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Rev 2 to JNS-PSL-204, First Ten-Year Inservice Inspection Interval Inservice Testing Program for Pumps & Valves, St Lucie Nuclear Power Plant,Unit 2.
	ML17227A601
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Site:	Saint Lucie
Issue date:	08/11/1992
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FLORIDAPOWERandLIGHTCOMPANYNUCLEARENERGYSERVICES700UniverseBoulevard t'unoBeach,Florida33408FIRSTTEN-YEARINSERVICE INSPECTION INTERVALINSERVICE TESTINGPROGRAMFORPUMPSANDVALVESST.LUCIENUCLEARPOWERPLANTUNITNO.2DATEOFCOMMERCIAL OPERATION:

AUGUST8,1983FLORIDAPOWER&LIGHTP.O.BOX128FT.PIERCE,FL.34954NRCDOCKETNUMBER:50-389DOCUMENTNUMBER:JNS-PSL-204 REVISION2ST.LUCIEPLANTREVIEWSANDAPPROVALS:

PREPAREDBY:PSLLANTISTENGINEERDATE'PPROVED BY:PSTST&CODESUPERVISOR DATE:9209240430 5000389IPDRADQCKoPDR6

Revision208/01/92TableofContentsPacaeTableofContentsRecordofRevisions

1.0 Introduction

2.0Applicable Documents 3.03.13."23.33.4Inservice TestingProgramForPumpsCodeCompliance Allowable RangesofTestQuantities TestingIntervals PumpProgramTableReliefRequestsforPumpTesting4.14.24.34'4.54.6Inservice TestingProgramForValvesCodeCompliance TestingIntervals StrokeTimeAcceptance CriteriaCheckValveTestingValveProgramTableReliefRequestsForValveTestingABCDEPumpProgramTablesPumpProgramRequestsForReliefValveProgramTablesValveProgramRequestsForReliefColdShutdownJustifications Revision208/01/92RECORDOFREVISIONS REVISIONNUMBER0DESCRIPTION OFREVISIONREASONFORTHECHANGEInitial10yearsubmittal ProgramUpdateProgramUpdateforGenericLetter89-04DATEREVISEDAPPROVALS 08/08/8301/30/8708/01/92

~)4Il4t4I'PI Revision208/01/92INSERVICE TESTING(IST)PROGRAMPLANST.LUCIEUNIT

21.0INTRODUCTION

Revision2oftheSt.LucieUnit2ASMEInservice Inspection (IST)Programwillbeineffectthroughtheendofthefirst120-month (10-year) intervalunlessrevisedandreissuedforreasonsotherthantheroutineupdaterequiredatthestartofthesecondintervalper10CFR50.55a(g).

Thefirstinspection intervalisdefinedasfollows:BeceinsAugust8,1983EndsAugust8,1993ThisdocumentoutlinestheISTProgramforSt.LuciePlant,Unit2,basedontherequirements ofSectionXIoftheASMEBoilerandPressureVesselCode,1980Edition,including alladdendatheretothroughWinter,1980(theCode).References inthisdocumentto"IWP"or"IWV"correspond toSubsections IWPandIWV,respectively, oftheASMESectionXI,1980Edition,unlessotherwise noted.Theinservice testingidentified inthisPlanaretobeperformed specifically toverifytheoperational readiness ofpumpsandvalveswhichhaveaspecificfunctioninmitigating theconsequences ofanaccidentorinbringingthereactortoasafeshutdown.

,t,D.<+i-Q.i~va'>L4l:et+Vt~ac)~a:ii~e.

Revision208/01/922.0APPLICABLE

.DOCUMENTS ThisProgramPlanwasdeveloped pertherequirements

-andguidanceprovidedbythefollowing documents:

2.12.22.32.42.52.62'.72.82.92.102.112.12Title10,CodeofFederalRegulations, Part50NRCRegulatory Guides-Division1StandardReviewPlan3.9.6,"Inservice TestingofPumpsandValvesFinalSafetyAnalysisReport,St.LucieUnit2St.LuciePlantUnit2Technical Specifications ASMEBoilerandPressureVesselCode,SectionXI,1980EditionandAddendathroughWinter,1980NRCGenericLetter89-04,"Guidance onDeveloping

~Acceptable Inservice TestingPrograms" MinutesofthePublicMeetingsonGenericLetter89-04.St.LucieUnit1-InterimReliefFromtheInservice TestingProgramforPumpsandValves(TACNo.74794)Supplement toMinutesofthePublicMeetingsonGenericLetter89-04byJ.G.Partlow,26September

.1991Requestfor-Industry/NRC-Accepted Interpretation on"Practical" asAppliedbyASMECodeSectionXI,IWV-3412(a)byMartinJ.Virgilio, Assistant DirectorforRegionsIVandV.St.LucieUnit2-Inservice Testing(IST)ProgramReliefRequest,5December1991

~~l.i~a41hi0~L4%~tUIbsf Revision208/01/923.0INSERVICE TESTINGPROGRAMFORPUMPS3.1CodeCompliance ThisISTProgramforpumpsmeetstherequirements ofSubsection IWPoftheCodeandanyinterpretations oradditional requirements imposedbyGenericLetter89-04.Wheretheserequirements havebeendetermined tobeimpractical, conformance wouldcauseunreasonable hardshipwithoutanycompensating increaseinsafety,oranalternative testprovidesanacceptable levelofqualityandsafety,relieffromCoderequirements isrequested pursuanttotherequirements of10CFR50.55a(g)(5)(iii) andGenericLetter89-04.3.2Allowable RangesofTestQuantities Theallowable rangesfortestparameters asspecified inTableIWP-3100-2 willbeusedforallmeasurements ofpressure, flow,andvibration exceptasprovidedforinspecificreliefrequests.

Insomecasestheperformance ofapumpmaybeadequatetofulfillitssafetyfunctioneventhoughtheremaybeavalueofanoperating parameter thatfallsoutsidetheallowable rangesassetforthinTableIWP-3100-2.

Shouldsuchasituation arise,anexpandedallowable maybedetermined, onacase-by-case

.basis,inaccordance withIWP-3210andASMECodeInterpretation XI-1-79-19.

3.3TestingIntervals Thetestfrequency forpumpsincludedintheProgramwillbeassetforthinIWP-3400andrelatedreliefrequests.

Abandof+25percentofthetestintervalmaybeappliedtoatestscheduleasallowedbytheSt.LucieUnit2Technical Specifications toprovideforoperational flexibility.

Revision208/01/923.4PumpProgramTableAppendixAlists-those pumps'.included in'theISTProgramwith.references toparameters tobemeasuredand*'pplicable requestsforrelief.3.5ReliefRequestsforPumpTestingAppendixBincludesallreliefrequestsrelatedtopumptesting.

0QJet444x1 Revision208/01/924.0'INSERVICE.TESTING PROGRAM'OR VALVES.H4.1CodeCompliance ThisISTProgramfor'alves meets'therequirements ofSubsection IWVoftheCodeandanyinterpretations oradditional requirements imposedbyGenericLetter89-04.Wheretheserequirements havebeendetermined tobeimpractical, conformance.

wouldcauseunreasonable hardshipwithoutanycompensating increaseinsafety,oranalternative testprovidesanacceptable levelofqualityandsafety,relieffromCoderequirements isrequested pursuanttotherequirements of10CFR50.55a(g)(5)(iii) andGenericLetter89-04.4.2TestingIntervals Thetestfrequency forvalvesincludedintheProgramwillbeassetforthinIWP-3400andrelatedreliefrequests.

Abandof+25percentofthetestintervalmaybeappliedtoatestscheduleasallowedbytheSt.LucieUnit2Technical Specifications toprovideforoperational flexibility.

Wherequarterly testingofvalvesisimpractical orotherwise undesirable, testingmaybeperformed duringcoldshutdownperiodsaspermitted byIWV-3412(a).

Justifications forthisdeferredtestingareprovidedinAppendixE.4.3-StrokeTimeAcceptance

-Criteria Whenrequired, theacceptance criteriaforthestroketimesofpower-operated valveswillbeassetforthinGenericLetter89-04.4.4CheckValveTestingFull-stroke exercising ofcheckvalvestotheopenpositionusingsystemflowrequiresthatatestbeperformed wherebythepredicted fullaccidentcondition flowratethroughthevalvebeverifiedandmeasured.

Anydeviation tothisrequirement mustsatisfytherequirements ofGenericLetter89-04,Position1.

Revision208/01/924.5.Valve.ProgramTable-Appendix:C lists'those valvesincludedin-theISTProgramwithreferences torequiredtesting,respective testintervals, andapplicable

'requests forrelief.4.6ReliefRequestsforValveTestingAppendixDincludesallreliefrequestsrelatedtovalvetesting.

Revision208/01/92AppendixAPumpProgramTables e'4g~--e FLORIDAPOWERANDLIGHTCOMPANYREVISION:

2PUHPTABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:1PUHPNUMBERDESCRIPTION INLETDIFF~FLOWBEARINGCLCOORDSPEEDPRES~PRES~--RATEVIBRA.TEMP.REHARKSAFM2AAFW28AFW2CBAH2AAUXILIARY FEEDWATER PUMP3N-13NAAUXILIARY FEEDWATER PUMP3M-13'AAUXILIARY FEEDWATER PUMP3K-13YBORICACIDMAKEUPPUMP28-5NAYYY:PR-4YYY:PR-4YYY:PR-4Y:PR-8YY:PR-5N:PR-1Y':PR-1N:PR-1YN:PR-1BAH28BORICACIDMAKEUPPUHP2C-5NAY:PR-8YY:PR5YN:PR-1CCM2ACCW28CCM2CCMG2ACHG28CHG2CcsccDOT2ADOT28HPSI2AcMPSI28HYD2AHYD28ICW2AICW28ICW2CLPSI2ALPSI28COMPONENT COOLIHGWATERPUHP3F-16NACOMPONENT COOLINGMATERPUHP3F-17NACOMPONENT COOLINGWATERPUMP3F-16NAYYYYYYYYYYYY2C-32E-3CHARGINGPUMPNACHARGINGPUMPCHARGINGPUMPCONTAINMENT SPRAYPUHPCONTAINMENT SPRAYPUMPDIESELOILTRANSFERPUMPDIESELOIL"TRANSFER PUHPNA2G-3NA2G-4NA,Y:PR-15Y2H-4HA.Y:PR-15Y3J-12HA3L-12NAY:PR-16YY:PR-16YHIPRESSSAFETYINJECTION PUMP2D-6NAY:PR-15YN:PR-1N:PR-1YN:PR-1YY:PR-12N:PR-1Y:PR-12N:PR-1Y:PR-12N:PR-1Y:PR-6Y:PR-6H:PR-1N:PR-1Y:PR-7YN:PR-1Y:PR-7Y:PR-9YN:PR-1YN:PR-1Y:PR-9N:PR-1HYDRAZINE PUMPSHYDRAZINE PUMPSINTAKECOOLING'WATERPUMP-"INTAKECOOLINGWATERPUMPINTAKECOOLINGWATERPUHP2C-11Y2D11Y3M-43H-7NANA3H-5NAN:PR-17N:PR-17 Y:PR-17Y:PR-14N:PR-1N:PR-17N:PR-17 Y:PR-17Y:PR-14N:PR-1Y:PR-11YYY:PR-13N:PR-1Y:PR-11YYY:PR-13N:PR-1Y:PR-11YYV:PR-13N:PR-1LOPRESSSAFETYINJECTION PUMP2E-6NALOPRESSSAFETYINJECTION PUHP2D6NAY:PR-15YY:PR-10YY:PR-15Y.Y:PR-10YN:PR-1N:PR-1HIPRESSSAFETYINJECTION PUHP28-6NA':PR-15Y 10V Revision208/01/92FloridaPower&LightCompanyINSERVICE TESTING-PUMPTABLESSt.LucieNuclearPlant-Unit2PAGE:2LEGENDPUMPNUMBERDESCRIPTION Numerical designator indicated ontherespective flowdiagram.Genericname/function ofthepump.CLCOORDTestParameters ISIClassification pertheassociated ISIboundarydrawing(s)

Corresponds totheflowdiagramcoordinates ofthepump.The-table.indicates-by a"Y"(yes)or"N"-(no)thatthespecificparameter ismeasured, evaluated, andrecordedpertheapplicable Coderequirement.

Ifa"N"isindicated, theassociated reliefrequestnumberisalsonotedinthesamecolumn.PR-XXWhereindicated thisreferstothespecificreliefrequest(SeeAppendixB)relatedtoanydeviation regarding themeasurement oranalysisofaparameter.

Revision208/01/92AppendixBPumpProgramReliefRequests Ia%1&iki4f~ARE~t-'"-vw Revision208/01/92RELIEFREQUESTNO.PR-1COMPONENTS:

AllpumpsintheProgramSECTIONXIREUIREMENT:

Thetemperature ofallcentrifugal pumpbearingsoutsidethemainflowpathandofthemainshaftbearingsofreciprocating pumpsshallbemeasuredatpointsselectedtoberesponsive tochangesinthetemperature ofthebearings.

(IWP-3300, 4310)BASISFORRELIEF:Thedataassociated withbearingtemperatures takenatone-yearintervals provideslittlestatistical basisfor.determining theincremental degradation ofabearingoranymeaningful trendinginformation orcorrelation.

Inmanycasesthepumpbearingsarewater-cooled andthus,bearingtemperature isafunctionofthetemperature ofthecoolingmedium,whichcanvaryconsiderably.

Vibration measurements areasignificantly morereliableindication ofpumpbearingdegradation thanaretemperature measurements.

Allpumpsintheprogramaresubjected tovibration measurements inaccordance withIWP-4500.

Althoughexcessive.

bearingtemperature isanindication ofanimminentorexistingbearingfailure,itishighlyunlikelythatsuchacondition wouldgounnoticed duringroutinesurveillance testingsinceitwouldmanifestitselfinotherobviousindications suchasaudiblenoise,unusualvibration, increased motorcurrent,etc.Anypotential gainfromtakingbearingmeasurements, whichinmostcaseswouldbedonelocallyusingportableinstrumentation, cannotoffsetthecostintermsofdilutionofoperatoreffort,distraction ofoperators fromotherprimaryduties,excessive operating periodsforstandbypumpsespecially underminimumflowconditions, andunnecessary personnel radiation exposure.

B-1 4t~p Revision208/01/92RELIEFREQUESTNO.PR-1(cont.)BASISFORRELIEFcont.Basedonthereasonssimilartothosesetforthabove,,theASMEdeletedtherequirement forbearingtemperature measurements inASMEOMCode,Subsection ISTB,therevisedversionoftheCodeforpumptesting.ALTERNATE TESTING:None.B-2 4->>V<4%4.,>g4'+f~~'~i,e~aMIaICo Revision208/01/92RELIEFREQUESTNO.PR-2COMPONENTS:

VariousSECTIONXIREUIREMENT:

Thefull-scale rangeofeachinstrument shallbethreetimesthereference valueorless.(IWP-4120)

BASISFORRELIEF:TableIWP-4110-1 requirestheaccuracyofinstruments usedto>>".measure temperature andspeedto-beequal.toorbetterthan+5percentfortemperature and+2percentforspeed,bothbasedonthefullscalereadingoftheinstrument.

Thismeansthattheaccuracyofthemeasurement canvaryasmuchas.+15percentand+6percent,respectively, assumingtherangeoftheinstruments extendedtotheallowedmaximum.TheseISTpump-parameters areoftenmeasuredwithportabletestinstruments wherecommercially available instruments donotnecessarily conformtotheCoderequirements forrange.Inthesecases,highqualitycalibrated instruments willbeusedwherethe"reading" accuracyisatleastequaltotheCode-requirement.

forfull-scale accuracy.

Thiswill-ensurethatthemeasurements arealwaysmoreaccuratethantheaccuracyasdetermined bycombining therequirements ofTableIWP-4110-1 andParagraph IWP-4120.

ALTERNATE TESTING:Wheneverportableinstruments areusedformeasuring pumpspeedorbearingtemperatures, theinstruments willbesuchthatthe"reading" accuracyisasfollowsTemperature Speed+5percent+2percentB-3

's);h'iwLiiL,f Revision208/01/92RELIEFREQUESTNO.PR-3COMPONENTS:

Applicable toallpumpsintheProgramSECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

Pumpinletpressureshallbemeasuredbeforestartingapumpandduringthetest.(TableIWP-3100-1) tBASISFORRELIEF:-.Ifthepumpsbeingtestedareinoperation asaresult.of-plantorsystemneeds,itisunreasonable toreconfigure systemlineupssimply-toprovideformeasurement ofstaticinletpressure.

Inletpressurepriortopumpstartup-isnotasignificant parameter neededforevaluating pumpperformance oritsmaterialcondition.

.ALTERNATE TESTING:Whenperforming atestonapumpthatisalreadyinoperation

""-~due-tosystemor.plantrequirements,:

inletpressurewillonlybemeasuredduringpumpoperation.

B-4 l~w.rg~)~r4.fC&~~l~

rr,l'.IQo~Villi>>AWED~w Revision208/01/92RELIEFREQUESTNO.PR-4COMPONENTS:

Auxiliary Feedwater (AFW)Pumps2Athru2C(2998-G-080, Sh2)SECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:'Thereareonlytwopractical flowpathsavailable forperforming inservice.testing oftheAFWPumps.Theseincludetheprimaryflowpathintothemainfeedsupplylinesandthencetothe.steam.generator,

,andtheminimum-flow recirculation (mini-recirc*and-bypass testloop)whichreturnstothecondensate storagetank.Theformerisprovidedwithflowratemeasuring instrumentation howeverthemini-recirc lineisafixedresistance circuitwithnoflow..instrumentation.

Pumpingfromtheauxiliary feedwater systemintothesteam,;;generators during':plant'otoperation isimpractical andundesirable forthefollowing reasons:Duringauxiliary feedwater injection viathemainfeedwater lineswhiletheplantisoperating atpower,alargetemperature differential (approximately 375deg-F)couldexistthatwouldresultinsignificant thermalshockandfatiguecyclingofthefeedwater pipingandsteamgenerator nozzles.Basedontheexpecteddurationofthetestingandtheflowrateofthepumps(150to200gpm),itisexpectedthatthecooldownofthesteamgenerator wouldinducecooldownandcontraction ofthereactorcoolantsystemresulting inundesirable reactivity variations andpowerfluctuations.

B-5 (e~A41~5illI1>>II~~t$

Revision208/01/92RELIEFREQUESTNO.PR-4(cont.)ALTERNATE TESTING:Duringquarterly testingoftheAFWpumpswhilethepumpsareoperating throughthefixed-resistance mini-recirc line,pumpdifferential pressureandvibration willbemeasuredandevaluated perIWP-3200andIWP-6000.

Duringtestingperformed atcoldshutdown, pumpdifferential

pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.

Testingduringcoldshutdowns willbeonafrequency determined byintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger-eachshutdown.

Forintervals oflessthan3months-testingisnotrequiredunless3monthshavepassedsincethelastshutdowntest.Thisalternate testingagreeswiththe-requirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.

B-6 i,~~r~I1~1l4',wII,gtt~ggV')V Revision208/01/92RELIEFREQUESTNO.PR-.5COMPONENTS:

BoricAcidMakeup(BAM)Pumps2Aand2B(2998-G-078, Sh121)SECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTable-IWP-3100-1.

(IWP-3300)

Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:Therearethreepractical flowpathsavailable forperforming inservice testingof'theBAMPumps.Theseincludetheprimaryflowpathintothechargingpumpsuctionheader,arecirculation lineleadingbacktotherefueling watertank,andtheminimum-flow

.recirculation (mini-recirc andbypasstestloop)whichreturnstotheBAMTanks.Noneoftheseflowpathsistotallysatisfactory forthefollowing reasons:*.Operating theBAM-Pumps.discharging into,the,chargingpumpsuctionheaderrequirestheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultin'headditionofexcessborontotheRCS.Thisrapid,insertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.

Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration.

B-7

'tL;~r4rypCI><<iE/a'va~.X*()w~""Yw~~f s<<gii>iN*yss~tv,tr~w4>>>>i)"XWiCt~.Rl'.<a<<~i',8~244-~'V Revision208/01/92RELIEFREQUESTNO.PR-5(cont.)*.-Thesecondcircuit:recirculates watertothe-Refueling WaterTank(RWT)ortheVolumeControlTank(VCT).Duringnormalplantoperation atpoweritisundesirable topumptotheRWTanddepletetheBAMTankinventory.

OneofthetwoBAMTanksismaintained atTech.Spec.levelwhiletheotherisusedasrequiredforplantoperation.

TheTech.Spec.BAMTankcannotbepumpedfrombecauseitmustbemaintained atalevelnearthetopofthetank.TheotherBAMTank'slevelwillvaryfromtesttotestbyasmuchas15to20feet.Thisvarianceinpumpsuctionpressurewillhaveadirectaffectonpumpheadandflowsuchthattestrepeatability wouldbequestionable.

Theminimum-flow recirculation flowpathisafixedresistance circuitofoneinchpipecontaining aflowlimitingorifice.Noflowratemeasuring instrumentation isinstalled in-thisline.Pumpingboricacidfromtanktotankwouldbepossiblebuttheflowrateswouldbesmall,.limiting

.pumpoperation,to, thehighheadsectionofthepumpcurve.Inaddition, one=ofthetwoBAMTanksismaintained atTech.Spec.level.whiletheotherisusedasrequiredfornormalplantoperation.

TheTech.Spec.BAMTankcannotbepumped,frombecauseitmustbemaintained atalevelnearthetopofthetank.Thisnarrowbandlimitstheamountthatcanbepumpedtoitor'romittoonlyafewhundredgallons.TheotherBAMTank'slevelwillvaryfromtesttotestbyasmuchas15to20feet.Thisvarianceinpumpsuctionpressurewillhaveadirectaffectonpumpheadandflowsuchthattestrepeatability wouldbequestionable.

B-8 Ikl~4,.~!i)i".<>g.'<>'%Upi Revision208/01/92RELIEFREQUESTNO.PR-5(cont.)ALTERNATE TESTING:Duringquarterly testingoftheBAMpumps,whilethepumpsareoperating throughthefixed-resistance mini-recirc line,pumpdifferential pressureandvibration willbemeasuredandevaluated perIWP-3200andIWP-6000.

Duringtestingperformed ateachreactorrefueling outage,jumpdifferential

pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.

-'his>>alternate testingagreeswiththerequirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal; B-9

~+ec Revision208/01/92RELIEFREQUESTNO.PR-6'COMPONENTS:

Containment Spray(CS)=Pumps2Aand2B(2998-G-088)

SECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

Pumpflowrateshallbemeasuredduringthetest.(TableIWP-3100-1)BASISFORRELIEF:.Therearetwopractical flowpathsavailable forperforming

..inservice testingofthe.CSPumps.TheseincludeonethatpumpsboratedwaterfromtheRWTtotheRCSviathelow-pressureinjection headerandtheother,minimum-flow recirculation (mini-recirc andbypasstestloop)whichreturnstotheRWTThefirstwouldrequiremodifying theshutdowncoolinglineupwhileincoldshutdown; however,theshutdowncoolingsystem...;..cannot

-providesufficient

.letdownflowto,theRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfun'ction.

Thus,theonlypractical time-fortestingthesepumps=via'this,flowpathisduringrefueling outageswhenwaterfromtheRWTisusedtofilltherefueling cavity.Theminimum-flow recirculation flowpathisafixedresistance circuitcontaining aflowlimitingorificehowevernoflowratemeasuring instrumentation isinstalled.

ALTERNATE TESTING:TheCSpumpsrecirclinedifferential perIWP-3200areoperatedthroughthefixed-resistance mini-duringthequarterly pumptesting.Pumppressureandvibration aremeasuredandevaluated andIWP-6000.

IgNzlr,aP Revision208/01/92RELIEFREQUESTNO.PR-6(cont.)ALTERNATE TESTING:cont.Duringthepumptestingperformed eachreactorrefueling, pump.differential

pressure, flowrate,andvibration willberecordedperIWP-3200andIWP-6000.

Thisalternate testingagreeswiththerequirements ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.

4a4taW4IrI~j" Revision208/01/92RELIEFREQUESTNO.PR-7COMPONENTS:

DieselFuelOilTransferPumps2Aand2B(2998-G-086,

-Sh1)SECTIONXIREUIREMENTS:

Flowrateshallbemeasuredusingarateorquantitymeterinstalled inthepumptestcircuit.(IWP-4600)

Theallowable rangesofinservice testquantities inrelationtothereferenc'e valuesaretabulated intableIWP-3100-2.

(IWP-3210)

BASISFORRELIEF:Therearetwoflowpathsavailable forperforming inservice testingonthesepumps:thenormaldaytankfilllineandthetransferlinesusedtotransferfueloilbetweendieseloilstoragetanks.Neitheroftheseflowpathshaveinstalled flowinstrumentation.

Thedaytankwouldhavetobedrainedtouseitastheflowpathforapumpflowtest.Todrainthedaytankwouldrequirethepumptobedisabledandadditional diesel-,generator run.timetouse-upthefueloilor.drainingover-200gallonsoffueloilinto55gallondrums.Neither.drainingmethodisacceptable.

Evenifthetankcouldbedrained,the--'-.length"of thepump"test"would

-belimited=bythesmallvolumeofthedaytank.Themostpractical methodofdetermining pumpflowrateisbycalculating thetransferrateoffueloilbetweenstoragetanks.Thepumpflowtestisdividedintotwosections.

Thepumpisrecirculated for15minutestoitsownstoragetank(A)forthefirstsectionoftheflowtest.Duringthese15minutes,thepumpiswarmedupandvibration measurements aretaken.Priortotheendofthe15minutes,thepump'sdischarge valveisthrottled toapresetvalue.Thepumpisstoppedandthevalvelineupischangedsothatflowisnowdirectedtotheotherstoragetank(B).

Pell~l~4<<J~~'21twp Revision208/01/92RELIEFREQUESTNOPR-7(cont.)BASISFORRELIEF:Whilethepump'slineupis-changed, thepump'sstoragetank(A)levelismeasured'byhandusingatapemeasure.Thepumpisthenstartedandallowedtotransferaminimumof3inchesoffueloil,5to6inchesispreferred.

Afinalstoragetank(A)levelismeasuredattheendofthetest.Thepump'sflowrateiscalculated byconverting thestoragetank(A)levelchangeintoavolumechangeandthendividingitbythenumberofminutesthepumpwasrun.ALTERNATIVE TESTING:Duringquarterly testingoftheDieselGenerator FuelOilTransferPumps,pumpdifferential

pressure, flowrate,,andvibration willberecordedperIWP-3200andIWP-6000.

Flowratewillbebasedonthestoragetanklevelchangesoverameasuredperiodofpumpoperation.

Theallowable rangesforthetestparameters asspecified inTableIWP-3200-2 willbeusedforallmeasurements exceptforflow.Inaccordance withIWP-3200andASMEInterpretation XI-1-79-19, thenewpumpflowlimitsandtheircalculations willbespecified intherecordoftests(IWP-6000).

+2Sigma+2Sigma+2Sigma-2Sigma2Sigma-2SigmaF(avg)]F(avg)]F(avg)]F(avg)]F(avg)]F(avg)][1.02x[1.02x[1.00x[0'6x[0.94x[0.94xTheLowerAcceptable limitincorporates a40rangeforasmallamountofpumpdegradation.

ThisisthesameamountthatisincludedinthelimitslistedinTableIWP-3200-2.

Aseriesofatleast.fourflowtestswillbeperformed, foreachpumptoestablish anewpumpbaseline.

Thecalculated averageflowrate,F(avg),ofthesetestswillbeusedforthe"pump'sreference value."The"mean errorfortheindividual flowratesandaverageflowratewillbecalculated andcombinedbythesumofthesquarestoformacombinederror(Sigma).Thecombinederrorwillthenbedoubled(twostandarddeviations) toachievea95.44accuracythatallacceptable flowratetestswillfallwithinthisrange.Thenewpumplimitswillbeasfollows:RequiredActionUpperAlertUpperAcceptable LowerAcceptable LowerAlertRequiredAction 444>>>>~4+>>Sgl~4a4w44N>>P$444(t>>tp4,~gy4g~>>4~/>>4 Revision208/01/92RELIEFREQUESTNO.PR-8COMPONENTS:

~BoricAcidMakeupPumps2Aand2B(2998-G-078, Sh121)SECTIONXIREUIREMENTS:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP-3300)

BASISFORRELIEF:Thesysteminstallation doesnotprovideanymechanism formeasuring pumpsuctionpressures, andthus,therequirement formeasuring suctionpressureandpumpdifferential pressures cannotbesatisfied.

Ameasureofpumpsuctionpressurecan;however,bedetermined byacalculation usingtheheightofliquidintheboricacidmakeuptanks.Sincethereisessentially fixedresistances between,thetanksandthepumpsthiswillprovideaconsistent*

valueforsuctionpressures.

Sincethetanklevelsarenotexpectedtovarysignificantly duringthetests,tanklevelsandassociated calculations will,....,only.

be"takenonce-during each.testinstead of.priorto..pumpoperation andduringoperation asrequiredbyTableIWP-3100-1~'IALTERNATE TESTING:TheBoricAcidMakeupPumpsuctionpressures willbecalculated basedontheheightofliquidintheassociated

.tankonceduringeachinservice test.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential pressures forevaluation ofpumpparameters.

B-14

'4Jy),ST~i(t~~>6I~~~[rv,v~.,~CpIIVNJ~

Revision208/01/92RELIEFREQUESTNO.PR-9COMPONENTS:

HighPressure=Safety-Injection (HPSI)Pumps2Aand2B(2998-G-078, Sh130)'ECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

BASISFORRELIEF:Duringquarterly testingoftheHPSIPumps,thepumpscannotdevelopsufficient discharge pressuretoovercomeRCSpressure.

Flowisrouted.throughaminimumflowtestline..leading totheRWT.Thislinehasnoinstalled flowratemeasuring instrumentation andmeasuring

.flowrateduringquarterly testingisnotpractical.

Duringcoldshutdownconditions, fullflowoperation oftheHPSIpumpstotheRCSisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical

..Specifications,

.Section3.4.9.3.NRCGenericLetter89-04,Position9,allowselimination of"minimum.flow~testline-flowratemeasurements providing inservice testsareperformed duringcoldshutdowns orrefueling underfullorsubstantial flowconditions wherepumpflowrateisrecordedandevaluated.

ALTERNATE TESTING:Duringquarterly testingoftheHPSIPumps,pumpdifferential pressureandvibration willberecordedperIWP-3200andIWP-6000.Duringtestingperformed ateachreactorrefueling, pumpdifferential

pressure, flowrate',andvibration willberecordedperIWP-3200andIWP-6000.

Thisalternate testingagreeswiththeguidelines ofNRCGenericLetter89-04,Position9and,assuch,isconsidered tobeapproveduponsubmittal.

h+~VII<<f~t~layI~ltg~l Revision208/01/92RELIEFREQUESTNO.PR-10COMPONENTS:

..Low-Pressure..Safety Injection (LPSI)Pumps2Aand2B(2998-G-078, Sh131)SECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

BASISFORRELIEF:Duringquarterly testingoftheLPSIPumps,thepumpscannotdevelopsufficient discharge pressuretoovercomeRCSpressure.

Flowisroutedthroughaminimum'flowtestlineleadingtotheRWT.Thislinehasnoinstalled flowratemeasuring instrumentation

.andmeasuring flowrateduringquarterly testingisnotpractical.

Duringcold"shutdown,'the"LPSI

'pumpsareusedforresidualheatremoval.Thesubstantial flowtestscanbeperformed atthistime.Pumpdifferential pressureandflowratewillberecorded.

However,duetothevibrations inducedinthe..system, pipingwhilethe-.Reactor.CoolantPumpsarerunning,.

pumpvibration readings=willonlybemeasuredduringcoldshutdowns wheretheRCPsaresecured.B-16 E5vvI'pI~k Revision208/01/92RELIEFREQUESTNOPR-10ALTERNATE TESTING:Duringquarterly testingoftheLPSIPumps,pumpdifferential pressureandvibration willberecordedperIWP-3200andIWP-6000.Substantial flowtestingwillbeperformed duringcoldshutdowns.

Pumpdifferential

pressure, flowrate,andvibration (ifRCPssecured)willberecordedperIWP-3200andIWP-6000.

Testingwillbeonafrequency determined byintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger,-eachshutdown.

Forintervals of.lessthan3months-testingisnotrequiredunless3.monthshavepassedsincethelastshutdowntest.B-17

)'I' Revision208/01/92RELIEFREQUESTNO.PR-11COMPONENTS:

IntakeCoolingWaterPumps2A,2Band2C(2998-G-082)

SECTIONXIREUIREMENT:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1.

(IWP-3300)

Pumpinletpressureshallbemeasuredbeforestartingapumpandduringthetest.(TableIWP-3100-1)

BASISFORRELIEF:Thepumpslisted,above.areverticallineshaftpumpssubmerged intheintake,structure withnopractical meansofmeasuring pumpinletpressure.

Theinletpressure, however,canbedetermined bycalculation using,asinput,the'measured heightofwaterabovethepumpinletasmeasuredattheintake.Duringeachinservice test,thewaterlevelintheintakepitremainsrelatively

constant, thusonlyonemeasurement oflevelandtheassociated suctionpressurecalculation needbeperformed.

ALTERNATE TESTING:Duringtestingofthesepumps,onevalueofinletpressurewillbecalculated basedonwaterlevelattheinletstructure.

B-18 04'I'NIa>>k'<rpp~'Ig+'h Revision208/01/92RELIEFREQUESTNO.PR-12COMPONENTS:

ReactorCoolantCharging.Pumps2A,2B,and2CSECTIONXIREUIREMENT:

Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))

BASISFORRELIEF:Thereactorcoolantchargingpumpsoperateatapproximately 210-215rpmwhichequatestoarotational frequency of3.5Hz.Inaccordance withtheASMECode,thefrequency responsefor.thevibration instruments wouldhavetobeonehalfofthisor.1.75.Hz.Following anextensive investigation ofavailable andpotentially suitableinstrumentation, ithasbeendetermined thatinstruments satisfying thisrequirement forthechargingpumpsarecommercially unavailable.

ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredas'required byIWP-4510, exceptthatthelowerfrequency responsefortheinstruments willbe10Hz.B-19 S~d%aWIla~rJ>4a,~..4si'llir(~.Ip~")l3~t<<ize,~~jc')-c-4 Revision208/01/92RELIEF.REQUESTNO.PR-13COMPONENTS:

IntakeCoolingWater-Pumps 2A,2B,and2CSECTIONXIREUIREMENT:

Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))

BASISFORRELIEF:TheSt.LuciePlanthasrecentlycompleted amajorupgradetoitsASMEpumpvibration programtobettercomplywiththeCode.Aspartoftheupgrade,newvibration instruments were-purchased.

