CONT SPRAY POP lll2

C-18012~/f5 RB

C-1801242/36/E6 RB

C-18012-C2/36/G6 RB

C-18012-C2/36/FS RB

CS/CONT SPRAY INLET ISO VLV P IlOT C-1801242/36/fll122

CS/CONT SPRAY INLET ISO VLV PllO'I C-1801242/36/fl4122

RB

RB

CS/CONT SPRAY INLET ISO VLV 4112 C-18012-C2/36/F2 RB

CS/CONT SPRAY INLET ISO VLV Pl lOI'-18012-C2/36/F24112

CS/CONT SPRAY INLET ISO VLV PILO'I C-1801242/36/F24112

RB

RB

CS/CONT SPRAY HEAT EXCHANGER 4121 C-18012-C2/36/A3 RB

CS/CONT SPRAY HEAT EXCHANGER 4121 C-1801241/17/A3 RB

CS/CONT SPRAY HEAT EXCHANGER 4111 C-1801242/36/83 RB

CS/CONT SPRAY HEAT EXCHANGER l11 1 C-18012-Cl/17/C3 RB

CS/CONT SPRAY INLET ISO VLV ll22 C-18012-C2/36/F 1 RB

281

281

318

318

318

318

281

281

281

PB OPEN OPEN NO C-19951-C5/9 80-16C, 80-16D AI

PB

PB

VENT VENT

AIR AIR

HO C-19839-CIBA/20 8811, L) KBO-16A AIC-19951-CS/9

NO C-19839-C19A/2, 8811, L, KBO-16A AIC-19951-CS/9

N CORNER S R 13 OFF RMING YES C-19839M/4 103

5 R 13 OFF RIBBIIHG YES C-19839-C7/3 102

AI

AI

PB

PB

PB

PB

5 19 H/A N/A

5 18 H/A H/A

5 19 N/A H/A

5 18 N/A H/A

H/A

H/A

H/A

H/A

RN HATER C00LING Al

RN HATER COOLING Al

RN HATER COOLING AI

RN HATER COOLING Al

L7

OPEN OPDI NO C-19839418A/2 80-35C, 80-350 Al

VENT VENT NO C-1995145/9 K 80-35A) N> 8812 Al

AIR AIR NO C-19951-CS/9 K 80-35A) N, 8812 Al

OPEN OPEN NO C-19951-C5/9 80-36C, 80-36D Al

l7

L7 R 09 AIR AIR

NO C-19839-C19A/2, K 80-3Q, BBII, L AlC-19951-C5/9

HO C-19839-C19A/2, K 80-3Q, BBII, L AIC-19951-CS/9

NE CORNER R 18 OPEN OPEN NO C-19438-Cl/22 167, K 80-21A Al

IBI CORNER R 18 OPEN OPEH NO C-194042/31 1718) RIC 80-22A Al

5197 2 07 Sh41 CS/CONI'PRAY TEST LINE ISO VLV C-18012-C2/36/Bl RB P7 CLOSED CLOSED 80-418 AI

CERTIFICATION:

The Infornatlon Identifying thc equlpnent rIs, to the best of our knoulcdgc and belle

CARMEH R. AGOSTA/ ENGINEER

rntor ype ane tcHOHAWED F. ALVI / ENGINEER

rntor ype ane te

to bring the plant to a safe shutdovn condltlon on this Safe Shutdovn Equlpnent List (SSEL)corre t and ac a (One nore slgnaturcs f Systyns or Operations Engineers)

r z/"-fPfgna re a

~ 24gnature

I

f

l

J

II


Nine Hile Point Unit 1SAFE SHUTDOVH EQUIPNENT LIST (SSEL)

<oapositc-

Data Base File Nase/Date/Tine: IIPI 3.DBF..—/ 12/22/95 / 13:16:16Sort Criter ia: ID NuaberFilter Criteria: (Eval. Concern CONTAIHS 'A')Prograa File Hase I Version: SSEH 2.2

LINE EQUIPM. TRAIN ClASS HARK M.

F 00000 00000 00000 000000000000000000

(I) (2) (3) (4)

5199 2 0$8 ~18

5193 1 07

5195 1 0$8 80-448

4160 IOPI OBA 81-01

4159 2 OBA 81-02

4154 IOPI 06 8143

4151 2 06 8144

4182 2 07 81-11

4157 1 OBA 81-21

4158 20PI OBA 81-22

4145 1 06 81-23

4148 20PI 06 81-24

4181 1 07 81-31

4133 20PI 05 81-49

4129 1 05 81-50

4141 IOPI 05 81-51

4137 2 05 81-52

4146 I 07 81-53

SYSTEH/EQUI PNEHT

DESCRIPTION0000000000000000000000000000000000

(5)

CS/CONT SPRAY TEST LIHE ISO VLVPILOT

cDwg. Ho./Rev./Zone Building

F0000000000000000000 0000000000

(6)

C-1801242/36/81 RB

(7)

CS/CONT SPRAY LOOP l112 BYPASS ISO C-18012-C2/36/62VLV TO TORI5

RB

CS/CONT SPRAY LOOP l112 ISO VLVPILOT

C-18012-C2/36/62 RB

CRS/TORUS OUTLH IV-CORE SPRAY PIP C-18007-C/43/F4I121 SXT ISO YLV

CRS/TORI5 OUTLH IV-CORE SPRAY P}P C-18007-C/43/E4I122 SXT ISO VLV

RB

RB

CRS/CORE SPRAY PilP l121

CRS/CORE SPRAY PIIP 4122

CRS/PIIP RECIRC ll2 PRESSIRESAFETY VLV

C-18007</43/GS RB

C-180074/43/GS RB

C-18007-C/43/ID RB

CRS/TORUS OUTLET IV-CORE SPRAY PIP C-18007-C/43/C4llllSXT 150 YLV

CRS/IORI5 OUTLH IV~E SPRAY PIP C-180074/43/C4I112 SXT ISO YLV

RB

RB

CRS/CNE SPRAY PIIP llllCRS/CORE SPRAY PIIP I112

CRS/PIIP RECIRC lllPRESSIRESAFETY YLV

C-18007</43/85 RB

C-18007-C/43/85 RB

C-180074/43/A3 RB

CRS/MTOR llllSEAL COOLING PRESS. C-18007-C/43/84REGULATOR

RB

CRS/CORE SPRAY TOPPING PIIP I112 C-18007-C/43/A4 RB

CRS/CNE SPRAY TOPPING PilP ll11 C-18007</43/A4 RB

CRS/CORE SPRAY TOPPING PIIP I121 C-180074/43/H4 RB

CRS/CORE SPRAY TOPPING PIIP I122 C-18007</43/H4 RB

EQUI PNENT

Fir.flv.F 000000000

(8)

NATION ---> <- OP.Ra. or Row/Col. SORT MTES Norsal

(9) (10) (11) (12)

ST. -> PURER SIPPORTING SYS. REQ'D IHTERCNIIECTIONS REG.

Desired REQD7 DUG. M./REV. I SIPPORTING COPOHENTS ISSUE$000000 00000 000000000000000 00000000000000000000000 00000

(13) (14) (15) (16) (17)

P7 VENT VENT IS

CLOSED CU5ED M

VENT VW IS

C-1995149/9> RHS $441C> H, 8812 AIC-19839-CIBA/2

AI

C-1995149/9) RHS ~) L, 8811 AIC-1%89-C19A/2

SE CORIG R 18 OPEN OPEN M C-1943742/34 161$ ) RIL'1-OIA AI

Sf CORIG R 18 OP EH OPEN M C-19440-C2/31 171B, RIK 81-02A AI

SE COUER S 06 CLOSED OP/CL M AI

SV COUG R 18 OPEN OPEN M C-1943742/34 1618) RIB: 81-21A AI

SH CORNER R 18 OPDI OPEN M C-19440-C2/31 1718, RIL'1-22A Al

SV CORIER 5 R 0$ OFF RINING YES C-1%09</3 102, 81-53) 81-73 Al

SU CORIG 5 R 0$ OFF RINING YES C-19839-CB/4 103, 81-54, 81-74 AI

SH CORHER 5 06 CU5ED OP/CL IS AI

SW CORIG 5 R

SH CORNER 5 R

SE CORNER S R

SE CORIG 5 R

SH CORNER 5

OFF RINING YES C-19839KB/4 103, 81-57, 81-77 AI

OFF RINING YES C-19839-C7/3 102) 81-58, 81-78 AI

OFF RINIHG 'YES C-19839-C7/3 102) 81-59, 81-79 AI

OFF RINING YES C 19839 CB/4 103) 81 60) 8140 AI

OPEN OP/CL IS Al

SE CORNER S R 0$ OFF RINING YES C-1%09</3 102, 81-55, 81-75 AI

SE CORNER 5 R 0$ OFF RINING YES C-1983948/4 103, 81-56) 81-76 AI

CERTIFICATION:

The inforaation identifying the equipsent requ bringis, to the best of our knowledge and belief correct and r


p ant to a safe shutdown condition on this Safe Shutdown Equipsent List (SSEL)(One sore signatures of Systessgr Operations Engineers)

rntor ype ase teHSIIED F. ALVI ENGINEER

rntor ype ase te

gna re

goature

6

'P

NII

J

'J

l

t'


Nine Nile Point Unit 1SAFE SHUTDOWN EOUIPHENT LIST (SSEL)

4aposlte-

Data Base File Hase/Date/Tine: @f1 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nano I Version: SSEH 2.2

LINE EQUIPM. TRAIH CIASS

~$ $ $$$ $ $ $$$ $$$$$

(I) (2) (3) (4) (5) (6)

SYSTEM/EQHPHEHT

DESCRIPT ION Dug. Ho./Rev./Lone BuildingEQJIPHENT

F lr.Elv.$$$$$ $ $ $ $$

(8)

LOCATION ---> <- OP.Rn. or Rou/Col. SORT NOTES Homal

(9) (10) (11) (12)

ST. -> POWER SUPPORTING SYS. REO'D INTERCONECTIOHS REG.

Desired RE(07 DWG. M./REV. 8 SUPPORTING COBNEHTS ISSUE~$$$ $$$ $$$ $$ $$$$ $$$ $ $$$$$$$ $ $$$$$$$$$$ $$$$$$$$$$$$ $$$$ $

(13) (14) (15) (16) (17)

4149 20P1 07 81-54

4155 IOP1 07 81-55

4152 2 07 81-56

4134 20P1 07 81-57

4130 1 07 81-58

4142 10P1 07 81-59

4138 2 07 81-60

4147 1 07 81-73

4150 20P1 07 81-74

4156 10P1 07 81-75

4153 2 07 81-76

4135 20P1 07 81-77

4131 1 07 81-78

4143 IOP1 07 81-79

4139 2 07 81-80

7140 2 21 82-43

7139 1 21 82-44

7201 1 06 93-01

CRS/HOTOR I112 SEAL COOLING PRESS. C-18007-C/43/85REGUlATOR

CRS/MTOR 4121 SEAL COOLING PRESS. C-18007-C/43/64REGUlATOR

CRS/HOTOR I122 SEAL COOLING PRESS. C-18007-C/43/GSREGULATOR

RB

RB

CRS/SEAL COOLIE PRESS. REGUlATOR C-18007-C/43/62 RB

CRS/SEAL COOLIM PRESS. REGUlATOR C-18007-C/43/G2 RB

CRS/SEAL COOLIE PRESS. REGUlATOR C-18007-C/43/62 RB

CRS/SEAL COOLING PRESS. REGULATOR C-18007-C/43/62 RB 237

NS/HOTOR 1111 SEAL COOLING PRESS. C-18007-C/43/84RELIEF VLV

CRS/HOTOR 4112 SEAL COOLING PRESS. C-18007-C/43/85RELIEF YLV

CRS/MTOR I121 SEAL COOLING PRESS. C-18007-C/43/G4RELIEF VLV

CRS/HOTOR I122 SEAL COOLING PRESS. C-18007-C/43/GSRELIEF VLV

RB

RB

RB

RB

CRS/SEAL COOLING PRESS. RELIEF VLV C-18007-C/43/H2 RB

NS/SEAL COOLING PRESS. RELIEF VLV C-18007-C/43/H2 RB

CRS/SEAL COOLING PRESS. RELIEF VI.V C-18007-C/43/H2 RB

CRS/SEAL COOLING PRESS. RELIEF VLV C-18007-C/43/H2 RB

237

237

237

237

CSRW/CONT SPRAY RAW WATER PI% C-18012-CI/17/E5I112

SH 256

fOHS/DG FUEL OIL STORAGE TAIBl 4103 C-18026-C2/14/83 OUTSIDE 261

FONS/DG FUEL OIL STORAGE TAC 4102 C-18026-Cl/12/83 OUTSIDE 261

SW GRHER

SE CORNER

SE GRHER

SW CORNER

SW CORNER

SE CORHER

SE CORNER

5

5

5

5

5

5

5

OPEN OP/CL M

OPEN OP/CL M

OPEN OP/CL M

OPEN OP/CL M

OP EH OP/CL M

OPEN OP/CL M

OP EH OP/CL M

SW CORNER 5 06 CU5ED OP/CL M

SW CORNER S 06 CU5ED OP/CL M

SE CORHER S 06 CU5ED OP/CL M

SE CORNER 5 06 CLOSED OP/CL M

SW GRHER 5 06 CU5ED OP/CL M

SW GRHER 5 06 CLOSED OP/CL M

SE CORNER 5 06 CU5ED OP/CL M

SE GRHER

BC20

BC20

T14A

5 06 CU5ED OP/CL M

S 16 N/A N/A N/A

5 16 H/A N/A N/A

5 R 13 OFF RIIIIIHG YES C-19839-CB/4 102

AI

AI

AI

AI

AI

AI

AI

AI

Al

AI

Al

AI

AI

AI

AI

AI

AI

AI

CERTIFICATION:

The lnfornatlon identifying the equipnent requls, to the best of our knouledge and belief corr

CARHEN R. AQ5TA/ ENGINEER

r ntor ype ane teMHWHED F. ALVI ENGINEER

r at or ype t e

to bring the plant to a safe shutdom condition on this Safe Shutdom Equlpnent List (SSEL)and a ra (One or re signatures of Softens oy Operations Engineers)

Z>-goature

'I

0L-


Nine Hiie Point, Unit 1SAFE SHUTDOMN EQUIPNENT LIST (SSEL)

-Conposite-

Data Base FIIe Nano/Date/T{ae: Iltl3.08F / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Evai. Concern CONTAINS 'A')Prograa Flic Haec 8 Version: SSBI 2.2

LINE EQUIP

M. TRAIN CLASS$$$$$$ $$$$$ $$$$$

(I) (2) (3)

HARK M.~ $$$ $ $$$$$$$$$$$ $ $

(4)

SYSTEH/EQUIPHEHT

DESCRIPT ION~ $ $ $$ $$$ $ $$$$$$ $ $ $ $ $$$ $ $ $$$$$$$$$$

(5)

Dug. No./Rev./2one~$$$$$$$$$$$$ $ $ $$$ $ $

(6)

Building~ $$$ $ $$$$$

(7)

EQUIPHENT LOCATION —->Flr.EIv. Ra: or Row/Col.

$$$$$$$$$$ $$$$$$$$$$$$$$$

(8) (9)

<—OP.SORT MTES Horaai~$$$ $$$$$$ $$$$ $ $$

(10) (11) (12)

ST. -> POVER SitPORTIHG SYS. REQ'0 INTERCOIRIECTIONS REG.

Desired REQ07 DMG. M./REV. 8 SitPORTING COtONENTS ISSUE$$$$$$$ esses $$$$$$$ $$$$$$$$ $$$$$$$$$$$$$$$ $ $$$$$$$ $$$$$

(13) (14) (15) (16) (17)

7203 1 06 93-02

7204 2 06 9343

7202 2 06 93-04

CSRM/CONT SPRAY RN MATER PiltllllCSRM/COHT SPRAY RAN MATER Plltll22

CSRM/CONT SPRAY RAV MATER Plltl121

C-1801241/17/CS SH

C-18012-CI/17/f 5 SH

C-18012<1/17/AS SH

256

256

256

T14A

T14A

T13A

5 R 13 OFF RIBBIIHG YES C-19839-C7/3 102

5 R 13 OFF RIRBIIHG YES C-19839-CB/4 103

5 R 13 OFF RLRBIIHG YES C-19839M/4 103

AI

AI

AI

7211 1 OBA 93-25

7210 2 OBA 93-26

7212 2 OBA 93-27

7209 1 OBA 93-28

4171 1 OBA 93-71

7215 1 OBA 93-71

7213 1 08A 93-72

7214 2 08A 93-73

4173 2 OBA 93-74

7216 2 08A 93-74

7113 1 21

7117 1 21 96-05

7121 1 21 96-06

CSRM/CONT SPRAY RN VTR PIt DISCHG C-1801241/17/C3BLOCK VLV llllCSRV/CONT SPRAY RN VIR Pit DISCHG C-1801241/17/83BLOCK VLV ll21

CSRV/CONT SPRAY RN VTR Pit DISCHG C-1801241/17/F3BLOCK VLV ll22

CSRV/CONT SPRAY RN VTR Pit DISCHG C-1801241/17/03BLOCK VLV l112

CSRV/CONT SPRAY RN MATER 150 VLV C-1801241/17/ClllllCSRM/CORE SPRAY RN MATER ISO VLV C-18012-CI/17/ClllllCSRM/CONT SPRAY RN MATER ISO VLV C-1801241/17/E2l112

CSRV/CONT SPRAY RN MATER 150 VLV C-1801241/17/A2l121

CSRV/CONT SPRAY RN MATER ISO VLV C-1801241/17/Fll122

CSRM/CORE SPRAY RN MATER 150 VLV C-1801241/17/FlI122

RB

RB

RB

RB

RB

RB

RB

RB

RB

DSA/DG I102 START AIR TAIBl ll C-1802641/12/GI TB

DSA/DG I102 START AIR TAIll l2 C-1802641/12/Gl TB

DSA/DG I102 START AIR TAIBl l3 C-1802641/12/Gl TB

318

318

318

318

318

318

318

318

318

318

261

261

261

P9

Q9

Q9

P7

DG 102 RH

DG 102 RH

DG 102 IUI

R

R

R

R

OPEN OPEN M C-19437-C2/34 1618, RHS 93-25A

OPEN OPBI M C-1944hC261 1718, RHS 93-26A

OPEH OPEN M C-19440-C2/31 1718, RHS 93-27A

OPEN OPEN M C-19437-C2/34 1618, RHS 93-28A

R

R

CLOSED CLOSED M C-19437-C2/34 1618, RHS 93-28A

CU5ED CLOSED M C-19440-C2/31 1718, RHS 93-26A

R 19 CU5ED CLI5ED M C-19440-C2/31 1718, RHS 93-27A

R 18 CU5ED CLOSED M C-19440-C2/31 1718, RHS 93-27A

5

5

5

N/A H/A

N/A H/A

H/A N/A

M

M

R 19 CU5ED CLOSED M C-19437~ 1618, IUK 93-25A

R 18 CLOSED CLOSED M C-19437-C2/34 1618, RHS 93-25A

AI

AI

AI

AI

AI

AI

AI

Al

AI

AI

AI

AI

Al

CERTIFICATION:

The inforaation identifying the equipaent r ~ brinis, to the best of our knowledge and bell, correct and cu

CARHEN R. AQ5TA/ ENGINEER

plant to a afe shutdown condition on this Safe Shutdown Equipaent List (SSEL)(One aore signatures ofgystens or Operations Engineers)

2./2W PMr nt or ype t e

MHAIPIED F. ALVI ENGIHEER

rntor ype aae te gnitute

v'

1,1

I

t

Page Ho. 33Report Date/tine: 12-22-95 / 13:18:10

Hine Nile Point Unit 1SAFE SNUTNNH ElgIPHEHT LIST (SSEL)

-Conposite-

Data Base File Hane/Date/Tine: ktl 3.DBF ./ 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nane I Version: SSEH 2.2

LINE Q/IP, IS. TRAIN ClASS HARK M.

$$$$ $ $ $ $ $ $$ $ $ $$$ $$ $ $$ $ $ $ $$ $ $ $ $ $$$$

(I) (2) (3) (4)

7125 1 21 96-07

7129 1 21 96-08

7114 1 07 96-15

7118 1 07 96-16

7122 1 07 96-17

7126 1 07 96-18

7130 I 07 96-19

7134 I 07 96-20

7133 I 07 96-28

7115 2 21 96-31

7119 2 21 96-32

7123 2 21 96-33

7127 2 21 96-34

7131 2 21 96-35

7116 2 07 96-44

7120 2 07 96-45

7124 2 07 96-46

7128 2 07 %r47

SYSTEH/EOUI PHDITDESCR IP TIN

~$$$ $$ $$$$ $ $$$$$ $ $$$$ $ $ $$$ $$ $ sass ~

(5)

Dvg. Ho./Rev./Zone Building~$$ $ $$$$$$ $ $$$ $$$ $$~ $$$$$$$$$$

(6) (7)

DQ/DG I102 START AIR TAIK l4 C-1802&41/12/HI TB

DSA/DG 4102 START AIR TAIK IS C-1802641/12/Hl TB

DQ/DG l102 SMI'IR TAIK llREI.IEF VLV

DQ/OG l102 START AIR TAIK l2RELIEF VLV

DSA/DG 4102 START AIR TAIK I3RELIEF VLV

DSA/DG I102 START AIR TAIK l4RELIEF VLV

DQ/DG I102 START AIR TAIK ISRELIEF VLV

C-18026-Cl/12/Fl TB

C-18026-Cl/12/Cl TB

C-18026-Cl/12/Gl TB

C-18026<1/12/Hl TB

C-1802641/12/Hl TB

DQ/DG ll02 AIR INLET PRESSNEREGULATING YLV

C-1802641/12/IO TB

DSA/DG I103 START AIR TAIK ll C-1802642/14/Cl TB

DSA/DG I103 START AIR TAIK I2 C-18026<2/14/Cl TB

DQ/DG 4103 START AIR TAIK I3 C-1802642/14/Cl TB

DSA/DG I103 START AIR TAIK I4 C-I8026<2/14/Hl TB

DSA/DG l103 START AIR TAIK IS C-1802642/14/Hl TB

l5A/DG ll03 START AIR TAIK llRELIEF VLV

DSA/DG ll03 START AIR TAIK I2RELIEF VLV

DQ/DG I103 START AIR TAIK I3RELIEF VLV

DQ/DG I103 START AIR TAIK I4RELIEF VLV

C-1802642/14/Fl TB

C-18026-C2/14/Gl TB

C-18026-C2/14/Gl TB

C-1802642/14/Hl TB

DSA/DG I102 AIR INLET RELIEF VLV C-1802641/12/63 TB

EOUIPHEHT

Fir.Eiv.~$$$$$ $ $ $$

(8)

LOCATIN —--> <—OP. St. —>Rn. or Ron/Col. SORT MTES Homal Desired~$$$ $$$$$$$$$$$ sass $$$$$$ $$$$$$$ $$$$$$$

(9) (10) (11) (12) (13)

PNER SUPPORTING SYS. REIj'D INTERCOQKCTINS REG.

REOD7 DUG. M./REV. 8 SIR'PRTING COfONEHTS ISSUE~sass $$$$$$$$$$$$$$$ $$$$$$$$$$$ $$$$$$$$$$$$ sssss(14) (15) (16) (17)

261

261

DC 102 RH 5

DC 102 RH S

N/A N/A

N/A N/A

M

M

Al

Al

261 OC 102 RH 5 06 CLOSED OP/CL Al

261 X 102 RH 5 06 CLOSED OP/CL M Al

261

261

261

261

X 102 RH S 06 CLOSED OP/CL

OC 102 RH 5 06 CU5ED OP/CL

DC 102 RH 5 06 CU5ED OP/CL

X 102 RH S 06 CU5ED OP/CL

M

M

M

M

Al

Al

Al

AI

261

261

261

261

261

261

DG 102 RH 5

OC 103 IUI S

OG 103 RH 5

OC 103 RH 5

OC 103 RH 5

OG 103 RH S

OP EH OP/CL

N/A H/A

N/A H/A

N/A H/A

N/A H/A

H/A H/A

M

M

M

M

M

M

Al

AI

AI

AI

AI

AI

261 OC 103 RH S 06 CU5ED OP/CL M AI

AI

261

261

DC 103 RH 5 06 CU5EO OP/CL

OC 103 RH 5 06 CU5ED OP/CL IS

Al

Al

261 X 103 RH S 06 CU5ED OP/CL M

CER tlfICATIN:

The infornation identifying the equipnent r I bringis, to the best of our knowledge and bell, correc and

CARHEN R. AQ5TA/ ECINEERtor nt or ype

plant to safe shutdovn condition on this Safe Shutdovn Equipnent List (SSEL)( or nore signatures of Sys or Operations Engineers)

2- 2a

MNANED F. ALVI ENGINEER

r nt or ype t e gnature

S

l!"

0


Hine Hile Point Unit 1SAFE SHUTOOMN EOUIPHENT.LIST (SSEL)

-Conpos Ite-

Data Base FIIe Nano/Date/Tine: Ilg>I 3.DBF ./ 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Haec 4 Version: SSBI 2.2

LIKEN. TRAIN

~$0000 00000

(I) (2)

EOUIP

CLASS HARK IO.~$000 000$ 00$ 0$ $$$00$ $$$

(3) (4)

7132 2 07 96-48

7136 2 07 96-49

7135 2 07 96-52

8134G 1>2 20 A

7339 1,2 10 ASAC*

7109A 1 20 ATSA

71098 1 20 ATSB

7109C 1 20 ATSC

71090 1 20 ATSO

8131 1 15 BATT ll*8148 1 15 BATT ill»

8149 1 15 BATT 112»

8132 2 15 BATT 12»

8150 2 15 BAT'f 121»

8151 2 15 BATT 122»

8133 1 14 8811

8134 2 14 8812

8144 I 16 BClll»

8145 1 16 BC112»

SYSTEH/EOUIPHENT

DESCRIPTION~ 0000$ $0$ $$000000$ $$$$$$$0$$$00000

(5)

DQ/DG 4103 START AIR TAC l5RELIEF VLV

th>g. No./Rev./lone Building

(6)

C-18026-C2/14/Hl

EOUIPHENT LOCATION —->Fir.Elv. Rn; or Rou/Col.

0000000000 $$$$$$00$ $ 00$ $$

(8) (9)

261

.<-OP. St. —>SORI'OTES Homal Desired$000 000000 0000000 0000000

(10) (II) (12) (13)

5 06 CU5ED OP/CL

POVER SI>PORTING SYS. RED'0 IHTERCONECTIONS REG.

RE007 WG. H3./REV. 8 SIHORtlC CO>ONEHIS ISSUE$ 0000 $$$0$ $$0$ 0$ $$$ $ 0000000000000000$ 0$ $$$$ $0000

(14) (15) (16) (17)

HO Al

261 DG 103 RH S 06 CU5ED OP/CL NO Al

DQ/DG 4103 AIR IHLH PRESSIEREGUIATIll> VLV

CTRL/CONTROL BOARD PANEL A

CRAC/AEHIH BLDG COOLING COIL

RPS/ ONNEL A/ANALOG TRIP SYSTBICASINH A

RPS/ CHANEL 8/ANALOG TRIP SYSTEHCABINH 8

RPS/ CHANEL C/ANALOG TRIP SYSIBICASIHET C

RPS/ CHANEL 0/ANALOG TRIP SYSTBICABINET 0

C-180264Vl4/ID TB 261

C-1804641/8/83 TS

RS 281

RB 281

RB

RB 281

Kll

Kll

OPEN OP/CL

D>32> N/A35

34 H/A H/A

S 32 N/A N/A

NO

YES

NO

YES

YES

YES

YES

Al

Al

Al

AI

Al

AI

AI

AP/2320 HP4R, 125 V BATTERY lll C-19839<1/8 277 SAT RH ll 5 14 YES 8811 Al

AP/ 24/48 V OC BATTERY llllAP/ 24/48 V DC BATTERY l112

C-1986K/9

C-198664/9 TB

277

277

SAT RH llSAI RH 11

5

5

YES

YES

AI

Al

AP/2320 Ail>-HR> 125 V BATTERY l12 C-19839-Cl/8 277 BAT RH 12 5 14 YES Al

AP/ 24/48 V DC BATTERY 4121

AP/ 24/48 V DC BATTERY ll22

C-19866-C/9

C-19866</9

AP/125 V DC BATTERY BOARD ill C-19839~15

AP/125 V OC BATTERY BOARD 412 C-19839-C2/14

AP/24 V DC BATTERY CHARGER llll C-19867</2

AP/24 V DC BATTERY CHARGER 4112 C-19867</2

TB

TB

TB

TB

TB

IB

277

277

261

261

277

277

BAT RH 12

SAT RH 12

A9, 10

AIO> 11

AS, 9

AB, 9

5

5

SR

SR

SR

SR

YES

YES

YES

YES C-19841-Cl/16

YES

YES

BATT 11, HG161

BATT-12, HG171

1551

1551

Al

Al

Al

Al

AI

Al

DQ/DG 4103 AIR INLET RELIEF VLV C-18026-C2/14/G3 TB

CERTIFICATION:

Ihe infornation identifying the equipnent r red bring eis, to the best of our knowledge and bel, correct nd

CARHEH R. AQ5TA/ EKINEERr nt or ype t e gnature

I4NANED F. ALVI ENGINEER

rntor ype ane te

lant to safe shutdovn condition on this Safe Shutdovn Equipnent List (SSEL)(One r nore sigoatures of System or Operations Engineers)

a

Page No. 35Report Oatc/Tine: 12-22-95 / 13:18:10

Nine Hlle Point Unit 1SAFE SHUESOI EQUIPMENT LIST (SSEL)

-Conposlte-

Data Base Flic Hane/Date/Tine: %f1 3.MF / 12/22/95 / 13:16:16Sort Criteria: ID NunberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran Flic Nano 8 Version: SSEH 2.2

LINEIR). TRAIH

~ $ $ $ $$ $$$$$

(I) (2)

EQUIPCLASS HARK N).~$$$$ $$$$$$ $ $ $$$ $ $$ $ $$$

(3) (4)

SYSTEH/EQUIPHENTDESCRIPTIN

~ $ $$ $ $ $ $$$$ $ $$$$$$$$$$$$$$$$$$$$$$

(5) (6) (7)

Dug. Ho./Rev./lone Building~$ $ $ $$$$ $ $$$$ $ $$ $ $$$ $$$$$$$$$$

EQUIPHEHT

Flr.Elv.~$ $ $ $ $$$$$

(8)

LOCATION —-> <- OP. ST. —>Rn. or Rou/Col. SORT NOTES Horall Desired$$$$$$$$$$$$$$$ $ $ $$ $ $ $$$$ $$$$$$$ $$$$$$$

(9) (10) (Ll) (LS) (13)

PNER SUPPORTIHC SYS.REQ07 DUG. HO./REV.~ $$$$ $$ $$$ $ $$$$$$$$$

(14) (15)

REQ'0 INTERCNNECTINS8 SUPPORTIHC CNSNEHTS$$$$$$$$$$ $ $$$$$$$$$$$$

(16)

REG.ISSUE .~$ $$$

(17)

S146 2 16 BC121»

8147 2 16 BC122»

8170 1,2 20 CBIIB»

8171 1,2 20 C8128»

81341 1 20 CP161A-8

8136 1,2 20 CP167

8134K 2 20 CP171A-8

7307 i>2 OSA CRAC401»

7308 1>2 OSA CRAC~»

7154 2 0 D-034

7153 1 0 0-035

3109 1OPI 20 D-372

8203 ] 14 OC+N Ll»

8204 2 14 OC-CN-12»

7141 1 20 OC102

7145 2 20 DC103

7142 I 03 DG102

7144 1 14 DG102 IB

7146 2 03 OC103

AP/24 V OC BATTERY CHARGER 4121 C-198674/2

AP/24 V DC BATTERY CHARGER ll22 C-198674/2

TB

TS 277

CTRIJ125 V DC CNTROL AMI REUYBOARD CONTROL BUS 118

CTRL/125 V DC CNTROL A% REUYBOARD CNIOL BUS 128

AP/BATTERY CHARGER 161A CNTROLCASIHET

AP/CCftUIER POVER QPPLY HC SET4167 CONTROL PHL

AP/BATTERY CHARGER 171A CNTROLCABIHET

CRAC/INLET BLOCK VALVE

CRAC/RECIRC BLOCK VALVE

EDG 103 ROLLS DOOR

EX 102 ROLWP DOOR

RCS/RCS PRESSNE RECORDER

C-19839415/3

C-19839415/3

C-194354/6/17

C-19436-C7/16

C-194394/6/18

18

18

TB

C-18047-C/22/03 TB

C-180474/22/03 TB

C-194374

C-194374 18

C-180154/27/A3 18

261

261

261

277

261

261

261

AP/CR DC EHER LIGHT CNTACTOR C-19534M/9

AP/CR X THER LIGHT CONTACTOR C-1953443/9

TB

TB

277

277

AP/EOG 102 CONTROL CABINET

AP/EDG 103 CONTROL CABIHET

C-1941041/21

C-1941041/21

TB 261

TB 261

18

TB

IB

261

261

261

AP/X 102 NEUTRAL BREAKER GIICLE C-19839M/0

AP/X 102 EHERCENCY DC ISOUT ION C-1941041/21BREAKER MIHET

AP/X 103 NEUTRAL BREAKER CIIICLE C-1983948/4

A10

AIO

5 R — N/A H/A

SR

SR

N/A H/A

N/A H/A

YES

YES

YES

1556

1556

8811

AI

AI

AI

All 5 R — N/A H/A YES 8812 AI

5 32)35 H/A H/A HO AI

AA9

A12

5 32 N/A N/A

S 32,35 N/A N/A

YES

HO

168, 178 AI

AI

A16

A16

R

R

HO

HO

SET POINT, PANEL H Al

SET POINT, PANEL H AI

EOC RON 103 SR

EDG RON 102 SR

CLOSED OPEH YES 1718

CLOSED OPEN YES 1618 74A9X

SR

SR

SR

YES

YES

YES

YES

OFF N

OFF N

OC 102 RH 5 32 H/A N/A

X 103 RH S 32 H/A N/A

AI

Al

Al

Al

AI

OC 102 RH

X 102 RH

X 103 RH

5

5

5

N/A H/A

N/A N/A

H/A N/A

YES

YES

YES

C8118 AI

AI

AI

H/A N/A YES C-2307741/23 HG167


r ntor ype ane teHOHANEO F. ALVI ENGINEER

rntor ype te

gna re

gnature

CERT IF ICATIOH:

The infornation identifying the equlpnent requ bring the plant to als, to the best of our knowledge and belief rrect a a a (One

safe shutdom condition on this Safe Shutdom Equlpnent List (SSEL)nore signatures of Systens or Operations Engineers)

2-2 Ja

1

I

1i


Nine Hlle Point Unit 1SAFE SHUTDOVN EOUIPNENT LIST (SSEL)

-Conposlte-

Data Base File Haec/Date/Tine: )46>1 3.DBF / 12/22/95 / 13:16:16Sort Criteria: ID lhaberFilter Criteria: (Eval. Concern CONTAINS 'A')Progran File Nano 6 Version: SSIH 2.2.

LIHE EQIIPM. TRAIN CLASS HARK IKI.

~$0000 00000 $0000 0$ $ $$ $ $$$00000$ $$ $

(I) (2) (3) (4)

7148 2 14 DG103 IB

SYSTEH/EOUIPHENT

DESCRIPTION~000000000000000$ $ $$ $ $ $0$00$ $$0000

(5)

Dwg. Ho./Rev./Zone Building00$ $$$0$ $0$ $$ $ $$$ $0$ 0000000000

(7)(6)

TBAP/DC 103 EHERGEHCY DC ISOLATION C-1941WI/21BREAKER CABIHET

261 OG 103 RH S

EOUIPNEHT LXATIOH—-->Fir.Elv. Rn. or Row/Col. SORT

F000000000 000000000000000 $000

(8) (9) (10)

<—OP. ST. -nNOTES Homal DesiredF00000 $$ $ $0$ $ $$$ $ $ $$

(11) (12) (13)

N/A N/A YES AI

POVER SUPPOR'TING SYS. REO>D IHTERCOWECTIOHS REG.

