ML17229B013
| ML17229B013 | |
| Person / Time | |
|---|---|
| Site: | Saint Lucie  |
| Issue date: | 02/12/1999 |
| From: | STALL J A FLORIDA POWER & LIGHT CO. |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| L-99-32, NUDOCS 9902260043 | |
| Download: ML17229B013 (44) | |
Text
P,PCATEGORY1REGULATORYINFORMATIONDISTRIBUTIOOSYSTEM(RIDE)ACCESSIONNBR;9902260043DOC.DATE:99/02/12NOTARIZED:NOFACIL:50-..335St.LuciePlant,Unit1,FloridaPower&,LightCo.,50>589.St.LuciePlant,Unit2,FloridaPower&LightCo..AUTH.NA?4E..AUTHORAFFILIATIONSTALL,J.A.FloridaPower&.LightCo.RECIP:NAMERECIPIENTAFFILIATIONRecordsManagementBranch(DocumentControlDesk)
SUBJECT:
Forwards1999plantreferencesimulatorcertificationreptforStLucie,Units1&2,per.10CFR55.45(b)(5)(ii)10CFR55.45(b)(5)(vi).Reptcontainsdescription&schedulesforcorrectingtestfailures&testingcompleted.DISTRIBUTIONCODE':ADOSDCOPIESRECEIVED:LTR1ENCL1SIZE,TITLE:SimulatorFacilityCertification-GL-90-08DOCKET0500033505000389ATENOTES:RECIPIENTIDCODE/NAMEGLEAVES,WCOPIESLTTRENCL11RECIPIENTIDCODE/NAMECOPIESLTTRENCLINTERNAECENTER01EXTERNAL:NRCPDR1111DENNOTETOALLMRIDSMRECIPIENTS:PLEASEHELPUSTOREDUCEWASTETHTOHAVEYOURNAMEORORGANIZATIONREMOVEDFROMDISTR1BUTIONLISTSORREDUCETHENUMBEROFCOPIESRECEIVEDBYYOUORYOURORGANIZATION,CONTACTTHEDOCUMENTCONTROLDESK(DCD)ONEXTENSION415-2083TOTALNUMBEROFCOPIESREQUIRED:LTTR3ENCL3 FloridaPowersLightCompany,6351S.OceanOrive,JensenBeach,FL34957February12,1999L-99-3210CFR55.4510CFR50.4U.S.NuclearRegulatoryCommissionAttn:DocumentControlDeskWashington,D.C.20555RE:St.LucieUnits1and2DocketNos.50-335and50-3891999Plant-ReferencedSimulatorCertificationRertPursuantto10CFR55.45(b)(5)(ii)and10CFR55.45(b)(5)(vi),attachedisthe1999Plant-ReferencedSimulatorCerttftcatt'onReportforSt.LucieUnits1and2.Thisreportisrequiredeveryfouryears.TheoriginalcertificationwassubmittedonFebruary21,1991,byFPLletterL-91-48.FPLletterL95-04submittedthe1995PlantReferencedSimulatorCertijicationReportonFebruary15,1995.Thercportisrequiredtocontainadescriptionandscheduleforcorrectingtestfailures,adescriptionofthetestingcompleted,andadescriptionandscheduleoftesting,ifdifferent,tobeperformedduringthenextfouryearinterval.Therequiredinformationisincludedintheenclosedreport.Section1isalistofcertificationtestsperformedbyyearduringthepastfouryears.Section2isalistofopendeficienciesidentifiedduringtheintervaltestsandincludesthescheduledcompletiondates.Section3identifiesthesingleplantchange/modificationthathasnotyetbeenincorporatedintothesimulator.Section4isalistofadditions,deletions,andrevisionstothecertificationtestprogram.Section5isthetestscheduleforthenextinterval.Section6includesabstractsofnewtestprocedurestobeincludedinthenextinterval.Pleasecontactusifthereareanyquestionsaboutthissubmittal.Verytrulyyours,J.A.StallVicePresidentSt.LuciePlantJAS/GRM2t>0r~'r47cc:RegionalAdministrator,RegionII,USNRCSeniorResidentInspector,USNRC,St.LuciePlant99022600439902i2PDRADQCK05000335PPDRanFPLGroupcompany 01L DSt.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage1ST.LVCIEUNITS1AND21999PLANTREFlHU<RICEDSIMULATORCERTIFICATIONREPORT 4
