ML18037A098

Forwards marked-up Tech Specs Representing Util Policy Decision to Utilize 24-month (from Startup to Startup) Refueling Outages

ML18037A098
Person / Time
Site:	Nine Mile Point
Issue date:	11/20/1984
From:	MANGAN C V NIAGARA MOHAWK POWER CORP.
To:	SCHWENCER A Office of Nuclear Reactor Regulation
References
(NMP2L-0253), (NMP2L-253), NUDOCS 8412010013
Download: ML18037A098 (1055)

Text

REGULATORYNPOSMATIONDISTRIBUTIONS'EM(RIBS)ACCESSIONNBR;8012010013.DOC~DATE:84/ii/20NOTARIZED:NODOCKETFACILS50~410NineMilePointNuclearStationiUnit2gNiagaraMoha05000010'AUTH,NAMEAUTHORAFFILIATIONMANGANiCGV~NiagaraMohawk-PowerCorp'ECIP~NAMERECIPIENTAFFILIATIONSCHNENCERgA~L.icensingBranch2~r$igy>

SUBJECT:

ForwardsmarkedupTechSpecs.T'echSpecsgrepresentingutilpolicydecision,toutilize20month(fromstartuptostartup)refuelingoutages,I~DISTRIBUTIONCODE:8001DCOPIESRECEIVED:I.TR-SIZE;jTITI.E:LicensingSubmittalsPSAR/FSARAmdts8,RelatedCorrespondence,tNOTESPNL'cyFSARSKAMDTSONLY'05000410RECIPIENTIDCODE'/NAMENRR'/DL/ADLNRR-LB2LAINTERNAL:ACRSEI.D/HDS3IE'/DEPER/EPB36IE/DQASIP/QAB2'1NRR/DE/AEABNRR/OE/EHEBNRR/DE/GB28NRR/DE/MTEB17NRR/DE/SGEB25-NRR/DHFS/LQB32NRR/DL/SSPBNRR/DSI/ASBNRR'/DSI/CSB09NRR/DSI/METB12'22'G04RDAMI/MI8EXTERNAL;BNL'(AMDTSONLY)FEMAREPDIV39-NRCtPDR02NTISNOTES'OPIESLTTRENCLA6111<<1211=1111111fS1-1oRECIPIENTIDCODE/NAMENRRLB2BCHAUGHEYgM01AOM/LFMBIE,FILEIE/DEPER/IRB35NRRROE"zM~LNRR/DE/CEB11NRR/DE/EQB13'RR/DE/MEB18NRR/DE/SAB,20NRR/DHFS/HFEB00NRR/DHFS/PSRBNRR/DSI/AEB26'RR/DSI/CPB10NRR/DSI/ICSB16'RR/DSI/PSB19NRR/DSI/RSB23RGN1DMB/DSS(AMDTS)LPOR03-NSIC05-COPIESLTTRENCL'111~1lst4Tit'~LC.TOTALNUMBEROFCOPIESREQUIRED!LTTR5QENCL46 II>>II1'C'~iiIF,PCf!iiFIlFFf'>>'I41>>,n'4!ri4I/nii,r4rgffI!(,ikIn>>igS,Fn"1ffiF4'.0,$>>FSI',lXIIIFfnjfI'IIi)frr,IIfIIn>>riCC"LrfgII>>NaIFFli74II/>>IvgFFI1,~kan~44rfi,%~ar!!>>>FFC4r-grttCitFI'C>>444041ICtr~.CFt'14,4\IFn4jar4Cg4IiIF 4'4Nl7MIIASA,EPINUMOoHAWKNIAGARAMOHAWKPOWERCORPORATION/300ERIEBOULEVARDWEST,SYRACUSE,N.Y.13202/TELEPHONE(315)474-1511November20,1984(NMP2L0253)Mr.A.Schwencer,ChiefLicensingBranchNo.2DivisionofLicensingOfficeofNuclearReactorRegulationU.S.NuclearRegulatoryCommissionWashington,DC20555

DearMr.Schwencer:

Re:NineMilePointUnit2DocketNo.50-410EnclosedpleasefindthemarkedupcopyoftheNineMilePointUnit2TechnicalSpecifications.ThestandardBoilingWaterReactor5TechnicalSpecificationshavebeenmarkeduptoreflecttheUnit2uniquedesignconditionsandoperatingphilosbphy.TheTechnicalSpecificationsrepresentaneightmonthintensiveeffortbyGeneralElectric,StoneEWebster,NiagaraMohawkLicensing,OperationsandSiteTechnicalgroupstodevelopaccuratetechnicalspecifications.Thisdocumentisbaseduponaqualityprocesswhichincludesreferencestokeyprojectdocuments(suchascalculations)toassureitsaccuracy.)Additionally,weplantohaveourindependentCompliance5VerificationteamverifytheTechnicalSpecifications.ThisreviewwillprovidefurtherassurancethattheTechnicalSpecificationsreflectthedesignandFSARcommitments.TheselaterreviewsbytheCompliance8Verificationteamwillbecompletepriortofuelloading.Also,theseTechnicalSpecificationsrepresenttheNiagaraMohawkpolicydecisiontoutilize24month(fromstartuptostartup)refuelingoutages.Basedonourpractice,thisrepresentsaneconomicfuelcycleforNineMilePBD41201001384,$PP0<"ADaCZ05000m>0PDRPI~iPointUnit2.Wewi11bepreparedtodiscussthisissueatourfirstmC~/~/~+~gp/OI'e4]I<Q4'l8

@II">'$(g~,=')IP 0Nr.A.SchwencerPage2TechnicalSpecificationsreviewmeetingwiththeCommissionstaff.TheseTechnicalSpecificationswillbeupdatedperiodicallytoshowreviseddesignconditionsbasedupontheNRC'sreviewoftheFSAR.Forexample,designchanges,ifany,asaresultoftheresolutionofopenissuesornewrequirementssuchasanticipatedtransientswithoutscramwillbeaddressedinrevisions.ChangestothisstandardBoilingWaterTechnicalSpecificationsarenotedbyitalicizedwords.Verytrulyyours,C.V.MangVicePresidentNuclearEngineering&LicensingNLR:jaEnclosurexc:ProjectFile(2)R.Gramm,NRCResidentInspector Qegzoloo(3U.S.NRCDOCKZTSo-4toFORNINEMILEPOINTNUCLEARSTATIONUNIT2OPERATIONAT~~2~THERiVIALMEGAWATTSWIAGZR.iMOH.-GA'IPOVERCORPOg.<TIP>SYPACUSE,NEVIYORK

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OEFIHITIOH5)SFCTIOH1.0OEFIHITIOHS1.1ACTION............................1.2AVERAGEPLANAREXPOSURE...PAGE'W~~~~~~~~~~~~~~1.3AVERAGEPLANARLINEARHEATGEHERATIONRATE..........1-11.4CHANNELCALIBRATION.......................1-11.5CHANNELCHECK.;.....................................1"11.61.7l.e~1,101.114-.8.1.S1.12~CHANNELFUNCTIONALTEST.........CONTAINWEHTLEAKTESTPROGRAMCOREALTERATION.............................:~.............CORE'fAXIWUWFRACTIONOFLIJ'lITINGPCNEP.OENSITt<CRmCALPOWERRATIO........'.CONTINUOUSFIREl<IATCH.,OPSEEllUIVALEHTI1311-1l-ln,b1"lb1-lb1-lb1-lb1-lb~~~~~~~~~~~~~1.13~EMERGEHCYCORECOOLINGSYSTEM(EPICS)RESPONSETIME.........1-21,14~EHO-OF-CYCLERECIRCULATIOHPUMPTRIPSYSTEMRESPONSETiME..1-21.15FIRESUPPRESSION0lATERSVSTEW1$1.17FRACTIONOFLIMITIHGPOWEROEHSITY...................1-2g1.~8FRACTIONOFRATHTHERMALPOWER..................1-21.22~ISOLATIONSYSTEMRESPONSETIME.1.23~LIMITINGCONTROLROOPATTERN.1.24-HLINEARHEATGcHERATIOHRATE1.25~8LOGICSYSTEMFUNCTIONALTEST.1.26WAjORREFUELINGOUTAGEEE2E2H"FERE.~-1~MAXIMUM-TGR~KiHG-FACTOR;....27ltE>(BER(S)OFTHEPHBLTC...MINIMUMCRITICALPOWERRATIO.....1.28WILKSAWPLINGLOCATION.~~~~~~t~1,1q~FREqUEHCYNOTATION......1.20GASEOUSRAGUASTETREATWENTSt<STEW.1.21~IDENTIFIEDLEAKAGE...............1-31-31-31-31-31-31"31-414'.16FIREMATCHPATPOL'AMP-UF<TT21-2

DEFINITIONS)SECTIONINDEXDEFINITIONS(Continued)1.30OFFSITEOOSECALCULATION,~IANUAL(LCM)13l~OPERABLE-OPERABILITY.1.32OPERATINGCYCLEOPERATIONALCONDITION-CONDITION...1.34~PHYSICSTESTSPAGE1-41-41-41"41-51.35~PRESSUREBOUNQARYLEAKAGE.................1"51.36~PRIMARYCONTAIHMEHTINTEGRITY..............................1.37PROCESSCONTROLPROGKV((PCPj...................,..........1.3<~RATEDTHERMALPOWER........................................1.38PURGE-PURGIIVG.1.40~REACTORPROTECTIONSYSTEMRESPONSETIME....................l.41~REPORTABLEOCCURRENCE..l.g2.29.RODOEHSITY.............1.43~SECONDARYCONTAIHMEHTINTEGRITY.1.45SITEBOUNOARY............1.44~SHUTDOWNMARGIN.....1.46SOLI17IFICATNN.................l.48~STAGGEREDTESTBASIS1.47SOURCECHECK....'....1.<eh-33THERMALPOWER...................~4-r07~>KEG-PAGVOR:1-5I1-51-61-61-61-61-b,1I1-71-71-71-71-71.50~TURBINEBYPASSSYSTEMRESPONSETIME1.51~UNIDENTIFIEDLEAKAGE.....1.52UNRESTRICTEDAREA..TABLE11SURVEILLANCEFREqUEHCYNOTATIONTABLE1.2,OPERATIONALCONDITIONS1.53VENTILATIONEXHAUSTTREATii(ENTSYSTEII....1.54VENTING.~~~~~~1-iI1-8I1-81-J3'1OI1-81-8

INDEXSAF=)YLIMITSANOLIMITINGSAF)YSYST"MSE))IHGSSECIIQHPAGEZ.1SAFE)LIMITSTHE)'.)QLPOMER,LowPressureorLowFlow.....................Z-lTHERMALPOMER,HighPressureandHighFlow.ReactorCoolantSystemPressure...2"12"1ReactorYesselMaterLevel..........................'....2-22.2MITINGSAF=tYSYSTc~SE))ItxGSReactorProtectionSystmInstrumentationSetpoints.......2-3BASESZ.1,SAFtiYLIMITSTHEPJ1ALPOMER,LowPressureorLowFlow.THERMALPOMER,HiohPressureandHichFlow.ReactorCoolantSvstamPressure..ReacorVessa'.MaterLevel.82-182-22.2LIMITINGSAFETYSYSTEMStiiIHGSReac.orProtecionSystemIns".mentationSepoints........S2-6N)!P-UNIT2%tie")

IHOEXLIMITIHGCOHOITIOHSFOROPERATIONAHOSURVEILLANCEREOUIREMENTSSECTEOH3/4.OAPPLICASILITY.3/4.1REACTIVITYCONTROLSYSTEMSPAGE~~~~~~~~~~~~~~~~~~~~~~o3/4013/4.1.ISHUTOOWHMARGIN..............................3/41"13/4.1.2REACTIVITYANOMALIES........................3/41-23/4.1:3CONTROLROOSControlRodOperability................................3/41-3ControlRodMaximumScramInsertionTimes.........'.....3/41"6ControlRodAverageScramInsertionTimes..............FourControlRodGroupScramInsertionTimes...........ControlRodScramAccumulators........................~ControlRodOriveCoupling..ControlRodPositionIndication.ControlRodOiiveHousingSupport.3/4.1.4CONTROLROOPROGRAMCOHTROLSRodWorldMinimizer.....................-.---.--RodSequenceControlSystem............................RodSlockMonitor~~o~~~~~~~~~~~~~~~~~~~~~~~3/4.1.5STAH08YLIQUIDCONTROLSYSTEM.3/4.2POWEROISTRIBUTIOHLIMITS3/41-73/41-83/41-93/41ll3/41-133/41-153/41"163/41"173/41-183/41-193/4.2.1AVERAGEPLANARLINEARHEATGENERATIOHRATE.............3/4Z-l3/4.2.4LINEARHEATGEHERATIOHRATE3/42.2AP.RMSETPOINTS3/4.2.3MINIMUMCRITICALPOWERRATIO.3/4ZP'3/42-,&'3/42-S'R'~AMP-UNIT21v

INDEXLIMITiNGCONDITIONSFOROPERATIONANDSURVEILLANCEREOUIREMENTSSECTION3/4.3INSTRUMEHTATIOHPAGE3/4.3.1REACTORPROTECTIONSYSTEMIHSTRUMEHTATIOH............3/43-13/4.3.2ISOLATIONACTUATIOHIHSTRUMEHTATIOH.3/4.3.3EMERGENCYCORECOOLIHGSYSTEMACTUATIOHINSTRUMEHTATIOH......................................3/4.3.4RECIRCULATIONPUMPTRIPACTUATIONIHSTRUMEHTATION3/43-93/43~22AVOWSRecirculationPumpTripSystemInstrumentation..3/43-3934End-bf-CycleRecirculationPumpTripSystemInsrumentatson.....~~~~~~~~~~~~~~~~~3/4.3.5REACTORCOREISOLATIONCOOLINGSYSTEMACTUATIOHINSTRUMEHTATIOH.3/43-W383/43-P5443/4.3.6CONTROLR00BLOCKINSTRUMEHTATIOH...............3/43M45f3437MOHITORIHGINSTRUMENTATIONRadiationMonitoringInstrumentation.SeismicMonitoringInstrumentation.3/43-~Ž553/43"M59RemoteShutdownMonitoringInstrumentation...........3/43-69tg2AccidentMonitoringinstrumentation.3/43-72b5SourceRangeMonitors......................,....3/43-?S7tTraversingin-CoreProbeSysem.3/43-%73~~~~~~~~~~~~fireDetecionInstrumentation./4~AZLoose"PartOetecionSysem.3/43-84(77-Rekoac,tiveLioodE(glueM,<foeu.'oningIeskvune,>~ion3/43-783/4.3.8TURBINEOVERSP=0PROTECTIONSYSTEM.3/433/4.3.9PLANTSYSTEMSACTUATIONINSTRUMENTATION...............3/43-.87Ii%1P-UNIT2~irg(BWR/5].Rou/aoaativaGaoaouoEf/tuaatuoaiioaiag.loo~aataaiouo/4g-Sg

IHOEXLIMITINGCONDITIONSFOROPERATIONANOSURVEILLANCEREQUIREMENTSSKTION3/4.4REACTORCOOLANTSYSTEM3/4.4.1RECIRCULATIONSYSTEMRecirculationLoopsJetPumpsRecirculationLoopFlow.IdleRecirculationLoopStartup....3/4.4.2SAFECY/RELIEFVALVESSafety/ReliefValvesPAGE3/44-13/44-23/44-33/44-43/44"53/44.3REACTORCOOLANTSYSTEMLEAKAGELeakageDetectionSystemsOperationalLeakage......3/4.4.4CHEMISTRY.3/4.4.5SPECIFICACTIVITY3/4.4.6PRESSURE/TEMPERATURELIMITSReactorCoolantSystem.ReactorSteamDome3/4.4.7MAINSTEAMLINEISOLATIONVALVES3/4.4.8STRUCTURALINTEGRITY.3/4.4.9RESIDUALHEATREMOVALHotShutdown.ColdShutdown.3/4.5EMERGFHCYCORECOOLINGSYSTEMS3/4.5.1ECCS-OPERATiNG.3/44-ZaI>>44-Z7J3/44-~lt03/44"N(>-3/44-RItb3/44~t25>>44~l~~3/<<-~I~73/44-M3/44-38'/45-13/4.5.23/4.5.3ECCS"SHUTDOWN.POOL.SUPPRESSIOHBlk~...~/<<-63/45-8

INOEXLIMITINGCONOITIONSFOROPERATIONANOSURVEILLANCEREQUIREMENTSS"CTIONPAGE/4.6COt<TAittMHTSYSTMS3/4.6.1PRIMARYCOttTAINMEHTPrimaryCon.ainmentIntegritg..PrimaryContainmntLeakage.......PrimaryContainmentAirLocks~~~~~~~~~~~~tl/3/46-2g/+iPrimaryConainmentStrucuralintegrity..............3!46~7OryweilandSuppressionChamberIntmalPressure.....3/46~8.3/46-Aqj"eyeeeeeey~3/4.6.2OEPRESSURIZATIONSYSTEMSOrywellAveraoeAirTemperature..............P~ucyContainmeMPurgeSysem..........3/46-Mlo)SuppressionChamber.SuppressionPool~ndOrywell)-Soray.SuppressionPoolCooling..3/46-~12)3/46-~)tS3/46-LFtbI~a~Ue3/4.6.3PRIMARYCONTAINMEHTISOLATIONVALVES3/4.6.4VACUUMsRELIE.""eSuppressionChamber-OrwellVacuumBreakers.........~eCe~ea3/46-er(t7:/ae~3/ae-se3/4.6.5REACTORBUILYINGevvo~veao~aeReal'to<BuiZdinqRe~osBuiLdingS44rQ~~QR~crre.erytIntegrityAut=maticsolation(Campers)~~~~~~~~~~~~~~~~-./;e-ey.[seii3/46-~9029StandbyGasTreatmentSysem.NMP-(JNIT2S,~+Vlj"-/46-Mies

INDEXLIMITIHGCONDITIONSFOROPERATIONANDSURVEILLANCEREQUIREMENTSSECTIONCONTAIHMEHTSYSTEMS(Continued)3/4.6.6PRIMARYCOHTAIHMEHTATMOSPHERECONTROLPAGEDrywellandSuppressionSystems~~>s-.~~~~~~~~~~~~~DrywellandSuppression3/4.7PLANTSYSTEMS3/4.7.1SERVICEWATERSYSTEMSChamberHydrogenRecombiner..3/46-~~34~~1~~~~~~~~~~~~~~~!ChamberOxygenConcentration..3/4636I35~~~~~~~~~~~~PlantServiceMaterSystem.:OP~>'9.3/4.7.2PLVITSERVICE(~)ATERSVSTBt-SHUTOOMN3/4.7.3CONTROLROOMOUTDOORAIRSPECIALFILTERTRAIN-3/4-.7-.~&8KB-PRKEC~H...~~~~~~~~3/47-33/4'7-i-3/47-23/47g3/47-9-3/4.7.4REACTORCOREISOLATIONCOOLINGSYSTEM......3/4.7.5SNUBBERS3/4.7.6SEALEDSOURCECONTAMINATION.3/4.7.7FIRESUPPRESSIONSYSTEMS...3/47"~t~3/47-~t8FireSuppressionMaterSystem.Sprayand/orSprinklerSystems.C02SystemsHalonSystemsFireHoseStations.YardFireHydrantsandHydrant3/4.7.8FIRERATEDASSEMBLIESHoseHouses...........~~~~~~~~~~~~~~~~~~3/47-.W203/47-~233/47-263/47-283/47"293/47"313/47V93.4.7.K'AINTURBINEBYPASSSYSTEM.2~*.7V111..3/47~Nh1P-UNIT4~~~~~~~~~~~~~~~~~~~~~~~~~v~Ivv

INDEXLIMITIx(GCONDITIONSfOROP~RATIONAHDSURVEILLANCEREOU'R-"xI"-HTSSiCTION.3/4.8ELECTRICALPOWERSYSTEMS3/4.8.lA.C.SOURCESA.C.Sources-Operating.A.C.Sources-Shutdcwn.................3/4.8.2Q.C.SOURCESD.C.Sources-Operating......D.C.Sources-Shutdown...................PAGE3/48"1..3/48P1g3/48-~3/48-~17213/4.8.3QNSITEPOWERDISTRIBUTIONSYSTEMSDistribution-Operating.Distribution-Shutdown.3/48-~3/48-~223/4.8.4ELiCTRICALE(UIPMEHTPROTECTIVEDEVICESA.C.CircuisInsidPrimaryContainment..............3/48-~I2t,PrimaryContainmentPenetrationConductorOvercurrentProtectiveDevices.3/48-~~27-:-'-'-+~~3.-IH,e,e.Vu'.c.ReactorPro'ecticnSystemPower(SCRVlSaReno~ch)SupplyMonioring.....3/48-3$'29NMP-UNIT2r5<"AR/5)1X

iNDEXLIMITINGCONDITIOHSFOROPERATIONANDSURVEILLANCEREOUIREMEHTS3/4.9.83/g99WATERLEVEL."R>CTQRVESSFLWATERLP/ELSPENTFUELSTORAGEPOOL...I'/A.9.10CONiROLROOREMOVALRECTiON3/4.9RE.""l.'IHGOPERATIONS3/4.9.1REACTORMODESWITCH...................................3/4.9.2INSTRUMEHTATION.............,.......,.................3/4.9.3CONTROLROOPOSITION............................'......vgTov~TDECAYIiMEo~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~3/4.9.COMMUNICATIONS........................................3/4.9.6REFUELING'LATFORM.............................;......3/4.9.7CRANETRAVEL-SPENTFUELSTORAGEPOOL.DAQE3/49-13/49-53/49-53/49-73/49-83/49-93/49-103/49-11SingleControlRodRemioval....................~~~~~~~3/49-12MultipleControlRodRemoval.....................3/49-143/4.9.11RESiDUALHEATREMOVALANOCOOLANTCIRCULATION3/4.10.:-OXYGENCONCENTRATION.HiahWaterLevel....Lo~WaterLevel......M-BH:&f0~3/4.10SPECIALTESTEXCEPTIONS3/4.10.1PRIMARYCOHTAiHMEHTINTEGRITY........3/4.10.2RODSEQUENCECOHTROLSYSTEM..3/4.10.3SHUTDOWNMARGINDEMONSTRATIONS....3/4.10.4RECIRCULATiONLOOPS3/49-163/49-173/410-13/410-23/410-33/410-43/410-63/4.10.6TRAINiNGSTARTUPS~/<10"6PifP-UNIT2

LIhfITINGCONDITIONSFOROPERATIONANDSURVEILLANCEREQUIRBIEMTS3/4.11.1LIQUIDEFFLUENTS3/4.11.1LITHOIDEFFLUEMTS................................................3/411-13/4.11.2GASEOUSEFFLUEhlTS3/4.11.3SOLIDRADIOACTIVE01ASTE......~..3/4.11.4TOTALDOSE3/4.12RADIOLOGICALENVIkOVMEMTALh(ONITORIMG3/4.12.1MONITORINGPROGRAM.3/4.12.2LANDUSECENSUS3/4.12.3IMTERLABORATORYCOhfPARISOMPROGRAM.3/411-8~~~~~~~~~~~~~~~~o3/411193/411-20~~~~~~~~~~~~~~~~~~~~3/412-13/412-133/412-14NhfP-UNIT2x(a)

BAScSIHOEXSECTION3/4.0APPLICABILITY...........PAGE83/40"13/4.1REACTV/ITYCONTROLSYSTEMS3/4.1.1SHUTDOWNMARGIN................................83/41-13/4.1.2REACTIYITYANOMALIES.............................83/4l-l3/4.1.3.C'P<JTDCarl(TROLROOSe~~~~~~~~~~~~~~e~~~~~~~~~~~~~~~~~~~~~3/4.1.4CONTROLROOPROGRAMCONTROLS.............3/4.1.5STAHOBYLIQUIDCOHTROLSYSTEM.....,......3/4.2POMEROISRIBUTIONLIMITS3/4.2.IAVERAGEPLANARLINEARHEATGENERATIONTEo~~~~~~~~~~~~~~~~~RA"3/4.Z.2APRMSETPOIHTS83/4I-z83/41-383/41-483/4Z-183/4Z-Z3/4.2.3MINIMUMCRITICALPO'r/ERRATIO.....................83/42"43/4.2.4LINEARHEATGENERATIONRATE......................83/42-53/4.3IHSTRUMEHTATIOH3/4.3.IREACTORPROTECTIOHSYSTEMIHSTRUMEHTATION........3/4.3.2ISOLATIONACTUATIOHINSTRUCTEHTATIOH..............83/4a83/43-13-23/4.3.3EMERGENCYCORECOOLIt/GSYSTEMACTUATIOHIHSTRUMEHTATIQH......83/43-Z3/4.3.43/4.3.5RECIRCULATIOt(PUMPTRIPACTUATIOHIHSTRUMEHTATIOH.........................83/4REACTORCOREISOLATIONCOOLINGSYSTEMACTUATiOHIHSTRUMEHTATIOH....................83/43"43/4.3.6CONTROLROOBLOCKIHSTRUMEHTATIQH......83/43-4

""ASESINDEXSECTIONINSTRUMENTATION(Continued)3/4.3.7MONITORINGiHSTRUMEHTATIONPAGERadiationMonitoringinsrumentation............B3/434SeismicMoniadoringInstrumentation..............B'ing-=nnn-.nmmntnnnnn.-......gRemo.eSnudownMonitoringInsrumentation......BAccidentMonitoringInstrumentation.............BSource~angMund.ors...........................3/43-4l3/43-53/43-53/43-5TraversingIn-CoreProbeSvsem...............B3/4'-5~~~~erSys~e...........-Mon+tars.B.~/4-3-6.FireDetecionInstrumentation..................B3/43-6Loose"PartDetec.ionSvstem.B3/43-63/4."..8aTURBrNECVERSPEEDPROTECTiONSYSTEM.............B3/43-6P)LANTSYSTEMSACTUATIQHrNSTRUMEHTATION.........B3/43-63/4.4REACTORCOOLANTYSTEM3/4.4.1RECIRCULATIONSYSTFM.3/4.4.2'AF)Y/R'ALVESB3/44"1P3/44-13/4.4.3REACTORCOOLANTSYSTEM)L=.-'.AGELeakace"etecionSvsems.......................Operat;onalLeakaoe3/44-2B3/44-23/4.4.4VACATEDDvVl~LIIk)~\I~~~~~~~~~~~~~~~~~~R3/44-2<</n453/4.-"..63/4.4.73/4.4,83/4.4.oi!ii!P-UNIT2~MR/5)SPECIFICACTIVITY.PRESSURE/TE'<P)=RATURELIMIT~MArNST)cAMLrN-SOLATiONVALVE~STRUCTURALINTEG?ITY.RESiDUALHEATREMOVALXi'.B3/44-383/44"4B=/44-5B3/44-5

BASESINDEXSECTION3/4.5EMERG"NCYCORECOOLINGSYSTEMS3/4.5.1/2ECCS"OPERATiNGandSHUTOOMN...POOL3/453SUPPRESSIONCHAMBER3/4.6CONTAiNMENTSYSTEMS3/4.6.1PRIMARYCONTAiNMENTPrimaryPrimaryPrimaryContainmentIntegrity.......ContainmentLeakage.......ContainmentAirLocks..........PrimaryContainmentStrucuralIntegrity.........OrwellandSuopressionCharierInternalPessur~I(IVI~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~OrwellAverageAirTemperaure.PunmetC0~>Gne<PurgeSvstm..LLPAGE83/45-183/45-Z83/4b-183/46-183/46-1Wd/4"6-~83/46-2I83/46-283/46-Z83/46-zI3/4.6.2OE.RESSURIZATIONSYSTEMS............,............83/46"33/4.6.3PRIMARYCONTAINMENTISOLATIONVALVES.............83/46"5}3/4.b.43/4.b.0VACUUMRELIEr................REACTOR8UILOING83/4b-583/46-53/A.5.5PR.MARYCDNTAiNMEHTATMOS?HERECONTROL...........5"./-".5-53/4.7Pt4NTSYSTEMS3/4.7.1/3/4.7.32SERVICEMATERSYSTEMS;OPFRbTlUG.4%.KUTNÃH.OUTOOORAIRSPECIALFILTERTRAIhlCONTROLROQM".."-:.83/47-183/47"13/4.7.4REACTORCOREISOL4TIONCOOLINGSYSTEM............83/47"13/4.7.5~~~0~~~~~~~~~~~~~~~~NMP-PiJIT'2~~~<fr/)X111

BASESINDEXSECTIONP'HTSYSTEMS(Ccntinued)PAGE3/4.7.6SEALEDSOURCECONTAMINATION.............-B3/47-33/4.7.7FiRESUPPRESSIONSYSTEMS............B3/47"33/4.7.8FiRERATEDASSEMBLIES.........................83/47-4)3/4.7.9AREATEMPERATUREMONITORING.....................83/47-43/4.7.10MAINTURBINFBYPASSSYSTEM.3/48ELECTRICALPOWERSYSTEMSB3/47-43/4.8.1,3/4.8.2and.3/4.8.3A.C.SOURCES,D.C.SOURCESandONSiTEPOWEROISTRIBUTIQNSYSTEMS83/48-13/4.8.4ELECTRICALE/UIPMEHTPROTECTIVEDEVICS.........83/48-33/4.9REFUELINGOPERATIONS3/4.9.1REACTORMODESWI)CH.B3/49"13/4.9.2IHSTRUMENTATiON.....................83/49-13/4.9.3CONTROLRODPOSITION.......................83/49"13/4.9.4DEC'YTIME.....................B3/49-13/4.9.5COMMUNICATIONSB3/49-13/4.9.6PEFUELNGPLATFORM................B3/49-23/4.9.7CRANETRAVEL-SPHTFUELSTORAGEPOOL............83/9-23/4.9.8and3/4.9.9MATERLEVEL-REACTORVESSELandMATERLEVEL-SPENTFUELSTORAGEPOOL.......S3/49-23/4.9.10CONTROLRODREMOVAL83/49-23/4.9.11RESIDUALNEATREMOVALAHDCOOLANTCIRCULATiON...B3/49-2-Q4-:9>>.k8-&TBPEP-ERE-ANO.<0hFROS-R80-gi7IVEh{AIHT+MAMCE.-'83/49-t3-.Nh!P-UNIT2~'r/WB)X1V

~"BASESSFCTTON3/4.10SPECIALTESTEXCEPTIONS3/4.10.1PRIMARYCONTAINMENTINTEGRITY.3/4.10.2ROOSEQUENCECONTROLSYSTEM.3/4.10.3SHUTOOWMARGINOEMOHSTRATIOHS3/4.10.4RECIRCULATIONLOOPS.3/4.10.5OXYGENCOHCEHTRATIOH..3/4.10.5TRAIHIHGSTARTUPS.PAGEB3/410-1B3/410-1B3/410-1B3/410-1B3/410-1B3/410"13/4.11RADIOACTIVEEFFLUENTS3/4.11.1LIQUIDEFFLUENTS............................83/4ll-13/4.11.2GASEOUS'EFFLUENTS.......................83/411-13/4.11.3SOLIDRADIOACTIVENASTE.................83/411-53/4.11.4TOTALDOSE.................3/4.11.12RADIOLOGICALENVIRONh(ENTALh(ONITORING83/411-63/4.12.1hfONITORINGPROGRAh(..."....................,...83/412-13/4.12-2LANDUSECENSUS..............~~~-~~~~~~~~~~~~83/412-2GE-STS(BWR/5)XV

IHOEXOESIGHFEATURESSECTIOHPAGE5.1SITEExclus1onAreao~~~~~~~~~~~~~~~~~~~~~~5-1LowPopu1ationlone.....................................5.2COHTAIHMEHTConfiguration................OesignTemperatureandPressure.SecondaryContainment.53REACTORCORE5"1FueIAssemb1ies......5"4Contro1RodAssemb1ies...REcACTORCOOLAHTSYSTEMOesignPressure'ndTemperaure...........olume......................V5.5METEOROLOGICALTONERLOCATION.c5Qs0FUELSTORAGEC"'It,'lJrltlCaI1tyo~~~~~~~~~~~~~~~~~~~~~~~Orainage.Capacity..5.7CONPOHEHTCYCLICORTRAHSIEHTLIMITC5"55-5Viip-tJNIi2~~(BMR/5)Xvi

AOMIHISTRATIVECONTROLS\WI~~~~%WblflIAIIHOEXSECTION5.1RESPONSIBILITY.6.2ORGANIZATION.PAGE6"16-16.2.16.2.2OFFSITE.FACILITY4%7STAFFo~~~~~~~~~~~~~~~~~~~~~~~~~~6"1FACILITY6.3~STAFFVALIFICATIONS.................................~4TRAINIHGo~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~66.5REVIEWAHOAUOIT.SlEPERATIONSREVIEOICOMMITTEEtSORCj6.5.1~~~~~~~~~6j(76-76-76-7FUNCTION.............~~~~A~~~~~~~COMPOSITION..........~~~~~~~~~~~~67~~~~~~~~~67ALTERNATES............MEETINGFREQUENCY....~~~~~~~~~~~~~~6+g6g'QUORUM.....;"..RESPONSIBILITIES.....AUTHORITY............RECOROS~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~6"86-96"9Nb!P-UNIT2~WR/5.)-XV11

~~ADMINISTRATIVECONTROLSIBVEX"'ECTIONTECHNICALREVIBIAhlDCONTROL6.5.2~UPAGE~~~~t'~~69ACTIVITIES~~~~~~~~~~~~~~~~~~~~~~~~~~~~6.5.3SAFETYREVIENANDAUDITBOARO(SRA8j.................6-11FUNCTMhl.......CohlPOSI7IONAL7ERNA7ES..............CONSUL7AhlTS.....~.......WEETINGFREQUENCY.......(UORUM.........,........REVIEolt~~~~~~~t,~~~~~~~~~AUDITS..................AUTHORITY...............RECOROS.................~~~~~~~~~~~~~~~t~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~6-116-12...6-126-126-126-126-136-146-156-156.8PROCEDURES6.9REPORTIHGREUIREMENTS.6.9.1ROUTINEREPORTS~~~~~~~~ttt~~~~~~t6.6REPORTABLEOCCURRENCEACTION....................6.7SAFETYLIMITVIOLATION........6-lbb-lb~6-16~6-17~6-17HFEHBSSt~~~~~~~~~~~~~A~~E~KPe6.9.2FIREPROTEC7IONPROGRV(ANOREAC7IVITYANOhfALIESREPOR76-226.9.3SPECIALREPORTS6-236.10RECORDRETENTION........~6-256.11RADIATIONPROTECTIONPROGRAM..........................~.6-266.12HIGHRAOIATIOHAREA(Optional)..(-Q&67-6-QWRFS-)NMP-lJNIT26.13FIREPRO7ECTNNINSPECTION.......................6.14SYSTEhlSIhlTEGRITY.....................~~..~~~t't'ttttt't~t~~~'tltaws~~~6-266-286-28~

SECTIONOESCRIPTIOtfPAGE6;10Recordketention6;-11RadiationProtectionProgram6LZilighRadiation-Area6.13FireProtectionInspection6.11SystemsIntegrity6.15IodineMonitoring3~I'!IP-UNIY2

ScCT:ON1.0OE.""IHITEOHS

1.0OE."iHITIOHS'hefclicwng.ermsaredef'",edsothatuniforminterpreaticnofthesespecifi-beapplicablethrouchouttheseTechnical<<pecifications.ACTIONI.IACTIONshallbethatpartofaSpecificatioowhichprscribesremedialmeasuresrequiredunderdesignaedcanditions.AVERAGEPLANAREXPOSURE~.2TheAVERAGEPLANAREXPOSUREshallbeapplicabletoaspecificolanarheightandisequaltohesunofheexposureofalltheuelrodsinthespecifiedbundleatthespecifiedheighdividedbythenumbercffuelrodsinthefuelbundle.AVERAGEPLAttARLINEARHEATGENERATIONRATETheAVRAGEPLANARL:NEARHUTGENERATIONRATE(APLHGR)shallbeapoiicabletoaspecificplanarheightandisequal.othesumofteLINEARHEATGENERATiOHRATESforallttefuelrodsinthespeciiiedbundleatthespecif'.edheightdividedbythenumberoffuelrodsinthefuelbundle.CHANNELCALIBRATIOH~.4-ACHAtiNELCALIBRAT.'ONshallbetheadjusment,asnecessary,ofthechanneloutputsuch.ha-irespondswiththenecessaryranceardaccuracy.oknownvaluesofheparameterwhichthechannelnionitors.TheCHANNELCAL<BRATIONshallenccmoasstheentirechannelincludingthesensorandalarmand/or.rio,unc.ions,andshallincludetheCHAHNEiFUNCTiONALTE~i.TheCHANNE'ALIBRATIOHmavbeperformedbyanyseriesofsequential,overlappingorto.aichannelsepssuchthattheentirechanneliscalibrated.CHANNELCHECK'.5ACHANNELCHECKshallbehequali.ativeassessnen.ofchannelbehavicrdurinac"erationbyobservation.Thisdetermineicnshallinclude,wher,pass-'5Ie.compariscncfthechannelindicaticnand/orstatuswithotherindicationsarid/orstatusoerivedframindependentinstrumentchannelsmeasuringthesameparameter.CHAHtsE'Jt/CTIOHALTESTACHAtsihtEFUHCTIOt(AL(ES/shelIbe:a.Analogchannels-thein'ecionofasimulatedsiaraiintothechannelasclcsetothesensoraspracticabletoverifyOPERABILITYincludingalarmand/ortriounc-'icnsandchannelfailuretrips.b.Bistabiechannels-theiniec:ionofasimulatedsignalinothesensortcveriiyOPERABILITY(includingcziarman'/ortripfunctions.Ti'eCHANNELFUNCTICHALTESTmaybeperformedbvanyseriesofsequential,overlappingoltotalcsanneistepssuchthat=heentirechannelistasad.Nltlp-tNIT2~Ž~~nR7")

1.7COi%AIM(lEhlTLEAKTESTPROGRA((The,compceheiviveCmWngo$Wep~~ycoetaienentsystem4iatincQcdmtypeA,8andCCmNandaecondarugcoi~nmeetin-LeakageCuN.a.ContaienentSusdemThe,ad%.tionaLb~em,afCeit,We>reactorcoolantptcebamebounChutyMatmedesigned,CopreventNeneZemeoJquantLtimo(coactivemateuM~hatuouLdhave,azigru.+cantefoectondieheaLtho(thepulic.ICinetudu:i)Aep~utycontainmeeta~ctutce,incLcukngaccusopeningsandpenu~oes;ii)containmentmoronvaLvm,pipm,ckozedaydtenu,andoemcompone~acedtoeffectmolationo$thecoitacnmentatmospherejismNeouAAideenvenom;iii)Woae4yaCenson,po~ono$ayaCenuChatbyCbeing$unctiomextendAep~mycontainmenta~ctuiieboundmuCoinc6cdeayaCemboundary;iv)~he-secondarilycontainment(unction,in~ngaccordopeningsandpen~atioes;andv)DieReactorBuddingProtectionSystemuihichcommNo(theReactor.BuLLdingVeatiZationandStandbyGmTceatmenSyak~.b.Pru'mmContainmentThe,a4mctuiie(chyveLLandaupptcMaionchamber.)ChaencloseDiemajon.compone~o$Neceacton,cooMMprcuaiuieboundaitg,mdePnedin10CFR50.2,designedtocontainaccidentpiiudMeandamveaeaLeakagebcvuu'.magaimCdieuncorurcoLLedcelemeo$.uuKoactivity~oWeenv~nmeat.c'-'econda'u(Coi~nmentAaeconckvtu(chionproductcoi~LfunctionexQWngiiihenaa~ctMe(WeeeaMoebui2cKngandaux.baud)completelyarun&diep~~gcontaienentandmheZdatapj's.uauneo$0.25manchu(wam),beloNadjacentnegiomundeii.aLL+iAiindcondition.deignTMCtomeasiuieAecontaieneat.systemove~Ciategruu.'edZeahage~eundeii.conditioncepnmentingdminbmmaccidentcontainmentpauameandafignme~.TheeCe,sNaislepeii$oenedatperu.odicintwvaLs.~ocaUedWeinteg~edleak~eCmC(ILRT).Tce8Tm~Ni~!P-UNIT2Pneumatic~WCWdetectandmaculeZocaLleakageCloughChe$oMoioingcontainmentpenM~omii)Thosewhosedeignincocpo~mambient.sea@,gaslz~,ozseafarecompound,pipingpen~~oiefitedicithexparuionbehooves,ocekec.tiiieaLpen~atiom)~eduiithflexiblem~.>eaLasdembfim.1-la,

DEFINITIONS1.7ee~)~CocledoomseaLs,~>ieL>uk>igdoon,op~>igmecha>~mpenet~ons>E>&cha,xepa+'o$Necontainmentp>iewu>ieboundariij.nl'*Pneum~eoreh>jd>iauLLeCesCcontendedComea>iufiep~cuugcontainmentaua~em.uoLationvaLve,Lealzagetraces.SuchvaLvesarse>~)Co~nmentmoronvalves;incLudesNoaevaLvesdiatcuecLoaedocdiateLoaeautomaticaLL>luponeeceipCofan~soRatcona~gnaL~nrcesponseCoco~oLs~endedCoeffectcontainmentwo~tono>iChatopeuu.'eunde>ipoaC-accidencon~onsCoeffectcontainment.uoZatione~)ValvesyaCemsdesigned4oope>ice.subsequent.to,adesignbas~sacn'.de>it,N/u'.chmaybecomea,puu.'$Neco>itacnme>it~oZationayaCembuuu.cr.due,topoaC-acn'dentopenatco>ieg.Upe>iConcadenceLimitCUCL)AcaLcuLaedvaLuecons4meted)<corn.sampLedata>cMiAe~entiono$pLaeoiga,a~WcaLuppe>>.boundonNe~eLeakage.uu".e.TkQwcaLcuLatedat95pe>ice>itpxobabM&il.COREALTERATIOH~COREALTERATIOHshallbetheaddition,removal,relocationormovementoffuel,orreacivitycontrolswithinthereacorpressurevesselwiththevesselheadremovedandfuelinthevessel.Sus-pensionofCOREALTERATIOHSshallnotprecludecompetzogothemovementofacomponenttoasafe'conservativeposition.Co~olmdmovement'econt/ioZmdfauvehyd>iauLiewya~emmnoCconsM~dWbeaconeeAatcun.COREVAXIhlJ'IFRACTIONOFLj,'ZITI>VGP(MERDEVSITY1.10TheCOREhMXIh(UhlFRACTIONOFL'Ih)ITIVGPOO/ERDENSITYfCh(FLPD)cl>aLLbe/u'.ghes<vaLueo$theFLPD>E>lu.cke~m~nWecoze.CRITICALPOWERRATIO1.114-.8-TheCRITICALPOWERRATIO(CPR)shallbetheratioofthatpowerintheassemblywhichistalclatennbyapp'licationofthe+GExLjcor".elationsto..causesomepointintheassemblytoexperienceboilingtransition,dividedbytheactualassemblyoperatingpower.Jul'OOSEEOUIYALEHTI-131I-135l.1&9GDSEEQUIVALENTI-131shallbethatcencerationofI-131,microcoriespergram,whichalonewouldproducethesamehyroiddoseasthequantityand~isotopicmixtureofI-131,I-132,'~,I-134,andI-135actuallypresent.Thethyroid.doseconversionfactorsusedforthiscalculationshallbethoselistedinTableIIIofTID"14844,"CalculationofOistanceFactorsforPowerandTestReactorSites."1.8CONTIIVUOUSFIRE01ATCHInvmuaLco>itaeto$areaunden,amveiLLancedue.to.L>>operablePreprcoCec.tio>iHpuppmeM.1-1b

OEFINITIOiVSEMERGENCYCORECOOLINGSYSTEMECCS)RESPONSETIME1.15~TheEMERGENCYCORECOOLINGSYSTEM(ECCS)RESPONSETIMEshallbethattimeintervalfromwhenthemonitoredparameterexceedsitsECCSacuationset-pointatthechannelsensoruntiltheECCSequipmentiscapableofperformingitssafetyfuncion,i.e.,thevalvestraveltotheirrequiredpositions,pumpdischargepressuresreachtheirrequiredvalues,etc.Timesshallincludedieselgeneratorsartingandsequenceloadingdelayswhereapplicable.Theresponsetimemaybemeasuredbyanyseriesofsequential,overlappingortotalstepssuchthatheentirerespo'nsetimeismeasured.ENO"OF"CYCLERHIRCVLATIONPUMPTRIPSYSTEMRESPONSETIME1.14~TheEHO-OF-CYCI:-RECIRCULATIONPUMPTRIPSYSTEMRESPONSETIMshallbethattimeintervalto+complete~suppressionofthee'lecricarcbetween*:&~'""eoftheassociaed:a.Turbinesopvalves,andb.Turbinecontrolvalves.Theresponsetimemaybemeasuredbyanyseriesofsequential,overlapping-..ortotalstepssuchthat,theentire.responsetimeismeasured.1.15FIRESUPPRESSIONOIATERSVSTB(AFme,Suppnua~on0/MewSystemahaLLcoeswsCo(:a.~ecsupplyaydCem,g.xede~g~lu'.ngdi(d~o$borax~o~cap~hLeruandd'ye,andmanualf~e.gg~geqmpmeetcoesmWngo$.sWndpipe.~ere~eitAhoaeconne.~opsandhoaece,eQ.l.I5FIREMATCHPATROLA4ZeuCeachboun.angaea+MxknopenabfeFmePMCecmonEacupmeatahaLLbe,.uvpe&ed(onabnonmaZconN.Cion.FRACTIONOFLIMITIHGPOWEROEHSITY1.17TheFRACTIONOFLIMITIHGPOWEROEHSITY(FLPD)shallbetheLHGRexistingatagivenlocationdividedby4thespecifiedLHGRlimitforFRACTIONOFRATEDTHERMALPOWER1.18TheFRACTIONOFRATEDTHERMALPOWER(FRTP)shallbethemeasuredTHERMALPOWERdividedbytheRATEDTHERMALPOWER.QiVi(IP-UNIT2'1-2

OEFINITIONSFREOUEHCYNOTATION1~19~TheFRE(UEHCYNOTATIONspecifiedfortheperformanceofSurveillanceRequirementsshallcorrespondtotheintervalsdefinedinTable1.1.1.20GASEOUSRAV01ASTETREAPilENTSYSTEM~Agcueocu~'uxuCeWeatmentsystemwanyayaCemdunnedandiru~edCo<educetmNoa~vegaseouse$gueetbbycoHectcngma~nconderumo(~gemand'mv~Nngfoede&yoeho&upJoeViepmposeo$ceduring.theCo~.wAoac,tivepecosCo.i.eLeaseCc4heenv~tonment.IOEHTIFIEDLEAKAGE1~21~IDENTIFIEDLEAKAGEshallbe:a.Leakageintocollectionsystems,suchaspumpsealorvalvepackingleaks,thatiscapturedandconductedtoasumporcollecingtank,orb.Leakageintothecontainmentatmospherefromsourcesthatarebothspecifica'llylocatedandknowneithernottointerferewiththeopera-tionoftheleakagedetecionsystemsornottobePRESSURE8OUNOARYLEAKAGE.ISOLATIONSYSTEMRESPONSETIME1.22+-.HTheISOLATIONSYSTEMRESPONSETIMEshallbethattimeintervalfromwhenthemonitoredparameterexceedsitsisolationacuationsetpointatthechannelsensoruntiltheisolationvalvestraveltotheirrequiredpositions..Timesshallincludedieselgeneratorstartingandsequenceloadingdelayswhereapplicable.Theresponsetimemaybemeasuredbyanyseriesofsequential,overlappingortotalstepssuchthattheentireresponsetimeismeasured.LIMITIHGCONTROLROOPATTERN1.29~ALIMITIHGCONTROLROOPATTERNshallbeapatternwhichresultsinthecorebeingonathermalhydrauliclimit,i.e.,operatingonalimitingvalueforAPLHGR,LHGR,orMCPR.,LINEARHEATGENERATIONRAT'E1.24~LIHEARHEATGFHERATIONRATE(LHGR)shallbe:.-.eheatgenerationperunitlengthoffuelrod.Itistheintegralofthe.eatfluxovertheheattransferareaassociatedwiththeunitlength.LOGICSYSTEMFUNCTiONALTEST1.25~ALOGICSYSTEMFUNCTIONALTESTshallbeatestofalllogiccomponents,ie.,allrelaysandcontacts,alltripunits,solidstatelogicelements,etc,ofalogiccircuit,fromsensorthrouahandincludingtheactuateddevice,toverifyOPERASILITY..TheLOGICSYSTEMFUHCTIOHALTESTmaybeperformedbyanyseriesofsequential,overlappingor.otalsystemstepssuchthatheentirelogicsystemistested.1.2gMAJORREFUELINGOUTAGEFoe.Wepmpose.,o$dm~gnatu~gJnequencyo$CuWngandamveiXLance,amajocrte$uegingoutageahaLLmeana<eggyscheduled<e$u~ngoutage;however,wherceauchoutageoccun,~in8mont%o$.the.endo$Nepcev~om<efu~ngoutage,CheCuCoesalve,%Lanceneedno<bepen,(o~eduetiZVienextxeguZucZyscheduledoutage.(Nok4oexceed24mantlej.UWP-UNIT2

OEFINITIONS1.27gE((BERSFTHPB~<(embm(d)oJ.the,pubicahaZZ~ncZudep~oruwhome,noCoccupationaZZymaociated~~h~he.N~neiKQ!ePo~ntNucZean.S~on.TkQcategorydonno4~ncZudeempZoymsofNmgana,J.(ohmsPoemCompo~on,Che.MevVonkS~ePowersAuthor,~coetimctomocvendorivhomeoccupationaZZymAociated~eathheinz,NZe,PointUnit2.A&oe,xcZuded(morn.t~category,ymepromwho+<en,4matetoamv~ce,equipmentoeComake,deZiveum.Thiscategorydms~cZudepromwhomepogromo(DeaMe(onxemeationaZ,occupationaL,oxo4ten,~~v~n:i,"znoCmaociatedieithiV~nehKLe,Poi)<U~2.1.28i(ILKSA(IPLINGLOCATIONAmMzaampZingZocatconm~Zocationtheme,10on,morse.heado$mildanimaZsate,av~aZabZe.$o"thecoZZectiono(miNaampZea.MINIMUMCRITICALPOWERRATIO1.29~TheMINIMUMCRITICALPOWERRATIO(MCPR)shallbethesmallestCPRwhichexistsinthecore0OFFSITe,OOSECALCULATIONMANUALOOCMTheOFFSIicOOSECALCULATIONMANUALsha11containthecurrentmethado1ogyandparametersusedintheca1culationofoffsitedosesduetoredioacivegaseousandliquideffluents,inthecalculationofgaseousandliquidefluentmonitoringa1arav'tripsetpoints.OPERABLE-OPERABILITY1.31~Asystem,subsystem,train,componentordeviceshallbeOPERABLEorhaveOPERABILITYwhenitiscapableofperformingitsspecifiedfunction(s)()ae&wheaallnecessaryattendantinstrumentationcontrolsI'pq3ingor,sealwater,lubricationorotherauxiliaryequitowerq3coo1,eecricathatarereuireqdforthesystem,subsystem,train,componentordeviceipmentoperformitsfunction(s)arealsocapableofperformintheirrelatedsuoportfunction(s).giesrreaeOPERATINGCYCLE1.32AnopeningcyMe,mChatpo~ono$S~nop~onbehhteenceacton.s~p4)oZZoemgeachmajon,ce$ueLingoutage.(NokCoexceed24months).OPERATIONALCONDITION-CONDITION1.gS~AnOPERATIONALCONDITION,i.e.,CONDITION,shallbeanyoneinclusivecombinationofmodeswitchpositionandaveragereactorcoolanttemperatureasspecifiedinTable1.Z.'ImpZicit.in4~de,Pnition.>haZZbe,~ieassumption.that)Mh(P-UNIT21-4Qourccm,exceptmnotedinSection3.0.5]

OEFINITIONSPHYSICSTESTS1.5<.23-PHYSiCSTESTSshallbethosetestsperformedtomeasurethefundamentalnuclearcharacteristicsoftiNereactorcoreandrelatedinstrumentationand1)describedinChapter14oftheFSAR,2)authorizedundertheprovisionsof10CFRSO.E9,or3)otherwiseapprovedbytheCommission.PRESSURE80UNOARYLEAKAGcJ,55.24.PRESSURE80UNOARYLEAKAGEsha11be1eakage.thraughanon-iso1ahaefau1tinareactorcoolantsystemcomponentbody,pipewallorvesselwall.PRIMARYCOHTAIHMEHTIHTEGRITY1.3b~PRIMARYCOHTAIHMEHTINTEGRITYshallexistwhen:a.Allprimarycontainmentpenetrationsrequiredtobec$osedduringaccidentconditionsareeither:1.CapableofbeingclosedbyanOPERABLEprimarycontainmentautomaticisolationsystem',ar2.Clasedbyatleastonemanualvalve,blindflange,ordeacti-vatedautomaticvalvesecuredinitsclosedposition,exceptasprovidedinTable3.6.3-1ofSpecification,3.6.3.b.Allprimarycontainment.equipmenthatchesareclosedandsealed.C.e.EachprimarycontainmentairlockisOPERABLEpursuanttoSpecification3.6.1.3.TheprimarycontainmentleakageratesarewithinthelimitsafSpecification3.6.1.2.ThesuppressianchamberisOPERABI~pursuanttoSpecification3.6.2.1.'hesealingmechanismassaciatedwitheachprimarycontainmentpenetration;e.g.,welds,bellowsorO-rings,isOPERABLE.1.37PROCESSCONTROLPROGRAMThePROCESSCONTROLPROGRAM(PCP)shallcontainthesampling,analysis,andformulationdeterminationbywhichSOLIDIFICATIONofradioactivewastesfromliquidsystemsisassured.fi01P-UNIT21-5

DEFINITIONS1.38PURGE-PURGINGPageoep~LngmCnecoetxoHed~oculo$dQdmxg~ngwin.ocgas)mornaconPnemeMWmuetain~emp~~e,~mauve,humid,conception,oeoemopercatuigconctbtion,inhuchamanna@,diatrceplacement+itocgmM<eq~edCopcuu.$yNeconfinement.(ThepungemcompLMedwhenAeoxygenconceal'mtLonexceed19.5penceat.)RATEDTHERMALPOWER1'9~RATEDTHERMALPOWERshallbeatotalreactorcoreheattransferratetothereactorcoolantof+2kBMWT.3'323REACTORPROTECTIONSYSTEMRESPONSETIME1.q0~REACTORPROTECTIONSYSTEMRESPONSETIMEshallbethetimeintervalfromwhenthemonitoredparameterexceedsitstripsetpointatthechannelsensoruntilde"energizationofthescrampilotvalvesolenoids..Theresponsetimemaybemeasuredbyanyseriesofsequential,overlappingortotalstepssuchthattheentireresponsetimeismeasured.REPORTABLEOCCVRREHCE1"1~AREPORTABL.OCCVRREHCEshallbeanyofthoseconditionsspecifiedinSpecification........6.6.RODDENSITY1.42~RODOEHSITYshallbethenumberofcontro1rodnotchesinsertedasafractionofthetotalnumberofcontrolrodnotches.Allrodsfullyinsertedisequivalentto100~RODDENSITY.SECONDARYCONTAIHMEHTINTEGRITY1.43~SECOHDARYCOHTAINMEHTINTEGRITYshallexistwhen:a.Allsecondarycontainqentpenetrationsrequiredtobeclosedduringaccidentconditionsareeither:b.c1.CapableofbeingclosedbyanOPERABLEsecondarycontainmentautomaticisolationsystem,or2.Closedbyatleastonemanualvalve,blindflange,ordeact;ivatedke.closedposition,exceptasprovidedinTable3.6.5.2-1ofSpecification3.6.5.2.Allsecondary,.containmenthatchesandblowoutpanelsareclosedandsealed.ThestandbygastreatmentsystemisOPERABLEpursuanttoSpecification3.6.5.3.iM(lP-UNIT21-6

DEFINITIONSi.43SECONDARYCONTAIN<1ENTINTEGRITY(Cont.)d.Hntleastone~Fb+doorineachaccesstothesecondarycontainmentisclosed.e.Thesealingmechanismassociatedwitheachsecondarycontainmentpenetration,e.geewelds,bellowsorO-rings,isOPERABLE.Thepressurewithinthesecondarycontainmentislessthanorequal~tothe'valuerequiredbySpecification4.6.5.1.a.Pl.45SITEBOUNDARYTheaMe,boundsahabbe,4uu'Mne,moundNeNne,,'tKLePo~etNucfemS~onbe,yondwMchWeGadwne'erowned,Sewed,no<o.themese,coeVco&edbyMagmaMohawkPower,Compo~onoe4<a,NevYondPowmAuthor.1.46SOLIDIFICATIONSOLIDIFICATION.shaU.beWee,convex~ono$wetuxuCMcantoa.jo~.thatme~a&pingandbwuMground.xea~eme~.1.'7SOURCECHECKASOURCECHECKahaLLbzAeauaG.Q~veasausmento$chan>mCcupoiueWhen~eCharm&aendOemo.XPOaedrtOaSOunCeOJinmemeda~V~I.1.44SHUTDOWNMARGIN~SHUTDOWNMARGINshallbeheamountofreactivitybywhichthereactorissubcriticalorwouldbesubcriticalassumingallcontrolrodsarefullyinsertedexceptforthesinglecontrolrodofhighesreactivityworthwhichisassumedtobefullywithdrawnandthereactorisintheshutdowncondition;cold,i.e.684F;andxenonfree.1.48STAGGEREDTESTBASISASTAGGEREDTESTBASISshallconsistof:a.Atestschedulefornsysems,subsysems,trainsorotherdesignatedcomponentsobtainedbydividinghespecifiedtesintervalintonequalsubintervals.b.Thetestingofonesystem,subsystem,trainorotherdesignatedcomponentatthebeginningofeachsubinterval.49THERMALPOWER~THERMALPOWERshallbethetotalreactorcoreheattranserrae'ohereacorcoolant.NIP-lliVIT2~WR/~

DEFINITIONS1.50TUR8IME8VPASSSVSTE1(RESPONSETD(ETheTURBINE8VPASSSVSTE(RESPOMSETIWEcoram&o)Wocomponeetbia)T~ne<corninitiaLmovemento(Chenuun~bineatopvaLveocco~oLvaLveuntie!805o$Carbinehyposcapably~u&b~hed,andb)the~e$mmin<'iMmovemento(themu'n~binesCopvaLveoccoetrcoLvaLveun~in'~movemento$Detcur.binebypu6vuLve-Thenmporue~umaybemanuredbyanyaeu'mo(aequentiaLoverlappingo.xtotaLaCepasuch.thatboWentrecMponae~ecompone~aleemimed.UNIDENTIFIEDLEAKAGE1.51~UNIDENTIFIEDLEAKAGcshallbeallleakagewhichisnotIDENTIFIEDLEAKAGE.1.52UMRESTRICTEOAREAThe,uecu4~ctedgaeaahaLLbeanygaeaatoebeyondCheaMeboundaryaccess~o;vfu'.chmnoCco>~oLLedbyNiagara.,i(ohasulzPorcCocportationon,SheMevVouchPowen.Author'so<pmposeo$pnoCectiono$indiv&uaQ(roomexposureCotraditionandrutdioa~vemate~u.aQ,on,anygaea<~hin<heaiteboundaryusedfoertuidentiaLqmmteuon(on,indmCQaL,commetciaL,ies~utionaL,andloc.tecxeationuLpwtpodm.Thata<caoateide~he.xesCwctedgaea(10CFR20.3(a)(1'))but<ec.thinNateaMeboundary~eiLLbecoM<oLLedbyGeeomneity.asxeq~ed.1.55VEHTILATIOHB(HAUSTTREATMENTSY~i=AVENTILATIONDHAUSTTREATHBiSYFiPisanysysmdesignedandinstalledtareducegaseousradioiodineorradioacivematerialinpariculateforminef.luentsbypassingventilationarventexhaus-gasesthrougncharcoalaasorbersandlorHERAfiltersforthepurposeofremovingfodinesorpar.iculates,romthegaseousexhauststreampriortothereleasetotheenvironment.Suchasystemisnotconsideredtohaveanyeffeconnoblegasefluents.EngineeredSafetyFeature(ESF)atmasphericcleanupsystemsarenotconsiderednabeVENTILATIONEXHAUSTTREATMENTSY~ic.cainponents.i.c4VENTINGVENTINGisthecontrolledprocessofdischargingafrorgasfromacon-finementtomaintaintemperature,pressure,humidfy,concentrationorotheraperatingcandftion,insuchamannerthatreplacementairorgasisnotpro"videdarrequiredduringVEHTIHG.Vent,usedinsystemnames,doesnatimplyaVENTINGprocess.i'(P-UNIT21-8

OEFINITIQNSTABLE1.'SURVEILLANCEFREOUEHCYNOTATIONHOTATIOH0SAFREOVEHCYA~~onceper12hours.~t-onceper24hours.A~emonceper7days.sonceper31days.A~Monceper92days.~~~onceper184days.Ai%eastonceper366days.S/UPH.A.opena~ngcyMe.Prioroeachreac.orsiar+up.CompliedprocCoeachceZease.Nohapplicaole.

D=F:NITIONSTABLE1.2OPERATIONALCONDITIONSCOHO!TIOHHODESMITCHPOSITIONAVERAGEhtACTORCOOLANTTEHPERATURE1.POMEROPERAT.OH2.STARTUPIHOTSTANOSY3.HOTSHUTDOMN4.COLDSHUTDOMH5.REFUELING"RunStartup/HotStandbySbu'down'~""~'""Shutdown'"-'"""iAnytemperatureAnytemperature)200F<200FShutdownorRefuel""'<140'FiThereac-ormodeswitchmaybeplacedintleRunorStarup/HcStandbyposit:ontotesttheswitchinterlockfunctionsprovidedthatthecontrol".odsareverifiedtoremainfullyinseredbyasecondlicensedoperatororothertechnicallyoualifiedmemberoftheunittechnicalstaff.;--.":ThereactormodeswitchmaybeplacedintheRefuelpositionwh'.leasinglecontrolroddriveisbeingremovedfromthereactorpressurevesselperSpecification3.9.10.l."Fuelinhereactorvesselwiththevesselheadclosureboltslessthanfullytensionedor~iththeheadremoved.""SeeSoecialTestExceptions3.10.1and3.10.3.""T"ereactormodeswitchmaybeplacedintheRefuelpositionwhileasinglecontrolrodisbeingrecoupledprovided"hattheone-rod-outinterlockisOPER.1BLE.<<NTupm&J68.bgposM~d'vllenp(ocin90/ie'LQRcfocmodesivaCc6(.nXh(.sinl.Cdeivnpositioncq>+gory~oAmefuLCcriiueMed.V1P'NMP-(JNIT2

SiCT>ON2.0SAFELIMITSANOLIMITINGSAF"iYSYST=RSu~i>HGS

Z.OSAF"TYLrtlETSANOLIM'TINGSAF=IYSYSTEMSetIENGS".ISAFETYL.i.'!ETS-THERMALPGWcR.LowPressureorLowFlow2.1.1THERMALPOWERshallnotexced25~ofRATEDTHERtNLPGWERwiththereactorvesselsteamdomepressurelessthan785psigorcoreflowlessthanIOXofrated'low.APPLICABiLITY:OPERATIONALCOt(OITEONSIandZ.ACTION:WithTHERMALPOWERexceedingZ~orRATEDTHERM"LPOWERandthereactorvesselsteamdomepressurelessthan785psigorcoreflowlessthanIG~ofratedflow,beinatleesHOTSHUTDOWNwithin2hoursandcomplywitht'herequirementsofSpecification6.7.~.THERMALPOWER.HighPressureandHighFlowZ.1.2TneMINIMUMCRITiCALPOWERRATIO(MCPR)shallrotbelessthant-3~&withthereactorvesselsearndemeprossuregreaerhan785psigandcoreflowgreatertAanIOXofratedflow.APPLICABILITY:.OPERATIOHALCONDITIONSIand2.ACTTON:SLCPR)WithMCPRlessthan.andthereacorvesselsteamdomeprssureoreaterthan785psigandcoreflowgreaterthanIG~ofratedflow,beinatIeastHOTSHUTDOWNwihin2hoursandcomplywiththereouirementsofSpeification6.7.1.REACTORCOOLANTSYSTEMPRESSURE2.1.3Tnerecorcoolantsysempressure,asmeasuredinthereactorvesselsteamdome,shallnotexced(1325$psig.APPLICABILITY:OPRATrGNALCGNOiTiGNSI,2,3and4.ACTION:Withthereacorcoolantsystempressure,asmeasuredinthereac.orvesseIsteamdeme,above$1325$psig,beinatleastHOTSHUTDOWNwithreacorcoolantsystempressurelessthanorequaltc(1325~psigwithin2hcursandcomplywiththerequirementsofSoec;fication6.7.1.ISafetu~Cai&cal'.Pouren.Patio(SLC.Rj3iVbJP-IIT~"R/5)2-1

AFTYLIMTSAHDLIMITIHGSAFETYSYSTEMSgIIIHGSSAFETYLMITS(Continued)REACTORlESSEL'~'ATESLE/EL2.1.4Thereacorvesselwaterlevelshallbeabovethetopoftheaciveirradiatedfuel.APPLCABILITY:OPERATIONALCQNOITIONS3,4and5ACiYON:Nkiththereacorvesselwaterlevelatorbelowthetopoftheac.iveirradiatedfuel,manuallyinitiateheECCStorestorethewaterlevel,afterQepressurizinghereactorvessel,ifrequired.ComplywiththereouirementsofSpecification6.7.1.NhlP-itHIT2~r5-(""'kR/=)2-2

SAF"IYLIMI'TSAHO'IMITIHGSAF":TYSYSTEMSHiINGSZ.2LIMITINGSAFElYSYSTEMScTTIHGSREACTORPROTECTIONSYSTEMINSTRUMENTATIONSETPOIHTS2.2.1Thereacto<protectionsysteminstrumentationsetpointsshallbese+consistentwi.htheTripSetpointvaluesshowninTable2.2.1-1.APPLICAHILITY:AsshowninTable3.3.1-1.ACiEON:WithareactorprotectionsysteminstrumentationsetpointlessconservativethanthevalueshownintheAllowableValuescolumnofTable2.2.1-1,declarethechannelinoperableandapplytheapplicableACTIONstatementrequirementofScecifica.ion3.3.1until.hechannelisrestoredtoOPERABLs.a.uswithitsse+pointadjustedconsis.entwiththeTripSetpointvalue.2"3

IIIBiE2.2.j-lAEACIOAPAOTECTIOIISYSTEMlttSTAUHEtlTATIOIISETPOlttTSZCAAtiFUIICTIOIIALUIIIT1.IntermediateRangeHo<<itor,tie<<tronFlux-IlighTAIPSETPOltIT<$120)/$125$divisionsoffu11scaleALLOWADLEVALUES<$122)/$125$divtsiousoff<<11scale2.AveragePowerAanii!!Ilonitov:a.Itc<<tronF1<<x-Upscale,Sutilown<415)XofRATEDTIIERHALPOWEII<$20)Xof.ltATEOTIIEAIIALPOWERb.FlowQlasuilSini<<ti!L<<~lThorn!illPowcl'"Upscale1)FlowQiaseil2)IlighFlowCianipu<lc.Fixedltu<<t!onFI<<x-Upscale,-f44Xd.1<<operativeflswiiea1a.3.ReactorVussulStcamOurn<<I'!'uss<<vu-Ilighlteacto!'<<ssulWdl.o!I.uv<<I-Luw,l.uv<<135.HainSteamLinclsolatio<<Valve-Closure6.Ital<<StuanlL!IveltalllaLIO<<IIIgh7.(pr-imavy-Cont+i>>nie<<L)-(Ovywci1)-Pressure-lligh0.K~n!-I~ha<<ttu-VA<<me-4ta+i~e~HOI9.T!<<bi!!cStopValve-Closuvu10.TurbineConLrolValveFastClosure,1ripOilPress<<rc-t.nw11.A<<actorIto<leSwitchSh<<tdownPosition12.tla<<<<alScram<0.66W!$51)X,witliamaxim!m!of<$113.5)%ofAATEQTIIEAHALPOWEA<fIIO)XofRATEDTIIEAIIALPOWEIItlh~~lR~IIEBHA~8WEBI037<(BR5.)PsigIS9.3>(~)inchesaboveinstrw!cntzero"3.0<(6)Xclosed<(~.)xf<<11powerbackground1.68<<+.-6e)psig&)X~h!H-sea1-<(5)Xclosed(IN)pil(Jllhlth<0.66W!4545%,withamaxim<<mof<$115.5)XofAATEUTIIEIIHALPOWER<$120)%ofRATEDTIIEAIIALPOWEAtth&rrF-IHR.EQ--'ftlEIIH~OWEB1057(&65-)psIgI57.8->(+I-,e)inchesaboveinsLvumenLzero<(7)Xclosed3.6<(3-.&)xf<<11powerbackgrounltI.88(~)pslg9-)5-ef-(u+b-s-ee4u-(7)Xclosed>$465)psigtlhllh"SeeOasesFig<<veII3/43-1..Nhll'-IINll'

F(INCT1ONAL(INITTABLE2.2.l-lREACTORPROTECTIONSVSTEhl1NSTR(IIIENTAT1ONSETPO1NTS-CRAhlTR1PSETPO'fNTALLONABLEVAL(IESIl.ScrtamDcachaegeVo('.iune(Ilaterc.LeveL-(ligha.Leuc('nanbmittertab.FCua.tRoc.tches<(")5oJJuLLscale<25garo>w<(")5o(JuHacaCe<25ga('.('.oneTobedetum(neddhmcngpae('cmincutglMWng.HIII'-IIN('I'~~

BAScSFOR.ScCTEOH2.0SAFETYLIMITSAHOL-M>TEt(GSAFcTYSYSTEMScli7NGS

HOTETheHASeS.containedinsucceedingpagessummarizethereasonsfortheSpecificationsinSecion2.0,butinaccordancewith10CFR50.36arenotpartoftheseTecnnicalSoecifications.