RElg7 DVG. I47./REV.,B SIB'PORTING CltNENTS ISSUE~$000 $$$$0$ 0$ $$$$$0$ 000$ $$$ $$$$$$$$$$$$$0$ $ $0000

(14) (15) (16) (17)

8171A 1,2 20 E

6266 120P 18 ECVYR»

CTRL/CONSOLE E CONTL RH ELECT

CONTROL CONSOLE

EC/ENERGEIKY CMIEHSER VENT VALVE C-3418544/3RACK

TB

RB PB

5 17 H/A N/A

H/A N/A

YES AI

0541> 05-OIC) 05-OID) Al054k, 0544C, 0540,05-11, 05-1lC) 05-1lD)05-12, 05-12C) 05-12D

8101 1 17 EDC 102

8102 2 17 EDC 103

3140 1) 2 18 EIRR»

8187 1,2 20 F

8191 1,2 20 G

8192 1,2 20 H

8158 1 14 IG12

8159 1 14 IG13

8160 1 14 IG22

8161 1 14 IG23

8188 1,2 20 K

8186 1,2 20 L

7338 1,2 10 lACC»

8205 1,2 14 LP-IIE»

8189 1,2 20 H

AP/EHERGDKY DIESEL GENERATOR 4102 C-1941041/21

AP/EHERGDKY DIESEL GEHERATOR %103 C-1941041/21

TB 261 BG> BEIB 5 R 15

TB 261 BCIB SR 15

RCS/EAST INSTR. ROCH RACK

CTRL/CONTROL BOARD PHL F

CTRL/CONTROL BOARD PHL 6

CTRL/CONTROL BOARD PNL H

AP/24 V DC DISTRIBUTION PNL

AP/24 V DC DISTRIBUTION PHL



CTRL/CONTROL BOARD PHL K

CTRL/CONTROL BOARD PHL L

CRAC/IAB AIR COOLING COIL

AP/LIGHTING PANEL lllE

CTRL/CONTROL BOARD PHL H

C-1983942/14

C-19839~14

C-19839Cfl4

C-19839-C2/14

C-19839-C3/15

TB

TB

TB

TB

TB

TB

TB

TB

277

277

277

277

277

277

CR PNL G

CR PHL G

CR PNL C

CR PNL C

5 17

5 17

5 17

SR

SR

SR

SR

5 17,32

5 17

C-1802142/8/02 TB 817 5 10

C-19534M/9

C-1983942/14

TB

'TB

277 SR

5 17,32

C-184704/14 RB 284 E INST RH 5

OFF

OFF

N/A

YES

YES

NO

YES

YES

YES

YES

YES

YES

YES

YES

YES

NO

YES

24/48 YX

24/48 VX

24/48 VDC

24/48 VX

BB11

Al

Al

AI

Al

AI

AI

Al

Al

AI

BBll, BB12, 153> DC102, AI00102 IB> DG102, RC 102

BBII, 8812, 154, DC103, AlDG103 IB, DG103, RC103

PIS-36-9X) PIS-36-900) AlP IS-36-90F

AI

Al

AI

CER IIFICAllOH:

The infornatlon identifying the equipnentis, to the best of our knowledge and bell

CARHEN R. AGOSTA/ ENGINEER

rntor ype ane tea%A%ED F. ALVI ENGINEER

r nt or ype t e

re to bring the plant to a safe shutdown condition on this Safe Shutdown Equipnent List (SSEL), corre and r (One r nore signatures og Systen or Operations Engineers)

~/z e~gnature

t

.Page No. 37Rcport Date/Tine: 12-22-95 / 13:18:10

Nine Hile Point Unit ISAFE SHUTDM EQUIPHENT LIST (SSEL)

-Conpos itc-

Data Base File Haec/Date/Tine: NB>1 3.DSF . / 12/22/95 / 13:16:16Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAIHS 'A')Progran File Haec 8 Version: SSDI 2.2

LIHE EQUIPIo. TRAIN ClASS

~ $ $$ $ $ $ $ $ $$ $ $ $ $$

(I) (2) (3)

HARN IBI.~$ $$$$$$ $ $ $$$$$$$$

(4)

SYSTIH/EQUIPHEHTDESCRIPTION

$$$$$$$$$$$$$$$$ $ $$ $ $$$ $ $$$$$$$$$ $

(5)

D»g. Ho./Rcv./Zone Bul lding~ $$$ $ $ $ $$$$$$$$$$$$$ $$$$$$$$$$

(6)

EQUI PHEHT

Flr.Elv.~$ $ $$$ $ $ $$

(8)

LOCATIN —--> <- OP. ST. —>Rn. or Rou/Col. SORT NOTES Homal Desired~$$$$$$$$$$$$$$ $$$$ $$$ $$$ $$ $$$$$ $ $ $$$$$

(9) (IO) (II) (12) (13)

PNER SI'PORTING SYS. REQ'D INTERCNNECTIOHS REG.

REQDT DUG. HO./REV. 8 SWPORTING COB>NENTS ISSUE~$$$$ $$$$ $$$$$$$$$$$ $$$$$$$$$$$$$ $ $$$$$$$$$ $$$$ $

(14) (15) (16) (17)

8129A 1,2 18 HSIVIRe

8190 1,2 20 H

2006A 1,2 23 NC02

8152 1 20 HI811

8153 2 20 NI812

8120 1,2 20 PNL 167A

8134H 1 20 PRC162

8137 1,2 20 PRC167

8134H 2 20 PRC172

7143 1 17 RC102

7147 2 17 RC103

8166 1,2 20 RSP11

8167 1,2 20 RSP12

81288 1 16 SBC16IA

8128C 1 16 SBC161B

8128D 2 16 SBC171A

8128E 2 16 SBC 1718

8168 1,2 20 SSCI

8169 l>2 20 SSC2

AP/HAIN STEAN 150 VLV INSTRIHEHT C-2705WI/5RNX

CTRl/CNTROL BOARD PHL H

CRD/CNTROL ROD DRIVE

AP/INCLM INST BUS 411

AP/NICLEAR INST BUS 412

AP/DIST PNL 167A BUS

AP/IS>S 162A AMI 1628 PROTECTIVE

REUY CABINET

AP/CCIPUTER POVER SUPPLY HG SET4167 PROTECT RELAY

AP/lPS 172A AMI 1728 PROTECTIVE

RElAY CASIHET

AP/DG 102 REUY RESISTOR (NEUTRALGRIBBI)

AP/DG 103 REUY RESISTOR (NEUTRAL

GRIBBI)

CTRL/RDOTE SHUTDM PHL lllCTRL/REHOTE SNUTDM PHL ll2

C-19839-C2/14

C-18016-Cl/23/82 W

C-198664/9

C-198664/9

C-1943846/9

C-19436-C/5/18

C-194S7/16

C-194394/5/19

C-1941041/21

C-19410-Cl/21

C-19839-C20/6

C-19839420/6

TB

TB

RB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

RB

RB

AP/STATIC BATTERY CHARGER 161A C-1943&C/6/17

AP/STATIC BATTERY CHARGER 1618 C-194364/6/17

AP/STATIC BATTERY CHARGER 17IA C-194394/6/18

AP/STATIC BATTERY CHARGER 1718 C-194394/6/18

CTRL/SHUTDM SUPV CNTROL MINET C-19839420/6ICTRL/SHUTDM SUPV CNTROL CABINET C-19839%20/62

261

277

281

277

261

261

261

261

261

261

281

281

NSIV RH H/A H/A H3 01-03C> 01-030> 0144C> Al01-04D

CR 5 17 H/A N/A

Reactor Vcsscl — 05 OUT SCRAH

CR PNL G 5 R

CR PHL G 5 R

Q7, 8 5 R

H/A H/A

H/A N/A

H/A H/A

5 32,35 H/A H/A

YES

IO

YES

YES

YES

8812 Al

Al

BATT ill, SATT 112 Al

BATT 121, BATT 122 Al

TRAI6 167 Al

AI

AI

A12 5 32>35 H/A H/A AI

DG 102 RH 5

DG 103 RH S

N/A N/A

N/A H/A

YES

YES

AI

AI

A14

C16

A12

A12

5 32 H/A H/A

5 32 N/A N/A

5 R 32,35 H/A N/A

5 R 32,35 H/A N/A

5 R 32,35 H/A H/A

S R 32,35 H/A H/A

5 32 N/A N/A

5 32 N/A N/A

YES

YES

YES

YES

YES

YES

YES

YES

8812, 8811, HG162 Al

8812, 8811, HG172 Al

AI

Al

AI

AI

8812, BB11

BB12, BB11

AI

AI

AA9, AB9 5 32 H/A N/A YES C-19t%41/28 8811> 8812

CERT IFICAl!N:

The lnfornation identifying the equipnent r brin the plant to a safe shutdovn condition on this Safe Shutdovn Equipnent List (SSEL)ls, to the best of our knouIedge and belief corre t nd cur (On or nore signatures of Systens or Operations Engineers)

CARNEN R. AGOST MINEERr ntor ype ane te

OHHAIFIED F. AlVI / ENGINEER

rntor ype ane te

gna re

gnaturc

~"


Nine Hlle Point Unit 1SAFE SNUTDOVN EQIIPNENT LIST (SSEL)

4eposlte-

Data Base File Nano/Date/Tine: )46>1 3.DBF / 12/22/95 / 13:16:16Sort Crlterla: ID HuaberFilter Crlterla: (Eval. Concern CONTAINS 'A')Progran Flin Nano 8 Version: SSEH 2.2

LINE EOUIPN. TRAIH ClASS

~00$ 0$ $0000 $0000

(I) (2) (3) (4)

SYSTD(/EOUIPNENTDESCRIPTION .

~$0$ $$$ 0$0$ $$ $ $$ $0$ $ $ 0$ $$$$$ $ $ 0000

(5)

Dug. Ho./Rev./Zone$$$$$$$$$$$ $ $$ $ $$$$$

(6)

BuildingF000000000

(7)

EOUIPNEHT

Flr.Elv.F 000000000

(8)

LOCATION ---> <- OP.Rn. or Rou/Col. SORT H3TES Homal

(9) (10) (11) (12)

ST. —> POHER SUPPORTING SYS. REIj'0 IHTERCONECTIONS REG.

Desired RE007 DUG. H3./REV. 8 SIR>PORTING CRB>OHEHTS ISSUE~ 000000 $0000 000000000000000 $0$ $$$$ $$$0$ $0$ $0$ $$00$ $ 0000

(13) (14) (15) (16) (17)

8119 1,2 04 TRAHS 167A

8107 1 04 TRANS 16A»

8107A 1 04 TRAHS 168»

8108 2 04 TRANS 17A»

8108A 2 04 TRANS 178»

8128F 1 16 UPS162A

81280 1 16 UPS1628

8128N 2 16 UPS172A

8128l 2 16 UPS1728

8164 1,2 20 VBII

8165 1,2 20 VB12

3141 1,2 18 HIRR»

AP/4160 TO 600 V TRANSFORNER

AP/4160 TO 600 V TRAHSFORNER



AP/IIINTERRIR>TABLE POVER Sll>PLY162A

AP/IIIHTERRll)TABLEPOVER QJ'PLY1628

AP/IRIIHTERRI)TABLE POVER SI'PLY172A

AP/WINTERRIB>TABLE POVER SWPLY1728

CTRL/125 V DC VLV BOARD 411


RCS/VEST INSTR. ROCH RAN

C-19436-Cl/28

C-19436-CI/28

C-19439-Cl/21

C-19439-Cl/21

C-19436-C/5/18

C-194%4/5/18

C-19439-C/5/17

C-19439-C/5/17

C-19839-C21/7

C-19839 W2/6

C-18469-C/18

AP/600 TO 120/208 V TRANSFORHER C-19438-C6/9 RB

RB

RB

RB

RB

TB

TB

TB

TB

RB

281

281

281

281

281

277

277

277

261

291

07> 8

L, H4

L, H4

010> 11

010, 11

SR

5

SR

5

N/A H/A

N/A H/A

N/A H/A

N/A H/A

5 R — N/A H/A

5 R 32,35 N/A H/A

5 R 32,35 H/A H/A

A12

All

JS

5 R 32,35 N/A H/A

5 R 32 H/A H/A

5 R 32 H/A H/A

H INST RH 5 H/A H/A

A12 S R 32,35 N/A N/A

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

NO

167

102

102

AI

AI

AI

AI

AI

Al

AI

AI

AI

8812, 8811 AI

BB12, 8811 AI

PIS-36-908, AlPIS-36-90E) 36-104

CERTIFICATION:

The lnfornatlon ldentlfylng the equlpnentls, to the best oF our knouledge and bell


r nt or ype t e

NHANED F. ALYI Ba>I NEER

r ntor ype ane to

red brin he p nt to a afe shutdoun condition on this Safe Shutdoun Equlpnent List (SSEL), correct nd (One nore signatures of fystens or Operations Engineers)

gnature ate

ateg'nature

SSEL DESCRIPTION OF CONTENTS

Descri tion of Contents

This column contains a four-digit recordnumber. Note that because some itemshave been deleted from the list, therecord numbers are not always sequential.

This column contains one of the following"train" numbers which serves to groupcomponents required to complete the pathfor the safe shutdown function:

1 = Train 1; can be considered theprimary train. Train 1 equipmentoperates from Diesel Generator 102.Required by the GIP.

2 = Train 2; can be considered thesecondary, or redundant, train.Train 2 equipment operates fromDiesel Generator 103. Required bythe GIP.

3 and up= Train numbers greater than 2are not required by the GIP,but are functionally equivalentto Trains 1 or 2.

10P =

20P =

120P

10P1

10P2

20P1

First option to either Train 1or 2. Not required by the GIP.

Second option to either Train 1or 2. Not required by the GIP.

Option to Trains 1 and 2. Notrequired by GIP.

First option to Train 1; can beused as a back-up to similarequipment in Train 1. Notrequired by the GIP.

Second option to Train 1; canbe used as a back-up to similarequipment in Train 1 or Train10P1. Not required by the GIP.

First option to Train 2; can beused as a back-up to similarequipment in Train 2. Notrequired by the GIP.

SSEL DESCRIPTION OP CONTENTS

Entr Descri tion of Contents

2. Train(Continued)

20P2 Second option to Train 21 can beused as a backup to similarequipment in Train 2 and Train20P1. Not required by the GIP.

3. Equipment Class This column contains a number between 0and 22. The number corresponds to amajor equipment class, assigned in theGIP, which corresponds to the equipmentcategories included in the seismicexperience data base. The "R" equipmentclass is used to identify inherentlyrugged equipment for which USI A-46verification of seismic adequacy is notneeded.

4. Mark No. This column contains an NMP-1 EquipmentID Number, the plant-specific uniqueidentifier as contained in the drawingsused to prepare the SSEL. For somecomponents, an equipment ID number couldnot be readily determined from the P&ID.In these cases, a unique identifier,indicated by an asterisk, was assigned tothe component.

5. System/EquipmentDescription

This column contains an abbreviation forthe system in which the item of equipmentis a part. A slash (/) separates thesystem designation from a description ofthe equipment. See the Index of Acronymsfound in the front matter for the meaningof the abbreviations used for thesystems.

6. Drawing No./Revision/Zone

This column contains the P&ID orelectrical drawing number (and sheet)which identifies the equipment describedby the database record. The second entryis the revision of the drawing used indeveloping the SSEL. When included, thezone where the equipment is identified onthe drawing is indicated with a letter(row) and a number (column).



7. Building This column identifies the NMP-1 buildingwhere the equipment is located.

DW =RB =TB =SH =

DrywellReactor BuildingTurbine BuildingScreen House

8. Floor Elevation This column contains the elevation of thebuilding floor from which the equipmentcan be seen.

9. Room orRow/Column

10. Sort

11. Notes

This entry identifies the room or nearestbuilding row/column intersection to wherethe equipment is located.

This field assists in manipulating thedatabase. This field contains any one ofthe following four options: "—" — Noseismic or relay review needed, "S"Seismic review only, "R" — Relay reviewonly, "S R" — Seismic and relay reviewneeded.

This column may contain a number whichidentifies a note (applicable to theequipment) found in this appendix.

12. Normal State

13. Desired State

This entry identifies the normal state ofthe equipment during normal operation ofthe plant (e.g., open, closed, or op/clfor valves; on or off for pumps, etc.).This entry identifies the desired stateof the equipment required for the safeshutdown function.

14. Power Req'd?

15. Supporting SystemDrawing No./Revision

This entry identifies whether electricalcontrol or operating power is needed toachieve or maintain the desired state ofthe equipment.

When included, this column contains theelectrical drawing (or P&ID for AOVs),which identifies the operating andcontrol power sources and thecorresponding drawing revision used indeveloping the SSEL.



16. RequiredInterconnectionsand SupportingComponents

When included, this column contains thesupporting equipment (by EPN) needed bythe equipment described in this databaserecord for it to perform its safeshutdown function. Many supporting orassociated components have a separatedatabase record.

88EL NOTES

This appendix is to be used with the Safe Shutdown Equipment List.1 ~ This line will now allow a loss of inventory or pressure sinceit is a closed loop.

2 ~ This manual valve must be repositioned to perform its safeshutdown function.

3 ~ Equipment in this line does not need to be evaluated since itsstatus does not affect the performance of the safe shutdownsystem.

4 ~ The CRD pump cooler, gear oil cooler, and the seals'oolingloop are all on the same skid and are, therefore, evaluatedtogether.

5. This equipment is considered NSSS and is outside the scope ofthe SQUG walkdown.

6.'lthough accomplishment of safe shutdown functions is notexpected to actuate this spring-operated pressure reliefvalve, the desired state has been designated open/closed sothat the valve is treated as an active item of equipment.

If power or instrument air is lost to the emergency condensermakeup regulating valves 60-17 and 60-18, they will fail inthe open position. If this occurs, the water level in theemergency condensers could be maintained by using manualvalves 60-11 and 60-12 or other means to control makeup flowto the emergency condensers, allowing the optional ESC systemto be used for shutdown.

8. The core spray and containment spray pump motor coolers arelocated on the skid with the pump and motor.

9. This equipment will fail in the desired position upon loss ofpower or instrument air.

10. This equipment is not required to function in order to achievesafe shutdown; however, it is not isolated from a safeshutdown support system. This equipment should, therefore, beexamined to ensure that the piping's pressure/inventoryintegrity will be maintained.

It is assumed that this tank will not overflow.

12. Pilot valves referenced by this note are air-operated, springreturn, four-way pilots. Porting of the air supply to themain steam isolation valves is listed in columns 12 and 13.'

88EL NOTES

13. The pump and its cooler, pressure control valve, and/or lubeoil system are on the same skid and are, therefore, evaluatedtogether.

14. Batteries 11 and 12 are recharged via battery boards BB11 andBB12, respectively.

15. The diesel generator, oil transfer pump, and control panel areon the same skid and are, therefore, evaluated together.

16. This tank is buried and, therefore, is not included inequipment class 21.

17. This cabinet or panel is part of an assembly ofcabinets/panels bolted together. The majority of theseassemblies are in the control room and auxiliary control room;their layout is shown in Figures J-1 and J-2, respectively.

18. This piece of equipment is listed for more than one safeshutdown system. This record will not appear on the seismicor relay review SSEL.

19. This piece of equipment is listed for more than one safe~

~

~

shutdown system. This is the record which will appear in theseismic or relay review SSEL.

20. The operations review should determine a method for opening orbypassing valves 60-03 and 60-04 so that make up water to theECS can be provided from the condensate storage tanks.

21. This note is not used.

22. This valve is a backup for the check valve in the same line.23. The backup for this valve is a check valve in the same line.24. This note is not used.

25. The equipment in this branch line is not included in the SSELand, therefore, seismic adequacy of the equipment in thisbranch line is not verified. The operations review shoulddetermine whether it is feasible to isolate this branch lineto conserve condensate storage tank water inventory.

26. Check valves are considered to be inherently rugged items ofequipment and need not be verified for seismic adequacy. Adiscussion of inherent ruggedness is addressed in the GIP.

SSEL NOTES

27. The source of power for this pilot valve is one of the twosupplies listed in Column 16. Both power supplies are coveredby this SSEL.

28. The relay review program should determine a specific electricpower source for this equipment.

29. P&ID C-18016-C, Sheet 1, shows an input from an instrumentcapillary tube for valves 28-23 and 28-29. Valve controls maybe thermostatic, with no external power source (EquipmentClass 7) .

30.

31 ~

The control room circulation fan is equipped with a sparemotor for increased reliability.The reactor protection system has been listed as a supportingsystem for consistency with the P&ID depiction of the system.Operational check of this function will verify that relianceis not being placed on automatic protective actions toaccomplish the desired safe shutdown function.

32. Items referencing this note contain essential relays, asdocumented in the G.4 Forms of the relay functionality reviewreport titled "Nine Mile Point Nuclear Station Unit 1: USI A-46 Relay Evaluation," Preliminary, dated May 25, 1990. Thesestatus of these items may change when the relay review reportis finalized.

33 'his note number is not used.

34. This heat exchanger was evaluated for structural integritysince it is not isolated from a safe shutdown system.

35. These items were added to the SSEL as a result of the relayevaluation.

36. The main steam safety valves are listed in the SSEL to supportuse of the optional ECS system. A single failure of one ofthese valves would, however, prevent the use of the ECS forsafe shutdown. Since the safety valves are not required tosatisfy GIP safe shutdown requirements, it is not necessary toperform a seismic evaluation of these valves.

Appendix C

SEISMIC REVIEW SAFE SHUTDOWN EQUIPMENT LIST (SSEL)

Nine Mile Point Unit 1SAFE SHUTDOWN EQUIPMENT LIST (SSEL)

Seismic Review Items

Page No. 1

LINENO. CLASS

(2)

NARK NO.aeaaaaaaeaeaaaaaaaaa

(3)

SYSTEM/EQUIPMENTDESCRIPTION

aaaaaaaaaaaaaaaeaarra assr aeeeeaaaaaaaaaa(4) (5) (6)

BUILDING ELEV

(7)

4185 OBA 01-01

4186 OBA 01-02

4190 07 01-03

4191 OSB 01-03C

4192 OSB 01-03D

4187 07 01-04

4188 OSB 01-04C

4189 OSB 01-04D

MS/MAIN STEAM INSIDE ISO VLV III

MS/HAIN STEAM INSIDE ISO VLV N2

MS/MAIN STEAM OUTSIDE ISO VLV II3

MS/MAIN STEAM OUTSIDE ISO VLV II3 PILOT


MS/MAIN STEAM OUTSIDE ISO VLV II4

MS/HAIN STEAM OUTSIDE ISO VLV II4 PILOT

DW

DW

TB

TB

TB

TB

TB

MS/MAIN STEAM OUTSIDE ISO VLV |I4 PILOT TB

259 AZ210

261

261

261

261

261

261

MSIV RM

MSIV RM

MSIV RM

MSIV RM

HSIV RH

HSIV RM

259 AZ160

3128 7

3126 7

3132 7

3134 7

3130 7

3136

07

4192C 07

41898 07

4189C 07

01-102A

01-102B

01-102C

01-102D

01-102E

01-102F

Ol-PVl*

Ol-PV2»

Ol-PV3»

01-PV4*

HS/NIN STEAM EMERGENCY ELECTRONTIC RV II3

MS/NIN STEAM EMERGENCY ELECTROMATIC RV II1

DM

DW

MS/NIN STEAM EMERGENCY ELECTROMATIC RV IIS

MS/MAIN STEAM EMERGENCY ELECTROMATIC RV II6


MS/NIN STEAM OUTSIDE ISO VLV N3 PILOT

MS/MAIN STEAM OUTSIDE ISO VLV N4 PILOT

MS/MAIN STEAM OUTSIDE ISO VLV N4 PILOT

DW

DW

TB

TB

TB

TB

MS/NIN STEAM EMERGENCY ELECTROMATIC RV II2 DM

MS/NIN STEAM EMERGENCY ELECTROMATIC RV II4 DM

259

259

259

259

259

259

261

261

261

WEST

MEST

EAST

EAST

MEST

EAST

MSIV RM

MSIV RM

MSIV RM

261 MSIV RM

4222 OBB 05-01C

6141 OSB 05-01C

4223 OBB 05-01D

6142 OBB 05-01D

4221 07

6140 07

05-01R

05-01R

4227 07

6146 07

05-04R

05-04R

4224 07

07

05-11

05-11

4228 OBB 05-04C

6147 OBB 05-04C

4229 OSB 05-04D

6148 088 05-04D

ECV/EC 11 LOOP

ECV/EC 11 LOOP

ECV/EC 11 LOOP

ECV/EC 11 LOOP

ECV/EC 11 LOOP

ECV/EC 11 LOOP

ECV/EC 12 LOOP

ECV/EC 12 LOOP

ECV/EC 12 LOOP

ECV/EC 12 LOOP

ECV/EC 12 LOOP

ECV/EC 12 LOOP

ECV/EC 11 LOOP

ECV/EC 11 LOOP

VENT FIRST ISO VLV

VENT FIRST ISO VLV

RB

RB

VENT FIRST ISO VLV PILOT RB




VENT FIRST ISO VLV

VENT FIRST ISO VLV

VENT SECOND ISO VLV

VENT SECOND ISO VLV

RB

RB

RB

RB





340

340

340

340

340

340

340

340

340

340

340

340

340

340

PB, ECVVR»

PB| ECVVR»

PB, ECVVR»

PS, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB, ECVVR*

PB) ECVVR*

PB, ECVVR»

PB, ECVVR»

Report Date/Time: 12-22-95 / 13:30:56



Page No. 2

LINENO.

(1)

CLASS

(2)

MARK NO.

(3)

SYSTEM/E(UIPMENTDESCRIPTION

saaaaaaaaaaaasassssssaassssssssassasasssas(4) (S) (6)

BUILDING ELEV

(7)

4230 07

6149 07

05-12

05-12

4231 08B 05-12C

6150 OBB 05-12C

4232 08B 05-12D

6151

8105A

08B

03

05-12D

101/2A-1

8106A 03 101/28-1

4225 OBB 05-11C

6144 08B 05-11C

4226 08B 05-11D

6145 OBB 05-11D ECV/EC 11 LOOP VENT SECOND ISO VLV PILOT

ECV/EC 12 LOOP VENT SECOND ISO VLV

ECV/EC 12 LOOP VENT SECOND ISO VLV

ECV/EC 12 LOOP VENT SECOND ISO VLV PILOT




AP/4160 V POWERBOARD N101 FEEDER TOPOWERBOARD N102

AP/4160 V POWERBOARD N101 FEEDER TOPOWERBOARD N103

RB

RB

RB

RB

RB

RB

RB

TB

TB

ECV/EC 11 LOOP VENT SECOND ISO VLV PILOT RB



340

340

340

340

340

340

340

340

340

340

P8, ECVVR*

PB, ECVVR*

PB, ECVVRA

P8, ECVVR»

P8, ECVVR*

PB, ECVVR*

P8, ECVVR*

PB, ECVVR*

P8, ECVVR*

P8> ECVVRA

277 A4

277 A7

8105 03 102

03 103

8109 02 16A

02 16B

8193 03 11

2011 08B 113-273

2012 OBB 113-274

2013 OBB 113-275

2014 08B 113-276

2015 08B 113-277

2004 08B 117

2006 08B 118

8194 03 12

2003 07 126

2005 07 127

8113 01 161A

8114 01 161B

8116 01 167

8116A 01 1671

AP/4160 V POWERBOARD N102


AP/4160V POWERBOARD 11

CRD/SCRAM TANK INLET ISO VLV PILOT




CRD/SCRAM DISCHARGE VOLUME TEST VLV

CRD/TRAIN ll SCRAM VLV PILOTS (129 TOTAL)

CRD/TRAIN 12 SCRAM VLV PILOTS (129 TOTAL)

AP/4160V POWERBOARD 12

CRD/SCRAM INLET VALVES (129 TOTAL)

CRD/SCRAM DISCHARGE VALVES (129 TOTAL)

AP/600 V POWERBOARD N161A

AP/600 V POWERBOARD N161B


AP/600 VOLT POWERBOARD 1671

AP/600 V POWERBOARD N16A

AP/600 V POWERBOARD N16B

TB

TB

TB

RB

RB

RB

RB

RB

RB

RB

TB

RB

RB

RB

RB

RB

TB

RB

RB

261

261

261

237

237

237

237

237

237

237

261

237

237

261

261

281

300

281

281

D18

E18

A4

NS

NS

NS

N5

N5

M5

M5

M5

MS

M4

M, H4

V~ 8

AB16

L, M4

L) M4

Report Date/Time: 12-22-95 / 13:30:56

I

E



Page No. 3

LINENO. CLASS MARK NO.

SYSTEM/EQUIPMENTDESCRIPTION BUILDING EL EV

(1) (2) (3)SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS

(4) (5) (6) (7)

8112 02

8172 20

817 2A 20

17B

1510

1512

8103 20 153

8173 20

8174 20

8175 20

1S34

1535

1536

8104 20 154

8140 20

8141 20

1551

1552

8154 20

20

1553

1554

8155 20

8142 20

8143 20

8143B 20

8143A 20

8143C 20

8143 D 20

8143F 20

8176 20

8177 20

8178 20

8178A 20

8143 E 20

8179 20

8162 20

1555

1556

1S57

1S59

1560

1562

1563

1564

1565

1569

1570

1573

1S74

1S75

1580

8180 20

20

1582

1584

8117 01 171A

8118 01 171B

8111 02 17A

AP/600 V POWERBOARD 8171A

AP/600 V POWERBOARD 81718

AP/600 V POWERBOARD AI17A

AP/600 V POWERBOARD 8178

CTRL/AUXILIARYCONTROL CABINET 1510


AP/DIESEL GENERATOR 8102 RELAY CABINET

CTRL/AUXILIARYCONTROL RELAY CABINET 1534

CTRL/AUXILIARYCONTROL RELAY CABINET 1S35

CTRL/AUXILIARYCONTROL RELAY CABINET 1S36

AP/DIESEL GENERATOR 8103 RELAY CABINET


CTRL/AUXILIARYCONTROL CABINET 1S52














CTRL/AUXILIARYCONTROL CABINET 1$ 73





CTRL/ANNUNCIATOR CABINET 1584

RB

RB

RB

RB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

261

261

281

281

261

L) M12

L, M12

Q10, 11

Q10) 11

ACR

261

261

ACR

ACR

261 ACR

261

261

ACR

ACR

261 ACR

261

261

261

261

261

261

261

261

261

ACR

ACR

ACR

ACR

ACR

ACR

ACR

ACR

ACR

261 ACR

261

261

261

261

ACR

ACR

ACR

ACR

261 ACR

261 ACR

261 ACR

261 ACR

261 ACR

261 ACR

261 ACR

Report Date/Time: 12-22-95 / 13:30:56

lh



Page No. 4

LINENO,

sassssa(1)

CLASS

(2)

MARK NO.

(3)


ssassaasaassssassaaaaasssassasasaaasaaasss(4)

BUILDINGssassssssss

(5) (7)(6)

ELEV ROOMssssaass sassssssss

8182 20

8183 20

8184 20

8185 20

7413 10

7425 10

7423 10

7421 10

7417 10

7415 10

5145 19

5158 19

5133 19

5134 19

19

5153 19

5136 19

5137 19

5138 19

5139 19

5140 19

5141 19

5142 19

5143 19

5144 19

5146 19

5147 19

5148 19

5149 19

5150 19

5151 19

19

1585

1586

1587

1588

201-01

201-02

201-03

201-04

201-05

201-06

201.2-491

201.2-492

201.2-493

201.2-494

201.2-495

201.2-496

201.2-497

201.2-498

201.2-499

201.2-500

201.2-501

201.2-502

201.2-503

201.2-504

201,2-505

201,2-506

201,2-507

201.2-508

201.2-509

201.2-510

201.2-511

201.2-512

CTRL/AUXILIARYCONTROL CABINET 1585 TB

CTRL/AUXILIARYCONTROL RELAY CABINET 1586 TB



RBCLC/DRYWELL AIR COOLER 811

RBCLC/DRYWELL AIR COOLER II12


RBCLC/DRYWELL AIR COOLER N14



DW

DW

DW

DW

CONTAINMENT/TORUS AIR TEMPERATURE ELEMENT TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

AIR TEMPERATURE ELEMENT TORUS

TEMPERATURE ELEMENT TORUS


CONTAINMENT/TORUS TEMPERATURE ELEMENT TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

TEMPERATURE ELEMENT

TEMPERATURE ELEMENT

TORUS

TORUS



CONTAINMENT/TORUS

CONTAINMENT/TORUS





CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS

CONTAINMENT/TORUS


TEMPERATURE ELEMENT

TEMPERATURE ELEMENT

TEMPERATURE ELEMENT

TEMPERATURE ELEMENT

TEMPERATURE ELEMENT

TORUS

TORUS

TORUS

TORUS

TORUS



CONTAINMENT/TORUS TEMPERATURE ELEMENT . TORUS

261

261

261

261

ACR

ACR

ACR

ACR

225 AZO

225 AZ72

225 AZ110

225 AZ180

225 AZ254

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

198

SG572'G17

288

SG218'G4

54'G6

90'G8

126'G10

162'G11

180'G12

198'G14

234'G16

270'G17

288'G18

306'G20

342'G2

18'G4

54'G6

90

SG8126'G10

162'G11

180'G12

198'G14

234'25

AZ298

Report Date/Time: 12-22-95 / 13:30:56



Page No. 5

LINENO. CLASS MARK NO.

SYSTEM/EQUIPMENTDESCRIPTION BUILDING ELEV ROOM

(1) (2) (3)ssssssssassssassssssaaasssssssasasssssasas

(4) (5) (6) ('7)

5162 20

5154 19

5155 19

5156 19

5157 19

5161 20

201,2-513

201,2-514

201.2-515

201.2-516

201.2-517

201.2-518

CONTAINHENT/TORUS TEMPERATURE ELEMENT

CONTAINMENT/TORUS TEMPERATURE ELEMENT

TORUS

TORUS

CONTAINMENT/TORUS TEMPERATURE CONDITIONER TBK RECORDER

CONTAINMENT/TORUS TEMPERATURE CONDITIONER TBI RECORDER



198

198

198

198

261

261

SG16270'G17

288'G18

306'G20

342'CR-1510

ACR-1S69

5164

5163

5165

5159

5167

5166

20

20

20

19

20

20

201.2-519

201.2-520

201.2-521

201.2-521A

201.2-5218

201.2-522

CONTAINMENT/TORUS TEMPERATURE INDICATOR


CONTAINMENT/TORUS TEMPERATURE TRANSMITTER

CONTAINMENT/TORUS TEMPERATURE ELEMENT


CONTAINMENT/TORUS TEMPERATURE TRANSMITTER

TB

TB

TB

TORUS

TB

TB

277

277

250

198

250

277

CR PNL K

CR PNL K

RSP 11

SG572'SP

llRSP 12

5160 19

20

201.2-522A

201. 2-5228


CONTAINMENT/TORUS TEMPERATURE INDICATOR TB

198

277

SG17277'SP

12

7609

7615

7617

7618

7619

7620

7621

7601

7604

7605

7610

7611

7608

7607

7616

7614

18

18

09

07

OBB

07

08B

07

07

OBB

07

OBB

18

18

09

18

18

202-102

202-103

202-33

202-34

202-348

202-35

202-358

202-36

202-37

202-37C

202-38

202-38C

202-49C

202-49D

202-53

202-92C

202-92D

RBAC/EHER

RBAC/EMER

RBAC/EMER

RBAC/EHER

RBAC/EMER

RBAC/EMER

RBAC/EMER

RBAC/EMER

RBAC/EHER

RBAC/EHER

RBAC/EHER

RBAC/EHER

RBAC/EMER

RBAC/EHER

RBAC/EMER

RBAC/EMER

RBAC/EMER

EX FLOW TRANSMITTER

EX FLOW TRANSMITTER

EXHAUST FAN 812

EX FAN N11 OUTLET ISOL VLV

TB

TB

TB

TB

EX FAN N11 OUTLET ISOL VLV PILOT TB

EX FAN 812 OUTLET ISOL VLV TB

EX ISOL VLV

EX FAN ltll INLET ISOL VLV

TB

TB

EX FAN 811 INLET ISOL VLV PILOT TB

EX FAN 812 INLET ISOL VLV TB

EX FAN N12 INLET ISOL VLV PILOT TB

EX FLOW CONTROLLER

EX E/P CONVERTER

EXHAUST FAN 811

EX FLOW CONTROLLER

EX E/P CONVERTER

TB

TB

TB

TB

TB

EX FAN 812 OUTLET ISOL VLV PILOT TB

302

302

302

302

302

302

302

302

291

291

291

291

302

302

289

291

291

N13

N13

N12

P13

N13

N13

N13

N13

P13

P13

P13

P13

P13

Q13

N13

N13

N13

Report Date/Time: 12-22-95 / 13:30:56



Page No. 6

LINENO.

ssssasa'(1)

CLASS MARK NO.SYSTEM/EQUIPMENT

DESCRIPTION BUILDING ELEV

(6)sassssa sssssssssssasssassss sasra sssssaassssassssssssaasasssssaasassa saaassasssss

(2) (3) (4) (5) (7)

TB

7150 09 209-04

7151 09 209-05

7152 09 209-06

7303 09 210-01

7306 09 210-02

7301 07 210-40

7302 088 210-408

7304 07 210-41

7305 088 210-418

7325 10 210-49

7322 10 210-50

09 210-61

7314 18 210-67

7312 18 210-89

7313 18 210-90

7320 07 210.1-01

7321 088 210.1-01A

7323 07 210.1-02

7324 088 210. 1-02A

7328 11 210.1-119

7334 11 210.1-120

7327 05 210.1-36

7333 05 210,1-37

7326 08A 210.1-56

7337 18 210.1-85

7331 18 210.1-88

7332 18 210.1-89

EDG 102 ROOF EXHAUST FAN



CRAG/EMER VENT FAN Nll

CRAC/EMER VENT FAN f12

TB

TB

TB

TB

TB

CRAG/EMER VENT FAN Ill ISOL VALVE TB

CRAC/EMER VENT FAN 811 ISOL VALVE PILOT TB

CRAG/EMER VENT FAN 812 ISOL VALVE

CRAG/EMER VENT FAN f12 ISOL VALVE PILOT

CRAG/COOLING COIL 812

CRAC/COOLING COIL Nll

CRAG/CONTROL ROOM HVAC CIRCULATION FAN

CRAG/INLET AIR TEMP

CRAG/CIRC FAN OUTLET TEMP ELEMENT

CRAG/CIRC FAN TEMP CONTROL

CRAG/COOL COIL 811 CONTROL VALVE

TB

TB

TB

TB

TB

TB

TB

TB

TB

CRAC/COOL COIL Ill CONTROL VALVE PILOT TB



CRAG/CHILLER N1 1

CRAC/CHILLER 812

CRAC/CHILL WATER CIRC PUMP f12

CRAG/CHILL WATER CIRC PUMP f12

CRAG/CHILL WATER BYPASS VALVE

CRAC/CHILLER f12 TEMP CONTROLLER

CRAC/CHILLER 811 TEMP CONTROLLER

CRAG/CHILLER Nll FLOW SWITCH

TB

PILOT TB

TB

TB

TB

TB

TB

TB

TB

TB

7149 09 209-03 EDG 102 ROOF EXHAUST FAN 299

299

299

299

300

EDG ROOM

102

EDG ROOM

102

EDG 103ROOM

EDG ROOM

103

A15

300

300

300

300

300

A16

A16

A16

Alo

Alo

300 A16

300

300

300

A16

A16

A16

300 A15

300 A15

300 A15

300

300

300

300

300

300

300

300

300

A15

817

817

817

817

816

816

816

816

300 A15

300 A16

6324 05 28-15

05 28-17

CRDH/CONTROL ROD DRIVE PUMP IllCRDH/CONTROL ROD DRIVE PUMP 012

RB

RB

237

237

M12

N12

Report Date/Time: 12-22-95 / 13:30:56

~ >

P 1, J



Page No. 7

LINENO.

sss(1)

CLASS

(2)

MARK NO.