St.LucieUnits1and2DocketNos.50-335and50-389I99-32EnclosurePage2SECTION1CERTIFICATIONTESTLISTFORPERIOD1995-1998 St.LucieUnits1and2DocketNos.50-335and50-389L99-32EnclosurePage3Cert.Test0'RN-001ReactorTriCertificationTestsPerformedin1995CertificationTestTitleTRN-002LossOfAllFeedwaterTRN-003MainSteamValveClosureTRN-004LossOfAllRcsTRN-005LossOfOneRCPTRN-006TurbineTriFrom(15%PowerTRN-007MaximumRatePowerRamTRN-008LareBreakLOCAWithLOOPTRN-009MslbInsideContainmentTRN-010Failed0enPZRSafetValveWithNoHPSIMAL-002RaidGrossFailureOfMultileSteamGeneratorTubesMAL-005SmallBreakLocaMAI006Failed0enPORVWithLossOfOff-SitePowerMAL-008LossOfInstrumentAirComressorsMAL-010LossOfOff-SitePowerWithBothDieselGeneratorsFailinMAL-017LossOfCondenserLevelControlMAL-025LossOfBothMainFeedwaterPumsMAL-046WideRaneNuclearInstrumentationFailedHihMAL-050T-ColdFailedHihnutToRPSMAL-054RcsFlowSteamGeneratorDifferentialPressureInstrumentFailureMAL-068AnticiatedTransientWithoutScramAtwsNPE-001ReactorPlantHeatu-ColdToHotStandbNPE-002NuclearStartuFromHotStandbNPE-003TurbineStartuAndGeneratorSnchronizationNPE-005PlantShutdown-FromRatedPowerToColdShutdownSST-001SteadStateTestAt100%PowerSST-002SteadStateTestAt30,50And70%Power
~"l ISt.LucieUnits1and2DocketNos.50-335and50-389L99-32EnclosurePage4Cert.Test¹TRN-001TRN-002TRN-003TRN-004TRN-005TRN-006TRN-007TRN-008TRN-009TRN-010MAL003MAL-009MAL012MAL-013MAL-026MAI030MAL-032MAL-035MAL-042MAL-045MAL-047MAL-051MAL-055MAL-059MAL-062MAL-064MAL-066MAL-067MAL-068SST-001SST-002CertificationTestsPerformedin1996CertificationTestTitleReactorTripLossOfAllFeedwaterMainSteamValveClosureLossOfAllRepsLossOfOneRCPTurbineTripFrom(15%PowerMaximumRatePowerRampLargeBreakLOCAWithLOOPMslbInsideContainmentFailedOpenPZRSafetyValveWithNoHPSILOCAOutsideContainmentInTheLetdownSystemLossOfOff-SitePowerLossOfMAInstrumentBusLossOfNon-SafetyVitalACLossOfAllFeedwaterPumpsOneDroppedRodTestFreezeControlRodDriveSystemTripGeneratorFrom100%PowerMainSteamLineBreakOutsideContainmentLargeFeedwaterLineBreakInsideContainmentLinearPowerRangeFailedHighT-Cold(Rrs)FailedHighFeedwaterFlow(InputTo3-ElementController)RwtLevelTransmitter(SafetyChannel)FailureAlarmWindowIncorrectlyActuatesESFASFailureWithSmallBreakLOCAMSISFailsToActuateAFASFailsToActuateAnticipatedTransientWithoutScram(Atws)SteadyStateTestAt100%PowerSteadyStateTestAt30,50,And70%Power St.LucieUnits1and2DocketNos.50-335and50-389I99-32EnclosurePage5Cert;Test¹'ertificationTestsPerformedin1996CertificationTestTitleSUR-002IsothermalTemperatureCoefficientDeterminationSUR-004AroCriticalBoronConcentrationDeterminationSUR-005PlantHeatBalanceSUR-008SurveillanceRequirementsForShutdownMargin,Modes2,3,4,And5SubcriticalSUR-018BoronFlowTest
~.