Theinstruments werechosenfortheireaseofuseandreliability; however,'he instrument's lowerfrequency responsedoesnotcomplywiththeCodewhenusedontheIntake.CoolingWaterpumps.-Theintakecoolingwaterpumpsoperateatashaftspeedofapproximately 885rpm.BasedonthisspeedandtheCoderequirement, theinstrumentation usedtomeasurevibration (displacement) wouldrequirearesponserangedownto7.38hz.Thenewinstruments arecapableofalower.frequency responseto10..hz,2.62HzhigherthantheCode.Theimpactofprocuring instruments alongwiththeaccompanying re-training thatwouldberequiredisclearlyunwarranted atthis'imesimply.togaina'slightly betterfrequency response.

ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredasrequiredbyIWP-4510, exceptthatthelowerfrequency responsefortheinstruments willbe10Hz.B-20 4kt~,tt*JIg~yf,~f4~~f<<l~f5~

Revision208/01/92RELIEFREQUESTNO.PR-14COMPONENTS:

Hydrazine Pumps2Aand2BSECTIONXIREUIREMENT:

Thefrequency responserangeofthereadoutsystem(forinstrument usedtomeasurevibration amplitude) shallbefromone-halfminimumspeedtoatleastmaximumpumpshaftrotational speed.(IWP-4520(b))

BASISFORRELIEF:Thehydrazine pumpsoperateaslowas105rpms.Thisequatestoarotational frequency of1.75Hz.Inaccordance withtheASMECode,thefrequency responseforthevibration.

.:instruments wouldhavetobeonehalfofthisor0.875Hz.Following anextensive investigation ofavailable andpotentially suitableinstrumentation, ithasbeendetermined thatinstruments satisfying this.requirement forthehydrazine pumps'are commercially unavailable.

ALTERNATE TESTING:Duringtestingofthesepumps,vibration willbemeasuredas.<<;.~required byIWP-4510,-except.

thatthelowerfrequency responsefortheinstruments willbe10Hz.B-21 lLP5~',Iy~yMV~<f+~>fM:">1J~"~~vvfPA

"~IlJ4~l,I../<Mg<JlwI Revision208/01/92RELIEFREQUESTNO.PR-15COMPONENTS:

Containment SprayPumps2A-and2B(2998-G-088)

HiPressSafetyInject.Pumps2Aand2B(2998-G-078 SH130)LoPressSafetyInject.Pumps2Aand2B(2998-G-078 SH130)SECTIONXIREUIREMENTS:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinseryice testeachyear.(IWP-3300)

BASISFORRELIEF:The.systeminstallation doesnotprovideanyinstalled suctiongages.Ameasureofpumpsuctionpressurecan,however,bedetermined bycalculation usingtheheightofliquidintheRefueling WaterTank.Duringthequarterly pumptests,theflowrate,throughthe.suction-piping.,is verylow,therefore, theamountofheadlossisnegligible.

Thisisnotthecaseduringthesubstantial flowtests.Theflowratesusedduringthesetestswouldcauseanoticeable headlossinthesuctionpiping.Since.thetanklevelsarenotexpected'to vary-significantly duringthequarterly tests,tanklevelsandassociated

..calculations, will..only be.taken.once.duringeachquarterly testinsteadofpriortopumpoperation andduringoperation asrequiredbyTableIWP-3100-1.

ALTERNATE TESTING:Duringthequarterly pumptests,thepumps'uction pressures willbecalculated basedontheheightofliquidintheassociated tank.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential pressures forevaluation ofpumpparameters.

Duringthecoldshutdownorrefueling substantial flowtestingofthesepumps,temporary suctiongageswillbeinstalled tomeasurepumpsuctionpressure.

B-22 1'4J"~I,II~-~'yFP~II Revision208/01/92RELIEFREQUESTNO.PR-16COMPONENTS:

DieselOilTransferPumps2Aand'2B'(2998-G-086 SH1)SECTIONXIREUIREMENTS:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP-3300)

BASISFORRELIEF:Thesysteminstallation doesnotprovideanyinstalled suctiongauges.Ameasureofpumpsuctionpressurecan,however,bedetermined bycalculation usingtheheightofliquidinthe.DieselOilStorageTank.Duringthequarterly pumptests,the,flowratethroughthesuctionpipingisverylow,therefore,=

theamountofheadlossisnegligible.

Sincethetanklevelsarenotexpectedtovarysignificantly duringthequarterly tests,tanklevelsandassociated calculations willonlybetakenonceduringeachquarterly testinsteadofpriortopumpoperation andduringoperation asrequiredbyTableIWP-3100-1.

ALTERNATE TESTING:Duringthequarterly pumptests,thepumps'uction pressures willbecalculated basedontheheightofliquidintheassociated tank.Subsequently, thesecalculated valueswillbeusedtodetermine pumpdifferential

'pressures forevaluation ofpumpparameters.

B-23

&llHLR*r.!.'-ck,p Revision208/01/92RELIEFREQUESTNO.PR-17'OMPONENTS:

Hydrazine Pumps2Aand2B(2998-G-088)

SECTIONXIREUIREMENTS:

Eachinservice testshallincludethemeasurement andobservation ofallquantities inTableIWP-3100-1 exceptbearingtemperatures, whichshallbemeasuredduringatleastoneinservice testeachyear.(IWP;3300)

Symmetrical dampingdevicesoraveraging techniques maybe*'used"to,reduce

'instrumentfluctuations towithin24oftheobservedreading.(IWP-4150)

BASISFORRELIEF:TheHydrazine Pumpsarepositivedisplacement pumpswithavariablespeeddrive.They-operate ataverylowrpmandflowrate(0.71to0.82gpm).Theflowinstrument orificeislocatedinthepump'ssuctionline.Itsoutputsignalpulsatessharplywitheachstrokeandcannotreadilybeaveraged.

Theflowrecorderforthehydrazine pumps,FR-07-2-2,displaysawidetraceforflowrate..Theonlywaytoknowthetrueflowrateofthepumpsistocollectthepumpsoutputinacontainer andmeasureit.Duringthe1992Unit2refueling outage,severalflowtestsperhydrazine pumpwereperformed.

Thedischarge ofonepumpwasdirectedtoacontainer ofaknownvolume.Theamountoftimetofillthecontainer wasmeasuredandthenusedtocalculate anaverageflowrateforthepump.Eachoftheflowtestsforeachpumpwereperformed atadifferent pumprpm.Acorrelation betweenpumprpmandaverageflowratewasdeveloped andcomparedtotheexpectedvalue.Themeasuredandtheexpectedcorrelations betweenrpmandflowratewereincloseagreement.

Theexpectedcorrelation wasbaseduponpistondiameter, pistonstroke,andpumprpm.Basedupontheseresults,hydrazine pumpflowrate.canbeaccurately setbyselecting theproperpumprpm.B-24 kg~i~JkC"<<j'~'lfe(p, 4Is~'~>fjSacraqlSIJe'44J~~)r~

Revision208/01/92RELIEFREQUESTNO.PR-17(cont.)BASISFORRELIEFcont.Frequentperformance oftheabovementioned flowtestingcannotbeperformed.

Hydrazine isahighlyflammable liquidwithcumulative.

toxicaffectswhenabsorbedthroughtheskin,inhaled,oringested.

Ithasalsobeenidentified asaknowncarcinogen.

ALTERNATE TESTING:""Duringthe.quarterly pumptests,eachpump'srpmwillbemeasuredtoverifytherequiredflowrateof0.71to0.82gpm.Pumpflowwillberecordedbutnotalerttrendedandvibration will-bemeasuredduringthequarterly tests.Duringeachrefueling outageatleastoneflowtestwillbeperformed foreachpumptoverifyproperperformance.

Pumpvibration.

willbe.,measured, duringthisflowtest.B-25 0

AppendixCValveProgramTables P)~=~)~

Revision208/01/92FloridaPower&LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2PAGE:1LEGENDVALVENUMBERTheplantalpha-numerical designator forthesubjectvalveCOORDCLCATSIZEThecoordinate locationofthevalveonthedesignated drawing.TheISIClassification ofthevalveaspertherespective ISIboundarydrawingsThevalvecategoryperParagraph IWV-2200Thevalve',snominalsizeininchesTYPEA/PACT.TYPENORMPOS.REMINDFAILMODEThevalvetypeTheactive(A)orpassive(P)determination forthevalveperIWV-2100.

The,valve.actuator type-.asfollows:AOAir-operated DO-.Diaphram-operated MOElectricmotor-operated MANManualvalvePOPiston-operated S/ASelf-actuated SOSolenoid-operated Designates thenormalpositionofthevalveduringplantoperation atpowerNotesifavalvehasremotepositionindication Identifies thefailuremode(openorclosed)foravalve.FAIindicates thevalvefails"asis".

J/MJeMfEIari1'.",l-~i4*

Revision208/01/92ForidaPower&LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2PAGE2LEGENDCont.EXAMIdentifies thetestrequirements foravalveasfollows:CV/CCV/0.CV/POECEEEOFSINSPPECPISLT-1SLT-2SLT-3SRVCheckvalveexercisetoclosedposition.

Checkvalvefull-stroke exercisetoopenposition.

'Check-valvepartial-stroke exercisetoopenposition.

Exercisetoclosedposition.

ForallcategoryAorBpower-operated valvesstroketimeswillbemeasuredunlessexcludedbyanassociated reliefrequest..

Exercisevalvetoverifyproperoperation andstrokingwithnostroketimemeasurements.

Requiresobservation ofsystemparameters orlocalobservation ofvalveoperation.

Exercisetoopenposition.

ForallcategoryAor.Bpower-operated valvesstroketimeswillbemeasuredunlessexcludedbyanassoci'ated reliefrequest.FailsafetestDisassembly andinspection ofcheckvalvesPartialclosureexerciseforpower-operatedvalves~Positionindication verification Seatleakratetestper10CFR50,AppJSeatleakratetestforpressureisolation valves.Seat'leakagetestofairaccumulator checkvalves.Setpointcheckforsafety/relief valves 0>~~"1~',~C$

Revision" 208/01/92FloridaPower6LightCompanyINSERVICE TESTING-VALVETABLESSt.LucieNuclearPlant-Unit2CPAGE:3LEGENDCont.TESTFREQTherequiredtestintervalasfollows:QRCS2YRFSPQuarterly (duringplantoperation)

ColdshutdownasdefinedbyTechnical Specification Every2yearsEachreactorrefueling outage(cycle).Inthecasewherethisisdesignated forsafety/relief valvesrefer,toTableIWV-3510-1.

Other(Seeapplicable RequestforRelief)RELIEFREQ.Referstothe-specific reliefrequestassociated withtheadjacenttestrequirement.

(SeeAppendixD)

~<>~

FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaint-Lucie NuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:4P8ID:2998-G-078 SH107SYSTEH:REACTORCOOLANTSYSTEHACT.NORMREHFAILTESTRELIEFVALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAHFREQREQ.REMARKSV-1460G-628F000GLOBEASOLCYESFCEOCSPl2YV-1461G-62B1.000GLOBEASOLCYESFCEOPICS2YV-1462E-6281.000GLOBEASOLCYESFCEOPICS2YV-1463E-6281.000GLOBEASOLCYESFCEOPlCS2YV-1464D-42B1.000GLOBE'SOLCYESFCEOCSPl2YV-1465E-4281.000GLOBEASOLCYESFC'OCSPl2YV-1466G-5281.000'GLOBE ASOLCYESFCEOCSPI2Y

~$f FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:5P8ID:2998-G-078 SN108SYSTEM:REACTORCOOLANTSYSTEHACT~NORHREHFAILVALVENUHBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.INDMODETESTRELIEFEXAHFREQREQ.,REMARKSV-1474F-6183.000GLOBEASOCYESFCEOCSPI2YV-1475D-61B3.000GLOBEASOCYESFCEOCSPI2YV-1476F-51B3.000GATEAHO0YESFAIECrPI2YV-1477D-5'183.000GATEAHO0YESFAIECQRPI2Y

%kgI'f~Wp~

FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE6P8ID:2998-G-078 SN109SYSTEH:REACTORCOOLANTSYSTEMACT.NORHREHFAIL.VALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAMTESTRELIEF'FREQREQ.-REMARKSV-1200G-61CF000SAFETYAS/ACNOSRVRFV.1201G61C3.000SAFETYAS/ACNOSRVRFV-1202G-61C3.000SAFETYAS/ACNOSRVRF

FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:7P8ID:2998-G-078 SN120SYSTEH:CNEHICALANOVOLUHECONTROLACT.NORHREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS.INDHOOEEXAMFREQREQ.REMARKSV-2522E-72A2.000GLOBEADO0YESFCECFSPlSLT-1CSCS2Y2Y

FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:8PIIID:2998-G-078 SH121SYSTEM:CHEMICALANDVOLUMECONTROLACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPE-POS~INDMODEEXAMFREQREQ~REMARKSFCV-2210Y C-22B1F000GLOBEADOCYESFCECQRFSQRPI2YV-2177C-32C3.000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2190D-6'C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-5CV/POCSV-2191E-32CF000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2443C-42C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-6CV/POQRVR-6V-2444B-42C3.000CHECKAS/ACNOCV/CQRCV/0RFVR-6CV/POQRVR-6V-2501F-42B4.000GATEAMO0YESFAIECCSPl2YV-2504F-32B3.000GATEAMOCYESFAIECEOPlCSCS2YV-2505G-72A1.000GLOBEADOCYESFCECFSPlSLT-1CSCS2Y2YV-2508C-62B3.000GATE'MOCYESFAIEOQRPl2YV-2509C-7283.000GATEAMOCYESFAIEOPlQR2YV-2512F-52BF000GLOBEADOCYESFCECQRFSQRPI2Y y~I~~'I FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2CRCCCRCP8ID:2998-G-078 SH121(cont)SYSTEM:CHEMICALANDVOLUHECONTROLREVISION:

2DATE:08/01/92PAGE:9ACT.VALVENUMBERCOORD.CLCAT~SIZETYPEA/PTYPEHORNREMFAILPOS.INDMODETESTRELIEFEXAMFREQREQ.REMARKSV-2514C-32B3.000GATEAMOCYESFAIEOQRPI2YV-2524F-72A1.000GLOBEADOCYESFCECCSFSCSPI2YSLT-12YV-2525E4284.000GLOBEAMOCYESFAIECQRPI2YV-2526E32C4.000CHECKAS/ACNOCV/0RFVR-5CV/POCSV-2650B-4281.000GLOBEADOCYESFCECQRFS'RPI2YV-2651D-4281.000GLOBEADOCYESFCECQRFSQRPI2Y Xf-l~0 FLORIDAPOUERANDLIGHTCOMPAHYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISIOH:

2DATE:08/01/92PAGE:10P8ID:2998-G-078 SH122SYSTEM:CHEMICALANDVOLUHECONTROLACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SI2ETYPEA/PTYPEPOS.INDMODEEXAM-FREQREQ.REMARKSSE-02-018-61B2.000GLOBEASO0YESFOEcEOFSPIQRQRQR2YSE-02-02B-7182.000GLOBEASO0YESFOEcQREOQRFSQRPI2YSE-02-03D-7182.000GLOBEASOLCYESFcEcCSEOCSFSCSPI2YSE-02-04D-71B2.000GLOBEASOLCYESFcEcCSEOCSFSCSPI2YV-2167G-22CF000CHECKAS/ACNOCV/CQRCV/0QRV-2168E-22C2.000CHECKAS/ACNOCV/CQRCV/0QRV-2169C-22C2.000CHECKAS/ACNOCV/CQRCV/0QRV-2324C-22C1.500RELIEFAS/ACHOSRVRFV-2325E-22C1.500RELIEFAS/ACNOSRVRFV-'2326G-22CF500RELIEFAS/ACNOSRVRFV-2431D-81C2.000CHECKAS/ACNOCV/0CSV-2432C-81C2.000CHECKAS/ACNOCV/0QRV-24338-81C2.000CHECKAS/ACHOCV/0QRV-2440G-22C2.000CHECKAS/A0NOCV/0CSV-2462B-62C2.000CHECKAS/ACNOCV/0QR 0O'e'4I~a FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:11P8ID:2998-G-078 SN122(cont)SYSTEM:CHEHICALANDVOLUHECONTROLACT.NORMREHFAILTESTRELIEF---VALVENUHBERCOORD.CLCAT~SIZE.TYPE-A/PTYPEPOS.IND'MODEEXAH-FREQ-REQ.-REMARKSV-2515F-81B2.000GLOBEADO0YESFCECCSFSCSPI2YV-25'16F-71A2.000GLOBEADO0YESFCECCSFSCSPI2YSLT-12YV-2523B-6282.000GLOBEPDOLOYESFOPI2YV-2553F-2282.000GLOBEAHO0YESFAIECQRPI2YV-2554D-22B2.000GLOBEAHO0YESFAIECQRPI2YV-2555<<C-2282.000GLOBEAHO0YESFAIECQRPI2YV-2598C-6283.000GATEAHO0YESFAIEO*CSPI2Y A,Apl'7 FLORIDAPOWERANDLIGHTCOMPANYREVISION:

2VALVETABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:12P8ID:2998-G-078 SH130SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAILTESTRELIEF--VALVE-NUMBER COORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAM'FREQREQ;=-REMARKSFCV-3301E-22B10.000BUTFLYAMOLOYESFAIECQRPI2YFCV-3306F-42B10F000BUTFLYAMOLOYESFAIECPIQR2YHCV-3512E-22B10~000BUTFLYAMOLCYESFAIEOPIQR2YHCV-3657F-42810.000BUTFLYAMOLCYESFAIEOQRPI2YSE-03-2AG-22A2.000GLOBEASOCYESFCECFSPISLT-1QRQR2Y2YVR-4SE-03-2BG-22A2.000GLOBEASOCYESFCECFSPISLT-1QRQR2Y2YVR-4SR-07-1AE-72C0.750RELIEFAS/ACNOSRVRFSR-07.18D-82C0.750RELIEFAS/ACNOSRVRFV-07000F-72C14.000CHECKAS/ACHOCV/0CV/PORFVR-7QRVR-7V-07001E-72C14.000CHECKAS/ACNOCV/0RFVR-7CV/POQRVR-7V.3101H-32C2.000CHECKAS/ACHOCV/0RFVR-32CV/POCSVR-32V-3102D-62C2.000CHECKAS/ACNOCV/CCV/POINSPCSVR-30QRVR-30RFVR-30V-3103D-52C2.000CHECKAS/ACHOCV/CCSVR-30CV/POQRVR-30INSPRFVR-30 xf4aI'lI FLORIDAPOMERAHDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:13P&ID:2998-0-078 SH130(cont)SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAIL'"TESTRELIEFVALVENUMBERCOORSCLCAT~SIZETYPEA/PTYPEPOS~IHDMODEEXAMFREQREQ.REMARKSV-3104E-62C2.000CHECKAS/ACNOCV/CCSVR-28CV/0RFVR-28CV/POQRVR-28V-3105D-62CF000CHECKAS/ACNOCV/CCV/0CV/POCSVR-28RFVR-28QRVR-28V-3106F-52C10.000CHECKAS/ACNOCV/0CSV-3107E52C10.000CHECKAS/ACNOCV/0CSV-3401D-72C6.000CHECKAS/ACNOCV/0RFVR-8CV/POQRVR-8V-3410B-72C6.000CHECKAS/ACNOCV/0RFVR-8CV/POQRVR-8V-3412C-42CF000RELIEFAS/ACNOSRVRFV-34148-52C3.000S/CHEKAS/ACNOCV/CQRCV/0RFVR-9CV/POQRVR-9V-3417D-4.2C1~000RELIEFAS/ACNOSRVRFV-34270-52C3.000S/CHEKAS/ACNOCV/CQRCV/0RFVR-9CV/POQRVR-9V-3430G-62C1.000RELIEFAS/ACNOSRVRFV-3431H-62C1.000RELIEFAS/ACNOSRVRFV-3432E-72814.000GATEAMOLOYESFAIEcPIQR2YV-3439F-32C1.000RELIEFAS/ACHOSRVRFV-3444E.72814.000GATEAMOLOYESFAIEc'lQR2YV-3456G-42810.000GATEAMOLCYESFAIEOQRPl2Y 40~)-ICy+e' FLORIDAPOWERANDLIGHTCOHPANYREVISION:

2VALVETABLESDATE:08/01/92SaintLuciaNuclearPlant-Unit2PAGE:14PBID:2998-G-078 SH130(cont)SYSTEH:SAFETYINJECTION SYSTEHSRCCtHCACT.NORHREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDHODEEXAHFREQREQ.REMARKSV-3457F-22B10.000GATEAMOLCYESFAIEOQRPI2YV-3463G-22A2.000GATEPHANLCNOSLT-12YV-3495G-62B6.000GLOBEASOLOYESFCECQRFSQRPI2YV-3496G-52B6.000GLOBEASOLOYESFCECQRFSQRPI2YV-3507F-12C1.000RELIEFAS/ACNOSRVRFV-3517N-62812F000GATE,AHOLCYESFAIEOQRPI2YV-3522B-42C3.000CHECKAS/ACNOCV/0RFVR-10V-3523A-22B3.000GLOBEA'HOLCYESFAIEC"QREOQRPl2YV-3540C-22B3.000GLOBEAMOLCYESFAIECEOPIQRQR2YV-3547C-52CF000CHECKAS/ACNOCV/0RFVR-10V-3550C-22B3.000GLOBEAMOLCYESFAIECQREOQRPI2YV-3551A-2283.000GLOBEAHOLCYESFAIECEOPIQRQR2YV-3570C-32C1.000RELIEFAS/ACNOSRV-RFV-3654B-52B6.000GATEAMOLOYESFAIECORPI2YV-3656D-5'2B6.000GATEAMOLOYESFAIECQRPl2Y

',CVecV FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:15P8ID:2998-G-078 SN130(cont)SYSTEM:SAFETYINJECTION SYSTEHACT~NORHREHFAlL"VALVENUMBER,COORD.CLCAT.SIZE.TYPEA/PTYPE'POS~INDHODETESTRELIEFEXAM'"FREQREQ.REMARKSV-3658G-72812.000GATEAMOLCYESFAIEOPIQR2YV-3659G-6283.000GATEAHO0YESFAIECPIQR2YV-3660G-5283~000GATEAMO0YESFAIECQRPI2Y 4~re FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:16P8ID:2998-G-078 SH131SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREHFAILVALVENUMBERCOORSCLCAT~SIZETYPEA/P'TYPE'POS~INDMODE'XAMTESTRELIEFFREQ'EQ.,REMARKSHCV-3615H-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV-3616G-7282~000GLOBEAMOCYESFAIEOPlQR2YHCV-3617G-7282.000GLOBEAMOCYESFAIEOQRPI2YHCV-3625F-7286.000GLOBEAMOCYESFAIEOQRPI2YHCV-3626E-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3627E-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3635D-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV-3636C-7282.000GLOBEAMOCYESFAIEOQRPl2YHCV-3637C-7282.000GLOBEAMO-CYESFAIEOQRPl2YHCV-36458-7286.000GLOBEAMOCYESFAIEOQRPl2YHCV.3646A-7282.000GLOBEAMOCYESFAIEOQRPI2YHCV-3647A-7282.000GLOBEAMOCYESFAIEOQRPl2YV-3113G-72C2.000CHECKAS/ACHO'V/0RFVR-11CV/POSPV-3114H-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3124F-72C6.000CHECKAS/ACNOCV/CCSCV/0CS

+4a+c FLORIDAPONERANDLIGHTCOMPANY-~VALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:17P8ID:2998-G-078 SH131(cont)SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAlLTESTRELIEF'VALVENUMBERCOORD.CLCAT.SIZE-TYPEA/P'YPE"'POS.'IND'MODE""EXAM'FREQ'REQ~-"REMARKS V-3133C-72C2.000CHECKAS/ACHO'V/0RFVR-11CV/POSPV-3134D-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3143A-72C2.000CHECKAS/ACNOCV/0RFVR-11CV/POSPV-31448-72C6.000CHECKAS/ACNOCV/CCSCV/0CSV-3469D-52C0.750RELIEFAS/ACNOSRVRFV-3480E-31A10.000GATEAMOCYESFAIEOPlSLT-2CS2YSPVR-29V-3481E-41A10.000GATEAMOCYESFAIEOCSPlSLT-22YSPVR-29V-3482E-42C0.750RELIEFAS/ACNOSRV'FV-3524F-5'IACF000CHECKAS/ACHOCV/CSPVR-12CV/0RFVR-12SLT-2SPVR-2V-3525F-41AC3.000CHECKAS/ACNOCV/CSPVR-12CV/0RFVR-12SLT-2SPVR-28VR-12V-3526C-51ACF000CHECKAS/ACNOCV/CCV/0SLT-2SPVR-12RFVR-12SPVR-2V-3527C-41AC3.000CHECKAS/ACNOCV/CCV/0SLT-2SPVR-12RFVR-12SPVR-28VR-12V-3536E-82BF000GLOBEAMOLCYESFAIECPIQR2YV-3539C-B284.000GLOBEAMOLCYESFAIECQRPl2Y

FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:18P8ID:2998-G-078 SH131(cont)SYSTEH:SAFETYINJECTION SYSTEMACT.NORHREMFAILTESTRELIEFVALVENUHBER-COORS-CL=CAT..SIZE-"-TYPE"A/P-"TYPE-POSINDHODE'EXAM'FREQREQ.-REMARKSV-3545E-41810.000GATEAHOLCYESFAIEOCSPI2YV-35718-4181F000GLOBEADOCYESFCECFSPIQRQR2YV-3572F-41B1.000PLOBEADOCYESFCECQRFSQRPi2YV-3651D-31A10.000GATEAHOCYESFAIEOPISLT-2CS2YSPVR-29V-3652D-51A10.000GATEAHOCYESFAIEOPISLT-2CS2YSPVR-29V-3664E-62810.000GATEAHOLCYESFAIEOCSPl2YV-3665C-62B10.000GATEAHOLCYESFAIEOPlCS2YV-3666D-62C6.000RELIEFAS/ACNOSRVRFV-3667E-62C6.000RELIEFAS/ACNOSRVRFV-3766E-72C2.000CHECKAS/ACNOCV/0RFVR-11CV/POSP kl,g7 FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:19P.RID:2998-G-078 SH132SYSTEM:SAFETYINJECTION SYSTEMACT.NORMREMFAILTESTRELIEF..,,.VALVE NUMBER,.COORD..CL CAT.SIZETYPE-A/PTYPEPOS.-IND.MODE--

EXAM.-FREQREQ."-REMARKS HCV-3618E-7181.000GLOBEADOCYESFCECQRFSQRPI2YHCV-3628E-4181.000GLOBEADOCYESFCECFSPIQRQR2YHCV-36388-7181.000GLOBEADOCYESFCECQRFSQRPI2YHCV-36488-4181.000GLOBEADOCYESFCECQRFSQRPI2YSE-03-1AF-3281.000GLOBEASONCYESFCECFSPICSCS2YSE.03-18F-7281.000GLOBEASONCYESFCECFSPICSCS2YSE-03-1CC-7281F000GLOBEASONCYESFCECFSPICSCS2YSE-03-1DC-3281F000GLOBEASONCYESFCECFSPICSCS2YV-3215F-52AC12.000CHECKAS/ACNOCV/CIHSPSLT-2SPVR-13SPVR-13SPVR-2V-3217E-61AC12F000CHECKAS/ACNOCV/CCV/POIHSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3225F-22AC12.000CHECKAS/ACNOCV/CSPVR-13INSPSPVR-13SLT-2SPVR-2

FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:20P8ID:2998-G-078 SH132(cont)SYSTEH:SAFETYINJECTION SYSTENACT~NORHRENFAlLTESTRELIEF.VALVE.NUHBER

'COORD..CL CAT~SIZETYPE-A/P-.TYPE-POS.INDNODEEXAN-FREQ-REQ~.REHARKSV-3227E-61AC12.000CHECKAS/ACNOCV/CCV/POINSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3235F-22AC12.000CHECKAS/ACNOCV/CINSPSLT-2SPVR-13SPVR-13SPVR-2V-3237E-61AC12.000CHECKAS/ACNOCV/CCV/POINSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3245F-22AC12.000CHECKAS/ACNOCV/CINSPSLT-2SPVR-13SPVR-13SPVR-2V-3247E-61AC12.000CHECKAS/ACNOCV/CCV/POIHSPSLT-2SPVR-14CSVR-14SPVR-14SPVR-2V-3258F-21AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-3259F-51AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-32608-51AC6.000CHECKAS/ACNOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2V-32618-21AC6.000CHECKAS/ACHOCV/CCV/0CV/POSLT-2SPVR-15CSVR-15SPSPVR-2 AIhis4wWwkbI FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:21P8ID:2998-G-078 SH132(cont)SYSTEH:SAFETYINJECTION SYSTEHACT.NORMREHFAILTESTRELIEFVALVENUMBER.=COORD.CLCAT.SIZETYPE-A/PTYPEPOS~INDHODE"EXAH'"FREQ.REQ.-REMARKSV-3611F-6281.000GLOBEAAOCYESFCEC,CSFSCSPI2YV-3614F-61B12.000GATEAMOLO.YESFAIECCSPI2YV-3621F-3281F000GLOBEAAOCYESFCECCSFSCSPl2YV-3624F-31812.000GATEAHOLOYESFAIECCSPl2YV-3631B-62B'1.000GLOBEAAOCYESFCECCSFSCSPl2YV-36348-61812.000GATEAHOLOYESFAIECCSPI2YV-3641B-32B1.000GLOBEAAOCYESFCECCSFSCSPI2YV-3644B-31B12.000GATEAHOLOYESFAIECCSPI2YV-3733G-7281F000GATEASOCYESFCEOCSPl2YV-3734G-72B1.000GATEASOCYESFCEOCSPI2YV-3735G4281.000GATEASOCYESFCEOCS'I2YV-3736G-4281.000GATEASOCYESFCEOCSPIV-3737D-7281.000GATEASOCYESFCEOCSPI2YV-37380-7281.000GATEASOCYESFCEOCSPI2Y

+0 FLORIDAPOWERANDLIGHTCOHPANYVALVETABLES.SaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:22P8ID:2998-G-078 SN132(cont)SYSTEM:SAFETYINJECTION SYSTEHACT.NORHREHFAILTESTRELIEF,VALVENUHBER<<COORSCLCAT~SI2ETYPEA/PTYPE=POS.INDHODE.EXAMFREQ-REQ.-REMARKSV-37390-4281.000GATEASOCYESFCEOPI'CS2YV-3740D-4281.000GATEASOCYESFCEOCSPI2Y 44JI' FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:23P8ID:2998-G-078 SN153SYSTEH:SAMPLINGSYSTEMACT.NORMREMFAILTESTRELIEF~BIVALVENUHBERCOORD.'LCAT~'iZE.TYPE'A/P-TYPEPOS~"INDHODE--'EXAM'REQ"REQ."REMARKSSE-05-1AG-72A0.375GLOBEASOCYESFCECQRFSQRPl2YSLT-12YSE-05-18F-72A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YSE-05-1CE-72A0.375GLOBEASOCYESFCECQRFSQRPI.2YSLT-12YSE-05-1DC-72A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YSE-05-1EG-52A0.375GLOBEASOCYESFCECQRFSQRPI2YSLT-12YV-5200F-62A0.375GLOBEADOCYESFCECORFSQRPI2YSLT-12YV-5201E-62A0.375GLOBEADOCYESFCECFSPlSLT-1QRQR2YV-52020-62A0.375GLOBEADOCYESFCECFSPISLT-1QRQR2YV-5203F-52A0.375GLOBEADOCYESFCECQRFSQRPl2YSLT-12Y FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2SHCSCCR55ÃtSHJRCCC 0ZCQ555CCR5R5RCHXE 5$5RIIRCCRRiiRCP8ID:2998-G-078 SN'153(cont)SYSTEH:SAHPLINGSYSTEHREVISION:

2DATE:08/01/92PAGE:24ACT~NORHREHFAILTESTRELIEFVALVE,NUHBER..COORD..CL CAT.-SIZE'TYPE-A/PTYPEPOS;-INDNODE""EXAH-=-FREQ=REQ.REHARKSV-5204E-52A0.375GLOBEADOCYESFCECFSPISLT-1QRQR*2Y2YV-5205D-52A0.375GLOBEADOCYESFCECFSPISLT-1QRQR2Y2Y

FLORIDAPOHERANDLIGHTCOMPANYVALVETABLES.SaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:25P8ID:2998-G-078 SH160SYSTEM:llASTEMANAGEMENT SYSTEMCIZKRRCRI SZtO5500555C5C5C5I5105ZXACT.NORMREMFAILVALVENUMBER.COORD..CL CAT~-SIZE.TYPE-A/PTYPE=POS~-INDMODE=.EXAMTESTRELIEF-FREQREQ.--REMARKS V-6341E-72A3.000DIAPHAAO0YESFCECFSPISLT-1QRQR2Y2YV-6342E-62A3.000DIAPHAAO0YESFCECQRFSQRPI2YSLT-12Y FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:26P4ID:2998-G-078 SH163SYSTEM:WASTEMANAGEMENT SYSTEMACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAMFREQREQ.REMARKSV-6718E-72AF000DIAPHAAO0YESFCECFSPISLT-1QRQR2Y2YV-67418-22A1.000GLOBEAAO0YESFCECQRFSQRPI2YSLT-12YV-6750E-72A1.000DIAPHAAO0YESFCECQRFSQRPI2YSLT-12YV-6792C-72ACF000CHECKAS/ACNOCV/CCSVR-17SLT-12Y 40 FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:27P5ID:2998-G-079 SN1SYSTEM:HAINSTEAHSYSTEHACT.NORMREHFAILTESTRELIEF.VALVE.NUHBER