Z.ISAF=tYLiMITSBASESSa(~.acLiLiaLCCaicicaiPcwccRatio(SLCPR)]IZ.OILITROOUCTYONThefuelcladding,reactorpressurevesselandprimarysysempipingaretheprincipalbarrierstothereleaseofradioactivematerialstoheenvirons';.SafetyLimitsareestablishedtoprotecttheintegrityofthesebarriersduringnormalplantoperationsandanticioatedtransients.ThefuelcladdingintegritySafetyLimitissetsuchthatnofueldamageiscalculatedtooccurifthelimitisnotviolated.Becausefueldamageisnotdi,rectlyobservable,asep-backapproachisusedtoesablishaSafetyLimitsuchthattheMCPRisnotlessvan~K~7MCPRgreaterthanQ~Qrepresensaconservativemarginrelativetotheconditionsrequiredtomaintainfuelcladdingintegrity.Theiuelcladdingisoneofthephysica1barrierswhichseparatetheradioacivematerialsfromtheenvirons.Theintegrityofthiscladdingbarrierisrelatedtoitsrelativefreedomfromperiorationsorcracking.A'ithoughsomecorrosionoruserelatedcrackingmayoccurduringthelifeofthec.adding,fissionproductmigrationfromthissourceisincrementallycumulativeandcontinuouslymeasurable.Fuelcladdingper,orations,however,canresultfromthermalstresseswnichoccur'fromreactoroperationsignificantlyabovedes'.'gncondi-tions'andtheLimitingSafetySysamSet,ings.Whilefissionproductmigrationiromicladdingperforationisjusasmeasurableasthatiromuserelatedc".acking,thethermallycausedcladdingperforationssignalathresholdbeyondwhichstillgreaterthermalstressesmaycausegrossrathertiianincrementalcladdingdeterioration.Therefore,thefuelcladdingSafetyLimitisdefinedwithamargintothecorditionswhich~ouldproduceonsetoftransitionboiling,MCPRof1.0.Tneseconditionsre"resentasionificantdepartureiromitheconditionintendedbydesioniorplannedoperation.Z.1.ITHERMALPOWER.LowPressureorLowFlowTheuseoftheQGEXLPcorrelationisnotvalidforallcriticalpowercalculationsatpressuresbelow725psigorcoreflowslessthan10ofratedflow.Therefore,thefuelcladdingintegritySafetyLimitisestablishedbyothermeans.Thisisdonebyestablishing4limitingconditiononcoreTHRMALPOWERwithhefollowingbasis.SincethepressuredropinthebypassregionisessentiallyallelevationheadthecorepressuredropatlowpowerandflowswillaIwagsbeoreaterthan4.5psi.Analysesshowthatwithabundleflowof28x10lbs/hr,bundlepressuredropisnearlyindepencentofbundlepowerandhasavalueof3.5psi.Thus,thebundleflowwitna4.5psidrivingheadwillbegreaterthanZBx10"Ibsjhr.FullscaleATLAStasdataakenatpressuresfrom14.7psiato800psiaindicatethatthefuelassamiblycriticalpoweratthisilowisapproximately3.35~1Wt.Withthedesignpeakingfactors,thiscorrespondstoaTHERMALPOWERofmorethan50nsofRATEDTHERMALPOWER.Thus,aTHERMALPOWERlimitof25KofRATEDTHERL.ALPOXRforreactorpressurebeIow785psigisconsa.vative.M1P-UilIT292-'

SAFETYLIMITSBASESZ.l.2THERMALPOWER,HighPressureandHighFlowTt;iiddigitditygtyIiit,i.ttttfueldamaoeiscalculated'ooccurifthelimitisnotviolated.Sincetheparameterswhichresultin'ueldamagearenotdirectlyobservable'duringreactor'peration,theth'ermalandhydraulicconditionsresultinginadeparturefromnucleateboilinghavebeenusedtomarkthebeginningoftheregionwherefueldamaqecouldoccur.Althouohitisrecognizedthatadeparturefrom.nucleateboil>ngwouldnotnecessarilyresultindamagetoBMRfuelrods,thecriticalpoweratwhichboilingtransitio'niscalculatedtooccurhasbeonadoptedasaconvenient-limit.However,theuncertaintiesinmonitoringthecoreoperatingstateandintheproceduresusedtocalculatethecriticalpowerresultinanuncertaintyinthevalueofthecriticalpower.Therefore,thefuelcladdinginiagriiySafeiyLimitisdefinedastheCPRinihelimitingfuelassemblyforwhicti'morethan99.9Xofthefuelrodsinthecoreareexpectedto.avoidboilingtransitionconsideringthepowerdistributionwithinthecoreandalluncertainties.TheSafetyLimitMCPRisdeterminedusina'heGeneralElectricTher,IalAnalvsisBasis,GctAB,whichisas-isicaImodelthatcombinesalloftheuncertaintiesInoperatingparametersandtheproceduresusedtocalculatcriticalpower.Theprobabilityoftheoccurrenceofboilingtransitionisdeterminedusinathe~GeneralElectricCriticalequality(X)Boiling'ength(L),GEXLcorrelation.ThegEXL<correlationisvalidovertherangeoicondi-'.ionsusedinthetes.soTthedatausedtodeveloothecorrelation.Tnerequiredinputto.thestatisticalmodelaretheuncertaintieslistedinBasesTableB2.1.2-1andthenominalvaluesofthecoreparameterslistedinBasesTable82.1.2-2.ThebasesforiheuncertaintiesinthecoreparametersaregiveninHEDO-20340andthebasisfortheuncarainiyinthe(GEXL~correlationisIaivenintlEOO-109i8-A.Thepowerdistributionisbasedonatypical764$assemblycore'nwhichtherodpatternwasarbitrarilychosentoproduceaskewedpowerdisributionhavingthegreatestnumberofassembliesatthehiahestpowerle'vels.Theworstdisributiondurinaaryfuelcyclewouldnotjbeassevereasthedisributionusedintheanalysis.a.-teneraielectric8'AIRThermalAnalysisBases(GETAB}Data,CorrelationandOesicnApplication,"tiEOO"10958-A.b.GeneralElectric"ProcessCorn=uterPerformanceEvaluationAccuracy"REDO-20340andAdmendmentI,i",EDO-20340-1dated'une1974andOecamiber9.4,.s-actively.GES7ARSXl~ilP-PitlT2Tit(~iIR/6}B.Z-Z

8asesTable82.1.2-1UNCRTAINTISUSEDINTHEDETERMINATIONIOFTHEFUELCLADDINGSAFETYLIMIT"OUaflT1VFeedwaterFlowFeedwatarTemperatureReacorPressureCoreInleTemoeratureCoreTotalFlowChannelFlowAreaFricionFactorMult'plierChannelFrictionFactorMultiplierTIPReadinasRFactorCritic=-1PowerStandardDeviaiion.(~ofPoint)(1.76)(0.76$(0.5)(0.2J(2.5j$3.0$f10.0$$5.0$$6.3ygl.5).'neuncer-.aintyanalysisusedtoestablish'hecorewideSafetyLinitMCPRisbasedontheassumptionofquadrantpowersymmetryforthereactorcore.MfP-UiVIT2~~~(BiR/5)

8asesTable82.1.2-2HOMINALVALUESOFPARAMETERSUSEDINTHESTATISTICALANALYSISOFFUELCLADD:HGINTEGRITYSAFETYLIMITTHERMni.PO'w'ERCoreFloeDemePressureChannelFlowAreaR-Factor$3323)-tM'108.5).Hlb/hr(1010.4}.psig$0.1089)-ftHiahenrici"ament-gl.043)Mediumenrichment'-$1.039)Lowenrichmen-$1.030)-QfP-UNIT2'l.)8.2-4

SAFETYLIMITSBASES2.1.3REACTORCOOLANTSYSTEMPRESSURETheSafetyLimitforthereactorcoolantsystempressurehasbeenselectedsuchthatitisatapressure'belowwhichitcanbeshownthatiheintegrityofthesystemisnotendangered.ThereactorpressurevesselisdesiqnedtoSec~ionIIIoftheASMEBoilerandPressureVesselCode1971Edition,includingAddendathroughEA5imefE.1.12,whichpermitsamaximumpressuretransientof$110@,$13753ps>g,ordesignpressure,(1250)psig.TheSafetyLimitof$1325$psig,asmeasuredbythereactorvesse'lsteamdomepressureindicator,isequivalentto$1375)-psigatthelowestelevationofthe'eactorcoolantsystem.Thereactorcoolantsystemisdesignedtothe~I'~EAIMlBodPVdCglor+EditionincludingAddendathroughaummea1977forthereactorrecircu-lavvonpiping],whichpermitsamaximumpressuretransientof$120)~,fa586+'~4".r~4'i;--Zlp~I'H~waientoverpressureallowedbythe-(applicablecodes);(1)2.1.4REACTORVESSELMATERLEVELMithfuelinthereactorvesselduringperiodswhenthereactorisshutdown,considerationmustbegiventowaterlevelrequirementsduetotheeffectofdecay.heat.Ifthewaterlevelshoulddropbelowthetopofheactiveirradiatedfuelduringthisperi'od,theabilitytoremovedecayheatis.reduced.Thisreductionincoolinq'capabilitycouldleadtoelevatedcladdingtemperaturesandcladperforation>ntheeventthatthewaterlevel.becamelessthantwo-thirdsofthecoreheight.TheSafetyLimithasbeenestablishedatthetopoftheactiveirradiatedfueltoprovideapointwhichcanbemonitoredand.alsoprovideadequatemarginforeffectiveaction..(1)The.-'~..ign,pne's"".esere.1250ps~$ozsu~onpap<'ng,1650ps~(ore~chang~pc.p~ng~oChemito$~axdQcharcgebroochvaLvh,and1550ps~g)oe<he.cemainden,o)NedQctumge,pipingN~/mvessMnozzfes.The.p~essufEeSa)el."y~mselected~obe,~he.LoEoesl~ns~eatoveff.pcessuffeaLLoivedby4hzapp&caMe.codes.QfP-UNIT2~~~BMR/5)"B2-5

2.2LIMITIHGSAFETYSYSTEMSETTIHGSBASES2.2.1REACTORPROTECTIONSYSTEMIHSTRUMEHTATIONSETPOIHTSTheReactorProtectionSysteminstrumentationsetpointsspecifiedinTable2.2.I"Iarethevaluesatwhichthereactortripsaresetforeachpara-meter.TheTripSetpointshavebeenselectedtoensurethatthereactorcoreandreactorcoolantsystemarepreventedfromexceedingtheirSafetyLimitsduringnormaloperationanddesignbasisanticipatedoperationaloccurrencesandtoassistinmitigatingtheconsequencesofaccidents.OperationwithatripsetlessconservativethanitsTripSetpointbutwithinitsspecifiedAllowableValueisacceptableon'hebasisthatthedifferencebetweeneach.TripSetpointandtheAllowableValueis[foreachtripinthesafetyanalyses.The,~paMp~andaLEolabZeva".u~waQocoxswaina~onat'.mung~(on,~~eataccunacyandeaLib~oncapab~l.IntermediateRangeMonitor,NeutronFlux"HiohTheIRMsystemconsists.of8chambers,4ineachofthereactortripsystems.TheIRMisa5'decade10rangeinstrument.Thetripsetpointof120divisionsofscaleisactiveineachofthe10ranges.ThusastheIRMisrangeduptoaccommodatetheincrease.inpowerlevel,thetripsetpointisalsorangedup..TheIRMinstrumentsprovideforoverlapwithboththeAPRMandSRMsystems.Themostsignificantsourceofreactivitychangesduringthepbwerincreaseisduetocontrolrodwithdrawal.InordertoensurethattheIRMprovidestherequiredprotection,arangeofrodwithdrawalaccidents~havbeenanalyzed.TheresultsoftheseanalysesareinSection~i-.H+oitheFSAR.Themostseverecaseinvolvesaninitialcondition'inwhichTHERMALPOltiERisatapproximately$1)XofRATEDTHERMALPOWER.Additionalconserva-tismwastakeninthisanalysisbyassumingtheIRMchannelclosesttothecontrolrodbeingwithdrawnisbypassed.Theresultsofthisanalysisshowthatthereactorisshutdownandpeakpowerislimitedto(21gofRATEDTHERMALPOWER*withthepeakfuelenthalpywellbelowthefuel'failurethreshold(of$170$caI/gm.Basedonthisanalysis,theIRMprovidesprotectionagainstlocalcontrolroderrorsandcontinuouswithdrawalofcontro'irodsinsequenceandprovidesbackupprotectionfor'theAPRM.2.AveragePowerRangeMonitorForoperationatlowpressureandIowflowduringSTARTUP;theAPRMscram'ettingof$15/~ofRATEDTHERMALPOMERprovidesadequatethermalmarginbetweenthesetpointand'theSafetyLimits.Themarginaccommodatestheanticipatedmaneuversassociatedwith.powerplantstartup.Effec.sofincreasingpressureatzeroorlow.voidcontentareminorandcoldwaterfromsourcesavailableduringstartupisnotmuchcolderthanthatalreadyinthesystem.Tempera-turecoefficientsaresmallandcontrolrodpatternsareconstrainedby:heRSCSandO'M.'Ofallthepossiblesourcesofreactivityinput,uniformcontrolrod[anaUounnce)on,~ru4uuneMdni,$~specigcaHyaLCoca<ed]%1P-UNIT2~~v5-(.B'rIR/5)82-o

LIMITINGSAF~tYSYSTEMSttTINGSBASESREACTORPROTECTIONSYSTEMIHSTRUMEHTATIONSETPOIHTS(Continued}AveragePowerRanoeMonitor(Continued}withdrawalisthemostprobablecauseofsignificantpowerincrease.Becausethefluxdistributionassociatedwithuniformrodwithdrawalsdoesnotinvolvehighlocalpeaksandbecauseseveralrodsmustbemovedtochangepowerbyasignificantamount,therateofpowerriseisveryslow.Generallytheheat.fluxisinnearequilibriumwiih'hefissionrate.Inanassumeduniformrodwithdrawalapproachtothetriplevel,therateofpowerriseisnotmorethan$5)CofRATEDTHERMALPOWERperminuteandtheAPRMsystemwouldbemorethan.adequatetoassureshutdownbeforethepowercauldexceedtheSafetyLimit.The415)~neutronfluxtripremains'activeuntilthemodeswitchisplacedintheRunposition.TheAPRMtripsys.emiscalibratedusingheatbalancedatatakenduringsteadystateconditions.'Fissionchambersprovidethebasicinputtothesystemandthereforethemonitorsresponddirectlyandquicklytochangesduetotran-sientoperationforthecaseoftheFixedNeutronFlux-Upscale+18gsetpoint;i.e,forapowerincrease,theTHERMALPOMMERoithefuelwillbe'lessthanthatindicatedbytheneutronfluxduetothetimeconstantsoftheheattransferassociatedwiththefuel.FortheFlowBiasedSimulatedThermalPower-Upscalesetpoint,atimeconstantof$6$~secondsisintroducedintotheflowbiasedAPRMinordertosimulatethefuels'thermaltransientcharacteristics.Amore.conservativemaximumvalueisusedifortheflowbiasedsetpointasshowninTable2.2.1-1.TheAPRMsetpointswereselectedtoprovideadequatemarginfortheSafetyLimitsandyetallowoperatingmarginthatreducesthe'possibilityofunnecessaryshutdown.Theflowreferencedtripsetpointmustbeadjustedbythespecified5if'3.2.2idiitgihgMFLPOisgreaterthano"equaltoFRTPQ.3.Reac.orVesselSteamOomePressure"HighHighpressure.inthenuclearsystemcouldcausearuoturetothenuclearsystemprocessbarrier.resultinginthereleaseoffissionproducs..Apressureincreasewhileoperatingwillalsotendtoincreasethepowerofthereacorbycompressingvoidsthusaddingreactivity.Thetripwillquicklyreducetheneutronflux,counteractingthepressureincrease.Thetripsettingisslightlyhigherthantheoperatingpressuretopermitnormaloperationwithoutspurious.tr'1ps.Thesettingprovidesforawidemargintothemaximumallowabledes.ignpressureandtakesintoaccountthelocationofthepressuremeasurementcom-paredtothehiahestpressurethatoccursinthesystemduringatransient.ThistripsetpointiseffectiveatIowpower/flowcondiionswhentheturbinesTODvalveclosuretrips~bvpassed.Foraurbine'ripundertnese;conditions,thetransientanalysisindicatedanadequatemargintothethermal'hvdraulic1imit.i.Q/t,e,.RoadcejectionacI4ultMnecoetMZvalve%1P-UNIT2'fa6Csf!0sune,,a~dGi-STS(BMR/5}B2-7

LIMITINGSAFctYSYSTEM5"I>INGSBASESREACTORPROTECTIONSYSTEMENSTRUMNTATEONScETPOINTS(Continued)4.ReactorVesselMaterLevel-LowThereactorvesselwaterleveltripsetpoint~sbeenusedinransientdiHoperatingleveloavoidspurioustripsbuthighenoughabovethefueltoassurethatthereisadequateprotectionforthefuelandpressurelimits.5.HainStamLineEsolat'onValve-ClosureThemains-earnlineisolationvalveclosuretripwasprovidedtolimitheamountoffissionproductreleaseiorcertainpostulatedevents.TheHSEV'areclosedautomaticallyfrommeasuredparame+arssuchashighsearnflow,highsearnlineradiation,.lowreacorwaterlevel,highsteamvnnelemperature,andlowsteamlinepressure.TheHSIV'sclosurescramanticipatesthepressureandfluxtransientswhichcouldfo'liowHSIVclosureandtherebyprotacsreac.orvesselpressureandfuelthe....al/hydraulicSafetyLimits.6'ainSteamLineRadiaionHighTnemainsearnlinerzdiaiondeecorsareprovidedtodetecagrossiailureofheiuelcladding.Mhen.hehighradiat'.onisdetec+ed,atripisinitiatedtoreducethecontinuediailureoffuelcladding.A+hesanetimethemainsteamlineisolationvalvesareclosedtolimitthereleaseoffissionproducs.Thetripsettingishighenoughabove'backgroundradiationlevelstopreventspurioustripsyetlowenoughtopromptly'etecgrossfailuresinhefuelcladding.(+~diwas--kenforoperationofthistr'.p-inheemg7.fPrimarvCcntainmentf~~~Pressure-HighIHighpressureinthedr~i.ellcouldindicateabreakintheprimarypressureboundarysystems.Thereactoristrippedinordertominimizethepossibilityoffueldat;ageandreducetheamountofenergybeingaddedtothecoolantThetripsat:ingwassalec.edaslowaspossibleiwithoutcausingspurioustrips.Comiunu,=eheMCoaNo$eqcu'.pmei<Cocked~hentheprumacucoMaanmewtBZ-B-.and.Cowhe,pcimatqcontainment.

LIP>IT>hGSAFETYSYSTEMSEttIHG'~ASESREACTORPROTECTiONSYSTFMihSTRUMENTATIOHSETPOENTS(Continued)8.'cramOisc~~araeVolume'MaterLevel"HighThescramdischargevolumereceivesthewaterdisplacedbythemotionofthecontrolroddrivepistonsduringareactorscraa.Shouldthisvolumefilluptoapointwherethereisinsufficientvolumetoacceptthedisplacedwateratples5uresbelow65p5ig,coAtT'olrodinseri.ionwouldbehindered.Tnereactoristhereforet"ippedwhenthewaterlevelhasreachedapointhighenoughtoindicatethatiiisindeedtillingup,butthevolumeisstillgreaienoughtoaccommodatethewaterfromthemovementoftherodsatpressuresbelow63psigwhentheyaretripped.Thetripsetpointforeachscramdischargevolumeis.equivalenttoacontainedvolumeoff~).gallonsofwater.9.TurbineStopValve-Closure.~PE"~eA5l>Theturbinestopvalve~,cIosuretripanticipatesthepressure,neutronflux,andheatfluxincreasesthat,wouldresultfromclosureofthestopvalves.'diithatripsetingof~P~ofvalveclosure>romfullopen,theresultantinc",easainheatf>uxissuchth>atadequatethermalmarginsaremaintainedraxetttidurintheworstcasetransin,.es-(fai'I~)10.TurbineControlValveFastClosure,TrioOilPressure-Low11.ReactorModeSwitchShutdownPositionCcnisaredundantchanneltothesardprovidesaddi.'.oralmanualThereactormodeswi.chShutdownposit-'uomaticproeciiveinsr.>,entat-;onchan@elreac;or.ripcapabiiiiy.!2.ManualScram..;i~h,o)tNMhoMTheturbinecontrolvalve>astclosuretrip,'nticipatesthepre55ure,neutron>lux,andheatfluxincreasethatcould,result>rom>fasclosureoftheturbinecontrolvalvesduetoloadrejetion.coincidentwithfailureof.'heurbinebypassvalves.ThePeac.orProecionSys.emini.iaesarip~henfastclosureofthecontrolvalvesisinitatedbythe=asactingsole-noidvalvesandinlessthang3Pmillisecondsa>er>e5artofconrolvalve>a5tclosure..Thisisachievedbyhecc10AOTthefasac-ing'solenoidvalvesinrapidlyreducinghydraulictripoilpressureatthemaQturbinecontrolvalveactuatordiscdumpvalves.Tnislosso>pressureissensedbypressureswitcheswhosecontactsforaheone-out-of-two-twicelogicinputtotheReactorProtec.ionSystem.Thisripseting,aest~closureiime,andadifferentvaivecharac-eristicfromthatoftheturbine~stopvalve,co-,binetoproducetrKTlsientswhichareverysiimilartothatforth>esopvalve.Relevanttran-si>enianalysesarediscussedinSection~~).,of.heFinalSafetyAnalysisReport.(~5pg},hZONQCTheManualScramisinstrumentationchannels~Ž:>-S"(8'nR/4).Vi>P-0>>IT2aredundantchannelandprov>desmanual82-9totheautomaticproectivereac.ortr',pcapabili.y.

ScCTEOHSZ.Oand4.0LEMETEHGCOHOETEOHSFORQPKRATEONANOSURYEELLANCEREtlUERBiEHTS

')3/4.0APPLIC".SILITYL:Nii'.RGCONDETiONFORQPERATiQN3.0.1C"mpl',ancewiththeLimitinoCondi+ionsforOperaioncontainedinthesuccedingSoecificationsisrequiredduringtheOPE~ATiONALCGHOiiiONSoroti".erconditionsspecifiedtherein;exceptthatuponfailuretomeettheLimitingConditionsforOperation,theassociatedACTiONrequirementsshallbemet.3.Q.ZNoncompliancewithaSpecificationshallexiswhentherequirementsoftheLimitingCondiionforOperationandassociatedAC;iQHrequirementsarenotmetwithinthespecifiedtimeinte.vals.iftheLimitingCondi+ionforOperationisresoredpriortoexpirationofthespecifiedtimeintervals,c"mpletionoftheActionrequirementsisnotrequired.9.0.4~WhenaLimitingConditionforOperationisno"me,exceptasprovidedintheassociatedACT~ONrequirements,withinonehourecionsha11beinitiatadtoplacetheunitinanOPRATIONALCGNOiTiQNinwhich'.heSoecificationdoesnotapplybyplacingit,asappl.icable,in:l.AtleastSTARTUPwithinhenextahours,2.AtlestHOTSHUTDO'ANwithinthefollowing6hours,and3.AtleastCOLOSHUTGOMNwithinthesubsequent24hours.'//herecorrect;vemesuresarecompletedthatpermitopera.ionundertheACTiQHreauirements,theACTiONmaybetakeninaccordancwihthespecifiedimelimitsasm~suredfromthemeaffailuretomettheLimitingCondiionforOpe.ation.Exceptionstotheserequirementsares.atedintheindividualSceiications.ThisspecificationisnotapplicableinOP"=RATiOHALCGNOTTiQNor".,".0.5~EntryintoanOPERATiGNALCGHOITiNoroherspecifiedconditionshallnotmmadeunlessthecondi+ionsfortheLimitingCondiionforOaerationaremewithoutreI:anceonprovisionscontainedinheACTiQNrequirements.ThisprovisionsilallnotoreventoassagethroughortoQPERATTOHALCGNGiT::."==-=-requiredtocomplywithACTiONequirements.xceptionstotheserequ-i.-=:-..ensaresatedint,"ieindividualSoec-;fications.9.0.~0jhena.sg/s4en,sub/system,~n,componentondeviceisde/vninedCobeinoperableaoL<gbecause~emergencyporc<somceisinoperable,o~solelybecause~noenatpower-somceisinoperable,MmaobeconsideredOPERABLEfoe~hepopo/seo]s~(pingChecea~emewteoJ.~applicableLimiting'oncRtionfoxOpe.~<.on,provided:(1)~come/ponNngnoenaLozemergencypower,voiceisOPERABLE;and(2)a6'.o$,~.redundant;/sy/skins(s),oubbpCem(a),C~n(o),componen-'(s)anddevice(.s)meOPERABLE,oreNhe~eaatQ$yAexeocurceme~o$apecc.+cation3.0.4.UeCesabokhcon~on/s(1)and(2)mesathped,Zheunctsha&beplacedcnacon~onaCMedintheindividualspeci)i~on.3/".0-1

SURVEILLANCEREQUIREMENTS4.0.1SurveillanceRequirementsshallbemetdur'.ngtheOPERATIONALCQNOITIONSorotherconditionsspeciiedforindividualLimitingCondiionsforOperationunlessotherwisesatedinanindividualSurveillanceRequirement.4.0.2achSurveillanceRequirementshallbeperformedwithinthespecifiedtimeintervalwith:b.Amaximumallowableextensionnottoexceed25~ofthesurveillanceinterval,butThecombinedtimeintervalforany3consecutivesurveillanceintervalsshallnotexceed3.25timesthesoecifiedsurveillanceinterval.4.0.3Failuretoper,ormaSurveil'.anceRequirementwithinhespecifiedtimeintervalsl'allconstituteafailuretomeettheOPRABILrTYrequirementsforaLimitingConditionforOperation.ExcepionstotheserecuirementsarestatedintheindividualSpecificatons.Surveillancerquirementsdonothaveobeperformedoninoperableequipment.4.0.4EntryintoanOPERATIONALCONDITIONorotherspecifiedapplicableconditionshallnotbemadeunlesstheSurveillanceRequirement('s)associatedwiththeLimitingCondiionforOperationhavebeenperformedwithin'heapplicablesurveillanceintervalorasotherwisespecified.4.0.5SurveillanceRequirementsforinserviceinspecionandtestingofASMECodeClass1,2,83componentsshallbeapplicableasfollows:a.InserviceinspecionofASMECodeClass1,2,and3componentsandinservicetesingofASMECodeClass1,2,and3pumpsandvalvesshallbeoerformedinaccordancewithSecionXIoftheASMEBoilerandPressureVesselCodeandapplicableAddendaasrecuiredby10CFR50,Section50.55a(g),exceptwherespecificwritenreliefhasbeengrantedbyheCommissionpursuantto10CFR50,Secion50.55a(g)(6)(i).b.SurveillanceintervalsspecifiedinSectionXEoftheASMEBoilerandPressureVesselCodeandapplicableAddendafortheinserviceinspectionandtesingactivitiesrequiredbyheASMEBoilerandPressureVesselCodeandapplicableAddendashallbeapplicableasfollowsintheseTechnicalSpecifications:ASMEBoilerandPressureVesselCodeandapplicableAddenda'erminologyforinserviceir.soectionandtesincactiviiesRequiredfrequenciesforperormingir.serviceinspectionand.asingactivitiesMeeklyMonthlyquarterlyorevery3monthsSemiannuallyorevery6monthsEvery9monthsYearlyorannually~~t-Q:-bwst,At-l~stAt-b~tAt&mtonceonceonceonceonceonceper7daysper31daysper92daysper184daysper276daysper36odavsNMP-UNIT2~F-NS-(-B'~3/40"2

)SURYEiLL4NCEREOUiREMENTSContinued)c.TheprovisionsofSoecification4.0.2areappljcabletotheaboverequiredfrequenciesforperforminginserviceinspectionandtestingactivities.e.PerformanceoftheaboveinserviceinspectionandtestingactivitiesshallbeinadditiontootherspecifiedSurveillanceRequirements.NohingintheASMEHoilerandPressureYesselCodeshallbeconstruedtosupersedetherequirementsofanyTechnicalSoecification.3/40-3

3/4.IREACTIVITYCONTROLSYSTEMS3/4.1.ISHUTOOWHMARGINl.IMITIHGCONDITIONFOROPERATION3.1.1TheSHUTDOWNMARGINshallbeequaltoorgreaterthan:a.Q0.38)~deltak/kwiththehighestworthradanalyticallydetermined,arb.40.284deltak/kwiththehighestworthroddeterminedbytest.APPLICABILITY:OPERATIONALCOHOITIOHSI,2,3,4and5.ACTION:WiththeSHUTOOWHMARGINlessthanspecified:a.b.cInOPERATIONALCONOITIOHIor2,reestablishtherequiredSHUTOOWHMARGINwithin6hoursorbeinatleastHOTSHUTDOWHwithinthenext12hours.InOPERATIOHALCOHOITIOH3or4,immediatelyverifyallinsertablecontrolrodstobeinsertedandsuspendallac.ivitiesthatcouldreducetheSHUTOOWHMARGIH.InOPERATIOHALCOHOITIOH4,establishSECOHOARYCOHTAINMEHTINTEGRITYwithin8hours.InOPERATIOHALCOHOITIOH5,suspendCORLALTERATIOHS"andotheractivitiesthatcauldreducetheSHUTOQWHMARGIHandinsertallinsertablecontrolrodswithin1hour.EstablishSECOHOARYCONTAIN-!MENTIHTEGRITYwithin8hours.SURVEILLANCEREOUIREMEHTS4.1.1TheSHUTOQWHMARGIHshallbedeterminedtabeequaltoorgreaterthanspecifiedatanytimeduringthefuelcycle:a.Bymeasurement,priortoorduringthefirstsartupaftereachrefueling.b.C.Bymeasurement,within500MWO/TpriortothecoreaverageexposureatwhichthepredictedSHUTOOWHMARGIN,includinguncertaintiesandcalculatianbiases,isequaltothespecifiedlimit.72hpcuuWithineve~afterdetectionafawithdrawncontrolrodthatisimmovable,asaresultofexcessivefricionormechanicalinter-ference,orisuntrippable,exceptthattheaboverequiredSHUTOOWHMARGINshallbeverifiedacceptablewithanincreasedallowanceforthewithdrawnworthaftheimmovableoruntrippablecontrolrod."Exceptmovementaf[RMs,SRMsorspecialmovabledetectars.G~S+BWRH+NMP-UNIT23/4I"1

RICT'IYCONTROLSYSTE~'IS3/4.1.2REACTiVITYANOMALIESINITINGCGNOITIONFOROPERATION3.1.2ThereacivityequivalenceofthedifferencebetweentheacualRCOOEHSITYandthepredictedROOOEHSITYshallnotexcedi,odeltak/k.APPLCABILITY:OPERATIONALCONOiTIONS1ana2.ACTION:'liththereactivi.yequivalencedifferenceexceedingLodeltak/k:a.'within~Dhoursperformananalysistodetermineandexplainthecauseofthereacivitydifference;operationmaycontinueifthedifernceisexplainedandcorrec.ed.b.Otherwise,beinatleastHOTSHUTOOWNwithinthenextUhours.SURVEiLLANCEREOUIREHEHTS4.1.2Thereacivityequivalenceof'hedifferencebetweentheactualRODOEHSITYandthepredic.edROOOEHSITYshallbeverifiedobelessthanorequaltoljodeltak/k:a.OuringthefirststartupfollowingCOREALTERATIONS,andb.Atleastonceper31effectivefullpowerdaysduringPOWEROPERATION.i%1P-UNIT2~r5(BQR/5)3/d1-2

.REACTIVITYCONTROLSYSTEMS3/4.1.3.CONTROLROOSCONTROLROOOPERABILITYLIMITIHGCOHOITIOHFOROPERATION.3.1.3.1AllcontrolrodsshallbeOPERASLE.APPLICABILITY:OPERATIOHALCONOITIOHS1and2.ACTION:Ia.Withoneoontroirodinoperab'leduetobeingisssovabie,asaresuitofexcessivefrictionormechanicalinterference,orknowntobeuntrippable:'.Mithinonehour:a)Verifythattheinoper+lecontrolrod,ifwithdrawn,isseparatedframa11otherinaperabTecontrolrodsbyatleasttwocontrolcellsinalldirections.b)Oisarmtheassociateddirectionalcontrolvalves""hydrux~~byclosingWede.veuxu.'etcandexhamCeatmmo~onvalves.c)ComplywithSurvei11anceRequirement4.1.1.c.Otherwise,beinatleastHOTSHUTGOMNwithinthenext12hours.72.RestoretheinoperablecontrolrodtoOPERASLEstatuswithinNhoursorbeinatleastHOTSHUTOOWwithinthenext12hours.lithoneormorecontrolrodstrippablebutinoperableforcausesotherthanaddressedinACTIONa,above:Iftheinoperablecontrolrod(s)iswithdrawn,withinonehour:a)Verifythattheinoperablewithdrawncontrolrod(s)isseparatedframa11otherinoperablewithdrawncontrolrodsbyatleasttwocontrolce11sinalldirections,andb)Oemonstratetheinsertioncapabilityoftheinoperablewithdra~ncontrolrod(s)byinsertingthecontrolrod(s)atleastonenotchbydrivewaterpressurewithinthenormaloperatingrange".Otherwise,inserttheinoperablewithdrawncontrolrad(s)anddisarmtheassociateddirectiona'lcontrolvalves""either:a)Electrically,orb)Hydraulicallybyclasingthedrivewaterandexhaustwaterisolationvalves."he1noperauecantrolrodmaythenbewithdrawntoapositionnofurtherwithdrawnthanitspositionwhenfoundtobeinoperable.""Mayberearmedintermittently,underadministrativecontrol,topermittestingassociatedwithrestoringthecontrolrodtoOPERASLEstatus.NMP-UNIT2.CE-STS-(-SWaf5-3-3/41"3

REACTI'/ITYCONTROLSYST"~S'LIMITINGCONDITIONFOROPERATIONContrued)ACTION(Continued)a)L)Iftheinoperablecontrolrod(s)isinserted,withinonehourdisarmtheassociateddirecionalcontrolvalves""either:Electrically,orHydraulicallybyclosingthedrivewaterandexhaustwaterisolationvalves.L~Otherwise,beinatleasHOTSHUTDOWNwithinthenext~Dhours.53.TheprovisiodsofSpecification3.0/arenotaoplicable.Withmorethan8controlrodsinoperable,beinatleastHOTSHUTDOWNwithin'2hours.SUR'lEILLANCEREOUIREHENTS4.1.3.l.1ThescramdischargevolumedrainandventvalvesshallbedemonstratedOPERABLEby:a.-Atleastonceper31daysverifyingeachvalvetobeopen,"andb.AtleesonceperMdayscyclingeachvalvehroughatleastonecompletecycleoffulltravel.e4.1.3.1.2Whenaboveth,'glowpowersetpoint)-oftheRMMandRSCS,allwithdrawncontrolrodsnotrequiredtohavetheirdirectionalcontrolvalvesdisarmedelec.ricallyorhydraulicallyshallbedemonstratedOPERABLEbymovingeachcontrolrodatleastonenotch:a.Atleaptonceper7days,andb.Atleastonceper24hourswnenanycontrolrodisimmovableasaresultofexcessivefrictionormechanicalinterference.<.I.3.'.3A11controlrodsshallbedemonstratedOPERABL"byperformanceofSurveillanceRequirements4.1.3.2,4.'.3.4,4.I.3.S,4.1.3.8and<.l.3.7..Thesevaivesmaybeclosedintermitent,lyfortasingunoeradministrativecontrols.""May,berearmedintermitently,underadministrativecontrol,topermittestingassociatedwithrestoringthecontrolrodoOPERABLEstatus.i>iiP-UNIT2AP&67S-(BWR/8)3/41-4

REACTIVIT'(CONTROLSYSTEHSSUR'IEILLANCEREOUIRBIEHTSContinued)4.1.3.1.4ThescramdischargevolumeshallbedeterminedOPERABLEbydemonstrating:ThescramdischargevolumedrainandventvalvesOPERASLE~od.K&trAQBFatleastonceperopingcycLe~mMs,byverifyingthatthedrainandventvalves:,b.1.Close.within$30)secondsafterreceiptofasignalforcontrolrodstoscram,and2.Openwhenthescramsignalisreset.aydPropergfloatgglevelsensor/responsebyperformanceofaCHANNELFUNCTIONALTESTofthescramdischargevolumescramandcontrolrodatleastonceper31days/.GE-STS(BQR/5)3/41-5

REACTIVITYCONTROLSYSTEMSCONTROIROOMAXIMUMSCRAMINSERTIONTIMESLIMITINGCONDITIONFOROPERATION3.1.3.2Themaximumscraminsertiontimeofeachcontrolrodframthefullylwithdrawnpositiontonotchposition5basedonde-energizationofthescrampilotvalvesolenoidsastimezero,shallnotexceed7.0seconds.APPLICABILITY:OPERATIONALCONDITIONS1and2.'sb.TheprovisionsofSpSURVEILLANCEREUIREMEHTSACTEQM:a.Withthemaximumscraminsertiantimeofoneormarecantralrodsexceeding7seconds:1.OecIarathecontro1rod(s)wi/hthesiowinsertiontimeinoparahie,'land*2.PerformtheSurveillanceRequirementsofSpecification4.L3.2.cat.(ileastonceper60.dayswhenaperationiscontinuedwiththreearmoreljcontroirodswithmaximumscraminsertiontimesinexcessof7.0seconds.lOtherwisebeinatleastHOTSHUTDOWNwithin12hours.l5ecification3.0.garenotapplicable.IIs4.1.3.2Themaximumscraminsertiontimeofthecontrolrodsshallbedemonstratedthroughmeasurementwithreactorcoolantpressuregreaterthanorequalto950psigand,duringsinglecontrolrodscramtimetests,theeea4rWchang~ngmateriuu'LE6za.ForallcontrolrodspriortoTHERMALPOWERexceeding4NafRATEDTHERMALPOWERfollowingCOREALTERATIOHS"opafterareactorshutdownthatisgreaterthan120days.b.Forspecificallyaffectedindividualcontrolrodsfollowingmaintenanceonormodificationtothecantrolrodarcantrolraddrivesystemwhichcouldaffectthescraminsertiontimeofthosespecificcontrolrods,andc.Faratleast1(Cofthecontrolrads,onarotatingbasis;atleast'nceperI20daysofPOWEROPERATION.INI,radmovement.NMP-UNIT2%~Mls)3/41-6

REACTIVITYCONTROLSYSTEMSCONTROLRODAVERAGESCRAMINSERTIONTIMESLIMITINGCONOITIONFOROPERATION3.1.3.3TheaveragescraminsertiontimeofallOPERABLEcantralrodsframthefullywithdrawnpositian,basedande-energizationofthescrampilotvalvesalenoidsastime'zero,shallnotexceedanyofthefollowing:PositionInsertedFramFullWithdrawn~45-3925~05AverageScramInserAPPLICABILITY:OPERATIOHALCOHOITIONS1andZ.ACTNN:Withtheaveragescraminsertiontimeexceedinganyoftheabovelimits,beinatleastHOTSHUTDOWNwithinXZhours.SURVEILLANCEREOUIREMENTS~I4.1.3.3Allcontrolrodssha11bedemonstratedOPERABLEbyscramtimetestingframthefullywithdrawnpositionasrequiredbySurveillanceRequirement4.1.3.Z.i@iP-UNIT2~~S-(BWR/543/41-7

REACTIVITYCONTROLSYSTEMSFOURCONTROLROOGROUPSCRAMINSFRTIONTIMESLMITINGCQNOITIONFOROP'ERATION3.1.3.4Theaveragescraminsertiontime,fromthefullywithdrawnposition,fortnethreefasestcontrolrodsin'eachgroupaffourcontrolrodsarrangedinatwo-by-twoarray,basedondeenergizationofthescrampilotvalvesolenoidsastimezero,shallnatexceedanyorthefollowing:PositionInsertedFramFullvWithdrawnAverageScramInser(~45392505APPLICABILITY:OPERATIONALCONOITIONS1andZ.ACTiON:~~0.45~i9+0.92+i~R-2.05~~3.70a.Withtheaveragescraminsertiontimesofcontrolrodsexceedingtheabovelimits:2.Oeclarethecontrolrodswiththeslowerthanaveragescraminsertiontimesinoperableuntilananalysisisperformedtodeterminethatrequiredscramreactivityremainsfartheslowfourcontrolrodgroup,and4PerformtheSurveillance'RequirementsofSpecification4.1.3.2.catleastanceper60dayswhenoperationiscontinued<<ithanaveragescraminsertiontime(s)inexcessoftheaveragescraminsertiontimelimit.Otherwise,beinatleasHOTSHUTGOWNwithinthenext12hours.b.TheprovisiansofSpecification3.0.+arenatapplicable.5SURVEiLLANCEREOUIREMENTS.4.1.3.4AllcontrolrodsshallbedemonstratedOPERABLEbyscramtimetestingframthefullywithdrawnpositionasrequiredbySurveillanceRequirement4.1.3.Z.NNP-UNIT2~~i,:1WR/Q3/41-8

REACT>'lIi(CONTROLSYSTEMSCONTROLROOSCRAMACCUMULATORSLIMITINGCONOITIONFOROPERATION3.1.3.5AllcontrolrodscramaccumulatorsshallbeOPERABLE.APPLICABILITY:OPERATIONALCONOITIONSI,2and5".ACTION:a.b.InOPERATIONALCONOITIONS1or2:l.Withanecontrolrodscramaccumulatorinoperable,within8hours:a)RestoretheinoperableaccumulatortoOPERABLEstatus,orb)Oeclarethecontrolrodassociatedwiththeinoperableaccumulatorinoperable.Otherwise,beinatleastHOTSHUTOOWNwithinthenext.12hours.2.Withmorethanonecontrolradscramaccumulatorinoperable,declaretheassociatedcontrolrodsinoperableand:a)Ifthecontrolradassociatedwithanyinoperablescramaccumulatoriswithdrawn,immediatelyverifythatatleastonecontralraddrivepumpisoperatingbyinsertingatleastonewithdrawncontrolradatleastonenotchorplacethereactormodeswitchintheShutdownposition.b)Inserttheinoperablecontrolrodsanddisarmtheassociatedcontrolvalveseither:1)Electrically,or2)Hydraulicallybyclosingthedrivewaterandexhaustwaterisolationvalves.Otherwise,beinatleastHOTSHUTQOWNwithin12hours.InOPERATIONALCONOITION5":Withonewithdrawncontrolradwithitsassaciatedscramaccumulatorinoperable,inserttheaffectedcontrolradanddisarmtheassociateddirecionalcontrolvalveswithinonehour,either:a)b)Elecrically,orHydraulicallybyclosinghedrivewaterandexhaus-waterisolationvalves.2.Withmarethanonewithdrawncontrolrodwiththeassociatedscramaccumulatorinoperableornocontrolraddrivepumpoperating,immediatelyplacethereactormodeswitchintheShutdownposition.c.,TheprovisiansofSpecification3.0./arenotapplicable.5'AtTeasttheaccumulatorassociatedwitheachwithdrawncontrolrod.NotaoplicabletacontrolrodsremovedperSpecification3.9.10.Ior3.9.10.2.NMP-UNIT23/41-9

REACTIVITYCONTROLSYSTBISSURVEILLANCEREOUIRHlENTS4.1.3.5aob.FachcontrolrodscramaccumulatorshallbedeterminedOPERABLE:<4OAtleastonceoer7daysbyverifyingthattheindicatedpressuredisarmedorscrammed.valves,opeca~geyKaAtleastonceper~eeehs.by:Performanceofa:a)CHANNEL,FUNCTIONALTESToftheleakdetectors,andb)CHANNELCALIBRATIONofthepressuredetecors,andverifyingana'1armsetpointof$9403-+(30$,+0/psigondecreasingpressure.thatpeachindividual)accumulatorcheckvalvemaintains/theassociatedpaccumulatorpressureabovethealarmsetpoint~withnncontrolroddrive"8NMP-UNIT23/42"IO

REACTIVITYCONTROLSYSTEMSCONTROLROOOR!VECOUPLINGLIMITINGCONOITIONFOROPERATION3.1.3.6Allcantrolrodsshallbecoupledtotheirdrivemechanisms.APPLICABILITY:OP'ERATIONALCONOITIONS1,2and5~.ACTION:a.InOPERATIONALCONOITION1and2withone"controlradnotcoupledtoitsassociateddrivemechanism,within2haurs:1.IfpermittedbytheRWandRSCS,insertthecontrolraddrivemechanismtoaccomplishrecouplingandverifyrecauplingbywithdrawingthecontrolrad,and:a)Observinganyindicatedresponseofthenuclearinstrumentation,and2.b)Oemonstratingthatthecontrolrodwillnotgotatheovertravelposition.Otherwise,beinatleastHOTSHUTDOWNwithinthenext12haurs.Ifrecouplingisnotaccomplishedanhefirstattemptor,ifnot,permittedbytheRMHorRSCS,thenuntilpermittedbytheRWHandRSCS,declarethecontrolrodinoperable,insertthecontrolrodanddisarmtheassaciateddirectionalcantrolvalves""either:a)Electrically,orb)Hydr'aulicallybyclosingthedrivewaterandexhaustwaterisolationvalves.b.Otherwise,beinatleastHOTSHUTDOWNwithinthenext'2haurs.IrrOPERATIONALCONOITION5"withawithdrawncontrolradnotcoupledtoitsassaciateddrivemechanism,within2hours,either:1.Insertthecontrolrodtoaccomplishrecouplingandverifyrecouplingbywithdrawingthecontrolradanddemonstratingthatthecontrolrodwillnotgotatheavertravelpasition,orZ.Ifrecauplingisnotaccomplished,insertthecontrolrodanddisarmtheassaciateddirectionalcontrolvalves""either:a)Electrically,orb)Hydraulicallybyclosingthedrive~aterandexhaus-waterisolationvalves.C.TheprovisionsofSpecification3.0Aarenataaplicable.5'Atleasteach~ithdrawncontrolrod.NotapplicabletocontralrodsremovedperSpecification3.9.10.1or3.9.10.2.""Hayberearmedintermittently,underadministrativecontrol,topermittestingassaciatedwithrestoringthecontrolrodtoOPERABLEstatus.,NWP-UNIT23/41-11

REACTIVITYCONTROLSYST=ilSSURVEILLANCEREOUIREHENTSAdrivemechanismbyobservinganyindicatecresponseofthenuclearinstrumen-tationwhilewithdrawingthecontrolrodtothefullywithdrawnpositionandthenverifyingthatthecontrolroddrivedoesnotgototheover.ravelposition:a~b.C.PriortoreactorcriticalityaftercompletingCOREALTERATiONSthatcouldhaveaffectedthecontrolroddrivecouplingintegrity,Anytimetheco'ntrolrodiswithdrawntothe"Fu'llout"positioninsubsequentoperation,andFollowingmaintenanceonormodificationtothecontrolrodorcontrolroddrivesystemwhichcouldhaveaffectedthecontrolroddrivecouplingintegrity.iVi4P-UNZT2(GMR/5+3/41-12

REACTIVITYCONTROLSYSTBlSCONTROLROOPOSITIONIiiOICATIONL'MITINGCONOITIONFOROPcRATIO3.l.3.7ThecontrolrodpositionindicationsystemshallbeOPERABLE.APPLICAB!LTY:OPERATIONALCONOITIONSI,2ana:"~.ACTION:a.InOPERATIONALCOHOITIOHIor2withoneormorecontrolrcdpositianindicatorsinoperable,withinonehour:1.Oeterminethepositionofthecontrolradby(analternatemethod),or2.MovethecontrolradtoapositionwithanOPERABLEpositionindicator,or3.WhenTHERMALPOWERis:a)Withinthe..IowRowersetpoint)-oftheRSCS:1)Oeclarethecontrolrodinoperable,and2)Verifythepositionandbypassingofcontrolrodswithinaperable"Full-in"and/or"Full-out".positionindicatorsbyasecondlicensedoperatororothertechnicallyqualifiedmemberoftheunittechnicalstaff.b)Greaterthanthe.lowpowersetpoint~oftheRSCS,declarethecantrolrodinoperable,insertthecontrolrodanddisarmtheassociateddirectionalcontrolvalves""eittier:1)Electrically,ar2)Hydraulicallybyclosingthedrivewaterandexhaustwaterisolationvalves.Otherwise,oeinatleastHOTSHUTGOWNwithinthenext12hours.InOPERATIOHALCONOITIONP-withawithdrawncontrolrodposi'onindicatorinoperable,movethecontrol.rcdtoapositionwithanOP'ERABLEpositionindicatororinsertthecontrolrad.5TheprovisionsofSpecificatian3.0/arenotapplicable.'Atieasteacnwithdrawncontrolrcd.NatapplicabletocontrolrodsremovedperSpecification3.9.10.1or3.9.10.2.""Mayberearmedintermittently,underadministrativecontrol,topermittestingassociatedwithrestoringthecontroliodtoOPERABLEstatus.iiMP-UiilIT2,WRfS)3/41-'3

REACTI'll~(CONTROLSYST<RSSURVEILLANCEREOUIRBIENTS4.!.3.7ThecontrolrodpositionindicationsystemshalloedeterminedOPERABLEbyverifying:QoAtleastonceper24hoursthatthepostionofeachcontrolrodisindicated,ThattheindicatedcontrolrodpositionchangesduringthemovementofthecontrolroddrivewhenperformingSurveillanceRequirement,4.1.3.1.2,andC.Thatthecontrolrodpositionindicatorcorrespondstothecontrolrodpositionindicatedbythe"Fullout"positionindicatorwhenperformingSurveillanceRequirement4.1.3.6.b.~~MlP-UNIT23/4I-14

REACTI'/ITYCONTROLSYSTEMSCONTROLROOORB/EHOUSINGSUPoORT'MITINGCONOITIONFOROPERATION3.'.3.8Thecontrolroddrivehousingsuopor:shallbeinplace.APPLICABILITY:OPERATIONALCQNOITIONS1,2and3.ACT'ON:'<liththecontrolroddrivehousingsupportnotinplace,beinatleastHOTSHUTOOWNwithin12hoursandinCOLOSHUTGOMNwihinthefollowing24hours.SURVEILLANCEREQUIREMENTS4.1.3.8Thecontrolroddrivehousingsuppor.shallbeverifiedtobeinplacebyavisualinspectionpriortostartupanytimeithasbeendisassembledorwhenmaintenancehasbeenperformedinthecontrolroddrivehousingsupportarea.3/'<1Ic

REAC.IVITYCONTROLSYSTEMS3!4.l.<CONTROLROOPROGRAMCONTROLSRODWORTHMINIMIZERLMITINGCONDITIONFOROPERATION:-.'.4.lTherodworthminimizer(RWH)shallbeOPERABLEtAPPLICABILITY:OPERATIONALCONOITIQHS1and2".,when~dERMALPOWERislessthanorequalto$20+~orRATEDTHERMALPOWER,theminimumallowable~~ACTION:a.b.WiththeRWMinoperable,verifycontrolrodmovementandcompliancewiththeprescribedcontrolrodpatternbyasecondlicensedoperatororothertechnicallyqualifiedmemberoftheunittechnicalstaffwhoispresentatthereactorcontrolconsole.Otherwise,controlrodmovementmaybeoniybyac:uatingthemanualscramorplacing.thereactormodeswitchinheShutdownposition.TheprovisionsofSpecification3.0./arenotapplicable.5SURVEILLANCEREQUIREMENTS4.j.4.1TheRMshallbedemonstratedOP'ERABLE:a.0.cInOPERATIONALCONDITION2within8hourspriortowithdrawalofcontrolrodsforthepurposeormakingthereac.orcritical,andinOPERATIONALCONDITIONjwithin8hourspriortoRWMautomaticinitiationwhenreducingTHERMALPOWER,byverifyingproperindi-cationoftheselectionerrorofatleastoneout-or-sequencecontrolrod.InOP'ERATIONALCONDITION2within8hourspriortowithdrawalofcontrolrodsforthepurposeofmakingthereac.orcritical,byverifyingtherodblockfunctionbydemonstratinginabilitytowithdrawanout-of-sequencecontrolrod.InOPERATIONALCONDITION1withinonehourafterRWMautomaticinitiationwhenreducingTHERMALPOWER,byverifyingtherodblockfunctionbydemonsratinginabilitytowithdrawanout-of-sequencecontrolrod.BydemonstratingthatthecontrolrodpatternsandsequenceinputtotheRWMcomputerarecorrectlyloadedfollowinganyloadingoftheprogramintothecomputer."ntryintoOP.AOHALCONDITION2andwithdrawalofseFectedcontrolrodsispermittedforthepurposeofdeterminingtheOPERABILITYoftheRWMorortowithdrawalafcontrolrodsforthepurposeofbringingthereactortocriticality.IVWP-UIVIT2At3/41-16

REACTIVITYCONTROLSYSTEMSRODSEOUEHCECONTROLSYSTEM(Optional,BankedPositionType)LrMITINGCONOITIOHFOROPERATIONS.i.t.2Therodsequencecontrolsystem(RSCS)shallbeOPERARLo.APPLICABILIT.:OPERATIONALCONQITIOHS1and2",whenTHERMALPOWERislessIma.!.:lACTTON:a.b.WiththeRSCSinoperable,controlrodmovementshallnotbepermitted,exceptbya'scram.Withaninoperablecontrolrod(s),OPERABLEcontrolrodmovementmaycontinuebybypassingtheinoperablecontrolrad(s)intheRSCSpro-videdthat:1.Thepositionandbypassingofinsoperablecontrolrodsisverifiedbyasecondlicensedoperatororothertechnicallyqualifiedmemberortheunittechnicalstaff,and2.Therearenotmorethan3inoperablecontrolrodsinanyRSCSgroup.SURVEILLANCEREOUIREMENTS4.1.4.2TheRSCSshallbedemonsratedOPERABLEby:a.b.Performanceora/self-test):Ilai~l.Within8hourspriortoeachreactorstartup,and2.PriortomovementoracontrolrodafterrodinhibitmodeautomaticinitiatianwnenreducingTHERMALPOWER.Attemptingtoselectandmoveaninhibiadcontrolrod:I.Afterwithdrawalorthefirsinsequenccontrolrodforeachreactorstartup,and2.WithinonehourafterrodinhibitmadeautomaticinitiationwhenreducingTHERMALPOWER.ee~pecsaic'estException3.10.24EntryintoOPERATIOHALCONOITION2andwithdrawalorselectedcontrolrodsispermittedforthepurposeofdeterminingtheOPERABILITYortheRSCSpriortowithdrawalorcontrolrodsforthepurposeorbringingthereactortocriticality.>VIP-UNIT23/41"17b

REACTIVITYCONTROLSYSTEMSROOBLOCK'MONITOR'.'MITINGCOHOITIOHFOROPERATION3.j.4.3Bothrodblockmonitor(RBM)channelsshallbeOPERABLE.A.PLICABILITY:OPERATIONALCONOITION~,~henTHERMALPOWERisgreaterthanorIGl"l>>EE..ACTION:a.WithoneRBMchannelinoperable:1.Verifythatthereactorisnot.operatingonaLIMITINGCONTROLROOPATTERN,and2.RestoretheinoperableRBMchanneltoOPERABLEs-atuswithin24hours.Otherwise,placetheinoperablerodblockmonitorchannelinthetrippedconditionwithinthenexthour.b.~WithbothRBMchannelsinoperable,placeatleastoneinoperablerodblockmonitorchannelinthetrippedconditionwithinonehour.SURVEILLANCEREOUIRBIEHTS4.j.4.3EachoftheaboverequiredRBMchannelsshallbedemonstratedOPERABLEbyperformanceofa:a.CHANNELFUHCTIOHALTESTandCHANNEl.CALIBRATIONatthefrequenciesandfortheOPERATIONALCONOITIONSspecifiedinTable4.3.6-i.b.CHANNELFUNCTIONALTESTpriortocontrolrodwithdrawalwhenthereactorisoperatingonaLIMITIHGCONTROLROOPATiERN.iVh(P-UNIT23/4I-'8

REACTIVITYCONTROLSYSTEHS3/4.1.5STAHOBYLIOUIOCONTROLSYSTBlLIl<ITIHGCOHOITIONFOROPERATION-3.1.5ThestandbyliquidcontrolsystemshallbeOPERABLE.APPLICABILITY:OPERATIONALCOHOITIOHSl,2,and5"ACTION:a.b.InOPERATIONALCOHOITIONlor2:l.Withonepumpand/oroneexplosivevalveinoperable,restoretheinoperablepumpand/orexplosivevalvetoOPERABLEstatuswithin7daysorbeinatleastHOTSHUTOOWNwithinthenext12hours.2.Withthestandbyliquidcontrolsystemotherwiseinoperable,restorethesystemtoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTOOWNwithinthenext12hours.InOPERATIONALCONOITIOH5":Withonepumpand/oroneexplosivevalveinoperab'le,restoretheinoperablepumpand/orexplosivevalvetoOPERABLEstatuswithin30daysorinsertallinsertablecontrolrodswithinthenexthour.2.Withthestandbyliquidcontrolsystemotherwiseinoperable,insertalIinsertablecontrolrodswithinonehour.SURVEILLANCEREOUIREMEHTS4.1.5Thestandbyliquidcontrolsyst:emshallbedemonstratedOPERABLE:a.Atleasonceper24hoursbyverifyingthat;~nCheaComgyWnh1.Thetemperatureofthesodiumpentaboratesolution+is~AH~0>70FocFige'.t.5-2.Z.Theavailablevolumeofsodiumpentaboratesolutionis~~.~binCheD~o$g.grate,3.TheheattracingcircuitisOPERABLEbydeterminingthetemperatureofthe/pumpsuctionpiping)tobegreaterthanorequalto$?Op'F:o<F~gcvae3.1.5-2."Withanycontrolrodwithdrawn.HotapplicabletocontrolrodsremovedperSpecification3.9.10.1or3.9.l0.2.e.>IIMP-UNIT23/4L-l9

REACTIVITYCONTROLSYSTEMSSURVEILLANCEREQUIREMENTSContinuedb.Atleastonceper31daysby:2.Verifyingthecontinuityoftheexplosivecharge.nMDeterminingthattheavailable4'weightofsodiumpentaborateisgreaterthanorequalto$568/-lbsandtheconcentrationofboroninsolutioniswithinthelimitsofFigure3.L.S-Lbychemicalanalysis."3.Verifyingthateachvalve,manual,po~eroperatedorautomatic,intheflowpaththat.'isno'tlocked,sealed,orotherwisesecuredinposition,isinitscorrectposition.c.,Demonstratingthat,whentestedgpursuanttoSpecification4.0e5~atapressureofgreaterthanorequalto$L220$psigismet.opingcgMed.Atleastonceper~~aerdAs-duringshutdownby:1.Initiatingoneofthestandbyliquidcontrolsystemloops,includinganexplosivevalve,andverifyingthataflowpathfromthepumpstothereacorpressurevesselisavailablebypumpingdemineralizedwaterintothereactorvessel.Thereplace-mentchargefortheexplosivevalveshallbefromthesamemanufacturedbatchastheonefiredorfromanotherbatchwhichhasbeencertifiedbyhavingoneofthatbatchsuccessfullyfired.Bothinjectionloopsshallbetestedin36months.g2.Demonstratingthatthepumpreliefvalvesetpointislessthanorequai.to~dightpsigandverifyingthatthereiiefvaivedoesnotactuateduringrecircuiationtothetesttank.pi387mtthnohonkpaaasuaa3.""Demonstratingthat,al1heattracedpipingbetweenthestoragetankandthereactorvesselisunblockedby(pumpingfromthestoragetanktothetest,tank)andthendrainingandflushingthepipingwithdemineralizedwater.a4.Demonstratingthatthe,storagetankheatersareOPERABLEbyverifyingtheexpectedtemperatureriseforthesodiumpentaboratesolutioninthestoragetankaftertheheatersareenergized.ThisresTshaii.a'Isobeperformedanytimewaverorboronisaddedtotahedp'olutionorwhenthesgutiontemperaturedropsbelow.""Thistestshallalsobeperformedwheneverbothheattracingcircuitshavebeenfoundtobeinoperableandmaybeperformedbyanyseriesofsequential,overlappingortotalflowpathstepssuchthattheentireflowpathisincluded.QfP-UNIT2~MS-(BMR/5)3/4L-20

OVO15.0Ch~fCl3TCDIWC3CDCJCDI-LalCLICDCDl/l1a.n13.813.41312.9UNLEVELhLARMRFGIONOFhPPROVEDVOLllHE>>CONCEtmlATIONMORh(AtMINIHUHREQUIREDCONCENTRhTIONLINF.OVERHAMVOLlME12.0440045on4600ann4800aann49an5000-51005200V-NErVOLUtfE(C:aLLONS)FICURE3.1.5-1SODIUH-PfttTABORATETAtiKYOLUHEvsCOt(CEtiTRATIOtiRE(UIRfblftiTSNt1P-UNIT2

90OPERAT7ONRANGEOPERATlNGLlhtlT60UNACCEPTABLERANGE5010rqr~--r~-1520Concentration,(+bgaueight)SODluhlPENTABORATESOLUT1ONTEhlPERATURE/CONCEMTRATIONREOU7REhlBITS

3/4.2PQ'~'EROISTRIBUTIONLIMITS3/<.2.'1AVERAGEPLANARLr'NEARHEATGFNERATIONRATiLIMITINGCONOITIONFOROPERATiON3.2.1AllAVERAGEPLANARLrNEARHEATGENFRATIONRATES(APLHGRs)foreachtypeoffuelasafuncionofAVERAGEPLANARDPQSUREshallnot,exceedthelimitsshowninFigure3.2.1-1,APPLICABILITY:OPERATIONALCCNOITION1,whenTHERMALPOWERisgreaarthanorequalto25)~ofRATED'HERMALPOMER.ACTIQH:NthanAPLHGRexceedinghelimisofFigure3.2.1-1,initiatecorreciveactionwithin15minutesandrestoreAPLHGRtowithintherequiredlimitswithin2hoursorreduceTHERMALPO'n'ERtolessthan(25)~ofRATEDTHERMALPOWDERwihinthenext4hours.SURVEILLANCEREQUIRBiENTS4.2.1A11APLHGRsshallbeverif',ed.tobeequaltoorlessthanthelimitsdeterminedfromFigures3.2.1-1,a.Atleastonceper24hours,b.Within32hoursaf.arcompletionofaTHERMALPOWDERincreaseofa-leasI~ofRATEDTH=.".MALPOSER,andc.Initiallyandatleastonceper12hourswhenthereacorisooeratingwithaL:NITINGCQNTRQlROOPATTERNforAPL..GR.MtP-UNIT2GHATS-(B'AR/5)3/42"1

12,5II!1~,12,0+P04l~S11.5<~11.03~w~I~I>cmM10.5LATER10.09.55.000..10,00015.00020,00025,0ghVERAGEPUWAREXPOSURE{~L)HhXIAkthVERAGEPLANARLit(EARIlfhTGERERhTIONRATC{IQPLIIGR)VERSUSAVERAGEPLAHAREXPOSUREINITIALcoREfufLTYPESOcRIa>,acR2)XNoOCRlllfigurc2.2.I-l30,0M~~I~~IINhll'-IINT'I'~~

POWERDISTRIBUTIONLIMITS3/4.2.2APRMScIPOIHTSLIMITIHGCONQITIQHFOROPERATION3.2.2TheAPRMlowbiasedsimulatedthermalpower-upscalescramtripsetpoint(d)'andfioubiasedneutronflux-unsca'lecontrolrodoiocxtriPsetPoint(sp>)shallbeestablishedaccordingtothefollowingrelationships:TREPSETPOINTS<(0.66W+(51)~)TSRB<(0.55W~(42)X)TALLOWABLEVALUES<(0.56W~(5$)A)TSRB<(0.55W~(dI5)X)T~here:5andSRBareinperentofRATEDTHERl&LPOWER,]Op.5W=Looprecirculation.lowasapercen-ageafhe<locorecirculationflawwhichproducesaratedcoreflowof~~millianlbs/hr.T=Lowestvalueof-heratio/FRACTIONOFRATEDTHFRMALPOWERdividedbytheAXIMUMFRACTIONCOREOF.LIMITINGPOWEROEHSETY).T~aug'.edaalua5ZmakhanoxeoCo1.0APPLICABILITY:OPEPMTIOHALCONDITIONI,whenTHERMALPOWERisgreaterthanorequaltof25)XofRATEDTHERMALPOWER.ACTION:WiththeAPRMflawbiasedsimulatedthermalpowerupscalescramtripsetpointand/ortheflowbiasedneutronflux-upscalecontrolrodblocktripsetpointlessconservativethanthevalueshownintheAllawableValuecolumnforSorSRn,asabovedetermined,initiatecorrectiveactionwithin15minutesandadjustSknd/orStobeconsistentwith.theTripSetpaintvalue("t-within8hoursorreduceTHESALPOWERtolessthan$25)~ofRATEDTHERMALPOWERwithin)thenext4hours.SURVEILLANCEREQUIREMENTSCsMFLPO4.2.2The~~~FRTPandthe.-af-~shallbedetermined,thevalueofTcalculated,and'hemostrecentactualAPRMflowbiasedsimulatedthermalpowerupscalescramandflowbiasedneutronflux-upscalecontrolradblacktripsetpointsverifiedtobewithintheabovelimitsaradjusted,asrequired:a.Atleastonceper24hours,b.Within12hoursaftercompletionofaTHERMALPOWERincreaseofatleast15"afRATEDTHERMALPOWER,andc.Initiallyandatleastonceper12hourswhenthereactorisoperatingCMFLPP~CMFLPOs~e("WithgreaterthantheFRTPep-t~~.""',ratherthanadjustingtheApRMsetpoints,theAPRMgainmaybeadjustedsuchthatAPRMeadingsaregreaterhanordoesnotexcedF00r"....andanoticeofadjustment.)ispostedanthereactorcontrolpanel.)acaZe,i%/P-UNIT2CWFLPO3/42-/9

3/.2.3NIH.st:UNCR'sICALPO'r'ERRATsOL'MliIHGCOHO.'TIONFGR"PE;AT0'1.24)3.3.3Ti;e!IiN!l!llHfRi.'ECALPOal'3RATIO('!CPR):hentheRCPRlimittines".heKf.%o~1~4l,.-.~cI,Ibeequal:oorareataz3.2.3-3~4i~APPLICABILEtY:OPERATIGHALCONDITIONI,whenTHERMALPOMERisgreaterthanorequato2ofRATEDTHERMALPOWER.ACTTQN:ei~imt:...'-.ieepeMSpec-'"...,eraiion-may-aoaHnve-and-.-hepm~~of!"'-i,*.i'i4C%-.i~etew@ned~~v~ter-.than-c~~l~~~~CP~~4aes~~~Hfma~e.'40!is-NMI!'BR.sm3c,~)~:)PithM?RlesshantheMCPRlimittimesKshowninFigure3.2.3-1,initiatecorreciveactionwithinI"=minutesandresoreMCPRtowithintherequiredlimitwihin2hoursorreduceTHERMALPO'PIERtolessthanf25)XorRATEDTHiŽPEALPGMERwithintheenex4hours.SURVEILLAHCEREOUIREMEHTS4.2.3NCPRshallcedetapiDinedtobeequaltoorgreaterthantheMC.Rlimitde"rminedfromFigure3.2.3-1:a.Atleastonceper-24hours,b.Within12hoursafercomoletionofaTHERIQLPOWERincreaseofatleesI"ofRATEDTHERMALPOWER,andc.InitiaIIyandatleesonceper12hourswhenthereactorisoperatingwithaLrMITIHGCOHTROLROOPAtPERHforMCPR.NMP-UNET2C.(

~iri>fl~J>s>>>>>~~>>>i>>>>i%~l~h>>litrVI~">>>h~>~>>>~~>~>>~>>l>>i~>II~l))q)Ila)iilI@I4>o>i>>>>>>>~A>F\>~~~~~~~~~>~)~-~)~~i}tote))Thia..>,2I)HCPRopoperatinglihnon-conaervagr))eQaadatlratingliaf).Apitalpaathan)2fatanderertai~~:-.I~onaontoeanlttan:I:~~~)}caaatcirc)N)aea~~.1.)3l.0A);9.030I8I.Ji::Fl)vgICpre~~..L.~::::::'-Jpl/<(Rcss3Ik))s0F//dcrioN'r-pdRcH7or.cote:FM4NhlP-I)NIT2i))~~~~~~~>~~~~~~~~~~~

(LMITS3/4.2.4LNEARHEATGENERATIONRATEL'MIT"iNGCONDITIONFOROPERATION3.2.4TheLNEARHEATGENERATIONRATE(LHGR)shallnotexceed$13.4)kw/ft.APPLICA8ILITY:OPERATIONALCONDITION1,whenTHERMALPOWERisgreaterthanorecuaito2XofRATEDTHERMALPOWER.ACTION:WiththeL~GRofanyfuelrodexcedingthe1imit,initiatecorreciveactionwithin15minutesandrestoretheLHGRtowithinihelimitwithin2hours'orreduceTHER4%LPOWERtolessthan$25PofRATEDTHERMALPOWERwithinthenext4hours.SURVEILLANCEREOUIRc~ENTS4.2.4LHGR'ssi"allbedeterminedtobeequaltoorless.".antiNelimit:ta.Atleastonceper24hours,b.Wiwin12hoursaf.ercompletionofaTHLRMALPOWERincreaseofatlees18ofRATEDTHERMALPOWER,andc.Initiallyandat,lesonceper12hourswhenhereacorisooeratingonaLIMITINGCONTROLROOPAiIRNorLHGR.3/42P'S

3/4.3INSTRUMENTATION3/4.3.1REACTOR'PROTECTIONSYSTEMINSTRUMENTATION-SCRAMLIMITINGCONOITIOHFOROPERATION3.3.1Asaminimum,thereactorprotectionsysteminstrumentationchannelsshowninTable3.3.1-1shallbeOPERABLEwiththeREACTORPROTECTIONSYSTEMRESPONSETIMEasshowninTable3.3.1-2.APPLICABILITY:AsshowninTable3.3.1-1.ACTION:a.MiththenumberofOP'ERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirementforonetripsystem,placetheinoperablechannel(s)and/orthattripsysteminthetrippedcondition"withinonehour.TheprovisionsofSpecification+Ah4arenotapplicable.9,0.SWththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirementforbothtripsystems,placeatleastonetripsystem""inthetrippedconditionwithinonehourandtaketheACTIONrequiredbyTable3.3.1-1.SURVEILLANCEREOUIREMEHTS4.3.1.1EachreactorprotectionsysteminstrumentationchannelshallbedemonstratedOPERABI~bytheperformanceoftheCHANNELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALIBRAT'IONoperationsfortheOPERATIONALCONOITIONSandat,thefrequenciesshowninTable4.3.l.1"l.4.3.1.2LOGICSYSTEMFUNCTIONALTESTSandsimulatedautomaticoperationofallchannelsshallbeperformedatleastonceper~~~optingeyMa.oping4.3-1~3TheREACTORPROTECTIONSYSTEMRESPONSETIMEofeachreacortripfunctionalunitshowninTabIe3.3.1-2shallbedemonstratedtobewithinits1rmstatassr.onceper.Nbemnthe.EachtestshallincludeatleastonechannelpertripsystemsuchthatallchannelsaretastedatleastonceeveryNtimes~hereNisthetotalnumberofredundantchannelsinaspecificreactorripsystem.'24"An.inoperablechannelneednotbeplacedinthetrippedconditionwherehiswouldcausetheTripFunciontooccur.Inthesecases,theinoperablechanneIshallberestoredtoOP'ERABLEstatuswithin2hoursortheACTIONrequiredbyTable3.3.1-1forthatTripFuncionshallbetaken.~Ifmorechannelsareinoperableinonetripsystemthanintheother,placethetripsystemwithmoreinoperablechannelsinthetrippedcondition,exceptwhenthiswouldcausetheTripFunciontooccur.3/43-1.

,~

TAOLE3.3.1"1REACTORPAOTECTIOHSYSTEHIHSTAUHEttTATIOtt-SCRAhtflttlCTIOHALUHIT1.IntermeitiateRangeHonitors:a.tleulronFlux-llighAPPLICAOLEOPERATIOtthLCOtlDITIOHS2(b)5NIHlltUHOPFAAOLECllhlBIELS3&33ACTlollb.Inoperativeb.C.d.FlnwOiasedSimulatedThermall'ower-UpscaleFixeitfleutronflux-UpscaleInoperat.iveQeOownscale-3.ReactorVesselSl.earnDomelressur>>llighAeactorVesselMaterLevel-Low,Level3S.llainSt.eamLineIsolationValve-Closure2.AveragePowerRangetlonitora.tteutronFlux-Upscale,Setdown23,455(b)11,2352+0(e)1,2td)3332222244l123++I

TAttLE3.3.1-1(Continued)REACTORPROTECTIOHSYSTEMIHSTttlJHENATIOH-SCRAAIFltttCTIOHALUNIT6.tlainSteamLineRadlation-tllgh7.+@cary-Containmentg(Drywel1)-Pressure-lligh0.ScramDischarOeVolumeMaterLevet-IQghLevel-tllttha)Than6e~te45&ti~tbE4$-b)FloatSuitehu9.TurbineStopValve-Closure10.TurbineControlValveFastClosure,ValveTripSystemOilPressure-Low11.lteactorHo<toSwltchStuitdawnPosition12.HanualScramAPPLICABLEOl'ERATIOHALCOttDITIOtlS2~)le)2(f)~5(h)I2/~'")'(i)1(i)1,2351,2345HiltItlUHOPERABLECllAHtlEl.SPERTRIPSYSTEMa2(O)24(3)2(i)%2V2+2ACT10tl173)l.09I

TABLE3.3.1-1(Continued)REACTORPRGTECTiGHSVSTE.iiNSTRUHENTATIGHACiIOH.".CTiOHI-BeinatleastHOTSHUTOOWNwithinKhours.ACTION2-VerifyalIinsertablecontrolrodstobeinsertedinthecoreandlockthereactormodeswitchintheShutdownpositionwithinonehour.ACTiON3-SuspendalloperationsinvolvingCOREALTERATiGNS"andinsertallinsertablecontrolrodswihinonehour.ACTiGN4-BeinatleastSTARTUPwithin6hours.ACTION5-BeinSTARTUPwihhemainsearnlineisolationvalvesclosedwithin6hoursorinatleastHGTSHUTOOWHwi.hin~Mhours.ACTiON6iniiateareductioninTHERMALPOWERwithin1"-minutesandreduceturbinefirst.stagepressuretoCV.,within2hours.ACTTGN7-Veriyallinsertableconrolrodstobeinsertedwithinonehour.tACTION8-LockthereactormodeswithintheShutdownpositionwihinonehour.ACTiON9-Suspe..dal1operationsinvolvingCOREALTERATiONS",andinserallinsertablecontrolrodsandlockthereactormodeswitchintheSHUTDOWNpositionwithinonehour.<sessannCireautomatic6ypawseepoiet7"ExceptmovementofiRl".,SRHorspecialmovabledetecors,orreplacementofLPRHstr'ngsprovidedSRHinsrumentationisGPRABLEperSpecification3.9.2.NMP-UNiT2.'E"-SZS-~~~)3/d,

TABLE3.3.1-1(Continued)REACTORPROTECTIONSYSTEMINSTRUMENTATIONTABLENOTATIONS(a)(b)(c)Achannelmaybeplacedinaninoperablestatusforupto2hoursforrequiredsurveillancewithout.placingthetripsysteminthetrippedconditionprovidedatleastoneOPERABLEchannelinhesametripsystemismonitoringthatparameter.Theshortinglinks"shallberemovedfromtheRPScircuitrypriortoandduringhetimeanycontrolrodiswithdrawn"andshutdownmargindemonstrationsperformedperSpecification3.10.3.AnAPRMchannelisinoperableiftherearelessthan2LPRMinputsperlevelorlessthan~LPRMinputstoanAPRMchannel.(14)ThisfunctionisnotrequiredtobeOPERABLEwhenthereacorpressurevesselheadisunboltedorremovedperSpecification3.10.1.ThisfunctionshallbeautomaticallybypassedwhenthereactormodeswitchisnotintheRunposition.ThisfunctionisnotrequiredtobeOPERABLEwhenPRIMARYCONTAINMEHTINTEGRITYisnotrequired.)(g)AIsnactuatestbestandbygastreatmentsystem(h)Withanycontrolrodwithdrawn..NotaoplicabletocontrolrodsremovedperSpecification3.9.10.1or.3.9.10.2.Thisfunctionshallbeautomaticallybypassedwhenturbinefirststagepressure~(j)AlsoactuatestheEOC-RPTsystem."NotrequiredforcontrolrodsremovedperSpecification3.9.10.1or3.9e10.2.LeesChanoeequaLCo205o$~Line,$~C64xgepenance,mpa~,atvaLvmuu'.de,openbun,Line,~o~e,abeam'oe,eqtu.valentCoThevnaLPoemfewChan305o$RatedThetmaLPoem.ToaLEaefoe~m~e~onacuuuxcy,caLib~nanddrci$Ca,a~o~nto$17.08o$~Line.$~Ca4xgapnawune.~pa~mmed.l3/43-5

C.~TABLE3.3.1"25HFURCTIOllAL(IHITREACTORPROTECTlONSYSTEHRESPONSETillES-SCRAhlRESPOtlSE11MESeconds1.IntermediateRangeHonitors:a.lleutronFlux-llighb.InoperativeHAllA2.AveragePowerRangeHonitor":a.lleutronFlux-Upscale,Setdownb.FlowBiasedSimulatedThermalPower-Upscalec.FixedlleutronFlux-Upscaled.InoperativeBmssedelrn009AAc0.09-Hh'-HA-3~4,5.6.ll8.)I~9.10.ll11.12.ReactorVesselSteamOomePressure"liighReactorVessel.WaterLevel"Low,Level3HainSteamLinelsolat.ionValve-ClosureHainSteamLineRadiation-lllghPrimaryContainment,Pressure"lligh.ScramOischarqeVolumeHaterLevel-llighTurbineStopValve-ClosureTurbineControlValveFastClosure,TripOilPressure-LowReactorHodeS~itchShutdownPositionHanualScramc0.55c1.050.06BAUnllnc0.060.004AAUAUeutrondrtectorsareexempt.fromresponsetimetesting.Responsetimeshallbemeasuredfromthr.detrctnroutput.orfromtheinput.ofthefirstelectroniccomponentlnthr.channel.1~""llot.<ncludinqsimulatedthermalpowertimeconstant,6%0>seconds..NHeasuredfrnmstartofturbinecontrolvalvefastclosure.