ASt.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage6Cert.Test0TRN-001ReactorTripCertificationTestsPerformedin1997CertificationTestTitleTRN-002TRN-003TRN-004TRN-005TRN-006TRN-007TRN-008TRN-009TRN-010MAL-001MAL-004MAL-007MAL-011MAL-021MAL-022MAL-024MAL-028MAL-029MAL-031MAL-034MAL-038MAL039MAL-040MAL-041MAI043MAL-048MAL-0521VGG056MAL-058MAI060LossOfAllFeedwaterMainSteamValveClosureLossOfAllRepsLossOfOneRCPTurbineTripFrom(15%PowerMaximumRatePowerRampLargeBreakLOCAWithLOOPMslbInsideContainmentFailedOpenPZRSafetyValveWithNoHPSICompleteRuptureOfOneSteamGeneratorU-TubeLargeBreakLOCAWithLOOPLossOfInstrumentAir:AirHeaderRuptureLossOfASafetyRelatedACBusLossOfShutdownCoolingFromSuctionValveClosureLossOfOneCCWHeaderRCSLeakIntoCCWFromRCPSealCoolerOneStuckRodOneUncoupledRodDuringStartupOneSlippedRodTestTurbineTripFrom(15%PowerPressurizerPressureAndLevelControlFailuresReactorCoolantVolumeControlFailuresReactorTripInitiatedByALowSteamGeneratorLevelDoubleEndedMSLBInContainmentFailedOpenMainSteamSafetyValveSteamGeneratorLevelInstrumentFailureRcsHotLegTemperatureMonitor(ControlChannel)FailureSteamFlow(InputTo3-ElementController)FailureContainmentRadiationMonitorFailure(Esfas)AnnunciatorPanelFailures ISt.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage7tCert.Test¹CertificationTestsPerformed.in1997CertificationTestTitleMAI065RASFailsToActuateNPE-004ReactorTripAndRecoveryToRatedPowerSST-001SteadyStateTestAt100%PowerSST-002SteadyStateTestAt30,50,And70%PowerSUR-003RodWorthMeasurementSUR-009ReactorCoolantSystemInventoryBalanceSUR-010WideRangeNuclearInstrumentationChannelsFunctionalTestSUR-012SUR-013ReactorProtectionSystem-PeriodicLogicMatrixTestCeaPeriodicTestSUR-014TurbineValveTestingSUR-015HydrogenRecombinerTest 41St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage8Cert.Test¹TRN-001ReactorTripCertiTicationTestsPerformedin1998CertificationTestTitleTRN-002TRN-003TRN-004TRN-005TRN-006TRN-007TRN-008TRN-009TRN-010MAL-014MAI015MAL-016MAL-018MAL-019MAI020MAL-023MAL-025MAL-027MAL-033MAI036MAI037MAL-044hGQ049MAL-053MAL-057MAL-061MAT069MAL070SST-001SST-002LossOfAllFeedwaterMainSteamValveClosureLossOfAllRepsLossOfOneRCPTurbineTripFrom(15%PowerMaximumRatePowerRampLargeBreakLOCAWithLOOPMslbInsideContainmentFailedOpenPZRSafetyValveWithNoHPSILossOf2B/2BBDCBusLossOfAllReps;NaturalCirculationCooldownSlowCondenserVacuumLeakLossOfOneICWHeaderRuptureOfOneICWHeaderLossOfShutdownCoolingRuptureOf"B"CCWHeaderLossOfBothMainFeedwaterPumpsFailedPowerSupplyToOneRPSChannelExcessiveReactorCoolantActivityInadvertentDilutionAtPowerSteamBypassControlSystemValvePailsOpenSmallFeedwaterLineBreakOutsideContainmentContainmentPressureTransmitterFailureRcsHotLegRtdFailureSteamGeneratorPressureTransmitterFailedLowAlarmWindowFailsToActuateHotShutdownControlPanelCooldownLossOfOneHeaterDrainPumpFrom100%PowerSteadyStateTestAt100%PowerSteadyStateTestAt30,50,And70%Power IflSt.LucieUnits1and2DocketNos.50-335and50-389L99-32EnclosurePage9Cert.;Test"¹...CertificationTestsPerformedin1998',.-:--~---':-':,".:Certification-Test;-.:TitleSUR-006SUR-011ModeratorCoefficientDeterminationAtPowerDieselGeneratorMonthlyTestNote:ThefollowingcertificationtestnumbersweredeletedasnotedinTable3-2,St.LucieCertificationTestMatrix,oftheInitialCertificationReportdatedFebruary15,1991SUR-001MAL-063SUR-007SUR-016SUR-017SUR-019 St.LucieUnits1and2DocketNos.50-335and50-389I99-32EnclosurePage10SECTION2OPENDISCREPANCYREPORTSONCERTIFICATIONTESTS C~
St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage11Duringthepreviouscertificationinterval,atotalof21deficiencyreportshavebeenwrittenduringcertificationtests.Ofthese21deficiencyreports,noneremainopenattheconclusionoftheinterval.