(3)

6326 07

6327 07

6328 07

6329 07

2001 21

28-23

28-24

28-29

28-30

305-125

124 20 32-02D

5121 20 32-03

5130 20 32-03B

5116 20 32-03C

5125 20 32-03D

5122 20 32-04

5131 20 32-04B

5117 20 32-04C

5126 20 32-04D

5123 20 32-05

5132 20 32-05B

5118 20 32-05C

2002 21 305-128

4235 OBA 31-07

4236 OBA 31-08

5120 20 32-02

5129 20 32-028

5115 20 32-02C

SYSTEM/EQUIPMENTDESCRIPTION BUILDING ELEV ROOM

aaasaaaaaaaa aaaaaaaa asasaasaaaaasssssasaassssssasssaassssassssasssasssas(4) (5) (6) (7)

237 N12

237 M12

237 N12

237 N12

237 MS

237 M5

261 MSIV RM

261 MSIV RM

250 RSP 11

250 RSP 11

261 ACR-1S36

277 CR PNL F

250 RSP 11

250 RSP 11

261 ACR-1536

277 CR PNL F

277 RSP 12

277 RSP 12

261 ACR-1536

277 CR PNL F

277 RSP 12

277 RSP 12

261 ACR-1536

CRD/CRD PUMP i'll TEMPERATURE CONTROL VLV RB

CRD/CRD PINP Nil SEAL PSV

CRD/CRD PUMP f12 TEMPERATURE CONTROL VLV

RB

RB

CRD/CRD PINP 812 SEAL PSV RB

CRD/HYDRAULIC CONTROL UNIT H20-N2 ACCUM'S(129 TOTAL)

CRD/HYDRAULIC CONTROL UNIT N2 ACCUMULATORS(129 TOTAL)

FW/LOOP 111 FEEDWATER ISO VLV

RB

RB

TB

FW/LOOP 812 FEEDWATER ISO VLV TB

Nll INLET TEMPERATURE MV/I TBRCS/RECIRC PUMPCONVERTER

RCS/RECIRC PUMPINDICATOR

Nll INLET TEMPERATURE TB

Nll REACTOR TEMPERATURE TB

Ill REACTOR TEMPERATURE TB

RCS/RECIRC PUMPMV/I CONVERTER

RCS/RECIRC PUMPINDICATOR .

RCS/RECIRC PUMP 812 INLET TEMPERATUREINDICATOR

RCS/RECIRC PUMP 812 REACTOR TEMPERATUREMV/I CONVERTER

RCS/RECIRC PINP 812 REACTOR TEMPERATUREINDICATOR

TB

TB

TB

RCS/RECIRC PUMP 814 INLET TEMPERATURE MV/I TBCONVERTER

TBRCS/RECIRC PINP 814 INLET TEMPERATUREINDICATOR

RCS/RECIRC PUMP N14 REACTOR TEMPERATUREMV/I CONVERTER

RCS/RECIRC PINP N14 REACTOR TEMPERATUREINDICATOR

TB

TB


RCS/RECIRC PUMP f15 INLET TEMPERATUREINDICATOR

RCS/RECIRC PUMP N15 REACTOR TEMPERATUREMV/I CONVERTER

TB

TB


Report Date/Time: 12-22-95 / 13:30:56

h I \ I



Page No. 8

LINENO. CLASS

~ssssss ~ ssaass(1) (2)

MARK NO.ssssaassaaassassssss

(3)


saaaasassasass saaassssaaaaaaaassaasaaassa(4)

BUILDING ELEV ROOMsass araaaa araaaaaa aaaaaaasaa

(5) (6) (7)

5127 20 32-05D

5128 20 32-405A

5119 20 32-4058

4215 OSA 33-01R

4213 08A 33-02R

4212 OSA 33-04

2023 18 36-03A

4101 18 36-03A

2024 18 36-03B

4103 18 36-03B

2029 18 36-03C

4104 18 36-03C

4102

18 36-03D

18 36-03D

2025 18 36-04A

2026 18 36-04B

2031 18 36-04C

2032 18 36-04D

2027 18 36-07A

3103 18 36-07A

2028 18 36-07B

2033 18 36-07C

2034 18 36-07D

3106 18 36-07D

4107 20 36-09

4108 20 36-10

3104 18 36-102

3111 20 36-102A

20 36-103

18 36-104

RCS/RCS

RCS/RCS

RCS/RCS

RPS/RCS

RPS/RCS

RPS/RCS

RPS/RCS

RCS/RCS

RCS/RCS

RPS/RCS

RPS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

RCS/RCS

LEVEL TRANSMITTER

LEVEL TRANSMITTER

LEVEL TRANSMITTER

LEVEL TRANSMITTER

LEVEL TRANSHITTER

LEVEL TRANSMITTER

LEVEL TRANSMITTER

PRESSURE TRANSMITTER






LEVEL INDICATOR

LEVEL INDICATOR


PRESSURE INDICATOR

PRESSURE RECORDER


RCS/RECIRC PUMP 815 REACTOR TEMPERATUREINDICATOR

RCS/RECIRC PUMP f13 REACTOR TEMPERATUREINDICATOR

RCS/RECIRC PUMP 813 REACTOR TEMPERATUREMV/I CONVERTER

RCU/REACTOR CLEANUP INLET INNER ISO VLV

RCU/REACTOR CLEANUP OUTLET INNER ISO VLV

RCU/REACTOR CLEANUP OUTLET OUTER ISO VLV

RCS/RCS LEVEL TRANSMITTER





TB

TB

TB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

TB

TB

RB

TB

TB

RB

277 CR PNL F

277 CR PNL F

261 ACR-1536

259 N8

259 NS

261 N9

284 W INST RH

284 W INST RM

284 W INST RH

284

284

284

284

284

284

W INST RM

E INST RM

E INST RM

E INST RH

E INST RH

M INST RH

284 W INST RH

284 E INST RM

284 E UNST RM

284 W INST RM

284 M INST RM

284 W INST RH

284 W INST RM

284 E INST RM

284 E INST RM

277 CR PNL F

277 CR PNL F

284 M INST RM

277 CR CON E

277 CR CON E

284 W INST RM

Report Date/Time: 12-22-95 / 13:30:56

,I

EE 'I It

Nine Mile Point Unit 1SAFE SHUTDOMN EQUIPMENT LIST (SSEL)


Page No. 9

LINENO.

asssssa(1)

CLASS

(2)

NARK NO,

(3)


aaaaasaassasssassssssaaaaaaaarasssssssssss(4) (5) (6)

BUILDING ELEV ROON

(7)

3110 20

4109 20

3114 20

4110 20

3101 18

4111 18

3108 20

3107 18

4115 20

36-25

36-26

36-27

36-28

36-31

36-31

36-31A

36-318

36-31C

3105 18 36-32

4112 18 36-32

3113 20 36-32A

3112

u618 36-32B

20 36-32C

137 18 36-90F

3116 20 36-34

4105 18 36-76

4119 20 36-76A

4117 20 36-76B

4106 18 36-77

4120 20 36-77A

4118 20 36-77B

3129 18 36-90A

3127 18 36-90B

3133 18 36-90C

3135 18 36-90D

3131 18 36-90E





RCS/RCS PRESSURE TRANSMITTER „

RCS/RCS PRESSURE TRANSMITTER



CTRL/CONTROL COMPONENT (FUNCTIONGENERATOR)





CTRL/CONTROL COMPONENT (FUNCTIONGENERATOR)




CTRL/CONTROL COMPONENT(MULTIPLIER/DIVIDER)



CTRL/CONTROL COMPONENT(MULTIPLIER/DIVIDER)

MS/HS EMERG ELECTROMATIC RV till PRESSINDICAT SMITCH

MS/MS EMERG ELECTROMATIC RV 8112 PRESSINDICAT SMITCH

MS/MS EMERG ELECTROMATIC RV 8121 PRESSINDICAT SMITCH

MS/MS EMERG ELECTROMATIC RV 0122 PRESSINDICAT SWITCH

MS/MS EMERG ELECTROHATIC RV 8113 PRESSINDICAT SMITCH

MS/MS EMERG ELECTROMATIC RV f123 PRESSINDICAT SWITCH

TB

TB

TB

TB

RB

RB

TB

RB

TB

RB

RB

TB

RB

TB

TB

RB

TB

TB

RB

TB

TB

RB

RB

RB

RB

RB

RB

277

277

250

250

RSP 12

RSP 12

RSP 11

RSP 11

284 M INST RM

284

277

284

261

W INST RM

CR PNL F

W INST RM

ACR-1534

284 W INST RM

284 E INST RM

284 E INST RM

284 E INST RM

277 CR PNL F

284 E INST RM

261 ACR-1535

277 CR CON E

284 W INST RM

277 CR PNL F

261 ACR-1534

284 E INST RM

277 CR PNL F

261 ACR-1S35

284 W INST RM

284 W INST RM

284 E INST RM

284 E INST RM

Report Date/Time: 12-22-95 / 13:30:56

-4pi"

Nine Nile Point Unit 1SAFE SHUTDOXN EQUIPMENT LIST (SSEL)


Page No. 10

LINENO. CLASS

Sssssss SSSSSSS

(1) '2)MARK NO.

Rsssssssssssssssssss(3)

SYSTEM/Eg UIPMENTDESCRIPTION

sasasaasaaaassassassssssasssasssssssassaas(4)

BUILDINGsssaassaasss

(5) (7)(6)

ELEV ROONSRRRRRSR SRRS sasss

6118 07 39-05

6119 OSB 39-05E

6120 OSB 39-OSF

6121 OSB 39-05G

6122 OSB 39-05H

6123 07 39-06

6124 088 39-06E

6125

6126

088

OSB

39-06F

39-06G

6127 OSB 39-06H

4207 08B 39-11C

6129 OSB 39-11C

4208 OSB 39-llD

6130 08B 39-11D

6135 OSB 39-13C

4206 07 39-11R

6128 07 39-11R

4210 OBB 39-12C

6132 OSB 39-12C

4211 OSB 39-12D

6133 OSB 39-12D

4209 07 39-12R

6131 07 39-12R

4216 OSB 39-13C

EC/LOOP 811 CONDENSER RETURN ISO VLV RB

EC/LOOP 811 CONDENSER RETURN ISO VLV PILOT RB




EC/LOOP 812 CONDENSER RETURN ISO VLV RB

EC/LOOP N12

EC/LOOP 012

EC/LOOP 812

EC/LOOP 812

EC/LOOP NllVLV PILOT

CONDENSER RETURN ISO VLV PILOT RB




EMERGENCY CONDENSER DRAIN ISO RB

EC/LOOP Ill EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

EC/LOOP Nll EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

EC/LOOP 811 EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

EC/LOOP 811 EMERGENCY CONDENSER DRAIN ISO RBVLV SillEC/LOOP Nil EMERGENCY CONDENSER DRAIN ISO RBVLV HillEC/LOOP Nil.EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

EC/LOOP Nll EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT


EC/LOOP IF11 EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

EC/LOOP Nll EMERGENCY CONDENSER DRAIN ISO RBVLV f112

EC/LOOP Nll EMERGENCY CONDENSER DRAIN ISO RBVLV 8112


EC/LOOP dl2 EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT

281

281

281

281

IV ROOM

IV ROON

IV ROON

IV ROON

281 IV ROON

281

281

281

281

281

298

IV ROOM

IV ROOM

IV ROON

IV ROOM

IV ROON

IV ROON

298 IV ROON

298 IV ROOM

298 IV ROOM

298 IV ROON

298 IV ROON

298 IV ROOM

298 IV ROON

298 IV ROON

298 IV ROON

298 IV ROON

298 IV ROON

298 IV ROOM

298 IV ROON

Report Date/Time: 12-22-95 / 13:30;56

1 J

Nine Mlle Point Unit 1SAFE SHUTDOMN E(UIPMENT LIST (SSEL)


Page No. 11

LINENO.

raaaaaa(1)

CLASS MARK NO.aaaaaaa aaaaaaaaaaaaaaaaaaaa

(2) (3)


aaaaaaaaaaaaaaaaaaaasaaaaaaaaaaaaaaaaaaaaa(4)

BUILDING EL EV ROOMaaaaaaasaasa aaaaaaaa aaasaaaasa

(5) (6) (7)

4217 088 39-13D

6136 08B 39-13D

4214 07 39-13R

6134 07 39-13R

4219 OS 8 39-14C

6138 OSB 39-14C

4220 088 39-14D

6139 08B 39-14D

4218 07 39-14R

137 07 39-14R

6186 21 60-09

6185 21 60-10

4124 OSA 40-01

4123 OSA 40-09

4121 OSA 40-10

4122 08A 40-11

2007 07 44.2-15

2008 07 44.2-16

2009 07 44.2-17

2010 07 44.2-18

6189 07 60-03

6190 08B 60-03C*

6187 07 60-04

6188 088 60-04C*

EC/LOOP 812 EMERGENCY CONDENSER DRAIN ISOVLV PILOT

RB


EC/LOOP 812 EMERGENCY CONDENSER DRAIN ISO RBVLV f121

EC/LOOP 812 EMERGENCY CONDENSER DRAIN ISO RBVLV 8121


EC/LOOP N12 EMERGENCY CONDENSER DRAIN ISO RBVLV PILOT



EC/LOOP 812 EMERGENCY CONDENSER DRAIN ISO RBVLV 8122

EC/LOOP 812 EMERGENCY CONDENSER DRAIN ISO RBVLV N122

CRS/CORE SPRAY INL'ET INNER ISO VLV

CRS/CORE SPRAY INLET INNER ISO VLV



CRD/SCRAM DISCHARGE VOL HOLDING TANK VENTISO VLV

DM

DM

RB

CRD/SCRAM DISCHARGE HEADER DRAIN ISO VLV

CRD/SCRAM DISCHARGE HEADER DRAIN ISO VLV

ECMU/EMER COND NKEUP TANK 12 SUPPLY ISOVLV

ECMU/EMER COND NKEUP TANK 12 SUPPLY ISOVLV PILOT

ECMU/EMER COND NKEUP TANK ll SUPPLY ISOVLV

ECMU/EMER COND MAKEUP TANK ll SUPPLY ISOVLV PILOT

ECMU/EMER COND NKEUP MATER TANK 812

ECMU/EMER COND MAKEUP MATER TANK Ill

RB

RB

TB

TB

TB

TB

TB

TB

CRD/SCRAM DISCHARGE VOL HOLDING TANK VENT RBISO VLV

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

298 IV ROOM

261 AZ90

261 AZ90

261 AZ260

261 AZ225

237 N4

237 N4

237 N5

237 NS

369 HS

369 H8

369 H4

369 H4

369 HS

369 H4

Report Date/Time: 12-22-95 / 13:30;56

0I



Page Ho. 12

LINENO. CLASS MARK NO ~

6182 OSB 60-18E

6182A 20 60-18F

6171 18 60-22

6169 20 60-22A

6170 20 60-22B

6172 20 60-22C

6168 18 60-23

6176 20 60-23A

6180 20 60-23B

6178 20 60-23C

6165 18 60-28

6166 20 60-28A

6167

6177

18 60-29

20 60-29A

4204 21 60-42

6117 21 60-42

21 60-44

aaasaaa aaaaaaa aaaaaaaaaaaaaaaasaas'(I) (2) (3)

6160 07 60-17

6163 20 60-17A

6164 20 60-17B

6161 08B 60-17D

6162 OSB 60-17E

6162A 20 60-17F

6174 07 60-18

6175 20 60-18A

6179 20 60-18B

6181 OSB 60-18D


aasasssssassssassssssssasaaaaaaaasaaaaaaaa(4)

BUILDING EL EV ROOMssasasaassaa aaaasaaa aaasasssas

(7)(5) (6)

ECMU/EMER COND Nlll)112 LEVEL CONTROL VLV

ECMU/EMER COND Sill,112 LEVEL E/PCONVERTER

RB

RB

340

340

Q-P 7-9

Q-P) 7-9

ECMU/EMER COND /till,112 LEVEL CONTROLLER

ECMU/EMER COND 8111,112 LEVEL CONTROL VLVPILOT

TB

RB

ECMU/EMER COND 8111,112 LEVEL CONTROLSWITCH

ECMU/EMER COND N121,122 LEVEL CONTROL VLV

ECMU/EMER COND N121,122 LEVEL E/PCONVERTER

ECMU/EMER COND N121,122 LEVEL CONTROLLER

ECMU/EMER COND N121,122 LEVEL CONTROL VLVPILOT

TB

RB

RB

TB

RB

ECMU/EMER COND 81211122 LEVEL CONTROL VLV RBPILOT

ECMU/EMER COHO 8121)122 LEVEL CONTROLSWITCH

ECMU/EMER COND till)112 LEVEL TRANSMITTER

ECMU/EMER COND fill)112 LEVEL E/PCONVERTER

ECMU/EMER COND dill,112 LEVEL CONTROLLER

ECMU/EMER COND Nlll,112 LEVEL INDICATOR

ECMU/EMER COND 8121,122 LEVEL TRANSMITTER

ECMU/EMER COND f121,122 E/P CONVERTER

ECMU/EMER COND 8121,122 LEVEL CONTROLLER

ECMU/EMER COND 8121)122 LEVEL INDICATOR

ECMU/EMER COND till,112 LEVEL TRANSMITTER

ECMU/BIER COND Nlll)112 LEVEL INDICATOR

ECMU/EMER COND 8121,122 LEVEL TRANSMITTER

ECMU/EMER COND N121,122 LEVEL INDICATOR

EC/EMERGENCY CONDENSER 8122

EC/EMERGENCY CONDENSER iI122


TB

RB

RB

TB

TB

RB

RB

TB

TB

RB

TB

RB

TB

RB

RB

RB

277 CR PNL K

340 Q-P, 7-9

340 Q-P, 7-9

250 RSP 11

340 Q-P) 7-9

340 Q-P) 7-9

277 CR PNL K

340 Q-P) 7-9

340 Q-P) 7-9

277 RSP 12

318 P6

340 Q-P) 7-9

250 RSP 11

250 RSP 11

318 Pll

340 Q-P) 7-9

277 RSP 12

277 RSP 12

318 P6

277 CR PNL K

318 Pll

277 CR PNL K

340 P9

340 P9

340 P8

ECMU/EMER COND 8111,112 LEVEL CONTROL VLV RBPILOT

Report Date/Time: 12-22-95 / 13:30:56

, Il 4l'

Nine Nile Point Unit 1SAFE SHUTDOWN EQUIPMENT LIST (SSEL)


Page No. 13

LINENO.

sasssas"(1)

CLASS

(2)

MARK NO.

(3)


~ saasssasaaaaasaaaaassaaasssasasassssaaass(4) (5) (6)

BUILDING ELEV

(7)

6116 21

4198 21

6115 21

4197 21

6114 21

7401 05

60-44

60-45

60-45

60-46

60-46

70-01

EC/EMERGENCY CONDENSER f121



EC/EMERGENCY CONDENSER fillEC/EMERGENCY CONDENSER Sill

RB

RB

RB

RB

RB

RBCLC/REACTOR BUILDING COOLING WATER PUMP RBNll

340

340

340

340

340

298

P8

P7

P7

P6

P6

5L

7402 05 70-02

7403 05 70-03

7412 088 70-118

7424 08B 70-120

7422 08B 70-122

7420 OBB 70-124

7414

08B 70-126

OBB 70-128

7332A

7410

18 70-333

07 70-53

7404 07 70-137

7407 21 70-13R

7408 21 70-14R

7409 21 70-15R

7406 18 70-238

7505 18 70-23B

7405 18 70-23F

7504 18 70-23F

7329 07 70-25

7330 08B 70-25A

7335 07 70-26

7336 08B 70-26A

7405A 18 70-284

7337A 18 70-332

RBCLC/DRYWELL AIR COOLER 812 ISOL VALVE


RBCLC/DRYWELL AIR COOLER II14 ISOL VALVE

RBCLC/DRY'WELL AIR COOLER 815 ISOL VALVE


RBCLC/RBCLC TEMPERATURE CONTROL VALVE

RBCLC/RBCLC HX N11

RBCLC/RBCLC HX 8I12

RBCLC/RBCLC HX 813

RBCLC/TEMPERATURE'CONTROLLER

RBCLC/TEMPERATURE CONTROLLER

RBCLC/ELECTRO PNEUMATIC CONVERTER

RBCLC/ELECTRO PNEUMATIC CONVERTER

CRAG/CHILLER 811 CONTROL VALVE

CRAG/CHILLER Nil CONTROL VALVE PILOT

CRAC/CHILLER N12 CONTROL VALVE

CRAG/CHILLER 812 CONTROL VALVE PILOT

RBCLC/TEMP. ELEMENT

CRAC/LO FLOW CHILLER TRIP

CRAG/LO FLOW CHILLER TRIP

RBCLC/SHUTDOWN COOLING HX ISOL VALVE

DW

DW

DW

DW

DW

RB

RB

RB

RB

TB

TB

RB

RB

TB

TB

TB

TB

RB

TB

TB

RB

RBCLC/REACTOR BUILDING COOLING WATER PUMP RB812

RBCLC/REACTOR BUILDING COOLING WATER PUMP RB813

RBCLC/DRYWELL AIR COOLER 811 ISOL VALVE DW

298

298

29&

277

277

L4

LS

L7

CR PNL H

CR PNL H

298 M6

298 M6

300

300

300

300

291

300

300

281

A16

A16

A16

A16

M6

A16

A17

6L

298 SL

298 6L

225 AZ345

225 AZ60

225 AZ100

225 AZ170

225 AZ225

225 AZ280

298

Report Date/Time: 12-22-95 / 13;30:56

',h

N ~



Page No. 14

LINENO. CLASS

(1) (2)

MARK NO.aaaaaaaeaaaaaaaeaaea

(3)


eaaeeeeeaeeeeeeeaaaeeeeeaeaeeaeeeeaeaeeaee(4)

BUILDINGeaaaeeaeeeae

(5) (7)(6)

ELEV ROOMaaaaaaaa aaaaaaaaaa

7411 OBB 70-53C+ RBCLC/SHUTDOWN COOLING HX ISOL VALVE PILOT RB 281 6L

7502 06

7501 06

7503 07

7137 06

7138 06

5186 06

5187 06

72-03

72-04

72-146

79-53

79-54

80-03

80-04

5211 OBA 80-118

SW/EMER SERVICE WATER PUMP ¹12

SW/EMER SERVICE 'HATER PUMP ¹llSW/SERVICE WATER TEMP CONTROL VALVE

DGCW/DG COOLING WATER PUMP ¹102

DGCW/DG COOLING WATER PUMP ¹103

CS/CONT SPRAY PUMP ¹121

CS/CONT SPRAY PUMP ¹lllCS/CONT SPRAY HEADER ISOL VLV

SH

SH

RB

SH

SH

RB

RB

RB

256

256

281

261

261

S15

S15

Pll

T17

T17

NW CORNER198

298 P7

198 NW CORNER

5184 21

7208 21

5181 21

7205 21

5188 06

06

5182 21

7206 21

5183 21

7207 21

5197 07

5193 07

80-13

80-13

80-14

80-14

80-23

80-24

80-33

80-33

80-34

80-34

80-41

80-44

CS/CONT SPRAY HEAT EXCHANGER ¹122








CS/CONT SPRAY HEAT EXCHANGER ¹lllCS/CONT SPRAY HEAT EXCHANGER ¹lllCS/CONT SPRAY TEST LINE ISO VLV

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

CS/CONT SPRAY LOOP ¹112 BYPASS ISO VLV TO RBTORUS

318

318

318

318

198

PB

PB

PB

PB

NW CORNER

318

318

318

318

298

PB

PB

PB

PB

P7

298 N7

198 NE CORNER

4154 06 81-03

4151 06 81-04

4182 07 81-11

4145 06 81-23

4148 06 81-24

4181 07 81-31

4133 05 81-49

4129 05 81-50

4141 05 81-51

137 05 81-52

CRS/CORE

CRS/CORE

CRS/PUMP

CRS/CORE

CRS/CORE

SPRAY PUMP ¹121

SPRAY PUMP ¹122

RB

RB

RECIRC ¹12 PRESSURE SAFETY VLV RB

SPRAY PUMP ¹lllSPRAY PUMP ¹112

RB

RB

CRS/CORE

CRS/CORE

CRS/CORE

CRS/CORE

SPRAY TOPPING PUMP ¹112




RB

RB

RB

RB

CRS/PUMP RECIRC ¹ll PRESSURE SAFETY VLV RB

198

198

237

198

198

237

237

237

237

237

SE CORNER

SE CORNER

SE CORNER

SW CORNER

SW CORNER

SW CORNER

SW CORNER

SW CORNER

SE CORNER

SE CORNER

Report Date/Time: 12-22-95 / 13:30;56

I

v ~

LINENO. CLASS MARK NO,

Nine Nile Point Unit 1SAFE SHUTDOWN E(UIPMENT LIST (SSEL)


SYSTEM/Eg UIPMENTDESCRIPTION BUILDING ELEV

Page No. 15

4146

aaaaaaa(2) (3)

07 81-53

aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa(4)

CRS/MOTOR 8111 SEAL COOLING PRESS.REGULATOR

RB

(5) (6)

198

(7)

SW CORNER

4149 07 81-54

4155 07 81-55

4152 07 81-56

4134 07 81-57

4130 07 81-58

4142 07 81-59

4138 07 81-60

4147 07 81-73

4150 07 81-74

4156 07 81-75

4153 07 81-76

7129 21 96-08

07 96-15

4135 07 81-77

4131 07 81-78

4143 07 81-79

4139 07 81-80

7140 21 82-43

7139 21 82-44

7201 06 93-01

7203 06 93-02

7204 06 93-03

7202 06 93-04

7113 21 96-04

7117 21 96-05

7121 21 96-06

7125 21 96-07




CRS/SEAL COOLING PRESS. REGULATOR

CRS/SEAL COOLING PRESS. REGULATOR

CRS/SEAL COOLING PRESS, REGULATOR

CRS/SEAL COOLING PRESS, REGULATOR

RB

RB

RB

RB

RB

RB

RB

CRS/SEAL COOLING PRESS ~ RELIEF VLV

CRS/SEAL COOLING PRESS. RELIEF VLV

CRS/SEAL COOLING PRESS ~ RELIEF VLV

CRS/SEAL COOLING PRESS. RELIEF VLV

FOHS/DG FUEL OIL STORAGE TANK 0103

FOHS/OG FUEL OIL STORAGE TANK 8102

CSRW/CONT SPRAY RAW WATER PUMP 8112




DSA/OG 8102 START AIR TANK N1

OSA/OG 0102 START AIR TANK N2

OSA/OG 8102 START AIR TANK 83

DSA/DG 8102 START AIR TANK II4

DSA/DG 8102 START AIR TANK II5

RB

RB

RB

RB

OUTSIDE

OUTSIDE

SH

SH

SH

SH

TB

TB

TB

TB

TB

DSA/OG N102 START AIR TANK N1 RELIEF VLV TB

CRS/MOTOR !F111 SEAL COOLING PRESS. RELIEF RBVLV

CRS/MOTOR 8112 SEAL COOLING PRESS. RELIEF RBVLV



237

237

237

237

261

261

SW CORNER

SW CORNER

SE CORNER

SE CORNER

BC20

BC20

256 T14A

256

256

256

261

261

261

261

261

261

T14A

T14A

T13A

DG 102 RM

DG 102 RM

DG 102 RM

DG 102 RM

DG 102 RM

DG 102 RM

198 SW CORNER

198 SE CORNER

198 SE CORNER

237 SW CORNER

237 SW CORNER

237 SE CORNER

237 SE CORNER

198 SW CORNER

198 SW CORNER

198 SE CORNER

198 SE CORNER

Report Date/Time: 12-22-95 / 13;30;56

0

h 4 'I

Nine Mile Point Unit 1

SAFE SHUTDOWN EQUIPMENT LIST (SSEL)Seismic Review Items

Page No. 16

LINENO.

'(1)

CLASS

(2)

MARK NO,

(3)


ssssassaasaaasassassssssassssassssssssssas(4) (5) (6)

BUILDING ELEV

(7)

7118 07

7122 07

7126 07

7130 07

7134 07

7133 07

96-16

96-17

96-18

96-19

96-20

96-28

DSA/OG 8102 AIR INLET RELIEF VLV TB

DSA/OG 8102 AIR INLET PRESSURE REGULATING TBVLV

DSA/DG 8102 START AIR TANK N2 RELIEF VLV TB

DSA/OG N102 START AIR TANK II3 RELIEF VLV TB

DSA/OG 8102 START AIR TANK II4 RELIEF VLV TB

DSA/OG 8102 START AIR TANK NS RELIEF VLV TB

261

261

261

261

261

OG 102 RM

DG 102 RM

OG 102 RM

DG 102 RM

DG 102 RM

261 DG 102 RM

7115 21 96-31

7119 21 96-32

7123 21 96-33

7127 21 96-34

7131 21 96-35

7116 07 96-44

7120 07 96-45

7128

07 96-46

07 96-47

8150 15 BATT 121*

15 BATT 122*

7132 07 96-48

7136 07 96-49

7135 07 96-52

8134G 20 A

710 9A 20 ATSA

7109B 20 ATSB

7109 C 20 ATSC

71090 20 ATSD

8131 15 BATT 11*

8148 15 BATT ill*8149 15 BATT 112*

8132 15 BATT 12*

DSA/OG N103 START AIR TANK Nl





DSA/OG 8103 START AIR TANK tI1 RELIEF VLV

TB

TB

TB

TB

TB

TB

OSA/OG 8103 START AIR TANK tI2 RELIEF VLV TB

OSA/OG 8103 START AIR TANK tI3 RELIEF VLV

OSA/OG 8103 START AIR TANK 84 RELIEF VLV

OSA/OG 8103 START, AIR TANK 85 RELIEF VLV

DSA/OG 8103 AIR INLET RELIEF VLV

DSA/DG 8103 AIR INLET PRESSURE REGULATINGVLV

CTRL/CONTROL BOARD PANEL A

RPS/ CHANNEL A/ANALOG TRIP SYSTEM CABINETA

TB

TB

TB

TB

TB

TB

RB

AP/2320 AMP-HR, 125 V BATTERY IllAP/ 24/48 V DC BATTERY SillAP/ 24/48 V DC BATTERY 8112

AP/2320 AMP-HR, 125 V. BATTERY 812



TB

TB

TB

TB

TB

TB

RPS/ CHANNEL B/ANALOG TRIP SYSTEM CABINET RBB

RPS/ CHANNEL C/ANALOG TRIP SYSTEM CABINET RBC

RPS/ CHANNEL 0/ANALOG TRIP SYSTEM CABINET RBD

261 DG 103 RM

261 DG 103 RM

261 DG 103 RM

261 DG 103 RM

261 DG 103 RM

261 DG 103 RM

261 DG 103 RM

261 OG 103 RM

261 DG 103 RM

261 OG 103 RM

261 DG 103 RM

261 DG 103 RM

277 CR

281 N5

281 N5

281 Kl1

281 Kl1

277 BAT RM ll277 BAT RM ll277 BAT RM 11

277 BAT RM 12

277 BAT RM 12

277 BAT RM 12

Report Date/Time: 12-22-95 / 13:30:56



Page No. 17

LINENO.

4444444(1)

CLASS

(2)

MARK NO.

(3)


444444444444444&SS&44444444444&44444444444(4) (5) (6)

BUILDING ELEV ROOM

(7)

8133 14

8134 14

8144 16

8145 16

8146 16

8147 16

817.0 20

BB11

BB12

BClll*

BC112*

BC121*

BC122*

CBllB*

AP/125 V DC BATTERY BOARD Nll

AP/125 V DC BATTERY BOARD 812

AP/24 V DC BATTERY CHARGER fillAP/24 V DC BATTERY CHARGER 8112

AP/24 V DC BATTERY CHARGER '8121

AP/24 V DC BATTERY CHARGER 8122

CTRL/125 V DC CONTROL AND RELAY BOARDCONTROL BUS 11B

TB

TB

TB

TB

TB

TB

TB

261

261

277

277

277

277

261

A9) 10

A10, llA8) 9

AS) 9

Alo

Alo

A9

7154

Il)30 D-034

D-035

3109 20 D-372

8203

8204

14 DC-CON-ll*

14 DC-CON-12*

7141 20 DC102

7145 20 DC103

7142 03 DG102

7144 14 DG102 IB

7146 03

7148 14

DG103

DG103 IB

8171A 20 E

6266 18 ECVVRA

8101 17 ED G102

8102 17 E0G103

3140

8187

18 EIRR*

20 F

8171 20 CB12B*

8134I 20 CP161A-B

8136 20 CP 167

8134K 20 CP171A-B

CTRL/125 V DC CONTROL AND RELAY BOARDCONTROL BUS 12B

AP/BATTERY CHARGER 161A CONTROL CABINET

AP/COMPUTER POWER SUPPLY MG SET 8167CONTROL PNL

TB

TB

TB

EDG 103 ROLL-UP DOOR


RCS/RCS PRESSURE RECORDER

AP/CR DC EMER LIGHT CONTACTOR

AP/CR DC EMER LIGHT CONTACTOR

AP/EDG 102 CONTROL CABINET


AP/DG 102 NEUTRAL BREAKER CUBICLE

TB

TB

TB

TB

TB

TB

TB

TB

AP/DG 102 EMERGENCY DC ISOLATION BREAKER TBCABINET

AP/DG 103 NEUTRAL BREAKER CUBICLE TB

AP/DG 103 EMERGENCY DC ISOLATION BREAKER TBCABINET

CTRL/CONSOLE E CONTL RM ELECT CONTROL TBCONSOLE

EC/EMERGENCY CONDENSER VENT VALVE RACK RB

AP/EMERGENCY DIESEL GENERATOR 8102

AP/EMERGENCY DIESEL GENERATOR 8103

RCS/EAST INSTR. ROOM RACK

CTRL/CONTROL BOARD .PNL F

TB

TB

RB

TB

AP/BATTERY CHARGER 171A.CONTROL CABINET TB

261 All

261 AB

277 AA9

261 A12

261 EDG ROOM

103

261 EDG ROOM

102

277 CR CON E

277 CR

277 CR

261 DG 102 RM

261 DG 103 RM

261 DG 102 RM

261 DG 102 RM

261 DG 103 RM

261 DG 103 RM

277 CR

340 P8

261 BG, BE18

261 8C18

284 E INST RM

277 CR

Report Date/Time: 12-22-95 / 13;30:56

'it

i



Page No. 18

LINENO.

(1)

CLASS

(2)

MARK NO.