.=COORD.CL-CAT~SIZETYPE.A/P-TYPEPOS."~INDMODEEXAM--FREQ-REQ.-REMARKSNCV-08-1A K-132B34.000GLOBEAPO0YESECCSPECQRPI2YHCV-08-18 K-132834F000GLOBEAPO0YESECCSPECQRPI2YHV-08-12N-8284.000GATEAHOCYESFAIEOQRPI2YHV.08.13N-10284.000GATEAHOCYESFAIEOQRPl2YMV-08-14K-82B10.000GATEPHO0YESFAIPI2YMV-08-15K-102B10F000GATEPHO0YESFAIPI2YHV-08-16D-102810~000GATEPHO0YESFAIPI2YHV-08-17D-82810.000GATEPHO0YESFAIPI2YMV-08-18A J-82810.000ANGLEAHOCYESFAIECQREOQRPI2YMV-08-188 0-102810.000ANGLEAMOCYESFAIECQREOQRPI2YHV-08-19A J-102810.000ANGLEAMOCYESFAIEC'REOPIQR2YHV-08-198 D-82810.000ANGLEAHOCYESFAIECQREOQRPI2YMV-08-1AK-132BF000GLOBEAMOCYESFAIECQRPl2YHV-08-18C-13283.000GLOBEAHOCYESFAIECPIQR2Y la1a FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:28P8ID:2998-0-079 SH1(cont)SYSTEM:HAINSTEAMSYSTEHACT.NORHREHFAILTESTRELIEF.VALVE,NUMBER"COORS-CL-CAT.SIZETYPE.A/P-TYPEPOS.'INDHODE'EXAM-"FREQ-REQ.REHARKSHV-08-3N-'143B4.000GLOBEAHOCYESFAIEOQRPI2YSR-8201J-122C6.000SAFETYAS/ACNOSRVRFSR-8202J-122C6.000SAFETYAS/ACNOSRVRFSR-8203J-122C6.000SAFETYAS/ACNOSRVRFSR-8204J-122C6.000SAFETYAS/ACNOSRVRFSR-8205C-112C6.000SAFETYAS/ACNOSRVRFSR-8206C-112C6.000SAFETYAS/ACNOSRVRFSR-8207C-112C6.000SAFETY'S/ACNOSRVRFSR-8208C-112C6.000SAFETYAS/ACNOSRVRFSR-8209J-122C6.000SAFETYAS/ACNOSRVRFSR-8210J-122C6.000SAFETYAS/ACNOSRVRFSR-8211J-122C6.000SAFETYAS/ACNOSRVRFSR-8212J-122C6.000SAFETYAS/ACNOSRVRFSR-8213C-112C6.000SAFETYAS/ACNOSRVRFSR-8214C-112C6.000SAFETYAS/ACNOSRVRFSR-8215.C-112C6.000SAFETYAS/ACNOSRVRFSR-8216C-112C6.000SAFETYAS/ACNOSRV.RFV-8130L-103CF000CHECKAS/ACNOCV/0CSCV/POQRINSPRFVR-31V-8163L-103C4.000CHECKAS/ACNOCV/0CSCV/POQRINSPRFVR-31 jI' FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:29P8ID:2998-G-080 SH2SYSTEM:FEEDNATER SYSTEMACT.NORHREMFAILTESTRELIEF,-VALVE:NUHBER COORD.CLCAT.SIZE-"-TYPE.A/PTYPEPOS.'IND'HODEEXAHFREQREQ.REMARKSHCV-09-1A 8-142820.000GATEAPO0YESFOECFSPECPICSCSQR2YHCV-09-18 8-132820.000GATEAPO0YESFOECCSFSCSPECQRPI2YNCV-09-2A E-132820.000GATEAPO0YESFOECCSFSCSPECQRPI2YNCV-09-28 E-132820.000GATEAPO0YESFOECFSPECPICSCSQR2YHV-09-09G-16284.000GLOBEAHOCYESFAIECQREOQRPI2YHV-09-10I-1528F000GLOBEAHOCYESFAIECEOPIQRQR2YHV-09-'I1 G-12284.000GLOBEAHOCYESFAIECEOPIQRQR2YHV-09-12I-12284.000GLOBEAHOCYESFAIECQREOQRPI2YHV-09-13M-17382.500GATEAHOCYESFAIEOQRPI2YMV-09-14H-17382.500GATEAMOCYESFAIEOQRPI2Y M

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2DATE:08/01/92PAGE:30P&ID:2998-G-080 SH2(cont)SYSTEM:FEEDWATER SYSTEMRRSSSR50155541CCC0150II0ZRCSSSSACT~NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.IHDMODEEXAMFREQREGSREMARKSSE-09-2K-15384.000GATEASOCYESFCECEEEOFSPICSVR-33QRVR-33CSVR-33QR2YSE-09-3J-15384.000GATEASOCYESFCECEEEOFSPICSVR-33QRVR-33CSVR-33QR2YSE.09-4H-1138F000GATEASOCYESFCECEEEOFSPlCSVR-33QRVR-33CSVR-33QR2YSE.09.5l-1138F000GATEASOCYESFCECEEEOFSPlCSVR-33QRVR-33CSVR-33QR2YV-09107M.148C4.000CHECKAS/ACNOCV/CCSCV/0CSV-09119G-152C4.000CHECKAS/ACNOCV/0CSV.09123L-148C4.000CHECKAS/ACNOCV/CCSCV/0CSV.091351-152C4.000CHECKAS/ACNOCV/0CSV-09139J148C6.000CHECKAS/ACNOCV/0CSV-09151V-09157.G-122C4.000CHECKAS/ACNOCV/0CSI-122CF000CHECK.AS/ACNOCV/0CSV-092528162C18.000CHECKAS/A0NOCV/0QRV-09294E-162C18.000CHECKAS/A0NOCV/0QR FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISIGH:2DATE:08/01/92PAGE:31P8ID:2998-G-080 SH2(cont)SYSTEM:FEEDWATER SYSTEMACT.NORMREMFAILTESTRELIEF.VALVENUMBER,COORD.:CL,CAT~SIZE=TYPE'/P"TYPE'OS."cIHD MODEEXAM'-.".'FREQ.REQ:"-.-~REMARKSV-09303L-133C2.000CHECKAS/ACHOCV/POINSPQRVR-27RFVR-27V-09304M-123C1'00CHECKAS/ACHOCV/POINSPQRVR-27RFVR-27V-09305N-'133C1.500CHECKAS/ACNOCV/POQRVR-27INSPRFVR-27 UgI.'bh~4<

FLORIDAPOLIERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:32P8ID:2998-G-082 SYSTEH:INTAKECOOLINGUATERSYSTEHACT~NORMREHFAILTESTRELIEF-.--~VALVE~NUMBER COORD..CL SCAT.--SIZETYPEA/P-.TYPE'POS.-IND"HOOE

'EXAH"-FREQ.REQ.-"REHARKS HV-21-2E-53824.000BUTFLYAHO0YESFAIEcPIQR2YHV-21-3E-43824~000BUTFLYAHO0'YESFAIEcQRPI2YHV-21-4AI-3383.000BUTFLYAHO0YESFAIEcQRPI2YHV-21-48I-338~3.000BUTFLYAHO0YESFAIEcQRPI2YTCV-14-4A 8-33830.000BUTFLYAAO0NOFOEcQRVR-34FSQRTCV-'14-48 8-43830.000BUTFLYAAO0NOFOEcQRVR-34FSQRV-21162H-43C30.000CHECKAS/ACNOCV/CQRCV/0QRV-21205H-63C30F000CHECKAS/ACNOCV/CQRCV/0QRV-21208H-73C30.000CHECKAS/ACNOCV/CQRCV/0QRV-21431H-53C1.000CHECKAS/ACNOCV/CQRCV/0QRV-21434H-53C1.000CHECKAS/ACNOCV/CQRCV/0QRV-21523C2.000CHECKAS/ACNOCV/0QRV-21524I-73CF000CHECKAS/ACNOCV/0QR 4ai>eP~c~

FLORIDAPSIERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:33P8ID:2998-G-083 SYSTEM:COMPONENT COOLINGSYSTEMACT.NORMREHFAlLTESTRELIEF.VALVE.NUHBER

...COORD..CL CAT~.,SIZETYPE-A/PTYPEPOS~:.IND-MODE EXAM'"FREQ'REQ.'EMARKSHCV-14-1C-62A8.000BUTFLYAAO0YESFCECCSFSCSPI2YSLT-12YVR-48VR-16HCV-14-10 H-153816.000BUTFLYAAO0YESFCECQRFSQRPl2YHCV-14-2C-12A8.000BUTFLYAAO0YESFCECCSFSCSPI2YSLT-12YVR-48VR-16HCV-14-3A L-33B14F000BUTFLYADO0YESFOEO.CSFSCSPI2YHCV-14-38 M-33814.000BUTFLYAOO0YESFOEOCSFSCSPl2YHCV-14-60-22A8.000BUTFLYAAO0YESFCECCSFSCSPl2YSLT-12YVR-48VR-16HCV-14-7D-62A8.000BUTFLYAAO0YESFCECFSPlSLT-1CSCS2Y2YVR-48VR-16HCV-14-BA G-143816.000BUTFLYAAO0YESFCECQRFSQR,PI2YHCV-14-8B G-153816.000BUTFLYAAO0YESFCECQRFSQRPI2YHCV-14-9G-153816.000BUTFLYAAO0YESFCECFSPIQR2Y

~Cc' FLORIDAPOWERANDLIGHTCOHPANYREVISION:

2VALVETABLESDATE:08/01/92SaintLucieNuclearPlant-Unit2PAGE:34P5ID:2998-G-083 (cont)SYSTEH:COHPONENT COOLINGSYSTEHACT~NORHREMFAILTESTRELIEFVALVENUHBERCOORD.CLCAT~SIZETYPEA/PTYPEPOS.INDHODEEXAMFREQREQ.REMARKSMV-14-1D-163824.000BUTFLYAMO0YESFAIECQREOQRPl2YMV-14-10C-9288.000BUTFLYAHO0YESFAIECQRPI2YHV.14-11C-102B8.000BUTFLYAHO0YESFAIECQRPl2YHV-14-12C-10288.000BUI'FLYA,HO0YESFAIECPlQR2YHV-14-13C-8288.000BUTFLYAHO0YESFAIECQRPI2YHV-14-14C-82B8.000BUTFLYAHO0YESFAIECQRPI2YHV-14-15C-92B8.000BUTFLYAHO0YESFAIECQRPI2YMV-14-16C-82B8.000BUTFLYAHO0YESFAIECQRPI2YMV-14-17G-'l33812.000BUTFLYAHO0YESFAIECQRPl2YMV-14-18G-133B12.000BUTFLYAHOLCYESFAIECPIQR2YMV-14-19G-123812.000BUTFLYAHO0YESFAIECQRPl2YHV-14-2D-173824.000BUTFLYAMOCYESFAIECQREOQRPI2YHV-14-20G-123812.000BUTFLYAMOLCYESFAIECQRPI2YHV-14-3G-163824.000BUTFLYAHO0YESFAIECEOPIQRQR2Y fl,~-~,ILIES4si~t>

FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:35P/4ID:2998-G-083 (cont)SYSTEH:COHPONENT COOLINGSYSTEHACT.NORHREMFAILTESTRELIEFVALVENUHBER.,COORD...CL:

CAT.,SIZETYPEA/P>>TYPEPOS."INDHOOEEXAM-FREQREQ.*REMARKSHV-14-4G-173B24.000BUTFLYAHOCYESFAIEcQREOQRPI2YMV-14-9C-10288.000BUTFLYAHO0YESFAIEcQRPl2YV-14'l43E-163C20.000CHECKAS/ACNOCV/CQRCV/0,QRV-14147E-173C20F000CHECKAS/ACNOCV/CQRCV/0QRV-14151E-163C20.000CHECKAS/ACNOCV/CQRCV/0QR

FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:'08/01/92 36PAGEP8ID:'2998-G-084 SYSTEH:HAKEUPWATERSYSTEH.VALVE.NUMBER

,COORD.CLCAT..SIZEACT~NORHREHFAILTESTRELIEFTYPE-A/PTYPEPOS."IND"HODE "EXAM'FREQ

REQ.~-REMARKSNCV-15-1N-172A2.000GLOBEA000YESFCECFSPIQRQR2YSLT-12YV-15328I-172AC2.000CHECKAS/ACNOCV/CCSVR-18SLT-12Y FLORIDAPCMERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:37P8ID:2998-G-085 SH1SYSTEM:SERVICEAIRACT~NORHREHFAILTESTRELIEFVALVENUHBERCOORS.CLCAT.SIZETYPE,A/P,TYPE-POS..IND MODE-EXAH-FREQREQ.--REMARKSHCV-18-2H-62A2.000GLOBEAAOCYESFCECFSPiSLT-1QRQR2Y2YV-181270H-52AC2.000CHECKAS/A0/CNOCV/CCSSLT-12YV-18797G-62A1.000BALLPHAHLCNOSLT-12Y U0 FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:38P&ID:2998-G-085 SH2SYSTEM:INSTRUMENT AIRACT.NORMREMFAILTESTRELIEF,VALVENUHBER-COORSCLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAM"FREQRED.REMARKSHCV-18-1G-72A2.000GLOBEADO0YESFCECCSFSCSPI2YSLT-12YV-18195G62AC2.000CHECKAS/ACNOCV/C2YVR-19SLT-12YV-18279J-22AC0.500CHECKAS/ACNOCV/CCSSLT-3CSV-18283J-12AC0.500CHECKAS/ACNOCV/CCSSLT-3CSV-18290L-1NCAC0.750CHECKAS/ACNOCV/CCSSLT-3'SV-18291L-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CSV-18294M-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CSV-18295M-12AC0.750CHECKAS/ACNOCV/CCSSLT-3CS FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:39P&ID:2998-G-086 SH1SYSTEM:MISCELLANEOUS SYSTEMSACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORSCLCAT.SIZETYPEA/PTYPEPOS~IHDMODEEXAMFREQREQ.REMARKSFCV-23-3D-14282.000GATEADO0YESFCECFSPIQR2YFCV-23-5D-15282.000GATEADO0YESFCECQRFSQRPl2YFCV-23-7D-17280.500GLOBEADO0YESFCECQRFSQRPI2YFCV-23-9D-18280.500GLOBEADO0YESFCECQRFSQRPI2YSR-17221SR-17222J-133C0.750RELIEFAS/ACHOSRVRFL-133C0.750RELIEFAS/ACHOSRVRFV-17204J-133C2.000CHECKAS/ACHOCV/0QRV-17214L-133C2.000CHECKAS/ACNOCV/0QR t'li%~

FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:40P8ID:2998-G-088 SYSTEM:CONTAINMENT SPRAYSYSTEHACT~NORHREHFAILTESTRELIEF.VALVENUHBER.COORD..CL

.CAT.SIZE-'--TYPE:.A/P TYPE'POS.'~IND'MODE

""EXAM"~FREQREQ.'REMARKS FCV-07-1A F-122812.000GATEADOCYESFOEOFSPIQRQR2YFCV-07-18 F-122812.000GATEADOCYESFOEOFSPIQRQR2YLCV-07-11A I-142A2.000GLOBEADO0YESFCECFSPISLT-1QRQRLCV-07-118

->1-.132A2.000GLOBEADO0YESFCECFSPISLT-1QRQR2Y2YHV-07-1AE-32824.000BUTFLYAHOLOYESFAIECQRPl2YHV-07-18E-22824.000BUTFLYAMOLOYESFAIECPlQR2YHV-07-2AI-122824.000BUTFLYAMOCYESFAIEOQRPl2YHV-07-28J-122824.000BUTFLYAHOCYESFAIEOPlQR2YHV-07-3F-1128'12.000GATEAMO0YESFAIECPIQR2YHV-07-4F-112812.000GATEAHO0YESFAIEC,PIQR2YSE-07-3AC-928F000GLOBEASOCYESFOEC,QREOQRFSQRPl2YSE-07-38E-9282.000GLOBEASOCYESFOECEOFSPlQRQRQR2Y

FLORIDAPONERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:41P8ID:2998-G-088 (cont)SYSTEM:CONTAINMENT SPRAYSYSTEMACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS~INDMODEEXAMFREQREGSREMARKSSR-07-2A8-102C1.500RELIEFAS/ACNOSRV.'FSR-07-28C-102C1.500RELIEFAS/ACNOSRVRFV-7119J-72C24.000CHECKAS/ACNOCV/POQRVR-20CV/PORFVR-20INSPRFVR-20V-71201-72C24.000CHECKAS/ACNOCV/POQRVR-20CV/PORFVR-20INSPRFVR-20V-7129H-52C12~000CHECKAS/ACNOCV/0RFVR-21CV/POQRVR-21V-7130H-62812.000GATEAMAN0NOEEQRV-7143G-52C12.000CHECKAS/ACNOCV/0RFVR-21CV/POQRVR-21V-7145G-62812.000GATEAMAH0NOEEQRV-7170G-132AF000GATEPMANLCNOSLT-12YV-7172J-102C24.000CHECKAS/ACNOINSPRFVR-22V-7174I-102C24.000CHECKAS/ACNOINSPRFVR-22V-7188G-142A3.000GATEPMANLCNOSLT-12YV-7189G-142AF000GATEPMANLCNOSLT-12YV-7192E-142C10~000CHECKAS/ACNOINSPRFVR-23V-7193E-142C10.000CHECKAS/ACNOINSPRFVR-23V-7206G-132A3.000GATEPMANLCNOSLT-12YV-7231A-132C2.000CHECKAS/ACNOCV/0QRV-7232A-132CF000CHECKAS/ACNOCV/0QRV-7256E-82C1.500CHECKAS/ACNOCV/0RFVR-'24V-7258F-82CF500CHECKAS/ACNOCV/0RFVR-24 P

FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:42P&ID:2998-G-088 (cont)SYSTEH:CONTAINHENT SPRAYSYSTEHACT.NORHREHFAILTESTRELIEFVALVE,NUHBER

.COORD.CL..CAT.-SIZE-TYPE'-A/P

-TYPE-POS;-INDMODE-EXAMFREQ-REQ.--REHARKSV-74128-102C1.500CHECKAS/ACNOCV/0aR MV,4.

FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:43P8ID:2998-G-091 SYSTEM:MISCELLANEOUS SYSTEMSACT.NORMREHFAILTESTRELIEF,,,VALVE,NUHBER

.COORD..CL CAT.*-.SIZE-TYPEA/P-TYPEPOS:"IND'HODE EXAH'-FREQ"REQ.=.""REMARKS V-00-101B-62A8.000GATEPHANCNOSLT-12YVR-48VR-16-V.00.139L-102A0.375GLOBEPHANLCNOSLT-12YV-00-140M-102AF000GLOBEPHANLCNOSLT-12YV-00-143M-112A1.000GLOBEPHANLCNOSLT-12YV-00-144L112A0.375GLOBEPMANLCNOSLT-12Y C

FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:44PFID:2998-G-092 SH'ISYSTEM:MISC.SAMPLINGSYSTEMSACT.NORMREMFAILTESTRELIEFVALVENUMBER..COORD.CL.CAT~SIZETYPE-A/PTYPEPOS.IHD'MODE-EXAM""FREQREQ.-REMARKSFCV-26-1G-22A1.000GLOBEADO0YESFCECQRFSQRPl2YSLT-12YFCV-26.2G-42A1.000GLOBEADO0YESFCECQRFSQRPl2YSLT-12YFCV-26-3H-22A1.000GLOBEADO0YESFCECQRFSQRPI2YSLT-12YFCV-26-4H-42A1F000GLOBEADO0YESFCECQRFSQRPI2YSLT-12YFCV-26-5I-22A1.000GLOBEADO0YESFCECFSPISLT-1QRQR2Y2YFCV-26-6I-42A1.000GLOBEADO0YESFCECFSPISLT-1.QRQR2Y2YFSE-27-10 B-132A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27-11 C-132A0.375GLOBEASOCYESFCECEOFSPlSLT-1QRQRQR2Y2Y I'

FLORIDAPOWERANDLIGHTCOHPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:45P8ID:2998-G-092 SN1(cont)SYSTEH:MISC.SAMPLINGSYSTEHSACT.NORMREHFAILTESTRELIEFVALVENUHBERCOORSCLCAT~.SIZETYPEA/P'TYPEPOS.'INDHODE'XAM'REQREQ.REMARKSFSE-27-12 8-152A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR'Y2YFSE-27-138-152A0.375GLOBEASOCYESFCECEOFSPISLT.1QRQR2YFSE-27-14 B-152A0.375GLOBEASOCYESFCECEOFSPlSLT-1QRQRQR2Y2YFSE-27-15D-132A0.375GLOBEASOCYESFCECQREOQRFSQRPl2YSLT-12YFSE-27-16 0-132A0.375GLOBEASOCYESFCECQREOQRFSQRPl2YSLT-12YFSE-27-17 D-142A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27.18 D-142A0.375GLOBEASOCYESFCECQREOQRFSQRPI2YSLT-12Y

FLORIDAPOWERANDLIGHTCOMPANYVALVETABLESSaintLucia'Nuclear Plant-Unit2~~~CAR5~RE5CC55CCC1055~SRP8ID:2998-G-092 SH1(cont)SYSTEM:MISC.SAMPLINGSYSTEMSREVISION:

2DATE:08/01/92PAGE:46ACT.NORMREMFAILTESTRELIEF..VALVE.NUMBER,COORSCLCAT.,SIZETYPE-A/PTYPEPOS:INDMODE'EXAM"""FREQ"'REQ.--'REMARKSFSE-27-8A-132A0.375GLOBEASOCYESFCECEOFSPISLT-1QRQRQR2Y2YFSE-27-98-132A0.375GLOBEASOCYESFCECQREOQRFSQRPI2YSLT-12YV-271018-142AC0.375CHECKAS/A0/CNOCV/CCSVR-25CV/0QRSLT-12YV-271028-142AC0.375CHECKAS/A0/CNOCV/CCSVR-25CV/0QRSLT-12Y

~44 FLORIDAPSIERANDLIGHTCOMPANYVALVETABLESSaintLuciaNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:47P8ID:2998-G-096 SH1SYSTEM:EMERGENCY DIESELGENERATOR 2AACT.NORMREMFAILTESTRELIEFVALVENUMBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.INDMODEEXAMFREQREQ.REMARKSFCV-59-1A1 M-63BF500GATEAAOCNOFcEOSPVR-26FCV-59-2A1 FCV-59-3A1 J-103B'500GATEAAOCNOFcEOSPVR-26C-103B1'00GATEAAOCNOFcEOSPVR-26FCV-59-4A1 M-23B1.500GATEAAOCNOFcEOSPVR-26SE-59-1A1 B-163BF500GLOBEASOCNOFcEcEOFSQRQRQRSE-59.1A2 K-13B1.500GLOBEASOCNOFcEcQREOQRFSQRSE-59-3AL-63B00GATEASOCNOFcEOSPVR-26SE-59-4AL-33B1F500GATEASOCNOFcEOSPVR-26SE-59-5AJ-93B1.500GATEASOCNOFcEOSPVR-26SE-59-6AC-103B1F500GATEASOCNOFcEOSPVR-26SR-59-3AJ-123C0.750RELIEFAS/ACNOSRVRFSR-59.4AJ-113C0.750RELIEFAS/ACNOSRVRFSR-59-5A.

J-93C0.750RELIEFAS/ACNOSRVRFSR.59-6AJ-83C0.750RELIEFAS/ACNOSRVRFV-59156M-123C1.250CHECKAS/ACNOCV/CSLT-3QRQRV-59158M-103C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59159M-83C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59236M-113C1.250CHECKAS/ACNOCV/CQRSLT-3QR a')g~g FLORIDAPOl!ERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:48P8ID:2998-G-096 SH2SYSTEM:EMERGENCY DIESELGENERATOR 28ACT.NORM,REMFAILTESTRELIEF,.VALVE, NUMBER.COORSCL'CAT.-SIZETYPE-A/P"TYPE'OS.

IHD"MODE "EXAM'*'-FREQ REQ.REMARKSFCV-59-181 C-10381.500GATEAAOCNOFcEOSPVR-26FCV-59-281 M2381.500GATEAAOCHOFcEOSPVR-26FCV-59-381 J-1038'1.500GATEAAOCNOFcEOSPVR-26FCV-59.481 M-5381.500GATEAAOC,NOFcEOSPVR-26SE-59-181 8-16381.500GLOBEASOCNOFcEcEOFSQRQRQRSE-59-182 K-1381.500GLOBEASOCNOFcEcQREOQRFSQRSE-59-38L-6381.500GATEASOCNOFcEOSPVR-26SE-59-48L-3381.500GATEASOCNOFcEOSPVR-26SE-59-58K-9381.500GATEASOCHOFcEOSPVR-26SE-59-68D-10381.500GATEASOCNOFcEOSPVR-26SR-59-38J-123C0.750RELIEFAS/ACNOSRVRFSR-59-48SR-59-58J-93C0.750RELIEFAS/ACNOSRVRFJ-113C0.750RELIEFAS/ACNOSRVRFSR-59.68J-83C0.750RELIEFAS/ACNOSRVRFV-59203M-123C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59204M-113C1.250CHECKAS/ACNOCV/CQRSLT-3QRV-59205M-103C1.250CHECKAS/ACNOCV/CSLT-3QRQRV-59206M-93C1'50CHECKAS/ACHOCV/CQRSLT-3QR Ai~

FLORIDAPONERANDLIGHTCOMPAHYREVISION:

2VALVETABLESDATE:08/01/92SaintLucieNuclearPlant-Unit2PAGE49P&ID:2998-G-878 SYSTEM:HVACACT.NORMREMFAILTESTRELIEF.VALVE.NUMBER,.COORSCLCAT.-SI2ETYPEA/P.'TYPE-POS.IND'MODE-

'"EXAMFREQREQ."'REMARKS FCV-25-1C-2NC848.000BUTFLYAPOCYESFCECFSPICSCS2YFCV-25-2J-152A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-3J-152A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-4K-122A48.000BUTFLYAPOCYESFCECFSPlSLT-1CSCS2Y2YVR-4&VR-16FCV-25-5K-122A48.000BUTFLYAPOCYESFCECCSFSCSPI2YSLT-12YVR-16FCV-25-6C-8NC848.000BUTFLYAPOCYESFCECFSPlCSCS2YFCV-25-7L-122A24.000BUTFLYAPOCYESFCECEOFSPlSL'7-1QRQRQR2Y2YVR-16FCV-25-8L-122A24.000BUTFLYAPOCYESFCECEOFSPlSLT-1QRQRQR2Y2YVR-16V-25-20C-132AC24.000CHECKAS/ACNOCV/CCSCV/0CSSLT-12YVR-16 1~

FLORIDAPOWERAHDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:50P8ID:2998-G-878 (cont)SYSTEM:HVACLLCCACT.NORMREMFAILTESTRELIEF,VALVENUMBER.COORD.-CLCAT..SIZE-TYPEA/PTYPEPOS.'.IND.MODE

-EXAM'REQ-REQ.'REMARKSV-25-21C-132AC24.000CHECKAS/ACNOCV/CCV/0SLT-1CSCS2YVR-16 A4Hll>

FLORIDAPOMERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:51PIIID:2998-G-879 SN2SYSTEM:HVACACT.NORMREHFAlLTESTRELIEF.VALVE.NUHBER

,.COORS-CL-CAT.-SIZE~TYPE-A/P-~TYPEPOS.-IND"HODE

-EXAH-FREQ-REQ;REMARKSFCV-25-14 E-63B12.000BUTFLYAMO0YESFAIECQREOQRPI2YFCV-25-15 E-73B12.000BUTFLYAMO0YESFAIECQREOQRPl2YFCV-25-16 E-53B12.000BUTFLYAMOOYESFAIEC,QREOQRPI2YFCV-25-17 E-8'B12F000BUTFLYAHO0YESFAIECEOPlQRQR2YFCV-25-18 C-163B6.000BUTFLYAHO0YESFAIECQRPI2YFCV-25-19 C-173B6.000BUTFLYAHO0YESFAIECQRPI2YFCV-25-24 A-163B10.000BUTFLYAMO0YESFAIECPlQR2YFCV-25-25 A-173B10.000BUTFLYAHO0YESFAIECQRPI2Y US'~%4W FLORIDAPONERANDLIGHTCOHPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:52P&ID:2998-G-879 SN3SYSTEH:MVACACT~NORMREHFAILVALVENUHBERCOORD.CLCAT.SIZETYPEA/PTYPEPOS.'NDHODETESTRELIEFEXAMFREQREQ.REMARKSFCV-25-11 N-42816.000BUTFLYAHOCYESFAIECEOPIQR"QR2YFCV-25-12 J-42816.000BUTFLYAHOCYESFAIECQREOQRPI2YFCV-25-13 I-142812.000BUTFLYAHOCYESFAIEOQRPI2YFCV-25-20 J-122A8.000BUTFLYAPOCYESFCECFSPISLT-18VR-16FCV-25-21 J-112A8.000BUTFLYAPOCYESFCECFSPISLT-1QRQR2Y2YVR-4!LVR-16'CV-25-26 K-162A8.000BUTFLYAPOC'ESFCECFSPlSLT-1QRQR2Y2YVR-48VR-16FCV-25-29 K-328F000BUI'FLYAHOCYESFAIECQRPI2YFCV-25-30 M-42820.000BUTFLYAHOCYESFAIECEOPIQRQR2YFCV-25-31 J-42820.000BUTFLYAHOCYESFAIECQREOQRPI2YFCV-25-32 N-42830.000BUTFLYAMO0YESFAIECQREOQRPl2YFCV-25-33 J-42830.000BUTFLYAHO0YESFAIECQREOQRPI2Y yi FLORIDAPOMERANDLIGHTCOMPANYVALVETABLESSaintLucieNuclearPlant-Unit2REVISION:

2DATE:08/01/92PAGE:53P8ID:2998-G-879 SH3(cont)SYSTEM:HVACVALVENUMBERFCV-25-34 ACT~NORMREMFAlLTESTRELIEFCOORS,CLCAT.SI2ETYPEA/PTYPEPOS.INDMODE*EXAM'-FREQREQ~REMARKSH-2284.000BUTFLYAMOCYESFAIECQRPl2YFCV-25-36 K-152A8.000BUTFLYAPOCYESFCECFSPISLT-1QRQR2Y2YVR-4&VR-16V-25.23J-42C24.000CHECKAS/ACNOCV/0QRV-25-24H-42C24F000CHECKAS/ACNOCV/OQR 0Wet("4l~sI1 AppendixDValveProgramRequestsforRelief 0

Revision208/01/92RELIEFREQUESTNO.VR-1SYSTEM:VariousCOMPONENTS:

Anyvalvestestedduringcoldshutdownconditions.

CATEGORYVariousFUNCTION:

VariousSECTIONXIREUIREMENT:

IValvesshallbeexercised

...unlesssuchoperation isnotpractical duringplantoperation.

Ifonlylimitedoperation ispractical duringplantoperation, thevalveshallbepart-strokeexercised duringplantoperation andfullstrokeexercised duringcoldshutdowns.

Fullstrokeexercising duringcoldshutdowns forallvalvesnotfull-stroke exercised duringplantoperation shallbeonafrequency determined bytheintervals betweenshutdowns asfollows:Forintervals of3monthsorlonger-exerciseduringeachshutdown.

(IWV-3412, IWV-4315andIWV-3522)

BASISFORRELIEF:Inmanyinstances testingofallvalvesdesignated fortestingduringcoldshutdowncannotbecompleted duetothebrevityofanoutageorthelackofplantconditions neededfortestingspecificvalves.IthasbeenthepolicyoftheNRCthatiftestingcommences inareasonable timeandreasonable effortsaremadetotestallvalves,thenoutageextension orsignificant changesinplantconditions arenotrequiredwhentheonlyreasonistoprovidetheopportunity forcompletion ofvalvetesting.ASME/ANSI OMa-1987, Operation andMaintenance'Of NuclearPowerPlants,Part10(Paragraphs 4.2.1.2and4.-3.2.2) recognizes thisissueandallowsdeferredtestingassetforthbelow.D-1

\"l~'>"+~i4'~'IK,4a~~4 Revision208/01/92RELIEFREQUESTNO.VR-1(cont.)ALTERNATE TESTING:Forthosevalvesdesignated tobeexercised ortestedduringcoldshutdown, exercising shallcommenceassoonaspractical aftertheplant'reaches astablecoldshutdowncondition, as.definedbytheapplicable Technical Specification, butnolaterthan48hoursafterreachingcoldshutdown.

Iftheoutageissufficiently longenoughforthetestingofallthecoldshutdownvalves,thenthe48-hourrequirement neednotapply.Ifthe48-hourrequirement iswaved,thenallcoldshutdownvalvesmustbetestedduringtheoutage.Valvetestingneednotbeperformed moreoftenthanonceeverythree(3)monthsexceptasprovidedforinIWV-3417(a).

Completion ofallvalvetestingduringa.coldshutdownoutageisnotrequiredifthelengthoftheshutdownperiodisinsufficient tocompletealltesting.Testingnotcompleted priortostartupmayberescheduled forthenextshutdowninasequencesuchthatthetestscheduledoesnotomitnorfavorcertainvalvesorgroupsofvalves..Theprogramtablesidentifythosevalvesto-whichcoldshutdowntestingapplies.RefertoAppendixEfordiscussion ofthereasonsandjustification forallowingcoldshutdownvs.quarterly testing.D-2 kSKCt'~4~'4EI<<,feEPII+II Revision208/01/92RELIEFREQUESTNO.VR-2SYSTEMSafetyInjection (2998-G-078, Sh.131&132)COMPONENTS:

V-3217V-3258V-3215V-3524V-3227.V-3259V-3225V-3525V-3237V-3260V-3235V-3526V-3247V-3261V-3245V-3527CATEGORY:

A/C(CheckValves)FUNCTION:

These-checkvalvesopen-toprovideforhigh-pressure andlow-pressuresafetyinjection totheRCS.Eachofthesevalvesisdesignated asapressureisolation valve(PIV)andprovidesisolation ofsafeguard systemsfromtheRCS.SECTIONXIREUIREMENT:

Theleakagerateforvalves6-inchesor.greatershallbeevaluated perSubsection IWV-3427(b).

(IWV-3521)

BASISFORRELIEF:Leaktestingofthesevalvesisprimarily forthepurposeofconfirming theircapability ofpreventing overpressurization andcatastrophic failureofthesafetyinjection pipingandcomponents.

Inthisregard,specialleakageacceptance criteriaisestablished andincludedin,the.St.Lucie2Technical Specifications (Table3.4-1)thataddresses thequestionofvalveintegrity inamoreappropriate mannerforthesevalves.Satisfying boththeTechnical Specification andtheCodeacceptance criteriaisnotwarranted andimplementation woul'dbedifficult andconfusing.

Specifically applyingthetrendingrequirements ofIWV-3427(b)wouldresultinfrequentandexcessive maintenance ofthesevalves.Thecontinuation ofastrictleakrateacceptance criteriaandmorefrequenttestingthanspecified bytheCodegivesahighdegreeofassurance thatthesevalveswillsatisfactory performtheirsafetyfunction.

D-3

~Iyt+P Revision208/01/92RELIEFREQUESTNO.VR-2(cont.)ALTERNATE TESTING:Theleakagerateacceptance criteriafor"these valves-will beestablished pertheSt.LucieUnit2Technical Specifications, Table3.4-1.Leakageratesgreaterthan.1.0gpm-areunacceptable.