ISt.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage12SECTION3PLANTCHANGESMODIFICATIONS(PC/M)
St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage13Oftheplantchange/modifications(PC/M)reviewedandapprovedforincorporationintheSimulator,onlytworemainoutstanding.1.PC/M95178-2hasreplacedtheoutdatedTracorWestronicsrecordersontheUnit2HVACpanelwithanewermodelrecorder.ReplacementrecordersareonorderfortheSimulatorHVACpanel.TheexpectedcompletiondateforthisPC/MisJuly2000.2.Thereactorturbinegageboards(RTGB)andothercabinetsintheplanthavebeenrepaintedadifferentcolor.ThescheduleforpaintingtheSimulatorhasnotbeendetermined.
ISt.LucieUnits1and2DocketNos.50-335and50-389I99-32EnclosurePage14SECTION4ADDITIONS,DELETIONS,ANDREVISIONSTOTHECERTIFICATIONTESTPROGRAM 0xa,r4y)
St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage15;Pa'ordureNo.MAL-069MAL070MAL-071'.-':-:ProcedureBescriptioii',,:...,HotShutdownControlPanelCooldown-TheoriginalinitialconditionofthiscertificationtesthastheSimulatorinhotstandbywithcontrolalreadyestablishedattheHotShutdownPanel.Inordertoincreasethedynamicscopeofthistest,theinitialconditionofthetesthasbeenchangedtosteadystate100%power.ThischangeallowsthecertificationtesttoincludetheSimulator'sresponsetoalloftheapplicableinitialstepsof2-ONP-100.2,ControlRoomInaccessibility.Thesestepsincludethetrippingofthereactorandturbine,thesecuringofRCPsandothersystemcomponents,andfinallthetransferofcontroltotheHotShutdownPanel.LossofOneHeaterDrainPump-ThelastSimulatorFour-YearReportcommittedtodevelopingandperforminganewMalfunctionCertificationTest.ThenewtestinvolvedthelossofoneHeaterDrainPump(HDP)from100%power.ThereportstatedthattheHDPwouldbelostduetoamalfunctionwithitselectricalbreaker.Subsequently,itwasdecidedtouseafailureofthe4BFeedWaterHeaterAlternateDraintotriggerthemalfunctionandtheultimatelossofthe2BHDP.ThisscenariowaschoseninanattempttoreplicatetheeventsofIHE-92-067closer.ThisfailureexaminesalargerportionoftheSimulator's"balanceofplant"response.ThefinalconditionofthecertificationtesthastheSimulatorstableatapproximately93%powerwiththe2BHDPoff.Torestartthe2BHDPandreturntheSimulatorto100%power,asstatedinthereportisnotnecessary.CertificationTestNPE-003,TurbineStartupandGeneratorSynchronization,examinesasimilarSimulatorresponsewhenthesecondHDPisstarteddurintheowerincrease'o100%.PlantTransienttoSolidPlantOperation-Duetoanincreasedinterestinsolidplantoperations,acertificationtestforthisconditionwillbedevelopedandperformedduringtheensuingfouryearcycle.Theinitialconditionswillbesteadystate100%power.Aseriesofplantmalfunctionswillthenbeutilizedtotaketheplantsolid.ThefinalconditionofthetestwillbesolidplantoperationswiththeRCStemperatureandpressurestableandwithinaccetablelimits.