(3)

SYSTEM/EQUIPMENTDESCRIPTIONrrrrrrrrrrrrrrrrrr eraser rr rrrrrrrrrrr

(4) (6) (7)(5)

BUILDING ELEV ROONrrrrrrrrrr r erases r rrrsrrrrrr

8191 20 G

8192 20 H

8158 14 IG12

8159 14

8160 14

8161 14

IG13

IG22

IG23

8188 20 K

8186 20

7338 10

8205 14

LACC+

LP-llE*

8189 20 N

8129A 18 NSIVIR"

8190 20 N

8152 20 NIB11

20

8120 20

8134M 20

NI812

PNL 167A

PRC162

8169

f11920 SSC2

04 TRANS 167A

8137 20 PRC167

8134N 20 PRC172

7143 17 RC102

7147 17 RC103

8166 20 RSP11

8167 20 RSP12

8128B 16 S6C161A

8128C 16 SBC161B

8128D 16 SBC171A

8128E 16'BC171B8168 20 SSC1

CTRL/CONTROL BOARD PNL G

CTRL/CONTROL BOARD PNL H





CTRL/CONTROL BOARD PNL K

CTRL/CONTROL BOARD PNL L

CRAG/LAB AIR COOLING COIL

AP/LIGHTING PANEL ¹11E

CTRL/CONTROL BOARD PNL M

AP/MAIN STEAN ISO VLV INSTRUMENT RACK

CTRL/CONTROL BOARD PNL N

AP/NUCLEAR INST BUS ¹11

AP/NUCLEAR INST BUS ¹12


AP/UPS 162A AND 1628 PROTECTIVE RELAYCABINET

AP/COMPUTER POWER SUPPLY NG SET ¹167PROTECT RELAY

AP/UPS 172A AND 1728 PROTECTIVE RELAYCABINET

AP/DG 102 RELAY RESISTOR (NEUTRAL GROUND)

AP/DG 103 RELAY RESISTOR (NEUTRAL GROUND)

CTRL/REMOTE SHUTDOWN PNL ¹11

CTRL/RENOTE SHUTDOWN PNL ¹12

AP/STATIC BATTERY CHARGER 161A

AP/STATIC BATTERY CHARGER 161B

AP/STATIC BATTERY CHARGER 171A

AP/STATIC BATTERY CHARGER 171B

CTRL/SHUTDOWN SUPV CONTROL CABINET 1

CTRL/SHUTDOWN SUPV CONTROL CABINET 2

AP/600 TO 120/208 V TRANSFORMER

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

RB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

RB

RB

RB

277 CR

277

277

277

277

277

277

277

300

277

277

261

277

277

277

281

277

CR

CR PNL G

CR PNL G

CR PNL G

CR PNL G

CR

CR

B17

CR

CR

NSIV RN

CR

CR PNL G

CR PNL G

A8

261

261

281

281

281

A12

A12

K5

Kll

Q79 8

277 AA9, AB9

277 A12

261 DG 102 RN

261 DG 103 RN

250 A14

277 C16

261 AA8

261 AA8

Report Date/Time: 12-22-95 / 13:30:56



Page No. 19

LINENO.

saasasa(1)

CLASS

(2)

MARK NO.SYSTEM/EQUIPMENT

DESCRIPTION BUILDING ELEV

(6)sasaassrsrsa r a sassssassssssasssssysssssssssasssaasa arras assassaassss

(3) (4) (5) (7)

8107 04

8107A 04

8108 04

8108A 04

TRANS 16A~

TRANS 16B*

TRANS 17A*

TRANS 17B*

8128F 16 UP S162A

AP/4160 TO 600 V TRANSFORMER




AP/UNINTERRUPTABLE. POWER SUPPLY 162A

RB

RB

RB

RB

TB

281

281

281

281

277

L, M4

L, M4

Q10, 11

Q10, 11

A6

8128G 16

8128H 16

8128I 16

UPS1628

UPS172A

UPS1728

8164 20 VB11

8165 20 VB12

AP/UNINTERRUPTABLE POWER SUPPLY 1628

AP/UNINTERRUPTABLE POWER SUPPLY 172A,

AP/UNINTERRUPTABLE POWER SUPPLY 1728


CTRL/125 V DC VLV BOARD N12

TB

TB

TB

TB

TB

277

277

277

A6

A12

A12

291 J5

261 All

3141 18 WIRR* RCS/WEST INSTR. ROOM RACK RB 284 W INST RM

Report Date/Time: 12-22-95 / 13:30:56

Appendix D

SCREENING VERIFICATIONDATASHEETS (SVDS)

Page No. 1Report Date/Tine: 12-22-95 / 14:01:Ol

NINE NILE POINT UHIT 1 Data Base File Nane/Date/Tine: HHP1 3.DBF / 12/22/95 / 13:45:22SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notes. 'AA')Progran File Hane 8 Version: SSEH 2.2

LIHEHO.

~ \ ~ ST \(I)

EQIIPCLASS HARK NO.

(2) (3)

SYST EH/EOUIPHENTDESCRIPT ION

$$$$$$$$$$$$$ ~ s ~ s ~ s ~ a ~ s ~ s ~ s ~ s ~ $ sees

(4)

Building~ $ $ ~ S ~ S ~ $ $

(5)

EQUIPHENT LOCATIOH —--->Fir. Elv. Rn. or Row/Col.

~ S ~ S ~ S ~ S ~ $ ~ S ~ S ~ $ $ ~ S ~ $ $ $ ~ S

(6) (7)

BaseElev. <40'7S ~ S ~ S $ $ ~ \ ~

(8) (9)

Capacity Deaand Cap. >Spectrun Spectrun Denand7~ S ~ S ~ S ~ S S ~ S ~ S ~ $ $ S ~ $ $ ~ @5

(10) (11) (12)

CaveatsOK7

S ~ S ~ S ~ S

(13)

Anchor Inter- EquipOKT act OK2 OKT Notes

$$$ ASS S ~ S ~ $ $ $ S ~ S ~ S ASS AS

(14) (15) (16) (17)

7149 09 209-03

7150 09 209-04

7151 09 209-05

7152 09 209-06

7301 07 210-40

7302 088 210-408

7304 07 210-41

7140 21 82-43

7139 21 82-44

8144 16 BC111*

8145 16 BC112»

8146 16 BC121*

8147 16 BC122*

7154 0 0-034

7153 0 D-035

EDG 102 ROOF EXHAUST FAH




TB

TB

TB

TB

299

299

299

299

CRAC/EHER VEHT FAH 411 ISOL VALVE TB

CRAC/EHER VENT FAH Sll ISOL VALVE TBPILOT

CRAC/EHER VENT FAH 412 ISOL VALVE TB

300

AP/24 V DC BATTERY CHARGER 4111 TB




277

277

277

277



TB

TB

261

261

FONS/DG FUEL OIL STORAGE TANK 4103 OUTSIDE 261

FONS/DG FUEL OIL STORAGE TANK 4102 OUTSIDE 261

EDG ROOH 102 299 NO BS

EDG ROOH 102 299 HO BS

EDG 103 ROOH 299 HO BS

EDG ROOH 103 299 HO BS

A16 300 NO DOC

RRS YES YES YES YES YES AA





A16

A16

BC20

BC20

AS> 9

AB, 9

AIO

AIO

277 YES BS

277 YES BS

277 YES BS

277 YES BS

GRS YES YES TES YES TES AA

GRS YES YES YES YES YES AA

YES YES YES YES YES AA

YES YES YES YES YES AA

EDG ROOH 103 261 YES BS

EDG ROOH 102 261 YES BS



300 HO ABS RRS YES YES YES YES YES AA

300 HO DOC RRS YES YES YES YES YES AA

261 TES YES YES YES TES TES YES YES AA

261 YES YES YES YES TES YES YES TES AA

CERTIFICATION:

All the Infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon'ncludes each entry and conclusion (whether verified to be

selsnlcally adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SeisnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa should be a lice ed professionalengineer.)

CARHEH R. AGOSTA ~./. +-Print or Type Hane g e ate

HONORED F. ALVI 24 ~Print or Type Hane gnature ae

nt or ype ane gnature

g nature

CERTIFICATION:

The Infornation provided to the Seisaic CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS is, to the best of our knowledge andbel lef, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer lsrequired lf the Selsnic Capability Engineers decait necessary.)

nt or ype ane gnature ate nt or ype ane gnature

Page No. 1

Report Date/Tine: 12-22-95 / 13:43:20HIRE HILE POINT UNIT 1 Data Base File Nane/Date/Tine: NHP1 3.DBF / 12/22/95 /, 13:40:04

SCREENING VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID HunberFilter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AP')Progran File Mane 8 Version: SSEH 2.2

LIHEHO.

$ ~ $ $ ~ $

(I)

EQUIPCLASS HARK HO.$ ~ $ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $

(2) (3)

SYSTEH/EQUIPHEHTDESCRIPTION

$ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~

(4)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUIPHEHTFir. Elv.

~ $ ~ $ ~ $ ~ $ ~ $

(6) (7) (8) (9)

LOCATIOH --—-> BaseRn. or Row/Col. Elev. <40'7

Capacity Denand Cap. > Caveats Anchor Inter- EquipSpectrun Spectria Denand7 OK7 OK7 act OK7 OK7 Notes~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ $ ~ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ $ $ ~ $ ~ $ ~ $ $

(10) (11) (12) (13) (14) (15) (16) (17)

4185 OBA 01-01

4186 OBA 01-02

7413 10 201-01

7425 10 201-02

7423 10 201-03

7421 10 201-04

7417 10 201-05

7415 10 201-06

4212 OBA 33-04

7412 088 70-118

7424 088 70-120

7422 088 70-122

7420 088 70-124

7416 088 70-126

HS/HAIH STEAH INSIDE ISO VLV 41 DM

HS/HAIH STEAN INSIDE ISO VLV 42 DM

RBCLC/DRYMELL AIR COOLER 411






RCU/REACTOR CLEANUP OUTLET OUTER RBISO VLV

RBCLC/DRYMELL AIR CMLER 411 ISOL DM

VALVE

RBCLC/DRYMELL AIR COOLER 412 ISOL DM

VALVE


VALVE


VALVE


VALVE

259

259

225

225

225

225

225

225

261

AZ210

AZO

AZ72

AZ110

225

225 AZ170

225 AZ225

225 AZ345

225 AZ60

259 YES BS

259 YES BS

225 YES BS

225 YES BS

225 YES BS

225 YES BS

225 YES BS

225 YES BS

261 YES BS

GRS YES YES YES YES YES AP




GRS YES YES 'YES YES YES AP




GRS YES HO YES YES HO AP

234 YES BS

234 YES BS

234 YES BS




234 YES BS GRS YES 'YES YES YES YES AP

234 YES BS GRS YES YES YES YES 'YES AP

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of on knowledge and be)lef, correct and accurate.'All lnfornatlon'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries ardconclusions. One slgnat should be a ll ensed professionalengineer.)

CARHEN R. AGOSTA Iz/BBIQPrint or Type Nane g nature

ABDBSSIITTAB B. PATIIA $I PPrint or Type Name

SKuJgnature

n or ype ane gnature ae

n or ype awe 9na Ure Date

nt or ype ane gnature ate

CERTIFICATION:

The lnforaatlon provided to the Sei saic CapabilityEngineers regarding systens ard operations of the equi pnentcontained on this SVDS Is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired If the Seisnic Capabl I lty Engineers decaIt necessary.)


NINE NILE POINT UNIT 1SCREEHIHG VERIFICATION DATA SHEET (SUDS)

Data Base File Nane/Date/Tine: NNPI 3.DBF / 12/22/95 / 13:40:04Sort Criteria: ID NunberFlite Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notes 'AP')Progran Flic Hane 8 Version: SSEH 2.2

LIHE EOUIPHO. CLASS HARK NO.

~ $$ ~ ST $ $ ~ $ $ S ~ S ~ $ $ $ ~ S ~ S ~ ES ~ $ $ ~

(1) (2) (3)

SYST EN/EOUIPHEHTDESCRIPT I OH

~ \ ~ S ~ ES ~ $$ ~ S ~ \ ~ $$$ ~ S ~ S ~ ES ~ $ $ $ ~ RES ~

(4)

<————- EOUIPHEHTBui ldlng Fir. Elv.

ST SEE ~ $$ ~ $ ERE ASPERSE

(5) (6)

LOCATION ---—> Base Capacity Denand Cap. > Caveats Anchor Inter- EquipRn. or Row/Col. Elev. <40'2 Spectrun Spectrun Denand7 OK7 OK7 act OK7 OKT Hotes~ $ $ $ $ ~ \ ~ $ $ $ ~ S ~ S ~ ERR ~ ~ S ~ $ $ ~ S ~ S ~ S ~ S SHERRIES \ BESSIE \~ S ~ S ~ S ~ RES AS ~ \ ~ S ~ $ $ ~ SEE ~ ~ S ~ S ~

(7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

7414 088 70-128 RBCLC/DRYHELL AIR COOLER 416 ISOL DNVALVE

225 234 YES BS GRS YES YES YES YES YES AP

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All lnfornation'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsnic Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator should be a licensed professionai-eng lneer.)

CERTIFICATION:

The Infornation provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SUDS is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired if the Seisnic Capability Engineers decait necessary.)

CARHEH R. AGOSTAPrint or Type Nane

ABDUSSATTAR H. PATNAPrint or Type Hane

nt or ype ane

gnature

gnature

ate

~NP siaEINR

nt or ype ane

nt or ype ane


ate

ate

Page Ho. 1

Report Date/Tlae: 12-08-95 / 13:30:53HIHE HILE POINT UNIT ONE Data Base File Haae/Date/Tine: NNP1 3.DBF / 12/08/95 / 13:28:14

SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Crlterla: ID HuaberFilter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes. 'AS'Prograa File Naae 8 Version: SSEH 2.2

LIHE EQUIPHO. CLASS HARK NO.

~ $ ~ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ $ $ $ ~ $ ~ $ ~ \ ~ \ ~

(I) (2) (3)

SYSTEH/EQUI PHENTDESCRIPT ION

~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $

(4)

8ul ldlng~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUI PNEHTF lr.Elv.

~ $ ~ $ ~ $ ~ $ $ $

(6)

LOCATION ---->Ra. or Row/Col.~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(7)

BaseElev. <40'7

(8) (9)

CapacitySpectrua~ $ ~ $ ~ $ ~ $

(10)

DeaandSpectrua~ $ $ ~ $ ~ $ ~

Cap. > Caveats Anchor Inter- EquipDeaandl OK7 OK7 act OK7 OK7 Notes~ $ ~ $ ~ $ ~ ~ SOS ASS ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~

(12) (13) (14) (15) (16) (17)

8105 A 03 101/2A-1

81 06A 03 101/28-1

8116A 01 1671

8143E 20 1574

7616 09 202-53

7303 09 210-01

7306 09 210-02

7305 088 210-41B

7325 10 210-49

7322 10 210-50

7311 09 210-61

7314 18 210-67

7312 18 210-89

7313 18 210-90

AP/600 VOLT POMERBOARD 1671

CTRL/AUXILIARYCONTROL CABIHET1S74

RBAC/EHER EXHAUST FAN IllCRAC/ENER VEHT FAN Sll

CRAC/ENER VENT FAH t12

TB

TB

TB

TB

TB

CRAC/EHER VEHT FAN f12 ISOL VALVE TBPILOT

CRAC/COOLING COIL $ 12

CRAC/COOLING COIL S1 1

TB

TB

CRAC/CONTROL ROON HVAC CIRCULATION TBFAH

CRAC/INLET AIR TEHP TB

CRAC/CIRC FN OUTLET TEHP ELEHENT TB

CRAC/CIRC FN TEHP COHTROL TB

AP/4160 V PONERBOARD 4101 FEEDER TBTO POVERBOARD $ 102

AP/4160 V PONERBOARD 4101 FEEDER TBTO PONERBOARD f103

277 A7

277 A4

261

AB16

AIO

A10

A16

A16

A16

A16

289 N13

300 AIS

300 - A15

300 A16

277 YES ABS RRS YES NO HO YES HO AS

277 YES ABS RRS YES NO HO YES HO AS

300 HO ABS RRS YES HO HO NO HO AS

261 YES BS

302 HO ABS

YES HO HO YES HO AS

RRS YES YES YES YES YES AS

300 HO ABS RRS YES HO HO YES HO AS

300 HO ABS RRS YES HO HO YES HO AS

300 HO ABS RRS YES YES YES YES YES AS

300 NO ABS RRS YES HO HO YES HO AS

300 NO ABS RRS YES HO HO YES HO AS

300 HO ABS RRS UNK HO HO YES HO AS

307 NO ABS RRS YES YES TES YES YES AS

305 NO ABS RRS YES YES YES YES YES AS

304 NO ABS RRS YES YES YES YES YES AS

CERTIFICATION:

AII the lnforaatlon contained on this Screening Verlflcatlon Data Sheet(SVDS) ls, to the best of our kewledge and belief, correct and accurate.'All lnforaatlon'ncludes each entry and conclusion (whether verlfled to beselsalcally adequate or not).

Approved: (Signatures of all Selsalc Capablllty Engineers on the SelsalcRevleu Tean (SRl') are required; there should be at least two onthe SRT. All slgnatorles should agree with all of the entries andconclusions. One signatory should be a licensed professionalengineer. )

CERTIFICATION:

The lnforaatlon provided to the Selsalc Capabl I ltyEngineers regarding systeas and operations of the equlpaentcontained on this SVDS Is, to the best of our knouledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer lsrequired if the Selsaic Capablllty Engineers decalt necessary.)

CARHEN R. AGOSTAPrint or Type Haae

CAROLINE S. SCHLASEHAHPrint or Type Haae

9naue

gna ure

ate

ae

r n or ype aae

r nt or ype aae

gnature

gnature a

nt or ype aae gnature ate nt or ype aae

'

A

'I

Page No. 2Report Date/Tlaer 12-08-95 / 13r30r53

NIHE NILE POINT UHIT ONE Data Base Flic Nane/Date/Tiner NHP1 3.DBF / 12/08/95./ 13r28r 14SCREENIHG VERIFICATIOH DATA SHEET (SVDS) Sort Crlterlar ID Nunber

Filter Criterlar (Eval. Concern CONTAINS 'A') AND (SVDS Notes ~ 'AS'Progran File Nane 8 Verslonr SSEH 2.2

LINE EINIPHO. CLASS

~ \ ~ \ ~ \ ~ E ~ E ~

(I) (2)

HARK NO.SYSTEH/EQUIPHEHT

DESCRIPTION~ \ ~ EEEEE ~ \ ~ EEE ~ EE ~ ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E

(3) (4)

8ul ldlng~ E ~ E ~ E ~ E ~ E

(5)

EQUIPHENT LOCATION ----->Fir. Elv. Rn. or Row/Col.

~ \ ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~ E ~

(6) (7)

BaseElev. <40'7~ E ~ E ~ ~ ED ED

(8) (9)

CapacitySpectrun~ EEEE ~ EE

(10)

DenandSpectrun

Cap. > Caveats Anchor Inter- EquipDenand7 OK7 OK7 act OKT OKT NotesEXEGETE ~ EE ~ E ~ E ~ EE ~ E ~ E ~ EE ~ E ~ ~ ED ED ~ E ~ E ~

(12) (13) (14) (15) (16) (17)

7321 088 210.1-01A

7327 05 210.1-36

7333 05 210.1-37

7401 05 70-01

7402 05 70-02

7403 05 70-03

7405A 18 70-284

7337A 18 70-332

7332A 18 70-333

7502 06 72-03

7501 06 72-04

8134G 20 A

8203 14 DC-CON-11*

8204 14 DC-CON-12*

8205 14 Lp-11E*

CRAC/COOL COIL 411 CONTROL VALVE TBPILOT

CRAC/CHILL WATER CIRC PUHP 412 TB

CRAC/CHILL WATER CIRC PUHP 412 TB

RBCLC/REACTOR BUILDIHG COOLIHGWATER PUHP 411

RBCLC/REACTOR BUILDIHG COOLINGWATER PUMP 412

RBCLC/REACTOR BUILDIHG COOLIHGWATER PUHP 413

RBCLC/TEHP. ELEHEHT



RB

RB

RB

RB

TB

TB

SW/EHER SERVICE WATER PUHP 412 SH

SW/EHER SERVICE WATER PUHP $ 11 SH

CTRL/CONTROL BOARD PANEL A TB

AP/LIGHTIHG PANEL 411E TB

AP/CR DC EHER LIGHT CONTACTOR TB

AP/CR DC EHER LIGHT CONTACTOR TB

A15

300

300

298

817

817

SL

298 5L

291

300

256

256

277

277

277

277

H6

A16

A17

515

S15

298 6L

307 NO ABS RRS YES 'YES YES YES YES AS

300 NO ABS RRS YES HO NO YES HO AS

300 HO ABS RRS YES NO HO YES HO AS

298 HO ABS RRS YES YES YES 'YES YES AS

298 HO ABS

298 HO ABS



256 YES ABS RRS YES HO

256 YES ABS . RRS YES NO

YES YES NO AS

YES YES NO AS

277 YES ABS

281 YES BS

281 YES BS

281 YES BS

RRS YES YES YES HO NO AS

GRS YES YES YES YES YES AS

GRS YES YES YES YES YES AS

GRS YES YES 'YES YES YES AS


300 HO ABS RRS YES YES YES YES 'YES AS


CERTIFICATIOHr

All the infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All infornatlon'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsaic Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slg y shoul be a lice ed professionalengineer. )

CARHEH R. AGOSTA /2. e/6Print or Type Mane gna e ate

CAROLIHE S. SCHLASEHAN

/Zest'-Ps

Print or Type Nane gnature

nt or ype ane g nature

nt or ype ane gna e

CERT IFICATIONr

The lnfornatlon provided to the Selsnlc CapabilityEngineers regarding systeas and operations of the equlpnentcontained on this SVDS is, to the best of our knowledge andbel lef, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired lf the Selsalc Capability Engineers deenit necessary.)

nt or ype ane gnature r nt or ype ane g nature

l

d

J

'


HIRE NILE POIHT UNIT ONE Data Base File Hane/Date/Tine: HHP1 3.DBF / 12/08/95-/ 13:28:14SCREEHIHG VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHO (SVDS Hotes 'AS'Progran File Nane 8 Version: SSEH 2.2

LINE EQUIPNO. CLASS HARK HO.

$ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ $ $ ~ $

(I) (2) (3)

SIST EH/EQUIPHENTDESCRIPTION

~ $ ~ S ~ $ ~ $$$ ~ $ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \~ $ ~ $ ~ $

(4)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUIPHEHTFir.Elv.

~ $ ~ $ ~ $ ~ $ ~ $

(6) (7) (8) (9)

LOCATIOH --—-> BaseRn. or Row/Col. Elev. <40'2

CapacitySpectrun$ $ ~ $ ~ $ $ ~

(10)

DenandSpectrun~ $ ~ $ $ $ $ ~

Cap. > Caveats Anchor Inter- EquipDenand2 OK2 OK2 act OK2 OK2 Hotes~ $ ~ $ ~ $ ~ $$ ~ $ ASS ~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ ~

(12) (13) (14) (15) (16) (17)

8137 20 PRC167

8128 F 16 UPS162A

8128G 16 UPS162B

8128H 16 UP S172A

81281 16 UPS1728

AP/COHPUTER POWER SUPPLY HG SET4I67 PROTECT RELAY

AP/UNIHTERRUPTABLE POWER SUPPLY162A

AP/UNIHTERRUPTABLE POWER SUPPLY1628

AP/UHIHTERRUPTABLE POWER SUPPLY172A

AP/UHINTERRUPTABLE POWER SUPPLY1728

TB

TB

TB

TB

TB

277

277

277

277

277

AA9, AB9

A6

A6

A12

A12

277 YES BS GRS YES HO HO YES HO AS

277 YES DOC RRS YES YES YES HO HO AS

277 YES DOC RRS 'YES YES YES HO HO AS

277 YES DOC GRS YES YES YES NO HO AS

277 YES DOC GRS YES YES YES NO HO AS

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) is, to the best of our knowledge and belief, correct and accurate.All infornatlon'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa hould b a licensed professionalengineer.)

CARHEH R. AGOSTA ri qj-Print or Type Hane gna re ate

CAROLINE S. SCHLASEHAH rzrwpsPrint or Type Nane gna re

nt or ype ane gnature llaae

n or ype ane gnature

CERTIFICATION:

The lnfornation provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equi pnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired If the Selsnic Capability Engineers deenlt necessary.)

nt or ype ane g nature ate nt or ype ane gnature

0


NINE HILE POINT UNIT ONE Data Base File Rane/Date/Tine: NHP1 3.DBF / 11/26/95 / 14:11:28SCREENING VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SUDS Notes 'AD')Progran File Nane 8 Version: SSEH 2.2

LINENO.

$ ~ $ ~ $ ~

(1)

EQUIPCLASS HARK NO.~ $ $ ~ $ ~ $ ~ $ ~ SE ~ $ ~ $ $ ~ $ ~ $ $ ~

(2) (3)

SYSTEH/EQUIPHENTDESCRIPT I OH

~ S ~ $ ~ $ ~ $ ~ $ ~ $ ~ $$ ~ $$$ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(4)

Building~ S ~ S ~ $ ~ $ ~ E

(5)

EQUIPHEHTFir. Elv.

~ $ ~ $ ~ E ~ $ ~ $

(6) (8) (9)(7)

LOCATION --—-> BaseRn. or Row/Col. Elev. <40'7~ S ~ E ~ $ $ ~ E ~ $ ~ E ~ $ $ ~ $ ~ $ ~ $ ~ S ~

Capacity DeoandSpectrun Spectrun~ $ ~ $ ~ $ $ ~ $ ~ E ~ $ ~ E ~

(10) (11)

Cap. > Caveats AnchorDenand7 OK7 OK7~ E ~ E ~ $ ~ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ $

(12) (13) (14)

Inter-act OK7$ ~ $ $ $ $ ~

(15)

EquipOK7 Notes

~ ES ~ E ~ $ ~ $ ~

(16) (17)

4190 07 01-03

4191 088 01-03C

4192 088 01-030

419 2A 0&8 01-03E

4187 07 01-04

4188 0&B 01-04C

HS/HAIN STEAH OUTSIDE ISO VLV 43 TB

HS/HAIN STEAH OUTSIDE ISO VLV 43 TBPILOT

HS/HAIN STEAH OUTSIDE ISO VLV 03 TBPILOT

HS/HAIN STEAH OUTSIDE ISO VLV 43PILOT

TB

HS/HAIH STEAH OUTSIDE ISO VLV f4PILOT

TB

HS/HAIN STEAH OUI'SIDE ISO VLV f4 TB

261

261

HSIV RH

HSIV RH

261 HSI V RH

261

'SING.

RH

261 HSI V RH

261 HSI V RH

261 'YES BS GRS YES YES YES YES YES AD

261 YES BS GRS YES YES YES YES YES AD





4189 088 01-04D

4189A 088 01-04E

3128 7 01-102A

3126 7 01-1028

3132 7 01-102C

3134 7 01-10 2D

HS/HAIH STEAH OUTSIDE ISO VLV f4 TBPILOT

HS/HAIH STEAH OUTSIDE ISO VLV f4 TBPILOT

HS/HAIN STEAH EHERGENCYELECTROHATIC RV 43

HS/HAIH STEAH EHERGENCYELECTROHATIC RV 41


HS/HAIH STEAH EHERGENCYELECTROHATIC RV f4

261

261

259

259

259

259

HSIV RH

HSIV RH

NEST

NEST

261 YES BS GRS YES YES

261 YES BS GRS YES YES

,YES YES YES AD

YES YES 'YES AD

259 YES BS

259 YES BS

259 YES BS

GRS YES 'YES YES YES YES AD

GRS YES YES YES YES YES AD



CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of en knowledge and belief, correct and accurate.'All Infornation'ncludes each entry and conclusion (whether verified to beseisnically adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsalcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signatory should be a licensed professionalengineer.)

CARHEN R. AGOSTAPrint or Type Nane gnat re ate

NALTER DJORDJEVICPrint or Type Naoe ategnat e

nt or ype aae gnature ate

r nt or ype ane gna re ate

CERTIFICATION:

The Infornatlon provided to the Selsnic Capabl I ltyEngineers regarding systeas and operations of the equlpnentcontained on thIs SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer isrequired lf the Seisnic Capability Engineers decait necessary.)

nt or ype ane gnature ate nt or ype ane g nature

I '

Page No. 2Report Date/The: 11-26-95 / 14:14:37

NIHE HILE POINT UNIT ONE Data Base File Nane/Date/Tine: NHPI 3.DBF / ll/26/95./ 14:11:28SCREENIHG VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern COHTAINS 'A') AND (SUDS Hotes 'AD')Progran File Hane 6 Version: SSEH 2.2

LINE EQUIPNO. CLASS

~ $ ~ $ ~ $ ~ $ ~ $ ~

(I) (2)

HARK NO.SYSTEH/EQUI PHEHT

DESCRIPT ION$ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $

(3) (4)

Building~ $ ~ $ $ $ $ $ ~ $

(5)

EQUI PHENTF lr.Elv.

~ $ ~ $ ~ $ ~ \ ~ $

(6) (7) (8) (9)

LOCATION —-—> BaseRn. or Row/Col. Elev. <40'7

CapacitySpectrm$ ~ $ ~ $ $ ~ $

(10)

Denand Cap. > CaveatsSpectrun Denand7 OK7~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(11) (12) (13)

Anchor Inter- EquipOK7 act OK7 OK7 Notes

$ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ $ ~ $ ~ $

(14) (15) (16) (17)

3130 7 01-102E

3136 7 01-102F

4192B 07 01-PVI*

4192C 07 01-PV2*

41898 07 01-PV3* HS/HAIN STEAH OUTSIDE ISO VLV 44PILOT

TB



HS/HAIN STEAN OUTSIDE ISO VLV 43 TBPILOT

HS/HAIN STEAN OUTSIDE ISO VLV 43 TBPILOT

259 NEST

261

261

261

HSIV RH

HSIV RH

HSIV RH

259 EAST

259 YES BS

259 YES BS

261 YES BS

261 YES BS

261 YES BS


GRS YES YES YES 'YES YES AD


GRS 'YES YES YES YES YES AD


4189C 07 01-PV4*

4222 088 05-OIC

6141 088 05-OIC

4223 08B 05-010

6142 088 05-DID

HS/HAIH STEAH OUTSIDE ISO VLV 44 TBPILOT

ECV/EC 11 LOOP VENT FIRST ISO VLV RBPILOT

ECV/EC ll LOOP VEHT FIRST ISO VLV RBPILOT



261 HSI V RH 261 YES BS GRS YES YES YES 'YES YES AD

PB) ECWR»

P8) ECWR»

340 HO GERS GRS

340 NO GERS GRS

YES YES YES YES YES AD


340 PB, ECVVR» 340 HO GERS GRS YES YES YES YES YES AD

340 PB, ECWR* 340 NO GERS GRS YES YES YES 'YES YES AD

4221 07 05-OIR

6140 07 05-OIR

ECV/EC 11 LOOP VENT FIRST ISO VLV

ECV/EC 11 LOOP VEHT FIRST ISO VLV

RB

RB

PB, ECWR»

PB, ECWR» 340 NO GERS GRS YES YES YES YES YES AD

340 HO GERS GRS YES YES YES YES YES AD

CERTIFICATION:

All the infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All infornatlon'ncludes each entry and conclusion (whether verified to be

selsaically adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator should be a licensed professionalengineer.)

CERTIFICATIOH:

The lnfornatlon provhded to the Selsnlc CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Selsnlc Capability Engineers decalt necessary.)

CARHEH R. AGOSTAPrint or Type Hane

HALTER NORDJEVICPrint or Type Rane

9 turI

gnature

/Z CJate

I> ir 6a

nt or ype ane

n or ype ane

gnature

g nature

ate

ate

nt or ype ane g nature nt or ype ane gnature

d II

III

II 4.

I


HIRE NILE POINT UNIT ONE Data Base File Hane/Date/Tine: NNPI 3.DBF / 11/26/95./-14:11:28SCREENIHG VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: 10 Hunber

Filter Crlter la: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Progran File Rane 8 Version: SSEH 2.2

LIHE EQUIPHO. CLASS NARK NO.

Sassy a saaas s ~ sssssssa ~ $ $ $ $ ~ s ~

(I) (2) (3)

SYSTEH/EQUI PNENTDE SCRIPT ION

~ s ~ \ ~ \ ~ a ~ a ~ s ~ s ~ a ~ a ~ s ~ a ~ a ~ $ $ ~ a ~ s ~ a ~

(4)

Building~ $ $ $ ~ s ~ s ~ s

(5)

EQUI PHENTF lr.Elv.

~ S ~ S ~ S ~ S ~ S

(6) (7) (8) (g)

LOCATION -----> BaseRn. or Row/Col. Elev. <40'7

CapacitySpectrun~ S ~ S ~ S ~ S

(10)

DenandSpectrun~ S ~ $ $ ~ S ~

Cap. > Caveats Anchor Inter- EquipDenand7 OK7 OK7 act OK7 OK7 Notes~ s ~ s ~ a ~ s ~ a ~ a ~ a ~ a ~ a ~ s ~ s ~ s ~ a ~ a ~ a ~ a ~ $ $ $ $

(12) (13) (14) (15) (16) (17)

4228 088 05-04C

6147 088 05-04C

4229 088 05-04D

6148 088 05-04D

4227 07 05-04R

6146 07 05-04R

4224 07 05-11

6143 07 05-11

4225 088 05-11C

6144 088 05-IIC

4226 088 05-110

6145 088 05-110

4230 07 05-12

ECV/EC 12 LOOP VENT FIRST 150 VLV RBPILOT




ECV/EC 12 LOOP VENT FIRST ISO VLV RB

ECV/EC 12 LOOP VENT FIRST ISO VLV RB

ECV/EC ll LOOP VENT SECOND ISO VLV RB

ECV/EC ll LOOP VENT SECOHD ISO VLV RB

ECV/EC ll LOOP VENT SECOHD ISO VLV RBPILOT

ECV/EC ll LOOP VENT SECOND ISO VLV RBPILOT



ECV/EC 12 LOOP VENT SECOHD ISO VLV RB

PB, ECWR»

P8$ ECWR»

PB, ECWR»

340 NO GERS GRS YES YES YES YES YES AD



340 PB, ECWR» 340 HO GERS GRS YES YES YES YES YES AD

340

340

340

340

PB, ECWR»

PB, ECWR»

PB, ECWR»

PB, ECWR»

PB, ECWR»

PB> ECWR*

PB, ECWR»





340 HO GERS GRS

340 HO GERS BS

340 HO GERS GRS


YES 'YES YES YES YES AD


340 P8, ECWR* 340 NO GERS GRS YES YES YES YES 'YES AD

340 P8, ECWR» 340 NO BS RRS YES YES YES YES YES AD

CERTIFICATIOH:

All the Infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All Infornation'ncludes each entry and conclusion (whether verified to beselsaicaIIy adequate or not).

Approved: (Signatures of all Selsnic Capability Engineers on the SeisnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signatory should be a I lcens professionalengineer.)

CARHEN R. AGOSTA ~/i l~Print or Type Rane ate

HALTER DJORDJEVIC rV/ /2 /Print or Type Nane ate


nt or ype. ane g nature

CERTIFICATION:

The Infornatlon provided to the Selsaic CapabilityEngineers regarding systens and operations of the equipoentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer lsrequired If the Selsnic Capability Engineers decolt necessary.)

nt, or ype ane gnature ate nt or ype ane gnature ate

I

0

Ui

M

t 4


HINE HILE POINT UNIT OHE Data Base File Hane/Date/Tine: HHPI 3.DBF / 11/26/95./ 14:11:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Crlterla: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SUDS Notes 'AD')Progran File Rane 6 Version: SSEH 2.2

LINEHO.

$ ~ $ $ ~ $

(I)6149 07 05-12

4231 088 05-12C

6150 088 05-12C

4232 088 05-120

6151 088 05-12D

EOUIPCLASS HARK NO.~ $ ~ $ ~ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $

(2) (3)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

ECV/EC 12 LOOP VEHT SECOHD 150 VLV RB

ECV/EC 12 LOOP VEHT SECOND ISO VLV RBPILOT

ECV/EC 12 LOOP VEHT SECOND ISO VLV RBPILOT

ECV/EC 12 LOOP VENT SECOND ISO VLV RBPILOT

ECV/EC 12 LOOP VEHT SECOHD ISO VLV RBPILOT

SYSTEH/EOUIPHEHTDESCRIPTION

~ $ ~ $ ~ $$ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(4)

El)UIPHENTFir.Elv.

~ $ ~ \ ~ $ ~ $ ~ $

(6)

340

CaveatsOK7

~ $ ~ $ $ $ ~

Cap. >Oeoand7~ $ ~ $ ~ $ ~

(12)

LOCATION ---> Base Capacity DenandRn. or Row/Col. Elev. <40'2 Spectrun Spectrun

Anchor Inter- EquipOK7 act OK7 OK7 Hotes

~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ ~ $ ~ $ ~ ~ $ ~ $ ~

(14) (15) (16) (17)(8) (9) (10)

340 HO BS

(7) (13)

RRS YES YES YES YES YES AOPS, ECWR»

PS, ECWR»

PS> ECWR»

PB, ECWR» 340 HO GERS GRS YES YES YES YES YES AD

P8, ECVVR» 340 NO GERS GRS YES YES YES YES YES AD


340 HO GERS GRS YES YES 'YES YES YES AD

8105 03 102

8106 03 103

8193 03 11

2011 088 113-273

2012 088 113-274

2013 088 113-275

2014 088 113-276

2015 088 113-277

2004 088 117

AP/4160 V PONERBOARD 4102

AP/4160 V POVERBOARD 4103

AP/4160V PONERBOARD 11

TB

TB

TB

CRD/SCRAH DISCHARGE VOLUHE TESTVLV

RB

CRD/TRAIN ll SCRAH VLV PILOTS (129 RBTOTAL)

CRO/SCRAH TANK INLET ISO VLV PILOT RB

CRD/SCRAH TANK IHLET ISO VLV PILOT RB

CRD/SCRAH TANK IHLET ISO VLV PILOT RB

CRD/SCRAH TANK INLET ISO VLV PILOT RB

261

261

261

237

237

237

237

237

237

018

EIB

A4

HS

HS

HS

HS

HS

HS

261 YES BS RRS YES HO HO YES HO AD


261 YES BS RRS YES HO HO 'YES HO AO



237 YES BS

237 YES BS





CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge ard belief, correct and accurate.'All lnfornation'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries ardconclusions. One signator ld be a licensed professionalengineer.)