EachoftheReactorCoolantSystemPressureIsolation Valvecheckvalveshallbedemonstrated operablebyverifying leakagetobewithinitslimits:1.Atleastonceper18months.2.PriortoenteringMODE2whenevertheplanthasbeeninCOLDSHUTDOWNfor72hoursormoreandifleakagetestinghasnotbeenperformed intheprevious9months.'~4~Priortoreturning thevalvetoservicefollowing maintenance, repairorreplacement workonthevalve.Following flowthroughvalve(s)whileinMODES1,2,3,or4~5.A.Within24hoursbyverifying valveclosure,andB.Within31daysbyverifying leakagerate.Following flowthroughvalve(s)whileinMODES5or6:A.Within24hoursofenteringMODE4byverifying valveclosure,andB.Within31daysofenteringMODE4byverifying leakagerate.D-4

'14tIII%Jf(s,=~i>>c,P')><ssa"~4~~>lertg Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-3VariousCOMPONENTS VariousCATEGORY:

VariousFUNCTION:

~ThisisagenericrequestforreliefSECTIONXIREUIREMENT:

If,forpower-operated valves,anincreaseinstroketimeof504ormoreforvalveswithfull-stroke timeslessthanorequalto10secondsisobserved, thetestfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken,atwhichtimetheoriginaltestfrequency shallberesumed(IWV-3417 (a))BASISFORRELIEF:Thestroketimemeasurements takenduringtestingoffast-actingvalves=(thoselessthan2seconds)aresubjecttoconsiderable variation duetoconditions unrelated tothematerialcondition ofthevalve(eg.testconditions, operatorreactiontime).Inaccordance withGenericLetter89-04,Position6,analternate methodofevaluating stroketimesisconsidered acceptable.

ALTERNATE TESTING:Thestroketimeevaluation forthosevalvesdesignated inthePlantTestProcedures as"fast-acting" willnotaccountforsuccessive increases ofmeasuredstroketimeperIWV-3417(a) withthechangeintestfrequency asrequired.

Inlieuofthis,theassignedmaximumlimitingvalueofstroketimewillbeestablished at2seconds.Uponexceeding the2-secondlimit,thevalvewillbedeclaredinoperable andcorrective actiontakeninaccordance withIWV-3417(b).

D-5 l

Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-4PrimaryContainment COMPONENTS:

PENETRATION NO.DRAWINGNO.VALVES10112324415456572998-G-878 2998-G-878 2998-G-083 2998-G-.083 2998-G-078 Sh1302998'-G-091 2998-G-879 2998-G-879 FCV-25-4andBlankFlangeFCV-25-2andFCV-25-3HCV-14-1andHCV-14-7HCV-14-2andHCV-14-6SE-03-2AandSE-03-2BV-00101andBlankFlangeFCV-25-36 andFCV-25-26 FCV-25-20 andFCV-25-21 CATEGORY:

AorA/CFUNCTION:

Thesevalvesareclosedtoprovidecontainment isolation.

SECTIONXIREUIREMENT:

CategoryAvalvesshallbeseatleaktestedandamaximumpermissible leakagerateshallbespecified.

Individual'valve leakageratesshallbeevaluated perIWV-3426andIWV-3427.

(IWV-3426, IWV-3427, NRCGenericLetter89-04):-BASISFORRELIEF:Forseveralcontainment systems,individual leakageratetestsareimpractical duetotheconfiguration ofthesystem'spipingandcomponents.

Inthese.casesitiscustomary toperformleakagetestswiththetestvolumebetweenvalvesinseriesorbehindvalvesinparallelpaths.D-6

~ygg'sI<rp"y'p't Revision208/01/92RELIEFREQUESTNO.VR-4(cont.)BASISFORRELIEFcont.Inthesecaseswhereindividual-valve testingis.impractical; thevalveswillbeleaktestedsimultaneously inmultiplevalvearrangements.

Amaximumpermissible leakageratewillbeappliedtoeachcombination ofvalvesorvalveandblankflange.Ineachofthevalvepairs,thetwovalvesareequalinsizeandtype,andtheleakagelimitisinproportion totheirsize.Theblankflangesusedintestingpenetrations 10and54havediameters similarinsizetotheirassociated valves,FCV-25-4 andV-00101.Theleakagelimitassignedtoeachpairissuchthatexcessive leakagethroughanyvalve,o'..flange, wouldbe..detectable andtheappropriate corrective.

actiontaken.ALTERNATE TESTING:Theabovestatedvalvesandblankflangeswillbeleakratetestedinpairs.Leakagemeasurements fromtestsofmultiplevalvesorblankflangeswillbeevaluated inaccordance withIWV-3426andIWV-3427.

D-7 P~lggPI4'JCh~r"~rj Revision208/01/92RELIEFREQUESTNO.VR-5SYSTEM:ChemicalandVolumeControl(2998-G-078 Sh121)COMPONENTS:

V-2177V-2190V-2191V-2526CATEGORY:

FUNCTION:

V-2177andV-2526opentoprovideaflowpathforemergency borationfromtheboricacidmakeuppumpstothesuctionofthechargingpumps.Likewise, V-2190openstoprovideaflowpathforemergency borationviagravitydrainfromtheboricacidmakeuptankstothesuctionofthechargingpumps.V-2190closestopreventrecirculation tothe,boricacidmakeuptankswhentheboricacidmakeuppumpsareinoperation.

ValveV-2191openstoprovideaflowpathfromtherefueling watertank(RWT)tothesuctionofthechargingpumpsasanalternate supplyofboratedwaterforboration.

SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEFTestingthesevalvesintheopendirection requirestheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.

Alargeenoughboronadditioncouldresultinanunscheduled planttripandapossibleinitiation oftheSafetyInjection Systems.D-8 11%'wIII4gd'>iJQI~Q+illfIt~p~ttLIE.)J Revision208/01/92RELIEFREQUESTNO.VR-5(cont.)BASISFORRELIEFcont.Duringcoldshutdown, theintroduction.

ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldalsobeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreasetheboronconcentration.

Sincetheboronconcentration isincreased forshutdownmarginpriortoreachingcoldshutdown, apartstrokeexerciseofthesevalvescouldbeperformed atthattime.ALTERNATE TESTING:CheckvalveV-2190willbeverifiedclosedquarterly.

Allofthecheckvalveswillbepartstrokeexercised duringeachcoldshutdownperVR-1andfullstrokeexercised duringeachreactorrefueling outage.D-9

/~e41 Revision208/01/92RELIEFREQUESTNO.VR-6SYSTEM:,Chemical andVolumeControlSystem(2998-G-078, Sh121)COMPONENT:

V-2443V-2444CATEGORY:

FUNCTION:

Thesevalvesopentoprovideaflowpathfromtheboricacidmakeuppumpstotheemergency borationheader.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Full-stroke testingthesevalvesrequiresoperating theboricacidmakeuppumpsatornearratedflowandverifying fullaccidentflowthrougheachvalve.Suchtestingwouldcausetheintroduction ofhighlyconcentrated boricacidsolutionfromtheboricacidmakeuptankstothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization.

Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration.

D-10 Fw0 Revision208/01/92RELIEFREQUESTNO.VR-6(cont.)BASISFORRELIEFcont.Asecondcircuitthat-recirculates watertotheRWT-hasflow-ratemeasuring instrumentation installed-however itislimitedto30gpm.Duringanaccident, eitherpump'sdischarge checkvalvemustbeabletopassaminimumflowcapableofmatchingthedemandofthetworunningchargingpumps(greaterthan80gpm.).ALTERNATE TESTING:Eachofthesevalveswillbepartialstrokeexercised quarterly.

Duringtestingofthe.boricacidmakeuppumpsperformed duringeachreactorrefueling (SeeReliefRequestPR-5),systemflowratewillbemeasuredtoverifyfullstrokeofthesevalves.

T1t Revision208/01/92RELIEFREQUESTNO.VR-7SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS:

V-07000V-07001CATEGORY:

FUNCTION:

Thesevalvesopen,to,provideflowpathsfromtheRWTtothesuctionoftheassociated low-pressure safetyinjection pump.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenpositionrequiresinjection

-intothe,RCSviatheLPSIpumps.Duringplant.operation this="is-precluded becausetheLPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.

Atcoldshutdown, theshutdowncoolingsystemcannotprovidesufficient letdownflowtotheRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfunction.

Thus,theonlypractical.

opportunity fortestingthesevalvesisduringrefueling outageswhenwaterfromtheRWTisusedtofilltherefueling cavity.D-12 ZR~1gIFte<<W1 Revision208/01/92.RELIEFREQUESTNO.VR-7(cont.)ALTERNATE TESTING:Thesevalvesw'illbepartial-flow exercised during-quarterly testingoftheLPSIpumpsviatheminimumflowcircuitandfull-flow exercised duringeachreactorrefueling-outage.

ŽD-13 h

Revision208/01/92SYSTEM:RELIEFREQUESTNO.VR-8SafetyInjection (2998-G-078 Sh130)COMPONENTS:

V-3401V-3410CATEGORY:

FUNCTION:

Thesevalvesopento.provideflowpathsfromtheRWTandthe-containment sumptothesuctionoftheassociated high-pressuresafetyinjection pumps(HPSI).SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenpositionrequiresinjection viathe'HPSIpumps=intotheRCS.Duringplantoperation thisisprecluded becausetheHPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.

Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-14 AgII,4~II4Npq0 Revision208/01/92RELIEFREQUESTNO.VR-8(cont.)ALTERNATE TESTING:Thesevalveswillbe.partial-flow exercised'during quarterly testingoftheHPSI.pumpsviatheminimumflowcircuitandfull-flow exercised duringeachreactorrefueling outage.Thisalternate testingsatisfies therequirement ofGenericLetter89-04,Positionl.D-15 gg'Ib>>t~lelkt4IalS,pc~CgsgkVfg4 Revision208/01/92RELIEFREQUESTNO.VR-9SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS V-3414V-3427CATEGORY:

FUNCTION:

Thesevalvesopentoprovideflowpathsfromtherespective-HPSIpumpstothehigh-pressure safetyinjection headers.Theyclosetopreventrecirculation throughanidlepump.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising thesevalvestotheopenposition~requiresinjection

-into"the RCSviathe"HPSIpumps.Duringplantoperation thisisprecluded becausetheHPSIpumpscannotdevelopsufficient discharge pressuretoovercomeprimarysystempressure.

Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.Partialflowexercising ofthesevalvesi'sperformed wheneveritsassociated HPSIpumpisusedtorefillaSITank.Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.

k Revision208/01/92RELIEFREQUESTNO.VR-9(cont.')ALTERNATE TESTING:Thesevalveswillbeverifiedclosedquarterly andfull-flow exercised totheopenpositionduringeachreactorrefueling outage.Thesevalveswillbepart-stroked openwhilerefilling aSITasplantconditions warrant.D-17 XaIIM7I>s'v~~w-kl-&E, Revision208/01/92RELIEFREQUESTNO.VR-10SYSTEM:SafetyInjection (2998-G-078 Sh130)COMPONENTS:

V-3522V-3547CATEGORY:

FUNCTION:

Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection pumpstotheRCSforhot-leginjection.

SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpandinjecting intothereactorcoolantsystemthroughthehotleginjection system.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.

Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-18 4INI Revision208/01/92RELIEFREQUESTNO.VR-10ALTERNATE TESTING:Atleastonceduringeachreactorrefueling outagethesevalveswillbefull-stroke exercised totheopenposition.

Thisalternate testingsatisfies therequirement ofGenericLetter89-04,Position1.D-19 h\'sh4~QVI'i>I Revision208/01/92RELIEFREQUESTNO.VR-11SYSTEM:-SafetyInjection (2998-G-078 Sh131)COMPONENTS:

V-3113V-3133V-3143V-3766CATEGORY:

FUNCTION:

Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection headerstotheRCS.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF.,Fullstrokeexercising of:thesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.

Duringcoldshutdownconditions, operation oftheHPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.Partialflowexercising ofthesevalvesisperformed wheneveritsassociated SITankisrefilled.

Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.D-20

Revision208/01/92RELIEFREQUEST-NO.VR-11(cont.)ALTERNATE TESTING:Thesevalveswillbepartialflowexercised wheneveritsassociated SITankisfilled.Atleastonceduringeachreactorrefueling outagethesevalveswillbefull-stroke exercised totheopenposition.

D-21

~-~'lf's~asa1-IVfA4k Revision208/01/92RELIEFREQUESTNO.VR-12SYSTEM:SafetyInjection (2998-G-078 Sh131)COMPONENTS:

V-3524V-3525V-3526V-3527CATEGORY:

A/CFUNCTION:

Thesevalvesopentoprovideflowpathsfromthehigh-pressure safetyinjection pumpstotheRCSforhotleginjection andclosetoisolatethesafetyinjection headersfromthehighpressureofthereactorcoolantsystem.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating ahighpressuresafetyinjection (HPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheHPSIpumpsdonotdevelopsufficient discharge pressuretoovercomereactorcoolantsystempressure.

Duringcoldshutdownconditions, operation ofthe.HPSIpumpsisrestricted toprecludeRCSsystempressuretransients thatcouldresultinexceeding thepressure-temperature limitsspecified intheTechnical Specifications, Section3.4.9.D-22 IIIfttNW~~4P~iCg Revision208/01/92RELIEFREQUESTNO.VR-12'(Cont.)BASISFORRELIEFcont.Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Performing leaktestsofV-3524andV-3526involvesaconsiderable effort.Thetestconnection forthesevalvesarelocatedinahighradiation areainthepipepenetration room,andoneofthetwoconnections islocatedover12feetabovethefloor.Testingduringoperation orateachcoldshutdownoutagewouldconstitute anunreasonable burdenontheplantstaff.Theothercheckvalves,V-3525andV-3527,.haveupstreampressurealarms.Shouldeithervalveleakby,thepressureinstruments woulddetecttheincreaseandalarminthecontrolroomwhenthealarmsetpointisexceeded.

ALTERNATE TESTING:Thesevalveswillbefull-stroke exercised totheopenpositionatleastonceduringeach,reactorrefueling outage.Thissatisfies therequirements ofGenericLetter89-04,Position1.Atleastonceevery18monthsthesevalveswillbeverifiedtocloseinconjunction withPIVleaktesting(seeVR-2).Inaddition, V-3525andV-3527willbeleaktestediftheupstreampressuremonitorsindicatealarmduringnormaloperation.

D-23 J~eAeF,S4J' Revision208/01/92RELIEFREQUESTNO.VR-13SYSTEMSafetyInjection (2998-G-078 Sh132)COMPONENTS:

V-3215V-3225V-3235V-3245CATEGORY:

A/CFUNCTION:

Thesevalvesopentoprovideflowpathsfromthesafetyinjection tankstotheRCSandclosetoisolatethetanksfromthehighpressureofthereactorcoolantsystemandthesafetyinjection headers.SECTIONXIREUIREMENT:

Checkvalvesshallbeexercised atleastonceevery3.months, exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising of.thesevalveswouldrequireinjecting fromatankundernominalpressureintoade-pressurized reactorcoolantsystem'.Atpoweroperation thisisnotpossiblebecausetheSITankpressureisinsufficient toovercomereactorcoolantsystempressure.

UnderalargebreakLOCAaccidentconditions, themaximum(peak)flowratethroughthesevalveswouldbeapproximately 20,000gpm.Duringcoldshutdownorrefueling therequiredtestconditions fordeveloping thisfullaccidentflowcannotbeestablished.

D-24 ItJtI~AIC'rlt~l1+')~<bcH~ea.'t.Nt~i"f4T$Af Revision208/01/92RELIEFREQUESTNO.VR-13(Cont.)BASISFORRELIEFcont.TheSITdischarge isolation valvesaremotoroperatedvalveswithanominalstroke"timeof52seconds.Therefore, theisolation valvecannotbeusedtosimulatetheLOCAflowconditions byopeningitwithafullorpartially pressurized SIT.Thedischarge.

flowratewouldonlyincreasegradually duetothelongstroketimeofthedischarge isolation valve.Theflowratewouldnotbeanywhereneartheexpectedpeakblowdownrateof20,000gpm.expectedduringalargebreakLOCA.FP&Lhasreviewedtheoperating andmaintenance historyofthesevalvesandsimilarvalvesusedthroughout theindustry-undercomparable conditions.

Basedonthesereviews,thereisnoevidenceofvalvedegradation withrespecttotheirabilitytoopenandsatisfactorily passtherequiredflow.Itisapparentfromthefailuredatathattheprimarymodeoffailureisrelatedtovalveleakage-bothpasttheseatandexternalthroughthebody-bonnet andhingepingasketjoints.Itshouldalsobenotedthatthesevalvesarenotsubjected toanysignificant flowduringplantoperation aswell-asmaintenance periods;thusitisunlikelythatthesevalveswouldexperience anyservice-related damageorwear.Althoughcheckvalvedisassembly isavaluablemaintenance toolthatcanprovide,a greatdealofinformation aboutavalve'sinternalcondition, duetothedifficulties associated withthesemaintenance activities, it'should onlybeperformed underthemaintenance programatafrequency commensurate withthevalvetypeandservice.Inthislight,FP&Lconsiders thefrequency of=inspection forthesevalvesofonceeach10-yearinspection intervaltobeadequatetoensurethecontinued operability ofthesevalves.Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thebackflowtestsareperformed aspartofthepressureisolation testingperVR-2.D-25 II*Dli.1%,TItI4iI'A.

Revision2.08/01/92RELIEFREQUEST,NO.

VR-13(cont.)ALTERNATE TESTING:AtleastonceduringeachISI(10year)inspection intervaleachofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.

Shouldavalveunderinspection befoundtobeinoperable, thentheremaining threevalveswillbeinspected duringthesameoutage.Assurance ofproperreassembly willbeprovidedbyperforming aleaktest'orpartial-flow testpriortoreturning avalve'toservicefollowing disassembly.

Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency.

D-26 Ifhh Revision208/01/92RELIEFREQUESTNO.VR-14-SYSTEMSafetyInjection (2998-G-078 Sh132)COMPONENTS:

V-3217V-3227V-3237V-3247CATEGORY:

,A/CFUNCTION:

Thesevalvesopentoprovideflowpathsfromthesafetyinjection headerstotheRCSandclosetoisolatetheheadersfromthehighpressureofthereactorcoolantsystem.SECTIONXIREUIREMENTCheckvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522.

(IWV-3521)

BASISFORRELIEF:Fullstrokeexercising ofthese,valveswouldrequireinjecting fromatankundernominalpressureintoade-pressurized reactorcoolantsystem.Atpoweroperation thisisnotpossiblebecausetheSITankpressureisinsufficient

.toovercomereactorcoolantsystempressure.

UnderalargebreakLOCAaccidentconditions, themaximum(peak)flowratethroughthesevalveswouldbeapproximately 20,000gpm.Duringcoldshutdownorrefueling therequiredtestconditions fordeveloping thisfullaccidentflowcannotbeestablished.

D-27 gS~4f4~t0.

Revision208/01/92RELIEFREQUESTNO.VR-14(Cont.)BASISFORRELIEFcont.TheSITdischarge isolation valvesaremotoroperatedvalveswithanominalstroketimeof52seconds.'herefore, theisolation valvecannotbeusedtosimulatethe'LOCAflowconditions byopeningitwithafullorpartially pressurized SIT.Thedischarge flowratewouldonlyincreasegradually duetothelongstroketimeofthedischarge isolation valve.Theflowratewouldnotbeanywhereneartheexpectedpeakblowdownrateof20,000gpm.expectedduringalargebreakLOCA.FP&Lhasreviewedtheoperating andmaintenanc'e historyofthesevalvesandsimilarvalvesusedthroughout theindustryundercomparable conditions.

Thesefourvalveshavebeeninoperation inUnit2sincethe'lantstartupin1983.Atotalof2plantworkordershavebeeninitiated forwork.onthesevalves.Ofthetwoworkorders,onewastorepairseatleakageidentified byaseatleakagetestandtheotherwasfordisassembly andinspection perGenericLetter89-04.AsearchoftheNuclearPlantReliability DataSystemforproblemswithvalvessimilartotheserevealed12reports-7duetoseatleakageandtheremaining 5wererelatedtogasketleaks.Basedonthesereviewsthereisnoevidenceofvalvedegradation withrespecttotheirabilitytoopenandsatisfactorily passtherequiredflow.Itisapparentfromthefailuredatathatthe-primary modeoffailureisrelatedtovalveleakage-bothpasttheseatandexternalthroughthebody-bonnet andhingepingasketjoints.4Inordertodisassemble andinspectthesevalves,thereactorcoolantsystemmustbeplacedinmid-loopor"reducedinventory" condition forseveraldays.InresponsetoissuesraisedinNRCGeneric'Letter 88-17,FPS<Lisconcerned aboutcontinued operations withtheplantinacondition of"reducedinventory."

Duringtheseperiods,theriskofover-heating thecoreisincreased duetothehigherprobability ofanincidentwhereshutdowncoolingislost.Thisriskiscompounded bythereducedvolumeofwateravailable toactasaheatsinkshouldcoolingbelost.Since1982therehavebeenatleastsix(6)reportedeventsintheindustrywherecoolingflowwaslostwhilea.plantwasina"reducedinventory" condition.

D-28 "l,tNWf4e~i~,Lf<

Jf$3'MLJ4ya('a.~>t(.+=J.3al4l,tR4Pe Revision208/01/92RELIEFREQUESTNO.VR-14(Cont.)BASISFORRELIEFcont.Althoughcheckvalvedisassembly isavaluablemaintenance toolthatcanprovideagreatdealofinformation aboutavalve'sinternalcondition, dueto.thedifficulties associated withthesemaintenance activities, itshouldonlybeperformed underthemaintenance programatafrequency commensurate withthevalvetypeandservice.Giventhelackofevidencethatthesevalvesareexperiencing significant failureswithrespecttotheircapability ofpassingthedesignflowratesandtheapparentsensitivity ofthevalvestoleaktesting,afrequency ofinspection forthesevalvesofonceeach10-yearinspection intervalisadequatetoensurethecontinued operability ofthesevalves.Thesearesimplecheckvalveswithnoexternal'eansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thebackflowtestingisperformed asstatedinVR-2.Inadditiontoperiodicleaktesting,theupstreampressureofeachvalveismonitored byapressureindicator andalarm.Shouldanyofthesevalvesbegintoleakby,theupstreampressurealarmwouldalertplantpersonnel oftheleakage.ALTERNATE TESTING:Duringcoldshutdownandrefueling periods,each,ofthese-valveswillbepartial-stroke exercised withapproximately 3,000gpm(20percentofmaximumaccidentflow)usingtheLPSIpumpsperReliefRequestVR-1.AtleastonceduringeachISI(10year)inspection intervaleachofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability. Shouldavalveunderinspection befoundtobeinoperable, thentheremaining threevalveswillbeinspected duringthesameoutage.Assurance ofproperreassembly willbeprovidedbyperforming aleaktestorpartial-flow testpriortoreturning avalvetoservicefollowing disassembly. Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency. D-29 ~9ta4Nth0%%ZEWs.)s.<~i.r-.laa1 Revision208/01/92RELIEFREQUESTNO.VR-15SYSTEM:SafetyInjection (2998-G-078 Sh132)COMPONENTS: IV-3258V-3259bCATEGORY: V-3260V-3261A/CFUNCTION: Thesevalvesopentoprovideflowpathsfromthehigh/lowpressuresafetyinjection headerstotheRCSandclosetoisolatetheheadersfromthehighpressureofthereactorcoolantsystem.SECTIONXI*REUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Sincenofull-flowrecirculation pathexists,fullstrokeexercising ofthesevalveswouldrequireoperating alowpressuresafetyinjection (LPSI)pumpatnominalaccidentflowrateandinjecting intothereactorcoolantsystem.Atpower,operation thisisnotpossiblebecausetheLPSIpumpsdonotdevelopsufficient discharge, pressuretoovercomereactorcoolantsystempressure.- Partialflowexercising ofthesevalvesisperformed wheneveritsassociated SITankisrefilled. ThesevalvesarePressureIsolation Valveswhichrequiresthattheyareverifiedclosedandleaktestedwithin24hoursfollowing flowthroughthem.Theacceptable SITanklevelbandspecified bytheTechnical Specification isverynarrow.TheSITanksareonlyrefilledonanasneededbasis;therefore, thepartialflowtestcannotreadilybeincorporated intoaquarterly test.D-30 I,kl.'Lj't~fr,i~"fs Revision208/01/92RELIEFREQUESTNO.VR-15(cont.)BASISFORRELIEFcont.Thesearesimplecheckvalveswith-noexternal-means.ofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.ALTERNATE TESTING:Thesevalveswillbepartialflowtestedandthenverifiedclosedwheneveritsassociated SITankisrefilled. Thesevalveswillbefull-stroke exercised totheopenpositionduringcoldshutdownperiodsperReliefRequest'VR-1.Thesevalveswillbeverifiedclosedinconjunction withPIVleaktesting.SeeVR-2forPIVtestingfrequency. D-31 ,3glAi,yAsJ\, Revision208/01/92SYSTEMRELIEFREQUESTNO.VR-16PrimaryContainment COMPONENTS: Valves6-inchesNPSandlargersubjecttoleakageratetestingper10CFR50,AppendixJ.CATEGORY: A/C(CheckValves)A(Motor-operated valves)FUNCTIONEachofthesevalvesis=designated asacontainment isolation valvemaintaining theleakrateintegrity oftheprimarycontainment inthecaseofanaccident. SECTIONXIREUIREMENT: Theleakagerateforvalves6-inchesnominalpipesizeandlargershallbeevaluated perSubsection IWV-3427(b). (IWV-3521)BASISFORRELIEF:Theusefulness ofapplyingthisrequirement doesnotjustifytheburdenofcompliance. Thispositionissupported bytheGenericLetter89-04,Position10.ALTERNATE TESTING:Leakratetestresultsforvalves6-inchesnominalpipesizeandgreaterwillbeevaluated perIWV-3426andIWV-3427(a) however,therequirements ofIWV-3427(b) willnotb'eapplied.Thissatisfies therequirements ofGenericLetter89-04,Position10.D-32 ~H Revision208/01/92RELIEFREQUESTNO.VR-17SYSTEM:WasteManagement (2998-G-078, Sh163)COMPONENT: V-6792CATEGORY: A/CFUNCTION: Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtothenitrogengassupplylinetothecontainment building. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktest'rbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment building. Duetoaccesslimitations thisisimpractical duringplantoperation. ALTERNATE TESTING:Thisvalvewillbeverifiedtocloseduringcoldshutdowns asperVR-1.~D-33 II4'k'L+ Revision208/01/92RELIEFREQUESTNO.VR-18SYSTEM:MakeupWater(2998-G-084) COMPONENT: V-15328CATEGORY: A/CFUNCTION: Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtothemakeupwatersupplylinetothecontainment building. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thiswouldrequireaconsiderable effort,including entry.intothecontainment

building, whichisimpractical duringplantoperation.

ALTERNATE TESTING:Thisvalvewillbeverifiedtocloseduringcoldshutdowns asperVR-1.Atleastonceeverytwo(2)years,thisvalvewillbeverifiedtocloseinconjunction withtheAppendixJleaktestingprogram.D-34 ~,EthNt~'J' Revision208/01/92RELIEFREQUESTNO.VR-19SYSTEM:Instrument Air(2998-G-085, Sh2)COMPONENT: V-18195CATEGORYA/CFUNCTION: Thisvalveclosestoprovideprimarycontainment forthepenetration relatedtotheinstrument airsupplylineto,thecontainment building. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thisisasimplecheckvalvewithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleak.testorbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment buildingandsecuringallinstrument airinsidethecontainment. Thereareover'50valves,instruments, andcontrollers suppliedbythisoneline.Duringanormalrefueling outage,analternate instrument aircompressor mustbeconnected totheisolatedsectionofinstrument airlineinordertosupplyairtothesecomponents duringtheAppendixJlocalleakagetesting.Thehosefromtheaircompressor totheinstrument airlinemustberoutedthroughthecontainment maintenance hatch.Openingthishatchforthistestalonewouldextendtheamountoftimethattheunitwouldspendincoldshutdown, thusextending theoutage.Testingofthisvalvewouldbeanunreasonable burdenontheplantstafftoperformwhileincoldshutdown. D-35 Revision208/01/92RELIEFREQUESTNO.VR-19(cont.)ALTERNATE TESTING:Atleastonceeverytwo(2)years,thisvalvewillbeverifiedtocloseinconjunction withtheAppendixJleaktestingprogram.D-36 IIIIi4h+'I.hI Revision208/01/92RELIEFREQUESTNO.VR-20SYSTEM:Containment Spray(2998-G-088) COMPONENTS V-07119V-07120CATEGORY: FUNCTION: Thesevalvesopentoprovideflowpathsfromtherefueling watertank(RWT)tothecontainment spray'andsafetyinjection suctionheaders.SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequiresimultaneous operation ofoneHPSIpumpandoneLPSIpumpinjecting intotheRCS,andonecontainment spraypumpinjecting intoitssprayheadertoverifythemaximumdesignaccidentflow.Suchatestisnotpractical duringanyplantoperational modes.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised viarecirculation throughtheminimumflowtestcircuitsofthevarioussystems.Thevalveswillalsobepartial-stroke exercised duringtheseriesofpumpsubstantial flowtestsandcheckvalveexercises performed eachrefueling outage.D-37 Revision208/01/92RELIEFREQUESTNO.VR-20(cont.)ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, -andmanuallystrokedtoverifyoperability. Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal. D-38 'IINIIIt Revision208/01/92RELIEFREQUESTNO.VR-21SYSTEM:Containment Spray(2998-G-088) COMPONENTS: V-07129V-07143CATEGORY: FUNCTION: Thesevalvesopentoprovideflowpathsfromtherespective containment spraypumptothecontainment sprayheaders.SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating eachcontainment spraypumpatnominalaccidentflowrate.Sinceexercising thesevalvesthroughthenormalcontainment sprayflowpathwouldresultinsprayingdownthecontainment, theonlypractical flowpathavailable forsuchatestrequirespumpingwaterfromtheRWTtotheRCSviatheshutdowncoolingloops.Atcoldshutdown, theshutdowncoolingsystemcannotprovidesufficient letdownflowtotheRWTtoaccommodate fulldesignflowfromtheRWTwhilemaintaining thenecessary corecoolingfunction. ALTERNATE TESTING:Eachofthesevalveswillbepartial-stroke exercised quarterly inconjunction withtestingofthecontainment spraypumpsviatheminimumflowtestline.D-39 00 Revision208/01/92RELIEFREQUESTNO.VR-21(cont.)ALTERNATE TESTINGcont.Duringeachrefueling outage,eachvalvewillbeexercised atleastoncetodemonstrate fullstrokecapability. Thecontainment spraypumpwilltakesuctionfromtheRWTanddischarge intotherefueling cavityviatheshutdowncoolingsystem.D-40 ,I'4 Revision208/01/92RELIEFREQUESTNO.VR-22SYSTEM:Containment Spray(2998-G-088) COMPONENTS: V-07172V-07174CATEGORY: /CFUNCTION: Thesevalvesopentoprovideflowpathsfromthecontainment sumptothecontainment sprayandsafetyinjection suctionheadersduringrecirculation. YSECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Therearenoprovisions forexercising thesevalves.Inordertopassfullflowthroughthesevalves,thecontainment sumpwouldhavetobeflooded.OneSITrainofpumps(HPSI,LPSI,andCont.Spray)wouldthenhavetobeoperatedatfullflow.AsstatedinVR-21,runnigallthreeSIpumpsatfullflowisnotposible.ALTERNATE TESTING:Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability. Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal. P~%4~V)1~e'~4aM Revision208/01/92RELIEFREQUESTNO.VR-23SYSTEMContainment Spray(2998-G-088) COMPONENTS: V-07192V-07193CATEGORY: FUNCTIONThesevalvesopentoprovideflowpathsfromtherespective containment sprayheaderstothecontainment sprayrings.SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3monthsgexceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Fullstrokeexercising ofthesevalveswouldrequireoperating eachcontainment spraypumpatnominalaccidentflowrate.Sinceexercising thesevalvesthroughthenormalcontainment sprayflowpathwouldresultinsprayingdownthecontainment, thisisconsidered impractical. Sinceflowthroughthesevalvesisnotposible,non-intrusive testmethods,shouldtheybecomeapproved, wouldnotworkonthesecheckvalves.D-42 tV(~ Revision208/01/92RELIEFREQUESTNO.VR-23(cont.)ALTERNATE TESTING:Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability.. Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal. D-43 eV Revision208/01/92RELIEFREQUESTNO.VR-24SYSTEMContainment Spray(2998-G-088) COMPONENTS: V-07256V-07258CATEGORY: FUNCTION: Thesevalvesopentoprovideflowpathsfromthehydrazine pumpstotherespective containment spraypumpsuctionheader.SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Testingthesevalvesusingtheonlyflowpathavailable (viathehydrazine pumps)wouldcontaminate thecontainment spraysystemandrefueling watertankwithhydrazine. Eachofthehydrazine pumpsdischarge throughitscheckvalveintothesuctionpipingofitscontainment spraypump.Thehydrazine wouldthenbepumpedtotheRWTduringthequarterly containment spraypumpCodetestusingthemini-flow recirculation line.Continued testingwouldbuilduptheconcentration ofhydrazine intheRWTanddepletethelevelinitsstoragetank.ALTERNATE TESTINGDuringeachreactorrefueling outagethesevalveswillbeflowtested.D-44 V4el~i,LL~l1,"5<j,~Jf11 Revision208/01/92RELIEFREQUESTNO.VR-25SYSTEM:Miscellaneous Sampling(2998-G-092 SH1)COMPONENT: V-27101V-27102CATEGORY: A/CFUNCTIONThesevalvesclosetoprovideprimarycontainment. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thesearesimplecheckvalveswithnoexternalmeansofpositionindication, thustheonlypractical meansofverifying closureisbyperforming aleaktestorbackflowtest.Thiswouldrequireaconsiderable effort,including entryintothecontainment

building, whichisimpractical andwouldbeanunreasonable burdenontheplantstafftoperformduringoperation.