St.LucieUnits1snd2~DocketNos.50-335and50-389L99-32EnclosurePage16SECTION5NIt22TFOURYEARTESTINGSCMU)ULE
~4L4't"Y~y St.tstcieUnits1snd2~DocketNos.50-335and50-389L-99-32EnclosurePage17Cert.Test0CertificationTestSchedulefor1999CertificationTestTitleTRN-001TRN-002TRN-003TRN-004TRN-005TRN-006TRN-007TRN-008TRN-009TRN-010MAL-002MAL-005MAL-006MAL-008MAL010MAL017MAL-022MAL-025MAI035MAL-046MAL-048MAL-050MAL-054MAI058MAL-066MAL-068MAL-071NPE-005SST-001SST-002ReactorTripLossOfAllFeedwaterMainSteamValveClosureLossOfAllRepsLossOfOneRCPTurbineTripFrom(15%PowerMaximumRatePowerRampLargeBreakLOCAWithLOOPMslbInsideContainmentFailedOpenPZRSafetyValveWithNoHPSIRapidGrossFailureOfMultipleSteamGeneratorTubesSmallBreakLocaFailedOpenPORVWithLossOfOff-SitePowerLossOfInstrumentAirCompressorsLossOfOff-SitePowerWithBothDieselGeneratorsFailingLossOfCondenserLevelControlLossOfOneCCWHeaderLossOfBothMainFeedwaterPumpsTripGeneratorFrom100%PowerWideRangeNuclearInstrumentationFailedHighSteamGeneratorLevelInstrumentFailureT-ColdFailedHigh(InputToRPS)RcsFlow(SteamGeneratorDifferentialPressure)InstrumentFailureContainmentRadiationMonitorFailure(Esfas)MSISFailsToActuateAnticipatedTransientWithoutScram(Atws)PlantTransientToSolidPlantOperationPlantShutdown-FromRatedPowerToColdShutdownSteadyStateTestAt100%PowerSteadyStateTestAt30,50,And70%Power St.LncieUnitsisnd2~DocketNos.50-335and50-389L-99-32EnclosurePage18Cert.Test0'RN-001ReactorTripCertificationTestSchedulefor2000CertificationTestTitleTRN-002LossOfAllFeedwaterTRN-003MainSteamValveClosureTRN-004LossOfAllRepsTRN-005LossOfOneRCPTRN-006TurbineTripFrom(15%PowerTRN-007MaximumRatePowerRampTRN-008LargeBreakLOCAWithLOOPTRN-009MslbInsideContainmentTRN-010FailedOpenPZRSafetyValveWithNoHPSIIVGQ003LOCAOutsideContainmentInTheLetdownSystemMAL-009LossOfOff-SitePowerMAL-012LossOfMAInstrumentBusMAL-013LossOfNon-SafetyVitalACMAL-026LossOfAllFeedwaterPumpsMAL-030OneDroppedRodTestMAI032FreezeControlRodDriveSystemMAL-042MainSteamLineBreakOutsideContainmentMAL-045LargeFeedwaterLineBreakInsideContainmentMAL-047LinearPowerRangeFailedHighMAL-051T-Cold(Rrs)FailedHighMAL-055FeedwaterFlow(InputTo3-ElementController)MAL-059RwtLevelTransmitter(SafetyChannel)FailureMAL-062AlarmWindowIncorrectlyActuates~064ESFASFailureWithSmallBreakLOCAMAL-067AFASFailsToActuateNPE-001ReactorPlantHeatup-ColdToHotStandbyNPE-002NuclearStartupFromHotStandbyNPE-003TurbineStartupAndGeneratorSynchronizationSST-001SteadyStateTestAt100%PowerSST-002SteadyStateTestAt30,50,And70%Power IIIg'I'ir St.LucieUnitsisnd2~DocketNos.50-335and50-389I99-32EnclosurePage19Cert.Test¹SUR-002Certification.TestSchedulefor2000CertificationTestTitleIsothermalTemperatureCoefficientDeterminationSUR-004AroCriticalBoronConcentrationDeterminationSUR-005PlantHeatBalanceSUR-008SurveillanceRequirementsForShutdownMargin,Modes2,3,4,And5SubcriticalSUR-018BoronFlowTest 0evCI'b