IgFUHCTIotlALUtlITCHAHHELCgECKCtthttHELFUtlCTIOttALTESTOPERATIOHALCIIAttHEL()COtlDITIOHSFORMllICllCALIORATIOttSURVEILLAHCEREUIREDTABLE4.3.1.1-1REACTORPROTECTIOtlSYSTEHIttSTRUMEttTATIOHSURYEILLAtlCEREUIREHEttTS-SCRAhtl.IntermediateRangeHonttors:a.tteutronFlux-ttighrs/L",l,~'+sN",Mgg~"I3,4,5SASAb.InoperativetlAtlAAveragepower.Rangegenitor(f).a.HeutronFlux-S/,IS/0,MUpscale,SetdownSM2,3,0,523,5,4gaaIb.FlowBiasedSimulatedThermalPower-UpscaleS,D~MW,Mc.FixedHeutronflux"UpscaleM),SA,(Rf1M(d)SA4,1,2,3,5d.Inoperative+e~DownseA-e-3.ReactorVesselSteamDomePressure-High4.ReactorVesselMaterLevel-Low,Level35.llainSteamLineIsolationValve-Closure6.HainSteamLineRadiation"llighI.~ma~Genhahimen~grywe11)-Pressure-tlightlAtlAHA<<>t<<I1,21,22(i)1,2

fltttCTIOttALlttll1IAllI.EAI.3.1.I-I(Cui)lii)iiuKI)IILACIOIIIul()IECIIIIIISYSIEIIIIISYIIIIIIEIIYAIIOIISUIIIII.I~ILAIICEIIEIUllllllllll'lSCllhtIHELOl'LINIIOHhLClthtttIELFgttCTIOttALCtlhtlttEI.l'ONI)1110ttSt'OAWIIILIICIIECK1ESTChl.illghl'IONSIIAVE1LLhtICEAL'I)Illltflltl.910ll12+DNAttAHhScramIliscl)argeVuli)meWaterLevel-lligl)Tna))agSFloatRuitchehYe<<blueStepVe(uu-Clueure(IATuvbiii<<ControlValv<<Fast.Closu)eValvuTripSysteeiOilPiessi)re-l.uwIteact.uv!lodeSwit.cllSt)ulituwnPosiLio))HanualScraiaH0-H-R~(kjElt)-HAIN;(j)I,',s(>'.II,2,3,KI,51,2,3,YI,'4~e<<'"'cti!<<!"i<<(b)TI)e1AHaodSAHcliai)nelsst)allbeit<<t,vraiinedtooverlapforaLluasl(1/2)ducad<<sitiiviogvacl)start>>Paft).vin)telingOl'EIIATIOtlALCOHOI'flOH2a)idlt)eIAHanilhl'IIHchaniiulsstialIbuitvLevmiiivdl.uovevlapforaLleasL(1/2)decadesd>>ringeacl)cunlrolleilsliiilduwn,ifnolpevtoim<<itwiltiiiitileprevioiis7)lays.(c)Williiii24I)ourspiiurtosta)Lup,lfnot,performedwiLIiiiilheprevious7days.(il)Thiscalibrat.ionsliallconsistoftl)eailjustmenLotth<<hl'AHchai)nelLocu>>tu)mtutti<<puwurvaliiuscalculatedbyahealbalancediiringOPEINTIOINLCOtlgiT10ll1whuofIIEIIHAI.POMPEII>2'tIIA1LOTIIEAHALPOWEA.Ailjiist.IliuAl'AHchan)i).lifLlieabsuli)luil)ftu)i>>cvisgii:atvvLli.>>)2Xi)tIthfLOIHI:IIHAI.POWER.Ai)yAPAHchaonelgainadjust)()eotmadeI>>gumplia>>cuwilliSpecificaliuii3.2.2sliall>>ulI<>clu(tu)liiisletevmloi>>gthvabsulutviliffevvocu.(e)lliiscallbvaLioiishallconsistoftliua)ljustmL>>tofthehpAHfliwbiasedvl)a>>iiultucu>>fuvmluilcaIibrateilflowsi!pial.(f)'flicLI'IIHsshallbecalibrate)IallvasLoncepev1000<<ftuclivefiillpowevI)u>>vs(I'.I'I'll)iisingLlie1ll'yste)n.'(0)Verifymeasuvedcuvuflow-tobe-g)eaLevthan-orequaltuestalilist)e)t-core-H~~)t-L&.u~h)g-f+ow--eoot)olvalve-pos-IL-1-en;-0.064(l))TliiscalibraLIui)sl)allcoosistof(verifying)(tlieailjiislmeot.asveqlliveil,of)the6t5seco>>dsI)))>>latedthermalpowertimeconstanL.)(I)Tl)isfii>>cLio>>is>>oLruqillvedLobeOl'EINOLEwhvntl)eruacluvpvessurvv<<ss<<lliuailisvumovudpvvSpecificaLiu>>3.10.1.(j)Witt)aiiycoiitvuliuilwilhitiawn.ItuLalq)licablvLocoot)olvi)dsremovedpvrSpvcificatiu>>3.9.'10.1o)'3.9.10.2.{lzjCaP.)'.&nate.t'aipuniXaX,Pearloncepen3ldag4.{PjOnceeven(gopenatingcgcPe,penfionmacha))neP.fi))nett'onaCXesC)uiththemode.a)utchinatarcf<<p.

IHSTRUMEHTATIOH3/4.3.2ISOLATIONACTUATIONINSTRUMEHTATIOHLIMITIHGCOHOITIOHFOROPERATION3.3.2TheisolationactuationinstrumentationchannelsshowninTable3.3.2-1shallbeOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.2-2andwithISOLATIOHSYSTEMRESPONSETIMEas'showninTable3.3.2-3.APPLICABIL:TY:AsshowninTable3.3.2-1.ACTION:b.C.Withanisolationactuationinstrumentationchanneltripsetpointless.conservativethanthevalueshownintheAllowableValuescolumnofTable3.3.2-2,declarethechannelinoperableuntiltnecharnelisrestoredtoOPERABLEstatuswithitstripsetpoint.adjustedconsistentwiththeTripSetpointvalue.NththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirementforonetripsystem,placetheinoperablechannel(s)and/orthattripsysteminthetrippedcondition"withinonehour.TheprovisionsofSpecification3.0.Parenotapplicable.5WiththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirementforbothtripsystems,placeatleastonetripsystem""inthetrippedconditionwithinonehourandtaketheACTIONrequiredbyTable3.3.2"l."AninoperablechannelneednotbeplacedinthetrippedconditionwherethiswouldcausetheTripFunctiontooccur.Inthesecases,theinoperablechannelshallberestoredtoOPERABLEstatuswithin2hoursortheACTIONrequiredbyTable3.3.2-1forthatTripFunctionshall-betaken.""Ifmorechannelsareinoperable.inonetripsystemthanintheother,placethetripsystemwithmoreinoperablechannelsinthetrippedcondition,exceptwhenthiswouldcausetheTripFunctiontooccur.NMP-UNIT2uA.3/43-9

INST";-.'tENTATIONSUR'lEL'<CEREQUIREMENTS4.3.2.1Eachisolationac.ua'.'oninst",omenationchannelshallbedemons.".atedOPERABLEbytheperformanceofheC;-:ANHELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALIBRATIOHoperationsforheOPERATIONALCONOITIOHSandatthefrequenciesshowninTable4.3.2.1-1.4.3.2.2LOGICSYSTiHFUNCTIONALTESTSandsimulatedautomaticoperationofallchannelsshallbeperformedatlesonceperM~eRths~0>~ngo>~e4.3.2.3TheISOLATIONSYST:"9RESPONSETTHEofeachisolationtripfuncionIshowninTable3.3.2-3shallbedemonstratedtobewithinitslimitat.leastoP~~9-once,erRHR~.EachtestshallincludeatleastonechannelpertripsvsamsuchthatallchannelsaretasedatleastonceeveryHtimes1whereHisheoalnumberofredun"antchannelsinaspecificisolationtripsvsem.424lo~)i%(P-UNIT24ESTS(2'iR/5)-3/~3~TO

TABLE3-1ISOLATIONACTUATIONINSTRUHENTAT1'ONTRIPFUNCTIONISOLATIONGROUP(S)OPERATEDBYSIGNAL(4)HIN1'HUHAPPLICABLEOPERABLECHANNELSOPERATIONALPERTRIPSYSTEN(RJCONOITIONaCTION1~PRIHARYCONTAINHENT1SOLATIONSIGNALSa.ReactorVesselHaterLevel1.Low,Low,Low(Level1)2.LowLow(Level2)3.Low(Level3)b.Drgwel1PressureHighc.HainSteamLine122,3,6,7,8,9(b)(e)P122,5238(b)(e)911(d)(g)1,2,31,2,3N1,2P3/I1,2,3NA20*202020l.2~3~Radiation-HighPressure-LowFlow-High12(c)112221,2,311,2,3212321d.HainSteamLineTunnel2.3.Temperature-HighATemperature-HighTurbineBldg.HSL(HighSpaceTemperature)Enclosure2211,2,31,2,3212121e.CondenserVacuumLow21t.RHREquipmentAreal.TemperatureHigh2.ATemperature-High5,105,101,2,32828g.ReactorVesselPressureHighh.SBGTExhaust-HighRadiation1,2,328DuringPurge29Operations

TABLE3.3.2-1(Cont.)ISOLATIONACTUATION1'NSTRUMENTATIONIlTRIPFUNCTION1'SOLATIONGROUP(S)OPERATEDBYMINIMUMOPERABLECHANNEISPERTR1'PSYSTEM(a)APPLICABLEOPERATIONALCONDITIONACTION1.PRIMARYCONTAINMENTISOLATIONSIGNALS(Cont.)i.RVCUEquipmentl.203.hFlov-HighNonregenerativeHeatExchangerOutletTemperature-HighStandbyLiquidControl,SLCS,Initiation6,76,7(f)1,2,31,2,31,2,3222222j.RhCUEquipmentAreak.1.Temperature-High2.hTemperature-HighRemoteManualIsolationPushbutton6,76,7(NSSS)2,9,11,126,7,1O(h)1,5,8,13(2)/group(1)/group(1)/valve1,2,31,2,32222(24)(26)(25)(26)2.RCICISOLATIONSIGNALSa.RCICSteamSupplyPressure-Low(10),11(~)1,2,322b.RCICTurbineExhaustDiaphragmPressure-High101,2,322c.RCICEquipmentArea1.Temperature-High2.ATemperature1010221,2,31,2,32222~~

ÃTRIPFUNCT1'ONTABLE3.3.2-1(Cont.)ISOLAT1'ONGROUP(S)OPERATEDBYSIGNAL(z)HINIHVHOPERABLECHANNELSPERTRIPSYSTEM(a)ISOLATIONACTUATIONINSTRUMENTAT1'ONAPPLICABLEOPERATIONALCONDITIONJICTION2~RCICISOLATIONSIGNALSe.RCICSteamLineTunnel1.Temperature-High2.hTemperature-Nigh10101,2,31,2,32222V4I<<3f.HanualIsolationPushButton(RCIC)g.DrgwellPressure-Nighh.RHR/RCICFlow-NighSECONDARYCONTAINHENTISOL.SIGNALS(ONLY)10,11,13101/Sgstem1,2,31,2,31,2,3242228a.ReactorBuildingAbovetheRefuelFloorExhaustRadiationHighb.ReactorBuildingBelowtheRefuelFloorExhaustRadiationHigh(b)(e)(b)(e)1,2,3,5and*"1,2,3,5and""27274~IIIGNPRESSURECORESPRAYa.NiDrgwel1Pressurekkb.ReactorHaterLevel(Level2)kk1414

TABLE3.3.2-1(Continued)ZSOLATIONACTUATZON1'NSTRUMENTATIONACSSONACTION20ACTION21ACTION22ACTION23ACTION24ACTION25ACTION26ACTION27ACTION28BeinatleastHOTSHUTDOWNwithin12hoursandinCOLDSHUTDOW'Nwithinthenext24hours.BeinatleastSTARTUPwiththeassociatedisolationvalvesclosedwithin6hoursorbeinatleastHOTSHUTDOWNwithin12houzsandinCOLDSHUTDOWNwithinthenext24houzs.Closetheaffectedsystemisolationvalveswithinonehouranddeclaretheaffectedsysteminoperable.BeinatleastSTARTUPwithin6hours.RestorethemanualisolationpushbuttonfunctiontoOPERABLEstatuswithin24hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours.RestorethemanualisolationpushbuttonfunctiontoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours~RestorethemanualisolationpushbuttonfunctiontoOPERABLEstatuswithin8hoursorclosetheaffectedsystemisolationvalveswithinthenexthouranddeclaretheaffectedsysteminoperable.EstablishSECONDARYCONTAINMENTINTEGRITYwiththestandbygastreatmentsystemoperatingwithinonehour.Locktheaffectedsystemisolationvalvesclosedwithinonehouranddeclaretheaffectedsysteminoperable.NOSSSWhenanyturbinestopvalveisgreaterthan90%openand/orwhenthekeyLockedbypassswitchisopen.WhenhandlingirzadiatedfuelinthesecondarycontainmentandduringCOREALTERATIONSandoperationswithapotentialfordrainingthezeactorvessel~<<>>*SignalfromLPCSinitiationcircuitryapplicableoperatingconditionsandsurveillanceasper'able4.3.3.1and4.3.3.2.(a)Achannelmaybeplacedinaninoperablestatusforupto2hoursforrequiredsurveillancewithoutplacingthetripsysteminthetrippedcondition.(b)Alsoactuatesthestandbygastreatmentsystem.(c)Alsotripsandisolatestheairremovalpumps.(d)OnlyusedinconjunctionwithLowRCICSteamsupplypressuretoisolate2ICSMOV148and27CS<<MOV16$.(e)AlsoactuatessecondarycontainmentventilationisolationdampersperTable3.6.5.2-1~(f)ManualinitiationofSECSPump2SLS"P1Bcloseda2WCS<<MOV102andmanualinitiationofSLCSpump2SLS>>P1Acloses2h'CSMOV112.(g)forthissignalonetripsystemhas2channelswhichclosevalves2ICSMOV128and2ICS<<MOV170,whiletheothertripsystemhas2channelswhichclose2ICS.MOV121~(h)Manualisolationisolates2ICS<<MOV121only,andonlyfol1owingmanualorautomaticinitiationof'heRCICSystem.(cjRe,(eeCoT'able3.6.3-1)oeapplicable,vulva~neachmolationgroup.NMP-UNIT23/43-14 0'

TABLE33.2-2ISOLATI'ONACTUATIONINSTRUMENTATIONSETPOINTSTRIPFUNCTION1~PRIMARYCONTAINMENT1'SOLATIONSIGNALSTRIPSETPO1'NTALLO/t/ABLEVAIUEa.ReactorVessel/daterIevel1.Low,Low,LowfLevel112.LowLowfLevel2)3.LowILevel3)>17.8inches>108.8inches>159.3inches10.8inches>101.8inches>157.8inchesb.DrgwellPressureHighc.MainSteamLine1.68psig<1.88psig1.Radiation-High2.Pressure-Iow3.Flow-High<3XFullPowerBkg.765psig<103psid<3.6XFullPowerBkgd.>736psig<109.5psidd0HainSteamI,ineTunnel1~Temperature-High2.hTemperature-//igh3.TurbineBldg.LeadsEnclosure140Ft50Ft140Fte.CondenserVacuumIow>8.5inHgvacuum>7.6inches//gvacuumf.R//REquipmentArea1.Temperature//igh2.hTemperature-//ighg.ReactorVesselPressure//igh200oFt100Ft<128psig<148psig1/.SBGTExhaust-HighRadiation2~).6X10"pCi/cc<2.0X10.pCi/cc

TABLE3.3.2-2(Cont.)ISOLATIONACTUAT1'ONINSTRUMENTATIONSETPOINTS5ITRIPFUNCTION1oPRIHARYCONTAINNENTISOLATIONSIGNALSTRIPSETPOINTALLIABLEVALUERVCUEquipment23~4~hFlow-HighhFlowllighTimerNonregenerativeHeatExchangerOutletTemperature-HighStandbyLiquidControl,SLCS,Initiation150.5gpm<45sec140FN/A<165gpm<47secN/AN/Aj.RVCUEquipmentArea1.Temperature-High2.hTemperature-Highk.NanuaiIsolationPushbutton(NSSS]140F<500FN/AN/A2RCICISOLATI'ON$1'GNALSA.RCICSteamLineF1owHighTimerb.RCICSteamSupp1yPressure-Low>3sec60psig<13sec>55psigc.RCICTurbineExhaustDiaphragmPressure-High<.10psig<20psigd.RCICEquipmentArea1.Temperature-High2.hTemperature-High175oF<225oFt1004F~

TABLE3.3.2-2(Cont.JÃTR1'PFUNCTIONl2.RCICISOLATIONSIGNALSISOLATIONACTUATIONINSTRUHENTATIONSETPOINTSTRIPSETPOINTALLO'NABLEVALUERCICSteamLineTunnel.l.Temperature-High2.hTemperature-High200OFtlOOFtNanualIsolationPushButton(RCIC)g.DrgwellPressure-High"/~.RHR/RC1'CFlow-HighN/A<96inH20N/A<l04.5inH203~SECONDARYCONTAINHENTISOLSIGNALS(ONLYa.ReactorBuildingAbovetheRefuelFloorExhaustRadiationHigh<l.7Xlo3>m/cc-3<2.lX10pCi/ccb.ReactorBuildingBelowtheRefuelFloorExhaustRadiationHigh<l.7Xlo3pc/cc<2.lXl0pCi/cc*TripsetpointlocatedinTable3.3.3-2tPreliminargsetpoint-actualsetpointtobedeterminedduringstart-uptestprogram.~~

TASLE3.3.2-3ISOLATIONSYSTEMINSTRUMEMTATIOMRESPONSETIhlEFUNCTION,lku'.nSteamLine,1)Reavowvms'u."WZe,vM-Le,ve,Z12)Floe-HighRESPONSETIME(Secon&)<1.0<0.5IsolationSystem~~e~onampoule,~e.NMP-lJNIT23/43-18

TABLE3.3.2-4ISOLATIONGROUPS1012ISOLATIONSIGNALSZ,X,C,O,E,P,T,R,RW,~B,C,Z,RWB,F,Z,RWA,L,hl,Z,F,RWA,L,ht,Z,RWB,U,J,S,0/,Z,RWB,J,U,S,Z,RWB,F,Z,RWB,F,Y,Z,RWK,W,H,Z,RWH>>SF~RWG,RWRWN,RW<<BoO<a~gnaQmmebaco~nn'.deathCo~emo~onNWP-UNIT23/43-18' 0

TABLE3.3.2-5KEYTOISOLATIONSIGhlALS:ALoutn~n,vaweLutahLeveL3BLout~aacton.vehaeLutaatt,LevaL2CHighnounabeamLine,ruuRuj'.on0~HighmainaCaamLinegoutEHighmainaCeamLine~eLmeaambienCempetat~aF=HighdnyuaLL~mamaG=LoutpnmdmaECCSi~ationdignaLHLou~RCICa4eamduppLppn.mbiraJ=Highe~n.utahcLaatupaya4emaquipmet<att.eadi$tt'tatta~andambientCempe,~ehK~ReactorcocamoLationcooLinghighpipemutingarea~emporiaabeamLinedi$$ere~M~Meme,high~inaexfuuuCdiaphragmpCEhhUILaLHighreactorvmaeLptt.uautt.aMHightu~heu".cemovaLagaCemequipmentmaadij)W~Landambient~empe~Mhl~HPCSinitiationzignaLPN'outmain44eamLine~~inainLatpgagg~eR~Loutmaincondenttatt.vacuumSS~dbyLiouidco~uLaye.ternactuaad.I@II*'.d','Iil=Highrcaacton.usaen,cLeanupauaCemdi))mantiaLgoutI~High<eactoeuau.'mcLaanupayaCemnonttagenanativaheMexchangatt.o~MCempeuu'.maX~Loutc~n,utahan,LaveL,LaveL1'Y~S~dbygasWeatmatMexhatuChi~LC~LodgedcLoaedRWRemorsemanuaLa~eh$mmcoeteeLmomU{C=LockedcLosed-poa~on~dt'.ento<Z=QanuaLmoLatianAA=TurbineBuiLdinghighapaceCempe~tchaNMP-UNIT23/43-18b

TABLE4.3'.l-lISOLATIONACTUATI'ONINSTRUMENTATION-SORVElLLAWCEREOtl1REh(ENTSTRIPFUNCTIONl.PRIMARYCONTAINMENTI'SOLATIONSIGNALSCHANNELCHECKCHANNELFUNCT1'ONTESTCHANNELCALIBRATIONa.ReactorVesselPaterLevell.Low,Low,Low(Levell)2.LowLow(Level2)3.LowILevel3)b.DrywellPressureHighc.MainSteamLineSSSMMMR(c)R(c)R(c)R(c)Radiation-High2.Pressure-Low3.Flow-HighSSSR(c)R(c)d.MainSteamLineTunnel1.Temperature-High2.hTemperature-High3.TurbineBldg.LeadsEnclosuree.CondenserVacuumLowSSSMMMR(d)R<<)R(d)R(c)f.,RHREquipmentAreal.TemperatureHigh2.hTemperature-llighg.ReactorVesselPressureHighNANAR(d)R(d)h.SBGTExhaust-HighRadiationSAt~~~~

TABLE4.3.2.l-l(Cont.)ISOLATIONACTUATIONINSTRUHENTATION-SORVEILLAMCERE/01REhlEATSTRIPFUNCTIONI1.PRIHARYCONTAINHENTISOLATIONSIGNALSCHANNELCHECKCHANNELFUNCTIONTESTCHilNNELCALIBRATIONRVCVEquipmentl.23.4~hFlow-HighhFlowHighTimerNonregenerativeHeatExchangerOutletTemperature-HighStandbyLiquidControl,SLCS,InitiationSN/AN/AR(c)RN/A.j.RACUEquipmentArea1.Tempera'ture-fligh2.hTemperature-Highk.Nanual1'solationPushbutton(NSSS)I2~RCICISOLATIONSIGNALSSSN/AN(a)R<<)R(d)N/ARCl'CSteamLineFlowHigh,TimerRCICSteamSupplyPressure-LowN/AR(c)C.RCICTurbineExhaustDiaphragmPressure-flighd.RCICEquipmentArea1.Temperature-High2.ATemperature-HighSSR(c)R(d)R<<)

TABLE4.3.2.1-1(Cont.)ISOIAT1'ONACTUATION1'NSTRUMENTATION-SURVE1LLANCERENDU(REhlENTS(TRIPFUNCT1'ON2.RCICISOLATIONSIGNALSCHANNELCHECKCHANNELFUNCTIONTESTCHANNELCALIBRATIONRCICSteamLineTunnel1.Temperature-High2.hTemperature-HighManualIsolationPushButton(RCIC)g.DrywellPressue-High*h.RHR/RCICFlow-HighSSN/AR(d)R<<)N/AR(c)3~SECONDARYCONTAINMENTISOL;SIGNALS(ONIY)a.ReactorBuildingABOVEtheRefuelFloorExhaustRadiation-High>A(e)b.ReactorBuildingBELOldtheRefuelFloorExhaustRadiation-HighSA'"'ignalsfromLPCSandRHRinitiationsignals;seeTable4.3.3.1-1(a)ManualIsolationpushbuttonsaretestedatleastonceper.operatingcycleduringshutdown.AllothercircuitryassociatedwithManualIsolationshallreceiveaChannelFunctionalTestatleastonceper31daysaspartofthecircuitryrequiredtobetestedfortheAutomaticSystemIsolation.(b)Eachtrainoflogicshallbetestedatleasteveryother31days.(c)Calibratetripunitonceper31days.(d)Calibrationexcludessensors;sensorresponseandcomparisonshallbedoneinlieuof.te)Swvrcecheckrteqiainedo>>ce.pew3ldago.~~

IHSTRUMEHTATIQN3/4.3.3EMERGENCYCORECQOLIHGSYSTEMACTUATIONIHSTRUMEHTATIOHLIMITINGCONOITIQNFQROPERATION3.3.3Theemergencycorecoolingsystem(ECCS)actuationinstrumentationchannelsshowninTable3.3.3-1shallbeOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.3"2andwithEMERGEHCYCORECOOLINGSYSTEMRESPONSETIMEasshowninTable3.3.3-3.APPLICABILITY:AsshowninTable3.3.3-1.ACTION:a.b.cWithanECCSactuationinstrumentationchanneltripsetpointlessconservativethanthevalueshownintheAllowableValuescolumnofTable3.3.3-2,declare'hechannelinoperableuntilthechannelisrestoredtaOPERABLEstatuswithitstripsetpointadjustedconsistentwiththeTripSetpointvalue.MithonearmareECCSacuationinstrumentationchannelsinoperable,taketheACTIONrequiredbyTable3.3.3-1.WitheitherAOStripsystem"A"or"8"inaperable,resoretheinoperabletripsystemtoOPERABIi-statuswithin:1.7days,providedthat'heHPCSandRCICsystemsareOPERABLE.2.72hours-i$HPCSocRCICate,~nopeuxbte..Otherwise,beinatleastHOTSHUTDOWNwithinthenextI2hoursandreducereactorsteamdomepressuretolessthanorequalta+10~psigwithinthefollowing24hours.SURVEILLANCEREQUIREMENTS4.3.3.1EachECCSactuationinstrumentationchannelshallbedemonsratedOPERABLEbytheperformanceoftheCHANNELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALIBRATIOHoperationsfortheOPERATIONALCONOITIQNSandatthefrequenciesshowninTable4.3.3.1-1.4.3.3.2LOGICSYSTEMFUNCTIONALTESiSandsimulatedautomaticoperationofallchannelsshallbeperformedatleastonceperM-aieMn;opingcpMe4.3.3.3TheECCSRESPONSETIMEofeachECCStripfunc.ianshowninTable3.3.3-3shallbedemonstratedtobewithinthelimitatleastonceper83-eea4hs.ops~ingEachtestshallincludeatleastonechannelpertripsystemsuchthat,cp~e,.)allchannelsaretestedatleastonceeveryNtimes~iionths-whereNisthetotalnumberofredundantchannelsinaspecificECCStripsystem.I(~~~24mome)glP-tjNIT23/43-M~22

TABLE3.3.3-3EHERGEtICYCOIIECOOl.ltIGSYSTEHACTIIATIOttINSTRUHEtITATIOttTitipA.fIINCTIOHOIVISIONITRIPSYSTEH1.Rlllt-ALPCIHOOE8LPCSSYSTEMHIHIHUHOPERABLECIIANHELSPfg)TRIPfUHCTIONiAl'I'LlCARLEOPERATIOtIALCotIOITIOIISACTIONa.ReactorVesselWaterLevel-LowLowLow,l.evel1b.Drywul1Pressure-IIIOI>cLPCS-Pufop.Olscliar0e-FlowLow-(Oypas-d-.Reactor-Vussel&ressure-Low-fLPGA-Perfaiss4va4.c.LPCS'1njetio@ValuePeemuai.veoReaotor-Vessel"PressureLow-(LPCI-Permissive)d.LPC1lujeeCtonVatvePenmhwiveLPCIIulllpAStartTImuOelayRuIayNorma6Potu'.~GI-Pufop-A-Oisel>asOe-flow-Lgy-(Oypass)"=(h.--0ivIs-io>>-4-Itus-Power-Hoiktoi4Ha>>>>alI>>ltlatioll~---LPC1PumoAStaetTimeRetailEmeePpfop)tg2.AUTOMATICOEPIIESSUIIIZATIOtlSYSTEMTRIPS'TISTLHA"2(b)>(h)234"5"301,2,330=<1)2,3,324A33<1).2,3,324A5A3334A53332fl)."------3-;3-,-3-,3*-,B~.~~~~4-H--(1)//system).1,2,3,'I",5"4354I,2,3,4*,5>>32a.ReactorVesselWaterLev<<l-LowLowLow,LevelIIT.OrywellPrussur<<.-ItiOhc.AOSTlofuifl.ItuactorV<<sselWaterl.evul-I.ow,Level3(I'<<rmissivu)u.I.i'CSP<mTITOischargeI'russ>>re-lligh(Permissive)f.LPCII'Tust3AOlscha>0uPressure-IliOh(Permissive)0.Ita>>uall>>itiat.io>>~-Ir~-ILPCSPumpSian.tTimePetalNoifmai'ofoeeLPCSP<<mp$~4TimeDefafiEmM.Pofoen2(h)2(h)E2)-(2)gabrg-~2/Srstem1,2,31,2,31,2,31,2,31,2,31,2,3I,2,3I,2,3,4>>,5>>1,2,3,4*,5"303032323232f35j-3232

TRIPFUttCTlottD.OIVISIOtt2TRIPSYSTEHBSCTADLE3.3.3-l(Cont,'d)EHEILGERCYCORECOOLIRGSYSTEHACTuATlottINSTRUHEttTATIottHlttIHUHOPERADLEAPPLICADLECIIAttRELSPEgOPERATIOHALTRlpFuttcTION")cottorTlousACTIONa.ReactorVesselMaterLevel-LowLpwLow,Level1b.OrywelI.Pressure-.tltot>e;.Reactor-Vessels-&assur~w-fL4rGI-Perrrr~+tejc.LPCllrrjectionVa(vePenmtaaived.LPCIPrrrrrp(0)StartTimeDelayRelayNonmalPorrrene-.--.LPCI-irurrrp-OI6Gtrarge-Flow-Low-bypass)fpOlvislon-ll-Oos-pooor-Honisor-HanualInitiation-h2.AUTOHATICOEPRESSURI2ATIottSYSTEHTRIPSYSTEH"0"21234>>5>>302ibiglj/valvef'1,2,3,321/vaLvert.4",5"33(1)1,2,34"5"32/fpwsp)--l-,O;-O-,S-,O~(2j---l--2-6-4"-5>>--(34)j-glj/fsystemj-1,2,3,4",5"f35)-a.ReactorVesselMaterLevel-LowLowLow,Level1b.OrywellPressure-tiighc.AOSTimerd.IteactorVesselMaterLey'el-Low,Level3(Perrrrissive)e.LPCIPrrrnp(0andC)OisdtrargePressure-tligh(Perrrrissive)f.HanuallnitiaLion2/bgh.tern2(b)2(b)Elj-Elj-1~/gpuarp)-+1-jg+alvr+1,2,31,2,31,2,31,2,31,2,33030323232f35)-'--LPClPump(C)Stan'cmePefagRetagNonmat'orrren-1LPClPurrrp(B)Stan.tTime0&ayRefagEnren.Poruee1LPClPumpIc)S.t~TimeoeEagRelayErnen..Porrren11,2,3,4*,51,2,3,4*,5"-7,2,3,4*,5*323232

IAOLE3.3.3-1(Cont'El)EHEAGEtICY.COIIECOOLIIIGSYSTEHACTUAlIOHIHSTflUHEtITATIOH'RIPFUHCTIOHOIVISIOtt3TAIPSYSTEHl.HPCSSYSlEHHIHIHUHOPERABLEAPPLICAOLECIIIINNELSPEIIOPEIIATIOIIALTAIPFUtICTIOtiCONOITIOHSACTIOIIa.ReactorVesselMaterLevel-ELow,Low,Levelb.DrywallPressure-Ilighc.ReactorVesselMaterLevel-lligli,Level40)-d.CondensateStorageTankLevel-Lowe.SuppressionPoolMaterLevel-Ilighf-.Pump-Oischarge-PressureIligiw(Bypass)--g;--IIPCSSysl,emFlow"Rate-Low-(Peeper)--(h~bs4-hn-144-Gus-Pew~eQ+er-HanualInitiation2)-4(b)(b)4B-)(d)(c)~2,)(d)(2)-(-1-3+l)-HW$1)/gsystern).l,2,3,4",5"361,2,3,4",5"321,2,3,4",5~37I,2,3,4",5"37IN~I,2M~I234a5a$35).n.LOSSOFPOWFA.HINIHUHAPPLICABLETOTALtIO.CIIANNELSCIIANtIELSOPEAATIOtIALOFCIIAtIHELS'TOTRIPOPEAAOLECOtIOITIOtISACTIOill."4.16kvEmergencyOusUnder-voltago(LossofVoltage)2.4.I6kvEmergencyOusUnder-volt.age(OegradedVoltage)ttH34/b<<s3/bus2H./bus2/bus2+/bus1,2,34""5'""302/busI234PLA5PLA~3)surveillancewithout.placingthetripsysteminthetrippedcondition.providedatleastone.otherOPEAAALEcliannelInthesametripsystemismonitoringthatparameter..(b)AlsoactuatesLIToassociateddivisiondieselgenerator.iclProvisiossignalLoclosaIIPCSpumpOisoisavno~valv~eony.on-'ss.ouPr~snio:(d)I'rovidessignaltoIIPCSpumpsuctionvalveson)y.Mizzentt>esystemisrequiredtobeOPEAAOLEperSpecification3.5.2or3.5.3.AequiroEIwl>enESFequipmentisrequiredtobeOPEAAOLE.IIttotrequiredtobeOPEAAOLEwhenreactorsteamdnmepressureislessthanorequalto+100).psig.ItNAlareonly.~~

ACTION30-TASLE3.3.3-1(Continued)EMERGENCYCORECOOLINGSYSTBlACTUATIONINSTRUMENTATIONACTIONWiththenuabarufOPERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripFunctionrequirement:a.Withonechannelinoperable,placetheinaperablechannelin'hetrippedconditionwithinonehour"ordeclaretheassociatedsysteminoperable.04b.Withmorethanonechannelinoperable,declaretheassociatedsysteminoperable.aaaACT-ON'2-ACTION33"WiththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERASLEChannelsperTripFunctianrequirement,declaretheassociatedAOStripsystemorECCSinaperable.WiththenumberofOPERABLEchannelsless-thanrequiredbytheMinimumOPERABLEChannelsperTripFunctionrequirement,placetheinaperablechannelinthetrippedcrrnditianwithinonehour.ACTION35-WiththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERABLE'hannelsperTripFunctionrequirement,restaretheinoperablechanneltoOPERABLEstatuswithin8'hoursordeclare-theassaciatedAOSvalveorECCSinoperable.ACTION36-WiththenumberofOPERASLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripFunctionrequirement:'.Foronetripsystem,placethattripsysteminthetrippedconditionwithinonehour"ordeclaretheHPCSsysteminoperable.b.Forbothtripsystems,declaretheHPCSsysteminoperable.ACTiON37-WiththenumberofOPERABLEchannelslessthan.requiredbytheMinimumOPERABLEChannelsperTripFunctionrequirement,placeatleastoneinoperablechannelinthetrippedconditionwithinonehour'rdeclaretheHPCSsysteminoperable.mirjmumchannelACTION38-WiththenumberofOPERABLEchannelslessthanopeuxbkee4-Chasse@,declaretheassociatedemergencydieselgeneratorinaperableandtaketheACTIONrequiredbySpecification3.8.1.I~or3:S.I.Z,asappropriate.rrLr'.eimumehanneQACTION39-WiththenumberofOPERABLochannelsonelessthan~opeuzbZe,placetheinoperablechannelinthetrippedconditionwithinIhour";operationmaythencontinueuntilperformanceofthenextrequiredCHANNELFUNCTIONALTEST.5eprovisionsorpecification3.0&arenotapplicable.~SW~3/43-.2f26Nh!P-tJNIT2

TABLE3.3.3-2EHERGEtICYCORECOOLIIIGSYSTEHACTIIATIOttINSTRUIIENIATIOttSETPOltITSTRIPFutICTIONA.DIVISION1TRIPSYSTEHl.,RIIR-ALPCIHOI)EAtIDLPCSSYSTEHa.React.orVesselWaterLevel-LowLowLow,Levelb.DrywallPressure-Iligh.PCS-Puisp-N~eharge-Hat~wReaeteiVessel-Pressure-how.c.LPCSlnjecCionVivePenmutbive-Reactor~assai-PressureLew-d.LPCllnjectionVafve.Penmtbbiv'e+.e.LPCIPumpAStartTimeOolayItelayninnnlg~KL-Qum~glscharge-FlowLow."0Žgh-.Olvtslon-I-BusPowerHonltor4.$.HanualInitiation3.LPClP<mi'pASAMTimeOet'.a(tRelaiiEmmy.Po(ver2.AUTOAATICOEPRESSUIII2ATIOHSYSTEHTRIPSYSTEH"A"TRIPSE'fPOltlT17.8>t(130)inches"<(4-69)pslg1'.68~640)-gpra700~g,ibid(decreasing)M650H<g-.(decreasing)<-(5)-seconds>-(550)"gpm-IIA<1beconALLOWABLEVALUE10.8>4/134inches<~09$psig1.88~~20)-gpm-725FPs-Igpaid(decreasing)~720~64g-,pbid(dacraasing)<g6.0)secondsK-l-)sr~-+-~-fvsl4sjgtIA.25deco>nOab.C.d.af.g.-h.ReactorVesselWaterLevel'LowLowLow,Level-1OrywellPressure-ItlghAOSTimer(~0.)>ReactorVassalWaterLevel-Low,Levai3LPCSP<<mpDischargePressure-Iligh145LPCIPumpAOlschargaPressure-Iligh125Hanua1InIl.IatIon17.8>~0)-Inches"<(4-.69).psgi1.68pbiqf$105)seconds(>-90,:j.Inches"159.3>$14&3'psig,Increasing>+14-)psig,increasingtIA10.8inches<(K-09)psig1.88<$117).seconds>+1~inches157.8>-B3&)psfg,increasing125>+MRpslg,increasing115NALPCSPumpTuneOeCagRefagNonmafPoiuen.LPCSPruneTimeOefayRetagBnm.Pottcry.<10bec.6bec.<llbec.7bee.

TRIPFUNCTIONTABLE3.3.3-2(Cotttittued)EhiERGENCYCORECOOLINGSVSTEhfACTUATIONINSTRUhfENTATIONSETPOIIITSTRIPSETPOINTALLO(UABLEVALUEd.LPCIPump(8)StajttateOeLayReLatjLPCIPutnp(C)$~atePCLagReLayLPCIPump(8)$4~TmeOeLayReLagLPCIPump(c)S~ateOeLagReLage.hfanuaLItu.titianNoomaLPotvwNOnmaLPatvnEtna.PotvekEmail.Potveh.8.OIVISION2TPIPSVSTEhl1.RifR8ANOC(LPCIhfOOE)a.Reac.tojt.VebbeL.fttatmLeveL-LotvLotvLotv,LeveL16.OkljlveLLPAebbtvte-149he.LPCIInjectionVaLvePerunibbLve>17.8attcheb"<1.68PbLg<650pbig(dectteab~ng)<5beeondb10becotldb<1becondb.<6beeondbNA>108utCteb1.88pbig<720pb.ig(demeabing)6becoltdb<11becottdb<1.25beeottdb<7beeandbNA2.AUTOhlATICOEPRESSURIZATIONSVSTEhfTRIPSYSTEhf"8"a.b.C.d.ReacA'oeVebbeLfVatecLeveL-LotvLotvLorv,LeveL1OrcgweLLPcebbete-ff~ghAOSTitneraReaetocVebbeLfttate)t.LeveL-Lotv,LeveL3LPCIPump(8andC)OibchangePnebbuee-ifLgfthianuaLIn.itiaQon>17.8ineheb*<1.68pb~g>105becondb>159.3Ltteheb*>125pb~g,Lncjteab~ngN>10.8inefteb<1.88pbig<117becondb>157.8inclteb>115pbig,inriteab~ttgN k

TABLE9.3.3-2(Cotttittued)EhlERGENCVCORECOOLINGSVSTEhlACTUATIONINSTRUhlENTATIOhlSETPOINTSTRIPFUNCTIONC.DIVISION3TRIPSVSTEhl1.IlPCSSVSTEhl'.ReactorVeAheLfUateaLeveE-LowLotrr,LeveE2b.OhyrreEEPrceAhurte-Ilighc..ReactorVuaeE(Urtext,LeveL-lligh,LeveESd.Cottdenj&eStomgeTankLeveE-LotoSupprteiaiottPoolfUatert,LeveE-lfighhfattuaEIvitiationTRIPSETPOlhlT>108.Sinch'1.68peag<202.9i.ncftef*>94i.ncheb**(200'9.59'NAALLOfUABLEVALUE>101.8i.nehru<1.88pa.ig<209.9i>>dred>91irtehu(V=201'1.1"ffNALOSSOFPOfUER1.4.16kv'rtlMgenctJ8lhUnderrvoLtage(Loadof(VoLtage(rfrf))a.4.16kvEv..ih9212.86vo~b.<3aee.fimedeEag3212.86volts<<.3aee.MnedeEag2.4.16kvEmertgencgBusUttdekvoLtage(DegradedVoLtage)a.4.16kvBow-9607.76voEtsvnL'W3607.7bvoLQvo~b.490see.XAiprfffff<30aee.4eipffffff"SeeBmmFigure89/43-1~*hfitumumCSTEeveEXoaEEoto~e4oatttitchXopooEauction,tneabuned))cornCopo$flPCS,CSTauctionnozzEe.rfPooElughEeveE-eEevatiortrfrrTheseanteinureMnedeEayvoLtageceEagaoe~esfatMneomvoLtageeeEargaw&ha&medeEag.The,voLtagushownaweatemaxutrumChattrtr'EEnot.aeduLtina~p.Lotrte<voLtageconditiort6rttiEEamuLtindememedWtp~M.r!rrrfTwpu>>denacn.derrycottdit~.o>w.NhfP-IINIT2

TABLE3.3.3-3EMERGENCYCORECOOL:NGSYSTEHRESPONSETIH"5ECCSLOWPRESSURECORESPRAYSYSTEMZ.LOWPRESSURECOOLANTIHJECTIONHQOEOFRHRSYSTEMB"~--&amp-'C3.AUTOMATICDEPRESSURIZATIONSYSTEM4.HiGHPRESSURECOR"SPRAYSYSTEM5.LOSSOFPOWFRRESPONSETIME(Seconds)C$<3737NA<$27$NMP-IJNIT2V4I3/C3-M30

TABLE4.9.3.1-1TRIPFUNCTIOhfA.OIVISTIONITRIPSYSTEhlAMPLPCSSYSTEhlEhlERGEMCYCORECOOLINGSYSTEhlACTUATIONINSTRUhlENTATIONSURVEILLAMCEREgUIREhfENTSCIIANNEI.OPERATIONALCtfANNELFUNCTIONLALCHANNELCONDITIONSFORMHICffCHECKTESTCALIBRATIONSURVEILLANCEREUIREOa.b.C.dNoenaf'otuett.e,.ReasonVebbef'atwLeveL-LotuLotuLotu,LeveL1SOjtgtu~Ph.ebbujte-IQgftS-Rea+Co4-Vere@-~+Me-ketu-LPCSInje~onValvePejttnQbf.veSReae4ea-VLPCI,l1tjeett.oLtVafv~Penmtbb~veSLPCIPumpAStraitT~eOHajtRef.'aifftNAhf(b)hf(b)hf(b)hlR(b)R1,2,3,4,51,2,31,2,9,4>>,5>>1,2,3,4,5>>1,2,3,4",5>>hfattuaf'.Itilia.tt.onNAhf(a)LPCIPutnpAS~oneOef'atjRef'.aiJEtna.Potu'Ahl2.AUTOhfATICOEPRESSURIZATIONSYSTEhlTRSSTEhNAR1,2,9,4>>,51,2,3,4>>,5a.Rea&oaVebbeLMa.tejt.LeveL-LotuLotuLotu,Level1b.OrcyueLLPrt,ebburce-Iftgftc.AOSTmwd.ReavowVebbef'.Mate/t.LeveL-Lotu,Levef'e.LPCSPumpOLbchangePhebbtvLe"IMgflLPCIPumpAPweftaegePjtebbtvte-IMgftg.hfanuaf'.ItuWatt'.onSSMASMAhl(b)hf(b)hfhf(b)hf(b)hf(b)l(a)RR(b)NA1,2,91,2,91,2,31,2,31,2,31,2,91,2,3LPCSPttmp$6vCTimeOefagtReGtgNoontaf.'otuett.MAEtn&geltctJPotucJt,hlA1,2,3,4>>,5>>1,2,3,4*,5>>NhlP-IJNIY2

fhl)I.E4.3.3.1-1(Conttnne(t)E>tEttoEttCYColtEcooLltttSSYSTENncTtthTIottlttsTttuHEttrhTIottsuAVEll.LhtlcEAEqo>r~-ttrttlsTAIPFutlcT10tlD.DIVIS10tl2TAIPSYSTEHl.AtiltOhttl)CI.PCIBODECllhtltlELCIIECKClthNttELFuttcTIotthLTESTOtt:AhrlotthLCtthttHELCOltl)I1lotlSFOllWttICIICALIBAATIOIISUIIVEILLAIICEIIEQIJIAEI)2~a.Aeacl.orVesselMaterleve1-Lowl.owLo>y,.l.ovel1Sb.Dvywelll'ressnve-tttgt>(S}Sd.LPCItTimTP(0)Startflmot)olayAnlage~NA.~g~nlilt)l))sctlal+0-'FRw=Low.4%aOlel<A033-S-O33<-Oa33333E-HO33<<~e-HJtIuntal.1nI.tiationtlhtLt'L',lt)>jecxE.onValvePenm<ab.ive]AUTOI<IITII:OEI'IIL)SUIIITATIOIISYSTEIITHIPSYSTLII"ll",l(b).gtb)tt(b)tt(b)ltQJtfAfIt)~HAtth1,2,30"6"l,2,3q3<IrESK1,2,3,4*,5"3~SA~~~0A~I123<)A~fIHa.b.c,Et.e.AeactorVesselWaterLovel-LowLowlow,l.evel1Dvywel1Pvessnre-tlirt)hDSTimerAeartovVessellfatevLovel-Low,l.ovel3LPC1Ptmq)(llanentC)DtsctlargoProssnre-itigt>Hannallnitlat'ionS(S)tth(S)tlhtt(b),(b)H(b)H(b)$03t}1,2,31,2,31,2,31,2,31,2,3d.LPCIPlunp(8)S~Timeget'ayRecapNortmaePotu~LPC1P(unp(C)St~TingeOeeagRecapNoenatPo<ueEE.LPC1Pomp(8)Sta>atoneDecayRecapEm'.PoTue<LPC1Pomp(C)StnctToneVelarRecapEm'.Powerh!AhlNAh{NAhtNAhl1,2,3,4*,5"t,2,3,4",5"1234>>5>>I,2,3,4>>,5>>

Q(ThttLE4.3.3.1-1(Contlnouit)~!!TllIPFUtlCT10HC.01VTS10H3TltipSVSTEH1.HPCSSYSTEttCllhtlttELCHECKCllhl01ELfUttCTtOHALTESTOPElthf1gtlhl.CtthtfttELCgtll)ITIOttSFOllNIIICIICALIBIIATIOIISUllUEILLA~IICEIIF(Ulill.:IlCoba.BeaclovVesselMaLerLevel-)LowLow,Level2).Sli.Orywel1Pressore-lligh/STc.tteactovVesseiWaterLevel-ttigh,Level40)/Sfd.Conilensat.eStorageTanklevel-~low(S)e.SuppressionPoolMalert.evel"lligli/san.f.~<<impOisctiavgo-pl'essoile'ttlgtl/ST-~9%6-System-F}oMhrte-Low-t-Kioloto>>-A-llus-I>swor-Ilontts>p-UAtlalllla1tniliaLtontthO.1.0SSOFPOWLtttttb)ll~b)ttib)H(b)8(b)tt)tt)1,2,31,2,3,sl",!Pftt)1,2,3,It",5"(tt)1,2,3,1",5"'ftthj--1-,2-,a-,aa-;5sf,-tlh1,2,3,It",5"It.16kvEaiurgeiicyDosUndurvoltage(LossnfVoltage)llhtlh3ItIAA5AA2.4.16kvEmergencyOosUn<turvollnge(OegvadudVo)tage)S)23ItAA5AAtintreqiiii'edtobeOPElthgLEwlienveaclovsteamilomepressoreislessllianoveqoaltogl00$psiig.tltiuntliesysteaiisieqolreilLobeOPEBhttt.E,aflerbeingmanoa1'lyrealigned,asapplicabie,perSlieclfication3.5.2.IteqotvedwlienESFeqoipoientisruqiiiveiltobeOl'EghllLE..oo~ati>>efefe(a)Ilanu'alinitiationswitcbossliallbaLusLailatlaastr>bacu1>or-IB~>oi>tiisif>>ri>>>Lsliut>iowa.Allotbarcirc>>itryassociaLuilwilliman<<aliiiiL}atinnsliallreceiveaCHhtlttEl.FtlHCflOHALfESTatleastoiicepuv31'.iysaspavLofcivciiiLryruqiiiredtobeLesluilforaotomat.icsystemacliiat.ioii.)(b)Cafib'iat.ebl.<po>>i.t.at.feast,o>>cepe@3t(fails~~

TAOLE4.3.3.1-1(Co>>tInue>t)EttERGEttCYCottECOOLIHGSYSTEttACTUhriotlIHSTltutlLHTATlotlSUllVEILLhttCEREUIREttEtffsTllIPFUHCTIOHC.OIVISIDH3TAIPSYSTEHl.HPCSSYSTEllCllhtlttELCliECKClthttttELFUHCTIOtNLTESTsOP6lthT10tthl.CllhgtlELCOHOITIQltSFORMtllCHo>>~E<<l'<<i!a.React.orVesselWaterLcvel-(LowLow,Level2fb.OrywellPressuro-Highc.tteacto)VesselWaLcrLevel-lligh,Level$0)d.Con)tensateStorageTankLcvel-l.owe.SuppressionPoolWaterl.evel-lligt)-fP~>>>>p-acct)argo-P)essu)-o=ttigl)-~tP6&-Sys+e>>~~tate-kow-Oivision3llusPowerllo>>iLorgA.tlanual1<<it.iation0.LOSSOFPOWEltl.4.16kvEmerge<<cygusUn)tervoltage(LossofVoltage)2.>t,16kvEmergencyOusU<<dervoltage(Oeg)adc)IVoltage)Sgs$/STfS)petlAHhtN(I)tt(I>)IlfI>)HlI>)t.l(t~")wee(ttyM~gQgtth$ttA123>1A5A1,2,33>1A>>A3ttA5A1,2,3,>tA,5"~~~I1,2,30A5f>IA5A23>IAA5AA23>tAA5AAtlotrcqui)edtobeOPEllhOLEwhc>>reactorstoa>a)tomeprcssureislessthanorequaltogl00$psig.Whenthesystemis)'equi)'e)ttoboOPEllhgl.E,afterbeingmanuallyrealig>>ed,asapplicable,perSpecification3.5.2.ttc<tuireclwhn>>ESFequlpe>cntisreq))ire)ltobeOpEOAOLE.i(a>IlsnnaliniLiationswitchosshallhatastailatlanst.onespor~gn-sionttsiliii'instslnitdown.niloLharcirrcnilrytassociatedwithma<<ualI))ltlationshallreceiveaCllhHttEl.l'UtlCflOlNLTESTatleast,o<<ceper31)laysast)a>'Lofcircuitryreq<<iredtobeteste)tfora>>LomaLicsysLcmact<<etio>>.)(I>)Cnf<b')e<e.snip<<>)it~etEemtoncepea3t<in>Ia

e'NSTRUMENTATION3/4.34RcC-,<CULATIQNPU<~9PTRIPACTUAT<QNINSTRUMENTATIONA7/5RECIRC<JLATTQ<QPIJMPRIPSYS:"~;NSTPU<zcq-A-;QNLIMITINGCQNOITIONFOROPERATIONe'.3.4.1Theanticipatedtransientwithout.scramrecirculationpumptrip(A7rlS"RPT)syseminstrumentationchannelssho~ninTable3.3.4.1-1shallbeQPRABLEwithheirtripsetpointssetconsistentwithvaluessho~n.intheTripSetpointcolumnofTable3.3.4.1-2.APPLICABILITY:QPERATIQHALCONOITION1.AC7<ON:'rhthanASS-RPTsysteminstrumentationchanneltripsetpointlessconse.vativettanthevalueshownintheAllowableValuescolumnofTable3.3.4.1-2,declarethechanne1inooerableuntilthechannel,isresoredtoOPERABLEstatuswithtnecr<annelripsetpointad~usedconsisentwiththeTripSetpointvalue.MiththenumberofOPERABLEchannelsonelessthanreouiredbytheMinimumQPERABLEC"annelsperTripSystemrequirementforoneorboih.tripsystems,placetheinoperablechannel(s)inthetriopedconditionwithinonehour.liththenumberofQPEMLEchannelstwoormorelessthanrequiredbytheMinimumOperableChannelsperTripSysemrequirementforonetripsysem~de~'re.Ae.~pwyaCem~opembfa.e..".acor-vesselwater~~=.charm&-and-one-r~oivesseloressurec~~lace~h~~perab'.e=&annals..:inhe.-tripped-.conditionwtthin~e2=-~<"~~-i:noperab.lebanners.-~ncludetwo.-r~rvesselwaterI:-Id.Mithonetripsyseminoperable,rsoretheinoperabletripsystemtoOPERABLEstatuswithin72hoursorbeinatleastSTARTUPwithinthenext6hours.e.Withbothtripsysamsinoperable,resoreatleastonetripsystemtoOPER"BLEstatuswithinonehourorbeinatleasSTARTUPwithint<",erext6hours.SURVEILLANCEREOUIRBIENTS4.3.4.1.1.EachATMSrecirculationpumptriosyseminsrumentationchannelshallbedemonstratedOPERABLEby"heperfonnanceoftheCHAHNELC;-'.EC'(,CHANNEL=UNCTIONALTESTandCHALONECALIBRATIONoperationsatthe<requenc<esshownin~Table4.3.4.1-1.4.3.4.1.2LOGICYSTe~FUNCTIONALTESTSandsimulatedautcmatcoperationofall"hannelss<"allbeperformedatleastoncepe.18monihs.4=575--g""R~X~IP(JNI.23/43"3834

QI~t1'IHIPI'IJIICTlOtiLt'Il.IteactorVesselWalerLevLow.Low,Level2TASIE3.3.1.)-lhlWSAEClltCULATIOtlPUHI'IIII'YSTEHItIS'IIIUHEtlfhTIOtlHItIIHUNOI'EINBLECllhNtlELSPEltTlllPSYSTEH(~lel-%2)I2.IteacLorVesselPressure-Iligll(2)1JL+>LLgihtgbXQm~aOn~hatmel.maybeplacedinaninoperableslatusforuplo2tioursforrequiredsurveillanceprovideiItheother-ct>anne)isOPElthOLE...PlCp4IJbtel1l

IIQTAOLE3.3.4.1-2ATWSRECIACULATIOtiPU>lPTRIPSYSTEHItlSTRUHEtlTATIOtlSETPOlttTS)2oReactorVesselPressure-llighTAIPFUttCTIOtlAeactorVessel,WaterLevel-LowLow,Level2TRIPSETPOINTloll8>-+3BQinches"1050<~RQpsigALLOWABLEVALUE1.8inches10b5<~pslg

IgHTBIPItttlCTlONCllhtttiELCIIECKCllhtltlL'I.FUIICTIOtthLlESTCllhtltll:l.CALIItlthTIOIITAIILE4.3.4.1"1iiilitIIMili'iiiiiii%iitiiiiiilltliINiRllllitI,'teacLorVesseltlaLerLevel-LowLow,Level22.IteactorVesselPressure-IligliQS)ea'CuLibnate.~pun%oncepere91dary'

INSTRUMENTATIONEHO-OF-CYCLERECIRCULATIONPUMP:RrpSYSTEMINSTRUMEHTATIONLrMITIHGCONOITIONFOROPERATION3.3.4.2Theend-of"cyclerecirculationpumptrip(EOC-RPT)systeminstrumentationchannelsshowninTable3.3.4.2"1shallbeOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTripSetpointcolumnorTable3.3.4.2-2andwiththeEHO-OF"CYCLERECIRCULATIONPUMPTRIPSYSTEMRESPONSETIMEasshowninTable3.3.4.2-3.APPLICABILITY:OPERATIOHALCOHOITIONI,whenTHERMALPOWERisgreaterthanorEREEEtEEERLLfER.ACTION:a>>b.C.d.e.Withanend-of-cyclerecirculationpumptripsysteminsrumentationchanneltripsetpointlessconservativethanthevalueshownintheAllowableYaluescolumnofTable3.3.4.2-2,declarethechannelinoperableuntilthechannelisrestoredtoOPERABLEsatuswiththechannelsetpointadjustedconsistentwiththeTripSetpointvalue.Withthenumberof'OPERABLEchannelsonelessthanrequiredbytheMinimumOPEMLEChannelsperTripSystemrequirementforoneorbothtripsystems,placetheinoperablechannel(s)inthetrippedconditionwithinonehour.'WiththenumberofOPERABLEchannelstwoormorelessthanrequiredbytheMinimumOPERABLEChannelsperTripSysemrequirementforonetripsystemand:l.If-theinoperablechannelsconsistofoneturbinecontrolvalvechannelandone'turbinestopvalvechannel,placebothinoperablechannelsinthetrippedconditionwithinonehour.2.Iftheinoperablechannelsincludetwoturbinecontrolvalvechannelsortwoturbinestoovalvechannels,declarethetripsyseminoperable.Withonetripsyseminoperable,restoretheinoperabletripsysemtoOPERABLEsatuswithin72hoursor'(reduceTHERMALPOWERtolessthan430@ofRATEDTHERMALPOWERwithinthenext6hours}-.Withbothtripsystemsinoperable,restoreatleastonetripsystemtoOPERABLEstatuswithinonehouror'EERLERt:R>>"fRATEDTHERMALPOWERwithinthenext6hours);3/43-39'38

INSTRUMENTATIONSURVEILLANCEREQUIREMENTS4.3.4.2.1Eachend-of-cyclerecirculationpumptripsysteminstrumentationchannelshallbedemonstratedOPERABLEbytheperformanceoftheCHANNELFUNCTIONALTESTandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.4.2.1-1.4.3.4.2.2.LOGICSYSTEMFUNCTIONALTESTSandsimulatedautomaticoperationofallchannelsshallbeperformedatleastonceper~rrr&ts;opingcycle.4.3.4.2.3TheENO"OF-CYCLERECIRCULATIONPUMPTRIPSYSTEMRESPONSETIMofgcye,logicofonetypeoichannelinput,turbinecontrolvalvefastclosureorturbinesopvalveclosure,suchhatbothtypesofchannelinputsaretestedat.leastonceper~months.GE-STS-(BWR/5+NMP-UNIT23/43"9839

TABLE3.3.4.2XEffD-OF-CYCLEllECfllCULATIOtlPUMPTfflPSYSTEHItfSTBUMEtfTAliOtlrflfPFUffCTfnff1.TurbineStopValve-Closure2.TurbineControlValve-FastClosureHffffNUHOPEflAllf.EClfAtflfE},)PERlRIPSYSTEM2(b)2(b)1'>eotfiertripsystemisOPEflAflLE.~ThisfunctiuoshalieThisfunctiuoshallbeautomaticallybypassedwf>enturbinefirststaRepressureislessthanorerluafto(-~sig~qufvalont-.fo-TffEffHAL-POWER-less--thae+36j&ef-RATEO-BfEf<fN~BMFR.20';ofi4tutbinefiimtstageplebs<<neinps~a,atvaf'veriodideopen.tunb~neXheotttedteainfiLoiv,equivalent.toTllERhlALPOKIERfess.than30',ofiNTEOTlfERhfALPOMER.ToaMo<ufion.~>N&ujnentaccuoacrg,caLibnationandde~fi,a6Apointofi17.0~~ofiXieMnefiickstagepea,agepee46<<ee6>phag e

flTAl)LE3.3.4.2-2ENO-OF-CVCLEOECtuCULAIlpgaPutu't<IPSETPnllnSTllfPFUtlCTIOHLP'I.Turb)neSLopValve-Closure2.TurbineCu>>trolValve-FastClosureTRIPSETPOItlT<(5)Xclosed(48fjPs)Q590ALLOWABLEVALUE<(7)Xclosed>(-If'sig465

TltIPFONCT10ttTABLE3.3.4.2-3Etl0-OF"CYCLEItECIACULATIOttPOl1PTRIPSYSTBIRESPONSEIIHEAESPOttSETINEHil1esecon~lsTnrbineSLopValve-Closnre2.TurlilneConfro)Valve-fast.Closnre<f180)tea<(~>so

lhllLE4.3.4.2.I-IEHO-OF-CYCLEAECIRCuLATIOHPUHPTRIPSYSTEHSURVEILLAHCER~EtiIREHENTSTRIPl'llHCTIOH1.TurbiiieStopValve-Closure2.TurliineControlValve-FastClosureCllhllHEl.FUHCTIOHALC'ESTx)CIIAHHELCALII)RA'fIOll(R) 4IJ INSTRUHENTATIQN3/~.3.5REACTORCOREISOLATIONCOOLINGSYSTEHACTUATONINSTRUMENTATIONLIMITINGCONOITIONFOROPERATION3.3.5Thereactorcoreisolationcooling(RCIC)systemactuationinstrumenta-tionchannelsshowninTable3.3.5-1shallbeOPERABLEwiththeirtripset-oointssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.5-2.APPLICABILITY:OPERATIONALCONOITIONSI,2and3withreac.orsteamdomepressuregreaterthan(~)psig:150ACTION:a.b.WithaRCICsystemactuationinstrumentationchanneltripsetpointlessconservativethanthevalueshownintheAllowableValues.columnofTable3.3.5-2,declarethechannelinoperableuntilthechannelisrestoredtoOPERABLEstatuswithitstripsetpointadjustedconsistentwiththeTripSetpointvalue.WithoneormoreRCICsystemactuationinstrumentationchannelsinoperable,taketheACTIONrequiredbyTable3.3.5-1.SURVEILLANCEREQUIREMENTS4.3.5.1EachRCICsystemac.uationinstrumentationchannelshallbedemon-stratedOPERABLEbytheperformanceoftheCHANNELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.5.1-1.4.3.5.2LOGICSYSTEMFUNCTIONALTESTSandsimulatedautomaticoperationofallchannelsshallbeperformedatleastonceper~~As;opeArLtGcgcycle,.NMP-UNIT23143~44

TABLE3.3.5-lREACTORCOBEISOLATIOttCOOLINGSYSTEHACTUATIOHIHSTRUltEttTATIOHFUttCTIOttALUtilTSHIHIHUHQPEQIIQLECIIMINELt)PERTRIPSYSTEHACTIONa.ReactorVesselMaterLevel-(LowLow,Level2)b.ReactorVesselMaterLevel-ltigh,Level(8)c.CondensateStorageTankMaterl.evel-Low-Suppv~on-peek-Ma&a-Lev~tigh.~.d.HanualInitiation250.5150(2)<@t~)5p.51(2)(')52(1)//system)t~$53)52placinftthetripsysteminthetrippedcondition.provided-at-least-one-other-OPERABLE-channel-4n-thesame-trtpmystom-4~onitor1ng-tha&pavameter(b)-One-tAp-sys-tern-w4h-twe~u~~wo-'}ogie.ge)g'Pnetripsystemwithone-out-of-twologic.~(d)t'e'>Onetripsystemwithonechannel.

TABLE3.3.5-1(Coninued')REACTORCOREISOLAIONCQOLIN"SYSEHACTUATIONINSTR'.".NTATIQNACTIGN50-NihthenumberofOP"-BABLEchannelslesshanreiredbytheMinimumOPERABLEChannelsperTripSysemrequirement:a.Foronetripsystem,placetheinoperablechannel(s)and/orthatripsysteminthetrlpoecconditionwithinonehourordeclaretheRCICsvsteminoperable.5.Forbothtripsvsems,delaretheRCICsyseminoperable.ACTION~-51ACTION+52an-r~ired~=4eip'Sys'~'em.~~-~e...ent;-dec:~ee.MiththenumberoOPERABLEchannelslessthanreouiredbytheMinimumOPERABLEChannelsperTripSysemrequiremen,placeatleastoneinoperablechannelinthetripoedcondition.wihinonehourordeclarethRCICsyseminoperable.MihthenumberofOPERABLEctannelsoneless.hanrequiredbyheMinimumOPERABL=ChannelsperTripSysemreouirement,restoretheinoperablechanneloOPERABLEstatuswithin98+hoursordeclareheRCICsysteminoperable.3/43-~46Nh(P-UhIIT2

sTAOLE3I/lREACTORCOREISOLATIOttCOOLIHGSYSTEHFUttCIIOltALttttITSa.ReactorVesselWaterLevel-(LowLow,Level2)b.ReactorVesselMaterLevel-ttigt>,Levol(8)c.CondensatoStorageTankLevel-Low-d~upproas4on-Soot-Mates-Lev~tigl)d.o.HanualInitiation3.5-2TRIPSETPOlttTI08.8>~983-incties"<(2023$inches">g943inchesALLOMAOLEVALttE101.8>-+-)-Incties<-(209Qinches>-(9l-)inchesAelw5-ttAACTUATIgttIttSTttUHEttTATIOHSETPOIttTSSeeOasesFigure83/03-1.~~

TAOLEO.3.S.1-)IIL'ACfOltCOIIEISOLA'IIOHCOOLIHGSYSTENACTUhflOH1HSTAUHCIITATIOHSUIIVEILI.RIICEIIL'(IIIIIlEIILHl'SFUHCT10HALUHITSa.IteactorVesselMaterLevel-/LowLow,Level2$b.Ileact.orVesselMaterLevel-Hiol>,Level(0)(~c.CondensateStorageTankI.evel"Lowd.SuppressiorrPool-Matte-tev~II4Iltp'.g.Ilanual1nitiationCIIAHHELCIIECKHhCHAHHELFUHCT1DHALTESTHtb)gib)CIIAHHI:LCRL(l(I(AT(0(lIIib)@)ib)'penaf<>igcijefe((a)IIanual'Inlllatlollswltcllessllallbetestedatleastonceper441-m&&%5tlllrlngslnlttlown.AlIotlter)circuItryassociatedwitltmanualiniLiationshall>eceiveaCIIRHHFLFUHCT10HALTESTat.leastoncepe>3)daysaspartofcircuitryrequiredtobetestedforautomaticsystemactuation.)I(b)CaLibna.te.In'unita.tLeastoncepea31daises

3/4.3.5CONROLRQOBLOCK:.NTRi.'fNTATiONLIMITINGCGNOITICNFOROPERATION3.3.6.ThecontrolrodblockinsrumentationcfannelsshowninTable3.3.6-1shallbeQPE;",ABL="withtheirtripsetpointssetconsistentwinthevaluesshownintheTripSetpointcolumnofTable3.3.6-2.APPLICABILITY:AsshowninTable3.3.6-1.ACTION:MithacontrolrodblockinsrumentationchanneltripsepoinlessconservativethanthevalushownintheAllowableValuescolumnofTable3.3.6-2,declarethechannel',noperableuntilthecfannelisresoredtoOPERABLEstatuswihitstripsetpointadjusedconsis.entwiththe.TripSetpointvalue.MiththenumberofOPERABLEchannelslessthanrequiredbytheNinimumOPERABLEChannelsperTripFunctionrequirement,-'aketheACTIONrequiredbyTable3.3.6-1.S"RVEILLANCEREOUR"MENTS4.3.6Eachoftheaboverequiredc"ntrolrodbIocktripsystemsandinstrumentaionchanneissnailbedemonsratedOPERABLEbytheperformanceoi.heCHANNELCHEK,CHANNELFUNCT:ONALTESTandCHANNELCALIRATiQNoperatonsicr-heOPERATICNALCONOITIONSandat.thefrequenciessho~ninTable4.3.=-1.NPWiViifP-0

TRIPFUtlCTIOtll.AOBBLOCKHOHITOAa.Upscaleb.Inoperat.ivec.OownscaleTABLE3~6-ICOHTAOLAODBLOCKIHSTAUHEtlTATIOtlHItilllUHOPERABLECllhtAIELSPEATRIPFUHCTIOHAPPLICABLEOPERATIOtlhLCOIIOITIOHSIAIAI*ncnog606060APAHa.FlowBiasedtleutronFluxUpscaleb.Inoperativec.Oownscaled.tleutronFlux-Upscale,StartupSOURCEAht)OEt)ptllioBSa.Betectornotfull.in(b)C.Upscale(c)Illopelatlve(c)Downscale(rl)IHTEAHEOIATEAhtlfiEHOtlITOASa.l)electornotfullinb.UpscaIec.Inoperali~~d.Downsca1eSCBAH0ISCllhltOEVOLUHEa.Wat.erLoveI-lligl>b.ScramTripBypass6.AEACTOIICOOLhtlTSYSTEHAECIACULATIOtlFLOW<2)M2W11,2,512,5252525252,52,52,52,5125@AGAA3,4,6161616161Gl6161GlGlGl6161Gl62627.a.Upscaleb.Inoperativec.)Corn)>orator)-(l)ownscole)REACTORhIOOESNITCIIb.Re)<<et'trirle1l3,45'2626262.62

TABLE3.3.6-1(Continued)CONTROLRODBLOCKiNSTRUMENTATIONACiIONACT~GN"0-DeclaretheRBMinoperableandtakeheACT:ONrequiredbySpecification3.1~4.3.iACTION61-PiththenumberofOPERABLEChannels:OnelessthanrequiredbyheMinimumOPERABLEChannelsperTripFunctionrequiremen,resoretheinoperablechanneltoOPERABLEstatuswihin7daysorplacetheinoperablechannelinthetrippedcondiionwithint'henexhour.TwoormorelessthanrequiredbyheMinimumOPRABLEChannelsperTripFuncionrequire...en,placeatleastoneinoperablechannelintherippedconditionwihinonehour.ACTiON62MiththenumberofOPERABLEchannelslessthanrequiredbyheMinimumOPERABLEChannelsperTripFunctionrequirement,placeheinoperablechannelinthetrippedconditionwihinonehour.llOTFSNthTHRMALPOWER>$30)moiRATDTHERMALPGrlERMithmorehanonecontrolrodwi.hdrawn.NotapplicabletocontrolrodsremovedperSpecification3.cI.10.1or3.4.10.2.a.TheRBMshallbeautomaticallybypassedwhenaperipheralcontrolrodisselected.'irendieates--l~s-than-(-M.}~-of--HER+b.Thisfunctionshallbeautomaticallybypassedifdetecorcountrateis>100cpsortheARMchannelsareonrange$33orhigher.cThisfuncionshallbeautomaticallybypassedwhenheassoc;atedARMchannelsareonrange8orhigher.Thisfuncionshallbeautomaticallybyoassedwhen.heiRMchanrelsareonrange3orhigher.e.Thisfunc.'onshallbeautcmaticallybyozssedwhenthe'RMchannelsareonrance1.MHPUNIT23t43-~1

TRIPFIAICTIQH1.BOOOLOCKHOHITOAa.Upscaleb.Inoperat,ivec.Oow))scaleTABLEX3.6-2COIITBQI.BODOI.QCKIIISTAUHEHTATIQHSETPOINTSTRIPSETPDIttT<0.66W+$40$XIIA>$5)XofBATEDTIIEBHALPOWERALLOWABLEVALUE<0.66W)$43)XIIA>$3)XofBATEDTIIEBHALPOWER2.APAHa.FlowOiasedHe))tro))Fl))xUpscaleb.Inoperativec.Downscaled.tteut.ronFlux-Upscale,Slartup3.SouttCEBhtIGEHottITQBS<0.66W+f42)'X"NA4>MXofHATEDTIIEAHALPOWER<$12)XofIIATEOTHEBHALPOWER<0.66W>$05)X"tth>43)XofBATEDTIIEAHALPOWER<414JXofIthTEDTIIL:BIIALPOWERa.b.C.d.Oet,ectornot,fullinUpscaleInoperativeDownscaleHhI<+2x10+cpsHA>g3)-cpslth<(I)x10)cpsHhI.g>(-2+cpsa.b.C.d.Detectornotfu11it>UpscaleInoperativeDownscale5.SCAAHOISCIIAAGEVQI.UIIEa.Wat.erLevel-ItiUhb.ScramTripOypass4.INTERMEDIATERANGEIIOttlTABSttA<$100/l25).offullscaleIIA>$5/125).offullscale25<~)gallonsHAHA<$110/125'ffu11scaleNh>43/1254offullscale25<~galtonstth6.REACTORCOOLANTSYSTLHBECIIICULATIOHFLOWIINIT';~a.ted(Coiva.Upsca1e<-f100~-d-I&+fons.w~&Wsetde-b.InoperablveHAc.(Comparator)-cavu)serb+<glQJXflowdeviat.ionTheAveraOePowerBanOuttunitorrodb'lockfunct.ionisvariedasafunct,ionof(W).Tt)etripsetLIngofthisfunction"must,bemaintainedinacco)dancewith'-outedZo)v<(lllAM+dns~(AD-seahe.tth<Qt)Xflowdeviat.ionrecirculat.ionloopflowSpecificat.ion3.2.2.