Inordertoperformbackflowtestingonthesevalves,thesystemmustbebreachedbyremovingcappedventsinthetubing.Thisactionwouldresultinonlyasinglecontainment isolation boundaryforthesepenetrations. Thissituation cannotbeallowedwhilecontainment integrity isrequired. Therefore, theplantmustbeineitherMode5orMode6toperformthistest.ALTERNATE TESTING:The'sevalveswillbeexercised openonceeachquarter.Atleastonceeverycoldshutdown, thesevalveswillbeverifiedtoclose.LeaktestingperAppendixJduringrefueling outagessatisfythevalveclosuretest.D-45 0hC Revision208/01/92RELIEFREQUESTNO.25(cont.)ALTERNATE TESTING:cont.Atleastonceevery2years,thesevalveswillbeleak.testedinconjunction with.theAppendixJleaktestingprogram.D-46 Revision208/01/92RELIEF"REQUEST NO.VR-26SYSTEM:Emergency DieselGenerator AirStartSystem(2998-G-096, Sh1&2)COMPONENTS: FCV-59-1A1 thruFCV-59-4Al FCV-59-1B1 thruFCV-59-4B1 SE-59-3AthruSE-59-6ASE-59-3BthruSE-59-6BCATEGORY: FUNCTION: Thesevalvesopentosupplystartingairtotheemergency dieselgenerators. SECTIONXIREUIREMENT: Thestroketimeofallpoweroperatedvalvesshallbemeasuredtothenearestsecond,...,wheneversuchavalveisfull-stroketested.(IWV-3413(b)) BASISFORRELIEF:Thesevalvesareintegralwiththedieselairstartsystemforeachemergency dieselgenerator. Thesevalveshavenovalvepositionindication mechanism and,assuch,thereisnopractical methodformeasuring thestroketimesofeachindividual valve.Ifoneofthesevalvesweretofailtostroke,oneofthefourpairsofairstartmotorswouldfailtooperate.Sinceonepairofairstartmotorsisabletostartthedieselgenerator, thedieselgenerator airstartsystemhasaredundancy offourforthesevalves.D-47 E'l4 Revision208/01/92RELIEFREQUESTNO.VR-26(cont.)BASISFORRELIEFcont.Thesurveillance forstartingandrunningeachdieselgenerator isperformed eachmonth.Theairstartmotorsurveillance isperformed every6months.Thissurveillance isolatesthreeoftheairstartmotorpairsandthefourthpairhasairthrottled toit.Adieselgenerator startsignalismanuallyinsertedandtheun-isolated motorpairisobservedforproperoperation. Theprocessisrepeatedfortheotherthreepairs.The6monthsurveillance frequency waschosentomaximizethesystemreliability whileminimizing theamountoftimethedieselgenerators aremaintained outofserviceforsurveillances. ALTERNATE TESTING:Thesevalveswillbeexercised inconjunction withtestingoftheemergency, dieselgenerators. Boththe2Aand2Bdieselgenerators willbestartedeachmonth.Every6months,these16airstartsystemvalveswillbetestedforproperoperation byobserving theoperation ofeachassociated pairofairstartmotors.Thestroketimesoftheindividual valveswillnotbemeasured. D-48 0l4k~I~II* Revision208/01/92RELIEFREQUESTNO.VR-27SYSTEM:Feedwater System(2998-G-080, Sh2)COMPONENTS: V-9303V-9304V-9305CATEGORY: FUNCTION: Thesevalvesopentoprovideflowpathsfromtheauxiliary feedwater pumpdischarge tothecondensate storagetanktoensureadequatepumpcoolingduringlowflowconditions. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thereisnoflowrateinstrumentation available toverifyvalvefull-stroke exercising ofthesevalvesasrequiredbyGenericLetter89-04,Position1.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements. D-49 Revision208/01/92RELIEFREQUESTNO.VR-27(cont.)ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability. Shouldavalveunderinspection befoundtobeinoperable, thentheothertwovalveswillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Thissatisfies therequirements ofGenericLetter89-04,Position2.D-50 4 Revision208/01/92RELIEFREQUESTNO.VR-28SYSTEM:SafetyInjection System(2998-G-078, Sh130)COMPONENTS: V-3'104V-3105CATEGORY: FUNCTION: Thesevalvesopentoprovideformini-flow recirculation flowpathsfromthelowpressuresafetyinjection pumpstotherefueling watertank.Thisminimumflowthroughtherespective pumpsremovespumpheatintheeventtheyareoperating underlowornoflowconditions. Thevalvescloseduringshutdowncoolingandlong-term recirculation topreventrecirculation throughtheidlepump(s).SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thereisnoflowrateinstrumentation available toverifyvalvefull-stroke exercising asrequiredbyGenericLetter89-04,Position1.ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswillbepartial-stroke exercised (open)viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements. D-51 ll Revision208/01/92RELIEFREQUESTNO.VR-28(cont.)ALTERNATE TESTINGcont.Duringcoldshutdown, thesevalveswillbebackflowtested....During each.reactorrefueling outagethesetwovalveswillbeflow,tested.Thetestwillcalculate 'theflowthroughthemini-flow linebydrainingtheRCSthroughthelinewhileobserving thePressurizer leveldroporRWTlevelincrease. Thelevelchangedividedbythetimecanbeusedtoverifythefullflowexerciseofthetwocheckvalves.D-52 IIII'>'H Revision208/01/92RELIEFREQUESTNO.VR-29SYSTEM:SafetyInjection (2998-G-078, Sh.131)COMPONENTS: V-3480V-3481V-3651V-3652CATEGORY: A(Motor-operated valves)FUNCTION: ~~isolation ofsafegSECTIONXIREUIREMENT: Themotor-operated valvesopenforresidualheatremovalrecirculation duringshutdown. Each'ofthesevalvesisdesignated asapressureisolation valve(PIV)andprovidesuardsystemsfromtheRCS.Theleakagerateforvalves6-inchesorgreatershallbeevaluated perSubsection IWV-3427(b). (IWV-3521) BASISFORRELIEF:Leaktestingofthesevalvesisprimarily forthepurposeofconfirming theircapability ofpreventing overpressurization andcatastrophic failureofthesafetyinjection pipingandcomponents. Inthisregard,specialleakageacceptance criteriaisestablished andincludedintheSt.Lucie2Technical Specifications (Table3.4-1)thataddresses thequestionofvalveintegrity inamoreappropriate mannerforthesevalves.Satisfying boththeTechnical Specification andtheCodeacceptance criteriaisnotwarranted andimplementation wouldbedifficult andconfusing. D-53 Revision208/01/92RELIEFREQUESTNO.VR-29(cont.)ALTERNATE TESTING:, Theleakagerateacceptance criteriaforthesevalveswillbeestablished pertheSt.LucieUnit2Technical Specifications, Table3.4-1.1~Leakageratesgreaterthan1.0gpmbutlessthanorequalto5.0gpmareacceptable ifthelatestmeasuredratehasnotexceededtheratedetermined bytheprevioustestbyanamountthatreducesthemarginbetweenmeasuredleakagerateandthemaximumpermissible rateof5.0gpmby504orgreater.2~Leakageratesgreaterthan1.0gpm,butlessthanorequalto5.0gpm,areunacceptable ifthelatestmeasuredrateexceededtheratedetermined bytheprevioustestbyanamountthatreducesthemarginbetweenmeasuredleakagerateandthemaximumpermissible rateof5.0gpmby504orgreater.3.Leakageratesgreaterthan5.0gpmareunacceptable. EachReactorCoolantSystemPressureIsolation Valvemotor-operatedvalvesshallbedemonstrated operablebyverifying leakagetobewithinitslimits:1~Atleastonceper18months,and2~Priortoreturning thevalvetoservicefollowing maintenance, repair,orreplacement workonthevalve.D-54 '!o Revision208/01/92RELIEFREQUESTNO.VR-30SYSTEMSafetyInjection System(2998-G-078, Sh130)COMPONENTS: V-3102V-3103CATEGORY: FUNCTION: Thesevalvesopentoprovideformini-flow recirculation flowpathsfromthehigh,pressuresafetyinjection pumpstotherefueling watertank.Thisminimumflowthroughtherespective pumpsremovespumpheatintheeventtheyareoperating underlowornoflowconditions. Thevalvescloseduringshutdowncoolingandlong-term recirculation topreventrecirculation throughtheidlepump(s).SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thereisnoinstalled flowrateinstrumentation available toverifyvalvefull-stroke exercising asrequiredbyGenericLetter89-04,Position1.D-55 Revision208/01/92RELIEFREQUESTNO.VR-30(cont.)ALTERNATE TESTING:Duringquarterly pumptestingeachofthesevalveswill.bepartial-stroke exercised (open)viarecirculation throughtheminimumflowtestcircuitswithnoflowmeasurements. Duringcoldshutdown, thesevalveswillbebackflowtested.During-eachreactorrefueling outageatleastoneofthetwoHPSIpumpvalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability. Inspections shallbescheduled suchthatvalveswillbecheckedinarotatingsequencesuchthateachvalveissubjecttoinspection atleastonceeverythree(3)years.Shouldavalveunderinspection befoundtobeinoperable, thentheothervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Thissatisfies therequirements ofGenericLetter89-04,Position2.St.LucieUnit2wasgrantedaonetimereliefbytheNRCforthedisassembly ofV-3103duringthe1992refueling outage.Bothcheckvalvesmustbedisassembled duringthenextrefueling outageinthefallof1993.SeeNRCSERletterfromHerbertN.BerkowtoJ.H.Goldbergdated2June1992.D-56 ~I Revision208/01/92RELIEF'EQUEST NO.VR-31SYSTEM:MainSteam(2998-G-079, Sh1)COMPONENTS: V-08130V-08163CATEGORYFUNCTION: Thesevalvesopentosupplysteamtothe2CAuxiliary Feedwater Pump(AFW)turbine.Thesevalvesclosetopreventunrestricted releaseofsteamfromanunaffected steamgenerator intheeventofasteamline ruptureupstreamofanMSIV.SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:Thereisnopractical meansorprovision forpressurizing thepipingdownstream ofthesevalvesinordertoverifyclosureofthesevalves.ALTERNATE TESTING:Duringthemonthlytestofthe2CAFW,thesevalveswillbepartial-stroke exercised. Duringeachreactorrefueling outagebothofthesevalveswillbefull-stroke exercised duringtheAFWPumpsubstantial flowtestsD-57 Hll' Revision208/01/92RELIEFREQUESTNO.VR-31ALTERNATE TESTINGcont.Duringeachreactorrefueling outageatleastoneofthesevalveswillbedisassembled, inspected, andmanuallystrokedtoverifyoperability. Shouldavalveunderinspection befoundtobeinoperable, thentheremaining othervalvewillbeinspected duringthesameoutage,afterwhichtherotational inspection schedulewillbere-initiated. Following valvere-assemblynotestingispossible(partial-flow orleaktesting)priortoplacingthevalvesinservice,thusnonewillbeperformed. Thissatisfies therequirements ofGenericLetter89-04,Position2and,assuch,isconsidered tobeapproveduponsubmittal. D-58 41'"' Revision208/01/92RELIEFREQUESTNO.VR-32SYSTEM:SafetyInjection (2998-G-078, Sh130)COMPONENTS: V-3101CATEGORYFUNCTION: ThisvalveopenstoallowflowfromtheSITstotheVCT.This.flowpathisnecessary toassuresufficient waterinventory forplantcooldown-shouldtheRWTbecomeunavailable. SECTIONXIREUIREMENT: Checkvalvesshallbeexercised atleastonceevery3months,exceptasprovidedbyIWV-3522. (IWV-3521) BASISFORRELIEF:LininguptheSITstodischarge intotheVCTwouldresultintheintroduction ofhighlyconcentrated boricacidsolutiontothesuctionofthechargingpumps.This,inturn,wouldresultintheadditionofexcessborontotheRCS.Thisrapidinsertion ofnegativereactivity wouldresultinarapidRCScooldownanddepressurization. Alargeenoughboronadditionwouldresultinanunscheduled planttripandapossibleinitiation ofSafetyInjection Systems.Duringcoldshutdown, theintroduction ofexcessquantities ofboricacidintotheRCSisundesirable fromtheaspectofmaintaining properplantchemistry andtheinherentdifficulties thatmaybeencountered duringthesubsequent startupduetoover-boration oftheRCS.Thewastemanagement systemwouldbeoverburdened bythelargeamountsofRCScoolantthatwouldrequireprocessing todecreaseitsboronconcentration. Therefore, onlyapartialflowtestcanbeperformed duringcoldshutdown. D-59 Revision208/01/92RELIEFREQUESTNO.VR-32(cont.)ALTERNATE TESTING:Thischeckvalvewillbepartialflowtestedduringcoldshutdowns perVR-1.Thecheckvalvewillbefullflowexercised onceeveryrefueling outage.D-60 Q1 Revision208/01/92RELIEFREQUESTNO.VR-33SYSTEMFeedwater (2998-G-080, Sh2)COMPONENTS: SE-09-2SE-09-4SE-09-3SE-09-5CATEGORY: FUNCTION: ThesesolenoidvalvescycleopenandclosedduringanAFASactuation tocontrolauxiliary feedwater flowtothesteamgenerators. SECTIONXIREUIREMENT: If,forpoweroperatedvalves,anincreaseinstroketimeof25%ormorefromtheprevioustestforvalveswithfull-stroke timesgreaterthan10sec.or504ormoreforvalveswithfull-stroke timeslessthanorequalto10secisobserved, testfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken...(IWV-3414(a)) BASISFORRELIEF:Thesefourvalvesarepiloted,normallyclosed,solenoidglobevalvesmadebytheTargetRockCorporation. Whentheirsolenoidcoilisenergized, themagneticforceliftsthePilotDisk,openingthePilotOrificeintheMainDisk.AnypressureinthechamberabovetheMainDiskcannowventoffthroughthePilotOrificetothedownstream sideofthevalve.WiththepressureventedabovetheMainDisk,theupstreampressureactingonthelowersideoftheMainDiskcannowliftifofftheMainSeat,rapidlyopeningthevalve.Intheabsenceofapressuredifferential, nopressureforceexiststendingtoseatthedisc,therefore themagneticforceoftheSolenoidCoilissufficient, actingthroughtheStem,PilotDisc,andPin,todirectlylifttheMainDiscofftheseat,openingthevalve. ,J1~~ Revision208/01/92RELIEFREQUESTNO.VR-33(cont.)BASISFORRELIEF:cont.Thestroketimesmeasuredwithoutdifferential .pressure arenotonlyslower,theyalso.varysignificantly fromtesttotestcausingthevalvestobeplacedintoalertunnecessarily. Therefore, St.LucierequestsrelieffromIWV-3417(a), thealerttrendingofvalvestroketimes,forthequarterly stroketest.ThevalvesrequiretheAFWpumpstoberunninganddischarging intothesteamgenerators todevelopthedifferential pressureforthestrokingofthesevalves.Pumpingfromtheauxiliary feedwater intothesteamgenerators duringnormaloperation isimpractical andundesirable. Injecting therelatively cold,auxiliary feedwater intothemainfeedwater lineswhiletheplantisoperating atpowerwouldcausealargetemperature differential (approximately 375deg-F).Significant thermalshockandfatiguecyclingofthefeedwater pipingandsteamgenerator nozzlescouldresult.ALTERNATE TESTING:Duringquarterly testing,thesevalveswillbeexercised andfailtestedduringwhichtheirstroketimeswillberecorded. However,thevalves'troke timeswillnotbetrendedforalerttesting.Ifthemaximumallowedstroketimeisexceeded, thenthevalveswillbeplacedoutofservice.Testingperformed duringcoldshutdownwillrecordandtrendthevalves'troke times.Shouldavalve'sstroketimeexceeditsalertlimit,itwillbeplacedinalertandwillbeaddressed priortostartup.Coldshutdowntestingwillbeconducted perVR-1D-62 I4a Revision208/01/92RELIEFREQUESTNO.VR-34SYSTEM:Component CoolingWater(2998-G-083) COMPONENTS: TCV-14-4A TCV-14-4B CATEGORY: FUNCTION: These..control va1vesregulatetheamountof.IntakeCoolingWaterflowingthroughtheComponent'ooling Systemheatexchangers. Intheeventoffailure,thesevalveswillfailopen.SECTIONXIREUIREMENT: If,forpoweroperatedvalves,andincreaseinstroketimeof25%ormorefromtheprevioustestforvalveswithfull-stroke timesgreaterthan10sec.or50%ormoreforvalveswithfull-stroke timeslessthanorequalto10secis.observed, testfrequency shallbeincreased toonceeachmonthuntilcorrective actionistaken...(IWV-3414(a)) BASISFORRELIEF:Thesetwovalvesareoperatedviaairsignalsfromtheirtemperature controllers. Thevalvescanbeoperatedbyplacingtheircontrollers inmanualandvaryingtheairsignalfromthecontrollers. However,duetotheresponsetimesofthecontrollers, thevalvestroketimesvaryfromtesttotestsufficiently toplacethevalvesintoalertoccasionally. Thevalvescanalsobeoperatedbyclosingthevalvemanuallyusingthecontroller andthenisolating andthenventingthecontrolairsignaltothevalves.Thetimeittakestoisolateandthenventthecontrolairisdependant upontheoperatorperforming thetest..D-63 it,LA Revision208/01/92RELIEFREQUESTNO.VR-34(cont.)BASISFORRELIEF:cont.Theratethattheairisventedhasadirectaffectonthevalves'troke times.The-stroke timesvaryfromtestto,testsufficiently toplacethevalvesintoalertoccasionally. Therefore, St.LucierequestsrelieffromIWV-3417(a), thealerttrendingofvalvestroketimes.ALTERNATE TESTING:Bothofthesevalveswillbeexercised andfailtestedquarterly duringwhichtheirstroketimeswillberecorded. However,thevalveswillnotbetrendedforalerttesting.Iftheirstroketimesexceedthemaximumallowedstroketime,thenthe'valveswillbeplacedoutofservice.D-64 AppendixEValveProgramColdShutdownJustifications 'Iilk Revision208/01/92AppendixE:COLDSHUTDOWNJUSTIFICATIONS Thisappendixisintendedtoprovidethejustification forperforming valveexercising onlyatcoldshutdownconditions aspermitted byIWV-3412(a), 3415and5322.Specifically includedinthiscategoryarethefollowing:

Avalvewhosefailureinapositionotherthanitsnormalpositioncouldjeopardize theimmediate safetyoftheplantorsystemcomponents;

Avalvewhosefailureinapositionotherthanitsnormalpositioncouldcausealltrainsofasafeguard systemtobeinoperable;

Avalvewhosefailureinapositionotherthanitsnormalpositionthatmightcauseatransient thatcouldleadtoaplanttrip;or*Whentestrequirements orconditions areprecluded bysystemoperation oraccess.Coldshutdowntestingisperformed underconditions outlinedinReliefRequestVR-1.ReactorCoolant2998-G-078 Sh107V-1460thruV-1466--ReactorCoolantSystemGasVentsThesevalvesareadministratively controlled inthekey-locked closedpositionwiththepowersupplydisconnected topreventinadvertent operation.

SincetheseareClass1isolation valvesforthereactorcoolantsystem,failureofavalvetocloseorsignificant leakagefollowing closurecouldresultinalossofcoolantinexcessofthelimitsimposedbyTechnical Specification 3.1.3leadingtoaplantshutdown. Furthermore, ifavalveweretofailopenorvalveindication failtoshowthevalvereturnedtothefullyclosedpositionfollowing exercising, prudentplantoperation wouldprobablylikelyresultinaplantshutdown. E-1 A~P'Vipski&f1+l Revision208/01/92ReactorCoolant2998-G-078 Sh108V-1474andV-1475Power-Operated ReliefValves.Duetothepotential impact.oftheresulting*transient shouldoneofthesevalvesopenprematurely orstickintheopenposition, itis=considered imprudent tocyclethemduringplantoperation withthereactorcoolantsystempressurized. Chemical&VolumeControl2998-G-078 Sh.120V-2522"LetdownLineContainment Isolation ValveClosingthisvalveduringoperation isolatestheletdownline.fromtheRCSandwouldresultinundesirable pressurizer level..transients withthepotential foraplanttrip.'favalvefailedtoreopen,then-an-unexpected plantshutdownwould.berequired. Chemical6VolumeControl2998-G-078 Sh.121V-2501VolumeControlTankOutletValveClosingthisvalveduringoperation ofachargingpumpwouldisolatetheVCTfromthechargingpumpsuctionheaderdamaginganyoperating chargingpumpsandinterrupting theflowofchargingwaterflowtotheRCSwiththepotential ofRCStransients andplanttrip.V-2504RWTDischarge ValveOpeningthisvalveduringoperation wouldresultininjection ofRWTboratedwaterintothereactorcoolantsystem.Thiswould,inturn,resultinoverboration withanadversereactioninreactorpower,and thepotential forapowertransient. E-2 ""AVIIh'Iit"hLAk*~I Revision208/01/92V-2505andV-2524RCPControlBleedoffIsolation ValvesExercising eitherofthesevalvestotheclosedpositionwhenanyofthereactorcoolantpumps(RCP's)areinoperation wouldinterrupt flowfromtheRCPsealsandresultindamagetothepump(s).Chemical&VolumeControl2998-G-078 Sh.122SE-02-03andSE-02-04Auxiliary Pressurizer SprayValvesOpeningeitherofthesevalves(orfailureintheopenposition) duringplantoperation wouldcauseanRCSpressuretransient thatcouldpotentially adversely affectplantsafetyandleadtoaplanttrip.Inaddition, thepressurizer spraypipingwouldbesubjected toundesirable thermalshock.~V-2431Auxiliary Pressurizer SprayCheckValveInordertotestthisvalve,eitherSE-02-03orSE-02-04mustbeopened.Openingeitherofthesevalves(orfailureintheopenposition) duringplantoperation wouldcauseanRCSpressuretransient thatcouldpotentially adversely affectplantsafetyandleadtoaplanttrip.Inaddition, thepressurizer spraypipingwouldbesubjected toundesirable thermalshock.V-2440ChargingPumpDischarge CheckValveToSafetyInjection Openingthisvalverequiresoperating achargingpumpanddischarging intotheRCSviathesafetyinjection nozzles.PerTechnical Specification 3.5.2,thermalcyclingofthesafetyinjection nozzlesisundesirable andshouldbeavoided.E-3 Revision208/01/92V-2515andV-2516LetdownLineIsolation ValvesClosingthesevalvesduringoperation isolates..theletdownlinefromtheRCSandwouldresultinundesirable pressurizer leveltransients withthepotential foraplanttrip.Ifavalvefailedtoreopen,thenanunexpected plantshutdownwouldberequired. V-2598ChargingLineIsolation ValveClosingthisvalveduringoperation isolatesthechargingpumpsfromtheRCSandwouldresultinundesirable pressurizer leveltransients withthepotential foraplanttripandpotential damagetothechargingpumps.Ifthevalvefailedto'reopen,thenanunexpected plantshutdownwouldberequired. SafetInectionResidualHeatRemoval2998-G-078 Sh130V-3106andV-3107LPSIPumpDischarge CheckValvesDuringnormalplantoperation, theLPSIPumpscannotdevelopsufficient discharge pressuretopumpthroughthesevalvestotheRCSandexercisethemintheopendirection. Theonlyothertestflowpathavailable isthroughtheshutdowncoolinglinerecirculating totheRWT.Duringthistesttherewouldbesignificant backpressure onbothLPSIminimumflowdischarge linessuchthatthetheremaynotbeadequatecoolingtothenon-testLPSIPumpshouldaccidentresponseberequired. ThiscouldresultinbothLPSIPumpsbeing.effectively inoperable. .SWtlrrsea0 Revision208/01/92SafetIn'ection ResidualHeatRemoval2998-G-078 Sh131V-3114,V-3124,V-3134,andV-3144LPSIColdLegInjection CheckValvesDuringnormalplantoperation, theLPSIPumpscannotdevelopsufficient discharge--pressure topumpthroughthesevalvestotheRCSandexercisethemintheopendirection. V-3480,3481,3651,and3652ShutdownCoolingRCSIsolation ValvesThesevalvesareprovidedwithelectrical interlocks thatpreventopeningwheneverReactorCoolantSystempressureexceeds275psia.Thisprecludes exercising thesevalvesinanyotherplantcondition thancoldshutdown. V-3545,V-3664,andV-3665ShutdownCoolingIsolation andCrossConnectValvesThemotor-operated valvesV-3664andV-3665areisolation valvesforshutdowncooling,and V-3545isthecrossconnectvalvebetweenthetwotrainsofshutdowncooling.Thesevalvesarenormallylockedclosed.Afailureofthesevalvesinanyotherpositioncouldjeopardize theintegrity oftheLowPressureSafetyInjection System.SafetIn'ection ResidualHeatRemoval2998-G-078 Sh132SE-03-1Athru1DSITankDrainValvesStroketestingthesevalvescouldallowtheassociated SITanktodropbelowitsTechnical Specification intankpressureand/orlevel.FailureinthismodewouldrendertheSITankinoperable andrequireaplantshutdown. V-3611,V-3621,V-3631,andV-3641SITankFillValvesStroketestingthesevalvescouldallowtheassociated SITanktodropbelowitsTechnical Specification intankpressureand/orlevel.FailureinthismodewouldrendertheSITankinoperable andrequireaplantshutdown. E-5 ~tU+o Revision208/01/92V-3614,V-3624,V-3634,andV-3644SITankDischarge Isolation ValvesStroketestingthesevalvesinthecloseddirection duringnormaloperation isnotpossible. Thevalvesarenormallylockedopenwiththeirbreakeropened.Alsotheyareinterlocked toopenwhenRCSpressureexceeds500psia.Therefore, thevalvescannotbecycledexceptduringcoldshutdowns whenRCSpressureis(500psia.V-3733thruV-3740SITankVentValvesOpeninganyofthesevalvesduringnormalplantoperation withtheSITankspressurized isundesirable sinceifavalveweretofailtore-closetheresultwouldbedepressurization ofthe,affectedSITankand-pressurization ofthecontainment buildingwiththepotential forsafetysystemactuation. MainSteam2998-G-079 Sh1HCV-08-1AGBMainSteamIsolation ValvesDuringplantoperation atpower,fullclosureofeitherofthesevalvesisnotpractical asitwouldrequireisolating asteamgenerator whichwouldresultinaseveretransient on.the'steamandreactorsystemsandapossibleplanttrip.V-8130andV-8163Steam-Driven AFWPumpSteamSupplyCheckValvesVerifying closureofthesevalvesatnormaloperating pressures wouldrequiredisolating theassociated steamgenerator fromthesteamsupplylinesandventingthepipingbetweentheclosedisolation valveandthecheckvalve.Itisconsidered tobeimprudent toisolatethesteamsupplyduringoperation and,inaddition, itisundesirable tosubjectplantpersonnel tothehazardsassociated withventingthesteamlineattheseoperating conditions. Fullstrokeoperation ofthesevalvesrequiresoperating 2CAFWPumpandfullaccidentflowratewhichisnotpractical duringplantoperation atpower.(SeeReliefRequestPR-4)E-6 hVV Revision208/01/92Feedwater 2998-G-080 Sh2HCV-09-1A&BandHCV-09-2A&BMainFeedwater Isolation ValvesDuringplantoperation atpower,closureofanyofthesevalvesisnotpractical asitwouldrequireisolating asteamgenerator whichwouldresultinaseveretransient onthesteamandreactorsystemsandaplanttrip.V-9107,9123,and9139Auxiliary Feedwater PumpDischarge CheckValvesFull-stroke exercising ofthesevalveswouldrequireoperation oftherelatedauxiliary feedwater pumpandinjection ofcoldwater(85deg-F)intothehot(450deg-F)feedwater supplypiping.This,inturn,wouldresultinunacceptable thermalstressonthefeedwater systempipingcomponents. V-9119,9135,9151,and9157Auxiliary Feedwater SupplyCheckValvesFull-stroke exercising ofthesevalveswouldrequireoperation ofarelatedauxiliary feedwater pumpandinjection ofcoldwater(85deg-F)intothehot(450deg-F)feedwater supplypiping.This,.inturn,wouldresultinunacceptable thermalstressonthefeedwater systempipingcomponents. ComonentCoolinSstem2998-G-083 HCV-14-1,2(6 &7RCPCoolingWaterSupply/Return Isolation ValvesThesevalvesarerequiredtobeopentoensurecontinued coolingofreactorcoolantpumpauxiliary components andthecontrolroddrives.Closinganyofthesevalvesduringplantoperation wouldresultinsevereRCPandCRDdamageleadingtoplantoperation inapotentially unsafemodeandasubsequent plantshutdown. E-7 PlIT Revision208/01/92HCV-14-3A&BShutdownHeatExchanger ReturnValvesTestingeitherofthese.valvesduringplantoperation, wouldresultinanunbalanced flowcondition intheaffectedCCWtrainanddecreased flowtoessential equipment. Thiscouldresultincomponent damageoranundesirable planttransient. ServiceAir2998-G-085 Sh1V-181270ServiceAirContainment Isolation CheckValveDuringnormalpoweroperation, theserviceairsupplytothecontainment buildingisisolated. Thecontainment isolation valves,HCV-18-2, isanormallyshutvalveusedtoisolatetheserviceairsysteminsidecontainment. Testingacheckvalveinanisolatedsection.ofasystemisnotwarranted. Thecheckvalvewillbebackflowtestedduringcoldshutdowns whenthesectionof-theserviceairsysteminsidethecontainment buildingisinservice.Instrument Air2998-G-085 Sh2HCV-18-1PrimaryContainment Instrument AirSupplyClosingthisvalveisolatesoperating airtocriticalcomponents inthecontainment buildingincluding thepressurizer sprayvalvesandCVCSletdownisolation valvesandcouldcausesevereplanttransients andaplanttrip.Failureintheclosedpositionwouldcauseaplantshutdown. E-8 phdV44=IIIya Revision208/01/92V-18279andV-18283Maintenance HatchDoorSealAccumulator AirSupplyPerforming theclosedtestonthesevalvesrequiresentryintotheShieldBuildingandisolating .theair,.supply .to,thevacuumreliefvalves.Duringoperation thisisaneutronradiation area.DuetoALARAconsiderations, thesecheckvalveswillonlybetestedduringcoldshutdowns. "HeatinAirConditionin AndVentilation &AirConditionin 2998-G-878 FCV-25-1thruFCV-25-6PrimaryContainment PurgeandVentValvesThesevalvesarerequiredtoremainclosedatalltimeswhentheplantisoperating inModes1.through 4,thustheyarenotrequiredtooperate(close)duringoperational periods.Duetothelargesizeofthesevalvesandthepotential fordamageasaresultoffrequentcycling,itisnotprudenttooperatethemmorethanisabsolutely necessary. V-25-20andV-25-21Containment VacuumBreakersThesevalvescanonlybeexercised manuallyrequiring directaccesstoeachvalve.,Sincethesevalvesarelocatedwithinthecontainment

building, accessislimitedandnotroutinely practical.