CARHEN R. AGOSTA rz//Print or Type Hase gnatur ate

HALTER DJORDJEVIC r /Print or Type Nane aegna


nt, or ype aoe gnature

CERT I F ICATIOH:

The infornatlon provided to the Selsalc CapabilityEngineers regarding systens and operations of the equi pnentcontained on this SVOS Is, to the best, of our knowledge ardbelief, correct and accurate.

Appr oved: (One s/gnature of Systens or Operations Engineer lsrequired If the Selsnlc Capability Engineers decoit necessary.)

nt or ype ane g nature nt or ype ane gnature


NIHE HILE POINT UNIT ONE Data Base File Hane/Date/Tine: HHPI 3.DBF / ll/26/95 /-14:ll:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A').AHD (SUDS.Notes 'AD')Progran File Mane 8 Version: SSEH 2.2

LINE EQUIPNO. CLASS HARK NO.

~ $ ~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $

(I) (2) (3)

SYSTEH/EQUI PHENTDESCRIPTION

$ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(4)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUIPHENT LOCATIOH ----> Base Capacity Denand Cap. > Caveats Anchor Inter- EquipFir.Elv. Rn. or Rov/Col. Elev. <40'7 Spectrun Spectrun Denandl OKT OKT act OKT OKT Notes

~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ ~ $ ~ $ ~ $ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ $ ~ $ ~ $ ~

(6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

2006 088 118

8194 03 12

2019 088 120

2021 088 121

2022 088 122

2020 088 123

2003 07 126

2005 07 127

8113 01 161A

8114 01 1618

8116 01 167

8109 02 16A

8110 02 168

8117 01 171A

CRD/TRAIN 12 SCRAH VLV PILOTS (129TOTAL)

AP/4160V POMERBOARD 12

CRD/DIRECTIONAL CONTROL VALVES(129 TOTAL)




CRD/SCRAH INLET VALVES (129 TOTAL)

CRD/SCRAH DISCHARGE VALVES (129TOTAL)

AP/600 V POMERBOARD 4161A

AP/600 V POMERBOARO f1618

AP/600 V POMERBOARD 4167

AP/600 V PO'MERBOARD $ 16A

AP/600 V POMERBOARD 4168


RB

TB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

237

261

237

A6

HS

237 HS

237 HS

237

237

237

261

261

281

281

281

261

Ho H4

Q7, 8

L, H4

L, H12

237 YES BS GRS YES TES YES YES YES AD

261 YES BS

237 YES BS

GRS YES HO HO TES HO AD

GRS YES YES YES TES YES AD

261 YES BS RRS YES NO


HO YES HO AD

HO YES HO AD

281 YES BS GRS YES NO NO YES HO AD

HO YES HO AD

HO YES HO AD

YES NO281 YES BS RRS

RRS YES NO281 YES BS


237 YES BS GRS YES YES YES TES YES AD





CERT I F ICATIOH:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon'ncludes each entry and conclusion (whether ver ifled to be


Approved: (Signatures of all Sel saic Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa hould be a I lc nsed professionalengineer.)

CARHEH R. AGOSTA r/Print or Type Nane 9natur ate

HALTER DJORDJEVIC / Z. /5'rintor Type Nane ategna rq

r n or ype ane gna e


CERT I F ICATIOH:

The lnfornatlon provided to the Seisnlc Capabll ltyEngineers regarding systens and operations of the equlpaentcontained on this SUDS ls, to the best of our kewledge andbel lef, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired lf the Selsnlc Capability Engineers decait necessary.)


I jl


HIRE HILE PDINT UHIT ONE Data Base File Nane/Date/Tine: HHP1 3.DBF /SCREEHIHG VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAIHS 'A')Progran File Hane 8 Version: SSEH 2.2

11/26/95-/-14:11:28

AHD (SUDS Notes ~ 'AD')

LIHEHO.

~ I~ I~ I(I)

EQUIPCLASS HARK NO.~I~ $ $ ~ I~ I~ \ ~ I~ \ ~ \ ~ I~ I~ I(2) (3)

SYSTEH/EQUI PHEHTDESCRIPTION

I ~ I ~ E ~ $$$ ~ $$$ ~ I ~ $$ ~ I ~ I ~ I ~ ES ~ E ~ $ $ ~ I(4)

Building~ I~ I~ $ $ ~ I~

(5)

EQUI PHEHTFir. Elv.

~ I~ I~ I~ $ $ ~

(6)

LOCATION ---> BaseRn. or Row/Col. Elev.~ I~ I~ I~ I~ I~ I~ I~ ~ I~ ES

(7) (8)

Capacity<40'7 Spectrun~ I~ I~ I~ I~ I~ I~

(g) (10)

DenardSpectrunLESSEES'ap.

> Caveats Anchor Inter- EquipDenand7 OK7 OKT act OK7 OK7 Notes~I~ I~ $ $ ~ I~ I~ $ $ I'EE ~ $ $ ~ I~ I~ ~ I~ I~ ~ ESS ~

(12) (13) (14) (15) (16) (17)

8118 01 171B

8111 02 17A

8112 02 178

8172 20 1510

8172A 20 1S12

8103 20 153

8173 20 1534

8174 20 1535

8175 20 1536

8104 20 154

8140 20 1551

8141 20 1552

AP/600 V POHERBOARD 4171B


AP/600 V PONERBOARD 4178


CIRL/AUXILIARYCONTROL CABIHET1512

AP/DIESEL GENERATOR 4102 RELAYCABINET

CTRL/AUXILIARY CONTROL RELAYCABINET IS34

CTRL/AUXILIARYCONTROL RELAYCABINET 1535

CTRL/AUXILIARYCONTROL RELAYCABIHET 1536

AP/DIESEL GENERATOR 4103 RELAYCABIHET

CTRI./AUXILIARYCONTROL CABINET1551

CTRL/AUXILIARYCONTROL CABIHET1552

RB

RB

RB

TB

TB

TB

TB

TB

TB

TB

TB

TB

261

281

281

261

L, H12

QIO, 11

QIO, 11

261

261

261 ACR

261 ACR

261 ACR

261 ACR

261 ACR

261 ACR

261 YES BS

281 'YES BS

281 YES BS

'61 YES BS

261 YES BS

261 YES BS

GRS YES HO NO YES HO AD

RRS YES HO HO YES HO AD

RRS YES NO HO YES HO AD




261 YES BS GRS 'YES HO NO YES HO AD

261 YES BS GRS YES HO NO YES NO AD

261 YES BS GRS YES NO HO YES HO AD

261 YES BS GRS YES HO HO YES HO AD

261 YES BS GRS YES HO HO YES NO AD

261 YES BS GRS YES NO HO YES NO AD

CERT IF I CATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'AII lnfornatlon includes each entry and conclusion (whether veriFled to beselsnlcally adequate or not).

Approved: (Signatures of a I I Selsnlc Capabl I Ity Engineers on the SelsnlcReview Tean (SRl') are required; there should be at least two onthe SRT. All signatories should agree with ail of the entries andconclusions. One signa should be a 1 ice ed professionalengineer.)

CARHEH R. AGOSTA (/( ~~Print or Type Nane gnature ate

HALTER MORDJEVIC /'g rPrint or Type Hane a

r nt or ype ane gnature


CERTIFICATION:

The lnfornatlon provided to the Seisnlc CapabilityEngineers regarding systens ard operations oF the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired if the Selsnlc Capability Engineers deenlt necessary.)

nt or ype ane gnature nt or ype ane gnature

I

h

0'h

Page Ho. 7Report Date/Tlae: 11-26-95 / 14:14:37

NINE HILE POINT UHIT ONE Data Base Fl le Hane/Date/Tine: NHPI 3.DBF / 11/26/95 / 14:11:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Nuaber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Prograa File Rane 6 Version: SSEH 2.2

LINEHO.

~ $ ~ $ ~ $

(I)

EOUIPCLASS NARK HO.~ $ ~ $ $ ~ $ ~ $ $ $ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $

(2) (3)

SYSTEH/EOUIPHENTDESCRIPTION

~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ $ $ ~ $ $ $ ~ $

(4)

Building~ $ ~ $ ~ $ ~ $ $ ~

(5)

EQUIPHEHT LOCATION ----> Base CapacityFir.Elv. Ra. or Row/Col. Elev. <40'7 Spectrun

~ $ ~ $ ~ $ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(6) (7) (8) (9) (10)

DeaandSpectrun~ $ ~ $ ~ $ ~ $

Cap. >Denand7~ $ ~ $ ~ $ ~

(12)

Caveats AnchorOKT OK7

(13) (14)

Inter- Equipact OKT OK2 Hotes~ $ ~ $ ~ $ ~ $ $ $ ~ $ $ ~ $ ~ $

(15) (16) (17)

8154 20 1553

8138 20 1554

8155 20 1555

8142 20 1556

8143 20 - 1557

81438 20 1559

8143A 20 IS60

8143C 20 IS62

81430 20 IS63

8143 F 20 1564

8176 20 1565








CTRL/AUXILIARYCOHTROL CABIHET1562




TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

TB

261

261

261 ACR

261 ACR

261 ACR

261 ACR

261

261

261 ACR

261 ACR

261 ACR

261 YES BS

261 YES BS

261 YES BS

261 YES BS

261 YES BS

YES HO HO YES HO AD

GRS YES NO NO YES HO AD

GRS YES HO HO YES NO AD

GRS YES HO HO YES HO AD

GRS YES NO NO 'YES NO AD


261 YES BS GRS YES HO HO YES NO AD





CERTIFICATION:

All the inforaation contained on this Screening Verification Data Sheet(SVDS) is, to the best of our knowledge and belief, correct and accurate.'All lnforaation'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsalcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agr ee with ail of the entries andconclusions. One signa should be a I lcensed professionalengineer. )

CERTIFICATIOH:

The lnforaatlon provided to the Selsalc CapabilityEngineers regarding systeas and operations of the equi paentcontained on this SUDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer isrequired If the Selsalc Capability Engineers decait necessar y.)

CARNEH R. AGOSTAPrint, or Type Naae

HALTER DJORDJEVICPrint or Type Hane

gnature

/r9na

nt or ype ane

nt or ype ane

gnature

9nature

ate

nt or ype ane gnature nt or ype aae 9nature ate


NINE NILE POIHT UHIT OHE Data Base File Nane/Date/Tine: HNP1 3.DBF / 11/26/95,/. 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nunber

F liter Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notes 'AD')Progran File Nane 8 Version: SSEH 2.2

LINEHO.

~ SSS ~ S

(I)

EQUIPCLASS NARK NO.~ S ~ S ~ ~ S ~ SSS ~ S ~ S ~ S ~ S ~ SS ~

(2) (3)

SYSTEN/EQUI PHENTDESCRIPT IOH

~ SS ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ \~

(4)

BuildingS ~ S ~ S ~ S ~ S ~

(5)

EQUIPHENTF lr.Elv.

~ S ~ S ~ S ~ SS ~

(6)

LOCATIOH --->Rn. or Row/Col.

(7)

Base Capacity Denand Cap. > Caveats Anchor Inter- EquipEl ev. <40'7 Spectrun Spectrun Denand7 OK7 OKT act OKT OK? Notes~ ST ST ~ S ~ S ~ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ ~ S ~ S ~ S ~ ~ S ~ S ~ S ~ S ~ S ~ S ~ ~ S ~ S ~ ~ ST ST

(8) (9) (10) (ll) (12) (13) (14) (15) (16) (17)

8177 20 1569

8178 20 1570

8178A 20 1573

8179 20 1575

8162 20 ISBO

8180 20 IS82

8181 20 IS&4

8182 20 IS85

8183 20 1S86

8184 20 1587

8185 20 1588

5145 19 201.2-491


TB

CTRL/AUXILIARYCONTROL CABIHET TB1570

CTRL/AUXILIARYCONTROL CABIHET1573

CTRL/AUXILIARYCONTROL CABINETIS75



CTRL/ANNUNCIATOR CABIHET 1584

CTRL/AUXILIARYCOHTROL CABIHET1585


CTRL/AUXILIARYCONTROL RELAYCABINET IS87


TB

TB

TB

TB

TB

TB

TB

TB

TB

COHTAIHNEHT/TORUS AIR TEHPERATURE TORUSELENEHT

261

261

261

261

261

261

261

198 SGS

72'61

ACR

261 ACR

261 ACR

261 ACR

261 YES BS

261 YES BS

261 YES BS

261 YES BS

198 YES BS

GRS YES YES YES HO NO AD

GRS YES YES YES NO NO AD

GRS YES YES YES NO HO AD

GRS YES YES YES NO NO AD

GRS YES YES 'YES YES 'YES AD



261 YES BS GRS 'YES NO NO YES HO AD

261 YES BS GRS YES HO NO YES NO AD

261 YES BS GRS YES YES YES HO HO AD

261 YES BS GRS YES YES YES NO NO AD

261 YES BS GRS YES YES YES HO NO AD

CERT I F I CATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon'ncludes each entry and conclusion (whether verified to be

selsalcally adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsnlcReview Tean (SRT) are required: there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator ovid be a licensed professionalengineer.)

CARNEN R. AGOSTA i.r,Print or Type Rane gnature ate

HALTER DJORDJEVIC r I<6» fPrint or Type Hane g re'te r nt or ype ane gnature

nt or ype ane g nature ae

CERT IFICATION:

The lnfornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired lf the Selsnlc Capability Engineers deenlt necessary.)

nt or ype ane gnature ate r nt or ype arne gnature

~ I

I


HIHE HILE POINT UHIT ONE Data Base File Nane/Date/Tine: NHP1 3.DBF / ll/26/95./ 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Cr lter la: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Progran File Nane 5 Version: SSEH 2.2

LINENO.

$ ~ $ ~ $ $

(1)

EQUIPCLASS HARK NO.~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ \ ~

(2) (3)


~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ \ ~ \ ~ \ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ $

(4)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUI PHEHTFir.E1v.

~ $ ~ $ $ $ ~ $ $ $

(6) (8) (9)(7)

LOCATION —---> BaseRn. or Row/Col. Elev. <40'2~ $ $ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ ~ $ ~ $ ~ ~ $ ~ $ ~

CapacitySpectrm~ $ ~ $ ~ $ $ $

(10)

DenandSpectrun~ $ ~ $ ~ $ $ ~

Cap. > CaveatsDeaand7 OK7$ $ ~ $ ~ $ ~ ~ $ $ $ $ ~ $

(12) (13)

AnchorOK7

~ $ ~ $ ~ $

(14)

Inter- Equipact OK7 OK7 Notes~ $ ~ $ ~ $ ~ ~ $ ~ $ $ ~ $ ~ $ ~

(15) (16) (17)

5158 19 201.2-492

5133 19 201.2-493

5134 19 201.2-494

5135 19 201.2-495

5136 19 201.2-496

5137 19 201.2-497

5138 19 201.2-498

5139 19 201.2-499

5140 19 201.2-500

5141 19 201.2-501

5142 19 201.2-502

198

COHTAIHHENT/TORUS TEHPERATUREELEHEHT

CONTAINHENT/TORUS TEHPERATUREELEHEHT

CONTAIHHEHT/TORUS TEHPERATUREELEHEHT

COHTAINHENT/TORUS TEHPERATUREELEHENT

CONTAINHENT/IORUS TEHPERATUREELEHENT

CONTAIHHENT/l'ORUS TEHPERATUREELEHENT

COHTAIHHENT/TORUS TEHPERATUREELEHENT

COHTAINHENT/TORUS TEHPERATUREELEHENT

CONTAIHHENT/TORUS TEHPERATUREELEHENT

CONTAIHHENT/TORUS TEHPERATUREELEHENT

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

COHTAINHEHT/TORUS AIR TEHPERATURE TORUSELEHEHT

SG17288'G2

18'G4

54

SG6

90'GB

126'GIO

162

SGll180'G12

198

SG14 234

SG16 270

SG17

288'98

YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS




GRS YES YES YES YES YES Ad






GRS 'YES YES 'YES YES YES AD


CERTIFICATION:

All the infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornation'ncludes each entry and conclusion (whether verified to be

selsalcaIIy adequate or not).

Approved: (Signatures of all Seisnlc Capability Engineers on the SelsalcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa sh ld be a licensed professionalengineer.)

CARHEH R. AGOSTA f$/lF/PiPrint or Type Nane gnatur

HALTER DJORDJEVIC z, jPrint or Type Nane gnature ate

nt or ype ane gna re

nt or ype ane 9na re ate

CERTIFICATION:

The infornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equi pnentcontained on this SVDS is, to the best of our knowledge andbe) lef, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Selsalc Capability Engineers decait necessary.)

nt or ype ane g nature ate nt or ype ane gnature

t

~ t

LI


NINE HILE POINT UHIT ONE Data Base File Hane/Date/Tine: NHP1 3.DBF / ll/26/95 /, 14:ll:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SUDS Notes 'AD')Progran File Nane 8 Version: SSEH 2.2

LINENO.

~ $ ~ $ ~ $

(I)

EOUIP SYSTEM/EQUIPMENTCLASS MARK NO. DESCRIPTION~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ $

(2) (3) (4)

8ul idlng\~ $ ~ $ ~ $ ~ $ ~

(5)

EOUIPMEHTF lr.E1v.

~ $ ~ $ ~ $ ~ $ ~ $

(6)

LOCATION ——-> BaseRn. or Row/Col. Elev.

(7) (8)

Capacity<40'7 Spectrun~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $

(9) (10)

DenandSpectrun~ $ ~ $ ~ $ ~ $

Cap. > Caveats Anchor Inter- EquipDenandl OK7 OK7 act OK? OK2 Notes~ $ $ $ ~ $ ~ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $

(12) (13) (14) (15) (16) (17)

5143 19 201.2-503

5144 19 201.2-504

5146 19 201.2-505

5147 19 201.2-506

5148 19 201.2-507

5149 19 201.2-508

5150 19 201.2-509

5151 19 201.2-510

5152 19 201.2-511

5153 19 201.2-512

5154 19 201.2-513

,CONTAINMEHT/TORUS TEHPERATUREELEHENT

CONTAINHEHT/TORUS TEHPERATUREELEHEHT

CONTAINMENT/TORUS TEHPERATUREELEHEHT

CONTAINMENT/TORUS TEMPERATUREELEHENT

CONTAINMENT/TORUS TEHPERATUREELEHENT

CONTAIHMENT/TORUS TEHPERATUREELEHENT

CONTAIHHEHT/TORUS TEHPERATUREELEHENT

CONTAINMEHT/TORUS TEHPERATUREELEHENT

CONTAINMENT/TORUS TEHPERATUREELEMENT

CONTAIHMEHT/TORUS TEHPERA'IUREELEMENT

CONTAINMEHT/TORUS TEHPERATUREELEMENT

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198

TORUS 198 SGIB306'G20

342'G2

18'G4

54'G6

90'GB

126'GIO

162'GII

180'G12

198'G14

234'G16

270'98

YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS






GRS YES YES YES, YES YES AD






CERTIFICATIOHr

All the lnfornation contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accur ate.'All infornatlon'ncludes each entry and conclusion (whether verified to beselsnically adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRI') are required; there should be at least two onthe SRT. All signatories should agree with all of the entries ardconclusions. One signat ovid be a licensed professionalengineer.)

CARHEN R. AGOSTAPrint or Type Mane gnatuj'$ ate

HALTER DJORDJEVICPrint or Type Mane ate

nt or ype ane 9nature


CERTIFICATION:

The lnfornatlon provided to the Selsnlc Capabl lltyEngineers regarding systens and operations of the equlpaentcontained on this SUDS ls, to the best of our knowledge ardbel lef, correct ard accurate.

Approved: (One signature of Systens or Operations Engineer isrequired if the Selsalc Capability Engineers decait necessary.)

nt or ype ane gnature ate r nt or ype ane gnature

'I lt

Page No. IlReport Date/Tine: 11-26-95 / 14:14:37

NINE NILE POINT UNIT ONE Data Base File Naae/Date/Tine: NHP1 3.DBF / 11/26/95./ 14:11:28SCREENIHG VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAIHS 'A') AND (SVDS Notes 'AD')Progran File Hane 8 Version: SSEH 2.2

LINE EIP IPHO. CLASS

~ $ ~ $ ~ $ ~ $ ~ $ $

(I) (2)

HARK HO.$ ~ $ ~ \ ~ $ ~ \ ~ $ ~ $ $ ~ $ ~ $

(3)

5155 19 201.2-514

5156 19 201.2-515

5157 19 201.2-516

5161 20 201.2-517

5162 20 201.2-518

5164 20 201.2-519

5163 20 201.2-520

5165 20 201.2-521

5159 19 201.2-521A

5167 20 201.2-5218

5166 20 201.2-522

SYSTEH/EOUIPHEHTDESCRIPT IOH

~ $$$ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $$$$ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(4)

CONTAINHENT/TORUS TEHPERATUREELEHEHT

CONTAINHEHT/TORUS TEHPERATUREELEHENT

COHTAIHHEHT/TORUS TEHPERATUREELEHEHT

CONTAINHENT/TORUS TEHPERATURECONDITIOHER 8 RECORDER

COHTAINHEHT/TORUS TEHPERATURECONDITIONER 8 RECORDER

CONTAINHENT/TORUS TEHPERATUREINDICATOR

CONTAINHEHT/TORUS TEHPERATUREIHDICATOR

COHTAINHENT/TORUS TEHPERATURETRANSHITTER

COHTAINHENT/TORUS TEHPERATUREELEHEHT

CONTAINHEHT/TORUS TEHPERATUREINDICATOR

COHTAINHENT/TORUS TEHPERATURETRNISHITTER

EquipOK2 Notes

$ $ $ $ ~ ~ $ ~ $ ~

(16) (17)

<————- EOUIPHEHT

Building F lr.Elv.~ $ ~ $ ~ $ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $

(5) (6)

Capacity Denand Cap. > CaveatsSpectrun Spectrua Denand7 OK7~ $ $ ~ $ ~ $ ~ ~ $ $ ~ $ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(10) (11) (12) (13)

LOCATION --—->Rn. or Row/Col.~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(7)

Anchor Inter-OK7 act OK7

~ \ ~ $ $ $ \~ $ ~ $ ~ $

BaseElev. <40'7~ $ $ ~ $ $ ~ $ ~ $

(8) (9) (14)

YES

(15)

YES YES ADYES YESSG17 288'98 YES Bs

198 YES Bs

198 YES Bs

TORUS 198

TORUS 198

TORUS 198

TB 261

TB 261

TB 277

SGIB 306'RS 'YES YES YES YES YES AD

GRS YES YES YES YES YES ADSG20342'ESAD

YES AD

YES AD

YES AD

YES AD

ACR-ISIOACR-1510

ACR-1569ACR-1569

CR PHL K

CR PNL K

CR PNL K

277 CR PNL K BOXTB

250 RSP 11 RSP 11TB

TORUS 198 SGS72'B

TB

250

277

RSP 11

RSP 12

BOX RSP 11

RSP 12

YES AD

YES AD


CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon includes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. AII signatories should agree with all of the entries andconclusions. One signatory should be a licensed professionalengineer.)

CERT IF I CAT IOH:



CARHEN R. AGOSTAPrint or Type Naue

WALTER DJORMEVICPrint or Type Wane gnature ate

nt or ype ane

nt or ype ane

g nature

gnature

ate

nt or ype ane gnature ate r nt or ype ane 9nature

I

Page Ho. 12Report Date/The: 11-26-95 / 14:14:37

NINE HILE POINT UNIT ONE Data Base File Haoe/Date/Tine: HHP1 3.DBF / 11/26/95 / 14:11:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Nuober

Filter Criteria: (Eval. Concern CONTAIHS 'A') AHD (SVDS Notes 'AD')Prograo File Naoe 6 Version: SSEH 2.2

LIHEHO.

ASS ~ ST

(I)

EQUIPCLASS HARK NO.~ S ~ S ~ ~ S ~ S ~ $$$ ~ S ~ S ~ S ~ SOS

(2) (3)

S'ISTEH/EQUI PHENTDESCRIPTION

~ S ~ S ~ S ~ \ ~ S ~ S ~ \ ~ S ~ S ~ S ~ $$$$$ ~ ST \ USES

(4)

Building

(5)

EQUI PHEHTFir.Elv..

~ S ~ S ~ S ~ S ~ S

(6) (7) (8) (9)

LOCATION -----> BaseRo. or Row/Col. Elev. <40'7

Capacity Deoand Cap. > Caveats Anchor Inter- EquipSpectruo Spectruo Deoand7 OK7 OK7 act OK7 OK7 Notes~ S ~ S ~ $ $ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ \ ~ $ $ ~ \ ~ $ $ \ ~ ST \ ~ ASS USES ~ S ~ S ~ ~ S ~ $ $

(10) (11) (12) (13) (14) (15) (16) (17)

5160 19 201.2-522A

5168 20 201.2-5228

CONTAINHEHT/TORUS TEHP ERATUREELEHEHT

CONTAINHEHT/TORUS TEHPERATUREINDICATOR

TORUS

TB.

198

277

SG17277'SP

12

198 YES BS

BOX RSP 12 YES AD


7609 18 202-102

7615 18 202-103

7617 09 202-33

7619 088 202-348

7621 088 202-358

RBAC/EHER EX FLOW TRAHSHITTER TB

RBAC/EHER EX FLOW TRANSHITTER

RBAC/EHER EXHAUST FAN 412

RBAC/EHER EX FAN 411 OUTLET ISOLVLV PILOT

TB

TB

TB

RBAC/EHER EX FAN 412 OUTLET ISOL TBVLV PILOT

H13

N13

N12

H13

H13

302 HO GERS RRS

302 HO ABS RRS

302 HO GERS RRS

302 HO GERS RRS





302 NO GERS RRS YES YES YES YES YES AD

7601 07 202-36

7602 088 202-36C

7603 088 202-36D

7604 07 202-37

7605 088 202-37C

7610 07 202-38

RBAC/EHER EX ISOL VLV

RBAC/EHER EX ISOL VLV PILOT

RBAC/EHER EX ISOL VLV PILOT

RBAC/EHER EX FAH 411 INLET ISOLVLV

RBAC/EHER EX FAH 411 INLET ISOLVLV PILOT

RBAC/EHER EX FAN f12 INLET ISOLVLV

TB

TB

TB

TB

TB

291

H13

P13

P13

P13

291 P13

291 P13

302 HO GERS RRS

291 HO GERS RRS



291 HO BS GRS YES YES YES YES YES AD

291 HO GERS RRS YES YES YES YES YES AD


302 HO GERS RRS YES YES YES 'YES 'YES AD

CERTIFICATION:

All the inforoatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All inforoation'ncludes each entry and conclusion (whether verified to beseisoically adequate or not).

Approved: (Signatures of all Selsoic Capability Engineers on the SelsolcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat ould be'a licensed professionalengineer.)

CARHEH R. AGOSTA lS// lePrint or Type Naoe gnatur ate

WALTER DJORDJEVIC fz rPrint or Type Haoe gna e ate

nt or ype aoe g nature

r nt or ype aoe gnature ae

CERTIFICATION:

The inforoatlon provided to the Selsolc CapabilityEngineers regarding systeos and operations of the equipoentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeos or Operations Engineer lsrequired lf the Seisoic Capability Engineers decoit necessary.)

r nt or ype aoe gnature ate r nt or ype aoe gnatur e ate

[ ~ J

I'

,1

Page No. 13Report Date/Tine: 11-26-95 / 14r14r37

NINE HILE POINT UHIT ONE Data Base File Wane/Date/Tiner HHPI 3.DBF / ll/26/95./ 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern COHTAIHS 'A') AND (SVDS Notes 'AD')Prograra File Wane 8 Version: SSEH 2.2

LIHEHO.

~ $ ~ $ ~ $

(I)

EQUIPCLASS HARK HO.~ $ ~ $ ~ ~ $ ~ $ ~ $ $ ~ $ $ ~ $ $ ~ $ ~ $ ~

(2) (3)

SISTEH/EQUIPHENTDESCRIPTION

~ $ ~ $ ~ $ ~ $ ~ $$$ ~ $ ~ $ ~ $$$ ~ $$ ~ $ ~ $ ~ $ ~ $ $ $ $

(4)

Building$ ~ $ ~ $ ~ $ ~ $ ~

(5)

EQUIPHEHTFlr.Elv.

$ $ ~ $ ~ $ ~ $ ~ $

(6)

LOCATION ----> BaseRn. or Row/Col. Elev. <40'7

(8) (9)

CapacitySpectrun~ $ $ ~ $ ~ $ ~

(10)

DecrardSpectrun~ $ ~ $ ~ $ ~ $

Cap. > Caveats Anchor Inter- EquipDecrard7 OK7 OKT act OKT OKT Notes~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ ~ ~ $ ~ $ $ ~ $ $ $ $ ~ $ ~ $ ~ $ ~

(12) (13) (14) (15) (16) (17)

7611 088 202-38C

7608 18 202-49C

7607 18 202-49D

7606 07 202-50

7612 07 202-51

7614 18 202-92C

7613 18 202-920

7320 07 210.1-01

7323 07 210.1-02

7324 088 210.1-02A

7328 11 210.1-119

7334 11 210.1-120

7326 08A 210.1-56

7337 18 210.1-85

7331 18 210.1-88

RBAC/EHER EX FAH 412 INLET ISOLVLV PILOT

RBAC/EHER EX FLOW COHTROLLER

RBAC/EHER EX E/P COHVERTER

TB

TB

TB

RBAC/EHER EX FAH 411 FLOW CONTROL TBVLV

RBAC/EHER EX FAN f12 FLOW CONTROL TBVLV

RBAC/EWER EX FLOW CONTROLLER

RBAC/EHER EX E/P CONVERTER

TB

TB

CRAC/COOL COIL 411 CONTROL VALVE TB

CRAC/COOL COIL 412 COHTROL VALVE TB

CRAC/COOL COIL 412 CONTROL VALVEPILOT

CRAC/CHILLER Oil

CRAC/NILLER 412

CRAC/CHILL WATER BIPASS VALVE

TB

TB

TB

TB

CRAC/NILLER 412 TEHP CONTROLLER TB

CRAC/CHILLER 411 TEHP CONTROLLER TB

291

289

291

291

P13

P13

Q13

Q13

H13

N13

N13

A15

A15

A15

817

817

816

816

816

291 HO GERS RRS IES YES YES IES YES AD

302 HO GERS RRS YES YES YES IES YES AD



289 HO GERS RRS 'YES YES YES YES YES AD

291 HO GERS RRS

291 HO GERS RRS

YES YES YES YES TES AD

YES YES YES YES IES AD

YES HO BS RRS 'YES YES YES YES YES AD

307 HO ABS RRS YES YES YES YES IES AD

307 NO ABS RRS YES YES YES YES TES AD

300 HO BS RRS HO NO NO YES NO AD

300 NO BS RRS HO NO HO HO NO AD


300 NO GERS RRS YES YES YES IES YES AD

300 NO GERS RRS YES YES YES YES TES AD

CERTIFICATION:

All the Infornation contained on this Screening Verification Data Sheet(SVDS) Is, to the best, of our knowledge and belief, correct and accurate.'All lnfornatlon'ncludes each entry ard conclusion (whether ver lfled to beselsnically adequate or not).

Approved: (Signatures of all Seisnic Capability Engineers on the SeisnlcReview Tean (SRT) are required: there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slg should be a licensed professionalengineer.)

CARHEH R. AGOSTA (Z~ /~Print or Type Hane gna re ate

WALTER DJORDJEVIC /ZzPrint or Type Hane ate

r nt or ype aue gna re ate

r nt or ype ane gna re ate

CERT I F ICATIOHr

The Infornation provided to the Seisnic CapabilityEngineers regarding systens and operatIons of the equipnentcontained on this SVDS Is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Seisnic Capability Engineers decalt necessary.)

nt or ype ane gnature ate r nt or ype aoe gnature ate

El


HIHE HILE POINT UHIT ONE Data Base File Nane/Date/Tine: NHPI 3.DBF / 11/26/95./ 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: IO Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') ANO (SVDS Notes 'AD')Progran File Haae 8 Version: SSEH 2.2

LINENO.

S ~ S ~ S ~

(1)

EQUIPCLASS HARK NO.~ S ~ S ~ ~ S ~ $ $ ~ S ~ S ~ S ~ S ~ S ~ S ~

(2) (3)

SYSTEH/EQUIPHENTDESCRIPTIOH

S ~ $$$ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~

(4)

Bul lding~ \ ~ S ~ S ~ S ~ S

(5)

EQUIPHEHT LOCATION --->Fir. Elv. Rn. or Rov/Col.

~ S ~ S ~ S ~ S ~ S ~ $ $ $ ~ S ~ S ~ S ~ S ~ S ~

(6) (7)

BaseElev. <40'7SASHES SASHES

(8) (9)


(10)

DenandSpectrun~ S ~ $ $ ~ $ $

Cap. > Caveats Anchor Inter- EquipDeoand7 OKT OKT act OKT OKT Notes$ $ ~ S ~ S ~ ~ S ~ $ $ ~ S ~ \ ~ ST \ ~ $$$ ASS SASHES $$ ~ ST

(12) (13) (14) (15) (16) (17)

7332 18 210.1-89

6324 05 28-15

6325 05 28-17

6341 R 28-18

6326 07 28-23

6327 07 28-24

6328 07 28-29

6329 07 28-30

2001 21 305-125

2002 21 305-128

CRAC/CHILLER 411 FLOW SWITCH TB

ND/ND PUHP 411 TEHPERATURECONTROL VLV

CRD/CRD PUHP 411 SEAL PSV

CRD/CRD PUHP 412 TEHPERATURECONTROL VLV

CRO/CRD PUHP 412 SEAL PSV

RB

RB

RB

RB

CRD/HYDRAULIC CONTROL UNIT H20-N2 RBACCUH'S (129 TOTAL)

CRO/HYDRAULIC CONTROL UNIT N2ACCUHULATORS (129 TOTAL)

RB

CRDH/CONTROL ROD DRIVE PUHP 411 RB

NDH/CONTROL ROD DRIVE PUHP 412 RB

CRO/ND DRIVE WATER FILTER BYPASS RB

237

237

237

237

816

H12

N12

N12

N12

237

237

H12

H12

237

237

H12

237 H5

237 YES BS

237 YES BS

GRS YES YES 'YES YES YES AD


237 YES BS

237 YES BS

237 YES BS

237 YES BS

237 YES BS

237 YES BS

GRS YES YES TES YES YES AD




GRS YES NO NO YES NO AD

GRS YES NO NO YES HO AD


4235 OSA 31-07

4236 USA 31-08

5120 20 32-02

5101 19 32-02A

RCS/RECIRC PUHP 411 INLETTEHPERATURE HV/I CONVERTER

RCS/RECIRC PUHP 411 INLETTEHPERATURE ELEHENT

TB

O'

FW/LOOP 411 FEEOWATER ISO VLV TB

FW/LOOP 412 FEEOWATER ISO VLV TB

261

261

250

HSIV RH

HSIV RH

RSP 11

261 YES BS GRS

261 YES BS GRS

RSP 11



YES AO

218 RC LP 11 237 YES BS GRS YES YES TES YES YES AD

CERTIFICATION:

All the lnfornation contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knNIledge and belief, correct and accurate.Ail Infornation Includes each entry and conclusion (whether verified to be

seisnlcally adequate or not).

Approved: (Signatures of all Selsaic Capability Engineers on the SeisnicRevieu Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator ould be a I lcens professionalengineer.)

CARHEH R. AGOSTA /~ /Print or Type Nane gnatur e ate

WALTER OJORDJEVIC j L/Print or Type Nane at

nt or ype ane gnature ae

nt or ype ane gnature ~ae

CERTIFICATION:

The Infornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equipaentcontained on this SVDS is, to the best of our kewledge ardbel lef, correct and accurate.

Approved: (One signature of Systens or Operations Engineer Isrequired if the Selsaic Capability Engineers decait necessary.)

nt or ype ane gnature nt or ype ace gnature ate

'

If

0

Page No. 15Report Date/Tlner 11-26-95 / 14:14:37

HIRE HILE POINT UNIT ONE Data Base File Mane/Date/Tlner NHP1 3.DBF / ll/26/95 /.-14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Crlterla: ID Nunber

Filter Crlterla: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Progran File Nane 6 Version: SSEH 2.2

LINE EQUIPNO. CLASS HARK HO.