TRIPFllNCTION7.REACTORh(ODESMITCIIa.Sht<dowwWodeb.Re)ueLhlodeTRIPSETPOINTNANAALLONA8LEVALUENANA~~

TABLE4.3.6-lCOHTROLAODDLOCKIHSTAUHEtlTATIOHSUAVEILLAIICEREUIREHEIITSTRIPFUHCTIotll.RODBLOCKHOIIITOACHAHHELCIIECKCIIAHIIELFUHCTIOHALTESTOPEAATlotlALCIIAHHEL()COHOITIOHSFOAWIIICIICALIDRATIOHSURVEILLAHCEREUIREDa.Upscaleb.Inoperativec.Downscale2.APAHa.FlowOiasedtleutranFluxUpscaleb.Inoperativoc.Dawnscale$&don>nd.HeutronFlux-Upscale,4Cavtup-3.SOURCEAAtlGEHOHITOASZnoPtlAIIAtlhgtIA)IIA(HA)(HA)NAsfu(b)(e)H(c)sfu(b)W'H(c)Qo(b)(')tI(c)sfu3,HAJs/u(+',HIll(b>>sou'<',HI~s/u~',HAl(">>01QHA(">>(~>>sAHA(Q)I)(<sA'NAIAIiiI>i12,512,5Ia.b.C.d.Oel.actornotfullinUpscaleInoperativeDownscaletlAHAHAHAs/u(s]u(b)'w(">>s/u(b3',w(">>s/u<~);u('>>HARtlAQ2,52,52,52,54.IIITERtlEOIATEAAIICiEHOHITOASa.DetectornatfullInb.Upscalec.Inoperat.Ived.Downscale5.SCRAHDISCHARGEVOI.UIIEtlAHhHAHAs/u("3,w(">>s/u("3',w('>>s/u(b)',w(<>)s/u(b),w(('>>tlhQtlA2,52;52,52,5a.WaterLevel-lllOI>tlAb.ScramTripDypasstlAe.REACTORCOOLAHTSVSTEHRECIRCULAlrOHFI.OW(H)(Q)HAtlh5@A5@A3,4,a.Upsca1eb.Inaperativec..(Comparator)-(Downscale)7.REACTORhIOOESAIZTCIIn.Shutrtoiun)lodeb.Rel%uef.hto<(e,tlAtlhtlANANA-(b)Sfu(b),H5/0(b),HSfU,HQtlhRh!ANA3,45

TABLE4.3.6-1(Continued)CONTROLRQOBLOCKIHSTRUMEHTATIOHSURVEILLANCEREQUIREMENTS"NOTES:a.NeutrondetectorsmaybeexcludedfromCHANNELCALIBRATIOH.b.Within24hourspriortostartup,ifnotperformedwithintheprevious7days.C.Includesreactormanualcontrolmultiplexingsysteminput.WithTHERMALPOWER>$30/%ofRATEDTHERMALPOWER.Withmorethanonecontrolrodwithdrawn.NotapplicabletocontrolrodsremovedperSpecification3.9.10.1or3.9.10.2.ThiscoLib~onskaU,consmCofDeadjusWe&o)CheAPED)channeL<ocon$oenCoNepoutettvaLuescaZcuLatedbyaheatbaQmceduru'.ngOPERATIONALCONOITION1uthenTHER(fALPOMERmgeeatett,Chanoceo~Co25'tofRATEDTHERNLPOMER.AdjustCheAPEDchannel~$dieabsoLutedi(jMence~gceatet,Man2~>o$RATEOTHERNLPOMER.AnyAPRMChanneLgainadjustmentmade~ncotttpkianceeM<Spew.+cation3.2.2whaLLnoCbe~noLuded~ndeteIuniningWeabaoLatedi)5wence.TRQcaLib~ondhaLLconsmCo$Neadjustmento$QeAPE<(goutb~asedchannelCoconfro~CoacaLib~edgouta~naZ.T~caLibnationahaLLconsmCo$vertfangWee~ph~o~ntonLy.~STS(BWR/5$iVMP-UNIT23/43-~54 l1 3/4.3.7MONITORINGINS;RU.".ENTATIONRAO:AT.ONYONITORiNGINST.";UM'(TiTIONL:YiiTIHGCONDITIONFOROPERATION3.3.7.1TheradiationmonitoringinstrumentationchannelsshowninTable3.3.7.1"1shallbeOPERABLEwihtheiralarm/tripsetpointswithinthespecifiedlimits~APPLICA8ILITY:AsshowninTable3.3.7.1-1.ACTION:a.b.C.kitharadiationmonitoringinstrumenationchannelalarm/tripset-pointexceedingthevalueshowninTable3.3.7.1-1,adjusttheset-pointowithinthelimiwithin4hoursordeclarethechannelinooerable.Mithoneormoreradiationmonitoringchannelsinoperable,take'heACTIOHrequiredbyTable3.3.7.1-1.5Thep<ovisionsofSpecifications3.0.+and3.0.4'renotapplicable.SURVEILLANCEREOUIREAGENTS4.3.7.1EachoftheabovereauiredradiationmonitoringinsrumenationchannelsshallbedemonsratedOPRABLEbytheperformanceoftheC.'.AHNELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALBRATIONoperationsortheconditionsandatthefrequenciesshowninTable,4.3.7.1-1.3/43-+55I

TABLE3.3.7.1-1RADIATIONhIONITORINGINSTRIIhlENTATIONINSTROhlENTATIONhIINIhlIIhlCIIANNEL(S)APPLICABLEOPERABLECONDITIONSSETPOIhIT>>*ACTIONaca>Cai1,2,3,5and"<1.3x10pCc./cc1,2,3,and>><1.7x10((Ci/cc-3<1.7x10((Ci/cc-4<1.Ox10pC(/cc>>>>>>-7<5.7x10pCi/cc*>>>><3.Ix10pCii/cc'>>>>1,2,3and'taftXcmedAt.afL,time>d10pC~/cc1-210pCc/cc.1,2<5.7xD(cncngcan(ta,cnment.<1.6xpccngcIlg(fi)<1.0x10n(R/hn>>>>>>A.taLLXc.med<2.5x.10mR/lac,1.Co((tnoLRoomAuc.Intalce(a)12.Reac,tonBaiLdingAboveRefiueLFLoun(b)(c.)3.Reactun.BcciLclingBeLo(vRefiueLFLoon,(b)(c)14.DnyveLLAhnodphenea.Gadb.Pan.tcccctate15.Sc>nvccePatenVc.schange-RIIRIieatExchangen1/heatexchangen6.blainConde((denAinEjectunofifi-GadPne-Tneahneni1(e)7.StandbyGadTneat(ne>>tI8.Aneahlol(itonda)Ne(vFueLStonageVac!ctt.Anca(cn.iticaLi,tg)1b)blainContnoLRoom170717172727673747575(a)InitiatedContnoLRoomemenajencgfiiLtnationcvithchanneLathighdetPuint...(b)NonmaLReactonB(ciLdingventiLation~dot'atcunancldgandblJgeldWeatme((tklciWationatIughde,tpocnt.(Chan(leL.idgadde.tec.tonunLg.)(c)Seedection3.6.5.3(d)IUitlcRI(Rheatexchangend.inopenatcon.(e)ldoLateddgste(((cuithchalnleLathighdeipoi(ct.(fi)IU(dhfiue.L.inXhenecvficceLd4onagcvauLt.IUhen.ircnadiatedficceL.idbecnghandtedindeco((dangco((tacnmentancld((ningCOREALTERATIOhIS,aavenationscvithapotentiaLfionclnainc'ngtheneactonvcddcP(cvcthfic(eLin.the.veddeL).A(((1(>c(((c'.qsuncclbacllgnoulul.A{'a'((((c'>lity.I.>>(C(((a>(gCC>nta(n(((entp(lnjcc.'.l)Idufatc'd-daa4eeonhighnacLiatiun.(UithchanneLathcghdetpcai((t,ctcanpendonneLfinomvici((ctgufiaE't'ungeLi((<<vc1('v<<sanalcc>nlinccepccngi((g.Obsenvemacnstaclcefififc(c!nt.mone,tunaPanmdtatccsCoendccne.thatufifiditc.'h>sc'1(Ic(ac(cl'(c'a>Ic'xc~a'c~cla'cl.~~

TABLE3.3.7.i-1(Continued)RAOIATIONh{ONITORINGINSTRUh(ENTATIONACTNMACTION70-ACTION71,-ACTION72-ACTION73-ACTION74-01~km'hanAeacquittedchannekopetutbke,initiateandnuintacnoperono$ContrtokRoomem~ency)~~onsystemeutu'.nonehou!r..km'andtezequirt.edchannelope~ke,initiateandmaintainmokatLono(ReactorB~Nngve~ationandoperationo$dWndbygasWeatme<~nonehorn.0/Mhkm'ianNeceqautedchannekopembke,obku,nandanakyze,atkemConegrabaampkeo$Aemo~onedpanamWen,oncepw24ho~.SeeSe~on3.4.3.1.01~~henumbert.o$channelsOPERABLEkm'sanDiecequirt,edbyAeKuumumChannelsOPERABLEceqcuJtement,rcekemMvmUmpatluvaymaycontinueprovidedgnabdampkume~enandanakyzedonce,pert.12houtu.CkoaeCheaffectedayaCem~okatLonvakveh~cpu.none,boun,oc<+itiveWeepne-pkannedaktercnatemethodoEmoeu.'os'.na.ACTION75;01~km'hanAetequirtedmonitoropertabke,pe/c(oengaeasurcveyao$Chemo~onedgaea~hpo~bkemo~otu.ngim~eM~onatkentonce.pM24hoeu.ACTION7b-0IMikm'anChenequirt,edchannekopertabke,ob~andgrabaampkeo$WemomonedpcvuvnWetoncepm12howu.iVhfP-UNIT23/43-57

TABLE4.3.7.I-IRAOIAT1ONhlONITOR1NGINSTRUhlEhlTATIONSURVElLLANCEREOlllREhIENTSINSTRUhlENTAT1ON1.CorrtnoERoomAinlrrtalzeShlSACIIANNELCIIANNELSOURCEFUNCTIONALCIIECKCIIECKTESTCIIANNELCALlBRATlON2.ReasonBuitdirrgAboveRe)uet,Ffoon*3.ReactonBrrr'84rrgBeCorrrRe)uelF.too@.4.OnyveLLAtrrroaplrene5.SenviceNaten0~change-RIIRIieetExcharrgen.6.hlainConderraenAwEjec.ton.O]$-GmPne-Tneatme>>t7.SiarrdbrfGasTneatrnerrtSrgbfemPorr,t-TneahrrerrthlhlhlhlhlhlSASASASASASA8.AneahlorrMom(a)NerrrFuckStonage.VarrLtAnea(Cn,incaLi.tg)(b)hla.inCorrtnofRoomSShlSASAGasrle.teetono>>lg.

.'>STR">!ENTATiQNSE."MC!PN>TQRrNCINSTR!,'>ENTATg"N()T!3"C!0TiNFORQPeRATQN3.3.7.2Theseismicmcnitcrirg:nstr."..n-ationshowninTable3.3.7.=1shallbeGPERA-"LE.f)VI/4~QhV'lI.aIItlIm5~AC0'(Withoneormoreofinoperablefo"moreVVCommissionpursuantouliningthecause=heinsrument(s)totheabovereauiredseithar.30cays,I>~suan>ltcSpecification6.9.2cf:hem>alfunctionandOPERABLEs.atus.I~~~'IaSpecialRepor"totnewihinhenext10daystheplansorrestcringsmicmonitoringinstrumentsTheprcvisionsofSoec>,ications3.0.3and3.0.4arenotapplicable.SURVEILLANCEREQUTRB!ENTS4.3.7.2.1Eachofheabovereauired'seisimicmanioringinsrumentsshallbe".emons:raedOPERABLEbvtheper>ormanceoftheCHANNELCHECK,CHANNELFUNC-SIGNALTESTandCHANNELCALIBRATIONoperationsattheirequencesshowninTable4.3.7.2-1.4.3.7.2.2Eachoftheaboverecuiredseismicnonitoringinstrumentsacuatedduringaseismiceventgreaterthanorequalto(0.01)gshallberesaredtoOPERABLEstatuswithin24hoursandaCHANNELCALIBRATIONperformedwithin5davsfollowingtheseismiceve.t.Daashallberetriievedfranacuatedinsrumentsandanalyzedtadeterminehemagnitudeofthev.'bratorygroundmotion.,=','...,aSpecialReportshallbepreparedandsubmi.ed~otheConmissi'onpursuanttoSpecifi"cation6.9.2wiithin1Qdaysdescribingihnagnitude,irequencyspecrunandresultanteffeuponuniteaturesinporanttosafey.raY~VV~VV~IV~~>>4VI>lI>~~IV~VIV~V\~~V~4~IIIIIII~\'V-,3.Sqi'(IP-UNIT2

TABLE3.3.7.Z-ISE'HICYiQNITORINGINSTRU1'!ENTATIONiNSTRUMENTSANOSENSORLOCATIONSI.TriaxialTime-HisosAccelerographs2~1EASUREHENTRANGEalii'fI2~1UHiNSTRUffENTSOPERABLEa.b.C.ReactorAda.Afu'.H..175'-00~1.0aRao~<vsFe.Ee.59S'-0+1'!.214'-0III0~TriaxialPeakAccelerograohsO~mekGenAdaSetv~ceNato@.P~p~g-5ab.rum.oatH~ahPc.Coze,SpumyPipingc.P'Co'mp1HofocTriaxialSeismicSwitchesIIIReavowKd.if'L.175'-00.0~25-025.(ad4'aoCabRa)14.TriaxzlResponse-SoectrumRecordersa.b.Crd.~WithRag~<Kd.llfatM.175'-00+2gPaboCoFooRHR.PPaaa52.254'"~t-9Raaaooa52dg.Ra/aa24agFR52353-10022gCo~ioeS',u~Ef..21~200+2greacorcontrolroomindicationandannunciation.I(a)Ig04Vh{P-UNI72

TABLE4."-.7.2-11SESMIC'!ONITORINGINSRUMENTAIONS"R'/EILLANCEREQU'.R="!'EHTS::NSTRUMEHTSANDS"-NSORLOCATIONSCHANNELCHECKCHANNELFUMrTTONALCHANNELTESTCALIBRATIONl.TriaxialTine-HistoryAccelerographsRoc,toeELdg.,(tatH..bZeac.to<'.e..ue,tac.Co>~oa,~le.24175'-0M55)(SASASA5A'.Triaxial.p=-kAccelerographsaS<m&Genb.Plum.onec.P~.(.outKSar,viceNatantPapm@A<gn/t..cone,spnru<P~p~ecosocump,ozoneNANANAHARRR.riaxialeismicSwithesa.ReactorKd,~tatEL175'-0TriaxialResponse-SpecrumRecordersMCa)SASARa.Reac.toeMhf&EL175'-0b.P~(.ont<panenec.ReactorKMgRefueking-FZ.EL.<fatEL214'-0Excetseismictrigoer.M94-6"HA353'-10"MANASANASiEt'ANARRRN1.IP-UNIT2

IN"J"='TIONH":EORO'GICALNONITORINGINSTRŽ~NTATIONL.>T".NGCG'COITIONFOROPERATIONACiI0M:3.3.7.3The+eorologicalmonitoringinsrumentatA'onchannelsshowninTable3.3.7.3-1shallOPERABlE.APPLICABILITY:Ataltimes.a.'Ri<<honeormoreme+eqrologalmonitoringinstruren.ationchannelsinoperableformorethm7days,inlieuofanyotherreporreuiredbySpecification6.9.1,repareandsubmitaSpecia'1ReporttotheCommissionpursuantto,(pea,fication6.9.2withinhenext10daysoulininothecauseofthem~gfunctionandtheplansforrestoringtheins".umentatiootoOPERABLB,status.b.Theprovisions.ofSpecifications3'.,0.3and3.0.4arenotapolicable.SVRVEILLANCEREQUIREMENTS4.3.7.3,/Eachoftheaboverequiredmeteorologicalmonitoringinsrumentationchannelsshallbedemonsrated-OPERABLEbytheperformanceof'theCHANNELCHECKand.ANNELCALIBRATIONoperationsatthefreouenciesshowninTable4.3.7.3-1.

HSTRUMEHTTABLE3.3.7.3-1M::EOROLOG-.riLMOHITOR<HG".HSTig"cHT~i'I'OHMiHEMUMIHSTRUMEHTSOPERABLa.MindSpeedl.Elev.(30)it.and(ZOG)it.b.MindOirec.ion1.21av.(30)fa.'.na(20+ft.c,AiTe!itperata're,OiierenceI.Elev.PO/200)=.1aaca[leac~iVWP-UNIT2&Nt&N}3/43-67

CHANNELCALIBRATIONMindSpeedTABLE4.3.7.3"1M:">OROLOGICALiNITOR:NGINSTRUMNTATIONSURVEIL~~NCEROUIREMENTSCHANNELINSTRUMENTCHECK/p1.E1ev.(30)f.and{200)r.~0SAb.'>findDirecion!1.=lev.(00~)ft.end(200)ftSAcAerTe"erUreOiITerence1.>>"v.(30/200)ft.0SANMP-UNIT2

Ei4STRUMEHTATIONREMOTESHUTOOWNMONITORINGIHSTRUMEHTATIOHLIMITINGCONDITIONFOROPERATIOi43.3.7.4TheremoteshutdownmonitoringinstrumentationchannelsshowninTable3.3.7.4-1shallbeOPERABLEwithreadoutsdisplayedexternaltothecontrolroom.APPLICABILITY:OPERATIONALCOHOITIONS1and2.ACTIM:a.Wi'ththenumberofOPERABLEremoteshutdownmonitoringinstrumentationchannelslessthanrequiredbyTable3.3.7.4-1,restoretheinoperablechannel(s)toOPERABLEstatuswithin7daysorbe.inatleastHOTSHUTOOWNwithinthenextDhours.TheprovisionsofSpecification3.0./arenotapplicable.5SURVEILLANCEREOUIREMEHTSC.4.3.7.4EachortheaboverequiredremoteshutdownmonitoringinstrumentationchannelsshallbedemonstratedOPERABLEbyperformanceortheCHANNELCHECKandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.7.4-1.b.OnceperopingcyMe,,prcopen.~et)e/to$coi~ZCo<emoteatmtdoutnpanelsshakebeveau.P.edexceptfoeRCIC~onecoetrcoZchic~.3/43-j8'2iVh)PUNIT2

I.rtIOTESIIIITIInMIIItnttlTpitiIIIiIISTltutIEIITnrlait1tISllttllll;tlTlte;)ctorVesselI'ress)>reItL'AI)I)IITLOCATlnII2CES~PNL405HIIIIIIIIHIIISIIIIIHL'IITSOPEIIAOLE2CES*PNL405YVlWTut4)52.IteactorVesselMaterLevel(2)3.S>>ppnmsio>)PookIUatenLeuet,3.Safety/ItelifValvePosition,(2)valves4S>>ppnmdio>>Poof=IUatenTemp.(2)7CKVPPD5S<<pprossionCl)amt)erMater.Level5.RIISIlxDcschangeFtoiv"ZCES1%LV055.S<<ppvessionCl)a>))I)erLIaterTempevat<<re.6.SenuiceIUatenFtoiv4oRI(SIlt.Exch.(A,B)"ZCES7PCA56.S<<ppvessionChaml)erAirTemperatlll'e7.RIISlit.Exch.Se>nuice(Ua.ten0>itfe.tTemp.(A;BRACESPITUl05l.II)ywe11Press<<re.8.RC1CT>inl>i>)eSpeedYVES'Pl%05.0.I)vywellTempevaL<<re-9.RCICPiimpDiachangeFto>v7CES7PP35>J.ItllltSysteiaFlow-10.RIISlleatExcha>ig>>nl>)IO>>.tTi!>>>p.(A,B)ZCES"7HI.49510.ItltltServiceMaterSysLemI:lo)t11.RIISDischangeXoRad>vas.teTem;).ZG:S"PQC405ll.ItllltSevviceMatevTemperaL<<re-12.SenuiceIUat>>>.PompDidchangeFt'o>v(A,B,C,D,E81~YEPT'NL40512.ItCICP<<mpSpeeil-13.ReaetonVcu)aeLahettging.tempVCE3'VPl%0513.IICICI'>impSpeeil-111/(vaIve)1.11.1'1111111.I11.111-11~llit.15.16.17.18.)9.Reac.ton.Vms'o.tto>>>IleadTempCoiiife>>sate.StonageTa>>I(Leuc('.(A,B)ADSAcc..ta>>k>>o.32pnme>ineAOSAcc..ta>>k>>o.33pness>ineAOSAcc..ta>>I!>io.38peur>>neADSAcc..ta>il!>>o.35pneuma<<ne2CESPNL4052CESPNL4052CESPNL4052CES*PNL4052CES"PNL4052CES~PNL4051T'111

IIISTIIIII1I:IITlteacLorVesselPressureIteacLorVesselWaLerLevel(2)$>>ppnezz.tonPooL(Oaten.LevetSafeLy/lteliefValveI'osiLionSuppnesz~o>>Poof(UatenTemp.(2)SuiqiressionCl>amberWaLerLevelRIISIlxO.QchangeFtoiuSut)lu'cessionCltamiierMaLerTemperaLure-Senv~ce(OatenFLoivXoRIISIlt.Exch.(A,B)2.3.3.4.5.I~l6.C).7~E.0.9.9.10.10.11.1l.12.12.13.13.14.SuppressionCl>amberAirTemperaLure.RIISIlt.Exch.SenvcceIVaten0>>tLetTemp.I)rywel1Prossuro-RC1CTunbtneSpeedl)rywellTemperaLure-RC1CPzunpOBchangeFLoivltllltSysLemFlowRIISlieutExchangen1>>/OzztTemp.(A,B)ftllltServiceWaLerSysLemFlowRIISOmchange4oRadchen,teTemp.ItllltServiceWaLerTemperaLureSenviceÃa.tenPumpO<achangeFtoio(A,B,C,IICICSysLemFlowReactonVessel.dhetLI(LgXempIIC1CTurbineSl)ee<IReactonVezzeLBottomIleadTempCIIAIIIII:.I.CIIECKHI,lHhl~Hhl-HhlH(A,B)hl-HNANA'klI.IklhlHO,E,SF)WHhl-HhlCIIAIIIILI.CAI.IIIIIA()I0IIIt~IIA-R-II{tIt~It~IIItR.It.ItR-It.REAOOIITLOCAT10N2CES~PNL4052CES~PNL4052CESPNL4052CESOPNL4052CES4PNL4052CESPNL4052CES*PNL4052CESSPNL4052CES~PNL4052CES~PNL405ZCES~PNL4052CES*PNL4052CES*PNL4052CES~PNL40515.16.17.18.19.CondensateStonage.TankLeveLAOSAcc.4znk>>o.32pneszuneAOSAcc..ta>>lzno.33pnezzuncAOSAcc..ta>>k>>o.38pnessaneAOSAcc..ta>>lz>>o.35pnmdune(A,B)hlhlWWhl2CES"PNL4052CES~PNL4052CES"PNL4052CES"PNL4052CES*PNL405

tiSTRUMENTATiGN"C"TD=NT'GNTO"'""-TN<TRUM"-8T"TiO'tL:t~:TINGCGNDITIGt(PGROPERATION3.3.7.5Theaccidentmonitoringinstrumentationchannelsshownin.Table3.3.7.:-1shallbeG?ERABLE.A?PLICA"=ILITY:OPERATIONALCONDITIONS1and2~(exceptmnctedoaTable3.3.1.5-1jac:oH:Mithoneormoreaccidentmonioringinstrumen-.ationchannelsinoperable,take=heACTiONrequiredbyTab1e3.3.7.5-1.SURVEILLAtiCEREOUIREMENTS4.3.7.5Eachotheabove",equiredacciden.monitoringinstrumerationchannelsshallbecmonstrated0?ERABLEbyperformanceof-heCHANt'CHE"KandCHANNECALiBRATiONoperaionsathefreouenciesshowninTable4.3.7.5"l.~JVM<lP-UNIT23/43-g7b5 0

ItIhIIISTIII)IB:tlT1.IteacLorVessel.I'ress(>>'eRCCIOLtiTHo)I)rollItiGittSTBI!t<LIITRrIO)IIII'.(I)IBL'I)tlllfll)EIIOI.CIIR)ltIL'LSHltilt!!)HCi)RI!ttEi.SOl'EBRBLERCT!OII002.3.n.BeacLorVesselIlaLet.I.eve)Poof.Sll))))l'essioll&tatt>4et-Hi>Lel'.evelPooLSt>ppt'essionCl>at>>herHaLerTemperaL(tre100I4jf.0),1/sector{4I('0$,1/secLot'05.SttppressionChat>>)terRirTeotperaL>>re~'.I)rywel1Press>>re*10000l)rywul1RirTet>>petaL(treI)rywe)1Oxy(genCo>>cenLraLio>>l)rywel1Iiy(lrogenCot>co>>Lra!.io>tRnalyzet'>>(lHottiLor10.SafeLy/I!eliefValveI'osiLiottln(licaLors(2)/valve1/va1v(.0011-Itt=Cor-e-Tl>014>ocollp-los.(Radia.tion)J.'Ong(t>eLf.11(ghRa>tgehhto>tigon(s32.I'tItt>atyConLajpth>d(t>LGrossBa(liaLiotttfntt)Lors12.hiai>tSt'achGaaeo((s'nt:fi(ltte>ttblot(i((jyIa)Eo>>L(>it>met>LVet>LI-IalloodloniLorPad<etio>t13.Radtthaste/React(hn.8((i.Mi>tgVe>ttGaaeu(((>+EfifiC<<e>tth)o>ti(ggOff-!)asandBa(lWasLel)ttil(lint)Vett!.ilaLionflonil.orli,Snnoian(iatinOisnliancgn-h)hlshoatExnhmnnanRadiationhlIossitonF(>ellian(ili>>!)RteaHo>>iLor15.Senvice!t)atenEfifift(e>tf.",>Io>>iton16.Tt>rl>i>>eBt>il(lin!)VenLilaL!onI!oniLor(/I)lb.V(.taCAneaRadiat(o>thlo>t.(.tons371)/cot'e(!(lit(ltant2--2-.'---11(1))/heatexch.())1(L)(2)/core.00--()ttattdratt41)II0-L-183l"-"---01--183~-1--..-----R-)/heat:e,xch.84).Ol184'""l-"Ol101(//tiol>le!)tsmet>iLo>'s.)(a)Fonaf'.f.OPERATIONALCONDITIONSa>t(ttuhe>t(tuba(t(aCedfit(ee.is;>..~C,!,al!,"!r.;~.>>..'rl.r,;hr,(t.n,~ssI>ei>tgIta>tdCed.i>>deco>>dang~~

INSTRffhfENT16.Vital'.AreaRadiationblounttomTabf'.e3.3.7.5-1tCont.)ACCIDENThlONITORINGINSTRff)IENTATIONRE~(f1REDNffhfBEROFCllANhlELShlINIh((fh(CllANNELSOPERABLEACTIONa.b.c.d.e,.RaduasteSampleRoumRadheuleContourRoumblainCoaVcofRuomReLagandCumpiaten.RoomTivcbineB<<iMi>>gGmeu<<AEfifil<<enthfoncto4LocationblainStackGmeoieEfifi6ienthloni.ton.Location818181818117.Refi<<ef'f'atfiutontfigltRadiationhfo>~ton.ReTf<<icedwhenhandt<ng.irradiatedfi<<efon.~tucadcatedcompo>>e>>U.inShefi<<ef.'out.

Table3.3.7.5-1(Continued)ACjONSiAIENTSACTION80-a.o.WiththenumberofOP'ERABLEaccidentmonitoringinstrumentationchannelslessthantheRequiredNumberofChannelsshowninTable3.3.7.5-1,restoretheinoperablechannel(s)toOPERABLEstatuswithin7daysorbeinatleastHOTSHUTGOWNwithinthenext12hours.WiththenumberofOPERABLEaccidentmonitoringinstrumentationchannelslessthantheMinimumChannelsOPERABLErequirementsofTable3.3.7.5-1,restoretheinoperablechannel(s)toOPERABLEstatuswithin48hoursorbeinatleastHOTSHUTOOWNwithinthenext12hours.ACTIONB1-/WiththenumberofchannelslessthanrequirementQJllOPERABLEaccidentmonitoringinstrumentationrequiredbytheMinimumChannelsOPERABLETnitiatethepreplannedalternatemethodofmonitoringtheappropriateparameter(s)ea4~onoe~~plelteoenopersyemACTIONS2-[]suspendmovement.o$~ckatedcomponentsinChe(uzipooL~on,i.eactoncavity,oc,~vitiateWepreplannedaLtmnatemoodo$mo~o~igWeeaopeop~epeuuneteA.ACTIONS5-MMhWenumbers,o$chanmQOPERABLEmesa4<anceq~edby.theNnunumChannelsOPERABLErteqaicement,e$$MentneZeabesv~apathwaymayconttnuepn.ov~dedgrab.samphan,eCalzenandanalyzedatCeaseonce,pm12hocuu.ACTIONS4-MMtChenumb'(channelOPERABLEZeta.thanieq~edbyDiele'mmumChanne&OPERABLErceq~ement,e$(quent.refusesvmpathulaymaycontinuepnov~deddiat,once,pe<12hocvu,grabaamphmecoLEectedandanaLyzed)on.gnome~oa~v~y(betaoegamma)ataCoen~o$dete~ono$atLeast107nu.monuu.esjmL.GE-STS(BWR/5)3ie3-PCgS

1hl)I.I:t).3.1.5-1%iii<<iii<<>><<'.iii<<II!illiiII)STIII)III:IITCIIAAAELCIIECKCIIAAAELCALII)AATinnl.IteactovVesselPressuve2.IteactorVessel(laterLevel3.SuppvessionClcamlcerWaterLevel4.Scil)illessionClcamlcev)laterTemperatuveScclipressionCliamlcerhirTemperatuveG.I'vimaryCoc>tainmentPvessureI.I)vywel1hivTempevaLccre0.I)vywellOxygenConcentvation9.I)vywel1llyclrocienCoc>centrationhoalyzerancIIlonitorRl10.Safety/AeliefValveI'osit.ioninclicators-l.7<<-Cortelcertocoeoccut'es.Rncliatcon-)-.-.ic>-cove-)cevcccoeocqi<csI1,DccgoeeeIcc)lcilQleehto)1ctorth.12.I'rfmavyContacccnenttcvossAac~tiI,ic)))IlonitovsLaipstankGpaot}o}IItahntollonjf)e'taft<ottonn3.Rnclilxcs.te/Reactor6cccI'chcccqOaseclcwEIcl'fccecctklonctort<+-Off-gasancl-AaclMasleI)ccllclingVentllaLlonHonitor(lf)lg.SertvieeIc}atertDcaelcnnge-RlR)teatExehaccgertRncfcntcoc)%5-.Fuel.IlandllngArea-HCq}otor($}.-..:............IIfanitaI5.Sertvceetc}atertEfifif'cce<<O'7hocw.tort16-.-Tccrbine-DccilclingVentilaLIonHonltor(II)IIHHIIIIHHH)II)OIA).IItlhlHhiHhlhlltItA~ltltAAqaItRA.RARARA-i)sin!IsamplegascontainlnclI:a.OnevulccmepevcenLlcyclvogen,lca)ance>>itvccgen.Ic.I:oc>>volccmeicevcecitI>yclrogen,lcalancenlLvogen.II(-Ilol>legasconc>it<<vs.)ccNobt'egnscnvccc.tortocct'g.

Tabte4.3.7.5-1(Corrt.)ACCIDENThlONITORINGINSTROhlENTATIONSuRVEILLANCEREnuIREhlENTSIhlSTRtlhlENTl6.VitalAneaRadiatio>>hlorritomCllANMELCNECh'.ClfAhlMELCALIBRATIOMa.b.c.d.RadrrrabteSampleRoomRadrrrabteContnolRoumhlairrCorrtnot.RuomR~~garrdComp+tenRoomTunbirreBrrifdirrgGa6eoreEfifiCuerrthlorw.tonLoca.tiorrhlurrStack.Gaaeorr6Efifilrrerrthlorri.ton,Locatiorrhlhlhlhlhlhl17.RefiuetPlat:fionmllighRadratiorrhlurriXortlrrrrnediateE'gpnion.tuharrdt<rrginnadiatedfirreCon.radiatedcomporrerrUerrShefirretpooLarrdorrcepenmorrtlrXheneafiten.

INSTRUMENTATIONSOURCERANGEilONITORSLIMITINGCONDITIONFOROPERATION3.3.7.6AtleastthefollowingsourcerangemonitorchannelsshallbeOPERABLE:a.InOPERATiONALCONDITION2",threeb.InOPERATIONALCONDITION3and4,two.APPLICABILIrY:OPERATIONALCONDITIONS2",3and4.ACTION:a.InOPERATIONALCONDITION2"withoneoftheaboverequiredsourcerangemonitorchannelsinoperable,restoreatleast3sourcerangemonitorchannelstoOPERABLEstatuswithin4hoursorbeinatleastHOTSHUTDOWNwithinthenext12hours.InOPERATIONALCONDITION3or4withaneormoreortheaboverequiredsaurcerangemonitorchannelsinoperable,verifyallinsertablecontrolrodstobeinsertedinthecoreandlackthereactarmadeswitchintheShutdownpositionwithinanehour.SURVEILLANCEREQUIRE.'IEHTS4.3.7.6Eachofthe'aboverequiredsourcerangemonitorchannelsshallbedemonstratedOPERABLEby:a.Performanceafa:1.CHAHNELCHECKatleastonceper:a)12hoursinCONDITION2",andb)24hoursinCONDITION3or4.2.CHANNELCALIBRATION~atleastanceper18months.b.PerformanceoiaCHANNELFUNCTIONALTEST:I.Within24hourspriortamovingthereactormadeswitchfrcmtheShutdownposition,ifnotperformedwithintheprevious7days,and2.Atleastonceper31days.c.Verifying,priortowithdrawalofcontrolrods,thattheSRMcountrateisatleast3cpswiththedetectorfullyinserted.""NeutrondetecorsmaybeexcludedframCHANNELCALIBRATiON.3/43-~NIHP-UNIT2

INSTRUMENTATIONTRAVERSINGIN-COREPROBESYSTEM3.3.7.7.Thetraversingin-coreprobesystemshallbeOPERABLEwith:a.Threemovabledetectors,dr'ivesandreadoutequipmenttomapthecore,andb.Indexingequipmenttoallowallthreedetectorstobecalibratedinacommonlocation.APPLICABILITY:Whenthetraversingin-coreprobeisusedfor:a.RecalibrationoftheLPRMdetec.ors,andb."MonitoringtheAPLHGR,LHGR,MCPR,or~QMFLPOQ.ACTEON:Withthetraversingin-coreprobesysteminoperable,suspenduseofthesystemfortheaboveapplicablemonitoringorcalibrationfunctions.TheprovisionsofSpeciAications3.0.+and3.0.&arenotapplicable.45SURVEILLANCEREQUIREMENTS4.3.7.7Thetraversingin"coreprobesystemshallbedemonstratedOPERABLEbynormalizingeachoftheaboverequireddetectoroutputswithin72hourspriortousefortheaboveapplicablemonitoringorcalibrationfunctions."naytneaetector(s)intherequiredmeasurementlocation(s)arerequiredtobeOPeRABLciVWP-UNIT23/43-P72

INSTRUh{ENTATIONFIREOETECTIONINSTRUMENTATIONLIMITINGCONOITIONFOROPERATION3.3.7.10Asamvumum,4ze$~ed&ectioninde~on(oeeach(medetectionzoneshowninTabh3.3.7.10-1ahaLLbeOPERABLE.APPLICABILITY:NhenevmequipmentpmCectedby4zef~edetectionins4~entisrceauinedCobeOPERABLE.ACTION:{{f&hAenumbers,o$OPERABLE(medMectionins~entsLessChanAehRumumIns~entsOPERABLEceo~emento(Table3.3.7.10-1:a){flu.n1horn,es~~haFIRE{ftATCHPATROL4oinspect<he=-one(~)eu".hWeinopenabfeinsolent(a)atLeasConce,pnhorn.b)ResloceWeminimumnumb')ins~entsCoOPERABLEs~eMzin14daysoepeep'.eanddub~a,.z.eposinaccordance~~6.9.2c)Thepcovmionso$Spen.gcatzon3.0.4atenoCapplicable.SURVEILLANCEREUIRE{{ENTS4.3.7.10.1Eacho$Neabove'acquiredp,xedetectionins~entswhichaneaccessible~g~op~onaha%be,demons~edOPERABLEatZeas<oncepere6monthsbypere(ordnanceo$aCHANNELFUNCTIONALTEST>>FmedMectomwhichmenoCaccessibledcuung~openatconahaLLbedemons~edOPERABLEby4zepM$orvnanceo$a,CHANNELFUNCTIONALTEST>>Cpu'.ngeachCOLOSKUTOO(~JNexceeding24ho~zuz{!esapet)oenedi'eprevious6months.4.3.7.10.2TheNFPAS~dcvrd720super.viedc,wc~dupmvmionassociatedwithWedWecton,aCuuaso$eacho$dzeaboveceoainedPredetectionins4uunentsahaLLbedemons~edOPERABLEatZeasConce@,per.6months.4.3.7.10.3The,non-aupmvmedcia~associated<~dMectorcaLutmsbMveenCfze~eatsandWecoetrcoZ.coomahab,bedemons~edOPERABLEatLeasConcepen.31days.<<Tizisdoesnoiincludedeter<aens~vmgcheek.Nf{P-UNIT23/43-73

TABLE3.3.7.10-1FIREOETECTIONINSTRUh(ENTATIONINSTRUh(ENTLOCATION.(ILLuh~ve.)('"),(lINIh(Uh<INSTRUWENTSOPERABLE0FFLAh(E&ec,tomShfOKEhedon105o$dMeMomnoCoping-no2adjaeenl.'MeMom~nopanabZe,.A.Reaeon.Mdg./Aux.Bays281NZ201SM202SM203SM204SM205NZ206SM207SOI208SM212SM213SM211SM214SM221SM222SM223SM224SM231SM-232SM238SOI239SM243SOI245SM252SM255SM261NZ262NZ271SM272SM273SM274SMEL.175'0"EL.196'-0"EL.215'-0"EL.240'-0"EL.261'-0"EL.289'-0"ltEZ.306'-0"H"328'10"353'-10"18205(5)1(1)5(5)2(2)4(4)4(4)13(14)15(16)7(7)6(6)6(6)7(7)8(8)7(7)11(10)323520(22)20(22)26(28)36(39)36(39)23(25)28(31)29(32)29(32)27(29)35(38)34(37)36(39)30(33)24(26)18(19)18(19)14(15)18(19)77(85)Nh(P-UNIT23/43-74

TABLE3~3.7.10-1(Continued)FIREOETECTIOhlIhlSTRUh(ENTATIONh(lhllh(Uh(INSTRUt!ENTSOPERABLE(tto$dMeMom)HEATFFLAh(ESlHOKEbmedonro>o$dWaMomnoCoping-no2adjacentdWaMo~<nog~blttB.Co~ofBuigdLng(Zonw)331>VM332NM333XL334NZ335NZ336XL337h!M338NZ399NZ340iVZ341iVZ342XL305NM306hlM307NM308NM309NM310NZ311NZ312NZ321hlM322hlM323hlM324NM325hlM326NM327NMEe.Ee.EL.214lott237'-0"tt261'0"4(4)'1(10)1(1)1(1)~5(5)4(4)3(3)9(10)4(4)13(14)14(15)4(4),3(3)3(3)4(4)18(2O)5(5)7(7)4(4)4(4)7(7)'ii)l1(l)2(2)2(2)351iVZ952NM353SG354SG355hfZ356>VZ357XG358XG359h!M360NZ362SGEL.288'-6"48(48)48(48)40(40)16(17)4(4)24(24)~48(48)(LTR)18(20)8(8)4(4)5(5)ro(lr)20(20)N>t{P-UNIT23/43-75

TABLE3.3.7.10-1(Co~Mnued)FIREOETECTIOhfINSTRU<<lENTATIONINSTRUMENTLOCATION(I~~ye)("*)AI,VIh(UtlINSTRUtfENTSOPERABLE(<o$dMeMom)FLA<<lE.SMOKE'medon105o$dWeMomnoCoping-no2adjacentdiect'om.UIopetuxbke.B.(coat.)371NM372NZ373tVZ374SG375SG376SG377NM378NZ380NZ387SGEL.306'-0"40(40)40(40)35(35)4(4)(LTR)24(26)20(20)202033)9(9)18(20)28(28)C.N.uMGenemton,EuX~g401NZ402SM403SM404SMH,.261'-0"9(9)6(6)6(6)6(6)301NM302NM303NM304NM236tVZ237NZEL.215'-0"EZ.237'-0"25(27)10(11)3(3)11(12)8(8)9(9)Sen.vieMcu'.Mpumpp~806NZ807tVZEL.224'-0"6(6)6(6)F.FMePumpMom6804NM805NZEL.261'-0"8(8)2(2)LQ~aLLdMeMom~mewrceq~edCo~<erneWeOPERABILITt/osaa)Wg<~edequc,pmentand~dictate~4~e~wMchcmtom~caLEyac,tumble~meauppnma~onaga4em.3/43-76tV<<lP-UNIT2

Uc.leiiNAIR~'.".=NTAi'JQNH'RINE(ANOAt'.!IONIA)OETECTIONSYSTEM(Optiotal)L'~!',Ni.COND'TiONFOROPERATION.3.7.8Twondependentchlorine(andammonia)detec"ionsysemsubsys:emsshall"eOPERAS=withtheir(alarm)/(-rip)setpointsadjustedtoactuateataIACT:0'(:a.Chlor-;necocentrationoflessihancr"ualto(,:")ppm,andb.Ammoniaconcen'~wationoflessthanoreoualto()ppm.APPLICAHILi)Y:Al1OPERAT.'ALCONOiTiONS.a.Miiihonechlorine(androneammonia)cateionsubsvseminoperable,resorehe~inoperabledetect'.'onsubsysemtoOPERABL'Esauswiihin7daysor,qihinicenex.6hours,iniiateandmain-ainoperaionofatleast~onecon-rolroomemergencyfiltrationsysmsubsyseminhe(isolaion)'m"deo-ope.a-ion.b.Mihbothchlorine(and/or<.ammonia)detec-ionsubsys.emsinoperable,wihinonehourinit-ate,andmaiq"ainoperationofaleas.onecontrolroomemergencyfiltrationgsystemsubsyseminthe('solation)modeofoperation.c.TheprovisionsofSpeciication3.0.-'.yarenotapplicableSURVEiLLANCEROUIREMENTS4.3.7.8achoftteabovereouiredchlorine(andarmonia)deiectionsysemsubsys-emsshallbedemons-ratedOPERABLEbvperformanceofa.CHANNELCHCKa-'.eas.onceper12hours,/b.C:-:ANNELFUNCT'ONALTESTaleesonceper31days,and"/c,.CHANELCALi:-RATIONai1eastonceoer18months./iVWP-UNIT2CI7

+~+I~~~~l~+(AAI~AIIiV"..1l.W'>>CHOqI"ENTRUSIO'IMONITORS(Optional)':MIT:>>GCNOITQN;"OROPERATIONb.3.3.7.9Thechloi'ideintrusionmonitorchannelsshowninTable3.3.7.9-1shallbeOPERABLEwithalarmsetpointssetconsisen.wihhe.valuesshownintheTripSetpointcolumn~Table3.3:7.-2.APPLCABILT:OPERATION~ALCONGITONS1and2ACTIONa.withacnlorideintrusionmoniorchanneltripsetpointlessconservativehanthevalueshownintNeTripSe.pointcolumnofTable3.3.7.9"2,declare'<hemonitori'noperableuntilhemonioris".asoredoOPERABLEstatus.wi-histripset"oin-ad'us.edconsis.n-withheTripSetpointvalue;MiththenumberofOPRABLEchannelslessthanheMinimumOPERABLECIannelsforupotwofunc-,ona1unis,sampletheparametermonitoredbyheinoperablecharm'el(s)ofthefunctonaluni.(s)'leastonceper4hours;resoreat>>,ieastheMinimumOPERABLEChannelsforaleeswofuncionaiunits.o,OPERABLEsatuswithin72hoursorbe'.natleastHOTSHU"DOWNwi-hin.henex12hours.The~provisionsofSpecification3.0.3.and3.0.4arenotapplicable.c.Vihhenumbero,OPERABLEChannelsless..hantheMinimumOPERABLEChannelsformo"ethantwofunctionalunits,be',natleas.HOTSHUTOOMNwithicr'2hours.UP"-,'ANC""=zU-,R=RcN-S4.3.7.9EachofheaboverequiredcnlorideintrsionmonidemonsratedOPERABLEbyperformanceoftheCHANNELCHECK,TSTan~~CHANNELCALIBRATIONoperatcnsatheIrecuenc'.esA.Zj7.9-1.torsshallbeCHANNEL.FUNCTIONALsncwninTableiVlllP-UNIi254-~8

TAMIL<3.37o"1~ORI0EIHTRUSIOHiNONI'GRS,r'"UNCTIONALUNIT1.Chloridedetectorsinthe.con-denserhowelloutletheaders2Chloridedetec-.orsinthecondensatepumpzdischarge3.Chloridedetecorintheinlettohedeoobeddeniineralizeri'MINIMUMOPERABLECHANNELS"-79>Vol!PUNIT2

<(0.3)pmhcs/cm(2.0pmhos/cmforwiderangemonitor)TABLE3.3.7~92CHLORWEINTRUSIONMONITORSScAPPOINTS~UNCTIONALUNITTRIPSETPOINT1.Chloridedetectorsinthecondens'em~<(1.0)pmhos/cmhotwelloutletheadersr~2.Chloridedetectorsinthecondensatepumpdischarge4.Chloridedetector'ntheinlet,to<(0.3)pmhos/cmthedeepbedgemineralizer

TABLE4.3.7.9-~CHL"RID"7"-L'SiON~1ONiT"RS5"RYEi'AN"EREOUIRERENSCHANNEL'UNCTiONALUNii'iCHECK~%1,.Chio".idedetectorsinthe0"condenserhotwelloutletheadersF2.ChioridedetectorstntheDcondensatepumpdischarge/Chloridedatecorinthe,Dinletto'eceepbedCamineraH~erCHANNELFUNCTiONALTESTCHANNELCAL'BRATiONNIP-UNIT2

'NSTQUMENTATICNLOOSE"PARTOETECTIONSYSTEMLIMITINGCDNOITIONFOROPERATION3.3.7.11Theloose-partdetectionsystemshallbeOPERABLE.APPLICABILITY:OPERATIONALCONOITIONS1andZ.ACTION:,a.b.Withoneormoreloose-partdetecionsystemchannelsinoperableformorethan30days,inlieuofanyotherreporrequiredbySpecification6.9.1,prepareandsubmitaSpecialReporttotheCommissionpursuanttoSpecification6.9.2~ithinthenext10daysoutliningthecauseofthemalfunction.andtheplansforrestoringthechannel(s)toOPERABLEstatus.TheprovisionsofSpecifications3.0.+and3.0.&arenotapplicable.5SURVEILLANCEREOUIREMENTS4.3.7.11Eachchanneloftheloose-partdetectionsystemshallbedemonstratedOPERABLEbyperformanceofa:a.CHANNELCHECKatleastonceperZ4hours,CHANNELFUNCTIONALTESTatleastonceper31days,and~),~+A,.CHANNELCALIBRATIONatleastonceper~~~.opingcgcle,.~b.Once,averse7days~~anCoAeAutooMpM.Once,every92dnaveau'.$y,See.badzgrcoundnome.NAP-UNIT23/a3-W77

IHSTRUMEHTATIONRADIOACTIVELIOUIDEFFLUEHTMONITORINGINSTRUMEHTATIONLIMITINGCONDITIONFOROPERATIOH3.3.7.12-19.3.7.123-.3-.3:-3O.TheftadieactiveIiquidaiTlu'antmcnitaninginstnumantatienchannelsshowninTable~~shallbeOPERABLEwiththeiralarm/tripsetpointssettoensurethatthelimitsofSpecification3.11.1.1arenotexceeded.Thealarm/tripsetpointsofthesechannelsshallbedeterminedandad5ustedinaccordancewiththemethodolagyandparametersintheOFFSITEDOSECALCULATIONMANUAL(ODCM).APPLICABILITY:Atalltimes~oCkmNunchanChe,MnawvaCvedoMandLocked.ACTION:3.3.7.12-1b.cWitharadioactiveliquideffluentmonitoringinstrumentationchannelalarm/tripsetpointlessconservativethanrequiredbytheabavespecification,withoutdelaysuspendthereleaseofradioactiveliquideffluentsmanitaredbytheaffectedchannel,ordeclarethechannelinoperable,orchangethesetpointsoitisacceptablyconservative.WithlessthantheminimumnumberofradioactiveliquideffluentmonitoringinstrumentationchannelsOPERABLE,taketheACTIONshown-inTabl~~.ExertbesteffortstoreturntheinstrumentstoLEstatuswithin30daysand,ifunsuccessful,explaininthenextSemiannualRadioactiveEffluentReleaseReportwhytheinoperabilitywasnotcorrectedinatimelymanner.456.6.1.a,TheprovisionsafSpecifications3.0.g,3.0.P;and~W.barenotapplicab1e.SURVEILLANCEREOUIREMEHTS4.3.7.12~~EachradioactiveliquideffluentmonitaringinstrumentatianchannelshallbedemanstratedOPERABLEbyperformanceoftheCHAHHELCHECK,SOURCECHECK,CHANNELCALIBRATIONandCHANNELFUNCTIONALTESTaperatiansatthefrequenciesshowninTable~4.3.7.12-1.~'addCoSTSSe~n3/4.3.7)NIP-UNIT2i3WR-STS-I-3/e3-A78

L9.3.7.12-1TABLE.3:3-)2.RADIOACTIVELIUIDEFFLUENTHOtllTORINGINSTRUHENTATIOttINSTRUHENTGROSSRADIOACTIVITYHONITORSPROVIDINGALARHANDAUTOHATICTERHINATIONOFRELEASEa.LiquidRadwasteEffluentLine.SteamGeneratorBleudounEffluentLineGROSSBETAORGAHHARADIOACTIVITYHONITORSPROVIDINGALARHDUTNOTPROVIDINGAUTOHATICTERHINATIONOFRELEASEHINIHUHCIIANIELSOPEBABLEACTlntl128-29-la.ServiceWaterSysl(emEffluentLin'eA(-))1130b.S(>niceMatef(.E(JEueetL(ne,81130~4Component.CoolingMaterSystemEffluentLine-"--=(1)=-------3O-c.CooU)tgTo<vert.BEowdownLine1130urblnaBulldlng(FloorDrains)SuopeEffluentLine-----(1)-"------BO"CONTINUOUSCOHPOSITESAHPLERSANDSAHPLERFLOWHONITOR--a~SteamGeneratorDlowdownEffluentLineTurb(noBuildingSumpaEffluentLineFLOWRATEHEASUREHEtITDEVICES30aeb..b-.C.d.~4~LiquidRadwasteEffluentLineSercviceValetFJ]Eue)ttLine,ASteamGeneratorDlowdownEffluent-Line-SeaviceIU&eeEg)Euet<Line8DischargeCanal-CooEi)U(To(vereOEo(vdo(onl.IncTurbineBuildingSumpsEffluentLine-e)-)1-(-))1131131131131

~3.3.7.12-1TADLE-3-.8-18ContinuedRADIOACTIVELIUIDEFFLUEHTHOttITORlttGIHSTRUHfttTATIOttINSTRUHENT5.RADIOACTIVITYRECORDERS~a.-LiquidRadwasteEffluentLineb.SteamGeneratorBlowdownEffluentLine4WTAttKLEVELIHDICATIttGDEVICES""HlttlHUHCltAHttELSOPERABLEO.),ACTION~3333-132*Requiredonlyifalarm/trip-setpoint.isbasedon-recorder-controller.-""'Tanksincludedinthisspecificationarethoseoutdoortanksthatarenotsurroundedbyliners,dikes,orwallscapableofholdingthetankcontentsanddonothavetankoverflowsandsurroundingareadrainsconnectedtotheliquidradwastetreatmentsystem<,suchna4empo4angW>>lsh.C3o

TABLE~~ContinuedTABLENOTATIONACTION12S-WiththenumberofchannelsOPERABLElessthanrequiredbytheHfnfmumChannelsOPERABLErequirement,effluentreleasesmay'ontinueprovidedthatpriortoinitiatingarelease:a.AtleasttwoindependentsamplesareanalyzedinaccordancewithSpecification4.11.1.1.1,andb.AtleasttwotechnicallyqualifiedmembersoftheFacility~Staffindependentlyverifythereleaseratecalculationsanddischargelinevalving;Otherwise,suspendreleaseofradioactiveeffluentsviathispathway.ACTION130-thesecondarycoolantfs-less--than-or-equalto0.01microcurie/gram.OOSEEQUIVALENTI-131.WiththenumberofchannelsOPERABLElessthanrequiredbytheNinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedthat,~+eenceperXZhours,grabsamplesarecollectedandanalyzedforgrossradfoacivity(betaorgamma)atalowerlimitofdetectionofatleast10>>~microcurie/ml.ACTION131ACTION132-WiththenumberofchannelsOPERABLElessthanrequiredbytheHfnfmumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedtheflowrateisestimated~aas<onceper4hoursduringac.ualreleases.Pumpperformancecurvesgeneratedinsitumaybeusedtoestimateflow.WiththenumberofchannelsOPERABI<lessthanrequiredbytheHfnfmumChannelsOPERABLErequirement,liquidadditionstothistankmaycontinueprovidedthetankliquidlevelisestimatedduringallliquidadditionstothetank.pK~FG3/43r+81

Ql)QQi+e-eer.rng.I//Ir<tP-UNIT2

4.3.7.12-1TABLE~RADIOACTIVELIUIDEFFLUEHTHONITORINGINSTRUHEHTATIONSURVEILLANCEREUIRE}IENTSINSTRUHEHTI.GROSSRADIOACTIVITYHOHITORSPROVIDINGALARHAHDAUTOHATICTERHIHATIOHOFRELEASEa.LlquldRadwasteEffluentLineCIIANHELCIIECKSOURCECIIECKCHANNELCIIANHELiFUNCTIONALCALIBRATIONyTEST+aftc)QH)SAb-SteamGeneratorBlowdownEffluent-Line~-.D-R(R)----REED2.GROSSBETAORGAHHHARADIOACTIVITYHOHlTORSPROVIDIHGALARHBUTHOTWROVIDIHGAUTOHATICTERHIHATIOHOFRELEASEa.ServiceMaterSystemEffluentLineADb.Service.PatenEf)fucnkLtnc8Component-CoollngWater-SystemEffluent.-LineDc.C004n9TOHJE4BfONd0(Vi1LLllcc-.Turbine-BulIding-ffloor-Drains).Sumps~Eff-Iuent-LInc.0R~lc)R~.tc)R~(c)Q(<)SAQ(2)SA'"'QA-3SA0-.--CONTI}IUOUSCOHPOSITE-SAHPLERS-ANDSAHPLE)k-FLOW-HONITOR.a,--SteamGeneratorBlowdownEffluentLIne-b~TuFblne-BuildingSumpsEffluentLineH.A.H.A.Q-.Q-

4.3.7.12-1TABLE4-.BH&ContinuedRADIOACTIVELlUIDEFFLUEHTHOHITORIHGIHSTRUHEHTATIOHSURVEILLANCEREI)IREHEHTSLHSTRUHEHTFLOMRATEHEASUREHEHTDEVICESa.LiquidRadwasteEffluentLineb.SeanceIdatmE/I(ZuentLineAbSteamGenerator.HlowdownEffluentLinec.SertviceIUaXMEI(/fueetLine8c.DischargeCanal-n.Puru9nneBuTIQnBPPiepiktEY.identttne.CIIANNELSOURCECHECKCIIECKDW(d)H.A.0(4)(d)H.h.0~(d)H.A.DW(d)H.A.eCIIANNELCIIANHELFUHCTIOHALCALIBRATIOHTEST5.RADIOACTIVITYRECORDERSa.'LiquidRadwasteEffluentLine.b.-SteamGeneratorOlowdownEffluentLineH.A.H.A.RR-.-TANKLEVELIHDICATIIIGDEVICES"gal%N.A.B~H:h:-.Oaati,A.-"---tiA-------R-"Seofootnotes-onpage-9/4~:Tnbge3.37.Jg-I""Duringliquidadditionstothetank.~~

4.3.7.12-1TABLE4.3"12ContinuedTABLENOTATIONG~QQR(a)~TheCHANNELFUNCTIONALTESTshall~demonstratethatautomaticisolationofthispathwayoccursif~y-o4heinstrumentindicatesmeasuredlevelsabovethealarm/tripsetpoint.te-mode;(b)~TheCHANNELFUNCTIONALTESTshallalsodemonstratethatcontrolroomalarmannunciationoccursifanyofthefollowingconditionsexists:1.Instrumentindicatesmeasuredlevelsabovethealarmsetpoint.2.Circuitfailure.3.Instrumentindicatesadownscalefailure.4.Instrumentcontrolsnotsetinoperatemode.L-CALIBRATION-<hall-be"performedusing.one-o~m~&~terence-standardscertifiedbythe-NationalBureau-of.Standardsor+Aag-standardsthat.have-been-obtafnedfrom-suppliers-thatgartfcipate.~rds"shal+~em-overits-&tended-range-of-energy-and-~uremenf~ange-.For-subsequentCHANNEL-CALIBRATNN;"sources-*thathave-been-r~bratfon-shallbeused;~(Operatingplants-maysubstitutepreviouslyestablishedcalfhratfon-proceduresforthis.wequ~meM;)-(d)QfCHANNELCHECKshallconsistofverifyingindicationofflowduringperiodsofrelease.CHANNELCHECKshallbemadeatleastonceper24hoursondaysonwhichcontinuous,periodic,orbatchreleasesaremade.(c)TheCHANNELCALIBRATIONahaLLbepM)o~edmingoneocmone.o5<herce5ercencea4xndaruhc~P.edbyAeNaCtonafBun.eauo5SCanckvuh,a~dmchStatme4taceabZeCoAeNaCtonaLBu/teauo$SWndet&ocusinga~sampleso$liquide$gu~AMhave,beenanalyzedonadywCem~hasbeencaGb~edtentNatonalBwreauo$S&ndcuuh~ceabZe.sotvtces.Theseemndaruh.shaLEpertmctcakib~ngWewya4emovm~intendedangeo$enertgyandmeastutemeat.Foesubaequeru".CHANNELCALIBRATION,aoetcesWhyhave.beenceMCedCoCheim'.CcMcaLib~onmaybe,used.NMP-UNIT2RIES3/43-Pf84'363/82

IHSTRUMEHTATIONRAOIOACTIVEGASEOUSEFFLUEHTMONITORINGINSTRUMENTATIONLIMITIHGCOHOITIONFOROPERATION3.3.7.13-1Theggadioactivegaseouseffluentmanitoring'instrumentatianchannelsshowninTable~13shallbeOPERABLEwiththeiralarm/tripsetpointsset.toensurethatthelimitsofSpecificatian3.11.2.1arenotexceeded.Thealarm/tripsetpaintsofthesechannelsshallbedeterminedandadjustedinaccordancewiththemethodologyandparametersintheOOCM.APPLICABILITY:AsshowninTable~~3.3.7.13-1ACTION:Mitharadioactivegaseouseffluentmonitoringinstrumentatianchannelalarm/tripsetpointlessconservativethanrequiredbytheaboveSpecificatian,withoutdelaysuspendthereleaseafradiaacivegaseouseffluentsmonitoredbytheaffectedchannel,ordeclarethechannelinoperable,orchangethesetpointsoitisacceptablyconservative.b.Mithlessthantheminimumnumberof'adioactivegaseouseffluentmonitoringinstrumentatianchannelsOPERABLE,taketheACTIONshowninTa~b1~~.ExertbesteffortstoreturntheinstrumentstoOPESLBLEstatuswithin30'aysand,ifunsuccessful,explaininthenextSemiannualRadioactiveEffluentReleaseReportwhytheinoperabilitywasnotcorrectedinatimelymanner.6.6.j.ac.TheprovisionsofSpecifications3.0.+,3.0.p,and~~~arenatapp1icabIe.SURVEILLANCEREOUIREIEHTS4.3.7.13~3-.3-.11-EachradioactivegaseauseffluentmonitoringinstrumentationchannelshallbedemonstratedOPERABLEbyperformanceaftheCHANHELCHECK,SOURCECHECK,CHANNELCALIBRATIONandCHANNELFUNCTIONALTESToperationsatthe~frequenciesshowninTable~13-:4.3,7.133/43"+85a~Be

'aIQMIlflINSTRUHENTOFF,I."MASTSGASHOLDUPSYSTEHHINIHUHCIIANNELSOPERABLEAPPLICADILITY~3.3.7.13-1TAIILE-3~9-RADIOACTIVEGASEOUSEFFLUENTHQNITORINGINSTRUHENTATIONACTIONa.NobleGasActivityHonitor-ProvidingAlarmandAutomaticTerminationofReleaso~b.IodineSamplerParticulateSampler+fHuentSystemFlowRateHeasuringDevicea.IlydrogenHonitorThainA.uh.b.Hydrogen-or-OxygenHonitorTwain8WaIc..e,SamplerFlowRateHeasuringDeviceOFF.,-2A-.WASTEGAS-IIOLDUPSYSTEHEXPLOSIVEGASHONITORINGSYSTEHfforsystemsdesigned-.towithstandtheeffectsofahydrogenexplosion)(-I)-1-36137--=----4l.13613613913920.WASTEGASHOLDUPSYSTEHEXPLOSIVEGASHONIVORING-SYSTEH(forsystemsnot-Mesigned-to-withstand-theeffeots-of--a-hydrogen-explosion)-a.IiydrogenHonitorb.IlydrogenorOxygenHonltor-

3.3.7.13-1TABLE3-.3~ContinuedRAOIOACTIVEGASEOUSEFFLUENTHONITORIttGIttSTRUHENTATIOttINSTRUHENT~-CONOENSER-EVAEUATION-SYSTEH.~.--NobleGasActivityHonitor~b:IodineSampler-c;ParticulateSamplerFlowRateHonitor~e-SamplerflowRateHonitor-HINIHUHCIIANNEI.SOPERABLEAPPLICAttILITYACTION36-~4.--VEHT-IIEAOERSYSTEH.-a.ttobleGasActivityHonitor~b.IodineSamplerc.ParticulateSamplerd,-FlowRateHonitor.e.SamplerFlowRateHonitor3.STAMOBYGASTREATWEMT5:COttTAltlHfttTPURGESYSTEHa.ttobleGasActivityHonitor-ProvidingAlarmandAutomat.icTerminatiohofReleasoCI)1IodineSamplerc;ParticulateSampler------36-138~~

~3.3.7.13-1TABLEG.S-ISContinuedRADIOACTIVEGASEOUSEFFLUEHTHOHITORIHGIHSTRUHEHTATIOttIttSTRUHEttT3.STANDBYGASTREAThlENT(continued).6-.COHTAlttHfttTPURGESYSTEH(Continued)-d.FlawRateHonitore.SamplerflowRateHanitorHIHIHUHCIIAttttELSOPERABLE-(I)1-$l)-1APPLICABILITYACTIQM13s13644.AUttILIARYBUILDIttGVEHTILATIOHSVQEkt.htAINSTACKEFFLLtENTa.ttobleGasActivityHonitorb.Iodine.Samplerc.ParticulateSamplerd.FlowRateHonitore.SamplerFlowRateHonitor5.RARIASTE/REACTORBttILDINGVENTEFFLUENT+:FUELSTORAGEAREAVBITILATIOHSYSTEH.a.NobleGasActivityktonitorb.ladinoSamplerc.ParticulateSamplerd.FlowRateHonltore.SamplerFlowRatektonitorEB1+81-(I)1-(l)-113I14l,14113613613714l14l13613sC~3D~~

3ABLE-3;343-ContinuedRADIOACTIVEGASEOUSEFFLUENT'ONITORIHCi-IHSTRUHEHTAHOH9HSTRUHEHT-O~ADWASTEAREApVENTILATIONSYSTEH-e-.-HobleGasActivityHonitorb.IodineSampler-e:--Particulate-Samphpd-.Row-Rate-Honkto~$aoplo~loo-Raao-HoalhoHINIHUH-GIIAHHEh&~BPERAQLE--+8-"APPLQCABIbifY+BHO>l-37--3&-~~TEAkHiEHEBATO~LOWOBWtHIENT~EH~Nolle-Gas-Aet-ivity-HonktoApIodine-Samp)e~Part-ieu)ate-Sampler.d.Flow-Rate-Non)to~-Sampler-Flow-Rate-Honitor.--4I.3636-

3.3.7.13-1TABLE43~ContinuedQijIRQiiPV~,~e,TABLENOTATIONh*Atalltimes.~Ouring~~gasholdup-systemoperation."~yaw~ththenumberofchannelsOPERABLEless-then-requhed"by-the-WnimumChannelsOPERABLE-requi.raiment,-thecontents-of~tank(s)maybereleasedtotheenvironment-pmvided-that"pi-ior-.toinitiatingtherelease:Atleast-twoindependent.samplesofthetankWcontentmare-analyzed,and.b.AtleasttwotechnicallyqualifiedmembersoftheFacility5taffindependentlyverifythereleaseratecalculations~ischargevalvelineup;Q4herwise,suspend.releaseofradioactiveeff1uentsviathis--ya4hwayACTION136-WiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedthef1owrateisestimatedatleastonceper4hours.ACTION137-WiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedgrabsamplesaretakenatandanalyzed.atleastonceper32hours.ACTION138-ACTION139-IACTION141WiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,operationofthisweote<o$~nmaycontinueprovidedkgrabsamplesarecol"Iectedatleastonceper24hoursandanalyzedwithinthemo~o~ng~following4hours,andproperfunctionoftherecombinerlsgey$o~e<fggassuredbymonitoringrecombinertemperatureinaccordancewithapprovedprocedures.~e)~nce.to4CYION.40"WiththenumberofchannneIsOPERABLEone-less-0haa-aequ+redbyPERABLE.-requirement;.-operation"of-&is-<rounduppapeHOakenand'analyzed-daily-.-With-both-channels-inoperabI-eoperationmaycontinueforupto14daysprovided-grab-semp4es-~~kenandanalyzed(1),every4hoursduringdegassing-eper~m,and(2)dailyduringotheroperations:WiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesviatheeffectedpathwaymaycontinueprovidedsamplesarecontin-uousIycollec.edwithauxiliarysamplingequipmentasrequiredinTable4.11-2.~CLoae.Aea()ectedapa4emmo~onvalvedeMunone,ho~on,.ciu.~e4~ep<e-oned+LE:dnaemethodg$mo~mng.~R~~3/43-P488~~62

044.3.7.13-1TABLE43%8-RADIOACTIVEGASEOUSEFFLUEIITHOHITORIHGIHSTRUHEHTATIOHSURVEILLANCEBEUIREHEHTSINSTRUHENTOFF'.WASTEGASkl8LSUPSYSTEHa.Hob'leGasActivityHonitor-ProvidingAlarmandAutomaticTerminationofReleaseCIIAHHELSOURCECIIAtltlELCIIECKCIIECKCALIRRATIRII4COAfDITIOHSCIIAHHELBABESItlWIIICIIFUNCTIOtlALSURVEILLANCE.b-.IodineSamplertl.A.H.A..N.A.c.ParticulateSampler-b.-d.kf44uentSystemFlowRateHeasuringOeviceALAIc.e;SamplerFlowRateHonitorOCAOFF2..2A-.WAKEGASN8HIUPSYSTEHEXPLOSIVEGASHOHITORltlGSYSTEHQersystems~designedtowithstandtheeffects-'fahydrogenexplosion)-N.A.N.A.tl.A.-N"A-."----N'ARPSAa.IlydrogenHonitorTnainA0Onb.Ilydrogenor-OxygenHonitorTna.h>B028.MASTEGASHOLDUPSYSTEHEXPLOSIVE-SGASHOHITORItlGSYSIEH(forsystemsnotdesignedtowithstandthe..offectsofahydrogenexplosion)--a.IlydrogenHonitorb.IlydrogenorOxygenHonitorH.A.I)M(d)H.A.q~o~q(5)-(d)tl.A.I)(4)N.A.I)(II)orI)(5)*IKIRIA-

IIl-HHRRUHEHTCABLE4.313ContinuedIth!HSAERV&fsASEOUSEFFLUENTHOtllTORttlG1HSTRUHEIITATIOtl-SURVEILLAtlCEREUIREHftlTS-BIANNGNHGG~IPIGIIBt~URCECQIAHHEt+UHGTlOIIAL-SURVERLAHCE~IECK+ALTBRATNH-WESTSMN-MIAHHELBIEGN3-.OOtlOEHSEREVACUATIOHSYSTEH~Noble-Gaa-Aetlaity.HonlterDbfedkne-SaiplearticulateSaaiplerdElow-RateHonitov-~aep4e~ow-RateHonitov0---N.A.H.A.--tl.h.0.'.A.N.A.N.h.-"'R'tl.A./'N.A.I-.--VER-IIEAOER-SVSTEH.-a~ob4a-Gas-Aotiv-Ity-Honitor-=-bModlno-Gaepler-o-.Partieulete-Sam@erElow-Rate-Honito@H-II.A~;A."=H.A.Mtl.A.tlrA-..0NM.R0-HR(3)=.C(2)~aeplar-Glo>>Rate.Nanttoo--D----N:A-.-R-~~

4.3.7.13-1TABLE44HR-ContinuedRADIOACTIVEGASEOUSEFFLUEtITHOHITORItIGltISTRUHEHTATIOHSURVEILLANCEREUIREHEHTSIHSTRUHENTSTANDBYGASTREAThIENT5:-COHTAItIHEHTPURGE"SYSTEtt-CHAHHELCIIECKSOURCECIIECKCIIAHHELFutlCTIOIIALCALfORATIONTESTCONDITIONSWBE5INMIICHSURVEILLANCEa.NobleGasActivityHonitor"ProvidingAlarmandAutomaticTerminationofRelease-b.IodineSampler-c.ParticulateSampler4.FlowRatettonitorSamplerFlowRateHonitorhIAINSTACKEFFLIIENTAUXILIARYBUILDINGVEtITILATION'VSTEN.a.ItobleGasActvityHonitorb.IodineSamplerc.ParticulateSamplerd.FlowRateHonitore.SamplerFlowRateHonitor-P-hlH.A."-N.A..H.A.N.A.N.A.N.A.N.A.tt.A.RQf(<)tt.A.H.A;R~(c)H.A.tt.A.SA(a,b)-9{1)N:A~I~A~SA'+SAH.A.tt.A.