,E-9 REACTORCONTAINMENT BUILDINGINTEGRATED LEAKAGERATETESTFINALREPRTSTL.UCIEUNITNO2.NUCLEARPOWERPLANTFTPI.ERCE,ELDOCKETNUMBER50-3899209250218 1 IIIIIII ST.LUCIEPLANTUNITNO.2NUCLEARPOWERPLANTFT.PIERCE,FLORIDADOCKETNO.50-389REACTORCONTAINMENT BUILDINGINTEGRATED LEAKAGERATETESTPreparedBy:DuaneMumperILRTEngierReviewedBy:JimCnorTest&CodeLeadEngineerApprovedby:D.H.WestTechnical Supervisor DateofTestCompletion: June17,1992 I.INTRODUCTION ANDSUMMARYIX.TESTDISCUSSION A.Description oftheContainment B.Description ofILRTInstrumentation 1.Temperature Instrumentation 2.HumidityXnstrumentation 3.PressureInstrumentation 4.FlowInstrumentation 5.Instrument Selection Guide(ISG)Containment Pressurization Equipment Description oftheComputerProgramDescription oftheTestingSequenceCa~~~lculatson2'246788991011III.ANALYSISANDXNTERPRETATION A.Instrumentation SystemPerformance B.Temperature Stabilization PhaseC.LeakageSurveyPhaseD.Integrated LeakageRatePhaseE.Verification Controlled LeakageRate~~~~Phase~~~~~~~~~~~~161618192021SECTIONA.B.C.D.E.F.IVFIGURESRTDLocations andVolumesRHDLocations andVolumesFlowDiagramforPressureSensingandLeakageDataCollection Output,andStorageFlowDiagramforPressurization SystemSt.LucieUnit2ILRTSequence~~~~~~~~~~~~~~~Controlled ~~~~~~~~~~~~~~~~~~~~22232425262728SECTIONVAPPENDICES APPENDIXA.TABULATION OFnASFOUNDnANDi<ASLEFTnILRTRESULTS~~~~~~~~~~~~~~~~~~~~~ACorrection ofILRTResultfor"AS-FOUND"CaseB.Correction ofILRTResultsfor"AS-LEFT" CaseAppendixB:ILRTRawDataandGraphical Interpretations ~~~~~~~~~~~~~~~~~~~~~~~~Stabilization DataFigureGStabilization PeriodAirMass&VaporPressureFigureHStabilization PeriodAverageTemperature &VaporPressureFigureIHistorical vsLatestILRTVaporPressureTrendsFigureJ4RHbyElevation DuringStabilization FigureKTemperature ByElevation DuringStabilization ILRTDATA~~~~~~~~~~~~~~~~~~~~FigureLILRTContainment AbsolutePressureFigureMILRTWeightedAverageTemperature FigureNILRTWeightedAverageVaporPressure293131323334646566676869868788 Figure0ILRTCalculated AirMassFigurePILRTBn-TopRatesRelativeToLimits~~~~~~~~~~~~~~~~FigureQLocalSensorDeviations AffectsAirMassCalculation FigureRILRTCLRTAirMassandFittedLeakageRatesCLRTDATA..........~.~~FigureSCLRTContainment AbsolutePressureFigureTCLRTWeightedVaporPressure'igure UCLRTWeightedAverageTemperature FigureVCLRTCalculated AirMassFigureWCLRTBn-TopRatesRelativetoLimitsAPPENDIXCLOCALLEAKAGERATETESTINGCONDUCTED SINCE198989909293103104105106107108VI.LOCALLEAKAGERATEPROBLEMSSINCELASTILRT......119A.MainPurgeExhaust(FCV-25-5) ...........119B.Personnel AirLock....'............120 III I.INTRODUCTION ANDSUMMARYAperiodicType"A"Integrated LeakageRateTest(ILRT)wassuccessfully conducted ontheprimarycontainment structure oftheFloridaPower&LightCompanySt.LuciePlantUnitNo.2Pressurized-WaterReactor.Thistestwasperformed atfullpressureinaccordance withthefacilityTechnical Specifications. ThisILRTtestwasperformed usingthe"Absolute Method"oftestinginaccordance withtheCodeofFederalRegulations, Title10,Part50=AppendixJ,"PrimaryReactorContainment LeakageTestingforWater-Cooled PowerReactors," inaccordance withANSIN45.4-1972,AmericanNationalStandard, "LeakageRateTestingofContainment Structures forNuclearReactors," andthemethodology andcalculational requirement ofTopicalReportBN-TOP-1, Revision1,"TestingCriteriaforIntegrated LeakageRateTestingofPrimaryContainment Structures forNuclearPowerPlants."TheILRTwasperformed atapressureinexcessofthecalculated peakcontainment internalpressurerelatedtothedesignbasisaccidentasspecified intheFinalSafetyAnalysisReport(FSAR)andtheTechnical Specifications. Thisreportdescribes andpresentstheresultsoftheperiodicType"A"leakageratetesting,including thesupplemental testmethodutilizedforverification. Inaddition, FloridaPower&LightCompanyperformstypes"B"and"C"testinginaccordance withtherequirements of10CFR50,AppendixJ,andtheTechnical Specifications. Theresultsoftypes"B"and"C"testingperformed sincethelastILRTareprovidedinthisreport. I Theresulting reported"as-found" Type"A"containment leakageat42.3psigis0.052percentofthecontained massperday.Thisvalueincludesthedifference betweentheas-foundandas-leftminimumpathwayTypes"B"and"C"localleakagemeasurements asrequiredbytheNRCI6EInformation Notice85-71.Theresulting reported"as-left" Type"A"containment leakageat42.3psigis0.052percentofthecontained massperday.Theacceptance criteriaforthistestascontained inthefacilityTechnical Specifications isthatleakagecannotexceed0.375percentofthecontained airmassperdayforeitherthe"as-found" or"as-left" case.II.TESTDISCUSSION A.Description oftheContainment Thecontainment. vesselcompletely enclosestheentirereactorandreactorcoolantsystemtoensurenoleakageofradioactive 'materials tothe,environment intheunlikelyeventofalossofcoolantaccident. Thecontainment systemdesignincorporates afree-standing containment vesselsurrounded byalow-leakage concreteshieldbuilding. Afour-foot annularspaceisprovidedbetweentheouterwallofthecontainment vesselandtheinnerwalloftheshieldbuildingtoallowfiltration ofcontainment vesselleakageduring III accidentconditions tominimizeoff-sitedoses.Thefree-standing containment vesselisatwo-inchthickr'ightcircularcylinderwithaone-inchthickhemispherical domeandtwo-inchthickellipsoidal bottom.Theoverallvesseldimensions are140-footdiameterby232-foothigh.Thevesselwallthickness isincreased toaminimumoffourinchesadjacenttoallpenetrations andopenings. Thevesselisfabricated ofASME-SA516Grade70fullykilnedpressurevesselqualitysteelplate.Thenetfreevolumeofthecontainment vesselis2.5x10~cubicfeet.Thecontainment vesselstructure includesonepersonnel airlock,oneemergency escapelock,onefueltransfertube,oneequipment maintenance hatchandoneseal-welded construction hatch.Allprocesspipingandelectrical penetrations areweldeddirectlytothecontainment vesselnozzleswiththeexception ofthemainsteam,mainfeedwater, andfueltransfertubepenetrations. Thesepenetrations areprovidedwithtestablemultipleplyexpansion bellowstoallowforthermalgrowthorbuildingdifferential motion.Thecontainment vesselisdesignedandconstructed inaccordance withtherequirements forClassMCvesselscontained inSectionIZZoftheASMECode.Thecontainment vesseliscodestampedforadesigninternalcontainment pressureof44psigatatemperature of264'F.Thecontainment vesselandallpenetrations IIIIIII aredesignedtolimitleakagetolessthan0.5percentbyweightofthecontained airperdayattheabovedesignconditions. Thecalculated peakaccidentpressureforthedesignbasisaccidentfortheSt.LuciePlantNo.2is41.8psig,inaccordance withTechnical Specification 3.6.1.2.a.1 B.Description ofILRTInstrumentation Thecontainment systemwasequippedwithinstrumentation topermitleakageratedetermination bythe"absolute method."Utilizing thismethod,theactualmassofdryairwithinthecontainment iscalculated. Theleakageratebecomesthetimerateofchangeofthis,value.Themassofair(Q)iscalculated according tothePerfectGasLawasfollows:where:P-Containment TotalAbsolutePressurePv-Containment WaterVaporPressure(Average) V-Containment NetFreeVolumeR-GasConstantT-Containment AbsoluteTemperature (Average) Theprimarymeasurement variables requiredarecontainment absolutepressure, containment relativehumidity, andcontainment temperature asafunctionoftime.Duringthesupplementary verification test,.containment bleed-off flowisalsorecorded. Averagecontainment absolutetemperature isdetermined bymeasuring discretelocaltemperatures throughout thecontainment andapplyingamassandvolumeweightedaveraging technique. Thevolumefractionforeachsensorisdetermined baseduponsolidgeometrical calculations: vs-=E-TTxwhere:T-Containment AbsoluteTemperature (Average) T>-LocalTemperature forSensoriVf;-VolumeFractionforSensoriAveragecontainment watervaporpressureisdetermined bymeasuring discretelocalrelativehumidities throughout thecontainment, converting thesetolocalvaporpressures usinglocalgrouptemperatures andapplyingamassandvolumeweightedaveraging technique. Thevolumefractions fortherelativehumiditysensorsaredetermined inthesamemannerasforthetemperature'ensors above.Pv>=SRH>*Psat forT> where:4RH;-RelativeHumidityforSensorjPsatforT;-SteamTableSaturation PressureforlocalPvPvVF)groupaveragetemperature nearsensorjCalculated localvaporpressureforsensorjContainment Watervaporpressure(Average) Containment AbsoluteTemperature (Average) VolumeFractionforsensorjLocaltemperature forsensorjTheInstrument Selection GuideorISGisusedtodetermine theabilityoftheinstrumentation systemtomeasuretheleakagerate.Thecalculated ZSGforthistestmetallacceptance criteriaforalltestinstrumentation systems.1.Temperature Instrumentation Fortyprecision Resistance Temperature Detectors (RTDs)werelocatedthroughout thecontainment toallowmeasurement oftheweightedaverageairtemperature. Thelocationofthetemperature detectors inthecontainment isdepictedinFigureA.EachRTDsensorwassuppliedwithacalibrated resistance versustemperature curveaccurateto+0.5'F.Thesensitivity andrepeatability ofeachRTDsensorislessthan+0.01'F.Thesignalconditioning circuitandreadoutfortheRTD sensorswasaFluke2280Bdataloggeroperating inaconstantcurrentmode.Theoperating parameters fortheRTDconstantcurrentcardareaccurateto+0.16'Fandhasaresolution of+0.01oFEachRTDwasinsitucalibration checkedafterinstallation toverifycorrectoperation. Thedataloggeroperating asatotalloopwithanRTDinthecircuithasarepeatability of+0.01'Fandaresolution of+0.01'F.2.HumidityInstrumentation TenResistance HumidityDetectors (RHDs)werelocatedthroughout thecontainment toallowmeasurement oftheweightedaveragecontainment vaporpressure. ThelocationoftheRHDsinthecontainment isdepictedinFigureB.Thecalibrated accuracyoftheRHDsis+2.5percentRH,therepeatability oftheRHDsis+0.01percentRH,andthesensitivity oftheRHDsis+0.1percentThereadoutdeviceusedfortheRHDswasaFluke2280BdataIlogger.Therepeatability*of thisdeviceis+0.01percentRHwhiletheresolution ofthedeviceis+0.01percentRH.EachRHDwasinsitucalibration checkedafterinstallation toverifycorrectoperation. 3.PressureInstrumentation Twoprecision vibrating cylinderelementpressuresensorswereusedtodetermine containment absolutepressure. Thearrangement oftubingconnections betweenthepressuresensorsandthecontainment isshowninFigureC.Eitherpressuresensorcouldbeusedastheprimarypressuresensorforleakageratecalculations withtheremaining sensorbeingconsidered. asabackup.Thecalibrated accuracyofthemanometers is+0.015percentofreading.Thesensitivity, repeatability, andresolution ofthepressuresensorsis+0.002psi.BinaryCodedDecimal(BCD)outputfrombothpressuresensorswasconnected totheFluke2280Bdatalogger.4.FlowInstrumentation Avariableareafloat-type rotameter wasusedtosuperimpose leakageduringthesupplementary CLRT.Thepipingconnection betweenthe'otameter andthecontainment isshowninFigureC.Theaccuracy, repeatability, andsensitivity fortherotameter inunitsofSCFMandconverted toequivalent leakagevaluesisgivenbelow:PeakPressureRotameter AccuracyRepeatability sensitivity SCFg+0~20+0.05+0.05Equivalent Laa~acae+0.00314/day+0.00084/day+0.00084/day 5.Instrument Selection Guide(ISG)Calculation TheInstrument Selection Guideisamethodofcompiling theinstrumentation sensitivity andresolution foreachprocessmeasurement variableusedduringtheILRTandevaluating thetotalinstrumentation system'sabilitytodetectleakageratesintherangerequired. TheISGformulaisdescribed inAmericanNationalStandardANSI/ANS56.8-1987. AlthoughtheISGisaveryconservative measureofsensitivity, thegeneralindustrypracticeforthistesthasbeentorequiresensitivity atleastfourtimesbetterthanthecontainment allowable leakageorISG<0.25La.Thecalculated ISGfortheinstrumentation usedforthistestwas0.0078percentperday,for'n8hourtest.Theallowable valueforthistestis0.25Laor0.125percentperday,foran8hourtest.TheISGcalculation metallrecommended criteriaanddemonstrated theabilityoftheILRTinstrumentation systemtomeasurecontainment leakagewithasensitivity exceeding thatrequiredbytheappropriate industrystandards. C.Containment Pressurization Equipment Theequipment usedtopressurize thecontainment isshowninFigureD.The'nineoil-freeindustrial diesel-driven aircompressors hadatotalnominalcapacityof13,200SCFM.Thecompressed airwasthenroutedtowater-cooled aftercoolers, moistureseparators, andrefrigerant airdryers.Thisequipment assuredthatcleananddryairwasusedtopressurize thecontainment. D.Description oftheComputerProgramTheEbascoILRTcomputerprogramisaninteractive programwrittenspecifically forfast,easyutilization duringallphasesoftheILRTandCLRT.Theprogramiqwritteninahigh-level,

compiled, structured languageandisoperatedonportableMS-DOSpersonalcomputer.

Theprogramhasbeenverifiedandmeetsallrequirements oftheEbascoandFloridaPower&LightQualityAssurance Programs. Asnecessary, dataentryandmodifications arereadilyaccomplished bythedata'cquisition team.Inadditiontoextensive dataverification

routines, theprogramcalculates, ondemand,totaltimeandmasspointleakratesaswellasthe95percentUpperConfidence Levelfortheseleakageratecalculations.

Calculations andmethodology oftheprogramarederivedfromAmericanNationalStandardANSIN45.4-1972, ANSI/ANS56.8-1987 andTopicalReportBN-TOP-1, Revision1.Inputdatamaybedeletedforagiveninstrument inthecaseofasensormalfunction. Thedeletionofagiveninstrument isperformed onallsamplesinthedatabase.Weighting factors,ifapplicable, arethenrecalculated fortheremaining instrument 10 IIIIII sensorsofthattype(seesectionIII.A).Dataevaluations areenhancedbytheflexibledisplayofeithersensorvariables orvariouscomputedvaluesintabularorgraphical formonthecomputerscreenorprinter.Dataisrecordedonmagneticmediatopreventlossduringthetesting.Alldataisstoredonthecomputersysteminuse,withretrieval capability toanydesireddatabasethroughout thetesting.Ancillary portionsoftheprogramassisttheuserindetermination oftemperature stabilization, determining theILRTtermination

criteria, performing ISGcalculations, performing insituinstrument loopperformance calculations anddetermination ofacceptable superimposed CLRTleakageverification.

Temperature, pressureandhumiditydataaretransmitted fromtheILRTinstrumentation systemtothecomputerviaanRS-232linkat20minuteintervals. Computerverification andcheckingroutinessupplement dataverification bythedataacquisition team.Modifications arepromptlymadewhenerrorsaredetected. E.Description oftheTestingSequencePreparations topressurize thecontainment fortheconductoftheILRTincludedinternalandexternalinspections ofthecontainment structure; installation andcheckoutoftheILRT11 instrumentation; Types"B"and"C"LocalLeakageRateTests;alignment ofvalvesandbreakersfortestconditions; andtheinstallation andcheckoutofthetemporary pressurization facilities. Thesepreparations werecompleted onJune15,1992.IAllILRTin5trumentation wasdeclaredoperablewithperformance withinmanufacturers'olerances, withtheexception ofTE-20andTE-38.Theseweredeletedfromcomputercalculations andthevolumefractions adjustedaccordingly. PressuresensorNo.1wasselectedtobetheprimarypressureinstrument, asithadexhibited betterrepeatability andstability duringtheinsitutesting.Threepenetrations wererequiredtobeinserviceduringtheILRTandwerenotlineduptosimulateaccidentconditions; P-7(PrimaryMakeupWater),P-52D(ILRTPressureSensingLine),andP-52E(ILRTControlled BleedoffLine).Primarywatertothecontainment isrequiredforfireprotection, andthetwoILRTpenetrations areusedtoconductthetest.Theminimumpathwayleakageforthesepenetrations, determined duringType"C"localtesting,isaddedtothemeasuredILRTleakagetoaccountforthesepenetrations beinginserviceduringthetest.(P-54ILRTpressurization lineisnormallyisolatedwithablankflangeandonevalve.DuringtheTesttheonlyisolation isthevalveoutsidecontainment isshut.Asaconservative measuretheleakageforthispenetration isalsousedinAppendixAfor12 calculation ofthe"as-left" condition.) Pressurization ofthecontainment startedat10:10hoursonJune15,1992.FigureEpictorially depictsthesequenceoftestingatpressure. Thepressurization ratewasmaintained at4.4psi/hr,andatargetpressureof58.48psiawasachievedat20:00hourson6/15/92.Thistargetpressurewas1.98psiabovetheminimumtestpressuretoaccountfortheexpectedpressuredecreaseduetotemperature stabilization andtoallowforsomeleakagemarginduringthetestsequence. Dataacquisition andanalysisduringthetemperature stabilization phasebeganat20:00hoursat.20minuteintervals. Duringpressurization, LeakSurveyTeamsfoundnoindication jofanysignificant leakageonanyoftheleakchasepointsThecontainment temperature stabilization criteriawasmetat00:00hoursonJune16,1992,afteracquisition offourhoursofdata.Duringthisperiod,thetemperature andpressuredecreases followedpredictable trends.Becauseofhighrelativehumidityreadings, andindications ofinstability inthevaporpressurecalculations stabilization wasconservatively continued until15:20on'/16/92.Formoredetaileddiscussion seeAnalysisandInterpretation Section.The8.67hourperiodofleakagemeasurements startedat15:20hoursonJune16,1992,andwassuccessfully terminated at00:00I13 IIIIII hoursonJune17,1992,withacceptable leakagevaluesdetermined. Thedataaccumulated displayed thefollowing leakagerates:SimpleBN-TOP-1LeakageRate=-0.02324/dayFittedBN-TOP-1LeakageRate=-0.01044/day954UpperConfidence Level(UCL)=0.05164/dayTheleakageplothadanegativeskewafter8hours.Theacceptance criteriaforthistestis0.75Laor0.3754/day.ToverifytheresultsoftheILRT,averification Controlled LeakageRateTest(CLRT)wasconducted. Usingthevariableareafull-pressure rotameter, asuperimposed flowof17.79SCFMwasaddedtotheleakagealreadypresentinthecontainment. Thissuperimposed flowisequivalent toleakageof0.264percentperday.Aone-hour stabilization periodwasallowedtolapseafteradditionofthisleakageinaccordance withtherequirements ofTopicalReportBN-TOP-1. Dataaccumulation fortheCLRTwasstartedat01:00hoursonJune17,1992andtheCLRTwasconducted fora4.4hourperiod.ThemeasuredCLRTleakageratesforthisperiodwere:SimpleBN-TOP-1LeakageRate=0.25244/dayFittedBN-TOP-1LeakageRate=0.25294/dayTargetCLRTLeakageRate=0.2534/day14 IIIIII ThetargetCLRTleakageforthistestwas0.253+0.125percentperday,orwithinthecriteriaasmeasured. Asshowninfiguregthecalculated airmassandfittedleakageratequicklychangedwhenthecontrolled leakratewasintroduced. TheILRTandCLRTweredeclaredsuccessful at05:30hoursonJune17,1992.At05:31hoursonJune17,1992,depressurization ofthecontainment wasinitiated atarateof6psi/hr.Containment entryforpost-test inspection purposesoccurredwhenthecontainment pressurewasapproximately 1.6psigat14:00hoursonJune17,1992.Thepost-test inspection detectednoanomalies ordamageotherthanseveralbrokenlightingfixturecovers.Particular attention waspaidforevidenceofanyleakagethatmayhavecontributed tohighhumiditylevels,nonewasfound.Corrections weremadetothemeasuredILRTleakagetoaccountforthethreepenetrations whichwereinserviceduringtheILRTandtoaccountforthedifference betweentheas-foundandas-leftminimumpathwaylocalleakagevaluesasrequiredbyNRCI&EInformation Notice85-71.954UpperConfidence Level(UCL)duringILRT=5.16x10~4/dayCorrections forLocalLeakageMeasurements =8.5x10~~~aTotalReportedContainment UCL=5.25x10~4/dayThisvaluesatisfies theacceptance criteriaforthetestofbeinglessthan0.375percentperday.15 IIIIII III.ANALYSISANDINTERPRETATION A.Instrumentation SystemPerformance Allofthe38temperature detectors inservice atthestartofthetestperformed asexpectedwithnoanomalous behaviordetectedbytheEbascoILRTcomputerprogramerrorcheckingroutinesduringtheconductofthetest.Thiscomputerprogramalsodetermines thein-situtemperature looprepeatability whichconsistsofprocessmeasurement variations aswellassensornoise.Theaverageinsitulooprepeatability forthe38operating temperature sensorswas0.0104'F.Thisperformance compareswellwiththevendor-claimed temperature sensorlooprepeatability, excluding processvariations, asgiveninSectionII.B.1.HoweverseveralRTD'sshowedasignificantly highercalculated repeatability thanthegroupasawhole.Adetailedreviewofthedatagatheredrevealsthatbetweentestsamples85and100thereweresomeoscillations inRHD-6,RHD-7andTE-13,TE-21,TE-22,TE-27.Thesedeviations arebelievedtoindicateadensityturnoverandarenotbelievedtoindicateanysensorfailure.Howeverthisdataalsoshowsthesensitivity ofleakagecalculations whensmallleakageratesarebeingmeasured. Thisdoesnotnecessarily indicateasensormalfunction, butmayindicatelocalvariations inprocessaswell,seefigureP.Tenrelativehumiditysensorswereinstalled inthe16 IIIIII containment fortheILRT.Alltenchannelsforhumidityoperatedasexpectedwithnoanomalous behaviordetectedbytheILRTcomputerprogramerrorcheckingroutines, exceptasnotedabove.Theaverageinsitulooprepeatability fortherelativehumiditysensorswas0.07percentRH.Atthestartofthestabilization periodgroupaveragehumidityrangedfrom444atthelowestelevation to644attheupperelevation. Becauseofthehighhumiditylevelsexperienced duringthetestthehumiditygroupatthetopelevation reachedsaturation levelsasthecontainment atmospheric temperatures equalized withthestructure temperatures. Alsobecauseofthestratification ofhumiditybyelevation; mixingandstabilization wereslowtooccur.Sensorresponsewasmonitored duringthetest,phaseanddepressurization phase.Allsensortrendsfollowedgrouptrendsandexpectedresponsebasedonpressureandtemperature changes.Twopressuresensorswereinstalled fortheILRT,withoneutilizedfortestingandoneconsidered asaspare.Priortocontainment pressurization, computeranalysisdemonstrated thatpressuresensor1wasmorestableoveraneight-hour periodthantheothersensor.DuringtheILRT,thein-situpressurelooprepeatability forbothsensorswas0.0002psi.Thisperformance compareswellwiththevendor-claimed pressuresensorlooprepeatability, excluding processvariations, giveninSectionII.B.3.Thevariablearearotameter performed asexpectedwithno17 IIIIIII evidenceofunstablereading,floatsticking, ormoistureinthefloat.tube.Insummary,alloftheILRTtestinstrumentation performed inanadequatemannertoallowdetermination ofcontainment leakageratestothesensitivity

required, asverifiedbythecontrolled leakageratetest.B.Temperature Stabilization PhasePriortopressurization ofthecontainment, theatmospheric conditions wereveryunstable.

In-situhumiditychecksvariedfrom59%to75%,depending onthedaytheywereperformed. ForseveraldayspriortotheILRTthesitehadexperienced severeafternoon thunderstormswithhightemperatures inthe90's.Priortopressurization thecontainment waspurgedwithtwoofthepressurization compressors anddryersforseveralhoursinanattempttoreduceaveragehumiditylevels.Averagehumiditywasreducedfromapproximately 754to604.Duringpressurization, thecoolanddryairintroduced atthebottomofcontainment actsasa"piston"andcompresses andheatstheairatthetopofcontainment. Attheendofpressurization, theaveragetemperature was102.9'Fwithamaximumspreadoftemperature fromthehighestreadingsensortolowestreadingsensorof24.4'F.Theresultsofthetemperature stabilization phasearepresented inAppendixB.l.Theacceptance criteriagiveninTopicalReport18 BN-TOP-1, Revision1,aredescribed inNote2inthatappendix. HoweverasseeninfiguresF,G,andHvaporpressuredidnotstabilize asquicklyastemperature. Thisshowsthatmodelingthecontainment withadiscretenumberofsensorscanoverstate theeffectsofthevaporpressurecorrection totheIdealGasLaw,duringperiodsofhighunstablehumidity. Thedatapresented showsthatasmoothandpredictable temperature stabilization occurred. Attheendofstabilization, theaveragetemperature was91.1'Fwithamaximumspreadoftemperature fromthehighestreadingsensortothelowestreadingsensorof7.4'F.Thisdemonstrates thattheheatsinksofconcreteandsteelinthecontainment werereturning thecontainment atmosphere toastabletemperature condition. C.LeakageSurveyPhaseLeakagesurveyteamsfoundnoindications ofanysignificant leaksduringthetestatanyoftheleakchasedetection points.SincethetotaltypeB&Cminimumpathleakagewas1.17SCFM(1.75X10~ 4/day)thisresultwasnotunexpected. Leakageratemeasurements onthecontainment werestartedafterthetemperature stabilization phaseusingthetotaltimeleakageratemethodsofTopicalReportBN-TOP-1, Revision1.Asanadditional diagnostic tool,masspointleakageratemeasurements, -asdescribed inANSI/ANS56.8-1987, wereconducted inparallel. Themasspointleakagecalculations arenotsensitive tothestartingpointofthe19 I testandwilldetectchangesincontainment leakagemorerapidlythanthetotaltimemethod.D.Integrated LeakageRatePhaseLeakagemeasurements werestartedat.15:20hoursonJune16,1992.ThetotaltimeBN-TOP-1resultsfor8.67hoursof.leakagemeasurements arepresented inAppendixB.3.Asummaryofthemeasuredleakageaftereighthoursis:BN-TOP-1TotalTimeSimpleLeakageRateFittedLeakageRateUpperConfidence LevelTypeB&CMinimumPath-0.02324/day-0.01044/day0.05164/day0.01754/dayThehigherUpperConfidence LeveloftheBN-,TOP-1 measurements isduetothenatureofperforming regression analysisonsimpleleakageratesinsteadofregression analysisonmassesandthemoreconservative statistics utilizedbyBN-TOP-1. .Aconservative calculation oftheminimumpathleakagebasedontheType"B"&"C"test'program is0.01754wt/day.Thissmallvaluecombinedwiththeinstabilities described insectionIII.Bhelpexplaintheverysmallcalculated leakagerates.Ifthetemperature sensorwiththelargestsampletosampledeviation isdeletedthenewcalculated leakageratesare:fittedleakagerate0.0193,andUCLof0.0810.20 Asallacceptance criteriaforaReducedDurationBN-TOP-1ILRTweremetafter8.67hoursaspresented inAppendixB.2,thelLRTwasdeclaredacceptable. AppendixApresentsthecorrections tothemeasuredZLRTleakageratesforlocalleakageratemeasurements forboththe"as-found" and"as-left" cases.E.Verification Controlled LeakageRatePhaseSubsequent totheacceptance oftheILRTresults,asuperimposed leakageequivalent to0.264percentperdaywasaddedtotheexistingcontainment leakageusingthevariablearearotameter. Aone-hourstabilization periodwasallowedtolapse,afteradditionofthisleakageinaccordance withtherequirements ofTopicalReportBN-TOP-1. Leakagemeasurements wereinitiated toverifytheresultsoftheZLRT.TheminimumdurationfortheControlled LeakageRatePhasewasdetermined tobe4.33hoursinaccordance withTopical'eportBN-TOP-l. Aspresented inAppendixB.3,theleakagemeasurements mettheacceptance criteriafortheverification phase.BN-TOP-1TotalTimeSimpleLeakageRateFittedLeakageRate0.2524/day0.2534/day21 SECTIONIVFIGURES22 II RTDLOCATIONS ANDVOLUMES3RTD'sel.194VOLUME242,055CUFT.9RTD'Sel.171'OLUME 453,235CUFT10RTD'Sel.130'OLUME 669,627CUFT'l0RTD'Sel.84'OLUME600,926CUFT8RTD'SEL.40'OLUME534,157CUFTFigureA IIIIIIII RHPLOCATIONS ANDVOLUMES3RHD'Sel171'OLUME 1,049,347 CUFT4RHD'Sel84'OLUME900,640CUFT3RHD'Sel40'OLUME550,0'l3CUFTFigure8 IIIIII FLOWDIAGRAMILRTPRESSURESENSINGBcCONTROLLED LEAKAGEINSTRUMENTS preclsfon vtbrotfng cyffnderpresswesensorINSIDECONTAINMEQ OUTSIDECONTAINMENT precfsfon vfbratfng monitored ventCODE/SATEPO-fan%--~"~B~L5pCODESATEPLYARIABLAREAROTAMETER ILRTINSTRUMENTATION DIAGRAMDATACOLLECTION, OUTPUT,ANDSTORAGERTDVolumetrics PressureSensor40FlukeDataLoggerIBMPCEBASCOSoftwareHumidityDetector10HumetcpDataCol}ection

DataAnalysisDisketteIBMPCEBASCO*IISoftwareDiskette IIIIIII ILRTPRESSURIZATION Bcl3EPRESSURIZING SYSTEMTOATMOSPHERE IiTOUNITNO.1ILRTPENEIRATION dlIppotIlPlIPIoutsidecontainment Iinsidecontainment IIIIIII8"blindflangeremovedforilrtP545refrigerant dryerswigmoistureseperators Dieseldrivenindustrial 100Fooilfreeircornress0pors/(13.200aimtotal)/(9COITlpl'BSSWS) l-agc-~a/c~a/d St.LucieUnit2ILRTSequenceABCDE6055506)L.NU)0CLtQcaCCI0C0O403020A.Pressurization B.ContainrrIent StabC.,Integrated LeakagD.Verification TestControlled LeakagE.Depressurizaiion