~ S ~ S ~ S ~ S ~ S ~ ~ $ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~

(I) (2) (3)

SYSTEH/EQUIPHENTDESCRIPTION

~ S ~ S ~ $$$ ~ S ~ S ~ S ~ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ ~

(4)

Building$ $ ~ S ~ S ~ S ~ S

(5)

EQUIPHEHTF lr.Elv.

~ S ~ $ $ $ ~ S ~ S

(6) (8) (9)(7)

LOCATION ----> BaseRn. or Row/Col. Elev. <40'7~ S ~ S ~ S ~ $ ~ $ $ ~ S ~ S ~ S ~ S ~ ASS AS

CapacitySpectrun~ S ~ S ~ $ $ $

(10)

DeaandSpectrun

Cap. > Caveats Anchor Inter- EquipDenand7 OK7 OK7 act OK7 OK7 Notes~ S ~ S ~ $ $ ~ S ~ $ $ ~ S ASS ASS ~ S ~ $ $ ~ S ~ $ ~ S ~ ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

5106 19 32-02A

5129 20 32-02B

5115 20 32-02C

5124 20 32-02D

5121 20 32-03

5102 19 32-03A

5105 19 32-03A

5130 20 32-038

5116 20 32-03C

5125 20 32-03D

5122 20 32-04

RCS/RECIRC PUHP 411 INLETTEHPERATURE ELEHENT

RCS/RECIRC PUHP fll INLETTEHPERATURE INDICATOR

RCS/RECIRC PUHP Ill REACTORTEHPERATURE HV/I CONVERTER

RCS/RECIRC PUHP ill REACTORTEHPERATURE INDICATOR

RCS/RECIRC PUHP 412 INLETTEHPERATURE HV/I CONVERTER

RCS/RECIRC PUHP $ 12 INLETTEHPERATURE ELEHENT

RCS/RECIRC PUHP f12 INLETTEHPERATURE ELEHENT

RCS/RECIRC PUHP 412 INLETTEHPERATURE INDICATOR

RCS/RECIRC PUHP 412 REACTORTEHPERATURE HV/I CONVERTER

RCS/RECIRC PUHP 412 REACTORTEHPERATURE INDICATOR

RCS/RECIRC PUHP II4 INLETTEHPERATURE HV/I CONVERTER

TB

TB

TB

DM

DM

TB

TB

TB

TB

218 RC LP 11 237 YES BS GRS YES YES YES YES YES AD

250

261

277

250

RSP 11

ACR-1536

CR PNL F

RSP 11

RSP 11

ACR-IS36

CR PNL F

RSP 11

YES AD

YES AD

YES AD

YES AD

250 RSP 11

261 ACR-1536 BOX

277

277

CR PNL F BOX

RSP 12 BOX

RSP 11

ACR-IS36

CR PNL F

RSP 12

YES AD

YES AD

YES AD

YES AD


218 RC LP 12 237 YES BS GRS YES YES YES YES 'YES AD

CERTIFICATION:

All the lnfornation contained on this Screening Verlflcatlon Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'Al I lnfornatlon'ncludes each entry and conclusion (whether ver lfled to beselsalcally adequate or not).

Approved: (Signatures of al I Selsnlc Capabl I lty Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All slgnatorles should agree with all of the entries andconclusions. One signa should be a licensed professionalengineer . )

CARHEN R. AGOSTA nfi le-Prlnt or Type Mane gnature ate

MALTER DJORDJEVIC / rPrint or Type Nane ate



CERT IF I CAT IONr

The lnfornatlon provided to the Selsalc CapabllltyEngineers regarding systens ard operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge ardbel lef, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequlr ed lf the Selsalc Capablllty Engineers decolt necessary.)


h

I I

'

0II

~ '

Page Ho. 16Report Date/The: 11-26-95 / 14:14:37

NIHE HILE POINT UNIT ONE Data Base Fl le Nane/Date/Tine: NMP1 3.DBF / 11/26/95 / 14: ll:28SCREENIHG VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notes 'AD')Progran File Mane 6 Version: SSEM 2.2

LIHENO.

~ 0 ~ 000

(1)

EQUIPCLASS HARK HO.~ 0 ~ 0 ~ 0$ ~ $ $ $ ~ $ $ ~ 0 ~ 0 ~ ES ~ 0

(2) (3)

SYSTEM/EQUI PHENTDESCRIPT IOH

~ 0 ~ 0 ~ 0 ~ 0 ~ $ $ ~ 0 ~ 0 ~ 0 ~ 0 ~ $ $ $ ~ 0 ~ 0 ~ E ~ 0 ~ 0 ~

(4)

Building~ 0 ~ 0 ~ 0 ~ 0 ~ 0

(5)

EQUIPHENTFir. Eiv.

0 ~ E ~ 00 ~ 0 ~ 0

(6)

LOCATION -—-->Rn. or Row/Col.~ 0 ~ 0 ~ E ~ 0 ~ 00 ~ SE ~

(7)

BaseElev. <40'7~ \ ~ $ $ \ ~ \ ~ 0

(8) (9)

CapacitySpectrun~ 0 ~ $ $ ~ 00

(10)

DenandSpectrun0 ~ 0 ~ E ~ $ $

Cap. >Denand70 ~ 0 ~ 0 ~ 0

(12)

CaveatsOK7

~ 0 ~ 0 ~ 0 ~

(13)

AnchorOK2

~ 0 ~ 0 ~ 0

(14)

Inter-act OK7000 ~ 0 ~ 0

(15)

EquipOK7 Notes

~ 0 ~ 0 ~ ~ 0 ~ 0 ~

(16) (17)

5104 19 32-04A

5107 19 32-04A

5131 20 32-04B

5117 20 32-04C

5126 20 32-040

5123 20 32-05

5103 19 32-05 A

5108 19 32-OSA

5132 20 32-OSB

5118 20 32-05C

5127 20 32-OSD

RCS/RECIRC PUMP 414 INLETTEMPERATURE ELEHENT

RCS/RECIRC PNP f14 INLETTEHPERATURE ELEHENT

RCS/RECIRC PUMP 414 INLETTEHPERATURE IHDICATOR

RCS/RECIRC PUMP f14 REACTORTEHPERATURE MV/I COHVERTER

RCS/RECIRC PUMP 414 REACTORTEHPERATURE INDICATOR

RCS/RECIRC PUMP 415 INLETTEMPERATURE HV/I CONVERTER

RCS/RECIRC PUHP 4 IS INLETTEHPERATURE ELEMEHT

RCS/RECIRC PUMP f15 INLETTEMPERATURE ELEMENT

RCS/RECIRC PUHP 4 IS INLETTEHPERATURE INDICATOR

RCS/RECIRC PUHP 415 REACTORTEMPERATURE HV/I CONVERTER

RCS/RECIRC PNP 415 REACTORTEHPERATURE INDICATOR

DN

TB

TB

DW

DW

TB

TB

TB

218

218

RC Lp 14

RC LP 14

237 YES BS

237 YES BS



277

261

277

277

RSP 12

ACR-1536

CR PNL F

RSP 12

BOX

RSP 12

ACR-1536

CR PNL F

RSP 12

YES AD

YES AD

YES AD

'YES AD

277 RSP 12

261 ACR-1S36 BOX

277 CR PNL F BOX

RSP 12

ACR-1536

CR PNL F

YES AD

YES AD

YES AD



CERTIFICATION:

All the lnfornation contained on this Screening Verification Data Sheet(SVDS) ls, to the best of en knowledge and belief, correct and accurate.All Infornation'ncludes each entry and conclusion (whether verlfled to be


Approved: (Signatures of all Selsnic Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. Ail signatories should agree with all of the entries andconclusions. One slg should be a lice ed professionalengineer.)

CARMEH R. AGOSTA // FrPrint or Type Mane gnatyre/

HALTER DJORDJEVIC PV'/ 2- /Print or Type Nane ategnature

nt, or ype ane gnature ate

nt or ype ane g nature ae

CERTIFICATION:


Approved: (One signature of Systens or Operations Engineer lsrequired If the Seisalc Capability Engineers decalt necessar y.)

nt or ype are g nature ate nt or ype ane gnature ate

'

Page No. 17Report Date/Tiae: 11-26-95 / 14:14r37

HIRE HILE POIHI'NIT ONE Data Base File Naae/Date/Tine: NHP1 3.DBF / 11/26/95-/ 14r 11:28SCREEHING VERIFICATION DATA SHEET (SVDS) Sort Crlter lar ID Nuaber

Filter Criterlar (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Prograa File Haae 6 Verslonr SSEH 2.2

LINENO.

~ $$$ AS

(1)

EQUIPCLASS HARK HO.~ S ~ $ ~ ~ S ~ S ~ $ ~ S ~ $ $ ~ $ ~ S ~ $ $

(2) (3)

SYSTEH/EQUIPHENTDESCRIPTION

~ S ~ S ~ S ~ $ ~ $$$ ~ \ ~ S ~ $ ~ S ~ S ~ $$ ~ S ~ $ ~ \ ~ $ $

(4)

8ul ldlng~ $ $ ~ $ ~ $ ~ $ $

(5)

EQUIPHEHTFir .Elv.

~ $ ~ $ $ $ ~ S ~ S

(6)

NATION ----> BaseRa. or Row/Col. Elev.~ $ ~ S ~ $ ~ $ $ $ ~ S ~ $ ~ ~ S ~ S ~

(7) (8)

Capacity<40'2 Spectrua~ S ~ S ~ ~ S ~ S ~ S ~ $

(9) (10)

DeaardSpectrun~ S ~ S ~ $ ~ S

Cap. > Caveats AnchorDeaand2 OK2 OK2S ~ S ~ $ ~ $ ~ S ~ S ~ S ~ ~ $ ASS ~

(12) (13) (14)

Inter-act OK2~ S ~ S ~ S ~

(15)

EquipOK2 Notes

~ S ~ S ~ ASS AS

(16) (17)

5128 20 32-405A

5119 20 32-4058

4215 OBA 33-OIR

4213 OBA 33-02R

2023 18 36-03A

4101 18 36-03A

2024 18 36-038

4103 18 36-038

2029 18 36-03C

4104 18 36-03C

2030 18 36-030

4102 18 36-030

2025 18 36-04A

2026 18 36-048

2031 18 36-04C

RCS/RECIRC PUMP 413 REACTORTEHPERATURE INDICATOR

RCS/RECIRC PUHP 413 REACTORTEHPERATURE HV/I CONVERTER

RCU/REACTOR CLEANUP IHLET IHNERISO VLV

TB

TB

DW












RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RCU/REACTOR CLEANUP OUTLET INNER DW

ISO VLV

277

261

259

259

CR PNL F

ACR-1536

NB

NB

W INST RH

W INST RH

W INST RH

W INST RH

E INST RH

E INST RH

E INST RH

E IHST RH

W INST RH

W INST RH

E IHST RH

259 YES BS

259 YES BS

284 IES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

CR PNL F

ACR-1536

YES AD

YES AD

GRS YES YES YES IES YES AD


GRS YES IES IES YES YES AD

GRS YES YES YES YES 'YES AD


GRS YES YES 'YES YES YES AD

GRS YES IES YES YES YES AD



YES IES YES YES YES AD

GRS IES YES YES YES YES AD


GRS IES YES YES YES 'IES AD

CERTIFICATION:

A'll the lnforaation contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct ard accurate.'All Inforaatlon includes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsaicReview Teaa (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slg hould e a licensed professionalengineer. )

CARHEH R. AGOSTA ./i /e-Prlnt or Type Naae 9nat ate

WALTER DJORDJEVIC /y 1fPrint or Type Naae 9 na tlife'te r nt or ype aae gnature

r n or ype aae gna re

CERTIFICATION:

The lnforaatlon provided to the Selsalc Capabl 1 1 tyEngineers regarding systeas and operations of the equlpaentcontained on this SVDS is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer lsrequired if the Selsalc Capabl I 1ty Engineers decaIt necessary.)

nt, or ype aae gnature nt or ype aae gnature ate

N

Jl

0


NINE NILE POINT UNIT ONE Data Base File Hane/Date/Tine: NNP1 3.DBF / ll/26/95./ 14:ll:28SCREEHIHG VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes. ~ 'AD')Progran File Nane 8 Version: SSEH 2.2

LINE Eig IPHO. CLASS

0 '0 ' ~ 0 ~ 0 ~

(I) (2)

NARK NO.~ 0 ~ 0 ~ 00 ~ 0 ~ 0 ~ 0 ~ 00 '

(3)

SYSTEN/EOUIPHENTDESCRIPTION

~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0

(4)

Building~ 0 ~ 0 ~ 0 ~ 0 ~ 0

(5)

EOUIPMEHT LOCATION —-->Fir.Elv. Rn. or Row/Col.

~ \ ~ 0 ~ \ ~ 0 ~ 0 ~ 0 ~ 0 ~ \ ~ 0 ~ 0 ~ 0 ~ 0 ~

(6) (7)

BaseElev. <40'7~ 0 ~ 0 ~ ~ 0 ~ 0 ~

(8) (9)

Capacity Denand Cap. >Spectrun Spectrun Denand7~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ \ ~ 0 '0

(10) (11) (12)

CaveatsOK7

~ 0 ~ 0000(13)

Anchor Inter- Equi pOK7 act OKT OK7 Notes

~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 00 ~ 0 '0 0 ~ 0 ~ 0

(14) (15) (16) (17)

2032 18 36-04D

2027 18 36-07A

3103 18 36-07A

2028 18 36-078

2033 18 36-07C

2034 18 36-07D

3106 18 36-07D

4107 20 36-09

4108 20 36-10

3104 18 36-102

3111 20 36-102A

3115 20 36-103

3102 18 36-104

3110 20 36-25

4109 20 36-26

3114 20 36-27

4110 20 36-28

RPS/RCS LEVEL TRANSNITTER

RCS/RCS PRESSURE TRANSHITTER

RCS/RCS PRESSURE TRAHSHITTER

RPS/RCS PRESSURE TRAHSHITTER

RPS/RCS PRESSURE TRAHSHITTER

RCS/RCS PRESSURE TRAHSNITTER


RCS/RCS LEVEL IHDICATOR










RB

RB

RB

RB

RB

RB

RB

TB

TB

RB

TB

TB

RB

TB

TB

TB

TB

277

277

277

277

277

277

250

250

E UHST RH

N IHST RH

N IHST RN

N INST RH

N IHST RH

E INST RH

E INST RH

CR PHL F

CR PHL F

N INST RH

CR COH E

CR COH E

N INST RN

RSP 12

RSP 12

'SP llRSP 11

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

284 YES BS

BOX

AD YES BS

BOX

284 YES BS

BOX

BOX

GRS

CR PHL F

CR PHL F

YES YES 'YES YES YES AD


YES AD

YES AD


CR COH E

CR COH E

RSP 12

RSP 12

RSP 11

RSP 11

YES AD

YES AD


YES AD

YES AD

YES AD

YES AD






CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All infornation'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat hould be a licensed professionalengineer. )

CARNEH R. AGOSTA .(i /~Print or Type Hane gnarl ate

,I

HALTER DJORDJEVICPrint or Type Hane agnature g



CERTIFICATION:

The infornation provided to the Selsnic CapabilityEngineers regarding systens and operations of the equi pnentcontained on this SVDS is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Selsnic Capability Engineers deenlt necessary.)

nt or ype ane gnature nt or ype ane g nature ate

ll t1

I

4

0II 1


NINE HILE POINT UHIT ONE Data Base File Naae/Date/Tine: NNP1 3.DBF / ll/26/95s/ 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Cr lterla: 10 Nuaber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Prograa File Haae 8 Version: SSEH 2.2

LINE EQUIPHO. CLASS HARK HO.

AS USES ~ S ~ S ~ ~ S ~ S ~ S ~ S ~ \ ~ S ~ S USES

(I) (2) (3)


SS ~ \ ~ SS ~ \ ~ S ~ \ ~ S ~ S ~ S ~ S ~ S ~ S ~ SS AS AS AS

(4)

Bul ldlng~ SSS ~ SS ~ S ~

(5)

EQUIPHENTF lr.Elv.

~ S ~ S ~ SS ~ S ~

(6) (7) (8) (9)

LOCATION --—-> BaseRa. or Row/Col. Elev. <40'2

CapacitySpectrua~ S ~ S ~ S ~ S

(10)

DeaandSpectrua~ S ~ S ~ S ~ S

Cap. > Caveats Anchor Inter- EquipDeaand2 OK2 OK2 act OK2 OK2 Hotes~ S ~ S ~ S ~ ~ S ~ S ~ S ~ AS USES ~ S ~ S ~ S ~ ~ S ~ S ~ ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

3101 18 36-31

4111 18 36-31

3108 20 36-31A

4115 20 36-31C

3105 18 36-32

4112 18 36-32

3113 20 36-32A

3112 18 36-328

4116 20 36-32C

3116 20 36-34

4105 18 36-76

4119 20 36-76A

4117 20 36-768

4106 18 36-77

4120 20 36-77 A




CIRL/CONTROL COHPONEHT (FUNCTIONGEHERATOR)





RB

RB

TB

TB

RB

TB

RB


RCS/RCS LEVEL TRAHSHITTER


CTRL/CONTROL COHPONENT(HULTIPLIER/DIVIDER)



TB

RB

TB

TB

RB

TB

CTRL/CONTROL COHPOHENT (FUHCTIOH TBGENERATOR)

277

261

277

261

277

277

261

277

W INST RH

W INST RH

CR PHL F

ACR-1S34

E INST RH

E INST RH

CR PNL F

E INST RH

ACR-1S35

CR CON E

W INST RH

CR PNL F

ACR-IS34

E IHST RH

CR PHL F

284 YES BS

284 YES BS

284 YES BS

2&4 YES BS

284 YES BS

BOX

284 YES BS

284 YES BS



CR PHL F

ACR-1S34

YES AD

YES AD

CR PHL F


'YES AD


ACR-1535

CR COH E

YES AD

YES AD


CR PNL F

ACR-IS34

YES AD

YES AD


CR PHL F YES AD


CERTIFICATION:

All the lnforaatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All lnforaatlon'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SeisalcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agr ee with all of the entries andconclusions. One slgnat should be a licensed professionalengineer.)

CARHEH R. AGOSTAPrint or Type Haae gnatur ate

WALTER DJORDJEVIC 2/Print or Type Haae ig tur ate

nt or ype aae gnature IISe

nt or ype aae gnature

CERTIFICATION:

The lnforaatlon provided to the Selsalc CapabilityEngineers regarding systeas and operations of the equlpaentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeas or Operations Engineer lsrequired if the Selsaic Capability Engineers decait necessary.)

nt or ype aae g nature ate nt or ype aae gnature ate

0

II

LINENO.

F 000 '(I)

EOUIPCLASS HARK NO.~ 0 ~ 0 ~ ~ $ $ 0 ~ 0$ ~ $ 0$ ~ \ ~ \ ~ 0

'2)(3)

SYSTEH/EOUIPHENTDESCRIPTION

~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ $0$ ~ 0 ~ 0 ~ $$ ~ SS ~ 0 ~ 0 ~ 0 ~ 0 ~ 0

(4)


NINE HILE POINT UNIT ONE Data Base File Nane/Date/Tine: NHP1 3.DBF / ll/26/95 / 14:11:28SCREENING VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID Nunber-

Fllter Criteria: (Eval. Concern CONTAINS 'A') AND (SUDS Notes 'AD')Progran File Mane 8 Version: SSEH 2.2

<--------- EOUIPHEHT LOCATION -----> Base Capacity Denand Cap. > Caveats Anchor Inter- EquipBuilding Fir.Elv. Rn. or Row/Col. Elev. <40'7 Spectrun Spectrun Denand7 OKT OKT act OK7 OK7 Notes

~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ $ $ $ $ ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 '0 ~ 0 ~ 0 ~ ~ 0 ~ 0 ~ 0 ~ 0 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0 ~ 0'0 0 ~ 0 ~ 0

(5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

4118 20 36-778

3129 18 36-90A

3127 18 36-90B

CTRL/COHTROL COMPONENT

(HULTI PLIER/DIVIDER)

HS/HS EHERG ELECTROHATIC RV 4111PRESS INDICAT SMITCH

TB

RB

HS/HS EHERG ELECTROHATIC RV $ 112 RBPRESS INDICAT SMITCH

261 ACR-1535 ACR-1535 YES AD

M INST RH 284 YES BS GRS YES YES YES YES YES AD

M IHST RH 284 YES BS GRS YES YES YES YES YES AD

3133 18 36-90C

3135 18 36-90D

3131 18 36-90E

3137 18 36-90F

6118 07 39-05

6119 088 39-05E

6120 088 39-05F

6121 088 39-OSG

HS/HS EHERG ELECTROHATIC RV 4121PRESS INDICAT SMITCH

HS/HS EHERG ELECTROHATIC RV $ 122PRESS INDICAT SMITCH

HS/HS EHERG ELECTROHATIC RV f113PRESS INDICAT SMITCH

HS/HS EHERG ELECTROHATIC RV f123PRESS INDICAT SMITCH

EC/LOOP Ill CONDENSER RETURN ISOVLV

EC/LOOP fll CONDENSER RETURN ISOVLV PILOT

EC/LOOP 411 CONDENSER RETURN ISOVLV PILOT

EC/LOOP 411 CONDENSER RETURH ISOVLV PILOT

RB

RB

RB

RB

RB

RB

RB

RB

E INST RH

E INST RH

N INST RH

284 YES BS

284 YES BS

284 YES BS




281 IV ROOH

281 IV ROOH

281 YES BS GRS YES YES YES YES 'YES AD


281

281

IV ROON

IV ROON

281 YES BS

281 YES BS



284 E INST RH 284 YES BS GRS YES YES YES YES YES AD

CERI'IF I CATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) Is, to the best of our knowledge ard belief, correct ard accurate.All lnfornatlon'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Sel sole Capability Engineers on the SelsnlcReview Tean (SRT) are r equired; there should be at least two onthe SRT. All signatories ould agree with all of the entries andconclusions. One slg y hould be a licensed professionalengineer. )

CARHEN R. AGOSTAPrint or Type Mane gnatur ate

HALTER DJORDJEVIC /Print or Type Mane gnature ae


r nt or ype ane gnature ate

CERTIFICATION:

The lnfornatlon provkded to the Selsnlc CapabilityEngineers regarding systens and operations of the equi pnentcontained on this SUDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired If the Selsnlc Capab1 I lty Engineers deenlt necessary.)

r nt or ype ane gnature ate nt or ype ane gnature ate

P

4

- J

L

a

qh I


NINE HILE POINT UNIT OHE Data Base File Hane/Date/Tine: HHPI 3.DBF / ll/26/95 / 14:11:28SCREENING VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID Huober

Filter Criteria: (Eval. Concern CONTAIHS 'A') AHD (SUDS Notes 'AD')Progran Flic Haoe 5 Version: SSEH 2.2

LINENO.

~ $ ~ \ ~ $

(I)

EOUIPCLASS HARK HO.~ $ $ $ ~ $ $ $ $ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(2) (3)

SYSTEH/EDUIPHEHTDESCRIPTION

~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $

(4)

Bul lding~ $ $ ~ $ $ ~ $ ~ $

EOUIPHEHT LOCATIOH ---->Flr.EIv. Rn. or Row/Col.

$ ~ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $

(6) (7)

BaseElev. <40'2~ $ $ ~ $ $ ~ $ ~ $

(8) (9)

CapacitySpectrua~ $ ~ $ ~ $ ~ $

(10)

Deoand Cap. >Spectrua Deoandl

(ll) (12)

Caveats Anchor Inter- EquipOK2 OK2 act OK2 OK2 Notes

~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ \ ~ $ ~ $ ~ $ ~

(13) (14) (16) (16) (17)

6122 088 39-OSH

6123 07 39-06

6124 088 39-06E

6125 088 39-06F

6126 088 39-06G

6127 088 39-06H

4207 088 39-11C

6129 088 39-11C

4208 088 39-11D

6130 088 39-110

4206 07 39-11R


RB



EC/LOOP 412 COHDEHSER RETURN ISOVLV PILOT

EC/LOOP 411 EHERGENCI COHDEHSERDRAIN ISO VLV PILOT

EC/LOOP fll EHERGENCY COHDEHSERDRAIN ISO VLV PILOT

EC/LOOP sll EHERGENCY COHDEHSERDRAIN ISO VLV PILOT

EC/LOOP Oil EHERGENCT CONDENSERDRAIN ISO VLV PILOT

EC/LOOP 411 EHERGEHCY CONDENSERDRAIN ISO VLV fill

RB

RB

RB

RB

RB

RB

RB

RB

EC/LOOP f12 CONDENSER RETURN ISO RBVLV

EC/LOOP 412 CONDENSER RETURH ISO RBVLV PILOT

281 IV ROOH

281 IV ROOH

281 IV ROOH

281 IV ROOH

281 IV ROOH

298

298

IV ROOH

IV ROOH

281 IV ROOH

298 IV ROOH

298 IV ROOH

298 IV ROOH

281 IES BS

281 YES BS

281 YES BS

281 YES BS

281 YES BS

281 YES BS

GRS IES IES YES YES IES AD

GRS TES YES IES YES 'YES AD






298 NO GERS RRS 'YES YES 'YES YES YES AD


298 HO GERS RRS YES YES YES IES YES AD

298 HO GERS RRS — YES YES YES IES YES AD

CERT IF ICATIOH:

All the Inforoatlon contained on this Screening Verification Data Sheet(SVDS) Is, to the best of our knowledge ard belief, correct ard accurate.AII Infornatlon'ncludes each entry ard conclusion (whether verified to be

selsolcally adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at, least two onthe SRT. All signatories should agree with all of the entries ardconclusions. One signator hould be a licensed professionalengineer.)

CARHEH R. AGOSTA /a~Print or Type Haoe g ry ate

HALTER DJORDJEVIC />/i8'JPrint or Type Nane 9naturee ate

r nt or ype ane g nature ate

r nt or ype ane g nature ~aae

CERTIFICATION:

The Infornation provided to the Selsulc Capabl I ltyEngineers regarding systeos ard operations of the equlpoentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeos or Operations Engineer lsrequired if the Selsnlc Capabi I lty Engineers decolt necessary.)

nt or ype aoe gnature nt or ype aoe g nature ate

l

f

~ 1


HIHE HILE POINT UNIT ONE Data Base File Naoe/Date/Tine: NHPI 3.DBF / 11/26/95 /.14:11:28SCREENING VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAIHS 'A') AHD (SVDS Hotes 'AD')Prograo File Naoe 5 Version: SSEH 2.2


~ $ ~ $ ~ s ~ $ $ ~ s ssssssssssss ~ $ $ $ $ $

(1) (2) (3)

SYSTEH/EQUIPHENTDESCRIPT ION

~ s ~ s ~ $ $ $ $ $ $ $ $ ~ $ $ $ $ $ $ $ ~ s ~ s ~ s ~ $ $ $ $ $ ~

(4)

Building$ $ ~ $ $ ~ S ~ $ $

(6)

EQUI PHEHTFir. E1v.

seas ~ s ~ s ~ s

(6)

LOCATION ----> BaseRo. or Row/Col. Elev. <40'7~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ ~ S ~ $ $ ~ S ~ S ~

(7) (8) (9)

Capacity Deoand Cap. >Spectruo Spectruo Deoand7$ $ $ $ $ $ ~ s $ $ ~ $ $ $ $ $ s ~ $ $ $ $ $

(10) (11) (12)

CaveatsOK7

~ S ~ $ $ ~ S

(13)

Anchor Inter- EquipOK7 act OKT OK7 Hotes

Seasan $ $ $ ~ S ~ S ~ S ~ S ~ ~ S ~ S ~

(14) (IS) (16) (17)

6128 07 39-IIR

4210 088 39-12C

6132 088 39-12C

4211 088 39-12D

6133 088 39-12D

4209 07 39-12R

6131 07 39-12R

4216 088 39-13C

6135 088 39-13C

4217 08B 39-13D

6136 08B 39-13D

EC/LOOP Sll EHERGENCY CONDENSERDRAIN ISO VLV 4111

EC/LOOP 411 EHERGENCY CONDENSERDRAIN ISO VLV PILOT

EC/LOOP Sll EHERGENCY CONDENSERDRAIN ISO VLV PILOT

EC/LOOP Sll EHERGENCY CONDENSERDRAIN ISO VLV PILOT

EC/LOOP Sll EHERGENCY CONDENSERDRAIH ISO VLV PILOT

EC/LOOP Sll ENERGENCY COHDEHSERDRAIN ISO VLV 9112

EC/LOOP Oil EHERGENCY CONDENSERDRAIN ISO VLV 0112



EC/LOOP 812 EHERGEHCY CONDEHSERDRAIN ISO VLV PILOT

EC/LOOP 412 EHERGEHCY CONDENSERDRAIN ISO VLV PILOT

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

RB

298

298

298

298

298

IV ROOH

IV ROOH

IV ROOH

IV ROOH

IV ROOH

298

298

298

IV ROOH

IV ROON

IV ROON

298 IV ROON

298 IV ROON

298 IV ROON



298 NO GERS RRS YES 'YES YES YES 'YES AD

298 NO GERS RRS YES YES YES YES TES AD

298 NO GERS RRS

298 NO GERS RRS


YES YES 'YES YES YES AD

298 NO GERS RRS

298 NO GERS RRS


YES YES YES YES 'YES AD

298 NO GERS RRS YES YES YES 'YES YES AD



nt or ype aoe 9natur'e ate

CERTIFICATION:

All the lnforoatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All inforoatlon'ncludes each entry and conclusion (whether verified to be

seisolcally adequate or not).

Approved: (Signatures of al I Selsolc Capability Engineers on the Sei soleReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa should be a licensed professionalengineer. )

CARHEH R. AGOSTA .i/~~Print or Type Naoe 9na Urp ate

WALTER DJORDJEVIC gl, /E /jPrint or Type Naoe ategnatura

nt or ype aoe gnature ate

nt or ype aoe

nt or ype aoe

gnature

gnature

ate

ate

CERTIFICATION:

The lnforoatlon provided to the Selsolc CapabilityEngineers regarding systeos ard operations of the equipoentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeos or Operations Engineer lsrequired if the Selsolc Capabl I lty Engineers decolt necessary.)

0

0


NINE KILE POINT UHIT OHE Data Base File Hane/Date/Tine: NNP1 3.DBF / 11/26/95 /$ 14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nunber


LINEHO.

~ S ~ S ~ S

(I)

EIQIPCLASS HARK HO.S ~ S ~ S ~ $ ~ \ ~ $$$$ ~ S ~ S ~ S ~ ST

(2) (3)

SYSTEH/EDUIPHEHTDESCRIPT ION

~ $$$ ~ $ ~ S ~ $$$ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S

(4)

Bul lding~ S ~ S ~ S ~ S ~ S

(5)

EOUIPHEHT LOCATION --->Fir. Elv. Rn. or Row/Col.

~ S ~ S ~ S ~ S ~ S S ~ $ $ $ $ ~ S ~ S ~ S ~ S ~

(6) (7)

BaseElev. <40'7S ~ S ~ S ~ S ~ $ $

(8) (9)

Capacity DenandSpectrun SpectrunS ~ S ~ S ~ $ $ $ $ $ ~ S ~ $ $

(10) (11)

Cap. > CaveatsDenand7 OK7~ $ $ ~ S ~ S ~ S ~ S ~ S ~

(12) (13)

Anchor Inter - EquipOK7 act OK7 OK7 Notes

~ S ~ S ~ S ~ S ~ S ~ $ $ S ~ $ $ ~ SASHES

(14) (15) (16) (17)

4214 07 39-13R

6134 07 39-13R

4219 088 39-14C

6138 088 39-14C

4220 08B 39-14D

6139 088 39-14D

4218 07 39-14R

6137 07 39-14R

4124 08A 40-01

4126 08A 40-02

4170 08A 40-05

4169 OBA 40-06

4123 OBA 40-09

EC/LOOP 412 ENERGEHCY COHDEHSERDRAIN ISO VLV 4121

EC/LOOP 412 EHERGEHCY CONDENSERDRAIN ISO VLV 4121

EC/LOOP 412 EHERGEHCY CONDENSERDRAIN ISO VLV PILOT

EC/LOOP 412 EHERGENCY COHDENSERDRAIN ISO VLV PILOT

EC/LOOP 412 EHERGENCY CONDENSERDRAIH ISO VLV PILOT

EC/LOOP 412 EHERGENCY COHDENSERDRAIN ISO VLV PILOT

EC/LOOP 412 EHERGEHCY CONDEHSERDRAIN ISO VLV 4122

EC/LOOP 412 EHERGEHCY CONDENSERMAIN ISO VLV 4122

RB

RB

RB

RB

RB

RB

RB

CRS/CORE SPRAY TEST ISO VLV

CRS/CORE SPRAY TEST ISO VLV

RB

RB

CRS/CORE SPRAY INLET IHHER ISO VLV DW

CRS/CORE SPRAY INLET INNER ISO VLV DW

CRS/CORE SPRAY IHLET OUT ISO VLV RB

298

298

298

298

298

IV ROON

IV ROOH

IV ROON

IV ROON

IV ROON

261

237

237

237

261

AZ90

SE CORNER

KIO

K6

AZ90

298 IV ROOH

298 IV ROON

298 IV ROOH

298 HO GERS RRS

298 HO GERS RRS


YES YES YES YES 7ES AD


298 HO GERS RRS

298 HO GERS RRS

298 HO GERS RRS




237 YES BS

261 YES BS








CERT IF ICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.'All lnfornatlon'ncludes each entry and conclusion (whether verified to beselsnlcal ly adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnicReview Tean (SRI') are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat s ld be a licensed rofesslonalengineer.)

CARNEN R. AGOSTA re~Print or Type Nane gnature ate

WALTER DJORDJEVIC /z iPrint or Type Wane as



CERTIFICATION:

The lnfornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equlpoentcontained on this SUDS Is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Selsnic Capability Engineers decalt necessary.)

nt or ype ane g nature / nt, or ype ane g nature ate

I w

J


NINE HILE POINT UNIT ONE Data Base File Hane/Date/Tine: NHPI 3.DBF / 11/26/95./ 14:ll:28SCREENING VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes ~ 'AD')Progran File Nane 8 Version: SSEH 2.2

LINEHO.

~ Sa ~ Sa

(1)

EQUIPCLASS HARK NO.sasss s ~ a ~ a ~ a ~ a ~ a ~ s ~ s ~ s ~

(2) (3)

SYSTEM/EQUI PHEHTDESCRIPTION

s ~ a ~ s ~ s ~ a ~ s ~ sss ~ a ~ s ~ s ~ s ~ s ~ s ~ s ~ a ~ s ~

(4)

Building~ a ~ s ~ s ~ s ~ s

(5)

EQUIPHENT LOCATIOH ---->Fir.Elv. Rn. or Row/Col.

~ ss ~ s ~ s ~ s ~ ~ s ~ s ~ s ~ s ~ s ~ Essa(6) (7)

BaseElev. <40'7~ S ~ S ~ ~ S ~ S ~

(8) (9)


(10)

DenandSpectrun~ ssssaas

Cap. > Caveats Anchor Inter- EquipDenand7 OK? OK7 act OKT OKT NotesS ~ S ~ S ~ S ~ S ~ S ~ S ~ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

4121 OBA 40-10

4122 08A 40-11

4125 08A 40-12

2007 07 44.2-15

2008 07 44.2-16

2009 07 44.2-17

2010 07 44.2-18

6194C 07 59-07

6335 07 59-07

6189 07 60-03

6190 088 60-03C

6187 07 60-04

CRS/CORE SPRAY INLET INNER ISO VLV DN

CRS/CORE SPRAY INLET INHER ISO VLV DN

CRS/CORE SPRAY INLET OUT ISO VLV RB

CRD/SCRAM DISCHARGE VOL HOLDINGTANK VENT ISO VLV

CRD/SCRAH DISCHARGE VOL HOLDIHGTANK VENT ISO VLV

RB

RB

CTS/CONDENSATE M/U CONDENSER H/ULEVEL CONTROL VLV

ECMU/EMER COND MAKEUP TANK 12SUPPLY ISO VLV

ECMU/EMER COHO HAKEUP TANK 12SUPPLY ISO VLV PILOT

ECMU/EMER COND HAKEUP TANK 11SUPPLY ISO VLV

TB

TB

TB

TB

CRD/SCRAH DISCHARGE HEADER DRAIH RBISO VLV

CRD/SCRAH DISCHARGE HEADER DRAIN RBISO VLV

CTS/CONDENSATE M/U CONDENSER H/U TBLEVEL COHTROL VLV

261

261

237

237

AZ225

SE CORNER

N4

237

237 NS

369 HB

369 H4

237 N5

250 08

250 DB

369 H8

261 YES BS

261 YES BS

237 YES BS

237 YES BS

237 YES BS

237 'YES BS

237 TES BS

GRS YES YES YES YES 'YES AD


GRS YES YES YES YES TES AD,

GRS YES YES YES YES TES AD

GRS YES TES YES YES YES AD




250 YES BS GRS YES YES YES YES 'YES AD

369 NO BS RRS YES YES YES TES YES AD

BOX 60-03 YES AD

369 NO BS RRS YES YES YES YES YES AD

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All infornatlon includes each entry and conclusion (whether verified to be

selsnically adequate or not).