4.3.7.13-1TABLE44-}3ContinuedRADIOACTIVEGASEOUSEFFLIIEIITHOHITORIHGItISTRUHEHTATIONSURVEILLAtICEREUIREHEttTSCIIAHHELINSTRUHEtITCIIECK5.REACTOR/RAO///ASTEBLIILOI//GI/EMTEFFLLIEIJTFUELSTORAGEAREAVEHTILATlOH-WYSTEHCONOITIOhlSCIIAIIHELHOOESINNIICHSOURCECHANNELFUtICTIOHALSURVEILLAtICEa.NobleGasActivityHonitorb.IodineSamplerc.ParticulateSamplerd.FlowRateHonitore.SamplerFlowRateHonitorN.A.H.h.H.A.tt.A.RP9(c)H.A.H.A.Q(2)N.A.H.A.0..RADMASTEAREAVEIITILATIOH.SYSTEH--a.ItobleGasActivityKonitor~b.IodineSamplerc.ParticulateSamplerd.FlowRateHonitor-e.SamplerFlowRateHonitorH.A.N.A.N.A.N.A.tt.A.N.A.N.A-R(3)----.--"-Q(2}-----~

~~~I~IHISTRUHEHT-9-.STEANGENERATOR-BLOMOWH-VENT-WYHEH.~~eMe-GasActivltyHonttoe4ladtaa-daapter-a-Paaalautate-daaplaa-td~ltAHlat~onfto-e~aeplee-I'lowRataHonlto@MIIAHIIEL.HBB~MNS)+IIAHHEL----SOURCE-CHAHHEL---FUHGTTOHAL.--SURVETLLAHCp/0-----H------R(3)-'--"Q(2)"--+--~M.H.h.--N.A.-----N:AMH.h.NP~-aH.A..RXQ0H.A.Q4H.A.R.NASL&4.-RABTBABTlV&6ASEBUS-EFR.UEHPHOHRBRTHB<HSVRUHEHTARB~URVRttAHE&4UMEHEHTS~~

OoRQR4.3.7.t3-tTABLE-4;~ContinuedTABLENOTATIONNhenSECOMOARVCONTAINh'tENTINTEGRITVwceotuAedAta11timesut-ancLJecked:Ouring-wae4egasholdupsystemoperation(treatmentforprimarysystemoffgases).(a)~TheCHANNELFUNCTIONALTESTshallaIsodemonstratethatautomaticisolationofthispathwayandcontrolroomalarmannunciationoccursifanyofthefollowingconditionsexists:l.Instrumentindicatesmeasuredlevelsabovethealarm/tripsetpoint.2.Circuitfailure.3.Instrument,indicatesadownscalefailure.4.Instrumentcontrolsnotsetinoperatemode.(b)~TheCHANNELFUNCTIONALTESTshallalsodemonstratethatcontrolroomalarmannunciationoccursifanyofthefollowingconditionsexists:l.Instrumentindicatesmeasuredlevelsabovethealarmsetpoint.2.Circuitfailure.3.Instrumentindicatesadownscalefailure.4.Instrumentcontrolsnotsetinoperatemode.(c)Qf'heinitialCHANNELCALIBRATIONshallbeperformedusingoneormoreofthereferencestandardscertifiedbythe,NationalBureauofStandardsorusingstandardsthathavebeenobtainedfromsuppliersthatparticipateinmeasurementassuranceactivitieswithNBS.Thesestandardsshallpermitcalibratingthesystemoveritsintendedrangeofenergyandmeasurementrange.ForsubsequentCHANNELCALIBRATION,sourcesthathavebeenrelatedtotheinitialcalibrationsha11beused.(d)~TheCHANNELCALIBRATIONshallincludetheuseofstandardgassamplescontaininganominal:1.Onevolumepercenthydrogen,balancenitrogen,and2.Fourvolumepercenthydrogen,balancenitrogen.(5)-The-CHANNEL-CA433RN&N-shaR-include-t~~standard-ges-samp1esOnevolumepercent-oxygen-,-balance-ni.trogen-,and-Nh(P-UNIT2RR~~3/43-PO92

IHSTRUMEHTATIQN3/4.3.8TURBINEOVERSPEEQPROTECTIONSYSTFM~LIM!TINGCONOITIONFOROPERATION3.3.8AtleastoneturbineoverspeedprotecionsystemshallbeOPERABLE.APPLICABILITY:'OPERATIONALCQNOITIOHS1and2.ACTION:a.Withoneturbinecontralvalve,aneturbinethrottlestopvalveoroneturbinereheatstapvalveperhighpressureturbinesteamleadinaperableand/arwithcneturbineinterceptorvalveperlowpressureturbinesteamleadinaperable,restoretheinoperablevalve(s)taOPERABLEstatuswithin72hoursarcloseatleastonevalveintheaffectedsteamlead(s)orisolatetheturbineframthesteamsupplywithinthenext6hours.b.Withtheaboverequiredturbineaverspeedprotectionsystemotherwiseinoperable,within6hoursisolatetheturbinefromthesteamsupply.SURVEILLANCEREQUIREMENTS4.3.8.1TheprovisionsofSpecification4.0.4arenatapplicable.4.3.8.2Theaboverequiredurbine'overspeedprateciansysemsha'l1bedemonstratedOPERABLE:a.Atleasanceper7daysby:Cyclingeachafthefo'llowingvalvesthroughatleastanecompletecyclefromtherunningpasitian:a)Fcrtheaverspeedprotectioncontrolsysam;andraineinterce'ptorvalvesr4Fortheelecricalaverspeedtripsystemandthemechanicaloverspeedtripsystem;1)Fourhighpressureturbin~~~staovalves,2)Fourhighpressureturbinereheat,stopvalves,iVMP-UNIT22}~Faurg}~N.xhighpressureturbinecontrolvalves,andLcomb~nedatopand/lowpressureeturbineinterceptaavalves.3/43-~qS

HSTRUMEHTATIOHSURVEILLANCEREOUIREMEHTSContinued)[apod~onva.~zplots]b.Atleastonceper31daysbydirectobservationofhemovementofeachoftheabovevalvesthroughatleastonecompletecyclefrom:herunningposition.opingcycle,c.Atleasonceper~oeHmbyperformanceofaCHANNELCALISRATIOHoftheturbineoverspeedprotectioninstrumentation.48d.Atleasonceper4Bmonthsbydisassemblingatleastoneofeachoftheabovevalvesandperformingavisualandsurfaceinspectionofallvalveseats,disksandstemsandverifyingnounacceptableflawsorexcessivecorrosion.ifunacceptableflawsorexcessivecorrosionarefound,allothervalvesofthattypeshallbeinspeced.3/43-~q4NAACP-UMI72

'NSTRUHENTATQN3/".3.9PLANTSYST"-HS'ACTUATiONiNSTRUHEHTATiONL:H~TiN"-CQNOiTiONFQRQPE?ATiON3.3.9Theplantsys-emsac.uationinst",umentationchannelsshowninTable3.3.9-1shall,beOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.9-2.APPICABiLT(:AsshowninTable3.3.9-1.ACTiON:C~'y'ihaplantsys.emactuationinstrumentationchanreltripsepoint'sconservative.hanthevalueshowninheAllowableValuescolumnofTable3.3.9-2,declarehechannelinoperableandeitherplaceheinoperablechannelinherippedconditionunti1hecannelisresoredtoOPERABLEsatuswithi.sripsetpointadius.adconsistentwihtheTripSetpointvalue,ordeclareheassociaedsvsaminoperable.srasv~-spy-a.~ys~1;--Mith-henumbercf-OPERABLŽ-c;"@nelsless-hanrequiredbyheLCmt.snr--,emmyrim~n4rTpOoze~~iiGRA~R-spe-tri-i.,~~rrcfe.ar~the~ssoci~sys-enr-i.noperab1ez~lra,wheeaJLecsnEL=c"anna1s-lestlanraquirecbythe-v~(HER"Bl;r;Channe.is.perTripSysamrequiremen-sor.both;tr-;p-sosam~4ei+re-the-associatedsyseminoperable.~g.Porheae'uaarsysem/mainurbinetrpsysem:MihthenumberofOPERABLEchannelsonelesshan".eouiredbyheMinimumOPERABLEChannelsrequirement,resoretheinoperablecharneltoOPERABLEstatuswithin7daysorbeinatleesSTARTUPwithinhenex-6hours.2.WiththenumberofOPERABLEchannelstwolessthanrecuIredbyhes'linimumOPERABLEChannelsperTripSys:emrequirement,r.esoreatleasoneofheisnoperablechannelsoOPERABLEstatuswithin72hoursorbeinailees-STARTUPwithinthenex-5hours.NhlP-UNli2nlA~t3/43Mq5

NSRUl!EHTAEOHSURVEILLANCEREOUER=NNTS4."'.9.1=achplansysemacua.ioninsrumentaionchannelshal1bedemonstrated0?=.FABLEbyheperi"".;anceoftheCHANNELCHECK,CHANNELFUNCTiOHALTESTandCHANNELCALIBRATIONoperationsfortheOP~RATIONALCONOITiOHSandathefrequenciesshowninTable4.3.9.1-1.4.3.9.2LOGiCS",STcMFUHCTiONALTESTSandsimulatedauomaticoperationofallchannelsshall'eperformedatleastonceper<~opemtingcycLeJC<lP-UNIT23/43-.38'96

thill.l:~.~.V-III.RH1SYSTLHSACffthllotl1IISTIIIIIII;.IflhllotlTllII'I'IIHCTIOII~1;.---SIIPPIIEM$0IIPOOL(Rtll)l)ltYMEI.L)SPIIAYSYS'IEtla.I)rywel1P>essiire-II)Ol>b.ConLaIno)eolPress<ire-IIIOI>c.IteactorVesselMalerI.evel-l.owLowLow,Level1d.1imers1)Sys1.eo~A2).SysLew0~t.FEEI)'LIRTEIISYSTEII/tlhttlTltftllltlETllll'YSTEtla.IteaclorVesselMaterI.eve)-IIIOI>,Level-EO)tl1tl1tliltIOPEIIAOI.ECIIAtltll:LSI'L'lt1IIII'YS'I'Itlhl'PLlCAOLEOPEftAT10ilhl.COHI)1110tIS1,2,31,2,31,2,31,2,31,2,3

TABLE3.3.9-2i'l.httTSYSTEHSACTUATIOttIHSTAUHEtlTATIfltlSETPfllHTSTAilruttCTtOttIIPPAE55IAII-PAPE-AIII)UIIYIIELL-EPIIAP&55'IEIP~a~tryw&+-Press(Ere-Hbllv-Containment-Press<<relttgtae-.AeactorVessel-4later-LevelLow-Low-LowrLevel-l-~t-.Timers-SystemA-System0t'EEOWATEASYSTEtlltNtttTUAllttlETAlPSYSTEMa.AeactorVesselWaterLevel-tligl>,LevelQO)-TAIPSETPOltlT<(1-,693.psig+(35)psig-~()psig-~~12)minutes-14)minutes.<(5+;6)inches"202.9ALLOWAOLEVALUE-<(1.09)-psig-~-)-psig-.~)psig<-8352)-minutes"<-(15.(l)minutes(55OjsInches203.8+SeellasesF)gure03/(t3-l.

tglvC-tSJIrM1IIIITEUtICTIOIICIIhttttl'.LCIII'.CKMCIIRIIIIELEUIICTIOfthl.'IESTCIIRlltll'.LcnLII)ltnilotl1'RIII.L

TI.3.9.I-s(ConLinne<I)ILhttrSvsli:IISnc1IIRTlottIIISIIIUI<EttrnrtottSUIIVEII.i.nttcEIIEqUIIIEIIEIITSOl'EIIRTIOtlhl.COIII)ITIOIISI:I)it'LIIIICIISUflVEILLRIICEltl.:IJUllll-:I)~-a-.--Ovywe)1I'ressnre-IIIqllb.=-.Conlainment-Isressnre-IIIIII'"c-.Heoctor-Vesse1=Materl.eveI=-Low'LowLow;--l.evel--1.El.-Tto>eps.=-~~l.FEERttRTEttSYSTEtt/ttRtttTllllllll(E1lilt'YSTEH-fttny--(H)-(tth)---(tI).(tth)---.(H)-(Nh)------(tl)(0).(Il)--(II)--'}-2--3I~1--2--3-=-1-2-3I.-}--2.-3-S~4JIEpa.IteactorVesselWaLerLevel-tllgl),attn/Level$0j-fbi).pit),

3/4.4REACTORCOOLANTSYSTEM3/4.4.1RECIRCULATIONSYSTEMRECIRCULATIONLOOPSLIMITIHGCONDITIONFOROPERATION3.4.1.1Tworeactorcoolantsystemrecirculationloopsshallbeinoperation.APPLICABILITY:OPERATIOHALCONDITIONS1"and2".ACTION:a.Withonereactorcoolantsystemrecirculationloopnotinoperation;immediatelyinitiatemeasurestoplacetheunitinatleastHOTSHUTDOWNIlwithinthenext12hours.b.Withnoreactorcoolantsystemrecirculationloopsinoperation,immediatelyinitiatemeasurestoplacetheunitinatleastSTARTUPwithin6hoursandinHOTSHUTDOWNwithinthenext6hours.SURVEILLANCEREOUIREMEHTS4.4.1.1EachreactorcoolantsystemrecirculationloopflowcontrolvalveshallbedemonstratedOPERABLEatleastonceper1Bmonthsby:a.Verifyingthatthecontrolvalvefails"asis"onlossofhydraulic~pressureatthehydrauliccontrolunit,andb.'erifyingthattheaveragerateofcontrolvalvemovementis:1.Lessthanorequalto115ofstrokepersecondopening,and2.Lessthanorequalto11Iofstrokepersecondclosing.3/44"1iVhlP-UNIT2

REACTORCOOLANTSYSTEMJETPUMPSLIMITIHGCONOITIOHFOROPERATION3.4.1.2AlljetpumpsshallbeOPERABLE.APPLICABILITY:OPERATIONALCOHOITIONS1and2.ACTION:Withoneormorejetpumpsinoperable,beinatleastHOTSHUTOOWHwithin12hours.SURVEILLAHCEREOUIREMENTS4.4.1.2EachoftheaboverequiredjetpumpsshallbedemonstratedOPERABLEprio~toTHERMALPOWER.exceeding25"ofRATEOTHERMALPOWERandatleastonceper24hoursbydeterminingrecirculationloopflow,totalcoreflowanddiffuserto-lowerplenumdifferentialpressureforeachjetpumpandverifyingthatnotwoofthefollowingconditionsoccurwhentherecirculationloopsareoperatingatthesameflowcontrolvalveposition.a.Theindicatedrecirculationloopflowdiffersbymorethan10fromtheestablishedflowcontrolvalveposition-loopflowcharaceristics.b.C.Theindicatedtotalcoreflowdiffersbymorethan10Kfromtheestablishedtotalcoreflowvaluederivedfromrecirculationloopflowmeasurements.Theindicateddiffuserto-lowerplenumdifferentialpressureofanyindividualjetpumpdiffersfromestablishedpatternsbymorethan(10K.75-{.BWR/5PhSIP-UNIT23/44-2

."-.=ACTORCOOLANTSYSTEH."-.:-::Ri'ELATIONLOOPFLOMLINITItiGCONOITONFOROP-"RATION3.4.1.3Recirculationloopflowmismatchshallbemaintainedwithin:a.Sofratedrecirculationflowwithcoreflowgreaterthanorequalto70Žofratedcoreflow.b.10ofratedrecirculationflowwithcorefiowlesshan70~ofratedcoreflow.APPLCABILITY:OPERATIOt(ALCONOITIONS1"and2".l'CiEON:Withherecirculaionloopflowsdiserenbymorethanth'especifiedlimis,eiher:a.Resoretherecirculationloopflowstowthinthespecifiedlimitwithin2hours,orb.Oeclarehe.recirculaionloopwithhelowerflownoinoperationandtaketheACTIONrequirebySpecificaion3.4.1.1.SURVEILLANCEREOUIR"MENTS4.4.1.3oecir=olacionloopfioweisraechshallheverifiedeoheiwienhehelimitsatleastoncper24hours."SeeSoecialTestExcept'on3.10.4.3/44-3iVh{P-UNIT2

R-ACTORCQOLAHTSYSTEM.:Q(L:-;",=":RCULAT<OHLOOPSTARTUPL..'!.7<<GCONQ<T:OHFOROPRAT<OH"..4.1.4Anidlerecirculation(oopshallnotbestartedunlessthetemperaturedi<<erentiaibetweenthereac.crpressurevesselsteamspacecoolantandthebottomheaddrainlinecoolantislessthanorequa(tof,hc)OcWhenbothloopshavebeenidle,unlessthetemperaturedif<areniiaibetweenhereactorcoolantwithintheidlelooptobestartedupandthecoolantinthe(eacorpressurevesselislessthanorequaltoQO)oF,orL~~~Whenonlyoneloophasbeenidle,unlessthetemperatured<<<arentialbet"eenthereac.orcoolantwithintlieidleandaoeraungrecircla-tion1oopsis1essthanoreual.o(50)'Fand'.heoperating1ocp<lowrateislessthanoraqu<altog0$~o<ra~adloopflow.APPL<CAB~L<(Y:GP""?ATIOHALCOHQ<T<OHS1,2<3and4.ACiIQN:Withtemperaturedi<=erencasand/orfTowratesexceedingtheabovelimits,sus-endstartuno<anyidlerecirclati<onloop.URVE:LL(AHC""R"cOURcwcHTS4.4.1.4(hea.<(pelauredi<ferenv'isandflowratas<"allbedeterminedtobewithi<ntheii<mi<iswithin""minutespr'.ortostar+upofanidle(eci<rc<uiationloop.<Vll[P-UNIT23/44-'.

b.II'esafer+/eeLc.e(valvefun~on<<'.nopenubZefoemone4>anone,o$dieaboveneq~ed17aa$My/cQie$vaLvube,~natCecumHOTSHUTDONNwMun12ho~and~nCOLOSHUTOONNec5u.nCisenet24haul.REACTORCOOLANTSYSTEM3/4.4.2SAF":tY/RELIEFVALVESSAF":TY/RELIEFVALVESLIMITINGCONDITIONFOROPERATION73.4.2.1Thesafetyvalvefunctionofatleast~(ofthefollowing)reactorcoolantsystemsafety/reliefvalvesshallbeOPERABLEwiththespecifiedcodesafetyvalvefunctionliftsettings:"2aagWy-eege5valved63114Sprig,+15safety-reliefvalves9$1175$psig+1Ã4~safety-reliefvalvesIa$1185$-psig+iÃ4~safety-reliefvalvesIa41195)psig+1~4g+safety-reliefvalvesIa(1205)-psig+1ÃAPPLICABILITY:OPERATIONALCONDITIONS1,2and3.ACTION:/ceLie(culottedievalve~oOPERABLEaha.'uhi~lu.n72a.Withthesafety~valvefunctionof/onearmoreoftheaboverequired17safety/reliefvalvesinoperable,>beinatleasHOTSHUTDOWN<<ithin12hoursandinCOLDSHUTQOWNwithinthenext24hours.c.+;Withaneormoresafety/reliefvalves.stuckopen,providedt~h~110'suppressionpoalaveragewatertemperatureislessthan~'F,closethestuckopensafety/reliefvalve(s);ifunabletoclosetheapenvalve(s)fsuppressionpoolaveragewatertemaera"tureis'Forgreater,1placethereactormodeswitchintheShutdownposition.~110m~d.d.m'Withoneormoresafety/reliefvalvegmanitor~toOPERABLEstatuswithin7daysorbeinat,leastHOT.SHUTDOWNwithinthenext12haursandinCOLOSHUTGOWNwithinthefollowing24hours.SURVEILLANCEREOUIREMENTS4.4.2.1The~i-l=p4pacousticmonitor)foreachsafety/reliefvalveshallbedemonstratedOPERABLEwiththesetpointverifiedtobebyperformanceofa:~a.CHANNEL(FUNCTIONALTEST)(CHECK)at,leastanceper3Xdays,andab.'HANNELCALIBRATIONatleasonceper%8-eacehs;()openati.ngcighe.e>rtsett)ngpressureshallcorrespondtoambientconditionsorthevalvesatnominaloperatingtemperaturesandpressures.g""TheprovisiansofSpecification4.0.4arenotapplicableprovidedthesurveillanceisperformed<<ithinI2hoursafterreactorsteampressureisadequatetoperformthetest.j.AriVh(P-UNIT23/44-5

R>>"":"TORCOO'NTS,STEHALSn=I/R":L"VALVSL'i'WSCTFUNCTIONL::s!sT's~CONOITIOHFOROPRATTONr/v~~%V~2reactcrlow-lcwl,iose(oZ6)('-6)(946)('-46)(946)Thb,reliesvalvesunctionandthelow-lowsetTunctionofthefollowingceoiant5y5emseeety/Teliefvalvesshal1beOPERASLEwiththefollowingsatfuhotionlif-'ettings:'Setooint"(osio)'ValveNo.oen(F0510)(F05"B)(F0479)(F047S),(FOB&)APPLTC'ASILTtY:OP=RATiONALCO'NOITIOHS1,2anti3.AuiON:C/With.hereliefvalvefunc.ion',and/or.helow-lowsetfunc.ionoioneoftheaboverequiredTeccorcoolantsys.msasety/reliefvalvesinoperable,restoretheinoperablereliefvalvefunctionandlow-lowsexfunciontoOP."RASLI-statuswithin14daysorbeina.leas-HOTSHUTDOMHwihthnext12hoursandinCOLO'HUTOOMNwithinthefollowing24hcurs.'VI'.thhereliefvalvefunct'.onand/crthelcw-lowseT.funcionOTmorethanoneostheaboverequiredreactorcoolantsystem/relieivalves',noperabie,einatiestHOTSHUTOONlwihin9hoursandinCOLOSHUTOOMHwltisinthenex.24hours.SURVEILLANCER~OU:Ri!~LNiS4.4.2.2.'he",eliefvalvesuncionandthelow-lowsafunctionpressureact'tioninstrumentationshallbedemonstratedOPERABL-"byperTO<anceofc..CHANNc..UNCT:GNALTcST,includingcalibraionoTthe,tripuni,atles.onceper31days.b.CHAHI<ECALl""RPATION,LOGiCSYSTiHFUNCTIONALTFSTandsirulctedautomatic'perationofheent.'resystematleastonceper18months.Thelifeset.ingpressureshallcorrespondtoalmbientcondit'iorsofthevalues'tnomiinclopera-isngtemperauresandpressures.svv(afelliVi~<PUNIT23/44-6

REACTORCOOLANTSYSTEM3/4.4.3REACTORCOOLANTSYSTEHLD~KAGEDKAGEOETECTIONSYSTEHSLrHIT.'NGCGNOITIONFOROPERATIONgcQeoRhTwooQNe.3.4.3.1+he>o11owingareactorcoolantsystemleakagedetectinsystemsshalloeOPERABLE:Aa.-7'-primarycontainmentatmosphereradioacivitymonitoringsystem,therthe(primaryconteinmenowir-coolers-so'aaa~e~ausAPPLCABILITY:OPERATIONALCONOITIONS1,2and3.ACTION:With~twoortheaboverequiredleakagedetectionsysemsOPERABLE,ooerationmaycontinueforupto30daysprovidedgrabsamplesorthecon-tainmentatmosphereareobtainedandanalyzedatleastonceper24hourswhentherequiredgaseousand/orparticulateradioac.ivemonitoringsvstemisinoperable;otherwise,beinatleastHOTSHUTOOMNwithinthenext12hoursandinCOLOSHUTOOWwithintherol'lowing24hours.SURVEILLANCEREQUIRBIENTS4.4.3.1Thereacorcoolantsystemleakagedetec:ionsysemsshallbedemonstratedOPERABLEby:ze&cnnuaQ,ya.Primarycontainmentatmosphereoariculateandgaseousmonitoringsystems-per.ormanceoraCHANNELCHECKat'leastonceper12hours,aCHANNELFUNCTIONALTEST'.'ndaCHANNELCALIBRATIONatleastonceperB3-.me&..1s;oping~J~<.0<ywe,Q.)loon,andeqaipmeetdeafenWnkf~b.monitoringsystem-performanceoraCHANNELFUNCTIONALTESTatleastonceper31daysandaCHANNELCALIBRATIONTESTatleesonceper~Mmopingcocle.fl~~'vaI~~Ap~cutycoru.'auvneatatmo6phene,pa~cuZatertadioao,Muddymoiu'ui,ngsyaCem.Thedrtgwe&goo<andeqmpmeatchcu.n4xnfzPXC<tatemoru.tofu'.ngsc(stein.~HS-+3~3/<4-r75

REACTORCOOLANTSYSTEM~?<RATIONAL-LEAKAGEcIHITINGCQNOITIONFOROPERATION3.4.3.2Reactorcoolantsystemleakageshallbelimitedto:Rnoutna.NoPRESSUREBOUNOARYLEAKAGc.b.5gpmUNIDENTIFIEDLEAKAGE.c.25gpmtotalleakageaveragedoverany24-hourperiod.~pm.increaseinUNIDENTIFIEQLEAKAGEwithinany4-nour-peried~APPLICABILITY:OPERATIONALCONQITIONS1,2and3.ACTION:a.WithanyPRESSUREBOUNOARYLEAKAGE,beinatleastHOTSHUTQOWNwithin12hoursandinCOLOSHUTQOWNwithinthenex24hours.b.Withanyreacorcoolantsystemleakagegreaterthanthelimitsinband/orc,above,reducetheleakageratetowithinthelimitswithin4hoursorbeinatleastHOTSHUTQOWNwithinthenext12hoursandinCOLOSHUTQOWNwithinthefollowing24hours.u~e-++&ationvalveleakage-'-pressureportion-ef-'oursbyutomatic)SHUTQOWNwithinthenext-~~~andinCOLOSHUTQOWNwithinthefollowing24-houes.-+;e.Withoneormoreofthehigh/lowpressureinterfacevalveleakagepressuremonitorsshowninTable3.4.3.2-1inoperable,restoretheinoperablemonitor(s)toOPERABLEstatuswithin7daysorveriythepressuretobelessthanthealarmsetpointatleastonceper'Mhours;resoretheinoperablemonitor(s)toOPERABLEstatuswithin30daysorbeinatleastHOTSHUTQOWNwithinthenext12hoursandinCOLOSHUTQOWNwithinthefollowing24hours.-servicesensitiveTYPE304or33.6austeniticstain~~eel-w~An~hoiH'HOTSHUTQOWNwithinthe--SHUTQOWNwithin-thefo1lowing-2a-1mees-.)-4-4h4c~iavebeenverifiednottoexceedtheallowableleakagelimitatthela~"afvaLing-autageorafterthelasttimethevalvewasdisturbed,<<hicheveris-~recent.)-~3/44+7iliNP-UNIT2

REACGRCOOLANTSYSTEHSUR'lEILLANCEREOUIREMENTS4.4.3.2.1Thereactorcoolantsystemleakageshallbedemonstratedtobewithineachoftheabovelimitsby:a.b.Monitoringtheprimarycontainmentatmospheric/particulate)pand)/gaseous~radiaactivityatleastonceper+Q-(12)haurs,AyveLLgoon,andequipmentde'.nCank'PXLHanitaringtherateatleastonceper~412~hours,iaactivityatleastonce-per-~~ho4kPS~Ad-Wc-Monitoringthereacarvesselheadflangeleakdetectiansystematleastanceper24hours.4.4.3.2.2EachreacorcaolantsystempressureisolationvalvespecifiedinTable3.4.3.2-1shallbedemonstratedOPERABLEbyleaktestingpursuanttoSaecificatian4.0.5andverifyingtheleakageofeachvalvetobewithinthespecifiedlimit:opingcycLea.Atleastonceper~~hs.,andmii(~eCite,ceaMoc~almsdownb.Priorto,,returningthevalvetoservicefollowingmaintenance,repairorreplacementworkonthevalvewhichcauldaffectitsleakagerata.~TheprovisionsofSpecification4.0.4arenotapplicableforentryentoOPERATIONALCONOITION3.4.<.3.2.3Thehigh/lowpressureinterfacevalveleakagepressuremonitarsshall.bedemonsratedOPERABLEwithalarmsetpointsperTable3.4.3.2-2byperformanceofa:a.b.CHANNEl.FUNCTIONALTESTatleastanceper31days,andCHANNELCALIBRATIONatleesonceper~one's;opanatingcycle,.3/44P8le(P-UNIT2

Y5i.!!hfAXIhfUhfALLO@ABLELEAKAGE2CSH",ifOV1072CSH~APJ1082CSLiiOVJ042CSL~AOVJOi.2ICS"AOVJ562ICS~AOV1572RHShfOVJ122RHS,',fOVJJ32RHShfOVJ042RHS"ifOV40aSb2RHS",ifOV67aSb2RHS",ifOV24a,b8c2RHS'AOVJba,bic2RHSAOV39aSbHPCSHPCSLPCSLPCSRCICRCICRHRRHRRHRRHRRHRRHR-(LPCIIRHR-(LPCI}RHRCC.CCC4(10GPhf1.0GPhf1.0GPhf1.0GP,'f1.0GPhfJ.OGPhf1.0Gphf1.0Gphf1.0GPif1.0GPhf1.0GPhf1.0GP,if1.0GPhf1.0GPhf2"2Cat's>>t~">>AC.')tLtL'IisIiVSTRUhfENTli>.I1I~!i>>o>>~~!rI.CZ~2RHS,"PIS7a,bgc2CSL'PS108'mzduaf'e,aRemovaf'.LowPxeaameCone,SpryAL"RNETIO,"JT(t:s-a)r,/q>>/r:/44-N9Nhfp-UNIT2

REACTORCOQi~HTSYST:"H"./<<<CH""."ISTRYLIYIIT<NGCONDiTIONPOP.OPERATiON4.4Thechemistryofthereacorcoolantsystemshai1be;aintainedwithin:helimitsspeifiedinTable3.4.4-1.APPLICASIL:TY:Aal1times.ACTION:a.inOPERATiONALCONDITION1:2.Withiheconductivity,ci",lorideconcentrationorpHexceedingthelimitspeciiedinTabie3.4.4-1forlessthan72hoursduringonecontinuoustimeintervaland,forconductivityandchlorideconcen-tration,,orlessthan336hoursperyear,butwith:heconauctiviyless.han10pmho/cmatZ5'Candwiththechlorideconcentrationless:"an0.5ppm,thisneednotbereporedtotheCommissionandtheprovisionsofpeciiication3.0A'renotapplicable.5With.heconductivity,chlorideconcentrationorpHexceedingheiimiispecifiedinTable3.4.4-1formorethan72hoursduringonecontinuoustimein-ervalor,forconductivityandchlorideconcen--rat'.on,formorethan336hoursperyear,beinatleastSTARTUPwithinihenext6hours.3.Withtheconduc~ivityexceeding10pmho/cmat2'Corchlorideconcentrationexceeding0.5ppm,beinatleesHOTSHUTDOWNwihin2hoursandinCOLDSAUTDOWNasrapidlyaspracticalwithinthecooldownratelimi.b.C.inOPERATIONALCOHDiTON2and3withtheconductivity,chlorideconcenratioforpHexceedingthelimitspecifiedinTable..4.4-1fo"more.han48hoursduringoneconinuoustimeinterval,beinaleesHOTSHUTDOWNwithinhenext12hoursandinCOLDSHUTDOWNwi.hinheiollowingZ4hours.Aailothertimes:WiththeconducivityorpHexceedingthelimitspecifiedinTable3.4.4-1,restoreheconduc:ivityaildpHtowithintnelimiwithn72hours.2.Withithechlorioeconcentrationexceedingthelii,itspecifiedinTable34.".1ioi'orelail24houls,pel'lmafleflgineelifloevaluai.io'1todeterminetheeffectsoitheoutoflimitconditiononthestructuraliinegrityofhereactorcoolantsys.em.DeterminethahesructuŽalintegriyofhereac-orcoolantsys.emremainsacceptableforcontinuedoperationpriortoproceedingtoOP,.AiIONALCOiiDITON3.4TheprovisionsofSpecificai.ion3.0.2arenotapplicable.3/44-+IGNMP-UNIT2

R=ACTGRCOOLANTSYSTEMSU"V~;LANCR=OU;REM=N-S4.4.4;hereac"",coo'antshallbedeterminedtobewithinhespecif'ed.a.---Haas~~Ão"-"o-pr~u"~n"'-"-'~-eachsar."up4ours;a.5.Analyzingasampleofthereac.orcoolant:l.Chlorides~~onceper:a)72hours,andb)2hours'"enevercondu"iviyisgreater'hanthelimi.inabie3.4.4-3..2.Conducivity~~onceper72hours.p"~~onceperT(-aQ-72-4ou~~8hourswheneverconducivityisgreater,",anhelimiinTable3.4.4-1.Continuouslvrecordinc-heconducivitvofthereactorcoolan,or,whenthecontinuousrecordinoconductvtymonitorisinoperable,forupto31days,ob-aininganin-lineconducivitymesurement~tonceper:l.4hoursinOPERATiONALCONDiTTQNS1,2and3,and2.24hoursatailotherimes.c.W.Per,o-....anceofaC:-;ANNELCHFCKofthecontinuousc"nductivitymoniorwihanin-line,lowcell~~onceper:7.days,and2.24hourswheneverconducivityisgrea-er.,anthe'.imiir.Table'.4.4-1.3/44&l1N(P-UNIT2

VIzr'Ihill,F.3.>I.>1-1III:ACIOIICOOl.hll'ISYS1'll)CiiI'.Ii'1ST!1'rILiAII'5OlCIIATIOIIAI.COIIOITrpnCIII.OilIOL:S(~(2arrrl3ALal1nLlrer'imes<0.2Irlrrrr0.Ilrlrlll<0.5lrlrm<1.0<2.0<10.05.C><Irll<0.65.C><Irll<0.65.3<Irll<Il.6Samplesfiona>>a8gaisroiM.rronmaeegbeob~r.r.>>erI,(nr>r.rs.tah'orrdarnpeepo'>>ts.Foncorrditiorr>snequrnrrrg.csoEatiorrofiaQ,rronnraKiarrrpt'.epuirrU,brrtrrrithpen.r'odicon,currier'.rruorrsmaize;up,samplersofimal.e-uprottennragbeaul>s,titutedfiun.neaeton<<>a.tensamplers.~~

R"-ACTORCQQLANTSYSTiHg/pnS?EC:rCACTIVeTY1'.!iGC"NDT:DNFQR0?RATsON:-.4.5Thespecificacivityoftheprimarycoolantshallbelimitedto(Mthanorequalto0.2microcuriespergramDOS"=E(UIVAL=HTI-131~A?PLICABILITY:GPLRATIONALCONDITIONS1,2,3and4.ACTQp:CeinOP":?ATIOHALCONDITIONS'1,2or3withthespecificactiviyoftileprimarycoolants2.Greeerthan0.2microcuriespe.gramDQS"-=OUIYAL=HTI-131butlesst.anorequalto4.0microcuriespergr~mooerationmaycontinueforuoto48hoursprovidedtathecumulativeoperaingtimeunderhesecirc's-ancesdoesnotexceed8QQhoursinanyconsecutive12-monthperiod.Miththetotalcumulativeope.atingtimeataprimarycoolantsoec,icactivitygraterthan0.2microc'iespe.gramDOS:-E)UIVAL=HT-131exceeding500hour~inanconsectjyq,~-monthperiod,prepareandsubmlaj~BciaIepor-tatneCannss-ionpursuant,oSoeiic=-tian~uitin30daYSi'IdlCatslgtelenuber0shoul'5Of0e.atiOna"OVehiSlimi.TheprovisionsofSoecification3.0A'arenotapplicable.5Greaterthan0.2microcuriespergramBQSc,F)UIYAL="HTI-131for"lore.han48hoursduringonecontinuoustimeintervalorformorethan800hourscumulativeoperatingtimeinaconseculve12-monthperiod,orgreateIthan4.0microcuriespergra1I,beinatleesHOTSHUTOOMNwihthemainsearn'lireisolationYalvesclosedwithin12hours.In0?ERABLr.C"NDITIONS1,2,3or4,wittithespecificac.ivityofthepr1.PrvcoolafitgeateIt'n02<<Iicocurl'espergramDOSG-"UIVAL:-HTI-i-i-=..-.:.'=m,perform.'Iesamplingandanalysisrequirementsof.tern4aOTTable4.4.1until..'Iespecisicac.ivitYofhep"marycoolamisrestoredtowithinits1imit.AR?ORTADL="OCCURREHCF.shallbepreparedandsutnit.ea:o.".eC"alsistinepursuent;aSpeci-;ic-cion~.ih;srepor:shallconaintheresultsofthespecificac:iviyanalysesandhe"iaedurationwhenthespecificac-ivityofhecoolan-exceded0.2microcuriesoergrmDOS=E"UIVAL"HT:-131togethe,withthesollowingaddiionaiinformation.3l44~t3.6.tcN(P-UNIT2

RE'CORCQOL4NTSYST=."t,'NGCiOITQN.tQP%AT'QN("cn-'nued)'"ili'Cst"c'.a..d'c.InOPERATIONALCONDITION1or2,wih:be+p,aceTHERNLPOWERchangedbymorethanl~ofRATEDTHERMAL99MERbe(owe~hechmcq&aAorcbemTheof-gaslevel,me-"~SA=,increasedbymoreihanP9-,~]5,0y0microcuriespersecondinonehourdurings-'.aadys:aeopera~icnatreIeasarateslessthan+75,000)-microcuriespersec"nd,orcnancurcuringsaadysiateoperationatreleaseratesgreaterthan+7=,0004microcuriespersecond,I'di~el56perform.hesamolinaandanalysisrecuirementsofitem4b~ofTable-"..-'..=-1untilthespecificciviyorheprimarycoolantisrestoredcwihiniislimi.Prepareandsubmi-tothe3C"T'.ssionaSpecialReporipursuantoSpeciricaion6.'9.Z'~ivMu'n,92dayscontainirgheresulisofthespecificac.iviyanalysistoaetherwi.hthe~4additionalinforma-tionforeachcccurrenca.followingAddiionalInformation1.?eac.orpowerhis.orysartjng~~hcurspriorio:a)Tnefirssamplenwhichhelimitwas.exceeded,and/orb)The."...'..ofr-gaslevelchange.2.Fuelburnuobycoreregion.3.Ciean-uoa)Theb)TneQ=-n-sflowhis.crysartina-".8hourspriorto:,-;rssampleinwhichthelimitwasexceeded,and/orCo7.-aas:eveichanae.evelstaring48hourspriorio:a)Thefirstsampleinwhichihelimi.wasexceeded,and/orb)TheSUR'/Er~L-"NCŽRE"UR"-MENTSoff-aaslevelchance.4.-"..--"Thespecificaciviyofthereacorccolantshallbedemonsratedtoewithinthe1'miisbyperformancaofihesamplingandanalysisprgramorTable4.4.""-1,7CAets~LiNtP-UiVIT2

I'ltlHAItYCOO(.ht(TS>>FClFlCA(:TtVllYMHI'I.EAtiltht(AI.YSISI)IIOGI(AIITV>>EOFIIEASIIIIL'IIEttThttoAIIAI.YSISl.Cii'i)ss.Dna-a)HIC<a))))))ahctiviLyOetevmlllationShit>>LEANOANAI.YSISFIIEQIIEIICY4~eas4ynceper72lioiirsOI'EltAT10HAI.COIII)I'IIOIIS1tlWiltCIIShtll'II:.RHOANALYSISItl(IIIII(EII1,2,3hh-}eas.t)Incetier31)lays02.IsoLopicAnalysisforl)OSEE(lIItNI.E(tl1-131Concentration3.lao.topeeAnaf)jets3-.Ita)Iieet)emica1-fo)K-I)etevmiiiaLion-44-@ca&,(nceperG)montl)s~<~a)ht~as4aiicepei'Ilolll's,0wheneverl.liesliecificilctivilyexceeilsalimit,'.asveipiireill)yRCTIOtt~i).3.4.5.I))h~w&ginesample,between2anilGlioiivsfollowingLlieCllall)JeillTIIEltHAL-pOWI:ItQPoff-gaslevel,asre)I))ire)tbyACflOI!c.03.f.5.ht-leas-tt(nceper31ilaysIsolol)ichlialysisforloiII))el/I,2II,3II,2III1,25.IsoLnpicAnalysisofanOff-((<isSillllplelncliiilillg(fllal)litaLivelteasnve)))cntsfoiaL1easLNe-I33,Ne-134anilKr-0(Ib)0)ie.sa)))pfe,be@veen2and6hoartysfioe('o)usingShechangeinofifi-gmbreve(,aaeecjainedb)IACTION.c.3.4.5."~anili.Le-~mba'ein-afLevv-e-<rileiaenn-ef2FFPIIaiel20claysefpOllfOIll'LIIIITIOIIlianaelapseilsincereacleswas1asI-siibcriLkal-ford(I-I)on)'s-or-ton(te)'.II(hilillliesplicificactivityofLtiepriuiarycuolaiitsysLemisrestore)iLowitt)initslimits.

a.Themaximum~eo5changeo5<each:ocvesaet'.screamapacecooZan4empeta~eChattingnoun&heatupon,coaZdaiunahaLLbe,Limu".edCo100'Finanythouft.REACTORCOOLANTSYSTEM3/4.4.6PRESSURE/TEMPERATURELIMITSREACTORCOOLANTSYSTEMLIMITIHGCONOITIONFOROPERATIONvesaeI!peesameandm~Semprea,b,c3.4.6.1Thereactor~~ssvee.Isha11belimitedinaccordancewiththelimitlinesshownonFigures3.4.6.1-1"(1)curvesA~Mforhydrostaticorleaktesting;(2)curves8aRd-B-'orheatupbynon-nuclearmeans,cooldownfollowinganuclearshutdownandlowpowerPHYSICSTESTS;and(3)curvesCand-C-'oroperationswithacriticalcoreotherthanlowpowerPHYSICSTESTS,with:0bc.c.d.20Amaximumtemperaturechangeoflessthanorequalto~'Finanyonehourperiodduringinservicehydrostaticandleaktesingoperationsabovetheheatupand'cooldownlimitcurves,andm~afmKbe.maintainedThereactorvesselflangeandheadflange~emperaturesgreaterŽthanorequalto$70$'Fwhenreactorvesselheadbolting'studsareundertension.APPLICABILITY:Atalltimes.ACTION:Withanyoftheabovelimitsexceeded,resorethetemperatureand/or.pressureowiDinthelimitswithin30minutes;performanengineeringevaluationtodeterminetheeffec.s'ftheout-of-limitconditiononthesructuralintegrityofthereactorcoolantsystem;determinethatthereacto~coolantsysemremainsacceptableforcontinuedoperationsorbeinatleastHOTSHUTGOWHwithin12hoursandinCOLOSHUTOGWNwithinthefollowing24hours.SURVEILLANCEREOUIREHENTS4.4.6.1.1Ouringsystemheatup,coo1downandinservice1eakandhydrostatictestingoperations,thereactorAA~he-+debt-othe-1-imi-M'...res-A"and-A-or-9-.and~aopUcab4.~emyeruxeu'aceo]the.<eaMoevest&@angesun.(aces,ho&0monside6m$aceanabosomheadi~aidezm$ace,asmeasuredouStdho&0mhead.cbuu'n<empe~eahaLLbedMeAuTunedmbe,~ghetug'J4.'he"egiondepnedbuFutures3.4.b.t-ta,b,caleasConcepe<50minxes.3/44-~lbap040pK~IQ(P-UNIT2

REACTORCOOLAHTSYSTEMSVRVEILIANCEREOVIREMEHTSContinued4-4-+-1-2-The-r-ea~ves-C-and-C'-mit~S-m~tek-iHi~o"he-wmhdrawat-wf-contr'o1-roCke444.4.6.1.3Thereactorvesselmaterialspecimensshallberemovedand,examinedE,POWERasrequiredby10CFR50,AppendixHinaccordancewiththescheduleinTable4.4.6.1.3-1.CC4454.4.6.1AThereactorvesselflangeandheadflangetemperatureshallbeverifiedtobegreaterthanorequalto(70)'F:InOPERATIONALCOHOITION4whenreacorcoolantsysemtemperatureis:90l.<~'F,atleasoncper12hours.2.<$80PF,atleastonceper30minutes.b.Within30minutespriortoand'tleastonceper30minutesduring.tensioningofthereacorvesselheadboltingstuds,,exceptChat105o$NeboastingsWchmaybe,inly4.'ensioned4obefoN70F.4.4.6.1.2'.4.b.1.4The,.iceo$changeatUceieaeton,sCeam,spacecoolanttemperwtmedhuu'.ngheat-upandeooZdoconahcu'2bed&enminedtobe,'mesa.thanon,eouae,to100'Financ/1hou".atCeas~oncepen30nu.nute,s.The.xeaMocfauxmutespecimensahaQ.be.removedamei~~noenaLoLtagea$Cm1c/earsandbe)oweDeendo$2yecUcso$~i~aLoperonandexamcnedCodMermineceasepomadevessels+uenceasaJune'.ono$4uneandporc<ZeveZandusedComode'.(gNeF~gme83/4.4.b-1.Theo(Awe+uencedete~natc.ons,~nconjuimtioncubiBasesFzgme83/4.4.6.2,ahaLEbeusedCoadjLsf,i$needed,Cheecvcvedo)Figee3.4.6.1-1.M(lP-UNIT23/44M17

14001300120011001000900CDCLCD800UJQIQcn700QJCL~~600OCAO(jI'0040073LIPITFORIN-SERVICETEST(CORENOTCRITICAL,FOELINVESSEL)~(predictedtoapplyasthelimitfor16years-12.8EFPY-ofoperation)OPERAINGREGION30020010050100150200MtIVIr<UMREACTORVESSELMETALTEMPERATURE(F)FjRRE3,4,6,3.-la[lINIMUMREACTORVESSELTH1PERATUREFORPRESSURIZATIONDURINGHYDROSTATICTESTING(REACTORCORENOTCRITICAL)3/44-Nt8h'htP-UNIT2

LIMITFORIN-SERVICETEST(CORENOTCRITICAL,FUELINVESSEL)PRESSUREsi0312313735750800850900.'50100010501100115012001250130013501400TEMPERATUREF7070100100103.5109114.5120125.5131135.5140144148151.5155158.8161'INIMUMREACTORVESSELMETALTEMPERATUREFORPRESSURIZATIONDURINGHEATUPORCQOLOOWN(REACTORNOTCRITICAL)(HEATINGORCOOLINGRATE100F/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOWERYEARS)OFCOREOPERATIONTABLE3.4.6.1-1a3/44-19+

~II~Ii~I~~~IIli~III~~~~~~~~)i~~~~gg~0~0~~ggi~i'ii~i~g

LIMITFORNON-CRITICALOPERATIONINCLUDINGHEARUP/COOLDOMNATUPTO100F/HRPRESSUREs$090180240312313560600650700750800850900960100010501100115012001250130013501400TEMPERATUREF70707090100130130133138.5142145147148.5150152157161.5165168.5172175.5179182185MINIMUMREACTORVESSELMETALTEMPERATUREFORPRESSURIZATIONDURINGHEATUPORCOOLDOWN(REACTORNOTCRITICAL)(HEATINGORCOOL'INGRATE100F/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOMERYEARS)OFCOREOPERATION.TABLE3.4.6.1-Ib3/44-3lc'21

A%~II~~I~~~~~IIIII~I~~~~~~~~~~~~g~~~~g~~~II~4~

1LIMITFORPOWEROPERATION(CORECRITICAL)INCLUDINGHEATUP/COOLDOWNATUPTO100F/HRPRESSUREsi090180240312313560600650700750800850900960100010501100115012001250130013501400TEMPERATUREF7070110130140170170173178.5182185187188.5,190192197201205208.5212215.5219222225Vie%-UNIT2MINIMUMREACTORVESSELMETALTEMPERATUREFORPRESSURIZATIONDURINGHEATUPORCOOLDOWN(REACTORNOTCRITICAL)(HEATINGORCOOLINGRATE100F/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOWERYEARS)OFCOREOPERATIONTABLE3.4.6.1-1c3/44-39e23

TAOLE4.4.6.1.3-1REACIORVESSELtlATERIAl.SitRVEILLAttrEVROGRAW-WITtinRAWALSCllEOOLEINCAPSltt.EtlUllOERl123VESSELLOCATIOtt30177183'EAOFACTOR0-'T0.410.410.41MITIIORAWALTIHEone)os.thbeau.iceG.)eXIAeeJoiva6iseabeeLifeatandb(g

P=4C"P<"VlQOP3.4.6.2ThepressureinthE.eactorsearndomeshallbelessthan(W.'FJpsig.1020APPLICABILITY:OPERATIONALCONQITIOHl"and2".ACTiOH:1020Miththereac.orsearndomepressureexceeding(AMjpsig,reducethepressureto',essthan"..psigwithinI"-minutesorbeina:lees.HOTHUTDO'r'Nwithin12hours1005"RVEILLAHCEREQUIRE%EN~4.4.i.2Thereac.orsteamdomepressureshallbever'T>edtobelessthan(~~psigatlestonceperl2hours.1020Noapplicableduringanticipaed.ansents.'.1HP-UNTT2

REACTORCOOLANTSYSTEM3/4.4.7MAINSTEAMLINEISOLATIONVALVESLIMITIHGCONDITIONFOROPERATION3.4.7Twomainsteamlineisolationvalves(MSIVs)permainsteamlineshallbeOPERABLEwithclosingtimesgreaterthanorequaltog3pandlessthanorequalto45).seconds.APPLICABILITY:OPERATIONALCONDITIONS1,2and3.ACTION:a.MithoneormoreMSIVsinoperable:f1.MaintainatleastoneMSIVOPERABLEineachaffecedmainsteamIlinethatisopenandwithin8hours,either:a)Restoretheinoperablevalve(s)toOPERABLEstatus,orb)IsolatetheaffectedmainsteamlinebyuseofadeactivatedMSIVintheclosedposition.2.Otherwise,beinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours.b.TheprovisionsofSpecification3.0.+arenotapplicable.5SURVEILLANCEREOUIREMEHTS4.4.7EachoftheaboverequiredMSIVsshallbedemonsratedOPERABLEbyverifyingfullclosurebetweenE3Pand45psecondswhentestedpursuanttoSpecification4.0.5.3/44-X<26

REACTORCOO!LANTSYSTEM3/4.-'.SSTRUCTURALIHT"=SRITYLMTIHGCOHOITIQHFOROPRA!OH3.4.8ThesructuralinagrityofASMECodeClass1,2and3componentsshallbemaintainedinaccordancewithSpecification4.4.8.APPLICABILITY:OPERATIONALCQHOITIQHS1,2,3,4andS.ACTION:M-'th.hes".ucu'ralintegrityofanyASMECodeCiass1component(s)notconformingtotheaboverequiremer,s,resorehesrucuralirtegrityoftheaiec=adcomponent(s)owi.hinitslimitorisolatetheafacedc"mponent(s)priortoincreasing=heReacorCoolantSystemtemperaturemore.han"0Fabovetheminimum.amperature".equiredbyHOTconsiderations.cMithhes,rcturalintegri.yofanyASMECodeClass2ccmoonen(s)notconforming.otheaboverequirements,restorethestruc.uralinto.gri.yofheaf,actedcmponent(s).owi.hinitslimitorisolatetheafecedcomponent(s)prioroincresingheReac=orCoolant~ys-mtemperatureabove200F.Mi;nthesrucuralintegrityofanyASMECodeClass3c"mponent(s)noconformingoheaboverequirements,resorethestruc=uralin-griyoitheafecadcomponent(s)tow;thinisIimiorisolatethea.ac=edcomponent(s)fromservice.d.heprovisionsoSpecification3.0.4arenotapplicable.5SURVEILLAHCEREQUIREMEHTS4.4.8Horeqiremen.sotherthanSpecificaton4..0.5.%P-UNIT2-/4

REACTORCGOL4NTSYSTEMRESIDUALHEAR""MGVALHGTSHUTQC'ANLIMITINGCONDITIONFOROPERATION3.4.9.1Two'hutdowncoolingmodeloopsofheresidualheatremoval(RHR)OsystemshallbeOPERABLEand,unlessatleastonerecirculatian.pumpisincae.ationat,IeasoneshudowncoolingmodeloopshalIbeinoperation"'wiheachloopcansisTrigofatles:a.OneOPEPABL=",RHRpump,andb.OneOP=RABLERHRheatexchanger.APPLICABIL~i:OPERATIONALCQHOITIOH".,withreacorvesselpressurelessthantneRHRc"-inpermissivesetpaint.ACTIQN:a.MihlesshanheabcverecuiredRHRshutdowncoolingmodelccpsOPERABL=,immediatelyinitiatecorrectiveac=icntoreturntherecuiredloops'toOPERABLEstatusassoonaspossible.withinonehcurandatieasonceper24hourshereaf.er,demonsratehecperabiliyofatleesonealternatenethodcapableofdecayhearemovalforeachinoperableRHRshutcowncoolingmodeIaap.BeinaleastCOLDSHUT001e'Nwithin24hours.~MihnoRHRshut"owncoolingmodeIocpinoperation,immediatelyiniiaecar,ec=iveac=ionareturnatleastanelooptoaaerationassoonaspassible.Mihinanehoures-ablishracarcoolantcrcuiationbyanalarnatenethodandmonitorreactorcoolantam"era.ureandprssurea-leasonceperhour.SURVEILL4NCEREOUIRBlEHTS4.4.9.1Atleesoneshutdowncoolingmodeloopoftheresidualheatremovalsysemaralternativemethodshallbedeterminedtobeinoperationandc-rculating-reacorcoolantatleastancper'2hours.OneRHRshudowncaolingnodeloopmaybeincperabieforuato2hoursforsurveillancetest;ngprcvidedtheotherloopisOPERABLEandinoae.ation.Theshutdcwncoolingpunpnayberemcvedfromoperation,oruptc2hoursper8hourperiodprovided.heotherloopisOPERABLE..-;OTheRHRshutdowncoolingmodeIacamavber'emoved,rcmoperationduringhvdrostatictasng."wheneverwoormore?HRsubsvsamsareinoperable,ifunableaatainCGLQSHUTGG'4NasrecuiredbythisACTION,mainta',nreac.crccolant:amperatureaslowasprac=icalbyuseofaiternateheatremovalmethods.g/AA~>>$8

R=ACTORCOOLANTSYSTEMCOLDSHUTDO'gN0"DrTIONFOROPERAT>ONTwcsilodowncoolinamode1oopscftheresidualhea-'eroval(RHR)systemshallbeOP"RABLandatleastoneshutdcwncoolingmcdeloopsiiallbeincperation""witheachloopccnsisingoatleas:a.OneOPERABLERHRpumo,andb.OneOPERABLERHRheatexchanger.A?PL:CABILrTY:0?ERAT~ONALCONDiTION4.ACiIOH:CoMihlessthantheaboverequiredRHRshutdowncoolinamodeloopsOPRABL"",withinonehourandai.leastonceper24hoursthere=-fter,aemonstcatheoperabilityofatleastonealternate'methodcapableo=decayheatrmovaloreachinoperableRHRshutdownccolingmodIOOD.\b.MithnoRHRshu.'cwncoolinamodeloooinoperation,withinonehouresablishreacorcoolantcirculationbyanal-ernaemethodandmoniorreaci.orcoolanttemperatureandpressureatlees.Onceperhour.SUR'!E:L'="'<CEREOUiR~J'"NTS4.4...1Atleesoneshutdowncoolinamodeloopoftheresidual>>earemovalsvs.amoralternativemethodshallbedeterminedtobeinoperationandcrc'a.ingreacorcoolantatlesonceper12hours.'neRHRshutdowncoolingmodeiooomaybeinoperab'ieforuoto2hoursfor..surveillanceestingprovidedtheotherloopisOPERABLEandinODeration.Theshut"own-coolingpumomaybe.removedfromcoerationfcrupto2hourspel'hourperiodprovidedtheotherloooisOPRABLE.=;.Theshutdownecolingmodeloopmayberemovedfromcperationduringhvcrcstatic'ing.NMP-UNIT2Ct~3/44~29

'/-'.==EMERGENCYCORECOOLINGSYSTEMS'.'<.5.1ECCS-OPERATINGL.IITIHGCONOITIONFOROPERATION3.5.'ECCSdivisions1,2and3shallbeOPERABLEwith:a.ECCSdivision1consisingof:1.TheOPERABLElowpressurecorespray(LPCS)systemwithaflawpathcapableoftakingsuctionframthesuppressionchamberandtransferringthewaterthroughthesprayspargertothereacorvessel.2.TheOPERABLElawpressurecoolantinjection(LPCI)subsystem"A"oftheRHRsystemwithaflowpathcapableaftakingsuctionromthesuppressianchamoerandtransferringthewatertothereactorvessel.E~~Ei).OPERABLEAOSyalves.b.ECCSdivision2consistingof:1.TheOPERABLElowpressurecaolantinjec.ion(LPCI)subsystems"8"and"C"aftheRHRsystem,eachwithaflowpathcapableaftakingsucionfromthesuppressionchamberandtranserringthewatertotheractorvessel.2.-~~$7)OPERABLEAOSvalves..c.ECCSdivision3consisingoftheOPERABLEhighpressurecorespray(HPCS)systemwithaflowpathcapableoftakingsuctionframhesuppressionchamberandtranserringthewaterhroughthesorayspargertothereactorvessel),~Mng-a-Nv<~t'ore2TAvicz-imperSEE~~~APPLICABILITY:OPERATIONALCONOITION1,2"'nd3".'".'TheAOSisnatrequiredtobeOPERABLEwnenreactorsteamdamepressureislessthanorequalto$100)-psig.'eeSpecialTes-Exception3.10.6.~>ASHLPCIaubdpaCemso(CheRHRsystemmaybe,~nopenable~nStatChegmeaGgnedLnChedhLtdoutncookingmode<vhenneuctoeumbel~Cess~han.theRHRcut-.inpenmuwcvesetpoant.i&PP-UNIT23/<5-

='!:""."-"-NCYi"R=COOLiNGSYSTrMSI'11CO1O'iON.iRGP"RATiN(cn:i1nued)ACi.ON:a.For"CCSdivisionI,providedthat=CCSdivisions2and3areOPE?ABL"":1.MiththeLPCSsyseminoperable,restoretheinooeraoieLPCSsysemoOPERABL=sauswithin7days.Z.WithLPCisubsys=em"A"inoperable,resoreheinocerableLPCisubsysem"A"toOP=RABLEstat'wi.hin7days.WiththeLPCSsvs.amincoerabieandLPCisubsys.am"A"inc"arable,restoreatleast.heinc"erabieLPCisubsys-am"A"or.heinoperableL?CSsys-amtcOP-"RABL"satuswi.hin72hours.4.0herwise,beinaleastHOTSHUTOOMttwihinhenex12hoursan"inCOLOSHUTOOWNwihinthefollowing24hours.0.For="CSdivision2,providedtha.CSdivisionsIand3areOP-"RABL:-:l.'~'iheiherL?Cisubsvsem"B"or"C"inaoerable,res.cre.heinoperableLPCisubsysem"8"or"C"tcOPERABLLsatuswithin7days.2.WithbothLPCisubsys.ems"8"and"C"inoperable,resorea-leastheinoperableL?Cisubsystem"8"or"C"toOPERABL."statuswithin72hours.C.3.0herwise,0einatleesHOTSHUTOOMNwithinthenextIZhoursandinCOLOSHUTOOMttwithinthefollowing24hours".Fcr="CCSdivision3,providedtha.BCCSdivisonsIand2and.heRCZCsvstemareOPERABLE:I)WithBCCSd',vision3',noperabie,resoretheincperabledivisionoOPERABLLsatuswithin"4days.2)'Otherwise,beinatleastHOTSHUTOQMNwithinthenex12hoursandinCOLOSHUTOGMNwihinheoiicwingZ4hours.d.For=CSdivisionsIand2,providedthatBCCSdivision"=isO?ERABL":I)MihLPCisubsvsamAandeitherLPCisubsysem"3"or"C"inoperable,rescreatleastheinooerableLPCisuosystem"A"crtheinoperableL?Cisubsystem"3"or"C"taOPERABL=sta.uswihin72hours."'nhenevertwcormoreRHRsubsystemsareirioperable,iiunabletca=ainCOLOSHUT00'kNasrecuiredbythisACTiON,maintainreac:orco'antemaeratureasIowaspracticalbyuseafalternateheatremovalmethods.NMP-UNIT2'/4~-2

EMERGENCYCORECOOLINGSYSTEMSLIMTINGCONDITIONFOROPERATIONContinued)ACTION:(Continued)2)WiththeLPCSsysteminoperableand.eitherLPCIsubsystems"B"or"C"inoperable,resoreatleasheinoperable,LPCSsystemortheinoperableLPCIsubsystem"B"or"Cl'oOPERABLEstatuswithin72hours.3)Otherwise,beinatleasHOTSHUTDOWNwithinthenext12hoursandinCOLOSHUTDOWNwithintheollowing24hours".e.'orECCSdivisions1and2,providedhatECCSdivision3isOPERABLEanddivisions1and2areotherwiseOPERABLE:WithoneoftheaboverequiredADSvalvesinoperable,restoretheinoperableADSvalvetoOPERABLEstatuswithin14daysorbeinatleasHOTSHUTDOWNwithinthenext12hoursandreducereacorsearndomepressureo<$100)-psigwihinthenext24hours.WihtwoormoreoftheaboverequiredADSvalvesinoperable,beinatleastHOTSHUTDOWNwithin12hoursandreducereactorsearndomepressureo<(100)psigwihinhenext24hours.hann&~o-OPERABLE-s~~h-Z2-hounsorel<~P-%ea4~aleast-once-per-X2-hours;IntheeventanECCSsystemisactuatedandinjectswaterintotheReac.orCoolantSystem,aSpecialReportshallbep'raparedndsub-ddmitadtotheCommissionpursuanttoSpecific-tionwl-.t~wshin90daysdescribingthec'ircumsancesoftheactuationandhetotal,accumulatedactuationcyclesodate.Thecurrentvalueo.neuseagefactor=oreachaffectedsafetyinjectionnozzleshallbeprovidedinthisSpecialReportwheneveritsvalueexceds0.70."WhenevertwoormoreRHRsubsystemsareinoperable,ifunabletoattainCOLDSHUTDOWNasrequiredbythisACTION,maintainreactorcoolanttemperatureaslowaspracicalbyuseoalternateheatremovalmethods.ltP-UNIT23/45-3

SURVEILLANCEREQUIRE.'(ENTS4.5.1ECCSdivision1,2and3ahaLLbedemonak~edOPERABLEby:a,.&LeaaConce,pm31daga)on,NeLPCS,LPCIandHPCSayaCema:1.Veu'.(gingbgventingatU<ehighpointventa%atAeanadempiping(corn4~epumpdiacharcgevaLve.mWeayaCemiaoZationvaLveiaPXEedi'<wats.2.Veu'.(pingMateachvaLve,manuaL,powersop~edon,automatic,inViegowpathdu@'ianotZoched,aeaLed,ocoClmeeQeaeemedinpoa~on,iainisacorrxect'oa~on.b.Vere,~)gingMat,whenWeariedpunatuuMWSpeci+cation4.0.5,each:1.LPCSpumpdeveLopaa,gowo$atLeaaC635'0gpmwMia,pumppneaaunegaea'hanon,eauaLCo("")paid.2.LPCIpumpdeveLopaagowo$atLeaaC7450gpmeithapumpdi(oeAentiaLpneaacutegreatenCh'anon,equaLCo(*')paid.3.HPCSpumpdeveLopaagowo$atZeaaC6350gpmi'<apumpdi()cnentiaLpeeaamegeeatercSianon,equaL~o(~')paid.c..FoxAeLPCS,LPCIandHPCSauaCema,atZeaaConcepen.opecatingcycLe,pere)oustingaapaCemfun~onaLCea4whichincLudeaaaknuLateduLto-maticac~onofWeaya~em~oughoLtitaem~encyopingaeauence.andveau'.$ywigChateachaalu.'omaticvaLvein4mgowpathactuateaCo~comectpoaition.ActuaLinjectiono$conanintoSee.xeacton,veaaeLmaubeexcLuded)worn~d.FoeAeHPCSayaCem,atZeaaConcepmopeningcucLe,ver(ging.thatMeauctioniaautomaticaLLp~)~ed)tramUsecondenaateaCo~e~arizCoNeauppneaaionpoolonacondenaatea~o~e&nflLoweaten,LeveLaignaLandonaauppzeaaionpooLhighwaetcSeveaignaL.ExceptMatanaLtomaticvaLve,cupobkeo$automatic<WanCo.~ECCSpoa~tionwhenanECCSaignaLiaprceaentmaybeinpoaMion(on.mto4iMmodeo(op~on.Tobed&eeninedCpu.ngpee-opCea~g.3/4,5-4

EMERGEhlCYCORECOOLINGSVSTB5SURVEILLANCEREQUIRB(ENTS(ConCinued)e.FoeCheASSby:1.ACleuConce,pen.31dayrs,peter,(owningaCHAh!NELFUNCTIONALTESTofCheaccum~on.backupcompressedgrursyaCemCoroprresrsurcealatvnayaCem.2.ACZeruConce,perr.operraCingcyclera.Perr,/owningaayaCem)unctionalCesCrrrtu'.chinclude,sam~edauComaticacCrraCr'.ono)CheayaCemChrroughouC~emergencyopenaCingsequence,buCexclmkngacCuaLvaLve,ac.tuaCion.b.ManuaLQgopeningeachAOSvaLverrkenCheteac.to<rsCermdome,prr.esrswre~gceaCert,ChanocequaLCo100pa~gandobaerrvingChaC~err,TheSRVOmcharrgeAcoruCr.cMo~oningSrjrsCemcespondsacco~gLy,oe2.TheSRVMbcha~eLineTempermturreWoru'.tofu'.ngSyaCemcesponchosacco~g@.c,.Perr,)owninga.CHANhlELCALIBRATIONo$Cheaccum&aCon,backupcomptcesdedgru.syrsCemCoroprrelaurrealanagraCemandve~$yanglorya.a6uvnzeCpoinCo$186+2paigdec,".eruingpr'esture.-d.PmjorvnaZealz~eCesConeachaccumulator,noCCoexce,ed1SCHF.Thepjrovm~onso$Spen.pcaCion4.0.4usenoCapplicableprrovMedCheaurrveiLEuncemperr)oenedeMu'.n12ho~a)CM.xeactoeaCeampenanceadequaCeCoperr.(o~CheCuC.RP-UNIT23/45-5

3/a52ECCSSHUTOOWN'.'HIINGCONOITIOHFOROP'ERATION3.5.2AtleasttwoofthefollowingshallbeOPERABLE:a.Thelowpressurecoraspray(L?CS)systemwithalowpathcapableoftakingsuctionfromthesuppressionchamberandtranserringthewaterthroughthesprayspargertothereactorvessel.b.Lowpressurecoolantinjec.ion(LPCI)subsystem"A"oftheRHRsystemwithaflowpathcapableoftakingsuctionfromthesuppressionchamberandtransferringthewatertothereactorvessel.c.Lowpressurecoolantinjection(LPCI)subsystem"S"oftheRHRsystemwithaflowpathcapableoftakingsuc.ionfromthesuppressionchamberandtransserringthewatertothereac.orvessel.d.Lowpressurecoolantinjection(L?CI)subsystem"C"oftheRHRsystemwithaflowpathcapableof'akingsuctionfromthesuppressionchamberandtransferringthewatertothereactorvessel.e.Thehighpressurecorespray(HPCS)systemwithaflowpathcapableoftakingsuctionfromoneofthefollowingwatersourcesandtransferringthewaterthr'oughthesprayspargertothereac.orvessel:1.Fromthesuppressionchamber,or2.Whenthesuppressionpoollevelislessthanthelimitoris~drained,fromthecondensatestoragetankcontainingatleast28300gEHG~availablegallonsofwater,equivalenttoalevelofI58.55]APPLICABILITY:OPERATIOHALCONQITIOH.4and5".ecTICW:.e.Witheeeeftileshoverequiredsubsystems/systemsiheuereble,restoreatleasttwosubsystems/systemstoOPERABLEstatuswithin4hoursorsuspendalloperationsthathaveapotentialfordrainingthereactorvessel.b.Withbothoftheaboverequiredsubsysems/systemsinoperable,suspendCOREALTERATIOHSandalloperationsthathaveapotential.fordrainingthereactorvessel.Restoreatleesonesubsysem/systemtoOPERABLEstatuswithin4hoursorestablishSECONOARYCONTAIHNEHTINTEGRITYwithinthenext8hours.TheECCSisnotrequiredtobeOPERABLEprovidedthatthereactorvesselheadisremoved,thecavityis'looded,thespentfuelpoolgatesareremoved,andwaterlevelismaintainedwithinthelimitsofSpecification3.9.B-and3.9.9.GE-STS(BWR/5)3/45-6

":!!ERGENC'!CORECOOLINGSYSTEMSSUR'lELLANCEREQUIREMENTS-'.5.Z.1AtleasttheaboverequiredECCSdivisionsshallbedemonstratedOPERABLEperSurveillanceRequirement4.5.1.4.5.2.2TheHPCSsystemshallbedetermineOPERABLEatleastonceper12hoursbyverifyingthecondensatestoragetankrequiredvolumewhenthecondensatestoragetankisrequiredtobeOPERABLEperSpeci;ication3.5.2.e.OE-STS{BMR/5)3/4~-7 0 =H""."CENCYCORECOOL~HaSYSEt)S"l45-.ciJPPcc5iOH::;.POOLl5';5TNG'NDITIGNFOROPRATIONThesuppression~~ashallbeQPERAHLE:Ppaokja.InOPERATIONALCONDITION1,2and3withacontainedwatervolumeofatleast~~NYj.fthm,eouivalenttoalevelof~f6-'9-.It<>,<95]LFs'-5518"3b.:nOPERATIONALCONDITION4and.""withacontainedwatervolumefJ)5)95~ofat1eas(,)ft,equivalenttoa1evelof(),excptthat~ihesuppression~she.levelmaybelesshanthelimiiiormaybedrainedprovidedhat:)p004[Nooperationsareperformedthathaveapotentialiordraining.thereactorvessel,"3.The.reacormodeswitchislockedinheShut"ownorRefuelIositionpQgs,ooogm.lgailonaofwa",er,equivaienatoaieveio-,[55.55]andTheH?CSsysemiisOP.RABLEperSpecification3.".2withan.OP"RABL"-ilowpaticapableoftakiingsuc.ion-,rom.hecondensatesoragetankandtransferr',ngthewater.hroughthesprayspargertohereac.orvessel.AP.L:CARILi~i.:OPERE.'OHALCONDITIONS1,2,3,4and5.ACTiGH:C~rpooi]nGP=RAT'GHALCONDITION1,2or3withthesuppresston~~waterlevellessthantheabovelimi.,restorethewaterleveltowithiin.helimitwithin1hourorbeinatieasHOTSI,"UTDQMNwithinthenex.12hoursandinCOLOSHUTDOWNwi.aiinthe.oliowing24hours.poolsjCPERATiONALCONDIT'OH4or+wiihthesuporessiion~<-~waterlevellessthantheabovt;limit,ordrainedand.he=boverequiredconditionsnotsatisfied;suspendCORALTE.,AT;ONSandallopera'ionsiathaveapotentialiordrainingthereactorvesselandlockthereac.ormodeswitchintheShutdownposition.EsabiisnSECONDARYCGNTAIil,",ENTINTEGR.TYwihin8hours.fpooL]-'"~-Specification3.&.2.~iorpressuresippresstonre"uirements..;hesppression~~isnotrequiredtobeGPRABL=providedthatnereacoivesselheadisremoved,"iecavityisflooded(orheirgflooded~=wepts~pom-)-,thespentfuelpoolgatesareremoved(when"ecaviyisiiooded),andthewaterlevelismaintainedwithinthelimitsofSpeciiica:ion3.9.8and"-.9.2.gPc8

"-."!ERGENCY'":;,=Ci"'GSYSTEMS'Lr!'lITiNGCOND<TiGNrOROPERATION(Continued)ACiION:(Co;retinued)pooLpooLc.Mith.onesuppression~~waterlevelinstrumentationchannelinoperable,restoretheinoperable,channeltoOPRABLEstatuswithin7davsor'erifythesu~ressionc'--macr-waterleveltobeareatrper12noursby/(analternatemethod).d.Mihbothsuppression~-4ewaterlevelinstrumanatIonchannelsinoperable,",esioreatleasoneinoperablechanneltoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTDOMNwi.hinthenext12hoursandinCOLDSHUTDOMNwithinthefollowing24hoursandverifythesuporession~~waarleveltobeareaeran12hoursbvatleastonealtarna-:.method).23'-55/8"pooL.SURVErLLANCEREOURcHENTSpooL4.S.3.1Thesuppression-ehaabe~shallbedeterminedOPRALEbvverifying:CoThewat.-leveltobearea.ertianorequal:o,23'-55/8"leesonceoe.24hours.~iI~~<.--(.-)'-at--least.once-per(12)-hours;pooL(At1eas):wosuppression-c-~~be",-wa.er1ave1ns.ruma..ationcnannelsOPERABL~~~owwaterlevelalarmatpointatcreater.1-:6-+ii--i-,--.;.,Ii-.4-,>ty,CHANNELCHECKatleasonceper24hours,2.CHANNEFUNCTIONALTESTatleesonceper31davs,and3.CHANNELCALiBRATiONatpooL4.5.3.2Mith.hesuppression~~dra;nedinOPcRAT~ONALCQNDrTiON4orleast.onceper18months.level.lessthantheabovelimitorleastonceper12hours:a.VerifvtherequiredconditionsofSpecifiaton3.5.3.b.tobesatisfied,orVer'fyfootnoteconditions"tobesatisfied.ÃMP-UitIT2AI4Ivs3/-":-9