.4.psi/lizationRateThreriost(~RT)RateT6psi/st(ILRT}1020HoursintoTest4060 IIIIIIIIIII SECTIONVAPPENDICES 29 APPENDIXATABULATION OF"AS-FOUI'6) 326)"AS-LEFT" ILRTRESULTS30 IIIIII APPENDIXA:TABULATION OF"AS-FOUND" AND"AS-LEFT" ILRTRESULTSACorrection ofILRTResultfor"AS-FOUND"CaseInaccordance withNRCI&EInformation Notice85-71,additions arerequiredtotheILRTresultsduetorepairsand/oradjustments madeduetoLocalLeakageratetestingduringanoutageinwhichanILRTisconducted. Thecorrections includeonlyrepairsoradjustments madetocontainment leakageboundaries whichweremadepriortotheILRT.Thesecorrections arethedifference betweenthepre-repair andpost-repair leakagescalculated intheminimumpathwaycaseandcorrected foruncertainties inthemeasurements. Duringthe1992refueling outage,threesuchcorrections arenecessary. Penetration TotalMinimumPathwaReaiUncertaint ILRTTotalP-28ASITSampleP-50SparePersonnel Airlock40sccm55sccm20,000sccm1'91'934741.7956.7920,347Thetotallocalminimumpathwayleakageplusuncertainty mustbeaddedforthepenetrations whichareinuseduringtheILRTandwhosecontainment Penetratio isolation valvesareTotalMinimumPathwaLeakaeUncetaitILRTTotalnottestedduringtheILRT:P-52DILRTTestP-52EILRTTestP-7PrimaryWaterP-54ILRTTest100sccm80sccm400sccm900sccm1.791.7912.8109101.7981.79412.8100931 IIIII Thetotal"as-found" correction canbefoundaddingtheaboveILRTtobothcorrections. Correction ofILRTresultsfor"as-found" orMeasuredILRTleakageata954UCLReported"as-found" ILRTresultsAcceptance Criteria(75%La)case22,051sccm1.167x10~4/day+5.16x104/day5.172x10~0/day0.3754/dayB.Correction ofILRTResultsfor"AS-LEFT" CaseTheonlycorrection forthe"as-left" ILRTcaseinvolvesthepenetrations whichwereinuseduringthetest,P-52D,P52E,P-54,andP-7.Fromtheabovesection,theILRT"as-left" correction canbedetermined. (Note:Aconservative simplification wasmadebynotperforming aroot-mean-scpxare summation ofthelocaluncertainties.) Correction ofILRTresultsfor"as-left" MeasuredILRTLeakageata954UCLReported"as-left" ILRTresultsAcceptance Criteria(754La)case1605.4sccmor8.49~4/day+5.16x10'/day5.25x10'/day 0.3754/day32 IIII AppendixB:ILRTRawDataandGraphical Interpretations 33 III SampleNumberTESTTIMEStabilization DataRTD1RTD2DEGFDEGFRTD3DEGFRTD4DEGF3132333435363738394041424344454647484950515253545556575859606162636465:666768697071727374757677789~81710.1510.48310.81711.15011.48311.81712.15012.48312.81713.15013.48313'1714.15014.48314'1715.15015.48315.81716.15016.4831681717.15017.48317'1718.150"18.48318.81719.15019.48319'1720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.483.24.81725.15025.48389.34488.09387.89187.75087.65387.55787.48387.42987.38787.34487.31087.29087.25787.23287.20387.17887.14987.14087.10687.09587.07587.05387'3987.03287.01086'7986.99086.96786.96786.96786.95686.94786.94786.92586.92586.89386.89386.89386.87186.87886.86086'4986.82886.86686.84086'2886.82886.82891.79189.79289.10888.83088.64788.54088.42388.33888.26288.20988.15588.10188'7088;03487.99487.95887.94387.88987.86787.83587.81387.79387.79787.77087.74887'1787.70687.68587.68587.65287.64387.62187'2187.60987'8987.57887.56787.55687.54787.53187.52487.52487.50287.48987.48287.46087.47187.44888.97187.74187.49487.40987.37887.32487.27087.21787.18587.14387.09887.06787.04487.01986.99386.96686.93986.92886.89486.88586.87486'6386'4@86.82086.79886.79886.77886.77886.76686.75586.74686.73586.72486.72486.71386.70186'9286.68186'8186'7786'4886.65986.64886'4586.62786.62786.63986.61688.29687.23987.01386.89686.83186.77786.72486.69286.63986.59686.56586.52086.50086.48486.44686.43086.40386.38186.36186.35086.32786.31886.31486.28586.27486.26586.25386.25386.23186.22086'1186.20086.20086.18886.16886.15786.15786.15786.14686'4186.13586.12486.11586.11086'0386.09286.09286.08134 IIIIII'IIIII SampleNumberTESTTIMEStabilization DataRTD1RTD2DEGFDEGFRTD3DEGFRTD4DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728.15028.48328.81786'1786.80686.80686.79786.78686.80186.76386.78686.75286.76387.43987.42887.42887.41787.40687.41387.39787.38687.37587.37586.61686'0586.59686.59686.60586.60186.58586.59686.59686.59686.08186.07086.07086.07086.06186.06886.05086.05086.05086.05035 SampleNumberTESTTIMEStabilization DataRTD5RTD6RTD7DEGFDEGF-DEGFRTD8DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017.48317.81718.15018.48318.81719'5019..48319.81720'5020.48320.81721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.15025.48388.00187.06186.82586.72986.61086.53686.50386.48286.44086.41786.38686.36486.34386.32886'9086.28586'6786.23686.22586.22586.20286.19386.17786.16086'4886.13986'2886.11786.10686.09786.09786.08686.07486.07486.06386.05286.04386.03286.04386.02786'0986.02085.99885.99685.98985.98985.97885.96788.81587.99187.73387.64887.58387.50987.43387.37087.31687.26287.21987'7587.14387.11887.06987.04287.00486'7386.95086.92886.89686.87686.86086.83186.81186.78986.76986.75786.73586.72686.70386.69286'8186.67286.66186.65086.63886.62786.61886.61486.60786.59686.59686.58286.57686.56486'5386.54289.15088.18887.97287.85687.75987.67287.58787.53387.47987.42587.39487.34087.30887.27387.22387.18587.15887.12587.10487.07387.05187.02887.02686.99786.97486.96586.94386.93286.92386.91286.88986.87886.86986.85886.83586.82686.81586.80486.793.86.78886.77386.77386.76186.75786.73986.72886.72886.71988.28087.18786.98586.88886.82386'6986.72786.69386.65086'0886.58886.54386.51186.49686.46986.45386.41586.40486.38386.36186.35086.33086'3686.30786.28786.27686.26586.25386.24286.22286'1186.19986.19186~17986.16886,16886'5786.14686.13786.13286.12586.11486.10386.11086.09486'09486.08386.07236 SampleNumberTESTTIMEStabilization DataRTD5RTD6RTD7'DEGFDEGFDEGFRTD8DEGF7980818283848586878825~81726.15026.48326.81727.15027.48327'1728.15028.48328.81785.97885.95585.95585.94785.94785.94285.93585.92485.92485.92486.54286.53186.53186.52286.51186.51786.49986.49986.48886.49986.70886.69686.68586.67686.67686.67286.65486.65486.64386.64386.07286.06086.04986.04986.04086.04786.04086.02986.02986.01837 I SampleNumberTESTTIMEStabilization DataRTD9RTD10RTD11DEGFDEGFDEGFRTD12DEGF313233343536.37383940414243444546474849505152535455565758596061626364'5666768697071727374757677789.81710~15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313'1714.15014'8314'1715.15015.48315'1716'5016.48316.81717.15017.48317'1718.15018.48318.81719'5019.48319.81720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.483107.34105.33103.91103.09102.51102.08101.70101.38101.08100.89100.63100.'46100'1100.0299.74999.52099.25599.00998.79698.55898.30298.10797.87897.69097.48697.29397.12096.95096.76696.59696.44696.29596'2395.98495.84595.69595.57695.42695.30995.20895.07494.96694.84794.74694.62394.5279441994.312105.85103.61102'5101.55100.92100.49100.0799.69699.31898.98698'0798.44898.22198.00397.78197.57497.36397.17096.98596.80396.63096'5996.31696.14796.01995.86995.72995.57995.44895.30995.20195.08594.95494.85894.76194.65394.54694.44094.33294.24294.13994.00993.91293.83493.71993.62293.53793.429107.57105.41103.80102.94102'0102.03101'9101.44101'9100.95100'3100.51100.2599.98099.69599.42499'4998.90298.65698.40998.18397.94897.74297.52097.32897.13596.95296.77096'9896.43996.26696.10595.95595.80595.66795.53995.38995.25095.13295.01194.88594.76794'5094.53994.42494'1794'1294.104107.52105.12103.62102.78102'1101.90101.53101.18100.88100.59100.35100.1399.86799.57399.27699.03698.76298.54698'1998.05297.85997.63297.40397.18196.97696.80696.61396.44096.26996.07695.93495.77595.61395.46395.31395.21695.05494.94794.79694.66494.53894.41094.30294.20194.07893.95993.86293.77738 IIIIIIII SampleNumberTES'9TIMEStabilization DataRTD9RTD10RTD11DEGFDEGFDEGFRTD12DEGF79808182838485868725.81726.10026.48326.81727.15027.48327.81728.15028.48394'1594.11994.01193.91593.83093.74093.62693.53993.46593.33393.25693.14993.07592.98992.92092.82892.74292.67794.00893.91293.81693.70893.61293.53293.42993.34493.27093.68193.55193'6593.35893.27293.19493.09992.99492.90639 IIIIIIII Stabilization DataSampleNumberTESTTIMERTD13DEGFRTD14DEGFRTD15DEGFRTD16DEGF31323334353637383940414243444546474849505152535455565758596061626364656667686970717273.747576779.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313'1714.15014.48314.81715'5015.48315.81716.15016.48316'1717.15017.48317'1718'5018.48318'1719.15019.48319'1720.15020.48320.81721.15021.48321'17,22.15022.48322.81723.15023.48323.81724.15024.48324'1725.150107.14104.86103.37102.55101.96101.52101'3100.82100.56100.29100.0799.90599.65899.46099.28399.05498.79098.53298.31698.10397.85797.66197.43397.24497.02996.86896.67596.48296.32196.13995.97895'1895.66895.53895.37995.23895.11094.98294.84194.72094.62894.52194.40294.28194.15594.16694.144107.64105.32103.74102.74102.16101.70101.43101.16100.90100.63100.35100.0799.81799.56599.25798.98298'1998.50398.26798.029.97.79397.52597'0597'4096.90096'9696.48296.29896'3895.98895.79295.63295.44895.32095'3895.00894.85794.72994.59994.48894.30994.16993.98793.88693.80393.72993.601106.96104.60103.22102.24101.64101.17100.80100.51100.2399.94799.71199.46299.23899.00998.80998.62398'1298.23998.04697.90797.84297.66197.59197.41497.26497.09196.90996.74896.57796.40596.25496.09395.95495.79295.65395.51495.37595.24595.10695.00594.87194.75294.63594.53594.40994.30194.196106.33104.80103.33102.39101.70101.21100.82100.49100.1999.91099.64399.40799.1898.97298.75298.55498.35498.17098.04297.97797.90397.72297.57897.41097.22897.05596.87396.70196.53996.38096'189,6.03495.90695.76795'1795.47895.33995.19895.07094.93794'1294.70494.57694'7594.36194.25394.15740 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD13RTD14RTD15DEGFDEGFDEGFRTD16DEGF787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328'1794.05993.94093.88993'12.93.70593.62093.54193.45893.35193.25493.19293.50293.37493.27793.15893.05392.95492.83392.75292.68792.60192.45194.08993.99293.88493.78893.70393'0493.51593.42393.33893.25293~17694.04993.94493.84893.77193.68693.60193.52093.42893.35493.24793.15941 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD17RTD18RTD19DEGFDEGFDEGFRTD20DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017'8317.81718'5018.48318.81719.15019.48319.81720'5020.48320'1721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.15025.483107.85105.55103.93102.90102.41101.98101.57101'7100.84100.58100.31100.0799.86599.59099.31699'9698.84198.56298.30498.05697.82997.51997.33297.11096.87496.65896.42296.06695.90495.73495.54995.38795.228'5.02394'1594.7659463794.50694.37894.23494.10894.01293.89593.74993.64593.58393'6393.378107.98105.65104.01103.03102.44102.05101.71101.43101.18100.95100.74100.41100.0899'1599.53999'9099'1498.74598.52098.29698.04997'4597'4897.43797.23397.05196.86796.68696.51396.33196.17096'2095.87095'1995'8095.43095.291'5.16395.03394.93394.78794.65994.55294.44094.31694.22094.11294.005101.5899.53398.49298.04197.45197.10896.76496.60396'1096.20696.03595.88595.71295.56995.41295'9195.14595.02694.89894.76894.66194.55594.45494.34094.24494.13694.02893.94393.84793.75093.65493.58993.49393'19,93.33193.24693'7093.09693.02292.95292.87292.79592.73092.67492'9192.54992'6492.410DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted42 I SampleNumberTESTTIMEStabilization DataRTD17RTD18DEGFDEGFRTD19DEGFRTD20DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728.15028.48328.81793'8193.18593.09792.98092.90492.82592.72292.64892.52992.45293.89793.79093.69393.60893.51293.42293'1993.23493.15893.06192.34592.28092.21792.16392.11092.05191'9191.93791.88391.820DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted43 SampleNumberTESTTIMEStabilization DataRTD21RTD22RTD23DEGFDEGFDEGFRTD24DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071'27374757677789.81710.15010.48310.817,11.15011.48311'1712.15012.48312'1713.15013.48313'1714.15014.48314.81715.15015.48315'1716.15016.48316.81717.15017.48317'1718.15018.48318'1719'5019'8319'1720'5020.48320'1721.15021.48321'1722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.48399.57597.81796.92696.33595.91695.45595.22095.03694.86594.73794.61894.49094.37194.23794.13694.02893.91193.81593.71893.62093.53593'1893.33093.23493.14993.06392.96792.89192.80592.76992.68992.61992.53892'6992.38892.28092.23392'4192.08892.01191.98091.91591.85291.79491.74491.70291.63791.583,99.30097.80096.76096.24795.85095.62495.41195.23095.04694.89694.76894'4194.51194.38794.27594.16894.06393.95593.85993.77293.66693.57993.49493.40993.32493.23693.16293'7792.92792.83892.75592.67792.59692.52692.44692.33892.29192.20092.13592.07092.00791.94291.87791'3091.76191.69691.64291.60044100.0998.11296.95696.32496.09795.83195.72395.57395.36095.19995'8094.94194.82594'1094.61094.50294.38694.32194.24494'7194.06393.978.93.88293.78593.72093.62493.55093'8593.41193.34293.26193'7293.10093.04292.95092.88592.83892.74692.70392'1892.57692.51192.44692.39092.32992".26592.21192.13799.83298.13396.91196.44996.15995.91295.68795.48395.33395.17195.03294'8194.78594.68294.59294.48494.37694.29194.19494.09893.98193.91693.82093.73493.61593.56193'6593.36893.31493'1393.15393.11793'1492.94692.86392.77892.75392.67092.61692.53192.50092.44692.36192.33492.25392'1092.15692.102 SampleNumberTESTTIMEStabilization DataRTD21RTD22RTD23DEGFDEGFDEGFRTD24DEGF7980818283848586878825.81726.15026.48326.81727.15027.48327.81728.15028.48328.81791.52091.46691.42491'7991'1691.26291.20890.74690'1590.67291.52691.46191.40791.36591.32291.28091.23791.18391.15091.09692.08392.02991.98791.93391.87991.84891.80691.76191'18'1.67692.04991.96391'1091.86791.80291..73991'6391.62091.56691.50145 SampleNumberTESTTIMEStabilization DataRTD25RTD26RTD27DEGFDEGFDEGFRTD28DEGF31323334353637383940414243444546474849505152535455565758596061626364656667686970717273'4757677789.81710.15010.48310.81711.15011.48311'1712'5012.48312'1713'5013'8313.81714.15014.48314.81715.15015.48315'1716.15016.48316.81717.15017.48317.81718.15018.48318.81719.15019.48319'1720'50'0.483 20'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724'5024.48324.81725.15025.483105.78103.61102.45101.74.101.22100.80100.48100.1999.92499.67799'3199.20698.99198.76998.56398.37998.19798.00597.83497.65097.49197.30797.13796.98796.82596.66696.51696.36696.20596.06195.89395.77295.61595.48395.33795'1995.09894.96394.83394.70594.58794.48194.37494.25194.13994.04293.94493.83999.62997.94096.83496.29795.89995.62095.40595.23495.08394.97594.79394.68594.58994.44394.31994.19194.07293.96693.87093.80593.68593.58093.52693.42993.32193.23693'7193.09593.00992'1992.83892.79192.75192'1592.59192.50692.44892.3449229092.23692.19492.11792.06692.0189194791.88191.83991.7744698.99897.35796.50196'3095.80495.53795.34495.18394.99094.85194.70194.58394.44494.30994.19794.09293.97393.85493.75893.67393.55693.48093.39593.31993.22393.14993.07392.99992.91492.83392.75292.67492.60292.54492.45292.37892.34292.23992.17492.12192.02491.97191.90691.85091.77891'9391'1791'4399.18797.66496.48595.60695.28695'7194.86994'1994.58094.45094.31194'5094.01193.87793.78793.69193.58393.51893.42293.29493'0993.12293.04892.95192.84492.80192.72792.69492.60992.51992.48192.41292.34092.26292.19292.12792'9192.00091.94691.88191.82791.77391.70891.66491'9291'4991.49691.420 IIIIIII 'SampleNumberTESTTIMEStabilization DataRTD25RTD26RTD27DEGFDEGFDEGFRTD28DEGF7980818283848586878825~81726.15026.48326'1727'5027.48327'1728'5028.48328'1793.73193.63593.53893.45393.35793.26193'7393.08893.00392'1891.74291.66891'1491.57191.50691.47591.44191.37891.35691.28291.47891.41391.33991.28691'1291'5891.08291.00890.93290.83591;37791.33491.30391.22791.19691~13191'8891.03490.98190'0747 SampleNumberTESTTIMEStabilization DataRTD29RTD30RTD31DEGFDEGFDEGFRTD32DEGF3132333435363738394041424344454647484950515253545556575859606162.636465666768697071727374757677789~81710.15010.48310'1711.15011.48311.81712.15012'8312.81713'5013.48313.81714.15014'8314.81715.15015.48315.81716'5016.48316~817'7~15017.48317'1718.15018.48318'1719'5019'8319'1720.15020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323.81724.15024.48324'1725'5025.483110.36107.61105.73104.44103.67102.99102.52101.90101.49101.04100.70100.39100.0899.77499.50299.22298.95598.69798.43998.19297.97897.74397.55997.32397.11996.93796.74496.56296.39096.21596.03795.91495.75795.60495.45695.32995.20795.03994.91194.80494.67694.55794'3894.32894'1494.09593.99993.893112.32109.41107'1105.82104.73103.80103.10102'1101.93101.47101.06100.65100.2599.88699.58199.23798.95998.66998.42298.17597.92897.71597.48897.27597.05996.85596'6296.49196.298.96.13295.96695'1195'3195.49995.32295'8295'7094'1394.77494.66694.55094.39994.29194.17994.07693.95993.85293.744112.16109.35107.29105.68104.56103.75103.00102.38101.79101.27100.85100.47100.0999.71899'1399.08298.79398.47198.20497.86297.66997.39297.04996.81296.59996.33196.10795.94695'3395.54895.33795.16194.96294.79894.63094.48194.34994.20394.01193.87293.68093'1993.34993'2693.13492.99592'8892.749112.40109.53107.35105.92104.82103.94103.28102.67102.11101.63101.11100.73100.41100.0899.78899.50999.22098.95098.69298.45698.2009'7.96297.73897.51397.28797.09496'1296.73996.54696.38296.20396.05095.87095.76095'9295.43095.30995.16395.01394.90594.77894.65994.55194.43094'1594.20894.13493.99448 IIIIIIIIII SampleNumberTESTTIMEStabilization DataRTD29RTD30DEGFDEGFRTD31DEGFRTD32DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327'1728'5028.48328'1793.79793.70093.59393.49693.40093.31293.22793.14293.05792.96993.63693.52993.44393.34793.25093.15493.05792.97292.89692.82292.64292.53592.43092.33492.23892.14192.04391.91691.81991~68193.88793.76893.68393.68393.57593.49093.35193.26593'1293.14749 SampleNumberTESTTIMEStabilization DataRTD33RTD34DEGFDEGFRTD35DEGFRTD36DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311'1712.15012.48312'1713.15013.48313'1714'5014.48314'1715.15015.48315.81716.15016.48316'1717.15017.48317.81718.15018.48318'1719.15019.48319.81720.15020.48320.81721.15021.48321.81722.15022.48322'1723.15023.48323.8172415024.48324.81725.15025.483112.76109.82'107.57106.12105.10104.18103.44102.82102.18101.70101.27100.88100.46100.0999.77799.46599.16798'9898.60898.36198'1497.89097.65497.45097.24697.03196.84996.67896.48596.30896'5195.98795.83095.68795.66995.51095.36695.20995.07994.97494.84494.72794.59794.48794.3629425494.11594.072111.99109.44107.56106.06105.02104.12103.42102.77102.19101.73101.30100.91100.54100.2099'0899.58499.30699.02798.78098'2198.27498.04997'3397'1997.40497.21097.00696.83596.65196.48796'0996'5495.98595.84295.68495.55695.43595.27895'3695'3094.90094.78394.66494.55494.43994.32094.22494.107111.14108.53106.63105.36104.27103.40102.70102.12101.65101.22100.82100.45100.1199.79299.47599.16598.86498'7498.27398.03897.77997.55597.31997.08196.87996.66496.45996.26696'6295'0995'1895'1295.32395.21195.02394'0794.67594.50694.36794.25194.10993.97093.87493.74193.62793'1093.36093.252111.66109'6106.94105.62104.47103.71103.01102.36101.81101.27100.93100.61100.1199.82699'1299.20098'6498.71798.46198.16997.9249.7.70997.49397.25797.05396.87196.66796'9696.30396.16095.99195.82795.6709549395.38195.20895.09894.96194.80294.69494.56494.43694.33994.21894.10493.98593.87793.78150 IIII SampleNumberTESTTIMEStabilization DataRTD33RTD34RTD35DEGFDEGFDEGFRTD36DEGF7980818283848586878825.81726.15026.48326'1727.15027.48327.81728'5028.48328.81793.95393.84893.74093.63393.54893.44093.35593.25893'8693.02394.01993.90393.80693.70993.62293.51693.42093.33293.24793.16193.18793.04892.96392.82492.72792.61992.51292.40492.20292.06193.67593.56793.49193.38693.28993.19393.11693.02092.93592.85051 III'IIIIII SampleNumberTESTTIMEStabilization DataRTD37RTD38RTD39DEGFDEGFDEGFRTD40DEGF3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.10010.48310'1711.15011.48311.81712.15012.48312'1713.15013.48313.81714.15014.48314'1715.15015.48315'17,16.15016.48316.81717.15017.48317.81718.15018.48318'1719.15019.48319'1720'50'0.483 20.81721.15021.48321.81722.15022.48322'1723.15023.48323.81724.15024.48324'1725.15025.483112.37109.63107.43106.12105.02104.29103.38102.78102.21101.68101.23100.82100.46100.0999.77299.44999'4898.85098'1298'7698.10997.91797.68197.45497.24197.04696.85396.68396.46896'1596.15895.98195.83595.69295.50395.37695.26395.10694.97994.84094.72194.58294.47494.36494.23994'4294.03593.927DeletedDeletedDeletedDeletedDeletedDeleted'eletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted111.64108.70106.54105.06103.94102.97102.23101.50100.92100.3599.86199.44399.02498.65398.28597.95197.65397.36397'9496.83696.60196.34396'1895'0395.69095.48695.30495'2394.93994.77594.59694.43294.27594.13293.96393.83693.72493.55893.43993.30093.17293.05392.92692.81392.69992.59292.48692.379112.16109.81107.66106.27105.13104.22103.48102.88102.17101.63101.20100.75100.37100.0199.69899.38299'6398.74298.47398.21797.95997.74497.52697.30497.06896.87596.67196.48796'1796'4495.98295.81295.66295.48095.36195.18995.04994.92294.79294.64894.53694.38694.27894.16694.05293.93593'1693.66652 IIIIIIII SampleNumberTESTTIMEStabilization DataRTD37RTD38RTD39DEGFDEGFDEGFRTD40DEGF7980818283848586878825.81726.15026.48326.81727.15027.48327.81728.15028.48328.81793.81193.70393.60793.52193.41493.32993.25393.15693.07192.986DeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted92.28292.17592.07891.98291.88691.78991.70491'0891.52091.43593.56993.44293.35493.24993.16193.08392.98092.89592.78792.72253 IIIII SampleNumberTESTTIMEStabilization DataRHD1RHD2RHD3RHRHD4RH313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767.7789.81710.15010.48310.81711.15011.48311.81712'5012.48312'1713.150.13.48313'1714.15014.48314.81715.15015.48315'1716.15016.48316'1717.15017.48317.81718.15018.48318.81719.15019.48319.81720.15020'8320'1721.15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324'1725.15025.48341.7542.6042.8743.2543.5443.6643.7943.9044.0644.2344'144.5944.8245.0645.3345.5545'346'146.3046'846.8147.1247.4347.6947.8648.1548.5448.7349.0249.26.49.6149.7649.9250.1550.4850.7150.9851.1951.4551.6251.9652.2252.5152.7652.9353.1853'653.6947.5148.5249.2649.8249.9950.3951.0051.5552.1152.6853'153.8454.3254.7655.1055.4955.8456.2256.4756.8057.0957'057.8258'158.5758'659'759.5459'160.0960.3960.6760.9661.2561.5561.8462.1162.3662.6362.8863.1763'963'663.8864.1364.3564.6264'139~3139.8840.8841.6243.4345.2746.3447.1847.7748.2949.0249.5950.1850.7651.2851.7752.2752.7853.2053.6354.0454.45.54.8555.2155.5555'156.2056.5256.8057.0657.4457.7958.1858'058.8159.1559'559'660.0460.3660.6460.9161.2061.4961.7762.0362.2962.5752.1957.2160.0856.5263.0566.9972.3572'872.4873.8074.5375.3676.0677.2477.8777.9078.5879.0879'179.6079.82'79.9680.1180.2380.1380.1880.2480.5580'780.5180.5180.6780'880.8980.8081F0080.9281.0881.1481~2481.3081.2881.2981.2681.3881.3081.3681.4254 SampleNumberTESTTIMEStabilization DataRHD1RHD2RHD3RHRH%RHRHD4RH7980818283848586878825~81726.15026.48326.81727.15027.48327.81728.15028.48328.81753.9054.0654.2654.5054.6854.9455.1055.3155.5055.6765.0465.2565.4665.6965.9266.1366.3166.4966.6866.8462.8063.0763.3063.5563.8264.0664.2864.5364.7764.9981.5881.5481.5281.4581.5681.5581.5781.5781.4881.4655 SampleNumberTESTTIMEStabilization DataRHD5RHD6RHD7RHRHRHRHD8RH3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310'1711.15011.48311.81712'5012.48312'1713'5013.48313.81714.15014.48314.81715~15015.48315.81716.15016.48316'1717.15017.48317'1718.15018.48318.81719'5019'8319'1720'5020.48320'1721.15021.48321.81722.15022.48322'1723.15023.48323'1724.15024.48324.81725.15025.48380.2881.4781.8986.5679.8487.8387.5286.8187.2387'986.7486.2885.7785.9885.6585.5185.51'5.6785.7185.4985.3884.7784.5584.2984.1984.1884.3084.6084.4784.3684.4184.5684.3684.3984.5084.6084.6384.9685.2285.2785'485.0185.1585.1885.1685.0885'284.8183.184.5385.2882.3381'480.8577.8377.1076.8776.0876.0474.6973.6373.3673.1672.8371.7271.4870.0369.5370.4369.8569.3170'870.0070'270'970.5870.6071.1271.6171.8570.8171.5671.6372.0471.9371.6071.6871.2671.3971.1270'871.2271.3271.3671.1172.2478.0581'382'683.0582.6382.1981.6181.2180.8680.9580.9081.0081.0181.0281.0581.2581.1780.9080.9080.8880.8280'280.6980.8680.5780.4280.4480.6680.7080.6880.5680'380.6980.7180'880.4780.4980.5780.2180.0980.0980.3780.4280.4179'879.5179.5979.6457.5660.9362.8864.8368.4172.7078.7982.4984'186F0086.4786.6987.3587.8488.2489.0089.9689.8490.3691.5691.2891.7192.2392.4693'193.3893.5493.9595.0494.6194.7995'395.4295'896'296.30.96.5797.6897.0897.2797.4497.6797.9098.0299.1299.1298.6099.2756 IIIIIIIII sampleNumberTESTTIMEStabilization DataRHD5RHD6RHD7RHRHRHRHD87980818283848586878825.81726.15026.48326'1727.15027.48327.81728.15028.48328.81784'184.9784.9585.0585.1285.1785'585.1685.2085'472.3571~6472.4871.2372.6772.5472.3072.2072.8472.8579.4279.4278.9678.9678.9278.93.79.0779.3579.2979'199..3899.2599.2899.7499.72100.12101.01100.42100.46100.7057 SampleNumberTESTTIMEStabilization DataRHD9RHD10RH4RH3132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677789.81710.15010.48310.81711.15011.48311'1712'5012.48312.81713.15013.48313'1714.15014.48314.81715.15015.48315.81716.15016.48316'1717.15017.48317'1718.15018.48318.81719.15019.48319;81720.15020'8320.81721'5021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324'1725.15025.48360.0461.8765.5368.2069.5871.4973;0075.5878.4479.6680.7781.7782.6783.4284.1384.8085.3985.9986'787.0487.5788.0788.5788.9389.3989.8490.2790.6390.9691.3491.7392.0292.4392.7393.0693.3493.7294.0594'194.6995.0195.2895.5895.9496.2696.6197.0297.3464.6065.8363'663.9164.5466.7370.7673.9376.6177.7478.7879.8080.8381.6582.4183.1483.7584.3584.9485.4685'786.4687.0487.3787'688.3288.7089.0789.5589.9290.2690.4690.9591.1791.4991.8992.2292.3892.6092.9593.2593.7393.9894.3194.6795.0295.4495.6658 SampleNumberTESTTIMEStabilization DataRHD9RHD10RH4RH7980818283848586878825~81726~15026.48326.81727.15027.48327'1728.15028.48328.81797.6697.9998.3398.6198.9199'799.4499.6799.89100.1295.8796.1496.6196.8097.2397.4497.7298'798.4598.5759 SampleNumberTESTTIMEStabilization DataVAPORCONT.PRESSUREPRESSUREPSIAPSIA31323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576779.81710.15010.48310.81711.15011.48311.81712'5012.48312'1713'5013.48313'1714'5014'8314'1715.15015.48315.81716.15016.48316.81717'5017.48317.81718.15018.48318'1719.15019.48319'1720'5020.48320'1721'50'1'8321'1722.15022.48322.81723.15023.48323.81724.15024.48324.81725.1500.71210'8790.66730.65430.64840.66060.67000.67390.67770.67670'7510.67230.67000.66890.66690.66510.66320.66070.65810.65680.65500.65250.65070.64930.64750.64660.64520.64420'4350.64180.64070.64040.63780.63750.63650.63600.63530.63520.63320.63230.63140.63060'2960.62940.62950.62860.627458.48058.21958.09558.01457.95457.90557.86357.82757.79457.76557.73757'1257.68957.66757'4657.62657.60757.58957.57157.55457.53857.52257.50757.49357'7857.46557.45257.43957.42657.41457.40257.39157.38057.36957.35857.34857.33857.32857.31857.30957.30057.29157.28257.27357'.26557.25657.24860 SampleNumberTESTTIMEStabilization DataVAPORCONT.PRESSUREPRESSUREPSIAPSIA787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328'170.62800.62740.62600.62590.62480.62540.62510.62520.62410.62380.623557.24057.23257.22457.21757.20957.20257.19557.18757.18057.17457.16761 SampleNumberTESTTIMEStabilization DataCONT.DELTAT/HRDELTAT/HRAVERAGELAST2HRSLAST1HRTEMP1HRto2HRDELTAT/HRCHANGE31323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576779.81710.15010.48310'1711.15011.48311'1712.1501248312.81713.15013.48313.81714.15014.48314.81715.15015.48315.81716.15016.48316.81717.15017.48317.81718.15018.48318.81719.15019.48319.81720.15020.48320~81721~15021.48321.81722.15022.48322.81723.15023.48323.81724.15024.48324.81725.150102.892100.89299.60398'1098.25397.81397.45197.13996.84796.59096'6296.14795.94095'3995.54995.36795'8595.01494.85594.70094.55094.40294.26594'2093.98393.85493.72693.60493.48393'6993.25593'4893'4192.94292.83892.73792.65292.55192.46192.37792.28992.20492.11992'4691'6391.89291.820-2.721-1.877-1.378-1.110-0'46-0.833-0.756-0.700-0.649-0.612-0.589-0.567-0.543-0.520-0'00-0.483-0.460-0.447-0.436-0.423-0'12-0'99-0.391-0.376-0.364-0.353-0.343-0'31-0.323-0.316-0'02-0.299-0.290-0.283-0.275-0.267-0.,267-0'53-0.249-0.243-0.235-4.082-2.639-1.790-1.359-1.114-0.966'-0.861-0.777-0.700-0.650-0'23-0.598-0.573-0.554-0'35-0.512-0'85-0.464-0.453-0.435-0.430-0'19-0.411-0.394-0.379-0.371'0.357-0.349-0.335-0.328-0'13.-0'10-0.304-0'90-0.287-0'76-0.275-0.262-0'57-0'58-0.243-0.241-0.227-0'260.7630.4120.2490.1690.1330.1060.0770'510.0390.0350.0320.0310.0350.0360.0300.0250.0170.0170.0120.0180.0200.0200.0190.0150.0180.0150.0180.0130.0120.0120.0120.0140.0080.0130.0100.0090.0100.0080.0160.00962 SampleNumberTESTTIMEStabilization DataCONT.DELTAT/HRDELTAT/HRAVERAGELAST2HRSLAST1HRTEMP1HRto2HRDELTAT/HRCHANGE787980818283848586878825.48325.81726.15026.48326'1727.15027.48327.81728.15028.48328.81791.74391.67291.59791.53191.46591.39991.33891.26991.19591.13091.066-0'31-0.224-0.225-0'16-0.214-0.211-0.203-0.202-0.201-0.201-0.200-0.220-0.220-0.223-0.212-0.207-0.198-0.193-0.196-0.204-0'08-0.2030.011*0.004*0.002*0.004*0.007*0.013*0.010*0.006*0.003*0.008*0.004*NOTES1)THE1HOURAND2HOURDELTATEMPERATURE VALUESARENOTVALIDUNTIL1HOURAND2HOURS'ESPECTIVELY'AVE PASSEDINTHETEST2),THESTABILIZATION CRITERIAISMETWHEN:-THEHOURLYAVERAGEDELTATFORTHEPRECEDING HOURDIFFERSFROMTHEHOURLYAVERAGEDELTATFORTHEPRECEDING 2HOURSBYLESSTHAN0.5DEGREESF.OR-THEHOURLYAVERAGEDELTATFORTHEPRECEDING 2HOURSISLESSTHAN1.0DEGREESF.-THESTABILIZATION PERIODISAMINIMUMOF4HOURS3)THE"*"INDICATES THATTHESTABILIZATION CRITERIAHASBEENMET.63 IIII M&MMMMMMMMMIbs693,100Stabilization PeriodSt.LucieUnit2June1992psia0,7693,000692,900692,800IZ)692,700ChQ692,600PTemperature Stabilization ~~CriteriametILRTStart0.680.660.64692,500692,400101520TestTime250.6230AirMassNoteinversetrendsofairmassvsvaporpressureWeightedvaporpressure IIII DegE104StabiizationPeriodSt.LucieUnit2June1992PSICI0.721021009896cnC9492Temperature Stabilization CriteriametILRTStart0~A40.70.680.669.640.6290101520TestTime250.630Avg.T~eraeratureStabilization extendedaftertemperature criteriametduetovaporpressureaffectsAvg.VaporPressurewamaQe~ 0.8Comparison ofDifferent VaporPressureTrendsHistorical vsLatestILRTsatSt.LucieVaporPressure(psia)0.5OA50.75OA1Z)0.35(D~~~~~~~~~~~~~~~~~t~~~F4'~~OlttO~~~~~~~~~I~~Oyy~~~~~1'~~~~0~~~~~1~~~yy~1~~'~ill~yy~~~~~~~~1~~~0~~g~y~g4~ygoto~~0~~~~0~~g~~~0~++~+~~+~+0.70.650.3~%%%a~~~~~~W&W~W&WAWW&&&%%%%&%%&&&%a~~~&%%%%%%&&AM&%&&%%%w&%&ma&AM&&~%&ww&%& 0.60.25898c90Stabilization SamplenumberPSL21989PSL11990PSL219920.5592PSL21992YoporPressUreScoleOffset IIIIII %RHbyElevation DuringStabilization PeriodSt.LucieUnit2June1992e*Saturation reachedatupperelevation astemperature stabilized 1009080-ri70600)~500040101520TestTime2530RH40f't.%RH84ft.%RH171ft..---o---Noteminimalofmixingofwatervaporbyelevation IIIIII TempbyElevation DuringStabilization PeriodSt.LucieUnit2June1992DEGF115110'l05100Z)95cD90L~~~WAN~~~ooo~O~~oooo~~~~~os~~~ooooo~~o~~~O~Oo~~ooo~oooo~~~ooo~O~ooooo~~~~~~~~~~o~o~o~~~o~~o~~o~o~~~~~~o~o~~~o~~~O~o~~o~o~o~~o~~~~~~~~~~~~85101520TestTime30DEGF40ft.DEGF84ft.DEGF130ft.DEGF171ft.DEGF194FT.Noteconvergence ofallgroupsabove62ft.operating deck .IIIIIIII ILRTDATA69 IIIIIII SampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730'5030.48330.81731~15031.48331.81732.15032.48332'1733.15033.48333'1734'5034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337~817RTD1DEGF86.77086.75286.74386.75286.75286.73286.74386.74386.74386.71086.73286.72186.73286.72186.72186.72186.72886.72886.70586.71086.71686.69886.69886.69886.68986'0586'98ILRTDat:aRTD2DEGF87.37087'5287.34387.34387.34387.32187.32187'1087.31087.29987.29087.29087.27887.27887.27887.26787.26387.26387.25287.24787.24387.22587.22587.21487.21487.20987.202RTD3DEGF86.59286.58586.58586.57486.57486.58586.57486.56286.57486'7486.56286.56286.56286.57486'6286.56286.55886.55886.55886.54286.55886.55186.54286.55186'4286.54986.542RTD4DEGF86.04586.03886.02786.01886.02786'1886.01886.01886.01886.00786.00786.00785.99685.99685.99685.99686.00386.00386'0385.98585'9185.98585.98585.97385.98585.99185.98570 ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730.15030.48330.81731.15031.48331.81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.81737.15037.48337.817RTD5DEGF85.93185.92485.91385.91385.91385.90285.90285.91385.90285.89385.89385.89385.88285.88285.88285.88285.89985.88885.88885.88285.88885.88285.88285.88285.88285.87785.870RTD6DEGF86.48486.47986.47986.46886'5786.45786.45786.45786.44686.44686.43486.43486.42586.42586.42586.41486.42186.42186.42186.40386.41086.40386.40386.39286.39286.39886.392RTD7DEGF86.63886.62286.62286.62286.61186.60086.60086.60086.58986.58986.58986.57886.57886.57886.56986.56986'7586.57586.56486.55786.56486.54686.54686.54686.54686.54286.526RTD8DEGF86.02486.00786.00786.00785.99585.98685.99585.99585.98685.99585.97585.97585.96485.97585.97585.96485.97185.95985.95985.95385.95985.95385.95385.95385.94485.94885.94471 IIIIIIIIIIII SampleNumberTESTTIMERTD9DEGFILRTDataRTD10DEGFRTD11DEGFRTD12DEGF8990919293949596979899100101102103104105106107108109110ill11211311411529.15029.48329'1730.15030.48330.81731.15031.48331~81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.81737.15037.48337.81793.26892.51193.18792.41993.11192.34593.02692.26892.94992.194'2.87692.11892.79992.05592.73791.97992.62991.90592.56491.84b92'1091.76392.43791.70992.37291.65892.31891'9392.25391.53992.17991.47492'3291.41592.06791.35292'1391.29991.95391.23891.89791.20291.836.91'5391.77191.11091.72991.13091.66491.06591.62890.99891'7990.89593.10493.01392.93792.86392.78792.71392.63792.56392.49892.43392'7192.29592.22192.15692.10292.03791.99391~91791.86391'0391.74591.68691.63391.57991.52591.49091.42992.77492.66092.58692.50092.42492.35992.28592.20092.13592.08191.99591.93091.85691.80391.72691.65291.60591.54091.48691.39491.36791.29891.24491'7991.13691.08991.02872 IIIIIIIIII ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114TESTTIME29.15029.48329.81730.15030.48330'1731.15031.48331.81732.15032.48332'1733.15033.48333'1734.15034.48334'1735.15035.48335'1736'5036.48336.81737.15037.483RTD13DEGF93.10293.04292.96592.85892.82792.75092.67692.60092.52692.11992'1592.20492.15292.08792.01191'8091.99891'7991'4891.79891'4091.65991.63791.60691.51891.494RTD14DEGF92.37092.25792.19292.09692'1991.93491.80691.75291.68791.62291.54891.49491.40891.34391.26791.23591'7791.08091'1890.93490.87690.82790.78490.71090.64590.575RTD15DEGF93.08792.98392.89892.83392.74892.67292.59892.53392.45992.38392.30992.24492.17992.12592.06292.00991.92891'6591.82391.75191.70491.63291.57891.52591.48291.426RTD16DEGF93.06992.97892.89292.81692.75392.677,92.56192.33492.23892.19592.09992.03491.94991.89591'3091.76791.72991.72091.65591.5949'1.54791.49891.43391.37091.32591.27873 II ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329'1730'5030.48330'1731.15031'8331'1732.15032.48332.81733'5033.48333'1734.1503'4.483'34~81735~15035.48335.81736'5036.48336'1737.15037.48337.817RTD17DEGF92.40592.31392.22792.16292.08891.99291.93891.85291'0791.74491.69191'1491.54091.43291.40191.32491.28891.22391.16091.07791'3090.98190.88490.83090.81990.76390'91RTD18DEGF92.99292.88992.81592.73992.66592.58092.50492.45092'6592.30092.25792.19492.10792.04492F00091.94691.89091.81491.75191.69091.64391.56091.50791.44491.39091.34391.303RTD19DEGF91.78591.72491.67091.61691.57491.54091.49891.45591.41391.37091.32791.26291.23191.19791.16691'3591.10891'03490.98090.95190'15'0.877 90.84390'1290.78190.78790.727RTD20DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeleted SampleTESTNumberTIMERTD21DEGFILRTData,RTD22DEGFRTD23DEGFRTD24DEGF899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329'1730.15030.48330.81731.15031.48331'1732.15032.48332.81733.15033.48333'1734.15034.48334.81735.15035.48335.81736.15036.48336.81737'5037.48337'1790.57690.52290.45790.39490.32990.28790.22290.15990.10590.02989.96289.89089.79389.70889.51589.43589.38589.25789.20489.21589.18389.15089'7689.03389.01188.97988'1491.06591.01190.96890.92690.88390.84190.79890.76590.72291.01191.08391.07691.10791.09690.98090.95390.92690.87290.79890.76590.77690.72290.64890.60690.56190.51090'7691.59191.55991'1791.48391.45291'9891.35691.32491.30291.22691.12791.05590.95990.89490.87490'7090.84190.78990.74490'1390'7090.63990.58590.55290.52090.49890'7891.45891.4'0591.37391.30891.27791.21291.14991.11591.06190.99890.97290.92290.85990.84890.82690.79090.71890.68790.62290.57990.51690.51690.50590'490.30190.27890.24775 l SampleNumberTESTTIMERTD25DEGFILRTDataRTD26DEGFRTD27DEGFRTD28DEGF899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329.81730.15030.48330.81731~15031.48331~81732.15032.48332'1733.15033.48333.81734'5034.48334.81735'5035.48335.81736'5036.48336.81737.15037.48337'1792.86492.78892.69292.61892.54292.46892.39292'1892.24292.17992.09892.04091.97591.89991.83691.77891'1891.65591.60191536.91.47191'1891.35591.30191.25991'9491'5191.20591'6391.10991.06691'3590.99290.94790.90490.87390.83090.80390.76590.72290.70090.65790.63390.59490.56190'4190.50790.47590'4490.42290.39090.35990'1490.30590.78290'1990.67690'1290.53890.49390.43090.33490'9190.10890.06189.55389.34989.18889.08189.01388.89988'1488.64288.57988'7288.40788.36488.29988.24888'1888.05690.91890.87590.82290.77990.74690.71490.67290.61890.53390.51190.48690.39290.37290.34990'8790'6090'9990'9090'3790'9490.07290.06190.02989.98789.97589.92289.89076 IIIIII ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29~15029.48329.81730'5030.48330.81731.15031'8331.81732.15032.48332.81733.15033.48333.81734.15034.48334.81735.15035.48335.81736.15036.48336.817'7.150 37.48337.817RTD29DEGF92.87392.78892.70292.64992.54192.45692.35992.29492.22092.12492.06691.9859192091.84691.78191.72391.63191.56691.50391.41691.35391.27791'2391.16991.09591.03090.988RTD30DEGF92.72592.65192.55392.46792.39392'1792.24392.18992.10492.03991.97291.88991.83591.76191.69691.63791.55791.50391.44991.37591.33291.26791.21391'4891.10691.05290.998RTD31DEGF91'7391.48991.38191.32891.22091.13591.03990'1290.88990.80490.73590.59090.54890.51690.45190.33190.25990'8590'2190.03689.99389'1789.86489.80189.72589'6289.555RTD32DEGF93.08293'1992.92292.84692.75092.66492.59092.50392.40692.29092.29692.22592'7192.09792.02191.95391.88291.81791.75491.7009'1~64691.57091.52791.47391.43191.36891.32377 ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114TESTTIME29.15029.48329'1730'5030.48330.81731.15031.48331.81732.15032.48332.81733'5033.48333.81734.15034.48334.81735'5035.48335.81736'5036.48336.81737.15037.483RTD33DEGF92.95892.87392.79792'1292.61592.51992.46592.41192.40092.29292.20392'3392'9192.01591.94191.94791.73791.73791.71491.76891.68391.57591.52191.45991'8391.318RTD34DEGF93.09692.99992.92592.84092.76492'7892'1392.52892.46392.38992.33092.25892.19592'4192.06592.00991'4891.89491.82991.76691.71291.65991.59391.54091.49791.443RTD35DEGF91.95591.85991.79491.70991.60191.52591.23591'7391'0891.04390.99590.89290.82990.77690.72290.64390'0390.54090.46490'1090.35690.29490.27190'1790.16390.089RTD36DEGF92.76292.68892.60392.52692.45292'6592.30292.21792.14192.08792.02091.93791.87491.80991.74491.67691.61691.55191.48691.43491.38091.30491.27391.20891.15491'0078 III.IIIIIIIII SampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730.15030.48330.81731'5031.48331'1732.15032.48332.81733.15033.48333.81734.1503'4.48334.81735.15035.48335'1736.15036.48336.81737.15037.48337'17RTD37DEGF92.90192'1392'1792.63292.56792.49392.42892.34392.27892.204'92.16892.08592.02291.95791.89291.83691.77691.72291.66891.61491.56191.50791.45391.39991.35791.31491.240ILRTDataRTD38DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedRTD39DEGF91.36191.26591~18991~10491.03990'5390.87990'1490.73890.65390.59590.52590.46090.39690.32290.27490.20390'4090'8690'2189.97989.89489.84089'18'89.74489.69089.658RTD40DEGF92'3292.5492.46492.36892.30592.22992.16492.07992'1491.95191.86391.80191.72491.66291'1791.56591.51891.44291.37791'0891.26191.20091.13591.08191.02790.99290.90079. ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329'1730.15030.48330.81731.15031.48331'1732.15032.48332.81733.15033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337.817RHD1RH55'156.1156.2956'656.6156.8156.9757.2157.4257;7357.9058.1858.4458.6358.9259.1459.3259.5659'159.9960.2360.4660.6260.8561.0661.2761.48RHD2RH67.0367.1867.3467.5167.6567.8267.9768.1168.2768.4268.5668'168.8669.0369.1669'969.4369'769'169.8369.9770.1070.2170.3570.4870.6070.73RHD3RH65.2565.4565.6765.9066.1166.3166.5366.7366.9167.1167.3167.5267.7367.9368.1268'768.5868'468.9569.1769.3669.5369.6769.9070.0670.2470.35RHD481.6081.3881.5881.6281'181.3881.4881.2781.2481~4281~2481~1181.3681.2681.1581.2881.1081~1281.0981.00'81.0481~0281.0681~0780.6880.9280'880 SampleTESTNumberTIMERHD5RHILRTDataRHD6RHRHD7RHRHD8RH899091929394959697989910010110210310410510610710810911011111211311411529.15029.48329.81730'5030.48330.81731.15031'8331.81732.15032.48332'1733.15033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336'1737.15037.48337.81785.1385.0885.0585.0484.9984.9584.9984.9284.9384.9284.8084.7584.7784.7784.6284.6184.5884.4784.5084.37'4.3384.2584.1784.1184.0084.0383.7572.8572.8273.3473.5473.5774.7574.5275.2076.1477.0677.0776.8077.3776.7177.9378'078.65'8.9879.2179.4078.9779.7279.4579.8579.8279.9079.8079.8579.8979.7979.8979.7879.5879.6179.3581.9879.8879.6779.4379.5981'880.2979.8079.5679.5079.4479.4979.3079.3679.1879.2279.2979.1779.06100.85101.47101.50101.68101.08102'9102.25101.35102.36102.16102.19101.93102.77102.02101.88102.00102.76103.18102.44102.72102.20102.22102.35102,15102'1102.39102.8081 I ILRTDataSampleNumber8990919293949596979899100101102103104105106107108109110111112113114115TESTTIME29.15029.48329.81730'5030.48330.81731'5031.48331.81732.15032.48332.81733'5033.48333'1734.15034.48334'1735.15035.48335.81736.15036.48336.81737.15037.48337.817RHD9RH100.33100.51100.76100.91101.03.101.17101.32101.41101.53101.66101.79101.82102.02102.07102.11102.22102.24102.31102.41102.44102.50102.55102.57102.58102.62102.71102.66RHD10RH98.8698.9699.1199.4299.0999.6399.6399.94100.04100'499'399.68100.42100.56100.78100.65100.98100'1100.99101.00101.10100.87101.17101.35101.41101.43101.24CONT.PRESSURE57.16057.15457.14757'4157.13557.12857.12257.11657.11057.10557.09957.09457.08857.08357.07757.07257.06757.06257.05757.05257.04757.04257.03857.03357.02957.02457.020VAPORPRESSURE0.62330.62280.62260.62240.62030'2170.62060'1910'2190'2010.61860.61710.61890.61800.61740.61680.61710.61690.61570.61530'.61400.61340.61290.61250'1190.61160.610582 IIIIIII SampleNumberTESTTIMEAVERAGETEMPILRTDataAIRMASSLEAKSIM4/DAYLEAKFITUCL4/DAY4/DAY899091929394959697989910010110210310410510610710810911011111211311411529'5029.48329.81730.15030.48330.81731.15031.48331.81732.15032.48332.81733.15033.48333'173415034.48334'1735.15035.48335'1736.15036.48336.81737.15037.48337'1791.01090.94590.88890.83090.77790.72090.66290.60490.55490.49790.45690.39290'3990.29190.23990.19790.15390.10390.05590.01189.97489.92789.88789.84889.80789.76889.724692744692757692747692747692767692735692750692766692722692754692750692789692760692769692768692767692758692763692775692775692776692781692789692780692791692783692802-0~134-0.015-0.011-0.0590.019-0.009-0.0330.028-0'12-0.006-0.042-0.014-0.020-0.018-0.016-0.009-0.011-0.018-0.017-0'17-0.018-0.021-0.016-0.020-0.016-0'230.009-0.0200.0130.0140.0020.0200.0170.0160.0030.0020.000-0.002-0.003-0.002-0.002-0.003-0.004-0.005-0.'006-0.008-0.008-0.009-0.009-0'100~4670.2820.2040.1680.145~0~1440~1320.1230.1120.1040.0960.0900.0850.0810.0780'740'700.0670.0640.0610.0590.0560.0540.05283 IIIIIIII CONTAINMENT INTEGRATED LEAKAGERATETESTLEAKAGERATEISMEASUREDUSINGTHEABSOLUTEMETHODANDISCOMPUTEDUSINGTHETOTALTIMEMETHODINSTRICTACCORDANCE. WITHTOPICALREPORTBN-TOP-1(REV1)TESTPERIODSTARTEDAT15:20HOURSON6/16/92TESTCONDUCTED FOR8.67HOURSFREESPACEVOLUMEOFCONTAINMENT IS2500000CUFTCONTAINMENT WASPRESSURIZED TO57.16PSIAFITTEDTOTALTIMEILRTLEAKAGERATELamUPPERLIMITOF95%CONFIDENCE LEVELUCLCONTAINMENT DESIGNLEAKAGERATELaILRTACCEPTANCE CRITERIA75%La-0.010%/DAY0.052%/DAY0.500%/DAY0.375%/DAYBN-TOPREDUCEDDURATIONILRTTERMINATION CRITERIA-THETRENDOFTHETOTALTIMECALCULATED LEAKAGERATESHALLINDICATETHATTHEMAGNITUDE OFTHELEAKAGERATEISTENDINGTOSTABILIZE ATAVALUELESSTHANOREQUALTO75%OFLa.La=0.500%/DAY75%La=0.375%/DAYLam=-0.010%/DAYwithaNegativeSkew-ATTHEENDOFTHEILRTTHEUPPERLIMITOFTHE95%'ONFIDENCE LEVELSHALLBELESSTHANOREQUALTO75%OFLa.UCL=0.052%/DAY-THEMEANOFTHEMEASUREDLEAKAGERATESOVERTHELAST5HOURSOR20DATASETS,WHICHEVER PROVIDESTHEMOSTPOINTS,SHALLBELESSTHANOREQUALTO75%OFLa.MEANOFSIMPLELEAKAGEFORSAMPLES=-0.016%/DAY84 IIIIIIIIIII DESCRIPTION OFVARIABLES AVETEMP-CONTAINMENT MEANTEMPERATURE CALCULATED FROMVOLUMETRICALLY WEIGHTEDRTDSENSORINDICATIONS; PRESSURE-PRIMARYCONTAINMENT PRESSUREINDICATION. VAPORPRES-CONTAINMENT VAPORPRESSURECALCULATED FROMVOLUMETRICALLY WEIGHTEDHUMIDITY/DEWPOINT SENSORINDICATIONS. LEAKSIM-SIMPLETOTALTIMEMEASUREDLEAKAGERATE.LEAKFITLEAKAGERATECALCULATED FROMFIRSTORDERREGRESSION OFSIMPLETOTALTIMELEAKAGERATEDATA.954UCL-UPPERLIMITOFTHE954CONFIDENCE LEVELOFFITTEDLEAKAGERATEDATA.AIRMASS-CONTAINMENT AIRMASS.NOTESFORTABULARDATA-1.TABLEVALUESOFZEROSIGNIFYTHEDATAISNOTAPPLICABLE TOTHECALCULATION. 2."DELETED" SIGNIFIES THESENSORWASDELETED.SENSORVOLUMEFRACTIONS TEMPERATURE SENSORS1to56to1011to1516to2021to2526to3031to3536to400.0267080.0267080.0267850.0267850'267080.0267080.020144"0.0201440.0267080.0267080'267850.0267850'267080.0267080'201440.0201440.0267080.0267080.0267850'267850.0267080.026708, 0.0201440F0000000.0267080.0267850.0267850'267080.0267080'201440'201440.0484090'267080.0267850.0267850.0000000.0267080.0201440.0201440.048409HUMIDITY/DP SENSORS1to50.0733350.0733350.0733350.0900640.0900646to100.0900640.0900640.1399130.1399130.139913NOTE:VALUEOFZEROINDICATES ADELETEDSENSOR.85 )SlGILRTContainment AbsolutePressure57.257.1cOrm<5/I56.956.83034TestTimeContainment Pressure ILRTWeightedAverageTemperature St.LucieUnit2June1992DegF92~90Zt888630TestTimeAverageContainment TemperatUre El IIIIIIII ILRT~A~eighted AverageVaporPressureSt.LucieUnit2June1992psIG0.70.680.660.64u3c0.62(D0.60.580.563034TestTimeVaporPressure Lbs693,400693,200693,000692,800a3c692600692,400iLRTCaculatedAirMassSt.LucieUnit2June1992692,200692,0003034TestTimeContainment AirMoss ILRTBn-TopRatesRelativeTolimitsSt.LucieUnit2June1992.wt.7/day0.60.50.40.30.20.100~10~0~0~0~~0~~~0F000F000'00'0'0~~~~POOO05$'0~00~~00~~~0~~0~0~~~0~~~~~~~~0~~~~~~0~~~~0~0~~~~~0~0~~0~0~0~0~0~0~~~~~~~0~0~~~~~~~(o.<)3034.TestTimeLa0.75LaBn-TopUCLFittedLeakageTypeB8cCminpathNoteType88cCexpectedMinimumpathleakage IIIII'yk~~IIIIII LocalSensorDeviation EffectonAirMassCalculation DegF94919089888730~Os~(jss+0,~ ~38RTD13RTD-21RTD-22RlD-22%RelativeHurT1idity 84828078767472Lbs692,9003032RHD-DSRH+OT36692,850692,800692'75c692,70030WestTime341LR~TAiMassFigureQ91 IIIIIIIIII LRT2CLRTAirmassandFittedLecikageRatesPoundsMasswt.%%uo/Day692,90004692,800692,700I692,600692,500XI69240028.30tJtCIIII1343638TestTime400.30.20.1(o.~)AirmassFittedIeakageOWP%~&~0Noterapidchangeincalculated massandleakageratewhenknownleakof17.79SSCM(0.264wt.%/Day)addedathour37.9 lII CLRTDATA93 I CLRTDataSampleNumber118119120121122123124125126127128'29130131132TESTTIME38.817039.15039.48339.81740.15040.48340'1741.15041.48341.81742.15042.48342.81743.15043.217RTDDEG86.67886.68586.67486.67486.65686.66786.67486'5686.65686.65686.65486.65486'3686.63186.'642RTDDEG87'7187.16787.16787.15587.15187'4087.14787.12987.12987.12987.12487.12487.10687.11387.113RTD3DEGF86'3186.52786.52786'2786.50986.50986'1586'2086.52086.52086.51586'0486.50986.51586'04RTD4DEGF'5.96585.96085.97185'7185.95385.95385.96085.95385.95385.9538594985.94985.94285.94985'49SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339.81740.15040.48340'1741'5041.48341.81742.15042.48342.81743.15043.217RTDDEG85.87085.87785..86685'7785.85985'4885.86685.85985.82885.84885.85585.85585.848.85.84685.846RTDDEG86'7186.37886.37386'7886'7186.37186.37886.36086.36086.36086.36786.35686.34986.35686.356RTD7DEGF86.51586.51086.51086.51086.49286.49286.49986.49286.49286.48186.48886.47986.47286.48886.479RTD8DEGF85.92185.93985'2985'2885.92185.92185.91785.91085'1085.91085.91785'1785'9985.91785.90694 IIIIIII CLRTDataSampleNumberTESTTIMERTD9DEGFRTD10DEGFRTD11DEGFRTD12,DEGF118119120121"12212312412512612712812913013113238.81739.15039.48339~81740.15040.48340.81741.15041'8341.81742.15042.48342.81743.15043'1791.42991.37091'1791.28591.23691.19391.14691.09791.06391.01090.97490'3190.88290.84690.83590.77690.74090.68690.64390.60590.67990.67590.54090.49790'6290.43990.39690.35890.32090.32091.26891.22191.17991~13691.08791'3390.99890.94890.90490.87290.83790.79490.75490'1890'1890.86790.82090.76390'1490.67490.63190.57390.53590.50490.46190.42390.37190.32090.28490.284SampleNumber118119120121122123124125126127128129130131132TESTTIME38~81739.15039.48339.81740'5040.48340'1741.15041.48341.81742.15042.48342'1743.15043217RTD13DEGF91.28391.26791'6791.24791'9891.15591.10891.05990'6390.92990.85190.80890'5990'1290.701RTD14DEGF90.32190.26590.20090'6990'1990.05489.93189.92489'0489'6189.83489.79189,.68889.64189.641RTD15DEGF'1.21591.16891.11591'7291.01290.96990.91190.88290.82890.79790.76190.70790.66990.59990.633RTD16DEGF91~05991.01291.03590.93590.94090.90890.89390.85590.80190.77090.74390.70090.60890.57290.57295 IIIIIIII CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740'5040.48340.81741.15041.48341.81742.15042.48342.81743.15043'17RTD17DEGF90.59490.54790.50490.46290.43390.43390.35490.32590.27190.23990.19290.14990.15490.11890.127RTD18DEGF91.11091.06391.02190.96790.90690.86490'1790.76890.72590.70590.67890.63590.58690.56290.55RTD19DEGF90.56690.55090'1390.45490.40490.37390.33790.29790.29790.25490'0790.17690.09590.07990.068RTD20DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedSampleNumber118119120121122123124125126127128129130131132TESTTIME38.8173915039.48339'1740'5040.48340.81741.15041.48341.81742.15042.48342'1743.15043'17RTD21DEGF88.84988.84088.81388.81488.79688.76488.76488.78288.75388.75388.77188.72288.76088.74988.749RTD22DEGF90'6990.32690.29590.27990.25290.23090.19890.17490.14590'2290.06690.04990.04490.01390.013RTD23DEGF90.37190.33990.30590.28190.25290.22190.18990.1629012490'0490.10090.05990.03590.00390.003RTD24DEGF89.94689.81889.74289.67589.62689.58389.51889.48289.45389.43389.41789.39089.38689.35289.35296 CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339.81740.15040'8340.81741.15041.48341.81742.15042.48342.81743.15043'17RTD25DEGF90.97990.92790.88290.84790.78690.74490.69090.64390.60590.56290.52690.47790.45090.40890.397RTD26DEGF90.20890.17590.15490'2790.10090.06790.03590.02089.98189.96189.93489.90789.88089.84989.849RTD27DEGF87.90687.83087.79787.76287.74587.70287.61787.60187.52187.47687.46387.42587'9887.35587.344RTD28DEGF89.79489.77289.77289.74789.72989.68789.65589.66289.60289.57989.57589.54889.52189.50189.501SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740.15040.48340.81741.15041.48341.81742.15042.48342.81743.15043.217RTD29DEGF90.82690.77590.72190.66390.60290.53790.49490.45990.40990.34490.32090.28190.22390.18190.201RTD30DEGF90.83990.79690.74290.70490.64690.60190.55990.52390.47390.41990.38490'3490.29890.26590.256RTD31DEGF89.405'9.330 89.28789.22989.19189.16089'2889.08289.04189'2188.97488.94588'1388.70688.695RTD32DEGF91'15391.05691.00390.97890.91790.86390.86390.79490.76790.70290.67790.61790.59290.54790.53897 CLRTDataSampleNumber118119120121122123124125126127128129130131'32TESTTIME38~81739.15039.48339'1740.15040.48340.81741'5041.48341.81742.15042.48342~81743.15043'17RTD33DEGF91.29791.26691.21291.11191.01990.95590.89090.85490.90190.83690.76990.71990.69290.63090.618RTD34DEGF91.27291'0791.15391.12991.05791.03490.99290.94490.89590.85290.80590.76790~73190.70990.688RTD35DEGF89.83289.77889.63989.5808952089.43589.42389.35689.27689.22289'5289'2989.00288.98288'71RTD36DEGF90.89890.83390.80290.75590.70590.67290.61890.57190.53390.50190'5490'1490.37890.33590.324SampleNumber118119120121122123124125126127128129130131132TESTTIME38'1739.15039'8339'1740.15040.48340'1741'5041.4834181742.15042.48342.81743.15043'17RTD37DEGF91.07991.02590.98390.94790'0690.86490.81090.78590.72590.69490'5890.62990.59390'5090.550RTD38DEGFDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedDeletedRTD39DEG'89.48689.43289.39089.35489'0589'6289'0889.18489'3289.10189.05489.01688.98988.94688.946RTD40DEGF90.73890.70290.64990.60690.55790.49290.45690.41890.36490.32290.-28390.25290'1490.18790'7898 IIIIII CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740.15040.48340.81741.150--41.48341.81742.15042.48342.81743.15043.217RHD1RH62.0162.1962.3562.5362.7362.9263.0863.2863.4263.6463.7663.9564'464.3864.42RHD2RH71~0471.1371.2771.3971.5271.6671.7571~8971.9872.1172.2372'372.4672.6772.70RHD3RH70.7870.8971'471'171.3771.5071.6771.8871.9672'272.2272.3772.5472.7772'6RHD4RH80.3380.3980.1380.3080.0780.1280.1179.8979.8379.9079.8179.48.79.7379.5679.65SampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.150.39.4833981740.15040'8340.81741.15041.48341.81742.15042.48342.81743'5043'17RHD5RH83.3383.2983'783.2483.2283.1283.0282.9282.7882.6982.5582.4382.3982.5082.52RHD6O'H79.4879.4579.4779.3779.3479.3179.2179.1379.0678.9878.9678.9278'078.9779.00RHD7RH78.1578.2278.4378.4278.3978.3578.4678.2978.0377'077.9878.1577.9878.3578.40RHD8RH102.31102.25102.62102.38101.99103.04102.58102'1102.26102.70101.91101.27100.7099.75100.7099 CLRTDataTESTTIMERHD9RHRHD10RH38'1739.15039.48339'1740.15040.48340'1741.15041.48341.81742.15042.48342.81743.15043'17102.6102.61102.63102.66102.70102.79102.76102.76102.82102.89,102.87102.91102.87102.89102.92101.19101.29101-.31101.47101.44'01.41 101.46101.47101.63101.49101.80101.43101.53101.69101'1100 CLRTDataSampleNumber118119120121122123124125126127128129130131132TESTTIME38.81739.15039.48339'1740'5040.48340.81741'5041.48341.81742.15042.48342.81743.15043.217VAPORPRESSUREPSIA0.60680.60620.60600.60540.60420.60480.60380.60270.60200.60180.60070.59890.59780.59700'981CONT.PRESSUREPSIA57.00056.99456.98756.98156.97556.96956.96356.95756.95156.94556'4056.93456.92856.92356.922,AIRMASS692753692734692694692668692657692615692595692574692552692512692502692491692471692455692433LEAKFIT4'/DAY0'1520.28450.29240.28880.28270.27630.27870.27430.26660.26000.25340.2529101 FITTEDTOTALTIMEILRTLEAKAGERATELamCONTAINMENT DESIGNLEAKAGERATELaSUPERIMPOSED CLRTLEAKAGERATELoFITTEDCLRTTOTALTIMELEAKAGERATELc-0.0104/DAY0.5004'DAY0.2644/DAY0.2534'DAYLo+Lam-La/4<=Lc<=Lo+Lam+La/40.264+-0.010-0.125<=0.253<=0.264+-0.010+0.1250.129<=0.253<=0.379102 IIIII CLRTContainment AbsoutePressureSt.LucieUnit21992PslG57.'i57.05lC:OCA56.9556.938404'tTestTimeContainment AbsolutePressure psia0.615CLRTWeightedVaporPressUreSt.LucieUnit2June19920.610.6050.60.5950.590.585384041TestTimeVaporPressure IIII CLRTWeightedAverageTemperature St.LucieUnit2June1992DegF9089.889.689AZ)89.2OQ8988.888.64041TestTimeContainment AverageTemperature IIIIII Lbs692,800692,750692,700692,650692,600692,550692,500692,45069240038CLRTCalcUlated AirMassSt.LucieUnif2June19924041TestTimeAirMass IIIIIIII CLRTBn-TopRatesRelativetoLimitsSt.LucieUnit2June1992wt.r./DayOo50.40.3%%%%%%%%%aaaa %%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%% %%%%aaaaaa%a%@a%a@a%a%~ aaOo20.1~oooosoo~~~~so~oooooQo~~~~~oQoo~~oo~oOooo~~~oQo~oooo+sos~~ooQooo~oooQo~~~~oQo~ooo~oQo~~oooo'os~ooQo~~~~~oQo~~oosOooooo ~o(iP~~s~~0384041TestTimeCLRT~UperLimitFittedleqkageRateaaaCLRTLovterLimit~oooooQobassos IIIIIIII APPENDIXCLOCALLEAKAGERATETESTINGCONDUCTED SINCE1989108 IIIIII TYPEBTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION PERSONNEL AIRLOCKEMERGENCY ESCAPEHATCHDATE09-11-8902-20-9008/20/9011-17-9005-07-9110-31-9106-11-9209-11-8902-20-9008-20-9002-12-9108-07-9106-06-92ASFOUNDSCCM4600020000200002000070000570002200030001603000200030002000ASLEFTSCCMREMARKS300016030002000,300020006500SeeSectionVI20000200002000037000SeeSectionVI22000SeeSectionVI17000SeeSectionVIMaintenance Hatch01-12-902020109 TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDASLEFTSCCMSCCMREMARKSMAINPURGEVALVESP-10EXHAUST06-05-8908-30-8911-28-8901-05-9002-16-9003-29-9007-08-9010-01-9011-12-9001-17-9104-03-9110-09-9104-21-9206-13-923,171,84020908,9702,500122,00060,000220010,0001500300017'28004500800200204002500400400220010,0001500300017.928004500800SeeSectionVISeeSectionVISeeSectionVISeeSectionVIP-11INLET06-05-8908-30-8911-28-8902-15-9008-15-9010-01-9001-17-9107-01-9101-07-9204-22-9206-11-92202020202020900030060011020020000202020202020900030020000600200 TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDSCCMASLEFTSCCMREMIGESHYDROGENPURGEVALVES06-06-89P-56INLETBYPASSLEAKAGE08-28-8911-27-8902-21-9005-16-9008-15-9011-20-9002-07-9105-22-9108-06-9111-08-9102-04-9206-13-92HYDROGENPURGEVALVES06-09-89P-57EXHAUSTBYPASSLEAKAGE08-28-894002507008208808005,0008,4009,60010,90020,00020,00060020204002507008208808005,0008,4009,60010,90020i00020,000600202011-27-8902-21-9005-16-9008-15-9011-07-9002-07-9120202020202020202020202005-22-9113013008-06-9111-08-9102-04-9206-07-9210020300201002030020111 IIIIIIIIIII TYPECTESTINGBETWEENREFUELING OUTAGESSINCE1989REFUELING DESCRIPTION DATEASFOUNDASLEFTSCCMSCCMREMAMCSP-48AH~Sample08-22-892020ReplaceFSE-27-10 P-26Letdown01-06-905525RepackV2516112 REFUELIHG OUTAGETYPE8TESTINGSINCE1989REFUELIHG1990REFUELING PEH.HO.TYPESERVICEVALVEHO.DATEASFOUNDSCCNNIH.PATHASLEFTSCCNNIH.PATHASFOUNDASLEFTSCCNSCCNNAX.PATHNAX.PATHRENARKS2550HAINSTEANBELL2AHAINSTEANBELL28FEEDNATER BELL2AFEEDNATER BELL2BFUELTRAHSBELLFUELTRANSTUBEOUTAGEAUXPENNAINTHATCHTAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1FLANGE0RIHGBLANKFLANGESGASKETINTER-SPACE10.03.9010-03-9010-03-9010-03-9010.12-9010-04.9011-09-8710-01-902035202020202020203520202090202020352020202020202035202020902020A-1THRUE-10ELEC.PEN.NA0929-876125619561256195TOTALTYPEBLEAKAGE(SCCN)630063006370113 IIIIIII ECTESTINGELINGEFUELINGSINCEOUTAGETYP1989REFU1990REFUELINGtill*1*** PEH.NO.llltltlll*111111*llllltl**tliltllllllt* VALVEHO.TYPESERVICEDATE1****11*l*11*t**1*** ASFOUNDASLEFTSCCHSCQIHIH.PATHHIN.PATH~llllltt1111111111** 111111111 ASLEFTSCCHHAX.PATH1*****i**