St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage20Cert.Test¹TRN-001ReactorTripCertificationTestSchedulefor2001CertificationTestTitleTRN-002TRN-003TRN-004TRN-005TRN-006TRN-007TRN-008TRN-009TRN-010MAI001MAL-004MAL-007MAL-011MAL021MAL-024MAL-028MAL-029iVGG031MAL-034MAL-038MAL-039MAL-040MAL-041MAI043MAL-052MAI056MAL-060MAI065NPE-004SST-001LossOfAllFeedwaterMainSteamValveClosureLossOfAllRepsLossOfOneRCPTurbineTripFrom(15%PowerMaximumRatePowerRampLargeBreakLOCAWithLOOPMslbInsideContainmentFailedOpenPZRSafetyValveWithNoHPSICompleteRuptureOfOneSteamGeneratorU-TubeLargeBreakLOCAWithLOOPLossOfInstrumentAir:AirHeaderRuptureLossOfASafetyRelatedACBusLossOfShutdownCoolingFromSuctionValveClosureRCSLeakIntoCCWFromRCPSealCoolerOneStuckRodOneUncoupledRodDuringStartupOneSlippedRodTestTurbineTripFrom(15%PowerPressurizerPressureAndLevelControlFailuresReactorCoolantVolumeControlFailuresReactorTripInitiatedByALowSteamGeneratorLevelDoubleEndedMSLBInContainmentFailedOpenMainSteamSafetyValveRcsHotLegTemperatureMonitor(ControlChannel)FailureSteamFlowinputTo3-ElementController)FailureAnnunciatorPanelFailuresRASFailsToActuateReactorTripAndRecoveryToRatedPowerSteadyStateTestAt100%Power w---<<)>>P~J'I St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage21Cert.Test0CertificationTestSchedulefor2001CertificationTestTitleSST-0028UR-003SUR-009SUR-010SUR-012SUR-013SUR-014SUR-015SteadyStateTestAt30,50,And70%PowerRodWorthMeasurementReactorCoolantSystemInventoryBalanceWideRangeNuclearInstrumentationChannelsFunctionalTestReactorProtectionSystem-PeriodicLogicMatrixTestCeaPeriodicTestTurbineValveTestingHydrogenRecombinerTest St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage22Cert.TestI/TRN-001ReactorTripCertificationTestSchedulefor2002CertificationTestTitleTRN-002LossOfAllFeedwaterTRN-003MainSteamValveClosureTRN-004LossOfAllRepsTRN-005LossOfOneRCPTRN-006TurbineTripFrom(15%PowerTRN-007MaximumRatePowerRampTRN-008LargeBreakLOCAWithLOOPTRN-009MslbInsideContainmentTRN-010FailedOpenPZRSafetyValveWithNoHPSIMAL-014LossOf2B/2BBDCBusMAL-015LossOfAllReps;NaturalCirculationCooldownMAL-016SlowCondenserVacuumLeakMAL-018LossOfOneICWHeaderMAL-019RuptureOfOneICWHeaderMAL-020LossOfShutdownCoolingMAL-023RuptureOf"B"CCWHeaderMAL-027FailedPowerSupplyToOneRPSChannelMAL-033ExcessiveReactorCoolantActivityMAL-036InadvertentDilutionAtPowerMAI037SteamBypassControlSystemValveFailsOpenMAI044SmallFeedwaterLineBreakOutsideContainmentMAL-049ContainmentPressureTransmitterFailureEGG053RcsHotLegRtdFailureMAI057SteamGeneratorPressureTransmitterFailedLowMAL-061AlarmWindowFailsToActuate~069HotShutdownControlPanelCooldownMAL-070LossOfOneHeaterDrainPumpFrom100%PowerSST-001SteadyStateTestAt100%PowerSST-002SteadyStateTestAt30,50,And70%PowerSUR-006ModeratorCoefficientDeterminationAtPower St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage23Cert.Test¹CertificationTestSchedulefor200?"'"'""-"""';"-.;.-',CertificationTestTitleSUR-011DieselGeneratorMonthlyTestNote:ThefollowingcertificationtestnumbersweredeletedasnotedinTable3-2,St.LucieCertificationTestMatrix,oftheInitialCertificationReportdatedFebruary15,1991SUR-001MAL-063SUR-007SUR-016SUR-017SUR-019 St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage24SECTION6ABSTRACTSOFNEWTESTPROCEDURF8 