3/4.6CONTAINMENTSYSTM3/4.6PRMARYCQNTAINMEHTPRiMARY"CN:AiHMENTINTEGRITYLIMITIHGCONDITIONPbt(OPERATION3.6.1.1PRIMARYCQNTAIHMEHTINTEGRITYshallbemaintained.APPLCABILrTY:OPERATIONALCONDITIONS1,2"and3.ACT>ev:MithoutPRIMARYCQNTAINMEHTINTEGRITY,resorePRIMARYCQNTAiHMHTINTEGRrTYwithinhourorbeina-leastHOTSHUTDO'riNwithinthenext12hoursandinCOLDSHUTDOWN'Nwithinhefollcwino24hours.'SURVEILLANCEREOUiREMEHTS4.6.1.1a.PRIMARYC~NTAIHMEHTHTEGRITYshal1bedemcnsirated:P40.0AfereachclosingofeachpenetrationsubjectoTypeBtestinexceptheprimarycontainmentairlocks,ifooenedfollowiniypeAorBtes,byleakraetestingthesealwithoasatpsjg,andverifyinghatwhenthemeasuredleakagerateforneealsisacdedtotheleakage",atesdeterminedpursuanttoSurveillanceFequirement-'..6.1.2.dforallotherTypeBandCpenetrations,thecor"inedleakaoerateisless"anoreoualto0.60La.Atleasonceper31daysbyverifyingthatallprimarycontainmentpenetraticns""notcapableofbeingclosedbyOPERABLEcanair:mentautcmaticisolaionvalvesandreouiredtobecloseddurinaaccidentconditionsareclosedbyvalves,blindflanaes,ordeactivatedautcmaticvalvessecuredinposi.ion,except.asprovidedinTable3.6.3-1ofSpecification3.6.3.c.Byverifyingeachprimary,containmentairlockOPERABL>>perSpec'fication3.6.l.3.d.ByverifyinghesuopressionchamberOPERABLEperSpecification3.6.2.1."SeeSpe-ai;estException3.10.I""xceptvalves,blindflanges,anddeact,vatedautcmaticvalveswhicnarelocaedinsidehecontainment,andarelocked,sealedorothe-.wisesecuredintheclosedpos-ition.ThesepenetraionsshallbeverifiedclcsedduringeachCOLOSHUTDQ'~Nexceptsuchverificationneednc"eperormedwhentheprimarycontainmenthasnotbeende-'ner.edsncethelasverificationcrmoreoftenthanonceper92days.

CONTAINllENTSYSTEM,lSPRL<lARYCONTAINhlENTLEAKAGELIMITINGCOhlOITIONFOR'PERATION3.6.1.2P~myContainmentLeakage~edhaLL6eEctedto4zefollowingcon~oizswhen4zeceuMon,coolantsystem~empe~mew)200F:a.Type,ATuk(2)(3)The,over~integ~edleakage~eL.shaLLnoCexceed1.10weig1ztpercento$4iecontainedautpx24boutat~he.testpjzesdme(P<)o(40prig.The,maximumaLLouebleop~ona1'.leakage~eLtwhichahaLLbe,mMpm'power.op~on)oHowingaType7CesC(eMimasmeasuredoe$oMowingcecumandzMesC)ahaLEnoCexceed0.75L~(0.825weig1ztpercentpmday)attheteatpnezauneo$40prig.ThemaximumaQoumbleoperational.(TypeA)Leakagerue".emaybe,pMnatedb~een0.75L~andLinpcopo~onCoChe~e~pwedaince4zeLab<Type,ACMk.TRQReakage~emaybemedinLieu,o$0.75Ltwhenes&b~hingtheaccepkzb~yo$Type,8andCtestpm(oenedbe,tweenTypeA~as%.(4)Shenadding4zeLeakageruee,meascvcedcpu'.ngaTypeCges4CoUzertu~o$aTypeA4',dzelowmleakagenate,o$Che4vo~o~nvajvesinaMne)ahab,be.used.vdete~netheovenaLLintegratedLeak.ateType,88Type,CTes&I~We~~ZeWWe~eso~~es~beepenMmtc.one,wolatconnvalves,aurLockaeviandCes&blecontainmentcomponentsasadju4~edWaCes~pcessmeo$40prig(P)mgaeaM,than905Lp,cepauuand.teamahaLL6epeto'o~ed~ocomectthecon'n.(2)(3)(4)(5)Nl(P-UNIT2A/hensystempjzmsme(Paya)onAeopposesideo$ChevolationvalveundmCes<eannoCbe>seducedto~ospheru.cpcuawze,<henCesCp<euulceahaLLnoCbeLess4zanP+Paja.40)Leakage.shaLL6e.Zetahanon,equaLCo6.0SCFHgoeanyonemainabeamLinemo~onvaLvewhenNestedatP<(40)prig.Leakage,Zest~non,equalCo1.875SCFHfoeonemains~eam~nLine.isolationva,'.vewhen<ectedatPg(40)prig.Leakage8eaa.thanon.eoua1'o0.234SCFH)ocannonenost-accidentsamoZingogd<emgasaampQ,oc.seisinLine.blockvalvewhen~essedatP(40)prig.1Cockleakage~eo$Read.thanon.eouaZo.05La.,<'.sacceptableatPto$40prig.3/46-2

CONTAINhlENTSYSTEMSPRIffARYCONTAINWEiVTLEAKAGELIMITINGCONDITIONFOROPERATION(ConC.)APPLICABILITY:AppliesCoCheaLLowabZeLeakage~eo$Chep~myconCainmenCayaCemwheneverp~myconCainmenCisceq~edpea3.6.1.1.ACTIONANDRESTORATION:a.InCertatedP~~ConCac,nmenLeakae,Rae-TueATesC(2)(3)InCeg~edLeak~eCesCsahaLLbe,pen$o~edatCheCesCpeesacvce(PC)o$40prig.ConCainmenCsesameshaLLnoCbe,pe~edCode+teasemone.Chanone(1)paibeLowPC.Type,8andCCesCsahouLdbe,compleCedpru'.onCoeachTypeACesC.TypeBandCLetkagesnoCaccounCedJocinCheTypeACesCshaLL6eaddedCoCheuppmconfidence~(UCL)CoestateCheove~inCeg~edLeakage~e.Themeascucedleakage~escorrespondingCospeccPcatcon3.6.1.2.6.3Cpu3.b.1.2.6.5aha%noC6e,addedCoChe.res~o$CheCypeACesCwhendeCeeniningChep~axyconCainmenCov~inCeg~edleakage~e.(5)>Vh(P-UNIT2IgCheLeakage~eexceedCheaccepCance~eni.on,co.sxectiveactionahaLLbeneo~ed.I(,duningChepe@(ordnanceo(aTypeACesC,excessiveLeakageoc~~oughLocaLLyCesCublepeneC~onsoeiso~onvaLvesCoCheexCenCChatiCwouLdinCert,fetewithCheaatu$acto~compleCiono$CheCesC,CfieseLeakagepatf+maybe,iso~edandCheTypeACesCcontinuedun'ompletion.AZocaLleakageCesCihaLLbe.pen$o~edbe(oneanda)Cen.Cherepairso$eachmolestedLeakagepath.The,sumo(,thepoaC.re~edLocaLLeakage~esandCheUCLdhaLL6e,mesaChan75peccenCo$ChemaxunumaLLowabZeLeakage.~e,LC(40).LocaLLeakage.~es.shaLLnoCbeaubkmcted)roomCheTypeACesCeesuLCsCodeCeunineCheaccepCabiLiCyo$aCesC.Cfoameo$CfmconCainmu<mo~onvaLves(ocChepmposeo$CheCesCahaLL6e,accomp~hedbyChemeansprovidedfoeno~op~ono(ChevaLves.AType,ACesCohaLL~Caminimumo$eigf<hocusa(CMamb~zatc.on.(IniCiaLTesCshaLEbe.$oza~uLL24ho~CoesCab~hbaseLine'cs.)AvewpcationCesCahaLL6epetfoened)oLLowingeachType,ACesC.Theveau'.+cationCesCprovidesameCfiod)ocasa~ngChataydCematic~ononb~isgivenadeouateconfide~ion.0~ngCfireveau'.fricationCesC,conCainmentpemhunemaydecxeasemomeChanone,(1)paibeLowPC.S~-upo)CheplancannoCoccamm~a.success)uLType,ATesCisconduc,ted.

ACTIONAlVDRESTORATIOM:(Cont.)b.Tue,8andTrIeCTest(1)Leakage,xepain,Co~esWblepentnatr'.ons,molatr.onvaLves,aMockweaLsandCeskxblecontainmentcomponentsalraLLbepmJomedwhennecessarilymprovideanoverransuccess)uLType.ACesCcesuLtandCoensurr,e4o~leakage,~esdonoCexceedGroseapeci+edby3.6.2.b.1~hrru3.6.2.b.5;o4reecQe,dhutdownandpep~CoaMorvableaCanckuuhas(olloresrtrIMhonepnknacycontar'.nment~lockdoocinopenabler(a)hfar.star.natleasC4reOPERABLEerr.lockdoom.cloakedandmrceskoneNeinoperrable~lockdoom.CoOPERABLEs~uLthin24hocusoclockOreOPERABLE~lockdoom,cLoaed.(b)Operratr'.onmay4rencontinueuntu.pew)o~anceo$thenextceq~edoverraLLann,lockleakage4esCprovided~OPERABLEautlockdoomisveau'.+edCobelockedcLoaedatleasConce,peter,31days.(c,)Odrenrecde,beinatleas4HOTSHUTOOPJMred.nNenext12bout+andinCOLOSHUTM0INreithinAefollowing24horrors.(d)The,~ovkdionsogSpecipcatr.on3.0.4axe'noCapplicable.trIM~Nep~ycontainment~lockinoperrable,exceptasa4esuLo$aninoperutblear'Alockdoo4,maintainatleasConeerr,lockdooccLoaed;rces~oneAeinoperrable~lockCoOPERABLEa~us(veau'.n"24boutocbeinatleasCHOTSHUTGOÃMwit(u'.nWenext12hocuuandinCOLOSHUTOOtrIMrcMu'.nthegolloroing24ho~.SURVEILLANCEREUIRErlENTS4.6.1.2a.TypeATesting~Fnzouanc(1)7<weeTypeACesNahaLLbeconducteddcuungeachZenyearr.adviceinterval.The$~~CesCabaftbe.perc$oened30-50monthsa(Cerr.Orebeginningo)eachZenrg~hercvicecntertvaL;WesecondCesCdhaLL'e70-90mo~a$~err.4rebeginningo$eachinterrvaL;andAq.4'e'sCahaMbe,coincidentreichWeZenyean,acheduLeinserrviceinspectionshutdown.(2)Retes&ng(a)I(aTypeAtes4(aiQtomeWDeacceptance~eMao$3.6.1.2.a,aComectr'veActionPlanCrabfocusesattentiononWecauseo$thepmblernahaMbe.developedandimplemented.ATypeA4es4Matmeetstherreoarbremen%o(<ca~edportionCoplanta~-up.A<epopto(AreContzctr.veActionfollow.ng.theJaiLedTypeACes4.shaMbesub~edCo.theMRC)onappcovaL4ogetherr,rrri.thSeeContrrinmentLeakTes~Report.3/46-4

SURVEILLANCEREgUIRB(ENTS(Cont.)Feaouencu(co&.)(2)(6)Ifanypeu.oNeTypeA4.'esCfaiRsComeetWeaccep4xnce~cueof3.6.1.2.a,We.CesCacheduLeapplicableCosubsequentTypeAberzevieaedandapprovedbyWe,NRC.(c,)(i)Ifdaoconsecutivepeu'oNcType,A~esN(noCineLudinganimmediatecetesCundn(a))failComeetWe,acceptanceeu.tundraof3.6.1.2.aoc3.6.1.2.6,noCeM+kxndingWepeu.odiccetesCacheduLeof(6),a.Type,ACesCmuskbe,pmfo~edat'achtefuelingoutageunlesaaLetna'.veleakCesCceq~eme~arceacceptableCoWe.NRC.TRQCesWngahaLLbe,pmfoeneduntildaoconsecutivepeu'.oticTypeA~ed&(noCincLudinganimmediatecetesCunden,(a))meetCheaceep4xnce~ecru'uof3.6.1.2.aoc3.6.1.2.6,afCmwhich~eWedetestacheduLespecifiedin<he.<egestscheduleopen'.fiedin(6)ahouLdberr.esumed.4.6.1.2(ii)I5aTypeACesCgaMsaolelydue4oaapecificaLLyidentifiedandAubaequmtfueomee,tedType,8ocCNestedLeakpatft,aCoatee,tiveA~onPlanahaLLbe,developedanddub~edW<fteNRCfoeappaovaLahoeingincreasedType8oeCCesWngfrtequency,asappease,inplaceofWe.adaitionaLTypeA4esN.tequbredmeden.(i)above.Ib.LocaLLeakRate,-Tue,8andTueCTestP~~containment.testablepenetnationsand.ma~onvaLves(aeeLCOTablesand),exceptasnord,ahaG!be,Nestledatapnesautceof40prig(Pac)eachmajon,nefueLingoutage,noCCoexceedOvoyear+,exceptbolteddouble-gasketedaeaLswhichahaLLbeNestedwheneverWeaeaLisclawedaftert,bei.ngopenedandatleas~ateaChtefueRc.ngangenoCWexceeda4voyeatietenvaL.(2)PethonneLaiMocksaftaLLbe,Nestedinaccordance+MtWefollouung-(a)The,ai<ocksdhaLL6eNestedaa~es~pnesameof40prig~vMtin24homeaf~mpnknmycoetauunentieteg~yis<equatedfolloicingarefuelingoutageo4maintenanceoutageteachingNyveLLaccess.(6)4Macksopenedduningpeu'.odswhenpnimmycontainmentinteg~yrteqauted.shaLL6e.Nested~kindvceedaysaflak,6eingopened.Foc~ockdoomapenmacefcequentLyWanonce,eve.thrceedays,We,aiXLodu,ahaLLbetestedatleas4onceeverty<fuseedays.(e)The,~ocksshaLLbe.~essedeverysixmo~foLLoeinga.te(ueLcngocmaintenanceoutageataCesCpceshurceofprig(3)Co>~nmeMcomponents(i.e.,RHRheatexchange)noCincLudedin(1)and(2)abovewhichteq~edleakrcepauufollouu'.nganyinteg~edleakage,~eCesC~nondmComeetWeaLLoiezbleleakage~e,LtahaLlbesubjectedColocaLleak4e5Natapnesauceof0.0prigaeachtefuelingoutage.i~i-UN'3/46-5

SURVEILLANCEREQUIRBIENTS(Cont.)4.6.1.2.b(4)LocaLLeakRae-TueBandTe.CTest(Cont.)TypeBpeu.oticCesAmenoCeeq~edfoepenet~nsco~nuousLymoruowedbytheCoetcu'.nmentPene~onPcesw~zatfonSyhiem,pttavLdedAteay64emmOPERABLEpmSpemgcation3.6.1.9.(5)TypeB.test(oepentrcatc.onsempLoy~ngacontinuousLeakagemonitoringayaCemshaLLbe,conductedatPg40.0paig,atLntenvaLsnogneatm~nonce.pm3you.ot((6)(8)Leakage))tommoZationvaLves4iatmeaeaLedutMzQuid)mornaceaLwydCemmaybeexcLuded,subjectCo<he.pcovm~onso)AppendixJ,Sec.@ionIII.C.3,whendetennu'.nagViecombLnedLeakage~epcovLded4eaeaLaydCemandvaLveserepcesa~zed4oatLeasi1.10P,to$40paLgandVteaeaZayaCemcapablymadeouate.Wmmatain6ydCenpeesdune)on,atLeask30days.PagesuppLyandeduuusCmo~onvaLvesieger.vestmentmateu',aLaeacusahaELbe,4.'essedanddemons~edOPERABLEpet.Sunv~nceRequuceme&4.6.1.8.3and4.6.1.8.4.Theptovmmnso$Specipcation4.0.2menoCapp&cabLeCo24monthon,40+10monthautcveiXCance~ntnvuLs.4.6.1.2.cO&ecSuavely.RanceItems(1)0~onaLLeakRate,Woeu.'own(a)OlhenChep~ycoetcu'.nmentw~need,datecontat.en'<ahaLLbemo~rtedfoegmaaLeakagebyweekLycevLewof~~ie~~ngaya~enmake,-up.xequutements.(b)T~mo~o~ngayaCemmaybe,Whenouto$aeev~ce(ondiepmposeogmaintenanceozCesWngbMahaLLbe<~edCosenvLceassoonaspanic,&caL.i2)~En@e.~onThe,accesa~bLe~+au'.oeout,)aceso$Neemuco~nmeM.shaLLbevmuaLLyLnspe&edeachopingcycLe)on,eve.denceo$detenio~on.NHP-UNIT23/46-6

'1ANiCDNi'llIR'UwL'NT'TY'lrTINGCONDITION;OROP":?ATION3.o.1.5Thestruc.uralintegrityoftheprimarycontainmentshallbenainzainedatalevelconsistentwiththeacceptancecriteriainSpecification4.o.1.5.APPLICAEILItY:QP"RATIONALCONDITIONS1,2and3.AC7ION:Withthesrucuralintegriyoftheprimarvccn.a',mennotconformingtotheaccverequirements,restoiehestrucuralintegritytcwithinthelimitswithin24hoursorbeinatleas.HOTSHUTDOWNwithintnenex12hoursandinCOLDSHUTDCRNwithintheollcwina24hours.U.,".=IL'NC"-R"=OUIRBlENTS4.o.1.5.1Thesrucuralintegri.yotheexcosedaccessibleinteriorandexteriorsurfacesoftheprimarvc"ntainment,includingtheline".plate,shaHbedetermineddurinatheshutdcwnforeachTypeAccntainmenileak~carateestbvavisualinspec-ionof.hosesurfaces.ThisinspecticnsnaltbeperfcrŽedDrierto.heTypeAccrtainmentleakagerate-astoverifynoapparentchancesinappearancorotheracnor-...aidegracation.4.6.1.5.2RecortsAnyabnor..aldecradaticnofheprimaryccnwinmenisrucuredetecteadurirgheabovereauired-inspectionsshaltbe".eportedtoheCommissionpursuanttoSoeciiication6.9.1.Thisreportsihallincludeaaescriptionoftheccnaiionotheconcrete,theinspec-.ionprocedure,thea.erancesoncracking,andthecorrectiveacionsaken.NMP-UNIT2

ea~epggTY5P.""...'RCQtaTAI'l.'!=NTSTRUCTURALINT:"GRITY(Pres".essedConc",ee'Jncro-Bo!Bncons)I"i'".""".~'G)'0?0?cRATIONCollat!I~tttenwtt36.1.5Thest,ctura1integrityoitheprimarycontainments,"1bemaintaineda.a!evelconsisntwiththeacceptancecriteriainSpecifiation4.6.1.5.re?CAHILWQPRGNALCQNQTIQNS1e2ana3ACltON:'aa':hthe5.Ucturalint.egr'yoftheprimaryccntarnmentnotconforminctotheaboverequirements,restorethestrucuralintegtytowithinthelimtitswithinZ-;hoursor'beinatleastHSHUTDOWNwithinhenext12hoursancinCOLDSi-,'UTQQMNwittelnheto!lowina4hours."URVi!'taC-.."OUIR"H-"NTS1-,.~.Icon2ve""rsvtt.:".1Primar:ContainmentTencos.;Amen.tendonsshallbedemon~.ratfolliowinc.he'nitialcon-a-mentat.he2ndOiOne,tn.eeanC-,iverucuralintegrity'estand2--.ivea.Qetermininc.hatarpresentativeample"ofatleast(15)tancons,(5)ver=icaland()hoop,eachhaealiftoffiorceofb2>>'2A(minimum)an(i-aximum)pondsatthefirstyeari;.5Bcion.~osubs2quentispectsons,themaximaiiowa'2liitoif~:-shall"2decreasedermthieva!uedetarm-<ed-tthefirstyearins=ec=';on-'ne-nounolocOantioneair,;cailoua'"iii-:-,".-;-:-;orcarai1'-eCcraeec-,roa-.navoiceoe-:...ni,C',:."-;i-.a-.y=-;in=-pac-tionbythe~mountlogt,whereishetimeinterval',r.yea.sirominititensionncof'hetendontothecurrenttesinc"'=-e.Thistes-shallincluceanunloadina.cycleinwhicheachof'hase.endonssdetensionedtodetermiinediianvwi5olst!andsarebroienrdamtaced.Tendonsfoundaccept=-bledur'nathises.shallbe".2nsiorBdtotheirobservedliftofiorc2~.Qurinc2-tens-'oninaoftheseendons,thechanceinloadanaeloncatior,shallbe.225U!Bdsi!!!Ultaneously.ifthe!iitofifoc2oianyoAB'enconinh2otalsamplepopUatioAisoUoithepr2ciccoUnds,125anmirimmorgreaterthanmaximum,anadjacenttendononeachsidehe2f21VBBndoA5eallalSObeCheckedfOrliatOfifOrCe.~orBaninspeciGA,thBtendonssha'!1besalecedonarandombutre~resenta-ve525.5so"atthesapIea'roUOwl11c;ance50!Bwhaifoeachinspe+QiGA;ho-ger,todeveliopahis:oryof:endonperformance2ndtocorrelai.e.2o'"52veddaA,onetendor.fromeacharouo,ve.ticalandhoop,miaybekepiunchanaedef2.aap-UNIT23/46-Bb7a.

""T"'tsIlENTSYSTcMSS'-'R"I'."'.ssC"-R""OUT."."l'i"=ITS(Continued)Pr1iTicrvta'.AI;ent:Bndons(Continued)T.fthoftheseadjacenttendor.sarefouindacceptable,thesurveil-lancerogramclayproceedconsideringthesingledeficiencyasuniqueandac"qtable.Thissingletendonshallberesta'redtotherequiredlevelofintegrity.MorethanonedefectiveienaonoutoftheoriginalscmpIBpopuct1onisevidenceoiabnormaldec-,cdationofthecontain-ments.ructu.Unlessthereisevidenceoi'cbnormaldegradationofthecontainmenendonsduringthefirsthreetestsofthetendons,thenumberoftadonscheckedfor11itoffTocecAGcicnge1Aelongationduringubsa"uenttestsma~~bereducedtoa",epresantativesampleofat1astaroons,3vericaland3'oop.F.";Bmvinaonewireor".Bndfrom,e'achverticalandhooptendonchecked0,ci1fOiifOroear,'etersiriingOVer.heentirelenahOf:hel.The.BndonwiresOTs.andsarefreeoicorrosion,cracksanddamage.y'.Therearencchancsinphsicalappearanceoftheshea.hingfiliIergrease.3.AIi"inimum'ans's"rengthva~eofosiguarcnBedulimatestrencthoft',etendon,"atarisafor~at,Best.hreew1reorstrandsamples,one/fromeachendo-rooeats;id-lenoth,cu-'omeachremovedwireorstrand..'aiiureOC,anyoneofhewireors.randSamPleSt%neettheminimumBASiigScengthiest15eviCBACBOiabnorraldeardationoft."eco".innentsructure.-'.6.1..2CndAAChpraCBSandAdiantCO..eteuic<BSTheSruC"uraIintaar',tvOfheBACcrsnoraCBS'TcIBACOASinspeCTBCpuISuaAtOSoeCiiiCa.iOn4.6.1.:".1and:neci-cntcoc-ete.ur--css,hllbec:..onsrat5byoe-.";..'.;ingthroughin'oactiont-tnoa"parn".ch-nceI-vocc:."".edin.heisr.ia"p--r-ncof"eendanc."',o".agaorthecooersc",ac't:ms-d;scantw,"eendanchoraoes.Tnsoec.ionsofIeconcreteshallbeperformeddurinoheTypeAcontainmentleakagerc2tesswnilethecontainmeniisatitsmiaxmumte'sipressure./4.6.1.5.3CojltainmentSurfacesThestruc-.uralin.agrityoftheexoosadacessible1Aarioranaex-ar1orsuriccBsoTthecon".ainment,inciucisngthelisnelplatclshallbedeterminedouringtheshiutdownioreachTyp&,Acontain-mentleakagerateteStbv2V1suclinSpeCtianO,thBSBSurfaCBS.T&ainSpeC-tionshaljlbeperformedpricrtoheTypeACantairiment1eakaoerate',asitoverifynoBDpcrentchancesinappearancorotherabnormaldegradation.-':.6.1..4ReoortsAnyabnormaldag.-acationoftiec"nainrentst-.ucure"'atct'ou;;ng-naaboveregni,"etstndin'spec-'lones'"llba,"epor.d',toheCommisstonpuIsanttoSoecification6.9.1.Thisreportshall',nclude'.ades@rip+ionoftheendoncondition;heconditionoftheconcre-a,ospeciaHy/".".r'o,"ncho-,-ges;,heinspec.ionp."cdu",;t.'.atol-ranescnc",-c'<'ng;argthecorreveac.ionstaken.-UN'7Q3/4c

i";NTAINMEHTSYST=HS'3RYWE'ANOSUPPRESSIONCHAi4IBERIiVTERNALPRESSUREL~BITINGCONOITIOilFOROPERATION3.6.1.6Orywellandsuppressionchamberinternalpressureshallbemaintainedbetween~+ana".psig.~5+,7APPLICAB!LITY:OPERATIONALCOHOITrOHS1,2and3.ACT.ONrWithhedrywe11andsuppressionchamberinternalpressureoutsideofthespecifiedlimits,restaretheinternalpressuretowithinthelimitwithin1haurarbeinat,leastHOTSHUTQOWNwithinthenext12hoursandinCOLOSHUTGOMNwithinthefollowing24hours.SURVE!LTLANCEREOUIREHEHTS4.6.1.6Thedrywellandsuppressianchamberinternalpr'essuresha'il'determinedobewithinthelimitsatleastonceper12hours.NK'-UNIT23/46"P8

6iNTAIiVi!ENTSYS7EiI5Rvi>E'AVERAGFAIR:<<9PERATUREL:HITINGCONOITIONFOROPERATON1503.6.1.7Or~el!averageairtemperaturesha!!notexceed~'F.APPLICABILITY:OPERATIONALCONOITZONS1,2and3.iTTON:150Withthedrywellaverageairtemperaturegreaterthan~F,reducetheaverage,airtemperaturetowithinthelimitwthin8hoursorbeinatleastHOTSHUTOOWwihinthenext12hoursandinCOLOSHUTOONNwithinheollowing24hours.SURVEILLANCEREOUIREMENTS4.6.1.7Thedrywe!1averageairtemoeraturesha!1bethe(arithmetical)averageoithetemperaturesatthefallowinglocationsandshallbedetermined.obewithinthelimit,atleastonceper24hours:a.b.C.d.Elevation306'-9"294'-5"283'-0"268'-0"'55I6lt244I0lt306'-9"296'-4"282'-6"262'-3"Azlllllth35411758203326'295189"323"24328"169"'.P.No.2C$5TE1012C<<5TE1022C,<tSTE1032C(lS'TE1042Cll!S"TE1052C<iSTE1062C$6"TE1162Ci5"TE1172C(lS"TE1182C.i!S"TE1192C.i(STE120244'-0"1102CAfSTc121

CQNTAIi'N(="JTSYSTEMSPRI(iARVCOMTAINhiEWT]LIITINGCONOITIONFOROPRATIONtprangcoeuu.nmeag3.6.1.S(he'ecnpurgesupplyandexhaust',solationvalvessnailbeOPERABLEand:04"o12"j[duppyandexhauA~vive]a.Each+~eh-purge~shallbe~iclosed.$14"812"supplyandexhaleJb.Each@~ehpurgevalvemaybeoaenforpurgesystemoperation~~4A.(K5iauc1(.operationLustedCo90hocvupm365dayskn~ng,dein~ngandpoussecoi~oL).APPLICABILITY:OPERATIONALCONOITIONS1,2and3.ACTION:a.Wen~sea.lrat.ion-w-i.ttvrn-four.OWN'v(ithinthenext12.hours-andinCOLO.$anripnimarcuco(Mcu'.nmewtpagesupplier],./exhaustisolationvalve(s)inoperableoropen(formorethan(90)hoursl.er366days)forotherthaninerting,deinertingarpressurecontrol,closetheopen~-H(ehvalve~oratherwiseisolatethepenetration(s)withinfourhoursorbeinatleastHOT5'riUTOOWNwithinthenext12hoursandinCOLOSHUTOOWNwithinthefollowing24hours.anypnimmycoetainmeru'pu(uae,supply>Withadrywe11andsuppressionchamberpurge-s~<gnd/orexhaustisolationvalve~withresilientmaterialsealshavingameasuredleakagerateexceedingthelimitofSurveillanceRequirements<.6.1.S.3and/or4.6.1.S.4,restoretheinaperablevalve~taOPERABLstatuswithin24hoursorbeinatleastHOTSHUTOGWNwithinthenext12hoursandinCOLOSHUTOOWNwithinthefollowing24hours.)SURVEILLANCEREOUIREHENTSpnsm~c,oetainmen(.'.6.1.S.1Eachpurgesuopiyandexhaustisolationvalveshallbeverifiedtobe~~closedatleastonceper31days.44.6.1.8.2Atleastonceper6monthsonaSTAGQEREOTESTBASISeach~~Ill"cond12"~sed-(20)-inch-drywe-H-a'.purgesuop1yandexhaustisolationvalvewithresilientmaterialsealsshallbedemonstratedOPERABLEbyverifyingthatthemeasuredleakagerateislessthanorequalto(0.06)LwhenpressurizedtaP.)-'AAP-UNIT23/46-+10

QACOND.Nk<EHTSYSTE!45rgpss,~)acAl"~I!IA"YCOND'"~EH<PEHc:RATQNO'RF55URi:ATIONSYST"9~Mn~)'L'NIT:NGCQNDITON;GP,QP=.-",ATION3.5.~.9Theprimar~containmentpenetrationpressur:izationsystemshallbeOPERABLe.APPLICABILITY:QPRATIONALCONOIiMNS1,Zand3.ACTION:4Mih".heprimarycontainmentpane'".~tionpressuri=ationsysteminoperable,res.orethesystemtoOPR"BL="sat'withi'n7daysorbeinaileastI,"OTSr'<I<DBiNwithinthenex'2hoursandin'COLO5:".'UTOOMNwihinthe>0IIGwine4'ours~SURV=IL'NCEAEQUI'".EHTS4..:.9Theprimarycontairmentpenetrationpressur-',~aionsys.mshallbedemonsi~a.adOPERA"=LEatleastoncepel3'Idavsbvverfyingtha-.thesystemispressurized"ocreaerthanorequalto'.10P,P6.:)"sic,andhasadacua'acpaciygomaintainsysa,lpressureforatlees'~".Qca~ys.NMP-UN'~a"./<S-~

CONTAINMENTSYSTFMS3/4.6.2DEPRESSURIZATIONSYSTEMSSUPPRESSIONCHAMBERLIMITINGCONDITIONFOROPERATION3.6.2.1ThesuopressionchambershallbeOPERABLEwith:154,7943145,495l.Volumebetween(M8-,000)>and~;MQ)ft3,equivalenttoa&CONDITION1or2,excepthathemaximumaveragetempera-urenaybepermittedtoincreaseto:a)$105)4Fduringtestingwnic>>addsheattothesuppressionchamber.b)$110).FwithTHERMALPOWERlessthanorequalto(1)~ofRATFDTHERMALPOWER.c)$120)Fwiththemainsteamlineisolationvalvesclosedfollowingascram.b.Drywell-to-suppressionchamberbypassleakagelessthanorequalo10~oftheacceptableA/gKdesign~~of(~f~.v~e~<0APPLICABIL~i:OPERATIONALCONDITIONS1,2and3.ACTION:a.b.90.sISeeSpeciWiththesuppressionchamberwaterleveloutsidetheabovelimits,restorethewaterleveltowithinthelimitswithin1hourorbeinatleesHOTSHUTDOWNwithinhenext12hoursandinCOLOSHUTDOWNwithinthefollowing24hours.sgInOPERATIONALCONDITIONl.or.2witthesuppressionchamberaveragewatertemperaturegreeterthanIog+p,restoretheaveragetemperaturetolessthanorequalto~Fwithin24hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLDSHUTDOWNwihinthe,ollowing24hours,except,aspermitedabove:IWiththesuppressionchamberaveragewatertemperaturegreaterthan-(105)4Fduringtestingwhichaddsheattothesuppressionchamber,stopaIItestingwhichaddsheat,othesuppression<~gchamberandrestoretheaveraaetemperaturetolessthan~Fwithin24hoursorbeinatleastHOTSHUTDOWNwithinthenext,12hoursandinCOLOSHUTDOWNwithinthefollowing24hours.2.Withthesuppressionchamberaveragewatertemperaturegreaterthan:90a)APFformorethan24hoursandTHERMALPOWERgreaterthan(1)ofRATEDTHERflALPOWER,orb)$110$F,placethereactormodeswichintheShutdownposi=ionandoperateatleastoneresidualheatremovalloop-inthesuppressionpoolcoolingmode.3.Withthesuppressionchamoeraveraaewatertemperaturegreaterhan(120).F,depressurizehereactorpressurevesseltolesshan200psigwithin12hours.fication3.5.3forECCSrequirements.3/46-/12

CONTAIHMEHTSYSTEMSLIMITIHGCONDITIONFOROPERATIONContinued)ACTION:(Continued)cWithonesuppressionchamberwaterlevelinstrumentationchannelinoperableand/orwithonesuppressionpoolwatertemperaureinsrumentationchannelinanypair(s)oftemperatureinstrumentationchannelsinthesamesectorinoperable,restoreheinoperablechannel(s)toOPERABLEstatuswithin7daysorverifysupprssionchamberwaterleveland/ortemperaturetobewithinhelimitsatleesonceper12hours.Withbothsuppressionchamberwaerlevelinstrumentationchannelsinoperableand/orwithbothsuppressionpoolwatertemperatureinstrumentationchannelsinanypair(s)oftemperatureinstrumenta-tionchannelsinthesamesectorinoperable,restoreatleastoneinoperablewaterlevelchannelandoneinoperabletemperatureinsrumentationchannelineachpairoftemperatureinstrumentationchannelsinthesamesec.ortoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours.Withthedrywell-to-suppressionchamberbypassleakageinexcessothelimit,restorethebypassleakagetowithinthelimitprioroincreasingreacorcoolanttemperatureabove200F.SURVEILLANCEREOUIREMEHTS4.6.2.1a.b.ThesuppressionchambershallbedemonstratedOPERABLE:Byverifyingthesuppressionchamberwatervolumetobewihinthelimitsatleastonceper24hours.Atleastonceper24hoursinOPERATIONALCONDITION1or2bvverifyingthesuppressionchamberaveragewatertemperaturetobelessthanorequal.to'F,except:fi:901.Atleastonceper5minutesduringtestingwhichaddsheattohesuppressionchamber,byverifyingthesuppressionchamberaveragewatertemperaturelessthanorequalto$105)-F.2.Atleesonceperhourwhensuppressionchamberaveragewateremperatureisgreaterhanorequalto+9+F,byveri-fying:1'90a)Suppressionchamberaveraoewatertemoeraturetobelessthanorequalto$11oF,andb)THERMALPOWERtobelessthanorequalto$1)-ofRATEDTHERMALPOWERafersuppressionchambe.averagewatertemperaturehasexceeded+3&)ormorethan24hours.3.Atleastonceper30minutesfollowingascramwithsuppressionchamberaveragewatertemoeraturegreaterthanoreoual:o90EBS)oF,byverifyingsuppressionchamberaveragewateremperaturelessthanorequalto$120~F.itP-UNIT23/46-P~

~1~Q"-.':>.."'TS'nt'.'nued=y;erifyng(atleast)wospp'.ns:"."..antaticn(c.'=.;.-.als)(d',v-stionci,=nnels,atleastcnepairCtENABLEbyperformarceofa:r=ssicnc,".a.-ber"aterle;elcns>lith2c:'aolspldiis',','1)'.neachsuppress';on-ool<<ac.or,or(d.1.'"=LC..'(atle=stnce,.al24.urs,'EL.~'.T..'.ALTESTatl-.::si.once-er31days,and3.C..GAELCAL'=..ATTIC.Iat1aasioncepet'Smonths~witht.ewaterle:el=.-"te-"erarealarmse.po'.ntGr:1.HGhavatar.='al<~,24t]5/8t2.Lowwaterlevel)(-)~ad23~55/8>>3.High-atertarperature<(-)'F.'--90gog~ngcg&e,.-'t1==.stonceper'~~;bpcb~"..i.ct'.nga.":-all-to-s..:~r~ss:on3cha.-..<<r."'.assleaktestataninitialdifferential-:essireof~~l.sia'rd;eriyingthattheA/,Kcalculaiedromthemaasiredlea'ageiswithinthespecifiedlimit.ifanydry~ell-to-suppressionchamberby-passleaktesifailstomeetthespecifiedlimit,thetestscheduleforsubsetenttesisshallberev'-e4edandapprovedbyiheC:;..-.iission.lftwoconsecutivetestsfailto-eetihespecifed1'sit,atasshallbeper--....edat1-:ast.every9monthsuntil'woccnsac'et=sts.-.eethespecifiedlimit,atwhichtimethe18monthtestschedulemayberesumed.)(d.Byconductingdrywel1-to-suppressionchamberbypass-leak-tes;s-and-<<ithinthe-specified-limit-wtgn-dryweH~oauppressioncha.".be.~4ypass-leaktestsareconduc.l&ifl.".=-At,-~s~c~er-XB-months.-at--an-i.n+ti.al-di+$e.enti~~suraof(1.&).p~Z.Atthefirstrefclingoutace-~nd-then"cn-the-schedulerequiredfor-Tvpe-Aoverall-inmgr~ed-Containment"-Leakage-%Me-tests"by.Specification4.6.1.2.a,atan,initialdifferential.pressure~of(5)psi,-except-hat,if-thefirs-two(5)-psileaktestsperformedupto~thattimeresult-in.Acalculatedg'kwithin;hespecifiedlimit,and-Z.-The-4lk-calcda-ed-from-the-leak->asts-at-RA+pe-h~W~~the-speci-fi.ed-1imit;thenthe-leak-tests-at-(6)-psi-may-be-4-saon-nuad..-UNZT2I~3/46-A]4

0:"NTAINiVENTSYST=RSUPoRESSsONoOOLPANOORYWELLSPRAYl1ITINGCOilOITIOiVFOROPERATION3.6.2.2Thesuppressionpool4anddr@veil)-spraymodeoftheresidualheatremoval(RHR)systemshallbeOPERABLEwit>>e~oindependentloops,eachloopconsistingoi:a.OneOP'ERABLERHRpump,andoAnOPERABLs.owpathcapableofrecirculatingwaterfromthesuppressionchamoerthroughanRHR&i.heatexchangerandthesuppressionpool4anddryweli+spraysparger(s).APPLICABILITY:OPERATTOiVALCONOIIONS1,2and3.ACTTON:a.'itaonesuppressionpool~ordryueiii-sprayioopinoperable,resoretheinoperableloootoOPERABLEstatuswithin(72hours)(7days)orbeinatleastHOTSHUTOOWNwithint>>enex12hoursandinCOLOSHUTOOWNwithint>>efollowing24hours.b.Withbothsuppressionpool~ordryweiis+sprayIooosinoperable,(restoreat,leastonelooptoOPERABLEstatuswithin8>>oursorj-beinatleastHOTSHUTOOWNwithin~thenextp12hoursandinCOLDSHUTOOWN"withinthe/following~next~24>>ours.SURVEILLANCEREQUIREMENTSa.6.2.2Thesuppressionpool~nddrywell)-spraymodeoftheRHRsystemshallbedemonstratedOPERABLE:a.Atleastonceper31daysbyverifyingt>>ateachvalve,manual,poweroperatedorautomatic,intheflowpaththatisnotlocked,sealedorotherwisesecuredinposition,isinitscorrec:position.b.ByverifyinghateachoftherequiredRHRpumpsdevelopsaflowofatles-+NQ+gpmonrecirculationflowthrougntheRHRheat,exchanger,,iW.Candsuppress'ionpoolsprayspargerwhenasteapursuanttoLi,~reSoecification4.0.5.manu+6oweratcnge(Me,4c.Atleastonceper-'8-am~ebyperformanceofasystemfunctonaitestwnichincludes@knead-auzoa~ac.uationofthesystemthrougnoutitsemergencyoperatingsequenceandverifying:hateacnautomaticvalveintheflowpa&.ac-uatestoitscorrec:position.3-~d.Byperformanceof.anair'es-ofthedryweilspraynozzlesatleastonceper6yearsandverifyingthateachspraynozzleisunobstructed.+wheneveroothRHRsubsysamsareinoperable,ifunabletoattainCOLOSHUTOOWNasrequiredbvthisACTION,maintainreacorcoolanttamoeratureaslowasprac:icalbyuseofalternateheatremovalmethods.VaAP-UVtIT2GE-STS-{BWR/=j-3/46-W15

SYS-55!IPDRE5QHPGQIi~ITHGI"T'ICCOHOT:C');OROP=RATION>.6.2.3TiesuooressionpoolcooIingmodeoftheresidualheatremoval(RHR)syternshallbeQPERASLEwithtwoindependentloops,eacnioooconsistingof:GneOPERABLERHRpumo;andAnQPERAEL=flowpathcapableofrecircuIatingwaterfromthesUDDT'essioAchambef'hOUghanRHR.heatexchanaer.APPI~CABL~TY:OPERAT.OHALCOHORT:OHS1,2and3.~ei-eN:Withone~sUDressionDoolcoling100Dii10oerabole,resoretheinooerablelooo~0QPRASLEs<<t(~swiihin72hoursorbeinatleasiHGTSH(JTOGhHw':hinthenext12hoursandinCOLDSHUTQGNHwithin".hefollowing24hours.41h0thsUDDI'ess0ApooIcoo1ifig)coosincoel'ah1,beinat(a=siHGTSHIJTBQMNwi.hin~UhoursandinCOLDSHUTDOWN"within.henext24",ours.SURGE'II~NCEREQU.'R~EATS<.5.Z.3:hesuooressionpoo(cooiinamodeof~heRHRystemshalldemonstratdQPE.=ASI:-:a.Aileastonce"er".1daysbyverifyingthateachvalve,manual,pcwef.0DeraiedorUtcmailclnt.ef10woath,aisnotlocke/se(edorotherwisesecredinposition,isini.scorrecoosition.o.8verifvingthateciloftherequiredRHRpumosdeveIcosaflowof7450atleast+,~gpmonrecircu(ationflow:hrouahtheRHRheatexchangerana.hesuppressionpoolwhenestadpursuantto<<pecification4.O.E.wneneverGotnRHRsuosys-emsareinoperable,ifunabletoat.ainCOLDSHUTDOWNasreauiredbythisACT~ON,mainiainreacorcoolanttamoeraiureaslowasprac-icalbyuseofaltarraieheairemovalmethods.VIP-UNIT2

CGHTAslit"HTSYST"=."IS"/<"""-8'~"Rv""'ll'i""'FHTr."OLAT'O'ITIP"LVzSL:H.TsHCCOHOsTI4HrGRGP~RATiOH3.6.3Tieprimarycon.ainmentisolaionvalvesand4hereac4orinstrumentationlineexcessflowchekvalvesshowninTable3.D.3IshallbeOPLRABl~withisola4ion4',meslessthanoreaualto4hoseshowninTable3.6.3-I.APPLCABILITY:(AsshnwninIsbis3-.6:-3~.-)"(OPnQATIONALCONQITIONSIZsnd-'~MACTION:a.Withoneormioreof4heprimarrycontairmentisolationvalvesshowninTable3.6.3-1inooercble,maintaina4leas4oneisolationvalveOPI=RABLineachaffectedcenetrationthctisopenandwithin4hourseither:Res4ore4heinoperabIevalvel'.5$toGPRABL=status,or2.'SOIaIaeChcsseredpenetra4iOnbyuSaOfatleaS4OriedeaciVaadautomaticvalveseuredintheisoictadposi4ion,"or.solc=eeachsaffectedpenetraiionbyuseofatleas4oneriosedmanualvalveorbl-ndflange."Other~isa,,,".."'".","...",beinatIeasHOTSHUTDGMHwithinthenex.12hoursandinCOLDc'i-:UTDOMHwithIn4'sesoliowing24hours.A'lCCr~~~~~~4~~YI~VVI~*'I~IIIII~4MithoneOrmOreOf4hereaCtOrinS4rumentatisanlineeXCaSSslOWCheCkvalvessnowninTaole3.5.3-1inooerable,opera4ionmaycontinueandt!ieprovisionsofoecification53.0."-nd3.0.4arnotcpolicableprovidedtha4w>thorn4hoursei4her;Theinope.ablevalveisreturnedtoOPERABL:-s.a4us,orZ.lneinstrumentlinei5isolatedandtheassocisatadins4rmentisdeclaredinooerable.Othe.Nisa,beinatleastHOTShUTDGMHwiAiin4henexv12hoursandinCOLDSHUTDG'dH<<i4hsinthefollowing24hours.-.solatsonvalvesclosedosatissyhe52requirementsmaybereooenedonanintarmit.antbasisunderadministrat-i/econtrol.Ill,IC~Irvv<<Sr~~CICv~4~YI~\VvvIvIIII4AVI4c~c41~4srI4~ssscsssYII%47Ve5Rt+-UNIT2IIrvav~3/<S-gl1 N -..CGHTAIHHNX,SYSTEMS:--':+4~%~*~SUR'lEILLAHCEREUIREMEHTS4.6.3.1Eachprimary..containmentisolationvalveshowninTable3.6.3-1shallbedemonstratedOPERABLEpriortoreturningthevalvetoserviceaftermainte-nance,repairorreplacementworkisperformedonthevalveoritsassociatedactuator,controlorpowercircuitbycyclingthevalvethroughatleastonecompletecycleoffulltravelandverifyingthespecifiedisolationtime.4.6.3.2Eac>>primarycontainmentautomaticisolationvalveshowninTable3.6.3-1shallbedemonstratedOPERABLEduringCOLDSHUTGOWorREFUELINGatleastonceper+&-mm*hs-byverifyingthat,onacontainmentisolationtestsignaleachautomatic)isolationvalveactuatestoitsisolationposition.op~n9cycle4.6.3.3TheisolationtimeofeachprimarycontainmentpoweroperatedorautomaticvalveshowninTable3.6.3-.1shallbedeterminedtobewithinitslimitwhentestedpursuanttoSpecification4.0.5.4.6.3.4Eachreactorinstrumentationlineexcessflowcheckvalvesho~nin0>~z9verifyingthatthevalvechecksflow,4.6.3.5Eachtraversingin-core;probesystemexplosiveisolationvalveshallbedemonstratedOPERABLE:a.Atleastonceper31daysbyverifyingthecontinuityoftheexplosivecharge.ppQJgLfA.)29clJGLE0$o(Atleastonceper~~thebyremovin~atleastone9the3-explosivesquiQspfrompatleastone+the)-explosivevalve)sf+,suchthateachexplosivesquibineachexplosivevalvewillbetestedatleastonceper36months,+andinitiatingte.expossvesquiQsp.Thereplacementchargefortheexplodedsquib@+shallbefromthesamemanufacturedbatchastheonefiredorfromanotherbatchwhichhasbeencertifiedbyhavingatleastoneofthatbatchsuccessfullyfired.Hosquibshallremaininusebeyondtheexpirationofitsshelf-lifeandoperatinglife,asapplicable+.Nh(P-UNIT2AQS.ZS(JWlV@3!46~18

TABLE36.3-1VALVEFUNCTIONANDhfUMBERISOLATIONGROUPS(ulfb)I'SOLATIONSIGNALSHAXIHUHCLOSINGTIME(SECONDSJAUTOMATICISOLATIONVALVES2HSSHYV6A,B,C,D2MSSHYV7A,B,C,D2MSS~HOV2082HSS~MOVIII2HSS~HOVII22RHS~MOV33A,B2RHWMOVI042RHS~MOV40A,B2RHS"HOV67A,B'(2RHS+HOVII22RHS~MOV1132CSH"HOVIII2IC~HOVI642CCP"HOV94A/B2CCP"HOV17A,B2CCP+HOVI6A,B2CCWHOV15A,BIII12,55555148888Z/X/C/D/E/P,T,R,RMZ/X/CD/E/P/T/R/RMZ/X/C/D,E,P,T,R,RHZ/X/C/D,E,P,T,R/RHZ/X/C/D/E/P,T,R/RHG,RHA,L,H,Z,RHA,L,H,Z,RHA,L,M,Z,RHA,L,H,Z,RMA,L,H,Z,RHN,RHH+&r+/RHB,F,Z,RHB,F,Z,RMB,r,Z,RH3to53to51515153550401545456015303030302DFR<MOVI202DFB~MOVI2188B,F,Z,RHB,F,Z,RM45452DER"MOV1192DER"MOVI2088B,F,Z,RHB,F,Z,RH35352RCSSOV1042RCSSOV105B,F,Z,RHB,r,Z,RHN/AN/A2FP0P'SOV2182~SOV2192FPgf>SOV2202FP9/+SOV2212DFRwMOV1392DF&HOV1402DERIHOVI302DE&HOV13188888888B,r,Z,RHB,F,Z,RMB,F,Z,RHB/F/Z/RHB,F,Z,RHB,F,Z/RHB,F,Z,RHB,F,Z,RMN/AN/AN/AN/A25251515NMP-UNIT23/46-19

TABLE3.6.3-l(Cont:.)VALVEFUNCTZONANDNUMBER2CCP>>HOV2652CCP>>MOV2732CCP>>MOV1222CCP>>MOV124ZSOLATZONGROUPS(~j(ej8888ZSOLATZONSZGNALSB,F,Z,RHB,F,Z,RHB,F,Z,RHHAXZHUHCLOSZNGTZME(SECONDS)606060602CPS>>AOV1042CPS>>AOVI052CPS>>AOV1062CPS>>AOV1072CPS>>AOV1082CPS>>AOVI092CPS>>AOV1102CPS>>AOV11199999999B,F,Y,Z,RHB,F,Y,Z,RHB,F,Y,Z,RHB,F,Y,Z,RHB,F,Y,Z,RHB,F,Y,Z,RMB,F,Y,Z,RH2ZAS>>SOVI642ZAS>>SOV)652ZAS<<SOVZ662ZAS>>SOV1842HCS>>MOVZA,B2HCS>>MOV2A,B2HCS>>HOV3A,B2HCS>>HOV4A,B2HCS>>MOVSA,B2HCS>>HOV6A,B888888888eB,F,Z,RHB,F,Z,RHB,F,Z,RHa,F,z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RHB,F,Z,RHN/AN/AN!AN/A'z030303030302CPS>>SOV)192CPS>>SOV1202CPS>>SOVI212CPS>>SOV1222CMS>>SOV24AJBJCJD2CMS>>SOV26ABCD2CHS>>SOV32AJBJ2CMS>>SOV33AJB,2CHS>>SOV34A,B,2CHS>>SOV35AJBJ2CHS>>SOV60A,BJ2CHS>>sov61A,a,2CHS>>SOV62A,B,2CHS>>SOV63A,BJ2LMS"SOVl522LMS>>SOVI532LMS"SOV1562LHS>>SOV)578888e888888888B,F,Z,RHB,F,Z,RHB,F,Z,RHB,F,ZRMB,F,z,RMB,F,Z,RHB,F,Z,RHB,F,Z,RHB,F,Z,RHBJFJZJRHB,F,Z,RMBJFJZJRMB,F,Z,RHB,F,Z,RHB,F,Z,RHB,F,Z,RMB,F,Z,RHN/AN/AN/AN/AN/AN/AN/AN/AN/AIV/AN/AN/AN/AN/AN/AN/AIV/AIV/AIVMP-UNZT23/46-20

TABLE3.6.3-1(Cone.)VALVEFUNCTI'ONANDNUMBER;2LAS*SOV1672IAS<<SOV168IISOLATLONGROUPS(a)(b)(e.)88ZSOLATLONSIGNALSB,F,Z,RHB,F,Z,RMPAXLHUHCLOSINGTIME(SECONDS)N/AiV/A21'AS>>SOV180B,F,Z,RHN/A21'As>>SOV1852RCS"SOV65A,B2RCS<<SOV66A,B2RCS<<SOV67A,B2RCS<<SOV68A,B2RCS<<SOV79Ai2RCS<<SOV80A,B2RCS>>SOV81A,B2RCS<<SOV82A,B2ICS<<HOV1212ICS>>MOV1282LCS"HOV1702NCS<<MOV1022ÃCS<<MOVI122LCS>>HOV148TLPBALLVALVES(SOVs)(AIBICiDiE)TIPPURGEVALVE(SOV)CSI-j004A-E8888888810101076B,F,Z,RHB,F,Z,RMB,F,Z,RHB,F,Z,RHB,F,Z,RHB,F,Z,RHK,H,H,Z,RMK,H,H,Z,RHK,H,H,Z,RHB,JIUIS/ZIRMB,U,J,S,H,Z,RHH>>&F>>ARMB,F,Z,RHB,F,Z,RMN/AN/AN/AN/AN/AN/AN/AN/AN/A141420141415N/AN/ANHP-UNIT23/46-21

TABLE3.6.3-1(Cont.)VALVEFUNCTIONANDNUHBERZSOLATIONGROUPS(a)(b)ISOLATIONSIGNALSKLUTZ'MUHCLOSINGTZHE(SECONDS)BoREHOTEMANUALISOLATIONVALVES~2RHS+HOV15A,BVALVEGROUPA,B13RH1302RHSHOV1,A,B,C2RHSMOV30,A,B2RHS"MOV25,A,B2RHSHOV24,ApBiC2CSH"HOV1182CSH'OV1052CSHMOV1072CSLHOV1122CSL~HOV104131313131313131313RH~RHRHRHRHRHRMRMRH6013013030301045130602ZCSHOV1362ICSHOV1432ZCSMOV1222ICSMOV126TIPSHEAR(EXPLOSIVE)VALVESA,B,C,D,E2Fh'WMOV21A8B2h'CWHOV2002RH&MOV26A,B(c)2RH&MOV27A,Ei(c)131313131313131313RMRHRHRHRHRH50109020N/AN/A80551515(a)SeeSpecific'ation3.3.2,Table3.3.2-1,(andSpecification3.3.6.1,Table3.3.6.1-1)forisolationsignal(s)thatoperateseachvalvegroup.(b)Magbeopenedonanintermittentbasisunderadministrativecontrol.(c)ThesevalvesaretheRHRHeatExchangersventlinesisolationvalves.TheventlineconnectstotheRHRSRVDischargeHeaderbeforeitpenetratestheprimarycontainment.ThepositionindicatorsforthesevalvesareprovideaintheControlRoomforremotemanualisolation.NotsubjecttotypeCtest.NHP-UNZT23/46-22 0I TABLE3.6.3-1(Cont~)VALVEFUNCTZONANDNUHBERCeNANUALZSOLATZONVALVES2SAS<<HCV1602SAS<<HCVI612SAS<<HCV1622SAS"HCV1632AAS<<HCV1342AAS<<HCV1352AAS<<HCVI362AAS"HCV1372FNSAOV23A,Bi2FVS<<VI2ApB2RHSAOV16A,B,Cf2RHSAOV39A,B,Ci42CSH<<AOV108i2CSL<<AOVIOIiei2ZCS<<AOV156f+i2ZCS<<AOV157hei2SLS<<VIO2SLS<<HOV5A,BiTZPPURGECHECKVALVES2GSN<<V1682GSN<<V1692GSN<<VI702ZAS>>V4482ZAS<<V4492SSC<<V2032SSC<<V2042RCS<<V59ApB2RCS<<V60A,B2RCS<<V90A,B25-12RHS<<VI9i~ii+i2RHS<<V20i+1i+i2RHS<<VII7i2RHS"V118fNAP-UNZT23/46-23

TABLE3.6.3-1(Cone.JVALVEFUNCTIONANDNUHBERDoOTHERISOLATZONVALVESSAFETY/RELIEFVALVES2RHS~RV20A,2RHS~RV61A,2RHSRV1082RHS*RV1102RHSRV1392RHSSRV1522RHS+RV56A,2RHZSV34A,2RHS~SV62A,B,CB,C2CSL'~RV1052CSL>RV1232CSlPRV1132CSH"RV114EXCESSFLOh'HECKVALVES'EACTORZNSTRUHENTATIONLINES2ZSWEFV12ISC+EFV22ISCEFV32ISC<<EFV42ISC>EFVS21'SC4EFV62ISCIEFV72ISCIEFV82I'SCIEFV102ZSCwEFVll2ISCeEFV132ZSCwEFV142ISCSEFV152ZSC>EFV172ISC>>EFV182ZSC>EFV202ISWEFV212ISC>EFV22NHP-UNIT23/46-24

TABLE3.6.3-1(Cont.)VALVEFUNCTLONANDNUHBER2ISC>>EFV232ISC>>EFV242LSC>>EFV252ISC>>EFV262LSCEFV272LSC>>EFV282ISC>>EFV292LSC>>EFV302ISC>>EFV312LSC>>EFV322LSC>>EFV332ISC>>EFV342ISC>>EFV352LSC>>EFV362LSC>>EFV372LSC>>EFV382ISCEFV392LSC>>EFV402ISC>>EFV412LSC>>EFV42(a)NotsubjecttoTypeCleakagetests.(b)SubjecttotypeAtest.TypeCtestzPtreguized~(c)Thesevalvesaresimplecheckvalves,locatedonthevacuumbzeakerlinesforRHRsafetyreliefvalves(SRV's)dischargeheaders.TheSRVdischargeheader,whichterminatedunderpoolwater,hasnocontainmentisolationvalves.(d)2SISMOV5ASBareglobestopcheckvalves.Thesevalvescloseuponreverseflow.Themotozoperatorispzovidedtoremotemanuallyclosethevalvefromthecontrolroom.(e)Thesevalvesaretestablecheckvalves.Theycloseuponreverseflow.Theairoperatoroneachvalveisprovidedonlyforperiodictestingofthevalve.NHP-UNIT23/46-25

'ISYS=PC3/4..".-'ACUUi4lR="':=.=SUPPR"=S:Ot<C'JR'!E:-R-GR~Ac'LYACUUt!":R~4K"-RSL:HITiHGCQNOITIGt<,"OROPERATION3.6.4.1"-achpairofsuppressioncnamber-dryweiivacuumbreake>>ssnailbe"PPALL"andclosed.APP)'"n2II)Y:OPERATIGttALCONOiTIGNS1,2and3.'C:GH:Ce~J~c.MithoneormiorevacJumbreakersinonepairofsuporessionchamberdrywe'llvacuumbreakersincaerable;oroaeningbutknown:obeclosed,res-are.heincperviepairoivacuumbr4ake.stoOP"=.=ASL="status~wi.hin72hoursorbeintlees-'.-.'QTSI!UTOOWNwithin"."ienext12haursandiACOLOS)iUIOOMNwl'iAheiallowing24hours.KilOnesuQQr4ssloflchaigabe.d>wel1vacJuIbreakeroQen,ve>>ivtheothe.vacumbreakerinhepairtc"ec'.csedwi-hin2hours.Resoretheopenvacuumbr4aker:c-.heclosedpositicnwithin72hoursorbeinatle=stHOTciiUTOO'~Hwithinhenex12hoursandinCQLQSr)UTOOMHwithinthefollowing24incurs.~nN.~on'lith~~he)aosilcn4Rd+E~afanvsuapr'essicAc:lamer'rvweilvac"uimboakerinoperable:Yer-'pitheaLhe>>vacuumbreake>>inthepaiiabeclosedwitiA2hcursandatie-=stoncpe.'=d4ys-'herei.er,~+("r>.v~-'.a&c~atortobecla~by-+endue--'ng-+~s-wh-ch~e.ons-~e~~hH-tne"9-lsmal'Malneda,:.n-~e)ra~Q-0>>~QH-2.-.$0the~~ise,3-beinatleastHOTSr)UTOGWNwithinthenextllmhoursandinCOLQcHUT004'Hwi=.'iinthefollowingBhours.iVh!P-UiVIT2~I\Ivrgvv>3/~6-.N'2S

.Ol)TA:ii",EHTSYST"RSSURVE-,LU..~CEREOUjR""MENTS.AD.4.IEachsuppressionchamioer-drywellvac'breakershallbe:a.Verifiedclosedatleesonceoer7days.'b.OemonsratedOPERABLE':2.3.-Atlestonceper31daysandwithin2hoursafteranydischargeofsearnto.hesuppressionchamberfromhesafetyeliefvalves,bvcycliingeachvacuumbreakerthroughasleast.onecompletecycleoffulltravel.okmve,AtleastonceOe3davs~he',positionindic~(sfObERABLE'uring'hecyclingts.0pQ.~iongcflcteAtleastonceperWMemhs-by;a)Veriyingtheopeningsapoint,fromtheclosedposition,fl:+pid,0.25b)Veriiying~8+(the)posiitionindicatorgs)OPRABL="byperformanceofaCHAHt/ELCALTBRATiOH.tlitP-UMET2AWfV3/46-W'27

CQilTAINMEHTSYSTEHS.REACTORBUILDING3/4.6.5REACTORBUILDINGINTEGRITYLrNITINGCONOITIONFOROPERATIONREACTORBUILOING3.6.5.1."INTEGRITYshallbemaintained.APPLICABILITY:OPERATIONALCONOITIONS1,2,3and".REACTOR8LlILOIRG'halithout"""INTEGRITY:REACTORBUIL0lllGa.InOPERATIONALCOHOITIOH1,2or3,restoreINTEGRITYwithin4hoursorbeinatleastHOTSHUTOOWwithinthenextIZhoursandinCOLOSHUTDOWNwithinthefollowingZ4hours.b.!nOperatianalCondition",suspendhandlingofirradiatedfuelinthe.'COREALTERATIOHSandoperationswitha'.~par.ntielfordraining'thereactorreseal.TheprovisionsofSpecification3.0.3arenotapplicable.SURVED.D~NCEREOUIREHEHTS.REACTORBUIL0ING4.6.5.1""'NTEGRITYshallbedemonstratedby:a.Verifyingatleastonceper24hoursthatthepressurewithinthe.ieac,tai,buiZ&ngislessthanorequalto$0.25$inchesofvacuumwatergauge.b.Verifyingatleastonceper31daysthat:.xeac.toeaa2rLE.ngl.All'quipmenthatchesareclosedandsealed.-2.4Atleastone)-~daorineachaccesstothe~dary"<each<b~Mng~~~en4isclosed$,exceptforroutineentryandexit/.~eve.towb~ng3.All',penetrationsnotcapableofbeingclosedOPERABLE-'utamaticisolationdampersi~sanrequiredtobeclosedduringaccidentconditionsareclosedbyvalves,blindflanges,ardeac.ivatedautomaticdampersdre4ves-securedinposition.~c.Atleastonceper%-a~he.openati.ngccg&e:l.Verifyingthatanestandbygastreatmentsubsystem~i11drawdown~eamon,b~dE.nghahm~tagreaterthanorequalto.(0.25).inchesovacuumwatergaugeinlessthanorequalto~seconds,and'002.Operatingonestandbygastreatmentsubsysemforonehourandmaintaininggreaterthanorequalto(0.25)inchesorvacuumwatergauge.ine-ataflowrate~notexceedingfPSPCEI!.gnzatmSian(LTP,jc(mandnecctoebcu2cknaAenirraaiatearue1isbeinghandledinthe~--.andduringCOREALTERATiONSandoperationswithapotentialfordrainingthei'eactarvessel.3/46-~28NuP-UNIT2

CONTAIQ'(".RTSYST=HSRE4CTORBUILOING~IVLIMIITINBC"HDITION."OROPERATION.xecc,ton,bukkkn3.5.S.2TheventiIationsysemauamaticisoIation/campers~~+showninTable3.6.5.2-1shallbeOPRABL:-'withisolationineslessti"anorequaltothetimesshcwninTable3.5.S.2-1.APPL>>ABIL~i:-OPERATIONALCONOETIQNSI,2,3and".'CTION:'teeaCQAbtQLCtklisWithaneormoreo,.he-'--ventilationsysemautcmat1cisolationgdampers~~showninTable3.o.S.2-1inoperable,maintainatleastoneisolation4camper~~OPERABLEineachaffecadpenetra',cnthatiscpenandwithin8hourseither:a.Resore.heinoperablegdamper~~esgs)toOPERABLEsaus,or:soiateeachafecedpenetraionbvuseofatieasonedectivaed/darner~~securedintheisoiationposition,or-M~ed-pen~-ion-by-usOtbersise,inO1QQAATIONALCONOITION1,2QrI,beinat1eastNOTSNUTOONNwihinhenext12hoursandinCOLOSHUTDOWNwihinhefollowing24hours.Gbendwise,inOperatioralCondiion",suspendhandlingofirradiatediuelinthe--,CORALTERATIOHSan"'peratianswihapoaniaifordraininghetreactorvessel.TheprovisionsaSpecification3.0.jfarenotapplicable.rce~olt,b~N.ngSVRYEILLAHL".EREOU~P~~"tTSzeaMon,C~4es44I~~~damoe>>3+n&ve+shcwnb~N,ngventi1a'tonsysemautomaticisalationinTable3.6.5.2-1shallbedemonstratedOPERABLE:cPriororeturning.hegdamper~~toserviceafterna-',ntenanca,repairorreplacementwa.icisperformedonthegdampergvaIve)-oritsassociated.acua-'cr,contrcicrpowercircuitbvcyclingthe-(dampe.)+ebte)through.atleasonecompletecycleoffull".avelandverifyinghesoeciiiedisolationime.op~ngi'l&aOuringCQL9S:":UTOGMHarREFUELLINGatIeasonceperR&=m~sbyverifyingthatcnacontainmentisolationes-sianaleachisalation(damper)gv~ac-.uatestoitsisolationposition.Syverfyingtheisoiat'.cntimeobewithinitslini~henasadpursuanto.Soeciication4.O.S.xeaMonbui2ckna"linen1rraciatadfuelisbeinghandledinthe----andduringCORALTRAT'HSandcc.rationswi1apoteniaifarcrainingthereac-orvessel.M'tP-UNIT2~4(4~ei4J

'ABLE3.6.B.Z-lREACTORBUILDINGYENTItRTIONSYST=MAUTOMATICISOLATIONgAMPERS~~V-5.(DAMPER)'FUNCTIONMAXIMUMISOLATIONTIME(Seconds)l.ReactorBuildingVentilation(-)PatItt<<"I'%'2.7-Reac-orBuildingVenilationExhaust(Dmaer)+44+@(2HVR'AOD9APoc8)3.g.Reac=orBuildingVentilation~exhaust+Dampe~Vek~)-(2HVR'AO010A)oe8)4.p.Rea&orcBZ.VeMiZcu'.c.onTu~Vamp'2HVRAO039Aon,8)5.p.10(Re(:Spec.MhlP-2-P413TJVh(P-uh1IT2-30

COHTAINMEHTSYSTEMSSTAHOBYGASTREATMEHTSYSTEMLrMITINGCOHDITIOHfOROPERATION3.6.5.3Twoindependents~dbygastreatmentsubsystemsshallbeOPERABtc.APPLICABILITY:OPERATIONAL'ONOITIOHSI,2,3and".ACTION:a.Withonestandbygastreatmentsubsysteminaperable,restoretheinoperablesubsystemtoOPERABLEstatuswithin7days,or:InOPERATIONALCONOITIONI,2or3,beinatleastHOTSHUTDOWNwithinthenext12hoursandinCDLQSHUTDOWNwithinthefollowing24haurs.cd~~buifckng2.InOperationalCanditian",/suspendhandlingofirradiatedfuelinthe"',COREALTERATIOHSandoperationswithapotentialfordrainingthegeacarvessel.TheprovisionsofSpecification3.0.arenotapplicable.4b.Withbothstandbygastreatmentsubsys~inoperableinOperationalCondition~,suspendhandlingofirradiatedfuelinthe~e~cea~buQxKngcoWaAmea4,COREALTERATIOHSaroperationswithapotentialfordrainingthereacorvessel.TheprovisionsofSpecification3.0Q.4.arenotapplicable.SURVEILLAHCEREQUIR5fBlTS4.6.5.3EachstandbygastreatmentsubsystemshallbedemanstratedOP&ABLE:a.Atleastonceper31daysbyinitiating,framthecontralroam,flawthroughtheHEPAfi1tersandcharcoaladsorbersandverifyingthat.thesubsystemaperatesforatleast10hourswiththeheatersBL4on,~aMen.W~educe.ahabuildupo,jmo~h~eon.Cl<e.action.aceandHEPApXt~.rcec~e6~nohensrraalazearueIisbeinghandledinthe-andduringCOREALTERATIOHSandoperationswithapotentialfordrainingthereacarvessel;(iviesJul~nvua&j.>VWP-UNIT2%EH~3'-~3l

CONTAINMENTSVSTEl(SSURVEILLANCEREQUIREl(ENTS(Continued)b.MLeaskonce,pe>i.opingcyMeoe(1)afCetanyw4utctcutaZmaintenanceon~heHEPAQXteii.oncha>tcoaLadsonben,borings,oc(2))oLLowingpai~tg,PAeo4chemicaLceZeaheinanyveatiLationzonecommuiu'.catingusaCheaubayaCemby:1.Verdi.5ying4iatWeaubaya~emaatisl(iesViein-p6xceVmuaL(e&MnaLonLy),HEPA,andAchonbezCesmngacceptanceeu'.te>uabycemovuLo)greaten,4uu~oeequaLW99.955o)MePOPoehaLogenatedhydiiocmbongasusingWe~esCptoce~eso$Ah/SI'N510-1980,Sections5,10and12,with.thesystemgow~eat3500c5m+20<'.2.Veu.jyingwithin31dayha$~m<removal<hataZaborcaocyanagoge~o(a,cepcesentativecarbonaampLeobtainedinaccordanceincAppendixA,ANSIN509-1980cemovMgceate>i.GianoreeouaLCo99.8255o$ViemethyLiodidewhenNestedinaccordancewithANSIN510-1980at80~Cand95';RH,.3.Ve>u.(yingceubdy6CemiiLow.~eo$3500cpm+20.<ducingsystemopenus.onwhenNestedincccondhncewithANSTN510-1980.c.Afiexeve>iy720hocuso$cha>icoaLadsonben.op~onbyverifyingi~u'.n31daysaJCen.<emovaLdrata,Labo~ocyanuLydmo5aaepnesentativeebonaampLeobtainedinaccoedaiicewMtAppendixAANSIN509-1980removesgceateAdianoceauaLCo99.8255o$dieme.thyLiodidewhenCesCedinacco~ncewithANSIN510-1980at80'Cand955RH.d.AtLem~oncepetopingcyMeby:1.Veau'.$yingMatNepeesstute~pavowthecombinedHEPAQXteuand~coaLachocben.baniuisLua~hen5.5inchesOlatexGauge,wfuXeope>unitingCmPLten,4~nata~Lowr~eof3500c5m+205.2.Veau'.(yingMatChe5iLteft.~na~andmoLationvuLvesopenoneacho5Ne(oLLoivingtest.sigiiaLs:a.,<manualinitiation$mm<hecoi~Lcoom,andb.S~uL>atedautomatici~amonaignaL.3.Veau'.fang~Wedecayheat4emovaLLhoZationvaLvesuseopened.Veau.)yingMatWebeatendissipate20+2.0tuuwhen.testedinaccordancewithANSIN510-1980.>VWP-UNIT23/46-32

CONTAEHHENTSYSTBiSSURVEiLLANCEREQUIREHENTSContinuede.AftereachcompleteorpartialreplacementofaHEPAfilterbankbyverifyingthattheHEPAfilterbanksremovegreater.thanorequalto-(99.95)-~~ofthe00Pwhentheyaretestedin-placeinaccordancewithANSIH510-whileoperatingthesystemataflowrateof+60~3500cfm~%Br:20o~t980f.Aftereachcompleteorpartialreplacementofacharcoaladsorber(~m~~qch~oag,bed4aak-byverifyingthatthecharcoaladsorbersremovegreaterthan$99.95)-~~ofahalogenatedhydrocarbonrefrigeranttestgaswhentheyaretestedin"placeinaccordancewithANSIH510-Riwhileoperatingthesystataflowrateof-cfm-Rh"=20';.t9803500'I~se~P~whelNIP-UNIT2 0 CONTAINMENTSYSTEMS3/4.6.6PRIMARYCONTAINMENTATMOSPHERE'ONTROLORYWELLANOSUPPRESSIONCHAMBERHYDROGENRECOMBINERSYSTEMS-'[IMITING.CONDITIONFOROPERATION3.6.6.1TwoindependentdrywellandsuppressionchamberhydrogenrecombinersystemsshallbeOPERABLE.APPLICABILITY:OPERATIONALCONDITIONS1and2.ACTION:WithonedryweIIand/orsuppressionchamherhydrogenrecomhinersysteminoperable,restoretheinoperablesystemtoOPERABLEstatuswithin30daysorbeinatleastHOTSHUTDOWNwithinthenext12hours.SURVEILLANCEREUIREMENTS4.6.6.1EachdrywellandsuppressionchamberhydrogenrecombinersystemshallbedemonstratedOPERABLE:perwtur-e-inutes;ex-imum-powerreads-greater-than.1.PerformingaCHANNELCALIBRATIONofall(controlroom)recombiner(operating)instrumentationandcontrolcircuits.2.Verifyingtheintegrityofallheaterelectricalcircuitsbyperformingaresistancetogroundtestwithin30minutesfollow-ingtheaboverequiredfunctionaltest.Theresistancetogroundforanyheaterphaseshallbegreaterthanorequalto(10,000)ohms.(3.Verifyingthroughavisualexaminationthatthereisnoevi-denceofabnormalconditionswithintherecombinerenclosure;i.e,loosewiringorstructuralconnections,depositsofforeignmaterials,etc.)c.Bymeasuringthesystemleakagerate:1.AsapartoftheoverallintegratedleakageratetestrequiredbySpecification3.6.1.2,or2.BymeasuringtheleakagerateofthesystemoutsideofthecontainmentisolationvalvesatPa,~Qpsig,ontheschedulerequiredbySpecification4.6.1.2~andincludingthemeasuredleakageasapartoftheleakage:determinedinaccordancewithSpecification4.6.1.2.40.00a.MZemConcepet,12moetlvbyve~$igingClungarrecom&nen,wig~emgun<tionu'.~ed~4uu.'ienu'.>umumo~eA.'Mfuu.avenue,~ie.incxecuestog.create~thano.xcountto700'Frsctfun.90minoresNet.inc>tn1150F{onc't.Ceca0hoots.3/46-+34NWP-UNIT2

C<~'~$7~)gcgvccg5DR'%"LL.~t'0UPPPE="IQNCHC2!EROXYGENCONCENTRATION--LIE-rINGCQNOITIQNFOROPERATION3.5.5.4Thedryweilandsuppressionchamberatmosphereoxyaenconcentrationshallbelessthan4~byvolume;,hazedonnancoadeu~Me,aasm.APPLICABIL~i:OPRATIONALCQNOITION1",durina'.hetimeceriod:a.Within24hoursafterTHERMALPOMERisgreaterhan'~ofRATEDvari":;"PALPOWDER,followingsartup,tob.Mihin24nourspriortoreducingTHERMALPG'HERtoless"an~ofRATED7H=."-PALPOWERpreliminarytoascheduledreactorshutdown.ACi'GHMintheoxvcenconcentrationinhed~eliand/orsuppressionchamber+>caedingthelimT'storethecxvcencncantrationtowithinthelimitwithin24hoursorbeinat.leastSi~RTUPwithinthenext8hours.SUR'lEILD>NC=REQUIR=MENTS4.5.6.4Thecxyaenconcntrationinhed~ellandsuporessionchambe.shal'1beverifiedtobewihintheiimiwihen24hoursaf.erTHiRNL?O'ERisareatarthanl~ofRATEDTHERMALPG'rlERandatleesonceper7dayshereafer."SeeSoec"atiestExcation3.10.5.NilP-UNIT23/46~35