Approved: (Signatures of'll Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with ail of the entries andconclusions. One slg y ould be a I lcensed professionalengineer. )

CARMEH R. AGOSTAPrint or Type Nane gna re ate

HALTER DJORDJEVIC zzPrint or Type Nane ategnatqre


r nt or ype ane gnature

CERI'IF ICATIOH:

The Infornatlon provided to the Selsnic CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired if the Selsnlc Capability Engineers deenIt necessary.)

nt or ype ane gnature ate nt or ype ane gnature ate

0

7

A

0I

Page Ho. 25Report Date/Tlnel 11-26-95 / 14l14l37

NINE HILE POINT UNIT ONE Data Base File Nalae/Date/Tirrel HHPI 3.DBF / 11/26/95 / 14llll28SCREENING VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Nuober

F liter Crlterlal (Eval. Concern CONTAINS 'A') AHD (SVDS Notes-'AD')Progran File Harre 8 Verslonl SSEH 2.2

LINE EQUIPNO. CLASS

~ S ~ S ~ S ~ ST ST

(I) (2)

HARK NO.~ S ~ S ~ S ~ S ~ SS ~ S ~ S ~ S ~

(3)

SYSTEH/EQUI PHENTDESCRIPT IOH

~ SSS ~ S ~ SSS ~ SSS ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S

(4)

Building~ S ~ S ~ S ~ S ~ S

(5)

EQUI WENTF lr.Elv.

~ S ~ S ~ S ~ S ~ S

(6) (7) (8) (9)

LOCATION -----> Basehr. or Row/Col. Elev. <40'7

CapacitySpectrurr~ S ~ S ~ S ~ S

(10)

Della ndSpectrurr~ S ~ S ~ S ~ S

Cap. > Caveats Anchor Inter- EquipDeoand7 OK7 OK7 act OK7 OK7 Notes~ S ~ S ~ S ~ S ~ S ~ S ~ \ S ~ S ~ S ~ ~ S ~ S ~ S ~ SASHES SS ~ ST

(12) (13) (14) (15) (16) (17)

6188 088 60-04C»

6186 21 60-09

6185 21 60-10

6184 07 60-13

6160 07 60-17

6163 20 60-17A

6164 20 60-178

6161 088 60-17D

6162 088 60-17E

6162A 20 60-17F

6174 07 60-18

6175 20 60-18A

ECNU/EHER COND HAKEUP TANK llSUPPLY 150 VLV PILOT

TB

ECHU/EHER COND HAKEUP WATER TANK TB412

ECHU/EHER COND HAKEUP WATER TANK411

TB

ECHU/EHER COHD HAKEUP TIE VLV RB

ECHU/EHER COND fill >112 LEVELCOHTROL VLV

RB

ECHU/EHER COND 4111,112 LEVEL E/P RBCONVERTER

ECHU/EHER COND IIII,II2LEVELCONTROLLER

ECHO/EHER COND fill,112 LEVELCONTROL VLV PILOT

ECHU/EHER COND 1111,112 LEVELCONTROL VLV PILOT

ECHU/EHER COND 4111,112 LEVELCOHTROL SWITCH

ECHU/EHER COND 4121>122 LEVELCOHTROL VLV

TB

RB

RB

TB

RB

ECHU/EHER COND 4121,122 LEVEL E/P RBCONVERTER

BOX 60-04 'YES AD

369

369

340

H4

Q-P, 7-9

369 HO BS

BS NO BS

369 NO BS

340 HO BS

Q-P, 7-9

277 CR PHL K

340 Q-P, 7-9 BOX

340 Q-P, 7-9 BOX

250 RSP 11 BOX

RRS YES NO HO 'YES NO AD

RRS YES NO HO YES NO AD

RRS YES YES YES YES YES AD

RRS

60-17

CR PNL K

60-17

60-17

RSP 11


YES AD

YES AD

YES AD

YES AD

YES AD

340 Q-P, 7-9 BOX 60-18 YES AD

340 Q-P> 7-9 340 HO BS RRS YES YES YES YES YES AD

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge ard belief, correct and accurate.All infornatlon includes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SeisaicReview Tearr (SRT) are required; there should be at least two onthe SRT. All signatories should agr ee with all of the entries andconclusions. One signa ovid e a licensed professionalengineer. ) rCARHEH R. AGOSTA

Print or Type Narre 9MUll'te/ /Z/P'WALTER MORDJEVICPrint or Type Hare g nature ate

nt or ype arre gnature alake


CERTIFICATION:

The Infornation provided to the Selsnlc CapabilityEngineers regarding systerrs ard operations of the equi poentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired if the Selsaic Capability Engineers decaIt necessary.)

nt or ype ane gnature ate nt or ype ane gnatur e ate

/


HIRE NILE POINT UHIT ONE Data Base F I le Nane/Date/Tine: NHP1 3.DBF / 11/26/95./ 14:11:28SCREEHIHG VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Nunber


LINENO.

~ $ ~ $ ~ $

(I)

EQUIPCLASS HARK HO.~ $ ~ $ $ ~ $ $ $ ~ $ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(2) (3)

SYSTEH/EQUIPHEHTDESCRIPTION

~ $ ~ $ ~ $ ~ $ ~ $ ~ $$ ~ $ ~ $ ~ $ ~ $$ ~ $ ~ $ ~ $ ~ $ ~ $ $ $

(4)

Building~ $ ~ $ ~ $ ~ $ ~ $

(5)

EQUI PHEHTFir.Elv.

~ $ ~ $ ~ $ ~ $ ~ $

(6) (7) (8) (9)

LOCATIOH ----> BaseRn. or Row/Col. Elev. <40'7~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

Capacity Denand Cap. > Caveats Anchor Inter- EquipSpectrun Spectrun Denandl OKT OK7 act OK7 OK7 Notes~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ ~ $ ~ $ ~ \ ~ ~ $ ~ \ ~ $ $ $ $ ~ $ ~ $ ~ \ ~ $ ~ ~ $ ~ $ $

(10) (11) (12) (13) (14) (15) (16) (17)

6179 20 60-188

6181 088 60-180

6182 088 60-18E

6182A 20 60-18F

6171 18 60-22

6169 20 60-22A

6170 20 60-228

6172 20 60-22C

6168 18 60-23

6176 20 60-23A

6180 20 60-238

ECHO/EHER COHD 4121,122 LEVELCONTROLLER

ECHO/EHER COND 4121,122 LEVELCONTROL VLV PILOT

ECHO/EHER COND 4121,122 LEVELCONTROL VLV PILOT

ECHU/EHER COND 4121)122 LEVELCOHTROL SNITCH

ECHU/EHER COHO fill>112 LEVELTRANSHITTER

TB

RB

RB

TB

RB

ECHO/EHER COND fill)112 LEVELCONTROLLER

ECHO/EHER COHO f111,112 LEVELINDICATOR

ECHU/EHER COND f121)122 LEVELTRANSHITTER

ECHU/EHER COND II21,122 E/PCOHVERTER

ECHU/EHER COND 4121 ~ 122 LEVELCONTROLLER

TB

TB

RB

RB

TB

ECHO/EHER COND 4111)112 LEVEL E/P RBCONVERTER

277

340

CR PNL K

Q-P) 7-9

Q-P, 7-9

BOX

BOX

CR PNL K

60-18

60-18

YES AO

YES AD

YES AD

277 RSP 12

318 P6

Q-P, 7-9

250 RSP 11

250 RSP ll

318 Pl 1

318 HO TRS

BOX

BOX

BOX

RSP 12

60-17

RSP 11

RSP 11

YES AO


YES AD

YES AD

YES AD

340 Q-P, 7-9 BOX

277 RSP 12 BOX

60-18

RSP 12

YES AD

YES AD

318 NO TRS CRS YES YES YES YES YES AO

CERTIFICATION:

All the Infornation contained on this Screening Verification Data Sheet(SVOS) ls, to the best of our knowledge and belief, correct and accurate.'All Infornatlon'ncludes each entry and conclusion (whether verified to beselsnlcally adequate or not).

Approved: (Signatures of all Seisnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat should be a I ice ed professionalengineer. )

CARHEH R. AGOSTA ./ /~Print or Type Rane g nature ate

HALTER DJORDJEVIC /L /VI/Print or Type Rane ategnatur


nt or ype ane gnature ~aaa

CERTIFICATION:

The infornatlon provided to the Selsnic CapabilityEngineers regarding systens and operations of the equipnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired If the Selsnlc Capability Engineers deenIt necessary.)

nt or ype ane gnature nt or ype ane g nature

W

li

t

y

II ~


NINE HILE POINT UNIT ONE Data Base File Nane/Date/TIne: HHP1 3.DBF / 11/26/95.,/ 14:11:28SCREEHIHG VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nuober

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Progran File Naoe 8 Version: SSEH 2.2

LINE EQUIPHO. CLASS HARK NO.

ASS ~ I' I~ I~ ~ I ~ I ~ I ~ I ~ I ~ $~SS ASS

(1) (2) — (3)

SYST EH/EQUIPHENTDESCRIPTION

~ I ~ I ~ \ ~ I ~ I ~ I ~ I ~ I ~ I ~ I ~ I ~ \ ~ I~ I~ $ $ ~ I~

(4)

Building~ I~ I~ $ $ ~ I~

(5)

EQUIPHEHT LOCATION -----> Base CapacityFlr.Elv. Rn. or Row/Col. Elev. <40'7 Spectruri

~ I~ I~ I~ I~ I ~ I~ I~ I~ I~ I~ I~ $ $ ~ I~ I~ ~ I' ~ I~ I~ I~ I~

(6) (7) (8) (9) (10)

DenandSpectrua

Cap. > Caveats Anchor Inter-. EquipDeoandl OK7 OK7 act OKT OK7 Hotes~ $ $ ~ I~ I ~ I~ \ ~ \ ~ ~ I~ I~ I ~ I~ I~ $ $ ~ I~ I~ ~ I~ $ $

(12) (13) (14) (15) (16) (17)

6178 20 60-23C

6165 18 60-28

ECHO/EHER COND 4121>122'EVELINDICATOR

ECHU/EHER COND 4111,112 LEVELTRAHSHITTER

TB

RB

277

318

RSP 12 BOX RSP 12 YES AD

P6 318 HO TRS CRS YES YES YES YES YES AD

6166 20 60-28A

6167 18 60-29

6177 20 60-29A

4204 21 60-42

6117 21 60-42

4200 21 60-44

6116 21 60-44

4198 21 60-45

6115 21 60-45

4197 21 60-46

6114 21 60-46

7404 07 70-137

ECHU/EHER COND 4111,112 LEVELINDICATOR

ECHU/EHER COHO 4121>122 LEVELTRAHSHITTER

ECHU/EHER COND 4121,122 LEVELINDICATOR

EC/EHERGEHCY CONDENSER 4122

EC/EHERGENCY CONDENSER 4122


EC/EHERGENCY CONDENSER f121



EC/EHERGENCY CONDEHSER fillEC/EHERGEHCY CONDENSER 4111

RBCLC/RBCLC TEHPERATURE CONTROL

VALVE

TB

RB

TB

RB

RB

RB

RB

RB

RB

RB

RB

RB

277

318

277

340

340

340

340

340

340

340

298

CR PHL K

Pll

CR PNL K

PB

PB

P7

P7

P6

P6

N6

CR PHL K YES AD

CR PHL K YES AD

340 HO BS

340 HO BS

340 HO BS

340 NO BS

340 HO BS

340 HO BS

340 NO BS

340 HO BS

RRS YES YES YES 'YES 'YES AD

RRS YES YES YES 'YES YES AD




RRS YES TES YES YES YES AD



298 HO GERS RRS YES TES YES YES YES AD

318 HO TRS CRS YES YES YES YES YES AD

CERTIFICATION:

All the Inforoatlon contained on this Screening Verification Data Sheet(SUDS) ls, to the best of our knowledge and belief, correct and accurate.All Infornatlon'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SeisaicReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa hould be a licensed professionalengineer. )

CARHEN R. AGOSTA . i /.—Print or Type Haoe gna re ate

HALTER DJORDJEVIC />a vPrint or Type Haoe 9 nature) ate

nt or ype aoe gna ure

nt or ype aoe gnature ate

CERT IF ICATION:

The lnfornatlon provided to the Selsnlc CapabilityEngineers regarding systeos and operations of the equlpoentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One slgnatur e of Systeos or Operations Engineer Isrequired lf the Seisoic Capability Engineers decalt necessary.)

nt or ype aoe gnature > ate nt or ype aoe gnature ate


NINE HILE POINT UNIT OHE Data Base File Hase/Date/Tine: NHP1 3.DBF / 11/26/95../. 14:11:28SCREENIHG VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes. 'AD')Progr au File Nane 8 Version: SSEH 2.2

LIHE EOUI P SYSTQI/EQUIPHENTNO. CLASS HARK HO. DESCRIPTION

~ S ~ S ~ $ ASS AS ~ S ~ S ~ S ~ SES ~ S ~ S ~ $ $ $ ~ $ ~ S ~ \ ~ S ~ S ~ S ~ $ ~ S ~ S ~ S ~ E ~ S ~ S ~ E ~ S ~ S ~ S

(I) (2) (3) (4)

<————- EOUIPHEHTBul ldlng Fir. Elv.

A \ LESSNESS ~ $ $ $ $ $ ~ E ~ S

(5) (6)

LOCATION ----> Base CapacityRu. or Row/Col. Elev. <40'2 Spectrm~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ ~ S ~ $ $ ~ \ ~ $ $ SE ~ ES ~ S ~

(7) (8) (9) (10)

DeuandSpectrla~ E ~ S ~ S ~ S

Cap. > Caveats Anchor Inter- EquipDeaand7 OKT OK7 act OK7 OK7 Notes~ S ~ S ~ S ~ ~ S ~ S ~ S ~ SEE \ AS ~ \ ~ S ~ S ~ ~ S ~ S ~ ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

L4

LS

L7

CR PHL H

CR PNL H

7405 18 70-23F

7504 18 70-23F

7329 07 70-25

7330 088 70-25A

7335 07 70-26

7336 088 70-26A

7410 07 70-53

7411 088 70-53C*

RBCLC/ELECTRO PHEUHATIC CONVERTER RB 298

RBCLC/ELECTRO PNEUHATIC CONVERTER RB 298

CRAC/CHILLER 411 CONTROL VALVE TB

CRAC/CHILLER 411 CONTROL VALVE TB 300PILOT

H6

H6

A16

A16

CRAC/CHILLER f12 CONTROL VALVE TB

CRAC/CHILLER 412 CONTROL VALVE TBPILOT

RBCLC/SHUTDOVH COOLING HX ISOL RBVALVE

RBCLC/SHUTDONN COOLING HX ISOL RBVALVE PILOT

A16

A16

281 6L

6L281

7407 21 70-13R RBCLC/RBCLC HX 411 RB 298



7406 18 70-238 RBCLC/TEHPERATURE CONTROLLER TB 277

7505 18 70-238 RBCLC/TEHPERATURE COtlTROLLER TB 277

298 NO BS

298 NO BS

298 HO BS




CR PHL H

CR PNL H

70-137

70-137

300 NO GERS RRS

300 HO GERS RRS

300 HO GERS RRS

300 NO GERS RRS

YES AD

YES AD

YES AD

YES AD


YES 'YES H/A YES YES AD


YES YES H/A YES YES AD

70-53 YES AD

281 YES BS GRS YES HO YES YES HO AD

7137 06 79-53 DGOI/DG COOLIHG HATER PUHP 4102 SH

7503 07 72-146 SN/SERVICE HATER TEHP CONTROL RBVALVE

281

261

Pll

T17

281 YES BS GRS YES YES H/A YES YES AD

256 TES BS GRS YES NO YES YES HO AD

CERT IF ICAT ION:

All the Inforaatlon contained on thIs Screening Verification Data Sheet(SVDS) is, to the best of our knowledge and belief, correct and accurate.'All Info@nation'ncludes each entry and conclusion (whether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsulc Capability Engineers on the SeisulcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator ould be a licensed professionalengineer.)

CERTIFICATION:

The Infornatlon provided to the Selsnic CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Seisaic Capability Engineers decolt necessary.)

CARHEH R. AGOSTAPrint or Type Naue

HALTER DJORDJEVICPrint or Type Nane

gnatur

gnature

2 //rSPate

nt or ype aue

nt or ype aue

9nature

gnature

ate

nt or ype ane gnature nt or ype ane 9nature


NIHE HILE POINT UNIT ONE Data Base File Hase/Date/Tioer NHPl 3.DBF / ll/26/95. /,. 14r ll:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Cr lterla: ID Nurrber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notes 'AD')Prograrr File Harre 8 Version: SSEH 2.2

LIHEHO.

~ $ ~ $ $ ~

(1)

7138 06 79-54

5186 06 80-03

5187 06 80-04

5211 OSA 80-118

5184 21 80-13

7208 21 80-13

5181 21 80-14

7205 21 80-14

5189 OSA 80-21

5192 OSA 80-22

5188 06 80-23

5185 06 80-24

5182 21 80-33

7206 21 80-33

5183 21 80-34

7207 21 80-34

EQUIPCLASS HARK NO.

(2) (3)


~ $ ~ $ ~ $ ~ $ ~ $$ ~ $$ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ $ $

(4)

Bu I 1 ding$ ~ $ ~ $ ~ $ ~ $ ~

(5)

DGCN/DG COOLING NATER PUHP 4103 SH

CS/CONT SPRAY PUHP 4121

CS/CONT SPRAT PUHP tillRB

RB

CS/CONT SPRAY HEADER ISOL VLV RB

CS/CONT SPRAY HEAT EXCHANGER 4122 RB




CS/CONT SPRAI PUHP 4112 SUCTIONISO VLV

CS/CONT SPRAY PUHP 4122 SUCTIONISO VLV

CS/COHT SPRAY PUHP 4122

CS/CONT SPRAY PUHP 4112

RB

RB

RB

RB



CS/CONT SPRAY HEAT EXOIAHGER 4111 RB

CS/CONT SPRAY HEAT EXCHAHGER 4111 RB

261

198

198

298

318

318

318

318

198

198

198

198

318

318

318

318

T17

N CORHER

N CORHER

P7

PB

PB

P8

PS

HE CORHER

NH CORHER

N CORNER

HE CORNER

PS

P8

P8

PS

EQUIPHEHT LOCATION --->F lr.E1v. Ro. or Row/Col.

~ $ ~ $ ~ $ ~ $ $ ~ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~

(6) (7)

BaseElev. <40'2~ $ ~ $ ~ $ ~ $ ~ $

(8) (9)

CapacitySpectruo~ $ ~ $ ~ $ ~ $

(10)

256 YES BS

198 YES BS

198 YES BS

Cap. > CaveatsDeoandl OK2~ $ ~ $ ~ $ ~ $ ~ $ ~ $ ~ $

(12) (13)

DerrandSpectrrsm~ $ ~ $ ~ $ ~ $

GRS YES HO

Anchor Inter-OK2 act OK2

EquipOK2 Notes

$ ~ $ ~ $ ~ $ ~ $ ~

(16) (17)(15)(14)

YES YES HO AD

GRS YES YES YES YES IES AD


318 HO BS

318 HO BS

318 HO BS

318 HO BS

198 YES BS

198 YES BS

198 YES BS

198 YES BS

318 HO BS

18 HO BS

318 HO BS

318 NO BS

RRS

RRS

RRS

RRS


YES YES YES IES YES AD


YES YES YES IES YES AD




GRS YES YES YES YES IES AD


RRS YES YES IES YES YES AD

RRS YES YES 'IES YES YES AD


298 HO GERS RRS YES YES H/A IES YES AD

CERTIFICATION:

All the Infornatlon contained on this Screening Verification Data Sheet(SVDS) Is, to the best of our knowledge and belief, correct and accurate.All Inforrration'ncludes each entry and conclusion (whether verified to be

selsuically adequate or not).

Approved: (Signatures of all Seisrrlc Capability Engineers on the SeisrricReview Tearr (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signator should be a licensed professionalengineer.)

CERTIFICATION:

The Inforrration provided to the Seisoic CapabilityEngineers regarding systeos and operations of the equi poentcontained on this SVDS is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systeos or Operations Engineer lsrequired if the Seisulc Capability Engineers deerait necessary.)

CARHEN R. AGOSTAPrint or Type Narre

HALTER DJORDJEVICPrint or Type Harre

gna ure

gna ur

ate

at

nt or ype aoe

r nt or ype aoe

gnature

gnature ate

nt or ype aoe g nature ate nt or ype aoe gnature ate

l

4


NIHE HILE POINT UHIT OHE Data Base F I le Nane/Date/Tine: HNP1 3.DBF / 11/26/95 / 14:11:28SCREEHIHG VERIFICATION DATA SHEET (SVDS) Sor t Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notess ~ 'AD')Progr an File Hane 8 Version: SSEH 2.2

LINENO.

~ $ ~ $ $ $

(I)

EDUIPCLASS HARK HO.~ S ~ $ ~ ~ S ~ S ~ $ ~ $ ~ S ~ S ~ $ ~ $ ~ $

(2) (3)

SYSTEN/EljUIPHENTDESCRIPT ION

~ $$ ~ $ ~ S ~ S ~ S ~ $ ~ S ~ $ ~ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ $ ~

(4)

Bul ldlng~ S ~ S ~ $ ~ $ $ ~

(5)

EOUIPHEHTFir. E1v.

~ S ~ S ~ $ $ ~ $ ~

(6)

LOCATION —-->Rn. or Row/Col.~ S ~ S ~ $ $ $ ~ $ ~ S ~ $ $

(7)

BaseElev. <40'2

(8) (9)

Capacity DenandSpectrun Spectrun~ $ ~ $ ~ \ ~ \ S ~ S ~ \ ~ $ $

(10) (11)

Cap. >Denandj$ $ $ $ ~ $ $

(12)

Caveats Anchor Inter- EquipOK7 OKj act OK7 OKl Notes

~ S ~ $ $ ~ S $ ~ $ ~ $ ~ ST $$$ ~ $ ~ S ~ S ~ ~ $ $ $ ~

(13) (14) (15) (16) (17)

5178 07 80-35

5179 088 80-35C

5180 088 80-35D

5169 07 80-36

5170 088 80-36C

5171 088 80-36D

5197 07 80-41

5199 088 80-41B

5193 07 80-44

5195 088 80-448

4154 06 81-03

4151 06 81-04

4182 07 81-11

CS/CONT SPRAY TEST LIHE ISO VLVPILOT

RB

CS/COHT SPRAY LOOP fll2 BYPASS ISO RBVLV TO TORUS

CS/CONT SPRAY LOOP 4112 ISO VLVPILOT

CRS/CORE SPRAY PUHP 4121

CRS/CORE SPRAY PUHP f122

CRS/PUNP RECIRC 412 PRESSURESAFETY VLV

RB

RB

RB

RB

CS/COHT SPRAY INLET ISO VLV 4122 RB

CS/CONT SPRAY INLET ISO VLV PILOT RB$ 122

CS/CONT SPRAY IHLET ISO VLV PILOT RB4122

CS/CONT SPRAY IHLET ISO VLV 4112 RB

CS/CONT SPRAY INLET ISO VLV PILOT RBf112

CS/CONT SPRAY INLET ISO VLV PILOT RBI112

CS/CONT SPRAY TEST LIHE ISO VLV RB

281

281

Nl

N7

281 N7

281

281

Ll

L7

281 Ll

198

198

237

SE CORNER

SE CORHER

SE CORNER

298 Pl

298 Pl

298 N7

298 H7

281 YES BS

281 YES BS

281 YES BS

RRS TES YES

YES YES

YES

YES

YES YES AD

YES YES AD


281 YES BS RRS

281 YES BS GRS

YES YES YES YES

YES YES YES YES

YES AD

YES AD

281 YES GERS RRS YES YES YES YES YES AD

298 NO BS

298 NO BS



198 YES BS

198 YES BS

237 YES BS


'YES YES YES YES YES AD


298 NO BS RRS YES YES YES YES YES AD

298 HO GERS RRS 'YES YES YES YES YES AD

CERTIFICATION:

All the lnfornation contained on this Screening Verification Data Sheet(SVDS) Is, to the best of our knowledge and belief, correct and accurate.All lnfornatlon'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signatory should be a licensed ofesslonalengineer.)

CERTIFICATION:

The infornation provided to the Selsnlc CapabilityEngineers regarding systeas and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer isrequired lf the Selsalc Capability Engineers deenIt necessary.)

CARNEH R. AGOSTAPrint or Type Nane

'NALTER NORDJEVICPrint or Type Hane

re

gnatur

a

Znt or ype ane

nt or ype ane

9nature

g nature

ate

ate


I

lt

4


NINE NILE POINT UNIT OHE Data Base File Hane/Date/Tine: NHP1 3.DBF / ll/26/95./ 14:ll:28SCREEHIHG VERIFICATIOH DATA SHEET (SUDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SUDS Notes 'AD')Progran File Wane 8 Version: SSEH 2.2

LINENO.

~ S ~ S ~ S

(I)

EQUIPCLASS HARK NO.S ~ S ~ S $ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ ~

(2) (3)

SYSTEN/EQUI PNENTDESCRI PI'ION

~ S ~ S ~ S ~ Ss ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ ~ S ~ S ~ S

(4)

Building~ S ~ S ~ S ~ $ ~ S

(5)

EQUI PNEHTF lr.Elv.

~ $ $ ~ S ~ S ~ $ $

(6)

LOCATION ----->Rn. or Row/Col.~ S ~ S ~ S ~ $ $ ~ S ~ S ~ S

(7)

Base CapacityElev. <40'2 Spectrun~ S ~ S ~ ~ S ~ S ~ ~ S ~ S ~ S ~ S

(8) (9) (10)

DenandSpectrun~ S ~ S ~ S ~ S

Cap. > Caveats Anchor Inter- EquipDenand7 OKT OK7 act OK7 OK7 Notes~ S ~ S ~ S ~ ~ S ~ S ~ S ~ ~ \ ~ S ~ S ~ S ~ S ~ $ $ S ~ S ~ S ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

4145 06 81-23

4148 06 81-24

4181 07 81-31

4133 05 81-49

4129 05 81-50

4141 05 81-51

4137 05 81-52

4146 07 81-53

4149 07 81-54

4155 07 81-55

4152 07 81-56

4134 07 81-57

4130 07 81-58

4142 07 81-59

4138 07 81-60

CRS/CORE SPRAY PUNP fillCRS/CORE SPRAY PUNP 9112

CRS/PUHP RECIRC fll PRESSURESAFETY VLV

RB

RB

RB

CRS/CORE SPRAY TOPPIHG PUNP f112 RB

CRS/CORE SPRAY TOPPING PUNP fill RB

CRS/CORE SPRAY TOPPING PUHP f121 RB

CRS/CORE SPRAY TOPPING PUNP 4122 RB

CRS/HOTOR fill SEAL COOLIHG PRESS. RBREGULATOR

CRS/NOTOR 4112 SEAL COOLING PRESS. RBREGULATOR

CRS/HOTOR f121 SEAL COOLIHG PRESS. RBREGULATOR

CRS/NOTOR f122 SEAL COOLING PRESS. RBREGULATOR

CRS/SEAL COOLING PRESS. REGULATOR RB




198

198

237

237

237

237

237

198

SW CORHER

SW CORHER

SW CORHER

SW CORHER

SW CORHER

SE CORNER

SE CORHER

SW CORHER

198 YES BS

198 YES BS

237 YES BS

237 YES BS

237 YES BS

237 YES BS

237 YES BS

198 YES BS


YES YES YES TES YES AD


GRS

YES HO

YES NO

HO YES NO AD

HO YES NO AD


GRS YES NO HO YES HO AD


198

237

SE CORHER 198 YES BS GRS YES YES YES YES YES AD

SW CORNER 237 TES BS GRS TES YES YES YES YES AD

237 SW CORNER 237 YES BS GRS YES YES YES TES YES AD

237

237

SE CORNER 237 YES BS GRS YES YES YES YES YES AD

SE CORHER 237 YES BS GRS YES YES YES YES YES AD

198 SW CORNER 198 YES BS GRS YES YES YES YES YES AD

198 SE CORHER 198 YES BS GRS YES YES YES YES YES AD

CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon Includes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat ould be a licensed professionalengineer .)

CARNEN R. ACOSTA fr. / /rPrint or Type Wane ate r nt or ype ane gnature

CERTIFICATION:

The lnfornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equipnentcontained on this SVDS Is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired if the Selsnlc Capability Engineers deenlt necessary.)

WALTER DJORDJEVICPrint or Type Nane nt or ype ane gnature

nt or ype ane gnature r nt or ype ane gnature ate

4

I 4'


NINE HILE POINT UNIT ONE Data Base File Nane/Date/Tine: HHP1 3.DBF / ll/26/95 /„14:ll:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHD (SVDS Notes ~ 'AD')Progran File Nano 8 Version: SSEH 2.2

LINEHO.

~ S ~ S ~ S

(I)

EOUIPCLASS HARK HO.~ $ ~ S ~ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S

(2) (3)

SYSTEH/EOUIPHEHTDESCRIPTION

~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ \ ~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ $ ~ S

(4)

BuildingS ~ S ~ $ $ ~ $ $ ~

(5)

EOUIPHENT LOCATION ---->F lr.Elv. Rn. or Row/Col.

~ $ $ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~

(6) (7)

Base Capacity DenandElev. <40'7 Spectrun Spectrun

(8) (9) (10) (11)

Cap. >Denandl~ S ~ S ~ $ $

(12)

CaveatsOK7

~ S ~ S ~ $ $

(13)

Anchor Inter- EquipOK7 act OK7 OK7 Notes

~ $$ ~ ST S ~ $ $ ~ S ~ ~ S ~ S ~ ~ S ~ $ $

(14) (15) (16) (17)

4147 07 81-73

4150 07 81-74

4156 07 81-75

4153 07 81-76

4135 07 81-77

4131 07 81-78

4143 07 81-79

4139 07 81-80

7201 06 93-01

7203 06 93-02

7204 06 93-03

7202 06 93-04

7211 OBA 93-25

CSRM/CONT SPRAY RAM MATER PUHPSI12

CSRM/CONT SPRAY RAN MATER PUMPsillCSRN/COHT SPRAY RAN MATER PUHP4122

CSRW/CONT SPRAY RAM MATER PUHP4121

SH

SH

SH

CSRM/COHT SPRAY RAM MTR PHP DISCHG RBBLOCK VLV Sill

CRS/HOTOR 4111 SEAL COOLIHG PRESS. RBRELIEF VLV



CRS/HOTOR 4122 SEAL COOLING PRESS. RBRELIEF VLV

CRS/SEAL COOLING PRESS. RELIEF VLV RB

CRS/SEAL COOLING PRESS. RELIEF VLV RB

CRS/SEAL COOLIHG PRESS. RELIEF VLV RB

CRS/SEAL COOLIHG PRESS. RELIEF VLV RB

198

198

198

198

237

237

237

237

256

SM CORHER

SN CORHER

SE CORHER

SE CORNER

SN CORNER

SN CORHER

SE CORHER

SE CORHER

T14A

256 T14A

256 T13A

318

256 T14A

198 YES Bs

198 YES Bs

198 YES Bs

198 YES Bs

237 YES Bs

237 YES Bs

237 YES Bs

237 YES Bs

256 YES Bs









GRS YES NO YES YES HO AD

256 YES BS GRS YES HO YES YES 'O AD


256 YES Bs GRS YES NO YES YES NO AD

318 HO BS RRS YES YES YES YES YES AD

CERTIFICATION:

All the infornatlon contained on this Screening Verification Data Sheet(SUDS) is, to the best of our knowledge and belief, correct and accurate.'All Infornatlon'ncludes each entry and conclusion (whether verified to beselsnlcally adequate or not).

Approved: (SIgnatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRl') are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa hould b a I lcensed professionalengineer.)

CARHEH R. AGOSTA w'(l~rPrint or Type Nane gnatu e

MALTER DJORDJEVICPrint or Type Nane gna ure ate

nt or ype ane gna ure


CERTIFICATION:

The Infornatlon provided to the Selsnlc CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SUDS Is, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Selsnlc Capability Engineers deenlt necessary.)

nt or ype ane gnature nt or ype ane g nature

J h


NINE HILE POINT UNIT ONE Data Base File Wane/Date/Tine: NHP1 3.DBF / 11/26/95 /,.14:11:28SCREENING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern COHTAIHS 'A') AND (SVDS Notes 'AO')Progran File Hane 8 Version: SSEH 2.2

L INE EOUIPHO. CLASS HARK NO.

~ S ~ Ss ~ BEAST ~ \ ~ S ~ S ~ S ~ S ~ S ~ S ~ ST \(I) (2) (3)

SYSTEH/EljUIPHENTDESCRIPT ION

S ~ S ~ S ~ S ~ S ~ Ss ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S

(4)

Building~ S ~ E ~ S ~ S ~ S

(5)

EQUI PHENTFir.Elv.

~ S ~ S ~ SEE ~ S

(6)

LOCATION -----> BaseRn. or Row/Col. Elev. <40'7~ S ~ S ~ S ~ S ~ S ~ S ~ Ss SHE'S ~ S ~ SS

(8) (9)

Capacity Denand Cap. > Caveats Anchor Inter- EquipSpectrua Spectrun Denand? OK7 OK7 act OKT OKT Notes~ Ss ~ S ~ E ~ ~ S ~ S ~ S ~ S ~ SES ~ S ~ ~ S ~ E ~ S ~ ~ S ~ S ~ S S ~ S ~ S ~ S BEAST ~ E ~ E ~

(10) (11) (12) (13) (14) (15) (16) (17)

7210 OBA 93-26

7212 OBA 93-27

7209 OBA 93-28

4171 OBA 93-71

7215 OBA 93-71

7213 08A 93-72

7214 OBA 93-,73

4173 08A 93-74

7216 08A 93-74

7113 21 96-04

7117 21 96-05

7121 21 96-06

7125 21 96-07

DSA/DG 4102 START AIR TANK 41

DSA/OG 4102 START AIR TAHK 42

DSA/DG 1102 START AIR TANK 43

TB

TB

TB

DSA/OG 4102 START AIR TAHK f4 TB

CSRW/COHT SPRAY RAM WTR PHP DISCHG RBBLOCK VLV $ 121

CSRM/COHT SPRAY RAW WTR PHP DISCHG RBBLOCK VLV f122

CSRW/CONT SPRAY RAW WTR PHP DISCHG RBBLOCK VLV 4112

CSRW/CONT SPRAY RAM MATER ISO VLV RB4111

CSRW/CORE SPRAY RAM WATER ISO VLV RBfillCSRW/CONT SPRAY RAM WATER ISO VLV RB4112

CSRM/CONT SPRAY RAN WATER ISO VLV RB$ 121

CSR'W/CONT SPRAY RAN WATER ISO VLV RB$ 122

CSRM/CORE SPRAY RAW WATER ISO VLV RB4122

318 318 HO GERS RRS YES YES YES YES YES AO

318 318 HO BS RRS YES YES YES YES YES AD

318 318 HO GERS RRS YES YES YES YES YES AD

318 N7 318 NO BS RRS YES YES YES YES YES AO

318 H7

318 N7

318 P7

318 HB

318

318 NO BS RRS 'YES YES YES YES YES AO

318 HO BS RRS YES YES YES YES YES AD

318 HO BS GRS YES YES YES YES YES AO

318 HO BS RRS YES YES YES TES YES AO

BS NO BS GRS YES YES 'YES 'YES YES AD

261

261

261

261

DG 102 RH 261 YES BS RRS YES HO HO YES NO AD

OG 102 RH 261 YES BS RRS YES NO NO YES HO AD

OG 102 RH 261 YES BS RRS TES HO HO YES HO AO

DG 102 RH 261 YES BS RRS YES HO NO—

YES HO AO

CERT IF I CATION:

All the lnfornatlon contained on this Screening Verification Data Sheet-(SVDS) is, to the best of our knowledge ard belief, correct and accurate.All infornatlon'ncludes each entry ard conclusion (whether verified to be

selsnlcaily adequate or not).

Approved: (Signatures of ail Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One s lg houid e a I lcensed professionalengineer.)

CARHEH R. AGOSTA i-b./~~Print or Type Mane gnature

WALTER DJORDJEVICPrint or Type Nane ategnature

r nt or ype ane gnature ate


CERT IF ICATION:

The infornatlon provided to the Selsnlc CapabilityEngineers regarding systens ard operations of the equipnentcontained on this SVDS is, to the best of our knowledge ardbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer Isrequired if the Selsnic Capability Engineers deenit necessary.)

nt or ype ane gnature ate nt or ype ane g nature ate

I A

't

1

I4


HIHE NILE POINT UNIT OHE Data Base File Nane/Date/Tine: HHPI 3.DBF / 11/26/95./.14:11:28SCREEHIHG VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: IO Hunber

Filter Criteria: (Eval. Concern CONTAIHS 'A') AHD (SVDS Notes-'AD')Progran File Hane 6 Version: SSEH 2.2

LIHEHO.

~ $ ~ $ ~ $

(I)

EIQIPCLASS HARK NO.~ S ~ $ ~ ~ S ~ S ~ $$$ ~ S ~ $ ~ S ~ S as

(2) (3)

SYSTEH/EOUIPHEHI'ESCRIPTION

~ $ ~ $ ~ $$$$ ~ $ ~ $ ~ $ ~ $ ~ S ~ $ ~ S ~ $ ~ S ~ $ ~ $ ~ $ $

(4)

Building~ $ ~ $ ~ $ ~ $ $ $

(5)

EOUIPHENTFir.Elv.