St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage25MAL-070LOSSOFONEHEATERDRhJNPUMP5.0DESCRIPTION:5.1ApproachThisscenarioismodeledafteraUnit2event,IHE-92-067,wherethe2BHeaterDrainPumptrippedwhileat100%power.Duringtheevent,the4BFeedWaterHeaterAlternateDrain,LCV-11-18B,failedtore-closewhenthewaterlevelinthe4BPeedWaterHeaterreturnedtonormal.Thewaterdrainedfromthe4BPeedWaterHeatertothelow-levelsetpoint,trippingthe2BHDP.ThiscertificationtestwillbeinitiatedbyfailinghighthecontrollerforLCV-11-18B.ThecontrollerwillsignalLCV-11-18Btoopenfully.Thelevelinthe4BFeedWaterHeaterwilldraindowntothelow-levelsetpointandthereby,tripthe2BHDP.AdownpowerwillthenbeperformedinordertostabilizetheSimulatoratapproximately93%power.5.2InitialConditions/FinalConditionsInitialConditions:100%Power,SteadyState,MiddleOfLife.FinalConditions:Stableatapproximately93%powerwiththe2BHDPoff.5.3OptionsThesimulatoriscapableofalossofaHDPfromseveraldifferentcauses.Forthepurposeofthistest,theHDPwilltripduetoalowlevelinthe4BPeedWaterHeater.ThisscenariowaschoseninanattempttoreplicatetheeventsofIHE-92-067.5.4LimitationsandAssumptionsThistestinvolvesonlyalossofthe2BHDP,anddoesnotincludeanyotherpossiblemalfunctions.Duetodifferentidiosyncrasiesofindividualoperators,therewillbedifferencesinhowthedownpowerisperformedandthehowtheSimulatorisstabilized.Therefore,thevariousgraphsrecordedduringsubsequentcertificationtestsmaynotagreeexactly.
St.LucieUnits1and2DocketNos.50-335and50-389L99-32EnclosurePage265.0DESCRIPTION:(continued)5.5GeneralCertificationTestInstructionsTheCertificationTest(CT)providesthespecificinstructionsforoperatoractionswhichwouldbeperformedintheplantprocedures.Foreachsteprequiredtobeperformed,aspaceisincludedinthisprocedurefortheinitialsoftheindividualwhoisperformingthetest.6.0OBJECTIVES:Theobjectivesofthistestareasfollows:6.1VerifytheproperresponseofthesimulatortoalossofoneHDPpump.(ANSI3.5,Section3.1.2.(18))6.2EnsurethattheoperatorwasrequiredtotakethesameactiononthesimulatortomitigatetheconsequencesofalossofoneHDPpumpaswouldhavebeenrequiredonthereferenceplantusingtheplantprocedures.(ANSI3.5,Section3)6.3Verifythattheoperators/instructorsdidnotobserveadifferencebetweentheresponseofthesimulatorcontrolroominstrumentationandthereferenceplant.(ANSI3.5,Section3.1)6.4Ensurethatthetransientshowedplantoperationsofthereferenceplant,whichoccurredcontinuouslyandinrealtime.(ANSI3.5,Section3.1.1and3.1.2)6.5Verifythatthecriticalparametersandtheotherparameters,whichwereimportanttothesuccessfulcompletionofthisevolution,weredisplayedontheappropriateinstrumentationandprovidedproperalarmorprotectivesystemaction,orboth.(ANSI3.5,Section3.1.1)6.6VerifythatthelossofoneHDPpumpinteractionwiththeothersimulatedsystemsprovidestotalsystemintegratedresponse.(ANSI3.5,Section3.3.1)6.7Verifythatthesimulatordoesnotfailtocauseanalarmorautomaticactionthatwouldoccurinthereferenceplantandconversely,doesnotcauseanalarmorautomaticactionthatwouldnotoccurinthereferenceplantforthisevolution.(ANSI3.5,Section4.2.1(c))
St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage276.0OBJECTIVES:(continued)6.8Verifythattheoperatorwasabletocontrolthetransienttoasteadystateconditionifthesimulatoroperatinglimitswerenotexceeded.(ANSI3.5,Section3) 0Cid'1'i St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage281VGG071PlantTransienttoSolidPlantOperation5.0DESCRIPTION:5.1ApproachThisscenariousesaseriesofmalfunctionstoplacetheRCSintoasolidcondition.ThefirstmalfunctionisaleakintheauxiliaryspraysystemintothePressurizer(PZR).ThiscausesthePZRpressuretodropbelowtheThermalMarginLow-PressureTrip(TMLP)setpointresultinginanautomaticreactortrip.Followingthereactortrip,asecondmalfunctioncausesaruptureinthemainsteamlinewhichblowsdownoneoftheSteamGenerators.TheRCScooldownandresultingRCSshrinkcausestheRCSpressuretodroprapidly.ThepressuredropissufficienttoinitiateSIASandallowHPSIinjection.OncetheSteamGeneratorhasblowndown,theRCScooldownishaltedandaRCSheatupstarts.AthirdmalfunctiontemporarilydisablesbothoftheAtmosphericDumpValvesontheunaffectedSteamGenerator.ThislimitstheabilityofthesecondarysystemtodepressurizeandeffectivelyremovedecayheatfromtheRCS.TheRCSheatupcausesarapidswellintheRCSliquid.TheRCSpressureincreasesabovethePORVsetpointcausingthemtolift,ventingthesteambubbleinthePZRtothecontainment.Oncethesteambubbleiscompletelyvented,theRCSbecomesasolidsystem.OncetheRCSissolid,oneoftheADVsbecomesoperableagain,allowingtheremovalofdecayheatfromtheRCS.ThetestiscompletewhentheRCSpressureandtemperatureisstabilizedwithinacceptablelimits.ThiswillbeperformedbycontrollingthechargingflowandadjustingsteamflowthroughtheavailableADV.5.2InitialConditions/FinalConditionsInitialConditions:100%Power,SteadyState,MiddleOfLife.FinalConditions:RCSinsolidconditionwiththeRCSpressureandtemperaturestabilizedandwithinacceptablelimits.
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St.LucieUnits1and2DocketNos.50-335and50-389L-99-32EnclosurePage29'5.0DESCRIPTION:(continued)5.3OptionsThesimulatoriscapableofbeingplacedinsolidplantoperationsfromseveraldifferentcauses.Forthepurposeofthistest,RCSistobeplacedinsolidplantoperationsbyarapidcooldownfollowedbyarapidheatup.5.4LimitationsandAssumptionsThistestinvolvesonlytheplacingtheplantinsolidconditions,anddoesnotincludeanyotherpossiblemalfunctions.5.5GeneralCertificationTestInstructionsTheCertificationTest(CT)providesthespecificinstructionsforoperatoractions,whichwouldbeperformedintheplantprocedures.Foreachsteprequiredtobeperformed,aspaceisincludedinthisprocedurefortheinitialsoftheindividualwhoisperformingthetest.6.0OBJECTIVES:Theobjectivesofthistestareasfollows:6.1VerifytheproperresponseofthesimulatortosolidRCSPlantoperations.(ANSI3.5,Section3.1.2.(18))6.2EnsurethattheoperatorwasrequiredtotakethesameactiononthesimulatortomitigatetheconsequencesofsolidRCSPlantoperationsaswouldhavebeenrequiredonthereferenceplantusingtheplantprocedures.(ANSI3.5,Section3)6.3Verifythattheoperators/instructorsdidnotobserveadifferencebetweentheresponseofthesimulatorcontrolroominstrumentationandthereferenceplant.(ANSI3.5,Section3.1)6.4Ensurethatthetransientshowedplantoperationsofthereferenceplantwhichoccurredcontinuouslyandinrealtime.(ANSI3.5,Section3.1.1and3.1.2)
St.LucieUnits1and2DocketNos.50-335and50-389I99-32EnclosurePage306.0OBJECTIVES:(continued)6.5Verifythatthecriticalparametersandtheotherparameters,whichwereimportanttothesuccessfulcompletionofthisevolution,weredisplayedontheappropriateinstrumentationandprovidedproperalarmorprotectivesystemaction,orboth.(ANSI3.5,Section3.1.1)6.6VerifythatthesolidRCSPlantoperationsinteractionwiththeothersimulatedsystemsprovidestotalsystemintegratedresponse.(ANSI3.5,Section3.3.1)6.7Verifythatthesimulatordoesnotfailtocauseanalarmorautomaticactionthatwouldoccurinthereferenceplantandconversely,doesnotcauseanalarmorautomaticactionthatwouldnotoccurinthereferenceplantforthisevolution.(ANSI3.5,Section4.2.1(c))6.8Verifythattheoperatorwasabletocontrolthetransienttoasteadystateconditionifthesimulatoroperatinglimitswerenotexceeded.(ANSI3.5,Section3)