'A'il>TSYSTF..SRE:"TORBUILDING-SUPPRESSIONCHAMBERVACUUMBREAKERS"GCQNDITIGN."OROPERATION:.".4.2AReacorBuildina-suppressicnOPERA"=LEand1osed.APPLICABILIJY:<<RATIONALCONDITIONS1~2chambervacuu;breakersshallbe2nd3.AC:;ON:ja.WithoneReaeorBuilding"suppressionchambervacuumbreakeritraperablefor~openinobuiknowntobeclosed,resoretheinoperablevacuumbreakeroOP=ABLEsatuswithin,72hoursorbeinatleesHOTSHUTDOWNwihinhenext12hoursandinCOLDSHUTDOWNwi.hinhefollowing24hours'.WihoneRehctarBuilding-suppressionchambervacuumbreakeropen,closehevacuumbreakarwithin2hoursorbeinatlees-HGTSHUTDOWNwithinthenextZ2hourandinCOLDSHUTDG'n'Hwihintheioliawing24hours.c.Wi'ronepositionindicator,oianysuppressionchamberŽdrywellvacuumbreakerinoperable,mscreheincperableposiionindicatrtoOPERABLEstatswitirinZ4daysorverifythevacuumbreakerobeclosedatleastonceper.,24hoursby(analternatemeans).Otherwise,beinaieasHOTSHUTDOWHwithinhenex12hoursandinCOLDSHUTDGWHwithintheoilcwing24~hours./SURVEILLANCEREQUIRBlEHTS4.6.4.2EachReac<<orBuij'ding-suporessioncha'mbervacuumbreake.sha'llbe:a.Veriiedclosedat.leeson"eper7days.b.DemonstratedGPRABLE:1.Atleesanceper3"daysby:a)Cyci'.ngeachvacuumbreakerthroughatTeasone(complete),(dies)cycle(oifulltravel).b)Verifyingbothpos-.ionindicatorsOPERABLEbyobservingexpec.edvalvemcvementduring.he'cyclingtest.2.Atleastonceper~Bmonthsby:a)'emonstratinghattheforce",equiredtaopeneachvaciumbreakerdoesnotexceedheequivalentof(O.B)osid.Visualinspection.VeriivingbohposiionindicaarsCP":RABLEbyperformance02CHANNELCALIBRATIOH.NhlP-UNIT2

~~S:YL:-Ak-'.".EC"NTROLSYSTFHLl!iT:.'COND:.IONORGPRATION3.6.1.4Two+independentMSIVleakageconirolsvs.am(LCS)subsysamsshallbeOPERASLE.APPLICABI'ITY:OP~ATIOHALCOHOITIOHS1,2and3.ACT::OH:MithoneHSIVleakaaesubsysamtoQPERABL=ihenext12hoursandconirolsysemsubsysteminoperable,resioratheiincperablesatuswithin30daysorbeinatleastHGTSHUTOO'~NwiihininCOLOSiiUTDGMHwithinthefoiicwing24hours.SURYILLANCEROUIREHHTSa.niEachHSIVleakagecontrolsvsamsubsysemshallbedemors".atadOPERABL-:1easencepr31davsby:AStartingiheblower(s)iQmi.ieconoireamandoperatingtneblower(s)ora.ieas15minutes.d.2.Cvclinceach(air.dilutionvalve).hrouahat.leastonecompletecycleoffully.ravel.3.Energi=-ingtheheatersandverifying(aiamperaureriseofgreater:."ancreaualio()'Fwithin()minutes)(currentoi()amares()~oerpriaseforeacnheata.).OurinaCOLOSHUTOGMN(',-ifnotperformedwiihintheprevious92days,bvcyciinaeach(bleeder)valveand(steamisolation)valveinroucnaiieascnecompletecycle.offuiitravel)(',nacc"rdancawithSpec-ifiication4.0.5).Atleasenceper18monthsby:Pe.formancaofafuncionaltasiwhichinciucessimulaiadac"aiicnofihesubsys-am'hrouahoutitsoperaiingsequence,andveriiyingthateachiniariockandt":meroperaiasas'esignedeacnautc;aticvalveac-uataso,itscoecoosicnancheblowersar>>s.2.Verifvinghaiheblowerdevelopsatleasihebelowrequireda)inboardvalves,(50)"H0at(100)scfm.b)Outbcardvalves.(50)"520at(240)scim.3y!veri,vinaihe(flow,pressure,tamperatuleandlevel)(cperaiig)instrumenaiiontobeGPRA8LEbyperformiancaofa:(1.'CANNELC:-:="Kai1easionceper24hours,2.C:-:ANNELFUNCT.CHALTESTatIeaso.cper31days,and3.C:-:ANhELCALI:-RAT.GNatlees.onceper18mon-hs.-UNIT23/46"7

CZNTAii(ME."(TSYSTEMSSVR'/EIL~DNCEREQUIREMENTSContinued)~.6.8;3-Atfeast;once-per92-dayseacn(6)inchdrywe11andsuppressioni.~den~thenop-~a'~%+,'ing-thm--the-measured.-~kage-f~~LLP-UNIT2Itl~3/46."12

.R""=:L'i~C"-.=,"-'"":.";":".":HTS(Continue~)anv.(,5}ps'()psi1eaktas-resul:sin:A~icula-edA/Qkgreater'hanthespecifiedlimit,or2.AcalculatedA/~kfroma,(~.5)psileak-as>ZCofthespeciiied1imit~then:".e-as-sche"ulefc~subsequent..assshall'-ereviewedbytheC"mmiission.woCorsecutive(:.:-.)"sileak"astsresultina.calculatedA/]kcrea.er..",an2.A,':.5)psileakestshall.,beperformedatles:onceper9monthsni-.l.wocorsacutive(~.5)~wileakes=sresul:in-hecalclatedA/gkwi=hin.hespeciiied1'@~its.,andA(5)psileaktest,performedw',ntheseconcconsau-iivesuccessful('.gsiIeakasresuI5inacaiculaadA/Qkwi=hinthspeciedlimi=,afarwnichheabovescheduiforonly(.5)psileak-assmayberesumed.Iwocorisaru".'ve(5)ps"ileaktestsresul.inaralela-edA/kceaa,ianhespec'f',adlimit,-hena(5)psiieak.as-shiailbeper,armedatlees-onceperiSmonthsuntiltwoc"nsecutive(5)psileaktes:sresultiinacalculatedAlp'kwithin.hespecifiedlimit,aiarwriich:heaboveshedu~eioronly(".5)ps-leak.ass;.ay"eresumed.)NMP-UNIT2

NACTSTI.fHENt>yST=MS3R"Q""'~~U?"""<7CH"'"'""EROI""-"-i"-"lTALaR".".URL:!!TT:NGCGt5>TTQNFORGPERATLON3.0.2.4Oif7are+q'.'alpressureoe'.weenthedrywallandsuppress)onsnailbegraterthanoraauaito()psld."'w.TnJI~~V>>~V~7Jj~/~chaaberVII~I~I~>>Wljiginel>>>>>>I~~I~'CTBN:rwWithanedr~el1-suporassIan'hamberrdiI72rant)aiorassurainstmentationchannelinoperable,".'astoratheinooerabiechannelG?ERABL"-satuswithin.".QdaysarbeinatleastHOTSHUTOQ'ANwithinhenext12hoursandinCOLDStitli-QQ'rA'1wihin.heiollowina24hours.b.'r'ithbathd..weil-suppress',on'-noerdiiaranialorassureins-rumariat-ionchannelsinaoerable,restoreatleastoneinaoeraolechanneltoQPRAHL"-statusr'w)ithin8noursarbeinatleastHGTSHUT-DOWNwihin:l>>enex12hoursandinCOLDSHUTDO'iNwithinthe-,otiowingZ4hours.Ic.Withthadr.well-suoprassioneh~be.di-,=arantialpressureless.han(l.)psiid,rasorar'thedi-,ierentiaipressuretogieaton'.,'-anaraauaito(1.)osidwitivinB.hoursorbeinatleastHQfSHUTOGWNwlti)inthenext12haursrandinCOLDSHUTOGMHwithinhefallowing24hours./SUP~E"LLAHCER""OUIRDEN1'S4.".2.4.1Thedrwel'1-suoorassioncharberdie-.arantiaipressuresnailbecamons-ratedobewithin1iw'wbyverifyingthedii=arantal"".assureatleastanceper12hours.,'j".~5.2.4.2At1e~sitwodrywall-suporess-ionchamberdiIIarant-'alp",assureinstu')antatiancjlannei5silalIbedemonstratedQPERAHL=byper-,orŽanceoia:/a.C:-'A:"NELCHE"(atleesanceperZ4hours,/rb.CHANNEFUHCT"'QNALTESTatleastoncper1days,andc.C:-.'ANNE'ALTiRATIQHatleastonceper~~,eper~ngcache,;/.i5/'eeIewdi=ere".."'-'e'Ipreur'lerese"aie;>()peid.'caot0uota.Ours'rrequiredsurelei11aricawhichreducesthedi-,iarant;alpressure.a/gg)a

'HO(UoRES<ONC;.k"."="RAii~Q""'="--"DI>UT0'<S'fST"9(I='e>>-"-ntwcInycscganrcomeroarsavalIasIe)LIMITiNGCQHOITIOHFOROf'ERATIOH3.6.6.2inedrywe11andsuppressioncnamberatmospheredilution(CAO)sys.amjshallbeOPERABl=".AP.LICABI'TY:QPRAtLOHALCQHOITIOHS1and2.ACTIDN:Mihthedrvweiland/orsuppressionchamberCADsystemino"arable,restore.heCAOsys-mtoQP=~ABL="s=-taswithin30daysorbeinatleastHOTSHUTOOMHwi.hinhenex12hours.SURVEILLiHCEREOUIR~EHTS'..6.6.2inedr.meiiandsusprassiioncha,".bera=~os-herediiuicnsys"msi"ailbedemons-".atadtobeOPERABLZa.Atleastoncpe".,31daysbyve.ifyingthat:l.onesystemcontainsaminimumof(4350)gallonsofliquidn'.trogen,and2.Eachvalve,manual,poweroperatedorauorna-ic,'ntheflowpathnotlocked,seated,orotherw'.'sesecuredinposiion,isini,tscorrectoos-'ticn.b.Atieasonceper18monthsby:Cyclingeachpoweroperated,excludingautomatic,valven.heflowpathnottas~biaduringplanoperaticn"hrcughatleastoneccmsletacycleofullt-.aveI,and2.Veriyingthatachautcma-icvalveinreflowpahac.uaaswi~correctpositionon'aisolationestsignal~iOlP-UNIT2

".'lTA"sM~NTSYST"">5TTDR~/1'=~(AHO".U?.""RESSiONC;":AMBER)HYOROC"-HilXiNCSYST"HL:i".ITislGCOHOiT:ONiORQPRATsON3.d.3.3iwoindapendXandrywe11(andsuppressionchsmher)hydrogenmixingsysemssha11beOP'ERABl~.'.APPLiCABTLi~<..OP~RATiONALCQNDi~)OHS1and2.ACTIQN:giehoned,rwei1(snd/orsoppress'onc.',char)hydrooanmixingsyneeinopar*hlrestore.theinocerablesystanstoCPR"BL:-statuswithin50daysorbeinatleas,"'.OTSHUi~C'd'Nwihin.henex12hours.SURYA:L'NC"-R=OUiR~=NTS.~6.6achdr/wei1(andsucpressionchamber)s".ydtogenmixingsys-'amshai1bedemonstratedOPBRABL~:Atleastcncper92daysby:/Sar.-',ng"hesystemromthecontrolroom,and!Z.Verifying'..",athesysamooeratasforatleast"minutes.Atgleestonceper18monthsbyverifsyingasys.amflowrataofat,18'astcsmI/y

3/4.7PLANTSYSTE<fS3/4.7.1PLANTSERVICEMATERSYSTBf-OPERATINGLIMITINGCONOITNNFOROPERATION3.7.1.1Twoindepandeu".plantadvicewaMsystemloopashaLLbaOPERABLEequieachloopcomp~edo$:TwoOPERABLEplantdertvicawatspumpsandservicewatsactuationins~e~onchannaLsshowninTable3.7.1-2ahaLLbaOPERABLEwitfzWhyxhapaatpoints.Afslowpatfccapableo5mkingauction(cornLakeO~oand~f'se~ngthewater~oXhaassociatedso.katyaeratedequipmant.b.Servicewatersupplyheadezafschangewatertempera."meo$<77'F.c.OneOPERABLEIntakeDeicingHeaten,System~eitfiLakeO~o<34oFAPPLICABILITY:OPERATIONALCONDITIONS1,2,3.ACTION:b.c.d.Michlass4<an2pla>>tservicewaer,pumpsopenablainone,loop,xasCocaone.inopemblapumptoOPERABLEa~wi.tfun30dayaon,bainatleas~HOTSHUTOOMNwitlu'.nNanex12hour+andinCOLOSHUTOGMNwitlunChafollowing24,houru.M~lassMan2planserviceeaten,pumpsineacf<loopoperable,casWeaatlaas~one,inopanablapumpCoOPERABLEa~nu'u'.n7daysocbeinatLeuCHOT-SHUTOOMNectlu'.nthanext12ho~and2nCOLOSHUTOOMNwMun4~agoLLowing24bourn.MMaonaplantservicewatersauhkamloop.inoperable,was~onethainopeuxblaloopCoOPERABLE.s~wihatleasConaOPERABLEpumpwithin72howeocbeinatleaskHOTSHUTDOMNwitfunChanext12hocusandinCOLOSHUTOOMNwitfu.n~he)ollowing24ho~.AlsoWkaACTIONxeo~adbySpan.+cation3.5.2and3.8.1.2.M&h,lestChanmi>umumopamblase".vicewateractuationi>>s0".wne>>tationchannaLsopercabla,mka.theACTION.<equippedbyTable3.7.1-1.M~<hasercvicawatersupplyheadkn.dacha~a<<Mm.tempe+mmxeova".anu24hornpeu'.odexceeding77'F,beinatleastHOTSffUTOO!"N<<."',"hin.thenext12hocuuandinCOLOSHUTKMN<vitffin<feefollow'ng24hours.l)Mkabeatenaxa.ceo~ed.tobe,opanablawheni>>take<ming~ampere<34oF.AminimumoJ21outo$84beatenmaaequi,wed~obeopenable4omaintainCia.".equisizedgow(on,WeServiceMatin,System.MMhlassthanoneIntakeOeicingHea.an.Sydfemopertabla,beinatleas<HOTSHUTOOMNwitfu.nChanext12hocvuandinCOLOSHUTOOMNwctu.nWa~oLLowing24bourn.NA(P-UNIT23/47-1

3/4.7PLANTSYSTEM(tS3/4.7.2PLANTSERVICEMATERSYSTB!-SHUTDO0INLli<(ITINGCONDITIONFOROPERATIOM3.7.1.2TwoindependentpMetdmvice<oaten'ystemLoopsahaG.'eOPERABLE<venteachCoopcomp~edo$:a.OneOPERABLEpMntservicewatspumpandadvice<oatenactuation'onchannelahoyinTable3.7.1-2aha%beOPERABLE<VU'JiNxacc~pde@ointA.AgoivpaJicapabfeof4xtu'.ngSu~on(.tomLateOebvu'.oand4M>uJeuu.ngNeeaten,~odieassociatedaaJe+a~edequipment.b.ServicewatsduppyheadenaischangeundectempenatuneoJ<77'F.c.One,OPERABLEIntakeDeicingHeathen,Syd<en~uMtLafze0+Canio<344F.APPLICABILITY'-OPERATIONALCONDITIONS4,5.ACTION:a.Ol~hmesaChanoneservicewaterpumpineachCoopopertable,dec(axeDieassociatedaa$e+ceCatedequipmeetinopexobZeandkxizeACTIONrceq~edbySpecifications3.5.2and3.8.1.2.0I~Zeudxanmiecmumoperuzblede<viceeatexactuationins4xumewtationchannelopenable,Oxide4~eACTION<acquit'edbyTable3.7.1-l.01ith~ese".vicewaen,supplyheaderdischarge.tempe~utceovenany24hornperiodexceeding77F,aaspendCOREALTERATIOMSandaLLoper~os4xathave,apokeatiaL)occhcuning.theeeactonvessels.d.Intakeheat~meceq~edCobeopenable<vheninakewaer.tempejuxune<34'F.Aminimumo$21oato$84heatemaxe<equisized~obeopembleComain,tainthezeq~edgonzofoeWeServiceMateo,System.0j~mesa4uxnone,I~heDeicingHeaten,Systemopenable,smpendCOREALTERATIONSandACop~one~hathave,apofeetiMJoedrainingWe.reactorvestM.Mh{P-UNIT23/47-2

PLANTSVSTE'tSSURVEILLANCEREQUIRE(lEMTS-OPERATING,SHUTDO(')N4.7.1TfcepQmtSercviceOjatercSyrsCemrshaLLbedemonrsCnatedOPERABLE:a.-Byveru'.5yi>cgCheNaCercLeveLatClceSercviceOlatercPumpinCafzeisgrceaercCleanorcequaLCo233.1)eeCELevation.-l.ACLeuConce.pere14dayrs>>>henCheLeveLwgneaCercChan240.0JeeCeLevation,and2.ACZeasConcepen.12hourcsc>>henCheZeveLismesaChanorcequaLCo240.05eeCeLevation.b.EachSercvieeGlaCercaeuationinsCrcumenCationchanneLszhaLLbe,demo>csCrcaCedOPERABLEbyChepercgonmanceogCheCHAVVELCHECK,CHANNELFUNCTIONALTESTandCHANNELCALIBRATIONopercatconsforeCheOPERATIONALCONDITIONSandatChegnequenciersrshowninTable4.7.1-l.ACLeuCone,e,pere31dayrsbyveru.(yingChatecchvaLve:ma>tuaL,powercopenatedorcaruComatcc,sercvicingaa)eCy.teLaCedeqcu.pmenCCleatisnoCZodzed,aeaLedorcoCherucueaeeurcedinpors~on,isiniCsconrcec,tposition.d.ACZeasConcepert,openaCi>cgcycLeduru.ngahuCdoum,byveau'.$yingChat:Each~maticvaLve,aercvicingnon-rsar'>eCyrceLatedequipmenaeCuatesCo~Mo~onpor>~ononanmoron.tesCaig>>aL.1.A~CereasimccLaCed.tesCa~p>cac'.,eacha'uCom~cvaLveaercvae,ing>con-oa(eCyneLaedequipme>cCactuatesCo~volationpoaiCion.Eachassociatedsercvice>>raenayaCemercoaaconneeCandpumpdc,scharcgevaLveactuateauComaticaLLyCoCbeingiso~conpoaitio>c,and.thataatingle4ercvice>rratercpumpauCo~caLLyineachdivisionandChatCheassociatedpumpdQcha/evaLve,rceopenrsauComatccaLLy;inondercCorsupp6sgoc>r.toayrsCemaajeCyrceLatedcompone>cts.=EachpumpnunsandmainCai>csaercvice>rratercpumpdQehatgepnesrsurceeouaLCoongrceatercChan*prigc>chiceaefcpumpgo>rreouaLCoorcgrceatenChangpm.ACLeasConcepere12boutbyrcecorcdingaercvieecoaercsupplyheaden.dockageCemper~eonanoper~gLoopCobe,+Mein~5.ThecccrcnenCo$Cheheaten,r>eederceabkersrshaiLbecheehedu>eelcLyatChemoCorcconCrcoLeenCercs<>rhenevercChei>Cakec>ratercCempenaturceis<3SF.TheindividuaLheatercsshaLLbemo>clonedonce/6monks(orcnaedheaterccurcrce>ctorcasnequircedbyLmgedeviationrsinChe,r'>eedenchechrsin4.7.1..~.above.h.ResisCanceCognoundo(theheatenrssha6!beehecLedo>>eelopenatingcycLe.'obedeCenmineddcuu.ngpne-openationaLCes&ng.iVMP-UNIT23r4

TABLE3.7.1-1SERVICE(UATEI'YSTEhlACT((ATIONINSTR((h(ENTATIONCIIANNEI.OPERABILITYRE5(IREh(ENTTRIPFlfNCTIONOischnng<<Bn(II.eve('>>tal>cT(cttttefIti2Nntc>nI<<mhic>iint(cnc>Senu,t'ceNntenP<<mpSuc.t,tuttLeuc>t.2SNP'I.S-30A,82$(UP"TSL-6@A,65A2SNP"TSL-6'I8,6582S(UP>>LS-73A,8hlINIh(((h(INSTR(th(Eh(TSOPERABLE(n)I/D.(.vI/O.ivAPPLICABLEOPERATIONALCOhIDITIONAI.I.ALLAI.I.ALLACTMNSenvice(UatenP(tm~>DischangeFlo(ctTna(>>"A"2$NP~-FSL-96A,C,ESenvice(Uaten.PiimpOirschangeFfo(ctTnai>>"8"2SNP"-FSL-968,O,FSenu(cel'JatenPiimps0(exchangeStr(nitten.Oc.fifienet(C(aLPnersrsccneTnn(>>"A"2$(UP"PDTA,C,ESerivice>(Uatc>>.Pc(mphP(acltnngeS&aittenOififienettt(atI'nebstcneTnn,iii"8"2$(t(P~PDT8,F,DSe>nuice(Uatc>n$(cppfglh>ade>nDirschang'eNnl<<nTempennt<<n<<2$(UP'TL-3IA,BSenvtce(Uateh.It(letPne(ssttnefionEDG-2(I(PCS,Diu3)2$(UP*-PSL-95A,B1/put((I.1/ptimp1/rstr(aittv>(.I/r,S~at'.>>en.ALLALLALLALLAl.LALL7,(I7,8Co>>trioI.'c(.ifdiitg(UatenF(ocvCo>>triosBcciCdittgServiceNatenIitTetnp(>>tatuneCotttnoC.8<<i(dittgSenuice(Unte'(O(tCTell(penaCccne2$NP*-FSL-29A,82$NP-TSI.-91A,82SNP~I('-35A,8ALLALLALLla)Ai'hniiii<<((cc(Ib<<p('ac<<dtitait(ttc>pe<ah('estat<<sfioniipCo2hc>(cnrsfi<<nne(I(l(ned(sccnue(C('a(tee(ct(.ther(itp('ac(itgtll<<I'((his!csI<<ltlilltilt((pl>c'cl<<i'I((llI(c>lt.~~

TABLE3.7.1-1(Continued)SERVICE0tATERSYSTEM(ACTUATMNINSTRUMENTATIONACTMNACTION1ACTION2ACTION3ACTION4S~2HVKCHLlAocBcbapplicableon.eskxb~hpemanu@My.Lockedc('.owe,<(OV-30A,B.Lodgedopen<(OV-77Aon,i<IOV-77B.PLcce~i~eheaeu~naercv~ce~$Cthe<38'F.ACTION5Loch.cZoae1(OV-95AozBanddeceiveEGG-2(HPCS,Nv3)inoioenabkeandJoLCoivSper.+~on3.8.1.ACTION6Oectuceasaonatedaenv~ceuxu.'en,pump(a)GnoperuxbZeand~oHowSpew.+~on3.7.l.1oz3.7.l.2A'CTION.ACTION7iUanuaLQgop~ecKhchucgea4~necbonce,pen12ho>uno4dec~emao~edanv~cemateopump~nopeexble.ACTION8Providean~crenateocCemponaxyira~eet~on.N<tP-UNIT23/47-5

TABLE3.7.1-2SERVICE(UATERSVSTEh(ACT((ATIONINSTR((h(ENTATIONSETPOINTSTRIPF(INCTIONDi,scltangeBarJLevel'.Irtta(>eTu>>ttet.1n2(UatenTernpenatuneSe'tuiceNatenPtunpSuctiottLevefSt>>tutee(UatenPtunpOiachangeFfotttTnaitt"A"Se>nuice(UatenPtunpOischangeF(vrrrTnat>>"8"2SNP"L$-30A,B2$(UPSETSL-64A,65A2S(UPTSL-648,6582$(UP>>LS-73A,82$(UP~FSL-96A,C,E2$(UP"FSL-968,O,PTRIPSETPOINT<275'ev.~>8F~234'('.eu.>3000GPW->3000.GPh(ALLONABLEVAL(IE275'/4"El'ev.M>7F>233'23/4".Eeeu.>2625GPW>2625GPWSenuicr>(Uaten.PrunpsDiselrangeStnairren.Difi'fiene>>tiara,PnessuneTnat>>"A"2S(UP*POTA,C,ES<<ruice(UatenPrllllpsOischartgeStnai>>enOififiene>>tia(-PnessttneTna.trt82$NP'PDTB,O,F6"PSIP<6"PSIO<61/4"PSIO<61/4"PSIOSenv(ce(Uaten,StrppLrJl(ear(enOi>change(UatenTemp<<natttneS<<nvtce(UatenIrtfetPnersrsttnefionEDG-2(((PCS,Dtv3)Corttno(-Brtitdirtg(Uaten.FfotrrCotttnot,Brri('-dittgSr>>tvice(Uatr>nlrtTe>rnpe>na.tune>CvrttnoE,BrtiMirtgSenuice(Uate'tOut.Te>mpenattrnelN(lI('AIIONONI.Y2$NP"TE-31A,B2$NP*PSL-95A,82$(UP>>('Sl.-29A,82$NP'TSL-91A~82$(UP"T('.-35A,8>25pstg>225GPW'f60F<72F.>21.5ps.ig>209GPhl>58F<75.5F 0 TABLE4.7.1-1SERVICE(UATERSYSTEh(ACTllATIOhlINSTR(th(ENTATIONSURVEILLANCERE/((IREh(ENTTRIPF(tNCTIONOischangeBagLeveCI>>taLeT<<r>>refI82(UatenTenyenatuneSenvice>l'late>nPunrpSuctio>>LevelSenv.ice(UatenPump04changeFlowTnai>>"A"Senvice>(Uatw.P<unpOuchangeFRAUfnai>>"8"ID2S(UPLS-30A,B2$(UP~TSL-64A,65A2$(UP~TSL-648,6582$(UP*LS-73A,82$(UP>>FSL-96A,C,EZs(UP>FSL-96B,O,FCIIAhlNELCIIECVNANACIIANNELFtlhlCTIOh!ALTESTCIIANNELCALIBRATIONSenvice.lUatenPumpsDiochangeStna,i>>enOififiene>>tiara.Pness<<neTna<>>"A"2$(UP~POTA,C,ESenv<ce!Uate>nPinnpsOidchangeStnai>>enOififiene>>tiat'.Pness<<neTnai>>"8"2$tUP*PDTB,O,FNANASenv<ce(Ua.ten$<<ppfglleadenDhchange(UatenTenyenat<<neScnvice(Uatr.'n1>>t'etPneasunefionEDG-2(IIPCS,Div3)Cor(,tnot,Bu,i&i&Ig(UatenFRAUCor<.tnot8<<i('.di>>gSenvice(UatinI>>Ternpe>na.tuneCo>>tarot'utt'di>>gSenvice(Uatcn0<<tTclnl&natune2$(UP*TE-31A,82$(UP~I'SL-95A,82$tUP'FSL-29A,82$(UPSETSL-91A,82$(UP~T(,'5A8NAhlANA

pPLANTSYSTEHS3(4.7.Z'CONTROLROONLIMITIHGCONDITIONFOROPERATIOH3o:3.7~.'Two,independentcontrolroomshallbeOPERABLE.oc~apenuCg~APPLICABILI7f:AllOPERATIONALCOHDITIOHSand".ACTIOH:a.5~en,~n3p~QLtet,~nInOPERATIONALCONDITION1,2,or3'withonecontrolroommmgeney-hWaipdt,'hi"'he.OPERABLEstatuswithin7daysorbeinatleastHOTSHUTDOMHwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours.b.InOPERATIOHALCONDITION4,5or~:<gLter~LMithonecontrolroominoperable,restorthe~m.to0/ERABLEstatuswithin7daysor1n>nateanmaintainoperationoftheOPERABLEstthsys+minthemodeofoperation.~nEC~n8/t.gAa~ithtlinoperable,suspendCOREALTERATIOHS,handlingofirradiatedfceaMon..pon1rordraining.thereactorvessel.btuldt.ngc.TheprovisionsofSpecification~arenotapplicableinOperationalCondition".3.0.4SURYEILLAHCEREOUIRBtEHTS~outdoors.speciaL4.7.gEachcontrolroom~a.Atleastonceper12hoursbyverifyingthattheconttolroomairtemperatureislessthanorequalto+20)-'F.b.Atleastonceper31daysonaSTAGGEREDTESTSASISbyinitiating,fromthecontrolroom,flowthroughtheHE?Afiltersandcharcoaladsorbersandverifyingthattheaubsys~operatesforatleas10hourswiththeheaters8%RAB4C-.~(~OpppnzIon,inowletW<educeChebtu2dupo$moM<uRuJtChea&ocbeuandHEPA$~%henirradiatedfuelisbeinghandledinthe~ndaty-centerment-.zea<oe5~dt'.ngtutddurungCOREALTERATIONSandop~ore~hapoke~Joestat.>u.ngate.xeac,toeveweZ(acth)uMi'heveAae,k.jNIP-UNIT23/47/8

PLAiVTSVSTE.r(SSURVEILLANCERE0UIREHEMTS(Contr.nued)c.AtZemioncepe<opingcycLeoe(1)a$Cen,anyakmcihnaLmm.ru.'enanceonNeHEPA(iZtmocchaxcoaZmhorcbmhomingd,on,(2)foLZouungpar'along,PAeocchemicaZrteLeueinanyventr2ationzonecommmu'.catingr~hNePLtn~rvby:1.Veu'.(ying~NePLeuaaturryWean-pLace,VmuaL(e&mnaZonLy),HEPA,andA&oebmCM~gacceptance~e~bycemovaZo$geratedWanocequaZ~o99.95';o$&reOOPoelraLogenatedhpchoembongmmingChe~nCpcocedmmoJANSIM510-1980,Sec.tioas5,10,and12,rvitlrthePXetr.4~ngorv~eat2250cpm+205.2.Veu'.$yingrrrithin31dayaafter.<emovaLdrataLabo~ortyanaLrja~o$acepnuentativecarbonaampZeomar'nedinaccoefancerrrr'.thAppendixA,ANSIV509-1980cenovmgaea'anoeeauaL.to99.8255o$4remeth'odidervhentuCedinacco~ncer~h'MSIM510-1980at80'Cand955RH.3.V~)gingaatm4~ngorv.~eo$2250cpm+205duru'.ng(iZ,tm~nop~onrvhenCMCedinacco~ncere'ANSIM510-1980.d.Affen.every720ho~o$chmcoaLmhocbeeoperonbyv~(yingrrrihin31daysat'rien.<emovaL~haaLabonaonyanaLyamo$acep-cuentativecarbonaampZeob~nedinaccordancervitlrAppendixA,ANSIN509-1980rtemovmgneatmarranocequaZW99.8255or(4hemethyZiodidervhentweedinaccordancervithANSIN510-1980a80'Cand95'H.AtZemioncepmoperatingcycZeby:1.Ve~5ying~WepnmautredroopautocarAecombinedHEPAPXteuandch~oaLmhortbmbaniuinZms~n5.5inch'rratmGauge,rv/useop~kg4rePZM~nata,5Zorvruu.'eo52250c5m+20';.iVlt)P-UNIT23/47-9

PLANTSYSTBISSVRVEiLLAHCEREOUIREMEHTSContinuedyythe(~ssur+aa&o~madeofoperationanthecontrolroomismaintainedatapositivepressure(of(1/8inchM.G.)re'tativetotheoutsideatmosphereduringsuhsy~operationataflowratelessthanorequalta~6+cfm:K.PXten,~nmonnanna'ut~23'.Verifyingthatoneachofthebelowactuationtessignalstheebsa.autamatical1switchestaAirintakeradiationmonitars~nd-010iiitestedinaccardancewithAHSiH510-19T5.Kwwhenf.AftereachcompleteorpartialreplacementofaHEPAfilterbankbyverifyingthattheHEPAfilterbanksremavegreaterthanorequalta9995'(99.95)~~ofthe00Pwhentheyaretestedin-placeinaccordancewithAHSEH510-~whileoperatingthesystemataflowrateaf+%&3cfm+~208~1980%2250g.Aftereachcompleteorpartialreplacementofacharcoaladsorber)r;omg<eduutcoaLbed~byverifyingthatthecharcoaladsorbersremove(M;95)~~ofahalogenatedhydrocarbonrefrigeranttestgaswhentheyaretestedin-placeinaccordancewithAHSiH510-HHwhileoperatingthesystemataflowrateof-QGQ~cfm+Rb.p0$19/02250cC~<VMP-UN1T23/47$'

PLANTSYST=HS3/-".7.4REAC.ORCORE:SOLATiONCOOLiNGSYST"HL:HiTi>>BCONGESTQNFOROPERAi'ON3.7.4Thereacorcoreisolaioncooling(RCIC)sysmshallbeOPERABL=w":hanOP=RABL=flowpathcapabieo-(automatically)akingsuc.ionrom"hesuporessionpoolandtransferr',ngthewatertothereacorpressurevessel.APPLiCABiLii,:OPRATiONALCONGTIQNS1,2,and3withreacorsteamdomepressuregreeerthan~~psig.t50ACi:GNz<<8<<III'~~)P'Kith.heRCiCsvsteminoperable,o"ara'onmaycontinuhprovidedtheHPCSsvsemisGPERABl"";restoreheRCiCsystem-oOPERABL"s-atuswihin14davsorbeinaleastHOTSHUTQORNwi=hinhenext12hoursandreducereacorsearndomepressure-="lessthanoreoualto~~psigwithinhefollowing24hours.150.SURVEiLLWt'CEREQUiREHENTS4.7.4TheRCiCsysemshallbedemcnstraedOPERABL"::Atleaston"eperBldaysby:Veriyingbyventingatthehighpainventshathesystempipingromthepumpdischargevalveohesvstemisolaior.valveisilledwihwater.<<C>>C~\~4<<4~IVerifyinghateachvalve,manual,poweroperaedorautomaticintheflowpahthatisnotlocked,sealedorotherwisesecurdinposiion,isinitcorrectposition.Veri,yingth'athepumpflowcontrollerisinhecorrec.position.~wizeiz<meedpumumM~oSpeci.,j~co&oiz4.0.5buverifvincthaitheRCiCpumpdevelopsaflowofg.eaarhanorequaltoQB00$gpminthe-asflowpathwithasystemheadcorrespondingtoreactorvesselooeratingpressurewhensearnisbeincsuppliedoheturbineat$1000+20,"80$psig.""TheprovisionsofSpecification4.0.4aaenotapplicableprovided.hesurveillanceisperformedwithin12hoursaltarreactorsteampressureisadequatetoperformthetes.il3/47-g

<."-.V='nc:-R"=Gu:R":MENTS{Ccn-'nued)C.Op~ngctJMeAtleesonceperi&-mesAs-by:Perarmingasysamfuncional"eswhichincludessmulatedautomaticacuation(andrestar+)andverifyingthateachautcmaticvalvein'Nelcwpathacuatestoitsccrrec.posiion,but,maywcludeacualinjectioncfc"olan=intathereactorvessel.Veri.yinathathesystemwi;1develapaflowofgrea=ar.han"requalaPiGG~>~~.inhe.est,lcwpathwhen5te&~ssupplied-otheturbineatapresureaf<<gl=0)+~psia."~+)-oVerifyinghaathesuc"ianfarhe2CCsystemisautomaticallytransferredfrcmtheccndensatastorageinkta.hesucpressionpealonac"ndensatestoraaetankwate.level-lawsianal~4-tl'lidI~~sl~~~&1~'vIare~I4~oweIII~ICZI>>Cs~wIIVs~~~VI~icepravlslcns0apeficatcn-'..0.0arenaapp'i':c&1eprovidedthesurveil'anceisperformedwithin12hoursaf.erreactorsteampressureisadecuaa-pe.cmtheestsiVWP-UNIT2vge~12

PLANTSYSTEMS5LIMITINGCONOITIONFOROPERATION3.7.g>AllsnubbersshallbeOPERABLE.Theonlysnubbersexcludedfromthis5requirementarethnseinstalledonnonsafety-relatedsystemsandthenonlyiftheirfailureorfailureofthesvstemonwhich-heyareinstalled,wouldhavenoadverseeffectonanysafety-relatedsystem.APPLICABILITY:OPERATIONALCONDITIONSI,2and3andOPERATIONALCONDITIONS4and5>eona>>ubba>>aCocoadonauacmaataonbt.adOPERABLEanthoseOPERATIONALCONDITIONS.ACTION:Withoneormoresnubbersinoperable,within72hoursreplaceorrestoretheinoperablesnubber(s)toOPERABLEstatusandperformanengineeringevaluationperSpecification4.7.5.conthesupportedcomponentordeclarethesupportedsysteminoperableandfollowtheappropriateACTIONstatementforthatsystem.SURVEILLANCEREOUIREHENTS54.7.9'achsnubbershallbedemonstratedOPERABLEbyperformanceofthefollowingaugmentedinserviceinspectionprogramandtherequirementsofSpecification4.0e5.a.VisualInspections12ThefirstinservicevisualinspectionofsnubbersshallbeperformedafterPeurmonthsbutwithink8month.sofcormencingPOWEROPERATIONandshallincludea'llsnubbers.Iflessthantwo(2)snubbersarefoundinoperab'leduringthefirstinservicevisualinspection,thesecondinservicevisualinspectionshallbeperformed12months~25Kfromthedateofthefirstinspection.Otherwise,subsequentvisualinspectionsshallbeperformedinaccordancewiththefollowingschedule:No.InoperableSnubbersoerInsoectionPeriod123,45,6,78ormoreSubsequentVisualInspectionPeriod*fmonts12months~256months25~124days25"62days=2531days~25"Thesnubbersmaybecategorizedintotwogroups:Thoseaccessibleandthoseinaccessibleduringreactoroperation.Eachgroupmaybeinspectedindependentlyinaccordancewiththeaboveschedule.einspectionintervalshallnotbelengthenedmorethanonestepatatime>TheprovisionsofSpecification4.0.2arenotapplicable.IVh)P-UNIT23(47l3

PLAHTSYSTEMSSURVEILLAHCEREOUIREMEHTSContinuedb.VisualInspectionAcceptanceCriteriaVisualinspectionsshallverify(1)thattherearenovisibleindica-tionsofdamageorimpairedOPERABILITY,(2)attachmentstothefoundationorsupportingstructurearesecure,and(3)inthoselocationswheresnubbermovementcanbemanuallyinducedwithoutdisconnectingthesnubber,thatthesnubberhasfreedomofmovementandisnotfrozenup.SnubberswhichappearinoperableasaresultofvisualinspectionsmaybedeterminedOPERABLEforthepurposeofestablishingthenextvisualinspectioninterval,providingthat(1)thecauseoftherejectionisclearlyestablishedandremediedforthatparticularsnubberandforothersnubbersthatmaybegenericallysusceptible;and(2)theaffectedsnubberisfunctionallytestedintheasfoundconditionanddeterminedOPERABLEper6peri+f-~0~~~~4C'unveiLLanceRecuircement(al4<7.5.d(oe4,.7.5.e,aaappLicable).c.functional.testsguru'.ngOIePruCne)ueLingahutdoutnandaLeaakonce,pen,operatingcycLe4ietea$Cetcdutu'.ngshutdown,aeepcmentativesampleo,atLeo~(105o$CheCo~o$(mechaiu'.caL)Anubbm(a)mpace,on,~nabenchCeaC.Foe,eachsnubbed@,<tatdoeanoCmeetWeJunc,tionaL.tuCacceptance~qua,o$SmveiLLm~ceReo~eme<4.7.5.d(oc4.7.5.e,)anadditionaL105o)(MatCgpeo$)(Ae)enubbM(a)akaU,be,(un~onaLLpCu~ed).ahaLLbe(unctionaLLyCakedWearRy-chosen-by-'the-applicant-and-incorporated-into-esentative"samp4o"Spepressions"are-intended"B)-and-the-acce~able-1-imits.---Th&-~-amountof--snubbem3-snubbers.i-1-1-beC4j44-62-snubbers-required-for~~red-fortes+~n-the-revamp-1e-,I-fc-~and-2-snubbm~fa+1-the4'ed-fortesting-in-.the~amp&.NAP-NIT23/47-14

PLANTSYSTEMSSURVEILLANCEREQUIREMENTSContinued)C'we.lecwd-aoco~~g-to'he-ex~esJC'c-wAal-4pach--numberwf.6~>~-aa-additionalsample-r22c+1C4-B('--)-fc222c+1~blw"in.the-prev+ouspewab1e-snubbers-are-4ound-w~t-'W'A4-snubber-eTherepresentativesampleselectedforfunctionaltesting"shallincludethevariousconfigurations,operatingenvironmentsandtherangeofsizeandcapacityofsnubbers.Atleast25Kofthesnubbersintherepresentativesampleshallincludesnubbersfromthefollowingthreecategories:1.Thefirstsnubberawayfromeachreactorvesselnozzle2.SnubberswithinSfeetofheavyequipment{valve,pump,turbine,motor,etc.)3.Snubberswithin10feetofthedschargefromasafetyreliefvalvecr.Inadditiontotheregularsample,snubberswhichfailedthepreviousfunctionaltestshallberetestedduringthenexttestperiod.Ifasparesnubberhasbeeninstalledinplaceofafailedsnubber,thenboththefailedsnubber,-(ifitisrepairedandinstalledinanotherposition3-.andthesparesnubbershallberetested.Testresultsofthesesnubbersmaynotbeincludedforthere-sampling.PermanentorotherexemptionsfromfunctionaltestingforindividualsnubbersinthesecategoriesmaybegrantedbytheCommissiononlyifajustifiablebasisForexemptionispresentedand/orsnubberlifedestructivetestingwasperformedtoqualifysnubberoperabilityforalldesignconditionsateitherthecompletionoftheirfabricationoratasubsequentdate.NWP-UNIT23/47-15

PLANTSYSTEMSSURVEII.LANCEREQUIREMENTS(ContinuedIfanysnubberselectedforfunctionaltestingeitherfailstolockuporfailstomove,i.e.,frozeninplace,thecausewil1beevaluatedandifcausedbymanufacturerordesigndeficiencyallsnubbersofthesamedesignsubjecttothesamedefectshallbefunctionallytested.Thistestingrequirementshallbeindependentoftherequirementsstatedaboveforsnubbersnotmeetingthefunctionaltestacceptancecriteria.Forthesnubber(s)foundinoperable,anengineeringevaluationshallbeperformedonthecomponentswhicharesupportedbythesnubber(s).Thepurposeofthisengineeringevaluationshallbetodetermineifthecomponentssupportedbythesnubber(s)wereadverselyaffectedbytheinoperabilityofthesnubber(s)inordertoensurethat'hesupportedcomponentremainscapableofmeetingt'edesignedservice.d.draulicSnubbersFunctionalTestAcceptanceCriteriaThehydra'nubberfunctionalestshallverifythat:Activation(reaininaction)isachievedwithinthespecifiedrangeof"vocityoraccelerationinbothtension,andcompressjon.Snubberbleeorreleaserate,whererequired,iswithinthespecifiedngeincompressionbrtension.Forsnubbersspecificlyrequiredtonotdisplaegundercontinuousload,thea'tyofthesnubbertowithstan~1oadwithoutdiacementshallbeverified.d.p.MechanicalSnubbersFunctionalTestAcceptanceCriteriaThe-mechanicalsnubberfunctionaltestshallverifythat:1.Theforcethatinitiatesfreemovementofthesnubberrodineithertensionorcompressionislessthanthespecifiedmaximumdragforce."ase~e2.Activation(restrainingaction)isachievedwithinthespecifiedrangeofvelocityoraccelerationinbothtensionandcompression.sha44-be-iV(IP-UNIT2

PLAt)TSYSTEMSSURVEILLANCEREOUIREMEHTSContinuedSnubberServiceLifeMonitorinaArecordoftheservicelifeofeachsnubber,thedateatwhichthedesignatedservicelifecommencesandthe'nstallationandmainte-nancerecordsonwhichthedesignatedservicelifeisbasedshallbemaintainedasrequiredbySpecification6.10.~.3,openingcycleConcurrent~iwiththefirstinservicevisualinspectionandatleastonceper~m&s.thereafter,theinstallationandmaintenancerecordsforeachsnubbershallbereviewedtoverifythattheindicatedservicelifehasnotbeenexceededorwillnotbeexceededpriortothenexts'cheduledsnubberservicelifereview.Iftheindicatedservicelifewillbeexceededpriortothenextscheduledsnubberservicelifereview,thesnubberservicelifeshallbereevaluatedorthesnubbershallbereplacedorrecon-ditionedsoastoextenditsservicelife.beyondthedateofthenextscheduledservicelifereview.Thisreevaluation,replace-mentorreconditioningshallbeindicatedintherecords.3/47-17

3/<.7.5SEAlEr5"URCECQHTW:HATIOHUHIiHGCOHOIT:OHPOROPERATEOH3.7.5Eachsealedsourcecontainingradioacivematerialeitherinexcessof100microcuriesofbetaand/orgammaemitingmaterialor5microcuriesofa'1phaemitingmaterialshallbefreeofgreaterhanorequalto0.005microcuriesofremovablecontamination.APPL:CABELL:Ata.iltimes.ACTiON:a.arithasealedsourcehavingremovablecanaminationinexcessoftheabovelimit,withdrawthesealedsourŽafromuseandeither:l.Geconwwnateandrepairthesealedsource,orZ.OisposeofthesealedsourcirzacordancawithCommission"eculaa.ions.5Theprovisionso.Speci<cat-ons3.0+and3.0.+arenotacplic&~ie.SURVE-'LLAHCEREOUKREH4.7.5.1Tes-Reouirements-Eachsealedsourceshallbeastedforleakageand/orcontamsnat;onoy:aThelicensee~Mrb.OtherpersonsspeciicallyauthorizedbytheC"'mmi'ssionoranAgreementSate.Thetestmethodshallhaveadetectionsensitivityofa'least0.005microcuriespertestsamoie.4.7.6.2TestFrecuencies-Eachcategoryofsealedsources,excludingstartupsourcesanafissionoetac-orspreviouslysubiec-adtocoreflux,shallbeestadatthefrequencydescribedbelow.Sourcesinuse"Atleas-oncepersixmonths,orallsealedsourcescontasnangraoioacivematerial:1'4lhahal-lifegreater."an30days,excludngHydrogen3,and2.inanyformotherhanaas.~5l~FR~NIP-UNlT2183/47-j4

7'T<Y<T~cSSURVE:'INC="REUi.,=H.NTS("ontnued)c.Storedsour"snotinuse-=achsealedsourceandiissiondetectorsna1oe-.as-adprior-ouseorransfertoanotherlicenseeunlesstas-edwihintheprevioussixmonths.Sealedsourcesandfissiondetectorstransierredwithoutacertificateindicatingthelasttes-dateshallbetesadpriortobeingplacedintouse.Startuosourcesandiissiondetectors-Eachsealedsartuosourceanc-ass>cnce-c:orsnailoe;eszeawithin31dayspriortobeingsubecedtocorefluxorinsalledinthecoreandfollowingrepairor-ainanancetothesource.4.7.6.3ihoorw-A;aper'.s"a116epreparedandsuoait=edto'neC-rnisiononanannuaioasisi-saaiedsour-aorfissionda-:c=orle-kaaetas"."vea1thepresenceofgreaelcanorequaIo0.005microcurieso=removabIecntamination,Vi<fP-UsVIT23j47-Pf'"

PLANTSVSTE.(53/4.7.7FIRESUPPRESSIONSVSTE(6FIRESUPPRESSIONOIATERSVSTEMLilllITINGCONDITIONFOROPERATION3.7.7.1The,Pateauppnu6ioneatMayaCemahabbe,opetableeath:a.Turboopeuxbkeg~epumps,eachtousa,capacityo$2500gpm,+ahA~dQchutgeaLcgnedCoNe)meduppnmdionheaden,.Openableb.automatic~~etc'.onRotc5oeeach)mepump.ThepeovmaoesofSpew,5icatc,on3.0.4an,enoCapplicable.APPLICABILITV:MaK~cd'CTION:a.M~one,o$Cheaboveceo~edP.xepumpswcopenubZe,.xm~oneChe~nopeuxbZeequipmentCoOPERABLEa~eMun7dardoepcepaneanddub~a,<eposmaccordance+Mt6.9.20.(HahNe)mesuppnma~oneaten,ayaCem~nopecabZe:l.Esmb~habachup$~eoupprtua~onucmayaCem(eMu'.n24houu,and2.RepoMComeNRCinacco~nceuu'6.9.2,>V(.IP-UNIT23/47-20

?LANTSYST"=PSSURVIVELLANC"-REOUIR""8":NTS<.7.7.1.1The,iresuppressiona.ersysemstall"edemonsrated0?cRAaL=:lI~vsIIIIIvl~~I~a.PC.Aieasonceper31days~:'lIiforatleastWminutesonrecircu'Iation30Atleasonceper31daysbyveriyingthatoperatedorautomatic,intheflowpathisiafbystaringpumpandoperatingflow.$eachvalve,manual,powerniscor,cposition.(Atleastonceper6mcnthsbyperfo,,lanceofasysemflush.gAiesoncper12monthsbycyciingeachtesablevalveinheflewpahthroughaleasoneca..pieecycleaf,ulltravel.openatcngcycleAtIeasonceper~~Mbyperformingasyser',uncional.eswhichincludessimula.edautcmaticacuatianofhesysemthroughoutitsoperatingsequence,and:2.-~.pumpdevelopsatleesf2500'j115phagad&dmxgepcuzme,Cyclingeachvalveinthefowpaththatisnotesmbleduringplantoaerationthroughatleastonecompletecycleoffullravel,and0~g.9.WVeri,yinghateachire'umpsarts(52guentially)tamaintain'hefiresuppressionwate.sysempressuregreaterhanorequalta125psig.816Atleastonoaper3years/bySerforminaflowtestofthesysteminac"ardancawihChapter~Section~ofheFireProtectionHandbook,15~hedition,publishedbyheNationalFireProec-ianAssociation.a.r'o.oI-aPEmeLZAt.leastonceper31daysby:4pumpshallbedemonsraedjIc,Veriyingtl"elueisorageankccntainsatleastQg0$gallonsa>>fuel.>>vrnaIStart-;ngthedieseldrivenpumpfromambientconditionsandaperatingj,argrazar'hancrequaltc30minutesonrcircuiaiorl,low.

SU",-.VE".LL"NCEREOUIPEyE"ITS(Continued)cAtleastonceper92daysbyverifyingtha=asanpieofdieselueImthefuelstoraget-nk,obtainedinaccordancewithA&i-0270"75,iswithinNeacceptableI',misspecifiedinTable1ofAnil097:-r7wnenchecked,orv.'scosity,waterandsediment.openingcsgcleAtleesonceper~~~s,duringshutdown,bysubjectingthedieseloaninspecioninaccordancwiaprocedurespreparedinconjunc=ionwihitsmanuacurer'srecommendationsortheclassofservice.4.7.7.1.3ri'-e$Hebedi'esa1drivenI.-epeeps-.":inc2s-vc1'a:.ary"antandchargershallbedemonsra.edOPEP&l"-:leastonceper7daysbyverifyingthat:2.ibeeiecc17".taieveicieacbipsi~cai'Iisabave.bapIatasone~~eIIsPecificgravity,correc.edto(77)~Fandsuilelec-wlytelevel,isgreasierthanorequalto(1.200},pMoC2.13The~ot,ceIIvolgeisgreaterthanorequaito~voiw,andb.tvAtI~Theove>>allba-eryvoltageisgreatertssanorequalto24volw.ag,ceg,wame,ten.de,<~nod~nIeastonceper92daysbyver'ing4az"4'4.77.1.5.a.me,~u.nopingcue.ieas-oncepe>>~~byverifying=heat:Theceil,cellplatesandbatery",acksshownovisualsndscationofphysicalda,ageorabnormaldeterioration,and2.Call"~"-caIIandarminaic"nnec=ionsareciean,tight,freeof'orrosionandcpatedwithanti-or-,sionmaterial.MNP-UNIT2

PLANTSVSTE((SSPRAYAND/ORSPRINKLERSVSTE((SLIh(ITINGCONDITIONFOROPERATION3.7.7.2The,$oeeouu'.ngopsyanddpninkLwag4C~ahaeebe,OPERABLE:a.SPRAYANOSPRINKLERSYSTB(SSVSTB(NO.BUILOING/ELEVATIONl.2.3.4,0I-3301-34Ll-35(tj-3bEee~caeTunnee-35Eee~caeTunnee-140.Eee~caeTunnee-230Eee~caeTunnee-3155~b.7.8.'1.10.11.12.13.14.15.('1-42M-43OI-44OI-45((t-450J-47(U-52Or-53(0-55((t-57Ol-b0Coi~~eBedg.-Ee.CoettoeBedg.-Ee.CoateeBedg.-Ee.Co~~eBedg.'Ee.Co~eBedg'.-Ee'.CoetxoeBedg.-Ee.Reason,Bedg.-Ee.Rea~eBedg.-H,.Rea~cBedg.-Ee.ReactorBedg.-H,.geueeFmePumpRm.288till30b'-0"214'-0"Co30b'-0"214'-0"Co237'-0"214'-0"Co30b'-0"214'-0"4o237'-0"2400-0"240'-0"175'-0"2b1I0ll-Ee.2bl'-0"NWP-UNIT23/47-23

PLANTSVSTBtSSPRAYAND/ORSPRINKLERSYSTB5LIhlITINGCONDITIONFOROPERATION3.7.7.2(con'4)b.PRE-ACTIONSVSTB5SYSTEMNO.BUILDING/ELEVATIONl.2.3.M-~oN-49N-50U-540I-56Di.esefGenextoeKdg.-EZ.261'-0"NeseLGene~onEMg.-EZ.261'-0"N.eselGenenaton,Kdg.-H,.261'-0"ReactorKdg.-SouthEL.175'-0"4.'o328'-10"ReactoriKdg.-No~EZ.175'-0"Co328'-10"APPLICABILITVMhenev~eqcu'.pmentprotectedby4hespryand/on,sou.numeydCenemrceq~edCobeOPERABLE.ACTION:A.N~oneocmmeo$Neabovereequippedanyand/ocap~nkjefr.ayaCems~noperuxbZe,ivMunonehornesmMQhaFIREMATCHPATROLtu'badv~~mesuppcesaionequipment.B.Ol~one.ozmorceo$Cateabove".eq~edpae-actionayaCemsinopeuzbfe,~psystem.mt,oewithinone,boun.esWb~ha.FIRE0IATCHPATROL~badzup$~e4uppcesaionequipment.C.Reskoee<heayaCemCoOPERABLEa~~~tu'.n14dayaon,pnepmeandcub-artepoMinacco~ncewith6.9.2.D.The,pmvmmmogSeen'.@cation3.0.4menogappZicabge.SURVEILLANCEREQUIREllENTS4.7.7.2Eacho$4ieabove.ceo~edspryandapmnLLen.syaCene.sliaLEbedemom~~edOPERABLE:a.ktLeasConce,pen.31dayabyveau'.fying4zateachvive,manuaL,poiseop~edon,automatic,.in4iego<upatli.ain.~comec,tpos.i,tion.Nh(P-UNIT23/47-24

'PLANTSYST"=,"!c3/4.7.SrRVs'""-MATER'YST:-85RcSIGUAHisREl<<OVAL5""RV.'C-MATTERSYSTEML:s<<ITIHGCONDITIQNFOROPERATIONACIIGN:3.7.1.1TwoindependentresidualheatremovalsarviceAater(RHRSM)sysamsubsystemsshallbaOPERABLEwi-'heachsubsystemcg'",iador:a;-TwoOPcRABLcR,",RSMpumps,andbAnOP'EUBLliowpathcapableof.agingsucionromthe(uit>mateheatsink)and-rane-erringthewaterEhrou'ohareRH.heat-xc"anger.I.APPL:C.'BILIii:OPERATIONALCONOIiIONS1,'2,3,-".-ndE.a.InOP":RATIONALCOHOITIQH,2,or3:s.WithoneRHRSMpumpinoper~wie,resoretheinooerabiapumpto.OP"=RABItatus,Niihin.".Odaysorbeinatlaas-'OTSHUTOQMNwithinthenext12hoursandinCOLDSHURGNHwithinthefollowing24h'ours.2.WithoneRye~pumaina*ohsubsysteminooerele,res-oreatleesone,4~operabieoumotoOPVBLcsta-.uswitNin7daysorbeinatglaas~HQT-SHUTOOMHwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours./3.MihdnaRHRS'sfsubsysteminooerabie,res.oratheinooerablesuos)(st'IltoOP"RABL.Statuswitha'eastonaOPERABLpumpwithin72hoursorbeinatleesHOTSHUTDOWwihin.henext12~hoursaridinCOLOSHUIOOMNwi-hin:,Ne-ol'lowingZShours..WithbothRHRSMsubsystemsinoper=hie,bainatle~Hgi/SHUTOOMNwithin.heno".12hoursandinCKDSHUIOOWN*wi-'hin"hefollowing24hours.b.FnOPERATIONALCOHOITIQH3or4wihtheRHRS'8subsystem(s),whichisassoc-s.aiadwi'thanRHRloopraouiradOPRABLbvSpeciiica-/tion3.4.9.'.or3.4.9.2,inooerable,declare.heassociatedRHRloopirope".ableandtakethaACTIONraouiredbySpecification3.4.9.'r3.4.9'.2,asapplicable.//wnenaveroozn~,.asubsystemsareinooerabie,ifunabletoattainCOLDSHUTOGNNasracquiredby-'hisACTiON,main=-inractorcoolanttampa.aur'as1,6waspracicalbyusaofaltarnaahearmovaimethods.'//

PLANTSYST=HSLIMIT.NGCONDI:ION.=OROPRATIONiCaninued)ACT:(Caninued)(c.nOPERATIONALCONOITION4or5withtheRHRSMsubsys='am'(s-},'wh>ch-':'rassociatedwithan(ECCSpump)requiredOPERABLE.bySpecifica-ion)(3.5.2),inoperable,declaretheassociated(ECCSpump)inoper'eandaketheACTIONrequiredbySpeci'fication(s}(3.5.2).d.InOPERATIONALCONDITION5withheRHRSMpubsysem(s),whichisassociatedwtchanRHRsystemrequiredOPERABLEbySpecification3.9.11.1or3.%11.2,inooerable,declretheassociatedRHRsyseminoperableandtriketheACTIONreouiredbySoecification3.9.11.1or=.9.11.2,asapplicable.SURYEILLANCEREOUIR~RENTS4.7.1.1Eachresidualheatremcrvalservicewaer.svsemsubsysemshallbedemonsraedOPERABl~:a.Atleesonceperylldaysbyver--,jingthateachvalveintheflowpaththatisnot,docked,sealedototherw'usesecuredinposiion,isinitscorrect,josiion.I1b.Byverifying/tahe()watallevelat'theintakesrucureisgreaterthanorequal-a()feetHSL;',/l.Atlesonceper14davswhenhelevelisgreaterhan()feei,SL,and2.Atleastonceper12hourswhenthelevel'slesshanorequal;to()eetPiSL/'Ic.A/t'leesoncper(12)monthsbyveriying:iThe()bot:omconditionsinheviciniyof.theintakestrucure.2.The()stagedischargeratingcurveinheuni'tvicinity.nileesonceper8monthsduringshutdownbyverifyingthateachautamaticvalveservicingsafety-relatedequipmentacuaas.oitscorrectpositiononatessignal.

PI'HTSYST"".ISULr!AT="';;=<<TS:NIl(Optional)IYHkrEHG<HOETTGHFORGPRATEOH23./.'.~(c.APP'A81ACYION:MithheCoThe(urimateheatsink)shallbeOpr:PAHlr:with:IAminim(pasin)~aterlevelaoraboveelevation()HeanSealLvel,O'SGS'datum,.andAnaveraae(basiq)watertemperatureofless.>>anoreaualto(.)F.(ALeas)(twa)OPHAHLEc"ai1ngtower'ans.)ILETY:OPcRATEQHALCQHOL7EQHS1,2,3,-".,".and".lreauirements'f'theabaves"eificationnoisatisfied:EnOP~RAT:OHALCQHOETEQN12or3,beinaleastHOTSH~iQMHwitihinUhou5andinCOLOSHUT004Hwi.hin.henext.24hours..EnGP"PATEONALCQHOETEGH4or5,d'eciaretheRHRSMsysamandtheplantservicewatersysteminooerabieandtaketheACTEOH'eauiredbySpecifications3.7.1.1and3.7.1.2.:nOperationalCorIdiion",declaretheplantsa.vicewatersystem-inoperableandaketheACTEQHrequiredoySpe"ification3.7.'.2.;heprovisions/ofSpeification"..0.3arenotapplicable.SVRVEELrA!iC"-RiQUER2t""HTS/4.7.".3.he(ul~'~mateheatsink)shallbedata.minodOPRABLatlees.once.per:/a.24hoursbyverifyinatileaveraae(basin)water.emperatureandwNa.leveltobewithintheirlimits.I(b...S1,daysbys.artingeachcoolingtower=anromtireconrol.'oom(c,';.onhsbyverifyinathateach(plantserviceuatr)coolingtcwer=ans.artsautomaicallywhentheassociaed(olantsarvicwa-er).loopisinitiated.Mhanharaiir:girradiatedfuel',nhesecor.darycontainment.Pl~IV~QVNIP-UNIT2

j)e>~~CPLANTSYST3/47.3FLQQPPRQTEC;QN(QPTIQNAL")LrMITING~COttpiiONFOROPERAIQt]3.7.3Floodprotectionshallbeprovidedforallsa>etyrelatedsys.ems,com-ponentsandstrucuraswhenthewaterlevelofthe()exceeds()MeanSeaLevelUSGSdatumat().APPLICABILITY:Aal1tirres.ACTION:Miththewaerlevelat(USGSdatum:)aboveelevation()MeanSea.Level-.i'"q~ra..BeinatleastHOT5'riUTDOMN.within,ihenext12>oursandin.COLD;.SHUT-DOWN'wihinhefollowing2-".-hours,andb.Initiateandcompletewihin()hoursthefollowingfloodpro~ectionmesures:2.,andSURVEILLANCEREOUIRB1ENTS4.7.3Thewaterlevelat(limitby:)shiallbedetermined'obewithin.hea.Measuramentat1easonceper24hourswhenhewater1evelisbelowelevation()MeanSeaLevelUSGSdatum,andb.Measurementatleas.onceper2hourswhenthewaterlevelisequaltooraboveelevation()MeanSeaLveldSGS~am;-("rnisspeciricationnotreouir'edltheaclllivoesigllhasadeouaiepassvefloodcontrolprotecionfeaturessuiicientoaces.modatathepesiginBasisFloodident-ifiedinReoulatoryGuide1.59,August1973.)F./ill'IP-UN172

PLANTSVSTB(SSURVEILLAiVCEREgUIRB(ENTS(Co~ued)6.AtZemionceper.12moat@bycycLcngeachCu&blevaLveinChepourpath~ughatLeuCone,completecycLeo((uLLCmveL.c.ktLentonce,pe4opingcycLe:l.Bypen.$onnungasystem(un~onaZCmCmMchincLuduaknuZatedautom~cactuationo$CheauaCem,and:a.Veu.fywsgMat.theace.'om~cvaLvwinViegoivpathac.tuateCoCbeing,comectpoa~oruonaCmCa~naL,and6.CycLutgeachvaLveinAego~upathMatwnoC"MWbZed~gpMntop~on4~ughatZemCone,compLetecycLeo)fuLL~ver.2.ByavmuaL~pmtiono5Nespmyandap~ckLezhead++Coveau'.$y~nteg~y,and3.Bya,vwuaL~pe~ono$each.nozzleCoveau'.$ynoblockage.d.MCecumonce,pen,3youbypm$o~ngan~pe4u4.~ugheachopenheaddp~(and}ap~ntfexleaden.andveau'.$y~ngeachopenheadsp~(and)ap~tLMnozzlemunobdkmcted.iViL{P-UNIT23/47-2S

PLANTSYSTEh5CO2SYSTEMLib(ITINGCONDITIONFOROPERATION3.7.7.3The,$okkouu.ngCO2agaCenashaLLbeOPERABLE:ZONENO.BUILOING/ELEVATIONa.b.c.d.336XL333XL342XL253XLCoattcokBkdg.-EL.261'-0"Co~kBkdg.-EL.261'-0"Co~okBMg.-EL.261'-0"ReactorBLdg.-EL.289'-0"APPLICABILITY:0!henevexequipment@tokenedbyU~eCOayaCembmceq~edCobeOPERABLE.2ACTION:PATROLA.MLS'neoemomeo$.theabovaJ<eq~edCOsystems~noperabke,eMunonehornm~~haFIRE0IATCHWuQ'3bacfzup(BEDauppzepa~oneq~meetJoeSconcemeabinvouchrtedundaetaya~eneon,compone~coukdbedamaged;Joeok'en,uWb~hanhoturZy)~eutchp~ok.B.Rm~oceChezyzCemCoOPERABLEaha".mutMu'n14dayson,peepmeandaubmu.',<eposinaccordance~h6.9.2.C.1he,yMvza~oiuo$Spen'.+~on3.0.4axeno.app&cabke.SURVEiLLANCEREgUIRD(ENTS4.7.7.3.1Eacho$Weabove.rteqcu'reedCOayaCenaahakkbe,demons~edOPERABLEaLeaskonce,pen,31dayabyveau'.fangMateachvakve,,manuaL,powers.operatedon,automatic,~nNego+pathM~~cotwectpoa~on.4.7.7.3.2Eacho$Cheabove>ceo~edLoupancakeCO2ayaCemsaha6'.bedemoie4uu.'edOPERABLE-a.eefemeonaepea7daysbvveav$ye>>gU>eCOeonagecantleveeeobegneaeeneban4'"aboveboeeomo.$Xanbandeoceneeobegneaeeabiea>.275pa~,andb.MLewdoncepmopertatingcycLebyveau.jy~ng:NhlP-UNIT23/4

PLANTSVSTEt5SURVEILLANCEREQUIRE<(ENTS(Continued)1.The,ayaCemvaLvuandmao~edven~~ondamp'ndJ~edoomceLeueme.cha~msa~e,manuaLLyandcmtom~caLCg,uponceceipCo$aa~~edaMuations~gnaL,and2.FLoe)morneach(accmsibRe.)no""Lecuringa,"Pu($Tul".N(P-UNIT27-2~e Jrt PLANTSYSTB<5HALONSYSTElSLIhlITINGCONDITIONFOROPERATION3.7.7.4The,$oLCoieingHerondyaCenszhaLLbeOPERABLE~XheaCo~e&nilhmLngatLeasC958o((uk'ageuleigktZemiand90;o$JuLLcuepcesawte:ZONENO.BUILOING/ELEVATIONa.b.dog.353SG354SG362SG357XG358XG374SG375SG381SG376XGContmkKdg.ContrcoZKdg.ContxolKdg.Co~1iKdg.ContxoLKdg.CoetrcolEEdg.Co'ntwZKdg.Co+VcokMdg.Co+@colEMg.El..288'-6"H,.288'6"EZ.288'-6"H,.288'-6"EL.288'-6"EL.306'-0"EL.306'-0"Ee.306'-0"EL.306'-0"APPLICABILITY:0lhenevMeouipmentpnoCeMedbydseHadronayaCemsasceoccucedCobeOPERABLE.ACTION:a.MMcone,ot'oceo$Weaboveceo~edHajonsystems~noperuzbZe,~cpu.none.houn,mWbLQhaCONTINUOUSFIREtUATCHuuhbacfzupp~eaupp<esa~oneoaipmentfoe<howemeasvariflu.chredundantaydCemson,componentscouldbedamaged;)on,oemmeas,esWb~hanhoun@~meimtchp~oL.b.ReskoceUteayaCemtoOPERABLEa~~kin14daysoepeeparceanddubmu'.acepsinacco~nce~h6.9.2.'.The~vmaonso$Spew'.)ication3.0.4menoCapplicable.SURVEILLANCEREgUIRE<1ENTS4.7.7.4a.Eacho$Weaboveceq~edHadron.systems.shaLLbedemons~edOPERABLE:At'easConcepm31daydbyveau.$ymgChateachvive,manu',powerop~edon,auoptic,inUsegoepad<man~comectpod~tion.b.MLeuConce,pm6monthsbyverdi.$yingHadronaCo~ge.tanlzwightandph.ekedate.c.ktLeas4oncepen,operatingcyMeby:l.Veau.jymgAeayw4emandassoc,catedve>NcCatc,ondamp~andP,".edooa<%easemecha~naa~e,manuaLLyandautomaticaLEy,uponzeceip4o$aaknulatedac.tuitionsignal,andanaiA2.Pen,)ordnanceo$4goivtea~4utough(accesw~blefhead@+andnoz"ResCoassizenobZodzage.MhfP-UNIT23/47-28

PLANTSYSTE>5FIREHOSESTATIONSLIi({ITINGCOMITIONFOROPERATION3.7.7.5The,prochoaea~o>eshou,'ninTabLe3.7.7.5-1whaQ,be,OPERABLE.APPLICABILITY:0lheneve>>.equipme>~inemeasp<ogecedbyNe/mehosee~onsisrteq~edCobe.OPERABLE.ACTION:a.0!ithoneozmoueo$die)mehoseA~o>uwho>>>ninTabZe3.7.7.5-1inopeuxbZe,mate,anadcRtio>aZProchose,oJequaLocgaea'iamete>>.CoAeunpmCectedurea(a))cornanOPERABLEhoiea~oneMu.n1boun.i3<heinoperable(~ehoseisNep~a~meanso$)meeuppcesdion;o~~ise,~uteV>ead~onal!hose>@au.n24hour+.bReskoce4>einopetabZe)~ehodea~on(a)CoOPERABLEd~eMu'.n14dayaocprtepateandsubmita<eposinaccordanceeM<6.9.2.'hepmvmionso$Speci+cation3.0.4menoCapplicable.SURVEILLANCEREQUIRE<(ENTS4.7.7.5EachoE@ate)mehose.shoes.shou>ninTable3.7.7.5-1shaLLbedemons~tedOPERABLE.a,.4tZeasConce,pm31daysbya,vmuaLinspectiono5Ne5i<ehoae4~oruaccessibleduru'.ngpayatop~onWassizeaLLrceqcurcedequipmentwatWeea~on.b.AtLeas4once,pmop~oncyc(!eby:l.KsuaLinspe~ono$meProchoaes~onsnoCaccessibled~ngp&><openationComamaaLLrceq~edeouipme>u'isatdiea~on.2.RemovingMehose(oeinspectionandce-naciu'.ng,and3.I>aped>.ngaLLgasketsand<eyeinganydegradedgasfze,tsinWeecoup&nga.ktLeasConce,per.3yeuxby:PcuttiuLZyope>u'.ngeachhosedCationval'veCoveni$yviveOPERABILITYandnogo>>rMochage.2.Conducingahodehyc0tod~cCesCatapzesameatLeasC50prigaboveChemagnumf~emainopeningpaesacute.>Vh(P-UNIT23/47-29 ,l ?I<<NTSYSTEMSF.-".=NQS-STATEONSLOCATION~CootxokOIdgCoettcolEldg.Coru'mlKdg.Co~olKdg.Co>~olKdg.CoeVcolKdg.CoattolEI!dg.CoetrcolKdg.CoefrcolMdg.Coi~eEldg.'on5toliKdg.N,gaelGen~ocKdg.R.gaelGenmatoeKdg.-"LP/ATION214'-0"214'0"237'0"237'0"250'-0"261'-0"261'0"288'6"288'6"306'0"306'-0"261'-0"261'-0"FHRFHR11730FHR112FHRFHR115FHR114FHR110FHR22FHR33NOSc,RACi(ENOiNTEFECATEON-"-.RW18FHR119FHR113ReamsReavowRea~cReawoke-Real~ReeocRea&ocRedo<ReacocRca&oreReacocReavowReac,lowReac,ton,Rea~o<ReaMorcReagreReasonRea~cReavowM.dg.Kdg.8ldg.Mdg.~g.Mdg.EMg.Mdg.t3ldg.Eldg.Eldg.Kdg.Kdg.8ldg.Eldg.Sldg.EMg.Kdg.BMEg.175'-0"175'-0"175'-0"198'-0"198'-0"198'-0"215'-0"215'0"215'0"240'-0"240'-0"240'-0"261'0"261'0"261'0"261'0"289'-0"289'-0"289'-0"289'-0"FHRFHRFHRjfjR$'HRFHRFHRFHRFHRFHRFHRFHRFHRFHR.FHRFHRFHRFHRFHRFHR0osage-he-6&PABELTTY74901001027811037389997288987179879470788693aiwafe+p-6c-TS-(SR+iVhlP-UNET2-"/47""-0 0 PLANTSYSTEMSVAROFIREHVGRANTSAMOHYDRANTHOSEHOUSESLDIITINGCONDITIONFOROPERATION3.7.7.6The.ymd(~ehycPux~andmaociatedhy~nthosehoubushornin.Table3.7.7.6-1ahaLLbe,OPERABLE.APPLICABILITY:Wheneverequipmentin4<eme+pmCectedbySeeyardprochy~etsceq~edCobe,OPERABLE.ACTIOM-'.VMioneoemoceoJ4iey~)me.kycbmMonasdonaedhydrantho6eholmahoivninTable,3.7.7.6-1inopembke,rtoutedu(scientad~oiMgeng~o$Jurehoweo$eouaLoegceaten.cLuunetmRoc+tedinanadjacentOPERABLEhydncvMhosehorse~oprovideserviceto4heunpcoCecteda.ea(a)<uu'.hinone,boun,i$CheinopertabZe$~ehydrant'ozmaociatedhy~nthosehome,i6Aep~artgmeamo$Pacezuppeuaion;oih~e,<couteanadcKtionaLhose<within24ho~.b.Reckon.edieinoperablehy~~(a)and/on,hosehome(a)Coopera.bZea~w+it:hin14daysonp~epmeandsub~a,<eposinaccordancercMz'.'1.2,Thep<ov~ioiuo$Speci+cation3.0.4menoCapplicable.SURVEILLANCEREgUIRBHEMTS4.7.7.6Eacho$WeyuufP,xeby~~andcuaociatedhydranthosehomesshowninTable3.7.7.6-1ahaLLbe.demon~edOPERABLE:a.AtZeasConc,epm31daysbyvmuaL~petitiono(,thehydranthosehocueComnemeaLLeeqtufredequipmentmatChehosehome.b.AZemionce,pw6mo~,dcuu',ng<(hach,AptuXon,,~(ayandClungSepkembM,Ocobeeon,November,byvmua6!yinspectingeachyutd(~ehycbtantandver)ying%atSeehy~b~M~chyandChatNehy~nt~noCdamaged.c.AtZemConce.pea12mondeby:1.Condu~gahosehybcoa~cCu~ata,penanceaZebu~50prigabove4mmaxunumP".emainopening~esture.2.Replacemento$aLLdegradedgash~incoupLinga.3.Pm)onnu.ngapechecko$eachhydrus<.MHP-UNIT23/47-31

PLANTSYSTEMTABLE3.7.7.5-1FIREHOSESTATIONS(Continued)LOCATIONRaa&oe&1!dg.Rearon&I!dg.Reavow&1!dg.Re,a&oxKdg.Reavow&I!dg.Reason,&Ldg.Ra~oc&Mg.Reavow&1!dg.RaaMoeMdg.RaaMocBl'.dg.Aux.BayiVoMhAux.BayNo~Aux.BayNo&hAux.BayNoMn'ux.BaySo~Aux.BaySo&hAux.BaySouhAux.BagSouthELEVATION306'-0"306'-0"928'-10"328'-10"328r10rr328'-10"353'-10"353'10"353r10353'-10"175'-0"198'-0"215'0"240'-0"175'-0"198'-0"215'-0"240'-0"HOSERACKIOENTIFICATIONFHR69FHR77FHR68FHR76FHR85FHR92FHR67FHR75FHR94FHR91FHR97FHR104FHR96FHR95FHR89FHR82FHR81FHR80iV<IP-UNIT23/47-32

PLANTSYSTEMSTABLE3.7.7.6-1Y"ROF~REHYORANTS."NOASSOCiiTEOHYOR"NT.'".QSEHCUSES'QCQN(")YarufYa&YarcdYarcdYmdYuufYa&HYORANTNUMBERFH4FH6FH.7----FH8FH9FH10FH11OPPABILiTfofsafe+yrelatedequipment.)MAW&iVh<P-OMIT2