~ S ~ S ~ S ~ S ~ $

(6) (8) (9)(7)

LOCATIOH ---> BaseRn. or Row/Col. Elev. <40'7$ $ $ ~ $ ~ $ ~ $ ~ $ ~ S ~ $ $ ~ $ ~ S as ass

CapacitySpectrun~ $ ~ \ ~ $ ~ $

(10)

DeaandSpectrun$ ~ $ ~ $ ~ $ ~

Cap. > Caveats Anchor Inter- EquipDenand7 OK7 OK7 act OK7 OKT Notes~ $$$ ~ ST S ~ S ~ $ ~ S ~ S ~ S ~ $ $ ~ $ ~ S ~ $ ~ S ~ $ $ ~ $ ~ $ ~

(12) (13) (14) (15) (16) (17)

7129 21 96-08

7114 07 96-15

7118 07 96-16

7122 07 96-17

7126 07 96-18

7130 07 96-19

DSA/DG 4102 START AIR TANK flRELIEF VLV

DSA/OG 4102 START AIR TANK f2RELIEF VLV

DSA/DG 4102 START AIR TANK 83RELIEF VLV

DSA/DG 4102 START AIR TANK I4RELIEF VLV

OSA/DG 4102 START AIR TANK 85RELIEF VLV

TB

TB

TB

TB

TB

DSA/OG 4102 START AIR TANK 45 TB 261

261

261

261

261

DG 102 RH

DG 102 RH

OG 102 RH

DG 102 RM

DG 102 RM

261 YES BS

261 YES BS

261 YES BS

261 YES BS

261 YES BS

RRS YES HO HO YES NO AD





261 DG 102 RN 261 YES BS GRS YES YES YES YES YES AD

7134 07 96-20

7133 07 96-28

7115 21 96-31

7119 21 96-32

7123 21 96-33

7127 21 96-34

7131 21 96-35

7116 07 96-44

DSA/DG 4102 AIR INLET RELIEF VLV TB

DSA/OG 4102 AIR INLET PRESSUREREGULATING VLV

DSA/DG 4103 START AIR TANK tlDSA/DG 4103 START AIR TANK 42 TB

DSA/DG 4103 START AIR TANK 41RELIEF VLV

TB

DSA/DG 4103 START AIR TANK 43 TB

DSA/DG 4103 START AIR TANK 44 TB

DSA/DG 4103 START AIR TAHK 45 TB

261

261

261

261

261

261

261

261

DG 102 RH

DG 102 RH

DG 103 RH

DG 103 RH

DG 103 RH

DG 103 RH

DG 103 RH

OG 103 RH

261 YES BS

261 YES BS

261 YES BS RRS YES HO


261 YES BS RRS YES HO

HO YES NO AD

NO YES HO AD

NO YES NO AD

HO YES HO AD

HO YES HO AD

RRS YES HO

RRS YES HO

261 YES BS

261 YES BS




CERTIFICATION:

AII the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All infornatlon'ncludes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signa should e a licensed professionalengineer. )

CERTIFICATION:

The lnfornatlon provided to the Selsnlc Capabl1 ltyEngineers regarding systens and operations of the equipnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer Isrequired lf the Selsnlc Capability Engineers decait necessary.)

CARHEH R. AGOSTAPrint or Type Haoe

HALTER OJORDJEVICPrint or Type Hane 9na

e'teate

nt or ype ane

r nt or ype ane

gnature

gnature

ae


I

0


NINE HILE POINT UNIT ONE Data Base File Nane/Date/Tine: NHPl 3.DBF / 11/26/95 /, 14:11:28SCREEHIHG VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AHO (SVDS Notes ~ 'AD')Progran File Hane 8 Version: SSEH 2.2


(I) (2) (3)


~ SS ~ SSS ~ S ~ S ~ S ~ S ~ S ~ SS ~ S ~ SSS ~ S ~ S ~ S ~ S

(4)

Bul ldlngS ~ SSS ~ S ~ S ~

(5)

EQUIPHEHTFir. Elv.

~ S ~ S ~ S ~ S ~ S

(6) (7) (8) (9)

LOCATION ——-> BaseRn. or Row/Col. Elev. <40'7~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ ~ S ~ S ~ S ~ SSS

CapacitySpectrm~ S ~ S ~ S ~ S

(10)

DenandSpectrun~ S ~ S ~ S ~ S

Cap. > Caveats Anchor Inter- EquipDenand1 OK7 OK1 act OK1 OK7 NotesASSISTS ~ S ~ S ~ \~ ~ S ~ \ ~ S ~ S ~ S ~ S ~ ~ ST ST ~ ST ST

(12) (13) (14) (15) (16) (17)

7120 07 96-45

7124 07 96-46

7128 07 96-47

7132 07 96-48

1136 07 96-49

7135 07 96-52

1109A 20 ATSA

71098 20 ATSB

7109C 20 ATSC

7109 D 20 ATSO

8131 15 BATT 11*

8148 15 BATT 1 1 1*

8149 15 BATT 112»

CERTIFICATION:



DSA/DG f103 START AIR TANK 44RELIEF VLV

DSA/DG 4103 START AIR TANK f5RELIEF VLV

TB

TB

DSA/DG 4103 AIR INLET RELIEF VLV TB

DSA/DG 4103 AIR INLET PRESSUREREGULATIHG VLV

TB

API 24/48 V OC BATTERY 4111

AP/ 24/48 V OC BATTERY 4112

TB

TB

RPS/ CHANNEL A/ANALOG TRIP SYSTEH RBCABINET A

RPS/ CHANNEL 8/ANLOG TRIP SYSTEH RBCABINET 8

RPS/ CHANNEL C/ANLOG TRIP SYSTEH RBCABINET C

RPS/ CHANNEL D/ANALOG TRIP SYSTEH RBCABINET D

AP/2320 AHP-HR, 125 V BATTERY 411 TB

261

261

261

261

261

261

281

281

281

DG 103 RH

DG 103 RH

OG 103 RH

DG 103 RH

DG 103 RH

OG 103 RH

NS

HS

Kll

261 YES BS

261 YES BS

261 YES BS

261 YES BS

261 'YES BS

261 YES BS

281 YES BS

281 YES BS

281 YES BS

GRS YES YES YES YES YES AO



GRS - YES YES YES 'YES YES AD



GRS YES YES YES YES YES AO



281 KII 281 YES BS GRS YES YES YES YES YES AD

CERTIFICATION:

277 BAT RH 11 277 YES TRS CRS YES YES YES YES YES AD

217 BAT RH 11 277 YES BS RRS YES YES YES YES YES AD

277 BAT RH 11 277 YES BS RRS 'YES YES YES YES YES AD

All the infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All infornation includes each entry and conclusion (whether verified to be


Approved: (Signatures of al I Selsnlc Capability Engineers on the SeisulcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slg should be a llcen professionalengineer.)

CARHEN R. AGOSTAPrint or Type Hane gnat re ate n or ype ane gnature ate

The lnfornatlon provided to the Seisalc CapabilityEngineers regarding systens and operations of the equipnentcontained on this SVDS is, to the best of our knowledge andbelief, correct and accurate.


HALTER DJOROJEVICPrint or Type Nane gnatur ate nt or ype ane gnature

nt or ype ane gnature 'te nt or ype ane gnature Uaae

0


NINE HILE POINT UNIT ONE Data Base File Nane/Date/Tine: HHP1 3.DBF / ll/26/95 / 14:ll:28SCREENING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Hunber

Filter Criteria: (Eval. Concern COHTAINS 'A') AND (SVDS Hotes 'AD')Progran File Hane 8 Version: SSEH 2.2

LIHE EQUIPNO. CLASS

ASS as ~ ~ s ~ s ~

(1) (2)

HARK NO.~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S

(3)

SYSTEH/EQUI PHEHTDESCRIPT ION

~ s ~ s ~ $$$ ~ s ~ s ~ $$$$ ~ s ~ $$$ ~ s ~ s ~ s ~ a ~ s ~

(4)

Building~ a ~ s ~ s ~ s ~ a

(5)

EQUI PHENTF lr.Elv.

~ s ~ a ~ a ~ a ~ s

(6)

LOCATION ——->Rn. or Row/Col.s ~ a ~ s ~ s ~ s ~ s ~ s ~ a

(7)

BaseElev. <40'7~ s ~ a ~ ~ a ~ a ~

(8) (9)

CapacitySpectrun~ $ $ $ ~ a ~ s

(10)

DenandSpectrun~ $$$ uses

Cap. > Caveats Anchor Inter- EquipDemard7 OK7 OK7 act OKY OK7 Notes~ aaaass $ $ $ $ $ $ $ a ~ a ~ s ~ alaskan ~ s ~ s ~ ASS ~ a

(12) (13) (14) (15) (16) (17)

8132 15 BATT 12»

8150 15 BATT 121*

8151 15 BATT 122»

8133 14 8811

8134 14 8812

8170 20 C8118*

8171 20 C8128»

81341 20 CP161A-8

8136 20 CP1 67

8134K 20 CP171A-8

3109 20 D-372

7141 20 DC102

7145 20 DC103

7142 03 DG102

AP/2320 AHP-HR, 125 V BATTERY 012 TB

AP/ 24/48 V DC BATTERY f121


TB

TB

AP/125 V DC BATTERY BOARD Oil TB

AP/125 V DC BATTERY BOARD f12

CTRL/125 V DC CONTROL AND RELAYBOARD COHTROL BUS 118

CTRL/125 V DC CONTROL AND RELAYBOARD CONTROL BUS 128

AP/BATTERY CHARGER 161A CONTROLCABINET

AP/COHPUTER PONER SUPPLY HG SETf167 CONTROL PNL

AP/BATTERY CHARGER 171A CONTROLCABINET




TB

TB

TB

TB

TB

TB

TB

TB

TB

AP/DG 102 NEUTRAL BREAKER CUBICLE TB

277

277

277

261

261

261

261

261

277

261

277

261

261

261

BAT RH 12

BAT RH 12

BAT RH 12

A9, 10

AIO, 11

A9

A11

A12

CR CON E

DG 102 RH

DG 103 RH

DG 102 RH

277 YES TRS

277 YES BS

277 YES BS

261 YES BS

261 YES BS

261 YES BS




GRS 'YES HO HO YES NO AD

YES HO NO YES HO AD


261 YES BS GRS YES HO

E PAHEL

NO YES HO AD

YES AD

261 YES BS

261 YES BS

261 YES BS



RRS YES NO NO YES NO AD


261 YES BS GRS YES HO NO YES HO AD

277 YES BS GRS YES NO NO YES HO AD

CERTIFICATION:

All the Infornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knorrledge ard belief, correct and accurate.'All lnfornatlon'ncludes each entry and conclusion (rrhether verified to beselsalcally adequate or not).

Approved: (Signatures of all Selsnlc Capability Engineers on the SelsnlcRevierr Tean (SRT) are required: there should be at least trro onthe SRT. All signatories should agree rrlth all of the entrIes ardconclusions. One slgnat ovid be a licensed rofesslonalengineer.)

CARHEH R. AGOSTA 2. /Print or Type Hane g e ate

/'ALTERDJORDJEVICPrint or Type Haue gnatur ae

nt or ype ane gna ure ae

nt or ype ane gnature ae

CERTIFICATION:

The lnfornatlon provided to the Selsalc CapabilityEngineers regarding systens ard operations of the equlpnentcontained on this SVDS is, to the best of our knorrledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired lf the Sei saic Capability Engineers decaIt necessary.)


.


HINE HILE POINT UNIl'HE Data Base File Nane/Date/Tine: HHP1 3.DBF / ll/26/95./ 14:11:28SCREEHING VERIFICATIOH DATA SHEET (SVDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAIHS 'A') AND (SVDS Notes 'AD')Progr an File Hane 6 Version: SSEH 2.2

LINE EOUI PHO. CLASS

~ S ~ S ~ S ~ S ~ $ $

(1) (2) (3)

SYSTEH/EQUIPHENTDESCRIPT ION

(4)

Building

(5)

EOUIPHENT LOCATION —-—> Base Capacity Decmard Cap. > Caveats Anchor Inter- EquipFir.Elv. R>a. or Row/Col. Elev. <40'7 Spectrua Spectrua Deoard7 OK7 OK7 act OK7 OK7 Notes

~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ ESSES JESSE ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ $ $ ~ ESSE ST CEASES ~ E ~ S ~ S ~ ~ E ~ S ~ ~ E ~ E ~

(6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)

7144 14 DG102 IB

7146 03 DG103

7148 14 DG103 IB

8171A 20 E

6266 18 ECVVR*

8101 17 EDG102

8102 17 EOG103

3140 18 EIRE

8187 20 F

8191 20 G

8192 20 H

8158 14 IG12

8159 14 IG13

8160 14 IG22

8161 14 IG23

CTRL/COHSOLE E CON'IL RH ELECTCONTROL CONSOLE

TB

EC/EHERGEHCY COHDENSER VENT VALVE RBRACK

AP/EHERGEHCY DIESEL GENERATOR 4102 TB

Ap/EHERGEHCY DIESEL GEHERATOR 4103 TB

RCS/EAST IHSTR. ROON RACK

CTRL/CONTROL BOARD PHL F

CTRL/CONTROL BOARD PHL G

CIRL/CONTROL BOARD PNL H





RB

TB

TB

TB

TB

TB

TB

TB

AP/DG 102 EHERGEHCY DC ISOLATION TBBREAKER CABINET

AP/DG 103 HEUTRAL BREAKER CUBICLE TB

AP/DG 103 EHERGEHCY DC ISOLATION TBBREAKER CABIHET

261

261

261

DG 103 RH

DG 103 RH

261 YES BS

261 YES BS

RRS YES HO HO YES HO AD


277 CR

340 P8

261

261

BG> BEIB

BCIB

E IHST RH

277 'YES BS GRS YES YES YES YES YES AO

340 HO BS RRS YES YES YES YES YES AO




277

277

277

277

277

277

277

CR PNL G

CR PNL G

CR PHL G

CR PNL G

277 YES BS GRS

277 YES BS GRS

277 YES BS GRS

277 YES BS GRS

277 YES BS GRS

277 YES BS GRS

277 YES BS GRS

'YES NO

YES NO

YES HO

HO YES HO AD

HO YES HO AD

HO YES NO AD





DG 102 RH 261 YES BS GRS YES YES YES YES 'YES AD

CERTIFICATION:

All the Inforoation contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct ard accur ate.All infornation Includes each entry and conclusion (whether verified to be


Approved: (Signatures of all Seisnic Capability Engineers on the SelsnicReview Tean (SRI') are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One signatory should be a licensed professionalengineer .)

CERl'IFICATIOH:

The lnfornatlon provided to the Seisnic CapabilityEngineers regarding systeas ard operations of the equipoentcontained on this SVDS ls, to the best of our knowledge ardbelief, correct and accurate.

Approved: (One sIgnature of Systens or Operations Engineer lsr equlred lf the Selsnlc Capability Engineers decalt necessary.)

CARHEH R. AGOSTAPrint or Type Naoe

HALTER OJORNEVICPrint or Type Nane

9 u

9na Ur

ate nt or ype ane

nt or ype ane

g nature

gnature

ae

ae

nt or ype ane gnature nt or ype aoe g nature ate

t

Page Ho. 38Report Date/TIne: 11-26-95 / 14:14:37

NIHE NILE POINT UHI'I ONE Data Base File Nane/Date/Tine: NHP1 3.DBF / ll/26/95 /. 14:11:28SCREENING VERIFICATION DATA SHEET (SUDS) Sort Criteria: ID Hunber


LIHE EQUIPNO. CLASS HARK NO.

~ S ~ S ~ \ ~ \ ~ ST ~ $ ~ S ~ $ ~ $ ~ S ~ $ ~ S ~ $ ~ S

(1) (2) (3)


~ $$$ ~ $ ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ $ ~ S ~ S ~ S ~ S ~ S

(4)

<-—--- EQUIPHENT

Building Fir.Elv.~ $ $ ~ S ~ S ~ S ~ ~ S ~ S ~ S ~ S ~ S

(5) (6)

LOCATIOH -—--> BaseRn. or Row/Col. Elev.~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ $$ ~ ST

(7) (8)

Capacity Denand<40'7 Spectrun Spectrun$$ ~ ST ~ S ~ $ $ ~ S ~ ~ S ~ S ~ S ~ S

(9) (10) (11)

Cap. > Caveats Anchor Inter- EquipDenand7 OK7 OK7 act OK7 OK7 Notes~ S ~ $ $ ~ S ~ S ~ S ~ S ~ $$$ ~ ST ~ S ~ S ~ S ~ ~ S ~ $ $ ~ S ~ S ~

(12) (13) (14) (15) (16) (17)

8188 20 K

8186 20 L

8189 20 H

8129A 18 HSI VIR»

8190 20 H

8152 20 H I811

8153 20 N I812

8120 20 PNL 167A

8134H 20 PRC162

8134N 20 PRC172

7143 17 RC102

7147 17 RC103

8166 20 RSP11

8167 20 RSP12

81288 16 SBC161A

CERTIFICATION:

CTRL/CONTROL BOARD PHL K

CTRL/CONTROL BOARD PHL L

CTRL/CONTROL BOARD PHL H

TB

TB

TB

CTRL/COHTROL BOARD PHL H

AP/NUCLEAR INST BUS 411

AP/NUCLEAR INST BUS 412


AP/UPS 162A AHD 162B PROTECTIVERELAY CABINET

AP/UPS 172A AND 1728 PROTECTIVERELAY CABIHET

AP/DG 102 RELAY RESISTOR (NEUTRALGROUND)

AP/DG 103 RELAY RESISTOR (NEUTRALGROUND)

CTRL/REHOTE SHUTDONN PNL 411

CTRL/REHOTE SHUTOOVN PHL 412

TB

TB

TB

RB

TB

TB

TB

TB

TB

TB

AP/STATIC BATTERY CHARGER 161A TB

AP/HAIN STEAH ISO VLV INSTRUHENT TBRACK

277

277

277

261

277

277

277

281

277

277

261

261

250

277

261

CR

CR

CR

HSIV RH

277 YES BS

277 YES BS

277 YES BS

261 YES BS




GRS YES NO HO YES HO AD

Qji 8 281 YES BS GRS YES YES YES YES YES AD


A12 277 YES BS GRS

r

YES HO NO YES HO AD

DG 102 RH 261 YES BS GRS YES NO HO YES HO AD

DG 103 RH 261 YES BS GRS YES HO NO YES NO AD

A14

C16

250 YES BS GRS YES YES TES YES YES AD


261 YES DOC RRS YES YES YES YES YES AD

CERT IF ICATIOH:

277 YES BS GRS YES NO HO YES NO AD

CR PHL G 277 YES BS GRS YES YES YES YES YES AD

CR PNL G 277 YES BS GRS YES YES YES YES YES AD

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) Is, to the best of our knowledge and belief, correct and accurate.All lnfornatlon'ncludes each entry and conclusion (whether verified to be

selsalcal ly adequate or not).

Approved: (Signatures of all Selsalc Capability Engineers on the SelsnlcReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slg should e a I lcens professionalengineer. )

CARHEH R. AGOSTA 2Print or Type Nano g nature ate n or ype ane gnature

The lnfornatlon provided to the Selsaic CapabilityEngineers regarding systens and operations of the equipaentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired if the Selsnlc Capability Engineers decalt necessary.)

NALTER DJORDJEVICPrint or Type Nane gna e nt or ype ane gnature


0

h

~ g

I ~


NIHE HILE POINT UNIT OHE Data Base Flic Hane/Date/Tine: HHP1 3.DBF / 11/26/95 / 14:ll:28SCREEHING VERIFICATION DATA SHEET (SVDS) Sort Criteria: ID Nunber

Filter Criteria: (Eval. Concern CONTAINS 'A') AND (SVDS Notesss'AD')Progran File Hane 8 Version: SSEH 2.2

LINENO.

~ \ ~ S ~ S

(I)

EQUIPCLASS HARK HO.S ~ SSS S ~ SSS ~ S ~ S ~ S ~ S ~ S ~ S ~

(2) (3)

SYSTEH/EQUIPHEHT0ESCRI PT IOH

~ S ~ S ~ S ~ SS ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ S ~ SSS ~ S ~ S ~

(4)

Building\~ S ~ S ~ \ ~ \ ~

(5)

EQUIPHEHTFir.Elv.

~ SSS ~ SS ~ SS

(6)

LOCATION --->Rn. or Row/Col.~ S ~ S ~ S ~ S ~ S ~ S ~ S ~

(7)

Base Capacity Deoand Cap. >Elev. <40'7 Spectrun Spectrun Deoand7~ S ~ S ~ ~ S ~ S ~ ~ S ~ SS ~ S ~ ~ S ~ SSS ~ S ~ S ~ S ~ S ~

(8) (9) (10) (11) (12)

Caveats Anchor Inter- EquipOKT OK7 act OKT OKT Notes

~ S ~ S ~ SS AS USES ~ S ~ S ~ S ~ ~ S ~ S ~ ~ S ~ S ~

(13) (14) (15) (16) (17)

8128C 16 S8C161B

81280 16 SBC171A

8128 E 16 58C171B

8168 20 SSCI

8169 20 SSC2

8119 04 TRANS 167A

8107 04 TRANS 16A»

8107A 04 TRAHS 16B»

8108 04 TRAHS 17A»

8108A 04 TRANS 178»

8164 20 VB11

8165 20 VB12

3141 18 NIRR»

AP/4160 TO 600 V TRAHSFORHER


AP/4160 TO 600 V TRANSFORHER


CTRL/125 V DC VLV BOARD sllCTRL/125 V DC VLV BOARD 412

RCS/NEST INSTR. ROON RACK

RB

RB

RB

RB

TB

TB

RB

AP/STATIC BATTERY CHARGER 161B TB

AP/STATIC BATTERY CHARGER 171A TB

AP/STATIC BATTERY CHARGER 1718 TB

CTRL/SHUTDOVH SUPV COHTROL CABINET RB1

CTRL/SKUTDOVN SUPV CONTROL CABINET RB2

AP/600 TO 120/208 V TRANSFORHER RB

261

261

261

281

A12

A12

KS

281

281

281

281

281

261

291

Q7, 8

L, H4

L, H4

QIO, 11

QIO, 11

AII

JS

N IHST RH

281 K11

261 YES DOC RRS YES YES YES YES YES AD

261 YES DOC RRS YES YES YES HO NO AD

261 YES DOC RRS YES YES YES NO NO AD




281 YES BS GRS YES HO 'YES YES HO AD




261 YES BS RRS YES YES HO YES HO AD

291 HO BS RRS NO YES HO YES HO AD


CERTIFICATION:

All the lnfornatlon contained on this Screening Verification Data Sheet(SVDS) ls, to the best of our knowledge and belief, correct and accurate.All lnfornatlon Includes each entry and conclusion (whether verified to be


Approved: (Signatures of all Selsaic Capability Engineers on the SeisnicReview Tean (SRT) are required; there should be at least two onthe SRT. All signatories should agree with all of the entries andconclusions. One slgnat ould be a licensed professionalengineer.)

CERTIFICATION:

The lnfornatlon provided to the Selsnic CapabilityEngineers regarding systens and operations of the equlpnentcontained on this SVDS ls, to the best of our knowledge andbelief, correct and accurate.

Approved: (One signature of Systens or Operations Engineer lsrequired If the Selsnic Capability Engineers decoit necessary.)

CARHEN R. AGOSTAPrint or Type Hane

HALTER DJORDJEVICPrint or Type Nano gnature

/br/ ffate

nt or ype ane

nt or ype ane

gnature

gna re

ate

ate

nt or ype ane ate nt or ype ane gnature

Appendix E

THIRD-PARTY AUDITREPORT

Robert P. Kennedy

Structural Mechanics Consulting, Inc.

18971 VillaTerrace, Yorba Linda, CA 92686 ~ (714) 777-2163

Scptcmber 28, 1995

P.E. FranciscoNiagara Mohawk Power CorporationP. Q. Box 63

Lycoming, New York 13093

Subject: Nine Mile Point Unit 1 A46 and IPEEE-Seismic Peer Review

Dear Mr. Francisco:

Please let this letter serve as a report on the third party audit peer review walkdown for the A-46(SQUG) and IPEEE evaluation ofthe Nine Mile Point Unit 1 (NMP1) plant. The site visit portion ofthe peer review was conducted by myself on August 28-30, 1995. Walkdowns werc conducted beforethe Screening Evaluation Worksheets (SEWS) were reviewed. A sampling of SEWS chosen basedon the peer walkdown was subsequently reviewed and generally found to be in good order. Generaland specific comments on the walkdowns and the SEWS reviewed are provided below.

Accessible areas of the plant were reviewed excluding the Drywell (Primary Containmcnt) and highradiation areas. Areas which were inaccessible due to radiological concerns were the PrimaryContainment, and a few areas in the Reactor building including the Reactor Water Cleanup Roomand East 4 West Instrument rooms. Corner rooms in the Reactor building were accessible and thuswere visited.

The walkdown has been conducted in a comp tent manner and results are in accordance with theguidance ofthe Generic Implementation Plan (GIP) and NP-6041 documentation. The vast majorityof the findings noted in this letter were already found and documented by the walkdown team, so thepccr revicwcr believes this walkdown to have been conducted in a thorough and professional manner.Tlie NMP1 plant has been found to be in good condition with respect to seismic ruggedness owing togood original design and modifications made to meet information bulletins and notices during the pasttwenty fivyears. The so-called "seismic housekeeping" was found to be excellent. Very few itemssuch as desks, bookcases, ladders and the like were found in the proximity ofsafety-relatedequipmcnt. When they were in the general proximity ofequipment as was the case in the maincontrol room, the items were chained to a structural column. Such practices speak well for the plant.

During the pccr review walkdowns a number of important observations as given below were made forthe consideration of the A-46 and IPEEE seismic capability engineers (SCE):

- Leaded, so~lied "Cinch", anchors were used for some mechanical and electricalequipment - some ofwhich is inaccessible because it is contained within the foundation.Expansion type ancliors are not generally recommended for vibratory equipmcnt. Moreover,leaded anchors have a known lesser capacity than thc anchors considered in the GIP and are

I ~

Nine Mile Point 1 Peer ReviewPage 2

therefore considered outliers. The peer reviewer agrees that the Savannah River test data 1

may be used to establish Cinch anchor load capacities; however, as the data indicates asignificant percentage ofthe anchors failed a tightness check. NMP1 must undertake atightness check program on all accessible anchors. Based on the failure percentage, adiscount factor willneed to be applied to inaccessible anchors to account for a possiblefailure.

- A number ofAA6 equipment have been determined to be outliers for which furtheranalytical study willnot produce higher capacities. As such, design retrofits are likely to beneeded for those equipment. At this time no attempt has been made to calculate HCLPFs forthese equipment items. The peer reviewer recommends conceptual design fixes be completedand the HCLPF capacities be calculated based on the conceptual designs.

- Several lube oil reservoirs on pumps were found loose on a random sampling basis. Thesereservoirs might fall offduring a seismic event causing the pump to seize shortly thereafter.They should be routinely checked to ensure they are secure on the pump.

- A significant portion ofelectrical raceways are anchored to "Robertson Floor System"decking. This decking utilizes sheet metal which is of low tensile load capacity based onpreviously performed analytical studies. It is recommended that further data based on actualcapacity testing and more analytical study be developed to hopefully establish higher tensileload capacities for floor decking type. A similar problem exists for beam clamps ofcertainmanufacturers. Currently, the given tensile load capacities make a large portion oftheraceways ofthese designs A46 outliers and willgovern the plant HCLPF as well for theIPEEE study.

- The majority ofthe reactor building ra+mays have a cast iron insert for anchorage. Theseinserts have failed during previous earthquakes. A statistical sampling should be done toassure the threaded rod is sufficiently inserted into these inserts (at least 3 threads).

- Mr. Kirchner's theory that fire lines and structural members willprovide support toraceways is generally reasonable. However, at a minimum it willbe difficultto prove thatcables willnot be pulled from connectors. Therefore, I do not recommend this approach foruse in screening raceways. Although unlikely, it may be useful on some very specific andisolated cases where analytical methods fail and cost effective fixes are unavailable.

S ecific A-46 and IPEEE Related Comments

Diesel Generator Ar

Equipment in Area The peer reviewer agrees with the judgments ofthe Seismic ReviewTeam (SRT), in general. Equipment reviewed included the diesel generator itselfand itssupport equipment including the neutral ground breaker cabinet and resistor, DG102 and 103

Lead E ansion Anchor Load a aci in Reactor Buildin s at the Savannah River Site, E. L. Bryant,Westinghouse Savannah River Company, RTR-2661, August 15, 1989.

/

Nine Mile Point 1 Peer ReviewPage 3

control panels, and the air start tanks. The breaker cabinet and resistor anchorage, and airstart tanks were classificd as outliers. It docs not appear that the fuel oil storage tanks (mainstorage tank or day tanks) were on the SSEL list and this is questioned. At the time ofthepeer review, the speed nuts that secure the doors ofDG102 were found not engaged (loose).The nuts should be tightened.

Local Room Roll-up Door and Motor The SRT judged the roll-up door and its drive motorto be screened at the 0.3g PGA level for the Review Level Earthquake (RLE). The peerreviewer concurred with this judgment.

4160V Switch ear Rooms

PB 102 &103 The powerboards PB102 and 103 were documented to only have four plugwelds (in two cubicles) among 11 cubicles in all on the rear side. Although the anchorageanalysis shows suKcient load capacity for A46, the peer reviewer judged this condition asunacceptable, thus anoutlier. Atleasteveryothercubicleshouldbepositivelyanchored. Acloser inspection of the rear side and/or additional welding willbe required. Some frontcubicle doors were found to be able to rattle due to gaps at the top (or bottom) ofthe doorsince the door latching mechanism is only.at a single, mid-height point. This may introducehigh frequency input to any essential relays on the door due to potential impacts. It isrecommended that s~led speed nuts be added at the top and/or bottom ofthe door or arubber-like gasket be introduced on the door frame to absorb any potential impacts. Thesomewhat loose doors identified were marked R1022 (on PB 102), and R1023 and R1031(both on PB 103).

Condensate 0'ater Storage Tank (CST) The tank is well anchored and adequate pipingflexibilityis also evident. It is classified. as an outlier due to not passing the top chair platecriterion ofthe GIP. The peer reviewer agrees with this although it was noted that a yieldline analysis of the top plate would probably result in an adequate HCLPF capacity. NMP1agreed to calculate this capacity.

Chtllers 210.1-1 19 &-120 The chiller is mounted on neoprene pads. While they can takeshear load to some level, it is agreed they cannot sustain tensile loads. The bolts ofapproximately 1/2" diameter in the center ofthe pad may go through the pad and would thentake.up the tensile load. The seismic loads on the neoprene pads need to be evaluated againsta reasonable shear and tension acceptance criteria.

PB 1671 The peer reviewer agrees that because this MCC is anchored with Cinch anchors itis an outlier and willbe subject to the bolt tightness checking program.

Valves 202-34 &-35 These valves were judged to have independent braces by the SRT. Thepeer reviewer believes this judgment is conservative and the SRT concurred and are changingthe determination.

~ ~ ~

~ I ) ~

Nine Mile Point l Peer ReviewPage 4

Emergency Condenser Makeup Tanks 60-09 d'c -10 The tanks were classified as outliers dueto the limitingcapacity of the baseplates for the longitudinal braces. Independentcalculations performed by the peer reviewer confirm this conclusion. It is recommended thata HCLPF capacity be established for this tank based on the yield line capacity ofthebaseplates. NMPC has agreed to perform this calculation. This SRT adjudged the sightglass acceptable on these tanks. The peer reviewer chose not to disagree; however, he statedthat this is a controversial subject and suggested that NMPC investigate whether or notshatter proof replacements were easily available.

RBCLC Tank This tank was not previously evaluated. The SRT willperform an evaluation.The sight glass is again a noteworthy consideration, although the SRT adjudged themacceptable. Barrels and a laundry cart stored in the area could pose interaction hazards to thesight glass and should be re-located.

Station Batteries, UPS and Chargers/Inverters This equipment had no issues identified andthe peer reviewer agreed with the SRT's findings and conclusions.

Battery Boards BB11 and BB12 The boards have a cable tray bolted to the top and shouldconsider that additional weight in the anchorage evaluation.

Fire Panel 1 This panel has not been evaluated by the SRT as ofyet. An internal boardwhich is loose may affect essential relays contained in this fire suppression control panel.

"F "Buildin

Valve Board VB11 This MCC is housed inside a non-seismically designed building calledthe foam building. Since the building is not designed to current codes or any previousversion ofthe Uniform Building Code, it is recommended that a simple evaluation for seismiccapacity be performed. The steel frame is not moment resisting, so the masonry block wallswillneed to be considered for carrying lateral load.

creenhou e Buildin

The equipment in this building had no issues identified and the peer reviewer agreed with theSRT's findings and conclusions.

M n: d Auxilia Control Rooms

Control Room Ceiling The ceiling appears to be adequately secured such that there willbeno general failure ofthe ceiling. The aluminum diffusers above the center ofthe room,however, are not secured by tie-wrap to the T-bars and may fall in a seismic event and posea personnel hazard. The diffusers should be positively secured to the T-bars by plastic tie-wrap or clips.

Control Room Cabinets The control room cabinets are generally not well anchored. Theyare shimmed and the shims are welded on one side only such that uplift forces would pry on

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Nine Mile Point i Peer ReviewPage 5

the weld which is undesirable. The panel is "walk-through" type and the front and rearportions are not tied together. The recommended fix is to cross-tie the panels so that upliftthen becomes improbable. No other issues were identified. Seismic housekeeping in thecontrol room was excellent.

AuxiliaryControl Room Cabinets Some of the control room cabinets are not generally wellanchored. They are shimmed and the shims are welded on one side only such that upliftforces would pry on the weld. A design fixto stitch weld the cabinet to the embedded steel isthe recommended fix. Panels IS68-1S69and 1S49-1S50 are not bolted together and couldimpact one another. The SEWS correctly calls out this situation, but an unsecured spacerwas used to address the "gap" issue. This spacer would need to be secured and the cabinetsbolted together to be effective. Qthcrwise, determining the cabinets do not contain essentialrelays would make the fixa moot point. A review ofthe SEWS for 1S4 shows a filletweldassumed for two welds in this cabinet. Subsequent inspection by the peer reviewer with theSRT resulted in agreement that these two welds were one-half filledplug welds, not filletwelds, and the anchorage analysis should be appropriately amended. The results willstill beacceptable for A46 criteria.

Reactor Buildin

Poiverboards PB161A&B, PB171A&B and PB167 These MCCs are top braced; however, asmall gap exists between the braces and the MCC housings which poses an impact hazard.Introducing a neoprene-like pad in the gap willsatisfy this potential concern.

Hydraulic Control Units (HCU) The HCUs should be checked for anchorage and frameintegrity as well as a judgment given regarding the seismic ruggedness of the overhead piping(insert 4 withdrawal lines and scram discharge header).

Corner Room Pumps The containment spray and core spray pumps are vertical pumps. Inthe SEWS they were assumed rigid. The peer reviewer suggests a calculation to prove thisassumption or assume the pumps are flexible.

Pressure Transmitters The pressure transmitters seen through the gates ofthe east and westiiistrument rooms appear sound and have been tug tested by the SRT to ensure they aresecure.

Poiverboards 16 and 17 They are not positively anchored in every cubicle and should be

plug.welded to the embedded steel at least in every other cubicle, front and rear.

U I A<6 Rela evaluation

I peer reviewed the Demand and Capacity aspects of the USI A-46 Relay Evaluation. Iconcur with the general approaches used to establish seismic demand at the floor levels andwith the cabinet amplification factors chosen. The work appears to have been thoroughlyand competently performed. Relay outliers have been appropriately identified.

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Nine Mile Point l Peer ReviewPage 6

IPEEE Onl Related Comments

The piping is laterally well restrained. No issues were noted for safety-related piping and itcan be screened at the 0.5g PGA HCLPF value.

In addition, a number ofIPEEE scope components were screened by the SRT when thosesame components passed A-46 criteria. This peer reviewer concurs that these componentswhich passed A46 criteria can be screened-out from review at a HCLPF capacity of0.3g.However, HCLPF capacity estimates should still be made for the anchorage ofthesescreenedwut components. Furthermore, any component which is an A-46 criteria outliershould be revisited with respect to its HCLPF capacity.

My review ofHCLPF capacity calculations for raceway supports and block walls willfollow in asubsequent letter.

Ifyou have questions or comments, please contact the undersigned.

Very truly yours,

Robert P. KennedySeismic Review Walkdown P r Reviewer

cc: Wally DjordievicR.F. KirchnerC.R. Agosta

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Documents

NMP-1 USI A-46 Seismic Evaluation Rept.' · 2017. 6. 30. · NMP-1consists ofa single unit, 610MW boiling water reactor located along the south shore ofLake Ontario, in Scriba, NY