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HAINSTEANBELL2AHAINSTEANBELL28FEEDNATER BELL2AFEEDNATER BELL28TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹2TAP¹1TAP¹25-22-925-22.925-22-925-22-922020202020202020202020202020202025FUELTRANSBELLTAP¹15-22-922020202050A-1THRUE-10FUELTRANSTUBEOUTAGEAUXPENHAINTHATCHELEC.PEN.IFLANGEO.RINGBLANKFLANGESGASKETINTER-SPACENA4-28-924-23.924-22-924-28-922038202020207800202078002020207800TOTALTYPE8LEAKAGE8015116 IIIIIIIII.I REFUELIHG OUI'AGETYPECTESTINGSINCE1989REFUELIN1992REFUELING

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PRIHARYHAKEUPHATERV-15-328HCV1514-27.9240040028002800BYPASSSTATIOHAIRSH.18-797 HCV-18.2V-18-1270 6-13-921300130016,0001300BYPASS14242628829A2983141424347IHSTRQLEHT AIRNITROGENSUPPLYRCPCOOLINGRCPCOOLINGLETDOHNLINESITSAHPLEHOTLEGSAHPLEPRESSSANPLEPRESSSANPLERCBVENTHEADERSITTESTLINECONTSINPRDTPUHPSUCTRCPBLEED-OFF FUELPOOLCLEANUPFUELPOOLCLEANUPV.18.195HCV-18-1V-6792V-6741HCV14-1HCV14-7HCV.14-2HCV-14-6V-2516V.2522I-SE.05.1A I-SE05-18I-SE-05-1C I-SE-05-1D I-SE051EV-5200V-5203V-5201V.5204V-5202V-5205V-6718V-6750I-SE-03-2A 8I-SE-03-2$ V.3463LCV-07-11A LCV.07-118 V-6341V-6342V-2524V-2505V-7189V.7206V-7188V.71706.11.924-25-925-1-925-19-926.12.926-14-924-24-92'-12-924-27-924-27-924-27-924-27-925-21-925-20-924-25.924-25.9265020202020402020202020203502020206502020205020202020202020350202020900502020185205002020400202020900502020205002020704002020110BYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASSBYPASS117 REFUELIHG OUTAGETYPECTESTINGSINCE1989REFUELIHG 1992RFUELIHG111111111 ASLEFTSCCHHAX.PATH**1111**1 8011***1************11 ASFOUNDASLEFTSCCHSCCHHIN.PATHHIN.PATH11111111111111111111 2020111*11111 PEN.NO.111*111111 ASFDUHDSCCHHAX.PATH*111*1*1** 80F11111111111111*111111111111*llllll*111 VALVENO.TYPESERVICEDATE11111111111111*llllllllll 111*111111148AH2SAHPLEFSE-27-8FSE-27-9FSE-27-10 FSE.27.11 FSE-27.15 5-5.921111111*11*111 REHARKS1***111*1*1**1 488H2SAHPLE51AH2SAHPLE51$H2SAHPLEV-27-101FSE-27-16 FSE.27.12 FSE27-13FSE-27-14 FSE-27-18 V.27-102V-27-175-5.925-5.925-5-92202020202020300060.500300050052852C52E67RCBATHOSRADHOHITORSRCBATHOSRADHOIITORSRCBATHOSRADHONITORSILRTTESTCOHNECTIOH ILRTTESTCNNECTIONILRTTESTCNHECTIOICOHTAINHENT VACUUHRELIEFCOHTAIHHENT VAmlRELIEFFCV-26-1FCV-26-2FCV-26-3FCV-26-4FCV-26-5FCV-26-6V-00140V-00143V-00139V-00144V.00101V-25-20FCV-25.7V-25-21FCV.25.85-1-925-1-925-1-925-6-925-6-9204-24-926-6-9204-24-929501102010020900402095011020100209004020120013010018003502001200'30300100180020200BYPASSBYPASSBYPASSBYPASSBYPASSBYPASSTOTALTYPECLEAKAGE5240524029,98514,030TOTALBYPASSTYPELEAKAGE5100510025,79525,465118 IIIIIII VI.LOCALLEAKAGERATEPROBLEMSSINCELASTILRTA.MainPurgeExhaust(FCV-25-5) DuringroutinetestingonJune5,1989FCV255(48"butterfly valveonmainpurgeexhaustP-10)wasfoundtobeleakinginexcessoftheTechnical Specification limits,seeLERs389-89-004, 389-89-009, and389-89-009 Revl.Improperadjustment ofvalveclosurestopwas.originally thoughttobethecauseoftheexcessive leakage.OnNovember28,1989thevalveagainfailedLLRT.Afteradjusting thevalveclosurestopagaintostopleakagethetestingfrequency wasincreased. AfteranotherLLRTfailureablindflangewasinstalled perEngineering SafetyEvaluation JP¹PSL-SEMJ 039.Becausetheflangeisoutsidetheshieldbuildingthismakesleakagefromthispenetration nowbypassleakage,andplantprocedures werechangedtocorrectly accountfortheTechnical Specification limitonbypassleakage.Duringthe1990refueling outagerepairandrootcausedetermination wasnotdoneduetopersonnel safetyconcernsoverperforming maintenance onthe48inch.butterfly valvewithoutajackingdevicefortheactuatoravailable toholdthevalveopen.AnEngineering Requesthasbeensubmitted tomaketheblindflangepermanent. 119 IIlI B.Personnel AirLockBetweenthe1989and1992refueling outagethepersonnel airlockexhibited highleakageduringthe"overallleakagetest"(strong-back test)ofTechSpec4.6.1.3.b onSeptember 20,1990.Theairlockwasrepairedbyreplacing theouterdoorreachrodshaftpacking.Reducingtheoverallleakagefrom46,000sccmto6,500sccm,thelimitbeing47,250sccm.Aftersuccessful testsonFebruary20,1990,August20,1990,andt,November17,1990,thepersonnel airlockfailedthestrongbacktestonMay7,1991.RepairswereagainmadetoreachrodshaftsealsbeforetheLimitingCondition forOperation (LCO)3.6.1.3timelimitwasexceeded. Similarproblemswereexperienced afterthe1990refueling onOctober31,1991.Duringthe1992refueling outage(priortotheILRT)thereachrodshaftswererebuiltandsealagainreplaced. 120 IIIIIIIIIIII

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