PLANTSYSTE<(S3/4.7.8FIRERATE0ASSEMBLIESLIMITINGCONDITIONFOR,OPERATION~Ced~on~i~eeoCectionpmce~es3.7.8MLPatebleu.er,asaembAes,'in~dingumLQ,goo</ceLLinga,cable~yencLoamesandoNee(mebateau.~,separatingaaJetuwe~edPJteareasocseparatingpo~onso$redundantayaCemsimpo~~oza$eshutdown<eithinaProc+tea,andaLLaeaGngdevicesin)me~edawemb@pen~at<,ons,inCuingPAedoom,$~edamp~,caKe,andpipingpen~ationaeaQandvenice'.iomaeaQ,ahab.beOPERABLE.APPLICABILITY:Atanal~ms.ACTION:a.NMxone,ocmomeofNeabove.ceq~ed[me~edasaembAesand/oeaeaLingdevicesinopenabRe,~~aonehornesmblkshaCONTINUOUSFIREMATCHonatZeuConeaideo$Neaffectedassembly(a)and/ocdeaLingdevice(a)oeveau.$yAeOPERABILITYo)(medetectoronatZeasConeaideo$4minoperableassembly(s)and/oreseagoingdevice(s)andes4xb~hanholy(meu.'atchpetcock.b.ReskoceChenon-gunctional'.Pweb~ezpensionsCo)unctionala~usioithin14dayson,peeveandsubmita<eposinaccocduncetv~6.9.2.c.The,pnavmiomo4Spew'.+cation3.0.4atenoCapplicable.SURVEILLANCEREQUIREMENTS4.7.8.1Eacho$Neaboveceqcunedpace~edcusembkiesandaeaGngdevicesahaLLbeveau.@edOPERABLEatLeuConce,pen,opingcyclebupn(onnungavmuaRpectiono$-a.The,exposed.swt$aces.o$each)me>ratedassembly.b.Eachgreedamp'andassoc,iatedh~mme.c.AtZeasC10perccento$eachCppeo$aeafedpen~ation.I)apparentchangesinappearanceon,abnoenatdegmdationsmefound,avmuaLinspectiono(anadditionaL10pertcento$each~upeoJaeaCedpen~ationahaLEbemade.Thuinspectionprocesswharfcontinueu~a10percentsampleequinoapparentchangesinappearanceocabnoenaLdegradationfound.NillPUNIT23/47-34

SUP>V=":LL-'.HC"-REOU.'R"..".=HTS(Cont'.'nued)a.b.C.e.=:-cnofthe=-bovereauired-,iredoorsshallbeverif~iedOP~oL=by:Verifyingthepositionofeachclosedfiredoaraleasonceper24hours.Verifyingthatdoorswithautomatichold-openandreleasemechanismsare,reeofaostruc.iansatleasionceper24hours.Verifyingthepositionafeachlackedclasedfiredooratleastonceper7days.VerifyinatheOPERABiL:TYofthefiredoorsupervisiansystembyperformingaCHAHHELRlHCTiOHALT:-~iatleastorcaper31days.'nspecingtheautomatichold-open,releaseandclasingmechanismandlatchesales-oncepr6months.,Vh<P-UNIT2S/47-g35

P:AHTSYST=MS9=-i<.T.A9'NUoB'f-"~oAS~S~i-"LM~TINGCONDTION.""OROPERATsON9r3.7.RfThemainturbinebypasssvsemshallbeOPERABLE.AP.LCABILTY:OPRATOHALCONOITiOH3..ACiDN:Withthemainturbinebypasssystem;es:orethesystemtoOPERABLss.-tusinoperable,~~JsLl~~withins~~l~houror1I4I>>~THERMALPOWERwsisinreduceTHERMALPOMER'olessthan$25@oTRAT=Dthenext'bours/.SURVE:L)ANCEREQU:R"=MENTS4.7.~~Themain."".binebypasssysemshall'ciemonstraecOPERABLEa-leasonceper:a.P.OpeimtingcycLe>>i~ass1>>~s>>I4sl>>l~l>>l>>~'I>>sPer-.ormingasysamuncionaltestwnichinclu"'ess-'mulatedautomaticac=uatonandverisy'nghateachautomaicvalveact!tatestoascor.ecQdsitson,2.Oemcns".atingTURBINEBYPASSSYST""8RESPONSET'H"mmeWe(oLLoeingxeocu'".em'henmeasured)/cornNewM'.WaLmovemenof4iemaGn6nb~tnea~opvaLveo/i,co~LvaLve,:a)805o$~b~nebemaaya~emcapac,MpohaLL6emWb~hedivy.n0.3second.6)SypaeavaLve,operu'.ngahaLLs~~lu.n0.tsecond.NAP-UNIT20/se

PANCYST=AS3/4,7.o."R=A.='1P"=RATUR=!'."l!.TOR.HG(Opt'onal)~~"'l"-""t("'=;T;GhFOR3PERAT.QH3.7.97hetern"eratureofeacnareashowninTable3.7.9-1shallbemainainedwithinthelimitsindicatedinTable3.7.9-1.APPLICAFILW~:Whenever.heequipmen-inanaf,ec=edareaisrequiredtobeOP=~aL=-.actzav:'Athoneoracreareasexceedingthe:emperaturelimit(s)showninTable3.7.9-':z.Formorethaneigh-hours,inlieuofanyreportrequiredbySpecificaion6.9.L,prepareandsubmitaSpecialRepor.o.theCoraaissionpursuan-toSpecification6.9.2wi.hinthenext30daysprovidingarecordoftheamountbywhichandthecumulativetimethetemperaureintheaf,ec.edareaexceededitslimitandananalysis.odemonsraathecontinuedOPERABILITYofheatec.edecuipment.b.Symorethan30'F,inaddition.o.heSpecialReportrequiredabove,within4hourseitherresorethe'areatowithiniwtemperaturelimiordeclareheequipmentinheaf,ecedareainoperable..SURVEiL~&t(CEREQUEREHEHTS4.7.9ThetemperatureineachoftheareasshowninTable3.7.9-1shallbedeter.inedtobewithiniwlimiatleastonceper~MPours.iVWP-UhlIT2

cj0b.C.d.e.AR"07c1AREATEMPERATURE~~ONITORDlGT&>>PERATURgg>9>To~)hll{P-UNIT2~II8~-

3/4.8ELECTRICALPOMERSYSTE>53/4.8.1A.C.SOURCESLIh(ITINGCONDITIONFOROPERATION3.8.1.1Asami>umum,Ae(olio>>u.ngA.C.elec,tt>icalpogercaomcesshallbeOPERABLE:T>>>ophysicallyindepende>Mcircuitsb~eentheo(5aMe~mmisdionmt>>>oWandWeonsideClasslEM~bLtionsystem,and6.Tluteseparateandindependentdieselgeneuu'.ore,eachutcth:l.AaepcvtatefuelwCo>~edyaCemcontainingami>umomo550,148gamousol1t'>ueZ,eachfoeEDG-1(DivI)andEDG-3(DivII)and'3,879gallonso$fuel(on.EDG-2(KPCS,DivIII).2.Aaep~e(uzi~$mpump.APPLICABILITY:OPERATIONALCONDITIONS1,2,and3.ACTION:Midano$$4Me~cuiinopencble,demo>v~eAeOPERABILITYo$~re.remainingA.C.o$$aitesolace6yperc$oeningSmveiXlanceReq~ement4.8.1.1.1~hin1hornandatleas~once,pm8howuCherceaJ.tm;andSurveillanceReqtunemeM4.8.1.1.2.1.a.4and'/oz4.8.1.1.2.2.a,.4>vMu.n24hoeufoeNedieselgenertaowassorted>>>ihNeinopeutbleo((aMe~cpu.';rcesConeMlear<4>>oo$$aMeci<cults~oOPERABLEa~<tutu.n72ho~onbe.inatLeas~HOTSTANDBY>vMu'.nNenext6howeandinCOLDSHUTDOUNceMu'.nthe5ollo>>>ing30l;ou,a.0>ithEDG-1(DivI)ozEDG-3(DivII)o$dateaboverceqautedA.C.electricalpo>>>e>>.socvccesi>topenuble,*demons~e4>eOPERABILITYo$NeA.C.o$gaMeaomce6ypm$ortnu.ngSurveillanceRea>uxemeat4.8.1.1.1>ecru.n1hornandatleastoncepet8nomaAmea$ker,;andSu>>verRanceRequi>>erne>u.4.8.1.1.2.1.a.4>>>Mun24hoeu;ees~orce<hediese-oenenatoe..oOPERABLEa~us>>>MMn7days"*ore6einatleas~HOTST'4DBY>~binthenext6hocusandinCOLDSHUTDONN>@au.n4'xepolio>ei>>g30hots.ktthenumbe>>.o$gaMutesfoeWeinopeutbledieselindicaedTable4.8-1peetIoItmCheAd~ovalR&iab~yActionspzes~bedinTable,4.8-2andits~chments.'AdieselgenemtocshallbecoruideedCobe,inoperable(corn4e~eo$aatQfieddieneq~eme>Mo$Smv~nceReq~emeat4.8.1.1.2.1.a.1.ELECTRICPOMERSYSTB5""ThemaxunumCo~curve,tuneChat.thedieselgene~opsoqtheonsiteemergencyACpo>>>msystemmaybe.i'n<heINOPERABLEstatusina.givenyean.shallbe17.5days.,Uh(P-UNIT23/48-1

3/4.8ELECTRICALPOMERSYSTB(S3/4.8.'1A.C.SOURCESLD(ITINGCONDITIONFOROPERATIONACTION:(Cont.)c.MMhoneo(fate~~anddowelgen~on,EDG-1(OivI)on,EOG-3(gIi)oJSeeabovercequutedA.C.ele~calpoewaouncminoperable,demoru~eNeOPERABILITYo$WeremainingA.C.o$$aMeaomcebypetjo~~ngSt~iceRequitement4.8.1.1.1<oitlun1hornandatZea4~once.pm8hotuu%crea)~et,andSurcveiQanceRequixemenf:4.8.1.1.2.l.a.4<crau'n8hocvu;zedfozeatRevs~oneo5DieinoperableaocutcMCoOPERABLEa~ccihin12ho~on,beinaf;leas4HOTSTANDBYeMmtNenext6hocusandinCOL17SHUTOOCIN~eitlu.nChe5ollotving30bourn.MMcWedc.gaelgenemtoccuConed~oOPERABLEa~m,followActionStatementa.PJ'S<Useo$]6MeccxcLLtrtssCon,edCoOPERABLE$olloivActionStatementb.5.M~Woo$Aeabove,ceq~edog(aMeA.C.c,wc~inopena.ble,demom~edieOPERABILITYo$EDG-1(OivI)andEOG-3(Nvii)diwQLgeneltatortbbypeA(o~ngSuttveiXQtnceReqtultement4.8.1.1.2.1.a,.4teitlu.n8hocvuuniusdieNoelgenenatomme+Steadyopening;.xuCorceaf:leasCone,o$Neinop~bleo$$aMeaouxcuCoOPERABLEa~m~v~n24hotuuo)tbeinaleakHOTSTANDBY<@au'.nAenext6howe.0lathonlyoneo$$aMesomceenforced,followActionS~emei<a,.WithWoo$WeaboveceouireddowelgenertatomEOG-1(NvI)andEGG-3(NvII)inoperable,demoes4tae,CheOPERABILITYo$~"oo$QMe'A.C.~c~bypan,foeru.ngSurveillanceReq~emeM4.8.1.1.1ioMu,n1hornandatlens~oncepeter.8ho~d<mea$4m;rcuConeatleasCone,o$Neinoperabledowelgeneuu.'omtoOPERABLEd~ecru',n2hocusocbe,inatleasCHOTSTANDBYeMunNenext6ho~andinCOLOSHUTW0JNeithind~e/olloeing30hour+.Iliaone,diMelgemma<mu'.tnuCo~ed,followA~onS~eme&b,M~Nuelgen~ozEGG-2(HPCS,NvIii)o(Weabove,xeqturcedA.C.ele~calpoemaomcuinoperable,demom~eAeOPERABILITYofAeremainingA.C..somcMbypm$onnu'.ngSurveillanceReq~ement4.8.1.1.1eMu.none,boun,andaleakonce,per.8ho~4cmea$~mand4.8.1.1.2.i.a.4utMu'.n8ho~;ce,5ConeWeinoperableNmelgenres,EOG-2(HPCS,NvIII)CoOPERABLEo~<~hin72hokumorat.debatemeHPCSoys~eminopembkeandAte.the,ACTIONneq~edbySpec<.pc~on3.5.1~Thegcovmio>uo(3.0.3dono<apply.Atmenumbers.o$~akimyon.theinoperable%ment.'ndicatedinTable4.8-1,pet(oen.the.AdditionalRe&+6LLctyActionspzmcni.bedinTable4.8-2and~atuxchme~.I)ACTiONSa~)cannoCbemM,sizedseACTIONceq~edbySpec,igcation3.0.4Nh(P-UNIT23/48-2

ELECTRICALPOMERSYSTEMSSURVEILLANCEREoUIRENENTS4.8.1.1.1Eacho)dieabove,xeq~ed~ndependeet~~bMveenCheo$(aMe~umQa~onnetworkandAeonsideClaralE~~b~onayaCemahaLLbedetenmuqedOPERABLEatCeaseonce,pm7daysbyv~$yingcomectbneaknalignmentsandLeNcated-power.avaiZab~4.8.1.1.2.1EDG-1(NvI)andEDG-3(NvII)NeseLgenenatow.ahaLLbedemons~edOPERABLE:Inaccoruhnce~Ace)rtequencyopen.+ed~nTable4.8.1STAGGEREDTESTBASISby:ona1.Pet,)ordnanceogachannel5un~on&~esCo<~redayWnfzLowZevMaGuvn.2.Veu'.gy~ng~he5ueZZevW~n4ie5ueC.sComgeWnh.3.Veu'.$y~ngWa~heJul4mns$ertpumpsa~and.vmns$m(ueCJismMea~onagesysCenCo4~edayWnk,.4.Veu'.fangMeNeseZa~(momamble&con~onandacceZenatesoatZeasC600.cpmmmesaChanoeequat'.Co10seconds.'he,genic@.'on.voltageandfrequencyahaLLbe4160+416vo~and.60+1.2Hz+ithunn10secondsa$Cer.dtea~4<gnaL.TheN.esaZgenoaaha%bea~ed5o~~Zestbyusingoneo(Mefo~uu'.ngaagnaLs-'.)b)c),lfanuatl.NmuZatedZoaao$o$$aMepower,by~W(.SmuttedZoaaofof$aMepowersinconjun~oneitkanESFactuationCesCa~gnaL.AnESFactuation~esCsign&by~5~V~ky<ngWeNeselgeneutton,moyn~ei"ed,ZoadedCog'create"4<anoceaux,W4400ku~andopensesmMzMesc,loaNJoeatLear~60~ninuCes.Veau'.fangAeNeaeCgenenatonmcesConedCoaWndbymode,.'The,ches&generator,.s4xnt(10sec)/roomambientcon~opsshaLCbepenJomedatZeasConcepen.184daysin.theseamveiXCanceCes~.ALLoChen.enginea~foxthepeopleo$~km.smve,c'LEanceCesWngmaybeprecededbyanengine,pzefubeperiodandlon,odmewuvnuppmce~esrecommendedby.themanu$actunAaoBatmechanicaLa~tesaandwercon.fluNese'ngineanu.ainu.=ed.AP-UNIT23/48-3

ELECTRICALPONERSVSTE((SSURVEILLANCEREOUIRB(ENTS(Co~nued)b.c.7.Veu.(yLngCheprf.esaurce~nCheann,a~rzeceiverzsCobegceaCen.ChanozeouaLCo(240pa~aJ""ALeasConcepew14days,rzoCaCeCheNueLgenwaCorzsonjactunggearz,.ALeasConce.pert.31dayaanda)Cerz,eachop~ono(,t'zeNeseLwherzeChepeu'.odo$op~onwarsgneaCmChanocequaLCo1hourzbychectu,ngJoeandrzemovmgaccumuLat'edwaCerz$rzomChedayCanis.d.Once,pert31daybycheetu.ngfoeand/osremovingaccumuLaCed.mmmmJrzomChefueLoMaCorzageCanizs.BycampingnewJulLLnaccordancei~hASTI(04057-81paidCoadd~onCoChe4CorzageCanizrsand:1)Byveau.fyLngMmeetsCherzeoc&remeMopen.+edLnASThl"."-75-81pm'oadcK&onCoCheaConageCanubyChe)oLLowLng:a)AnAPIGrzavMyofeL5mi0.3degrzeesa60Fon,aopec,i.pcgroavMgo$urdu'.n0.0016aC60/60F,whencomparzedCoCheauppLim'sc~gcaCeoeanabaoLuespeci.gcgrzavMyaC60/60Fo$grzeaCnChanonequaLCo0.63buCLessChan'n,equaLCo0.89onanAPIgrzavMyaC60'Fo$gaeaen,ChanocequaL.to27degrzeesbuCLessChanoeequaLCo39degrees.b)A,4,nenaticmzcozMya40'Cofgaea'hanoseouaLCo1.9cen,tisCoizes,buCLessChano<equaLCo4.1ce~Colze,s,L~grzavMyuxornoCdeCenmcnedbycomp~oneu."hChe,euppAen.'sce~Pcation,c)AgashpoLnCequaLCoocgrzeaCeeChan125'F,andAcLemandbnighCappearancewzChpcopen,coLozwhen,tesCedLnaccoru(anceeu.'hASTI)04176-82.2)Byveau'.fang~n31dayso5ob4uru'ngChe,eampLeChaCCheoChmprzoperzCzesapec,i,+ed~nTabLe1o$ASTM0975-81arzemeCwhenCesCedLnaccorzdancei~AS'975-81excepCCiiaCChemzaQwm)ossuLfuxmaybepen.)omenedLnaccorzdanceeMzASThl171552-79on,ASThl02622-82.ALeasConce,everzy31daysbyobCaz'.ru'.nga,dampLeo$(ueLoM(corn.theaCorzageCanizsLnaccordancewithASThl04057-81,andveau.fyLng.thaC.toCaL~cuLaCeconCaminationmLessChan(10mg/Mterz)%TiencheckedLnaccordancecubASThl02276-78.illeChodA.*'Tobe,de,terminedckuu.ngprie-opartationaL.testing.iVJliP-UNIT23/48-4

ELECTRICALPONERSVSTB(SSURVEILLANCEREQUIREMENTS(Co~nued)AtLeas<onceper.opingcycLe,druu.ngshutdown,by:1)Subjectrng4redreseLtoaninspection~naccordancer~hpzocedu>respcepa>red~nconjunctr'.one'er~manu>IIac.~e>r.'scecommen~oru(on,.tkcscEasao$aWndbyanv~ce.2)Veau.)yingChedreseLgenetatoecapablyto<ejectaLoado$greaten,thanoxeauaEto1125ho(EK-1NvI)and750lrN(EDG-3NvII)rr>tu'Zemar'.ntar'.~gengr'>respeed<755o$Chedr'.)(essencebetrr>eennomr,>raEspeedandOreov~peed4u.paQ'pointoe154aboveno>>rr'.naE,rvlu.eheven,3)Ve>u.(ying.thedr'.eseLgenenatoccapabstyCo<ejectaLoadof4400fwrcMroutt~pp~ng.The,geneAatoevoLtageahaEE>rotexceed4576voLtsdungandgoLEoroingtheLoad<ejector'on.4)ZunuLatUIgaLocao$o$$aLtepox',by~eL(,and:b)Ve>u'.$y~gdeene>rg~zationo$Aeemergencybu6aesandLoadzheddvrgframWeerne>rgencybusau.Ve>u.)y~gWedr'.eseLgene>>atom.s~onNecanto-a~a~gnaE,en'>raze>sWeemergencybushes~pe>rmane>MyconnectedLoadsrerun10seconds,enengLzesAeautoconnected(ahutdorr>n}Loads(~ughWe~edeLayzeLayz}andope>ratesfoegrteate>r.ojr.equalW5>>rvrutesr>>MZe~gene~osmLoadedrrrEthNeahutdorr>n'oads.A(ke>r,ene>rgiz~on,Chesteadyz~evoLtageandiI<equencyo$.Oreerne>rgencybushesahaEEbemavr.tru,nedat4160+416voLtsand60+1.2HzCkuu'.ng~5)Veau.>>>yLng~onanECCSactuatr'.onCesCa~gnaE,rr>withoutLocaofo$$aMepou>e>r.,WeCh.eseLgenercaton,a~onNeauto-a4av.'~naEandope>uu.'esonaWndbyfoegreaten.~ocequaECo5nu'.nMes.The,genenatafr.voLtageand)frequencyahaELbe4160+416voLtsand60+1.2HzutMu.n10secondsa)Ce>r.Ne~o-a~s~gnaE;Westeadya~egene>rata'oLtageandfrequencyshaLEbe,mar.etainedrr>&kinMescLU~dwung4~6)SunuLati.ngaLocao$o$$a~epowe>r.~nconjunct.oneQ'3anECCSactru~onCesCaagnaE,and:a)Ve>u.fy~gdeene>rgLzationo$AeemergencybusanandLoadsaheddrng$mmNeerne>rgencybiases.i'JWP-UNIT2b)Veau.)y~gWedr.eseLgene>rato4a~onNeauto-a~d~naE,ene>razesAeenetcgencybussescubperunanentEyconnectedRoadsr>>Mhin10seconds,eneugzesAeauto-connected(ahMdou>n)Loads~ughAe.tunedeLayxeLarwandope>ratesfoegrceate>r.Manon.equaE4o5>>rin&esrvhiLegenetatoz~Loadedwith.Ne6>>agencyLoads.A)~eeeneitg~zation,Oresteady4~evoLtageandfrequencyo)WeemetujencybussesahaEEbemar'.ntar'nedat4160+416vo~and60+1.2Hzdutu,ngd~3/48-5

ELECTRICALPOMERSVSTB(SSURVEILLANCEREUIRB(EMTS(Continued)7)Veu.)y~ngChataLLauComaticNeseL~paateauComaC~caLQgbypaweduponLoaao5vo~eonCheemergencybusconctuvzenCt'aihanECCSactuationoignaLexcepCengineove/tspeedandgene~osN.t((ezeetiMc~enC.8)Vemjy~ngCheNeseLgenenaton.operatesfoeatZeas.='4ho~.Duu'.ngChe$~C2ho~oftu'.sesC,CheN.easelgenera'.ozshaLLbeZoadedCogceatmChanoceouaLCo4840lztv.Dvigu.ngChezenat'.ru.ng22howeo$~.tesC,ChedieseLgene/tatoeshaLLbe,LoadedCo'4400kw.The,general'orat,vo~eandgrtaquencyahaLLbe4160+416vo~and60+1.2HztvMurt10,secondsa(Cen.Chea~a~gnaLChehCeadyaCategenertatoevo~eand$<equencyahaLLbe.maintat.ned~kinVteseLintt'.4dtuu'.ng~0/Mu.n5nu.nuCesa)Cerecompf~ltgCps24-hotvtCe,sC,pmJomSut'v~itceReo~emenC4.8.1.1.2.l.g4)b)"q)Veau'.(y~ng,thedieseLgeneruzore'.scapablyCo:t(anuaU,ya)synchronizetatihChe,o(fableponce,tohi2eChegene~osmLoadedtttiCh~emergencyLoadsupona.sknuLatedcesCo~ono(o$$aMepoem,b)T~)en.~RoadsCoCheo$$aMepoemsotvtce,andc.)8ecesConedCo~aCandbusCaCus.10)V~(kgChat~ChedieseLgenenjxonoping~naCesCmodeandconnecCedCo~bus,aaknuLatedECCSacCuationaignaLovez-~desCheCesCmode.by(1)rceCu~ngCheNeseLgene/taton.CoaCandbyoperation,and(2)auComatt'.caLLyenergizesateeneftgencyZoacistttt'Cho))a~tepoult,.;1)Veu'.5yingChatChe,gueZCzansgeepwnpCzans5ew5ueLgeomeach(ueLsConageCank,Co~asaocuu.'eddayMtk,.'~StvtveiLCanceReo~emenC4.8.1.1.2.14)b)mnoCa.....@mnoa~facto~ycompleCed,etc,C.IitsCead,.thedc.eseLorcepeate,pceceNna24hocut,CesopeQ4400,fMjo4o)tehouzo~unCLLopeningCempefuzehasaCab~Lt'zed.iVh(P-UNIT2

ELECTRICALPOSERSVSTB(SSURVEILLANCEREflUIRBi(EMTS(Continued)12)V~(y~gMatMe~edelmarc~zarceOPERABLECheante/fva('.b~eeneachLoadblock.<@Mud+10'$~design~ate/f,vs.13)Veau.)y~ngMatNe$o&oec,ngdie(stgene/faton,LockoutfeaturespreventN.eseLgenenatozs~ng:a)TurcLinggeon,engagedb)EmergencysCoph.AfkexanymoN.P.canonsfvMchcod%a$$eMdieselgene/fatso~ntmdependencebya~ngaQ.dies'eneftatorthEOG-1(NvI);EOG-2(HPCS,NvIII);EOG-3(O~vII)amuLtaneousZy,dunkngshutdown,andverdify~nthataLLfLf.esel~)o<gcaoaatoaoaccctccatctoattcaotf600a(om3-(Kii~(,EDG3(A-v3((;.inlessChanocequaLCo10seconds.Veau.fangMatd~eauto-connectedCom4toeachdies&geneuu."on.donoCexceedChe2000-hou/f..~ngo$4750lavJoeEOG-1(NvI);EOG-3(NvIT)and2850hvyon.EOG-2900cpmJoeEOG-2(KPCS,OivIII)ulkichcoul'daffectaima~ngaya~embyverifyingChatfrithaQ,dieselgene3faocauf.a~xeceiveuprcesauu'.=edComesaChanorateon'to240naigand.~'mcornpcesbom,seethed,beginning(mornambientconditionsNedies&gene/fatoch~atZeas~5consecutive~esmMaccMetatesCo600.@m+35.C~Aleas~once,pen,10ye~by:1)Or~~ungecch)uraloM.sCo~e~Ik.,cemov~ngtheaccumuI'.atedzedkneetandMeaLingAeCanfulusingaso&urnhypockCo~eon.eqcu'.va(!entao~on,and2)Pelf(owningapce(sausageCes~o$Chosepo~onso$diedieseL(ueZoMayaCendesigned4oSectionIII,subsectionNOojtheAS3(ECode~acco~nce<vu.'hASIDECodeSectionIIA~MeISO-5000.Nl(P-UNIT23/48-7

ELECTRICALPONERSVSTE<5SURVEILLANCE'REOUIRBIENTS4.8.1.1.2.2EGG-2(HPCS,NvIII)dimeLgen~on,shaLLbedemons~edOPERABLE-a.InaccordancewiChChe(frequencyopen.+edinTable4.8.11.Veau.gg~ngChefueLZeveLinCheday~2.Ver.fangChe5ueLLeveL~nChe(ueLaComgeCanful.3.Veau.fangCheJul~(en,pumpa~and~$eru(ueL(cornCheaCoexgeayaCemCoChedayCan/z.4.Veau.(y~ngChe,NmeLa~$mmam&enCcon~onandacceLerurmCoaCLeuC870rtpm~nZuaChanon,equaLCo10second.Thegen~ocvieand$rtequencyahaLLbe,4160+416vo~and60+1.2HziuMu'.n10seconda)CmChea~a~gnaL.TheNueLgenemt'oeshaLLbea~edfoe~CuCbywringoneo$Che$oLLowc,nga~gnaLs-.a)b)c)d)hfanuaL.S~ulaCedLocao(o$$aMepowmby~SmuLaCedZoaao$o$faMepoeMinconjunMioni~anESFaMuaCionCm~aignaL.AnESFact~onCebCb~gnaLby~5.V~fymgChedimeLgene~oxwaync&tonizedandloadedCo>2600KwandopetatewiCh~broadfort,aCleuC60minus.6.Veu.)y~gCheNmeLgen~oem4e6Co~edCoCheaCandbymode,7.Verdi.(y~ngChepeerage~aLLNmeLgeneuu.'oe~a~xeceiveuCobegceaCen.ChanocequaLCo215pa~g.b.AClecuConce.pm31daysanda(Cmeachop~ono5CheNer.eLwhmeChepeu'.odo$op~onwargrceaCMChanoe'equaLCo1boulebychedu'.ngJoeandrtenovingaccumuLaCed~err./cornChedayCanis.c,.Once.pen.31daysbycheckfoeand/on..xemov~ngaccumuLaCedwa.tert~momChe,fueloMaComgeAxed.ByaampkutgnewfueLoM~nacco~ncewiChASTM04057-81pm'oad~ionCoChezCoruu)eMxiunM:1)Byveau'.$yingMme~Checeq~eme~speci+ed,inAS~(l0975-81pm',CoadditionCoCheaCocageCanisbyChe,)oLEoieing:iVMP-UNIT23/48-8

ELECTRICALPOMERSYSTEh(SSURVEILLANCEREUIRB(ENTSa)AnAPIGnaviCyo$+Man0.3degneesat60Fona,epee,c,pcgnaviCyo5<cajun0.0016aC60/60'F,whencompanedCoCheauppkien,'dcenCipcateonanabao~eapecipcgnaviCyat'0/60Fo$gneaten.Chanon,equaLCo0.83buC4esaChanonequaLCo0.89on,anAPIgnavMyat60'Fo$gneatenChanonequaLCo27dhgneesbuCLessC(zanonequaLCo39degnees.b)AkinematicvmcoziCya40Cc(gneaaAAranon.equaLCo1.9caetQCokes,buCleseChanonequaZCo4.1ceztisCokes,i(gnaviCyicasnoCdeCennu'.nedbycompanisonizziChCheauppMen.'acenCipcation,c,)A)LashpoinCequaLCocjoygneatenChan125F,andd)AcZeut,andbnighCappeananceiviChpnopen,colonwhenCesCedinaccondanceizziChASTi(D4176-82.2)Byveau'.$yingiiziC(iin31dayao$obCainingCheaampLe.thatCheoChenpnopenCiesapeu.+edwzTable1o$ASTWD975-81arsemeCwhenCesCedinaccondanceeMzASTh(D975-81excepCChatCheanaLpdm[on,wuL)unmaybepen,$onm'edinaccondanceNiChAS'(D1552-79onASSND2622-82.e,)ACZeasConceeveny31daysbuobCaiMngasamplec()ueLoManomChe.sConageCanduinaccondancewiChAS'(D4057-81,andveau.$yingCfzatCoCaLpanCicuLaCeco~nationisLestClzan(10mg/~enj'~vlzencheckedinaccondancewiChASTi(D2276-78,MethodAASTih(D2622-82.5)ACZeasConce,opingcycZe,Cpu'.ngahuCdoimz,by:1)SubjectingChediebeLCoaninspectioninacccndanceizziChpnocedunespnepanedinconjunctioniiziChi'anu)acCunen,'anecommendatio>zs[on,cLasao$aCandbyaenvice.2)Veu.)yingClzedieselgenenaoncapabiLiy.toneglectaLoad,o$gneaen,Chano<eouaLCo2433'wwMLemainCainingenginespeed<755o(Che,di(jenencebetweennomizzaLspeedandCheovenspeed'.tnipdeCpoinCon,155abovenominaL,whichever.is3)Veni(syingChedieseLgenenatoncapabiLiCy.Conejec.taLoadeouaLCo2600kw~ouCupping.Thegenenaton,voLCageahaLLnoCexceed5842vo~duningandfoLLoieingCheLoadnejection.4)SimuLatingalocao$o)/aiCepoemby~eL(,and:a.)b)Veau.)yingde-enengizationo$Cheemengencybus.Veu'.$yingChedieseLgenenaton,a~onCheauCo-aCanC.signaL,enengi=esCheemengencubusicithChepenmanentLyconnec,tedLoadsuu'.t(zin13secondsandopenates$cngneaen,Clianon,equaL.ic5minuteswhiLeiCsgenenaton,isLoaded.A)Cenenengi=aicn,JzesCeadusCatevoLtagea>id~nequencyc(.iliaemengenctgbusshaZ<bemainyu'.nedaC4160+416voLtsand60+1.2H"duru'.ngthistest.'HPCSpumpmc.tcnmted.Loado52433kwcanbeachievedby1673gpmgZcwaC1225psi.Ni<(P-UNIT23/48-9

ELECTRICALPONERSVSTE<5SURVEILLANCEREQUIRB(ENTS(Continued)5)Veau.f<Jing4~onanECCSactuationCu4aignaL,<@&toutlornao(o4QMepore<<,,4iediMeLgeneAaton.a~on41mauto-d~h~gnaLaiidopenusondWndbyfoxgrate<<.4>anocequaLto5minim.The,gen~<voyageandfrequencyahaLLbe4160+416vo~and60+1.2Hz<cu.'bin10recon&a(CetoWe<mto-d~d~gnaL;<headead<1s~egene<atocvol.tageand(eequenc<JahaLLbe,maintainedu.nthee~~chuu.ng8m6)Zun~ngaZoaao$o$)aMepo<vert,inconjunctionec,thanECCSactuationCedCaagnaL,and:a)Veu.(usingde-en'<<,g~z~ono$Vieemertgenc<Jbm.b)Veu'.(going4~eNeeeLgene<<atomw~onNemu.'o-a~a~gnaL,eneAgazeAWeemecgenc<JbudmMiNepenmaneetkilconnectedLoad<<anddteauo-connectedemergencyLoad<eMu'.n10secondandop~M)on,gaeaeeWanozequaLCo5nu,nuts<AcZe~gene~on,mLoadedeuJitheemergencyCod.A(~en,ene~~zation,diealready4~evoyage(n,equen"uo(4~eemergencybmohaLLbereu.etainedat4160+416vo~60+1.2Hzduru'.ngUm7)VeM)y~ng~iataLLautomaticdiMeZ~psmeautomaticaLLgbupmdeduponlocao('voyageon4heemergencybmconc~eM<v~hanECCSactuationaignaLexceptengine,ov~peedandgen~ondifgeeentiaL~eat.Ve~(usingMed<.ueEgenercatorr,openus)oxatZen~24hots+.Ocuu'.ngVie$~C2hocuso$~<uC,WediueLgeneratorshaLLbe,Loaded~ogaea'uuton,equaLW2850hv.O~ngthecemcu.>u.ng22hocuso$U~CM~,Wediesel,genetatocahaLLbe,loadedE2600ho(continuo'ng).The.genenatoevoLtage,andg.xequencyahaLLbe4160+416vo~and60+1.2Hz~n10second<<a$CecSee4~4<gnaL~ebread<J4~e9ene<<atM,voyageand(hequencu4haLLbemaintained<cpu'.ntheeKin~dcuu.ng~Cu~.NMu.n5minutea$Cen.completingthan24-bountu4,pe<<$orunSunveM'anceReqcu'r<.ement4.8.1.l.2.2.>,4)b).>>'JSunv~nceRequirceme&4.8.1.1.2.2.>..4)b)mnoCa~gacto~<Jcomplied,noCnecmaa~~onepe<v"Chepreceding24hornCm~.In<<~cad,.the,dimeLgenenaton.maybe,ope<<ated>2600h<v(continuo(a~ng)(ocone,boun.oc<U~oping.tempetc~ehewamazed.9/48-10

ELECTRICALPONERSr/STEr5SURVEILLANCEREOUIRB(ENTS(Co)tinued)9)Ve~frjingChedr'.eseLgenitor'zcapablyNorWanuaLLya)ayncfAonizer~Neo$$aMepoemhowtceukcLe<hegeneuu.'on.Loadedroithitemsem~encyLoa4uponadimuLatedcersCoruu".<.ono(o))sitepoem,b)Texnsfmitsbroads~oDieo$$aMepouts,aouru'.e,andc)8enersCoced~oitsa~dbya~us.10)Veu'.$yingMatrrrMtNedieseLgeneruu.'oeoperatingina~esCmodeandconnectedCo~bus,adime@.'edECCSactuar.onzignaLover.-ru.dmdmCesCmode,by(1)cMcuteingAedr'.eseLgenemo<Co64cwdbyope~on,and(2)automatr.caLLyenergizesNeemergence)Roadserr'.tho$QMepowm.11)Veu.5yingChatAe5ueR~eegnpumpWansge/rs5ueLgeomgueLatonetankCoChedayWnk.12)Veau'.(yingChatOre(oLLorer'ngdieseLgenmMozLockout(eatunespreventdierseLgene~on,a~ng:a)Engine,in,~laintenancemode,b)DieseLgenoaon,Zoclroutg.AgCetanymoN.P~oiu1)rvfuchcouLda$(feedieseLgenemtoeinterdependencebya~ngaLLdieseLgenercatomEOG-1(OivI);EOG-2(HPCS,NvIII);EOG-3(OivII)simultaneously,d~ng.shutdown,andverdi.)yingChaaLLdieseLgen~omacceZe~e4oatLeas4600cpm(onEOG-1(DivI),EOG-3(OivII);900cpm)on,EOG-2(HPCS,OivIII)inLessthanon.equaLCo10second.Veu'.$yingChMCheauto-connectedLomb4.'oeachdieseLgen~oedonoCexceeddate2000-horvr,rantingo54750krv(on,EDG-1(OivI);EDG-3(OivII)and2850krufoeEOG-2(HPCS,DivIII).2)whichcouLda$$eMaimsing.systembyveau'.$ying4uu".reMr.aLLdieseLgenemtort+inad&.receiversprcesswu'zedgoLewAranoeequaLto215prigandQmcompneszomexecu,<ed,beginning)mornambientconfro~a<edeseLgen~o~~~Weemg5come~ve~esandacceL~uCo870cpm+3:.h.AtLeasConcepm10ye~byobtainingeach)ueLoiLsConageink,removingNeaccumuLatedaedimentandcLeaning.the,tankusinga.alodiumhypochLo~eon.eqru'.vaZeM.solution.M<tP-UNIT23/48-11

ELECTRICPOWERSYSTEHSTable4.8.1bEESELGENERATORTESTSCHEDULENumberofFailureinLast20ValidTests+.Tes.FreauencAtleastonceper31days2Atleas.onceper7days~IIdfIIId.IIItdtshallbeinaccordancewithRegulatoryPosition.C.2.eofRegulatoryGuide1;108,Revison1,August1977,whereihenurrberoftessandfailuresisdeterminedonaperdieselgeneratorbasis.Forthepurposesofthistesschedule,onlyvalid.es.sconductedafter.heOLissuanceda.eshallbeincludedinthecor;,putationofthe"las.20validtess."Thistes.frequencyshallbemaintainedun.ilsevenconsecutivefailurefreedemandshavebeenperformedandthenurser.offa!luresinthelas.20validdemandshasbeenreducedtooneorless.%P-UNIT23/48-12

TABLE4.S-2ADOITIOHAL'KLIABILITYACTIONSHo.offailuresHooffailuresinlast20inlast100validtest'alidtests.Act<acWithin14daysprepareandmaintainareportforHRCauditdescribingChedieselgenerator~liabilityimprovementprogram",implementedacthesite.NinimumrequirementsforthereportareindicatedinAt,.achmen.1tothisCable.5Declarethedieselgeneratorinoperable.Performarequali-ficationtestprogramfortheaffectedd)ese3generator.Requalifica:iontestprogramrequirementsareindicatedinA..achment2tothistable.3/48-13

ATTACHMENT1TOTABLE4.8-2REPORTINGREOUIREHEHTIAsaminimumtheReliabilityImprovementProgramreportforHRCauditshallinclude:a)asugaryofalltests(validandinvalid)thatoccurredwithinthetimeperiodoverwhichthe<ast20/100validtestswereperformedb)analysisoffailuresanddeterminationofrootcausesoffailuresc)evaluationofeachof'herecortsrtendationsofNUREG/CR-0660,"'EnhancementofOnsfteEmergencyOfeselGeneratorReliabilityfnOperatingReactors,"withrespecttotheirapplicationtothePlantd)identi.icationofallactionstakenortobetakento1)correc.therootcausesoffailuresdefinedinb)aboveand2)achieveageneralimprovementofdieselgeneratorreliabilitye)thescheduleforimplementation+eachactionfromd)abovef)anassessment'ftheexistfagreriabilityofelectricpowertoenginered-safety-featureequipmentOncealicenseehas.,preparedandmaintainaninitialreportdetailingthedieselgeneratorreliabilityimprovenentprogramathissite,asdefinedabove,thelicense.nedprepareonlyasupplementalreportw'ihin14daysaftereachfai1'ureduringavaliddemandforso1ongastheaffecteddieselgeneratorunitcontinuestoviolatethecriteria(3/20or6/100)forthereliabilityimprovementprogramremedialac.ion.Thesupplementalreportneedonlyupdatethefailure/demandhistoryFortheaffec:eddieselgeneratorunitsincethelastreportforthatdieselgenerator.Thesupplementalreportshallalsopresentananalysisofthefailure(s)~itharootcausedetermination,ifpossible;andshalldelineateanyfur.herprocedural,hardwareoroperationalchangestobeincorporatedintothesitedieselgeneratorimprovementprogram.andtheschedulefox'mplementation.ofthosechanges.Inadditionto:heabove,submitayearlydatareportonthedieselgeneratorreliability.~*\I9/08-14

ATTACHMENT2TOTABLE4.8-2OIESKI.Gc,.0GRAM(1)Performsevenconsecutivesuccessfuldemandswithoutafailurewithin30daysofdieselgeneratorbeingrestoredtooperablestatusandfourteenconsecutivesuccessfuldemandswithouta.failurewithin75daysofdieselgeneratorofbeingrestoredtooperablestatus.(2)Ifafailureoccursduringthefirstseventestsintherequalificationtestprogram,performsevensuccessfuldemandswithoutanadditionalfailurewithin30day'sofdieselgeneratorofbeingrestoredtoope~ablestatus.andfourtanconsecutivesuccessfuldemandswithoutafailurewithin75daysofbeingrestoredtooperablestatus.{3)Ifafailureoccursduringthesecondseventests(tass8through14)of(1)above,performfourteenconsecutivesuccessfuldemands~withoutanadditionalfailurewithin75daysofthefailurewhichoccurredduringtheraqualificat~ontasting.(4)Followingthesecondfailureduringtherequalificationtestprogram,beinatleesHOTSTANQBYwithintheneW6hoursandCOLOSHUTDOWNwithinthefol~fng30hours.(5)Ouringrequalification.tas~fngthedieselgeneratorshouldnotbetastedmorefraquentTythanat24-hourfntarvals.Afteradieselgeneratorhasbeensuccessfullyrequalified,subsequentrepeatedraqualfficatfontestswillnotberequiredforthatdieselgeneratorunderthefollowingconditions:(a)Thenumberoffailuresinthelast20validdemandsislessthan5.(b).Thenumberoffailuresinthelast100validdemandsislessthan11.(c)Intheeventthatfollowingsuccessfulrequalificationofadieselgenerator,.thenumberoffailuresisstillinexcessoftheremedialac.ioncriteria(aand/orbabove)thefollowingexcept'orwillbealloweduntilthedieselgeneratorisnolongerinviolationoftheremedialactioncriteria(aand/orbabove).Requalificationtastingwillnotberaouiradprovidedthataftereachvaliddemand'thenumberof.failurs.inthelast20and/or100validdemands,hasnot,.increased..Qnca.'thediesel.generatnris.nolongerinvfoIationoitheremedialactfon.'criteriaabovetheprovisionsof'.-:...thosacdtao,f.aalonewi1T.prevaf-l.MP-PifIT28-rS

ELECTRICALPOMERSYSTch5A.C.SOURCES-SHUTDOWNLIMITINGCONDITIONFOROPERATION3.8.1.2Asanu,rumum,ChefocusingA.C.<e~caLpowert.aocuccesahabbeOPERABLE:One,~nu.tbetweenNeo$faMe~num@sionnetworkanddieonsideC~alEdQ~butionaye~em,andb.Dies&gen~on,EDG-1(NvI)ocEDG-3(OivII),and@chefgenertaton,EDG-2(HPCS,NvIII)urhen4mHPCSayaCemmrcequcrtedCobe,OPERABLE,equieachdc,esej.genenatonhaving:l.A(uMsCo~esysCencoataim.ngamuwnumo(50,148gaQonsoJJulfoeEDG-1(0~vI)oeEDG-3(NvII)andone,fueLoMalonesystemcontaining33,879oa6lonso$$uetlJoeEDG-2(HPCS,D<vIII)whenHPCSmzequcrtedCobe,operable.2.A(uet'.Stave)eApumppen.ceq~edcKeseZaye~em.APPLICABILITY:OPERATIONALCONDITIONS4,5and'.ACTION:4equcrteda.NMhmesaSianot's$aMeccrc~and/o<ches&genertatoruEDG-1(NvI)o<EDG-3(NvII)o$~eabove.<equcrtedA.C.eZe~caLpoisedsourcesOpERABLE,suspendCOREALTERATIONS,hancKingo$~diated(uzi~nAie.seconctcutycontainment,opercatcons~apotential(gcc&caimngAerteacton,vesselandortaneop~or@overt,Nespent)ue('.a4omgepoolcohen)ue4assembliesatea~omdNertein.InccdcKtion,inOPERATIONALCONDITION5,<ventVsewaetc.ZevWLese4hccn.'22'-9"above.diercea~cnrtesacvcevessel/ange,ediu.'eZy~au'.~ecomectiveac'won..o.xcsConeWecequcrt,edpoco'ources~oOPERABLEs.;"cscasoonasp~~~caL.b.01M'c.eseggenertatocEDG-2(HPCS,NvIII}ofNeaboveceq~edA.C.eLe~cal!pocven,eocucces~nopertabh,xesCoze4m~operabledieselgmertatocEDG-2(HPCS,NvIII)koOPERABLE4~usutMu'.n72ho~orede~eNeHPCSoyaCemmopenabZeandmmeCheACTION.xeqLc'rtedbySperi.g.cation3.5.2and3.5.3.Thep~vm~onso$Speci+cation3.0.4orlnoCapplicable.SURVEILLANCEREgUIREh(ENTS4.8.1.2MZeasCAteabove,ceq~edA.C.Me~caZpoco',souccw>ahaEEbe.denons~edOPERABLEpert.ScucveiXLanceRequircemeets4.8.1.1.1,4.8.1.1.2.1,exceptfoetheceacccrteneMo$4.8.1.1.2.la.5and4.8.1.1.2.2a.5.e'henhancKingLydiaed)ueLi.nDieaecondortycoetcu.eneM.3/48-16

c'"TRICALPOWERS'(STEMS3/4.8.2O.C.SOURCESQ.C.SOURCES-OPERATINGLIMITNGCONOITIONFOROP'ERATION3.8.Z.1Asaminimum,thefollowingO.C.electr'.'calpowersouresshallbeOP'ERABLE:Ia.OivisionQ+;cansistingafl.125voltbattery~.2BYS"BAT2AZ.one125voltfullcapacitycharger.IIb.Oivisian~,consistingof:1.)25voltbattery(-'HR.2BYS"BAT2BZ.on125valtfullcapacitycharger.IIIc.Oivisian~,consistingof:1.125voltbattery~2BYS'BAT2CZ.ane125voltfullcapacitycharger.APPLICABILITY:OPERATIONALCONOITIONS1,2and3.ACTION:IIIa.WitheitherOivision~orOivision(~bateryand/orchargeroftheaboverequirdO.C.electricalpowersourcesinoperable;restoretheinoperabledivisionbatterytoOP'ERABLEstatuswithin2haursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLOSHUTOOWNwithinthefollowing24hours.IIIb.WithOivisianQ+"batteryand/orchargeroftheaboverequiredO.C.electricalpowersourcesinoperable,declaretheHPCSsysteminaperableandtaketheACTIONrequiredbySpecification3.5.1.SURVE':LLANCEREOUIRElENTS4.8.2.1EachoftheaboverequiredL?5-voltbatteriesandchargersshallbedemonstratedOPERABLE:a.Atleastanceper7daysbyverifyingthat:-1.TheparametersinTable4.8.2.1-LmeettheCategoryAlimits,andZ.Totalbateryterminalvoltageisgreaterthanarequalto150~-voltsonfloatcharge.'wtv~ncemnoCcequirced~$<he~nopenabZeChmgeemmade,openableo~cheimbedbach-upcharge<mplacedbach.cnaexvaceei.t1u'.n15minutesaoMoimngAu)@Mute.3/48-~%PP-UNT2

b.~eked28VSBAT2A,gc~erc~qo4equaLCo492ampe/ru;b~eug2BYS'BAT28,gaea'anotequaLgo449amp'duning6enext118emetico$6eCuC),andb~~2BYS*BAT2C,gramManoeequaL4o'8amp'd~ngnet8mu~uo$4ieCmC).EL"CTRECALPOWER5YSTE~153UR'IEELUNCEROUEREPEHTSContinued)d.107b.Atleasonceper92daysandwithin7+1aysaf.erabatterydischargewithbateryterminalvoltagebelow~'-volts,orbatteryoverchargewithbatteryterminalvoltageabove~-volts,byverifyingthat:)4cTheparametersinTable4.8.2.1-XmeettheCategoryBlimits,2.Thereisnovisiblecorrosionateitherterminalsotconnectors,Saaaone.oatofeveryPve3.Theaverageelectrolytetemperatureoferconnectedcells.isabove$60FP.c.Atleastonceper~~byverifyingthat:Thecalls,cellplatesandbatteryracksshownovisualindicationorphysicaldamageorabnormaldeterioration,2.Thecell-to-cellandterminalconnectionsareclean,tight,freeofcorrosionandcoatedwithanti-corrosionmaterial,ishanareoual-to-gi50-.x-J.'N<4n20so$.the.1M'ce4eaZnghd~<.ng<<'.'.ruz'on.4.Thebatterychargerwallsupplv:.ETI1.ForOivisions~and(~,aileast$300)amperesataminimumorfiick)unitsforatiaastga)hours.2.ForOivisionW-atleastg50)amperesataminimumof$125)voltsforatleast44)hours.ope~ngcljcte.Atleastonceper~~4;duringshutdown,byverifyinathateither:l.Thebatterycapacityisadequatetosupplyand/maintaininOPERABLEsatusalloftheactualemergencyloadsfor~hoursrorOivisionsEl)andE2)-and~hoursforOivisiong3)whenthe~bateryis'subjectedtoa/batteryservicetest,or22.Thebatterycapacityisadequateosupplyadummvloadofthefollowingprorileawhilemaintainingthebatter/terminalvoltagegreater'hanopequalto~10)volts.28fS.BAT2Aa)Battery~,greaterthanorequalto<<>56)amperes;battalJ28YS'BAT28~,greaterthanorequalto457$)amoeres;andbatter.f2BVS~BAT2C~,greaterthanorequalo@0)amperesduringtheinitial60secondpj~htes.b)8e~y-'greaterthanorequalto(492)amperes;battery-2BVS~BAT28+8+;-greater-":ha.ampe~~nd~e+y--remaip4erafthefir~~V~'BAT2nc)Batterj~,greaterthanorequalto$4+amperes;battery2BVS~BAT28(4R,greaterthanorequalto<<$0Q-amoeres;andbattery28YS'BAT2C~~,greaterthanorequaltog14)amoeresduringtheremainderofthe@)-hourtes.-UNIT223/4B-R18

"7RqCA<ROWER5'(5~EJQ55UP/E:LLANCEREOUIRB1EHTS(Continued)2~Atleastonceper60monthsduringshutdownbyverifyingthatthebatterycapacityisatleast80~ofthemanufacturer'sratingwhensubjectedtoaperformancedischargetest.Atthisonceper60monthinterval,thisperformancedischargetestmaybeperformedinlieuofthebatteryservicetest.opingcymeAtleastonceperHHaaH:-hsduringshutdownverformancedischargetestsofbaterycapacityshallbegiventoanybatterythatshowssignsofdegradationorhasreached85oftheservicelife"expected.fortheapplication.Oegradationisindicatedwhenthebatterycapacitydropsmorethan10%ofratedcapacityfromitsaverageonpreviousperformancetests,orisbelow90".oofthemanufac.urer'srating.i%PP-PiIIT2QU3/48-M19

ABLE4.P..Z.~":"AitERY5'URVEiL'i'(CŽREOUTR~HTSCATcGORYA()CAT-;ORYB(2)ParameterElectrolyteLevel."ioatYoItaoeLimitsforeachdesignatedpilotcell>Hinimumlevelirtdicationmark,and<~o"abovema"imumlevelindicationmark>2.23voltsLimitsfcreachconnec=edcail>MinimumIevelindicationmark,and<q"abovemmimumlevelindicationmark>2.~volts(')Allowable()valueforeachconnectedceilAbcveopofplates~andnotoverf',cwing>2.07volts"-oeciiicyk)>P200)-(b)AveraaeofaiIc"nnec=adcalls>$:.205)-Hotmorethan.020belcwheaveraoeo'fallconnecadcallsAverageofallconte~ad(r-,aiis)Corre~adforaectrolytetemperatureandlevel.Orbatterychargingcurrentislessthan$2)-ampereswhenonfioatcharge.Naybecorrecedioraverageelec.roiytetemperature.().oranyCataooryAparameter(s)outsidethelimit(s)shown,thebat~~maybeconsideredQP"=RABl""providedthatwihiiin24hcursal;-theCategoryBmeasurementsaretakenandioundtobewithintheirallowablevalues,andprovidedallCategoryAand8oarametar(s)arerestoredtowithinlimitswithinthertext6days.ForartyCaaoory8parameter(s)outsidehelimit(s)shown,the"aterymaybeconsideredOPERABLprovidedthat,theCategory8paramearsarewihinheirallowablevaluesandpro'v',dedtheCategory8parameter(s)arerestoredtowithinlimitswi.hiin7days.AnyCagoryBparameternowithinisaIiowabievalueindicatesanincpermfe'"a-ary.iiumoars-inparentrtesesassumeamanuracturer'srecommienoea-,uiic;iarge3/48-~0

='RAL?OWERi(ST"-ASSOURC=S-SiiUTOOWH>lrTIHGCONOITIOHFOROPERATIONIII3.8.2.2Asaminimum,Division~orDivision(~.ana,linenthe.'..CSsystemisrequitedobeOPERABL=,Division~oftneD.C.elec=r'.calpowerSaurCeSShallbeOPERABLE~ith:IIIId.Division~)consistingor:l.125voltbattery~.28YS'BAT2A2.onel25voltfullcaoacitycharger.IIb.Division$>consistingor:l.125voltbatterj~2BYSBAT2B2.one125voltfullcapacitycharger.IIIc.Division+3>consistingor:l.125voltbatteryW~2BYS'BAT2C2.one125voltfullcapacitycharger.APPL:CABiLITY:OPERATIONALCOHOITIOHS<,5ano'.'C'fOH'.C.IIIWithlessthantheOivision~and/orDivisiong2$batteryand/orcharger"5ftheaboverequiredO.C.elec:r.'calpowersourcesOPERABLE,suspendCOREALTERATIOHS,handlingofirradiatedfuelinhesecondarycontainmentandooerations~ithapotentialrordrainingthereactorves'sel.IIIWithGivisiong3,batteryand/or'chargeroftheaooverequireoO.C.electricalpowersourcesinooerable,"eclare:heHPCSsysteminoperableandtaketheACTIONrequired'Soecification3.5.2and3.5.3.TheprovisionsorSpecification3.0.&arenot,applicable.SUR'gEILLANCEREQUIREMENTSa.-'.2.2AtleasttheaboverequiredbatteryandchargershallbedemonstrateoOPERABLEperSurveillanceRequirement-'..8.2.'.'Wnennana>ng;rraoiiatadr'uelin.hesecondarycontainment.'urcveiLCance,mnoCrcea~ed~$We~noperuzbZechatu3e/r.mmadeopermbZe,on.Che~ns~edbach-upduvcge/t.Lepierced~n.sertv~ce,eMun15miiuu'.es(okfoieingJie,RP-UNIT221

ELECTRICALPQ/ERSYSTB53/4.8.3ONSITEPOO/ERDISTRIBUTIONSVSTE<6DISTRIBUTEOM-OPERATENGLDtITIMGCONDITIONFOROPERATION3.8.3.1The$oMowingpowndis~b~onagaCemdivisionsaha%be,enetgiedwMiWebnealzeuopenbetweenredundantbaseswctu'.n4heunu.':a.A.C.Power,gis~b~onl.OivmionI,consistingo$:a.4160vsA.C.b.600voMA.C.Loadcentm/WCC'a/MsC.paneLs..c..240/120voMand208/120voltA.C.cKs~b~onpanels.2.DivisionII,consmWngo$:a..4160vsA.C.bus.b.600vo&AC~LoadcentM/<<YACC4/Mht.paneLs~c,.240/120vsand208/120vsA.C.<Ks~b~onpane@.3.OivmionIII,coru~Wngo):a,.4160voLtA.C.bLs.b.600voltA.C.,4fCCc.240/120voMand208/120vsA.C.dQ~b~onpanM.b.0.C.?owen.8m~b~onG.ashocA.c4.edl.OivmionI,consw~tgo$125voMO.C.Rcitchgem,,<(CCandsk.pane@.Pan&28YSP<VL-201A,28VS"?NL-202A,28YPML-204A.~doc,v4.ed2.Oiv~ionII,conbwWngo$125voM0.C.Swit<'hgearc,lHCCand0m'.panes.Pane&2BVS?NL-2018,28VS"PNL-2028,28YSPML-2048.pashoc,MtedgivmionIII,conswWngo)125voltO.C.Switchgearc,<ilCCand"Msk.paneLs.PanaQ28YS'PNL-201C,2BYSPNL-202C,28YS'PNL-204C.APPLICABILITY:OPERATIONALCONOITIONS1,2,and3.ACTION:Foe,A.C.powmdQ~bation:1.01'ither'0ivmionEocgivwionIIo(4heabove,.<eqLL<edA.CcKs~b-~onayaCemnoCenergized,.te-energizethedivision~ecru'.n8ho>unozbeinat<caskHOTSHUTOONNwithinAenet12hoeuandinCOLOSHUTOONN~hinMe$oMowing24howu.2.NMh%unionIIIo$WeaboveceouLnzdA.C.dumLbut<.onaga~emno4energized,de~eVieHPCSsue<eminoperableand~eCheACTIONd'eau.~<edbgSpeci+caion3.5.1.%P-UNIT23/48-22

='CTRICALPOWERSYSTEHSLL~1ITIHGCONOITIONFOROPERATIONContinued)ACT{ON:{"ontinued)ForO.C.powerdistribution:III1.WitheitherOivision~orOivision~oftheaboverequiredO.C.distributionsystemnotenergized,re-energizethedivisionwithin2hoursorbeinatleastHOTSHUTGOWHwithinthenextI2hoursandinCOLOSHUTGOWHwithinthefollowing24hours.III2.WithOivision~oftheaboverequiredO.C.distributionsystemnotenergized,declaretheHPCSsysteminoperableandtaketheACTIONrequiredbySpecification3.5.i.SUVEILLANCEREOUIRB1EHTS4.8.3.lEachoftheaboverequiredpowerdistributionsysemdivisionsshallbedeterminedenergizedatleastonceper7daysbyverifyingcorrectbreakeralignment.Csee~:duppZ{J"73/48-W23

ELECTRICALPONERSVSTB5DISTRIBUTION-SHUTDOMNLIMITINGCONDITIONFOROPERATION3.8.3.2Maminimum,Ae$o&otoingpoewcLQ~butionayaCemdivmioesahaLLbeenQAgkzed:a.FoeA.C.poem~~bution,DivisionIor>DivisionII,andwhenAeHPCShgh4emDivisionIIIisceps'tedCobeOPERABLE,w~tk:1.DivisionIcorumWngoJ:a.4160voMA.C.bm.b.600voLtA.C.LoadCenters/ACC'o/Dmz.PaneXs.c.240/120voMand208/120voMA.C.cRs~bMionpane@.2.DivisionIIcoru~Wngo$:a.4160volt'.C.bue.b.600voLtA.C.LoadCent~/h(CC'a/Ns~.PaneLs.c.240ll20voMand208/120voMA.C.dia~butionpanels.3;DivisionIIIco>umWngo$-a.4160voMA.C.bm.b.600voMA.C.LoadCenteru/lHCC'a/Dmk.Pane&.c.208/120voLand208/120voMA.C.ckb~butionpanels.b.FoeD.C.poulard',cKs~bution,DivisionIoeDivisionII,andebenCheHPCSag4emDivisionIIImacquittedCobeOPERABLE,+MAL:l.DivisionI,corumWngof125voMD.C.Seitchgem,ACCandDie~.Pane@.2.DivisionII,coruwWngo$125voMD.C.S+Mchgean,,</CCandDmk.Pane@.3.DivisionIII,commWngof125voMD.C.S~chgem,,<1CCandDmk.PaneL>.APPLICABILITV:OPERATIONALCONDITIONS4,5andA/henhandLing~RatedJulinAeReac.toeBM<<u.ng.'iiiP-UNIT23/48-24

ELECTRICALPOWER5'(STEHS'L4IITIINGCONOITIOHFOROPERATIONContinuedACTION:ForA.C..powerdistribution:2.IIIWithlessthanOivisionQ4-and/orOivision~oftheaboverequiredA.C.distributionsystemenergized,suspendCOREALTERATIONS,handlingofirradiatedfuelinhesecondarycontainmentandoperationswithapotentialfordrainingthereactorvessel.IIIWithOivision~oftheaboverquiredA.C.disributionsystemnotenergized,declaretheHPCSsysteminoperaoleandtaketheACTIOHreouiredbySpecification3.5.2and3.5.3.C.ForO.C.powerdistribution:IIIWithlessthanOivision/cI+~orOivision+2+oftheaboverequiredO.C.distributionsystemenergized,suspendCOREALTERATIONS,handlingofirradiatedfuelinthe+RE,&oxandoperationswithapotentialfordrainingthereactorvessel.,B~&ngIII'2.WithOivision~oftheaboverequiredO.C.dismibutionsysemnotenergized,declaretheHPCSsysteminoperableandtaketheACTIONrequiredbySpecification3.5.2and3.5.3.I~ITheprovisionsofSpecification3.0..3arenotapplicable.SURVEILLANCEREOUIREHEHTS4.8.3.2Atleasttheaboverequiredpowerdistr',butionsystemdivisionsshallbedeterminedenergizedatleastonceper7daysbyverifyingcorrec:~breakeralignmentage-oa-~xsses7'MC~~nI.rs.3/48-M25

='CTRICALPOWERSYSTE.IS3/<.8.'LECTRICALEOUIPMEHTPROTECTYEOEY'.CESCIRCUITSINSIDEPRIMARYCQNTAIHMEHTLIMITIHGCONOITIONFOROPERATION"3.8.4.1AtleastthefollowingA.0.circuitsinsideprimarycontainmenshallbede-energized":24(KR-CRNS2h<HR-CRN4~hlCC2NHS-C005a.Circuitnumbers(0,,and4)in~().b.Circuitnumbers(,"",and)inpanel(LATER).No4e:~g~~ngiCommunicateConveu'.enceAPPLICABILITY:OPERATIONALCONOITIONS1,2and3.o~M~c~uuXLbeincluded~vixen<ieymeassigned.'Aithanyofheaboverequi~edcircuitsenergized,tripheassociatedcircuitbreaker(s)inthespecifiedpanel(s)within1hour.~~SURYEILLANCEREOUIREMEHTS'4.8.4.1EachoftheaboverequiredA.C.circuitsshallbedeterminedtobede-ene'rgized.andmudzed-uo0+ioe<opoviwascensionand$oMoeingP.naLNyve6!~pe~on.~"&<captatleastonceper31daysiflocked,sealedorotner~isesecuredin-thetripped-condition;-,NMP-UNIT2GE-STS~R~3/48-W2b

?rEq-YS-~S?RIHARYC"NT"iHMEHTP""Hc.'RAT:OHC"HDUCTORGVERCURRENT?ROTECTVEOEVICESL:NItHGC".HDeT:CHFORGPERAT::OH3.8.4.2Ailprimarycontainmen.penetrationccnducorc~o.rcurrentpraectsve'evicsshowninTable3.8.4.2-1shallbeOPERABLE.APPL:CAQILI7f:QP=RAIIONALCQWOITIQNSI,2and3.'VION:a.Withoneormoraofthapr.maryconainrentpanat-.anionconductorover=or-.ntaratac:ivedevicesshowninTable3.8.4.2-1inoperable,declaretheaffectedsvsemorcomponentinoperableandapplytheapprooriateACT.OHstatementfcrtheaf,ec.adsysemand:43.8i.For~orj25)kYcircuitbreakers,de-energi-ehe(.or1.25}kYcircuit(s}bytripoingtheasscciaadredundantcircuitbreaker(s)within72hoursandverifytheredundantcircuitbreakertobe:gippeg~tIeasanceper7daysth~er.*-I>>IL\2.Forkc6-volgcircuibreakers,rmovetheia'coerabieciruibreaker(s)framserviceby(rackingoutthebreaker)w~=.nin72hoursandverifyIi~tnereaf.er.v~ndQconne,ctedpoamonOthe~isa,beinatleastHOTSHUTDGQIwi.hin".hen~mt12hoursandinCGLGSI-'.UTOGMNwithinthe.oilowing24hours.13.8-.'..b.Lneprovisions/PoeSoeciication3.0.4arenotappI>cabletoovercurrentdevicesin~orl.25)kVcircuitwhichhaveheirreundantcircuibreakerstrippedorto~voItc'.rcuitswhichhavetheinoperablecircuibvv'onnected.SURVE:LL~HCEREOUTR~~EHTS4.8.4.2Fachcftheprima~.containmentpenarationcanducorcvercurrentpra-tacvedevicesshowninTable3.8.4.2-1shallbedemons-ratedGPERABL"=:-a.AtIeasonceper~:~s.oP~n9cP~<r13.8and1.25KV1.Byverifyinghathemediumvoltage~KV}cer=uitbreakersareGPRABL"-byselecting,cnarotatingbasis,atlees"IGaafNecircuibreakers(ofeachvoltagelevel)andperforming:a)ACHANNELC'L:BRA~iOHcftheassociatedprate~;verelavs,andb)Anintegratedsys.amfuncanaltaswhichincludessimulatedaut"..aticacaticnofthesysemandverifying.hatechrelayandassocatedcircuitbreakersandovercurrentcanthalcircuitsunc-.ianasdesignedardasspecifiedinTable3.8.3.2"I.%P-UNIT2Qi=~iS(IiR-C).c)Fareachcircuitbreakerfoundinoperabledur',nathesefunct"'analtests,anadditionalroo~santativesampleoratleast10~of'llthe'crcuitbreakersoftheinope.wiei~eshallalsobefunc=icnailyastadun"ilnomorefailuresarecundorallc.'r"uitbreake.safthattypehavebeenfunctionallyasted.3/48"27

=r=CTRICALPCN"RSYSihrSSURVELLLAIVCREOUTR~HTS(Continued)Byselectingand:unc.ionaliyiesiingarepresentativesampleofatIes1'feachtypeoflowervolup'ci.witbrakers.Ciruitbreakersselectedforfunciionaltestingshallbeselecadonarotatingbasi>s.Forthelowervoltage.circuitbreakersthenominaltripsetpointandshortcircuitresponsetimesarelistdinTable3.8.4.2-.Zesingofthosecircuit,brakersshallconsistofinjectingacur,eatine"cessof120~ofihebreakersnominalsetpointandmeasuringtheresponseiime..Themeasuredresponsetimewillbe~aredtothemanu>acurer'sdaiaioinsu~eihat,iiislessihanoreoualtoavalue>or.esicurrens"ecifiadbythe=~ufacmrer.Ciruibreakersfoundinoperableduringfunc.ionalsir~shallbe".s:aredtoQPr=RA3rL:-statuspriortoresurirgoperation.Forachcircuiibreaker>oundinoperableduringthesefunctional.sw,anaddiiianalrepresentativesanpIe.ofaleastiGŽafailhecircuitbreakersoftheinoperab>Ie'iceshallalsobefunc.ionaliyaseduntilnomorefailuresarefmmdorallcrcuitbreakersofihattvpehavebeenfu~wanaliytested.Byselectinaand>unctionally.asinga.pmsantaNvesampl>eofeachtypeaffuseanaroaingbasis.Eachrprsan~tivesampleof>usessnailincludeaileasilCofailfuseso>hattype.me>uncional.sshallconsistofano~esrucive".esistancameasure...ntaswhichdemons-:,ates'"aCthefusemetsiismanu>ac=urer>sdesiancri.aria.Fsesfoundinoperabledurino=hasefunc.ion-ias-ingshallbereplacdwithQPE.'SaL="fusespriorioresumingoperaiion.Foreachfusefound'noper&reduringthesefunci>onaiiasis,anaddiion@1representativesamplofailees2Q~ofallfusesofthaitype.shallbeunc-anally'es.eduntilnomorefailuresarefoundorallf'>sesofthatCypehavebeen>uncicnallyis.ed.b.Ailees.encepe>>60monhsbysuoiecingeachcir"iibreakertoan~-.insoecianandpreveni',vemainianancainaccordswi5procadu'respreparedinconjuncionwiihiismanufacurer'srecoraendatianse~~~~r~~r

SERVICE<ANDLOCATION13.8kvCKT.BRKR.2EPSSMG001'2EPS"SMG0022iVPS-SMG0042EPS*SMG0032EPSSMG0042NPS-SMG0054.16/wCKT.BRKR.2iVNS-SMG011-92hlNS-SMG013-1600vA.C.CKT.BRKR.1.Type:ITEEF2EHSh(CC1022EHS"h(CC1032EHSh(CC3022EHSh(CC9032NHS-h(CC0112NHS-h(CC0122NHS-h(CC0142EHSh(CC3022EHSMCC3032NHS-h(CCOll2NHS-h(CC012Type,:ITEHE2VHS-h(CC005-7B2NHS-h(CC005-7C2hlHS-h(CC014TABLE3.8.4.2-1jTRIPSETPOIiVT400amp400ampLTR400amp400ampLTR30amp30amp30amp30amp30amp30amp3'0amp70amp70amp70amp70amp100amp100amp30ampRESPONSETD(E5cycLu5cyc(!m5cycLu5cycLer5cycLu5cycLu5cycLm5cycLm1cycLe1cycLe1cucLe1circLe,1cycLe1cycLe,1cucLe,1cyc(!e1cycLe,1cycLe,1cycLe1cycLe1cucLe1cycleSYSTEh(POMERED2RCS-P1A'2RCS-PlA2RCS-WGlA2RCS-P1B2RCS-P1B2RCS-h(G1B2RCS-h(G1A2RCS-h(G1BHCS,RHSh(SS,CCPOER,OFRICSMCS,h(SSOFS,RCSCCF,i(SSHCSRHS,MCSORSRHS,MCS,ORSRHS,MCS,ORSRHS,MCS,ORS2h(HR-CRN32h(HC-CRN4RCSFUSES1.Type,:SHAMh(UTATh(,%dg~AmpTrina,pFmeRK-1AmpTmpFareRK-5Fa~TrrapFme2.Type:BUSSifANNh(IiV1h(IN2h(Ihl3h(IN5h(liV103amp30amp30amp1amp2amp3amp5amp10amp9/48-28duoubCoetrcoLandInb&umeet;c.nnu'.QV~oaeCoettoLandIi+4".umenCc'LcKcw 0 ELECTRICALPOWERSYSTEHSREACTORPROTECTIONSYSTBfELECTRICPOWERMONITORING(SCRAE(SOLEhlONS)--LIMITINO-CONOITIONFOR"OPERATION'UPS.WfthoneRPSeTectricpower/monf'torfngchannelforanfnserviceinoperablepowermonftoringchanneltoOPERABLEstatuswfthin72hoursarremovetheassociatedRPSUPS-srrpp4yfromservice.UPSWithbothRPS~IelecricpowermanitaringchannelsforaninserviceRPSinoperable,restore'at1easoneelecricpowermanitoringchanneltoOPERABtr:statuswithin30minutesorremovetheassociatedRPSHQ-set-ov-alternate--power-UPSmp~fromservice.b./UPS.(EPA'z)~'.8.4.3TwoRPSr'electricpower-monftoring.channelsforeachfnserviceRPSHC.~oralternate,sourceshallbeOPERABLE.UPSAPPLICABILITY:Ata11times.ACTION:SURVEILLANCEREDUIREHEHTS4.8.4.3TheabovespecifiedRPSpowermonitoringchannelsinstrumentationshallbedeterminedQPEKSLEra.Atleastonceper6monthbyperformanceafaCHANNELFUNCTIONALTEST,andoptingcrtcEe,b.AtleastonceperB3-eea4hs-bydemonstrating-theOPERABILITYafavervoltage,undervoltageandunderfrequencyprotectiveinstrumentationbyperformanceofaCHANNELCALEBRATIOHincludingsimulatedautomaticacuatianoftheproteciverelays,trippinglogicandoutputcircuitbreakersandverifyingthefollowingsetpaints.1.Overvoltage<(132)VAC,VAC(BusA),Vac(BusB),(t32v)"2.Undervoltage>(108)VAC,and>>VAC(BusA),"VAC(BusB),round(t3.Underfrequency>(57)Hx.,-0+2sS&po~~,an&valuesgobebasedonsMertrem,unernen4smdePnedPmagnSpecr'.+cationShe&22A3066AB,8v)>>nRPSimp-tJZXZ2~STS(BWR/5-)3/48~129

ELECR'CALPOWERSYSE!is'REACTORPROTECTIONSYSTEHELECTRICPOWERi&NITORING'HITINGCONDITIONFOROPERATION(EPA'a)38.<.4TwoRPSelec.ricpowermonioringchannelsforeachinserviceRPS!GsetoralternatesourceshallbeOPRABLE.APPLICABILITY:Atal1times.ACTION:b.WithoneRPSelectricpowermonitorirgchannelforaninserviceRPSi4!Gsetoralternatepowersupplyinoperable,restoretheinoperablepowermonitoringchanneltoOPERABLEstatuswithin72-hoursorremovetheassociatedPPSMGset'oralternatepowersupplyfromservice.WithbothRPSelectricpowermonitoringchannelsforaninsetviceRPSNGsetoralternatepowersupplyinoperable,restoreatleastoneelectricpowermonitoringchanneltoOPERABLEstatuswihin30minutesorremovetheassociatedRPSHGsetoralternatepowersupplyfromservice.SURVEIL'LANCEREOUIREHENTS<.8.4.4TheabovespecifiedRPSpowermonitoringchannelsinstrumentationshallbedeterminedOP'ERABLE:a.Atleasonceper6monthbyperformanceofaCHANNEFUNCTIONALTEST,and0QJlcUA,(tgcp&ab.At:1easonceperbydemonstratingtheOPERABILITYofovervoltage,undervoltageandunderfrequencyprotectiveinstrumentationbyperformanceofaCHANNELCALIBRATIONincludingsimulatedautomaticactuationoftheprotectiverelays,rippinglogicandoutputcircuitbreakersandverifyingthefollowingsetpoints.1.Overvoltage(~9-VAG;<<VAC(BuaA),<<<VAC(BarB),(132v)2.Undervoltage>~~A~Lnd<<VAC(BmA),)<<VAC(BubB),a(td3..Underfrequency>(57)Hz,-0+29<<In~.se+o~ets,P(taLvaLuM.tobebmedona~t'e(((emuxene((Naade,onedinRPSgmignSpan'.gcatio(tShe&22A3066AB.(Ii108v)'IIIIII(~%P-UNIT2GF6(5(BWRj~3/<8".2S30

TRICALPOWERSYSTEMSROTOROPERATEDVALVESTH"-CHALOVE?LOAOPROTECTION(Optional-HoSy"assed)IL.ITIHGCOHOITIOHFOROPERATION3.8.4.3>Thethermaloverioadprotectionofeachvalveshownin~Table3.8.4.3-~shallbe0/ERASli=.ApoLICSBELITYi'hooeverthemotoroperatedva'Iveisrequiredtobeapophhto.acTIQN:Withthethermaloverloadprotecionforoneormoreoheaboverequiredvalvesinoperable,bypasstheinoperablethermaloveroadwithin8hours;resoretheinooerablethermaoverloadtoOPERABI~satusthin30daysordeclareheafsecedvalve(s)iparableandapplytheappopriateACTEQHsatament(s)-ortbearestedsystem(siSURVEILLANCEREQUIRHEHTS4.8.4.3ThethermaloverloadprotecnfortheaboverequiredvalvesshallbedemonsratedOPERABLEatleesoneerl8monthsandfollowingmaintenanceonthemotorstarterbytheperfo.ncedfaCHAHHELCALEBRATEOHofarepresent-ativesamoleofatleast2~~ofa1therm1overloadsfortheaboverequiredvalves.-WiIT2iS(SWRPS)-3/48-23b

MA/j~'SYSiH(S),'Fr="TEQBYPASS'EYICE(Continuous)(AccidentConditionsHcVAlYENUMBERTAB'3.8.4.3"1MOTOROPERATEDVALVES78ERMAlOVERLOADPROT"CTOH~~'~~~%P-UHI'Z2~ŽTS(BWR/5)3t;8-Ze

='CTR:CALPQ'n'ERSYSTEMSMOTOROPERATEDYALY5THERMALQYRLOAOPROT=C:IOsY(Oatanal-Bvpassed)LIMITIHQCONDITIONFOROPERATION.4.Thethermaloverloadproac;onofeachvalveshowninTabId3.8.4.-"-Ishabebypassed(coninuously)(or)(onlyunderacidenconditiahs)(,asappiible,)byanOPERABI~bypassdeviceinegralwiththemotorstar.er.APPLICABxITY:'wheneverhemooroperatedvalveis~~~4.beOPRASL.AC.'IOH:Withhohermaoverloadproec.'onforoneora:"reof~gaverequired-valvesnotbypasd(continuously)(or)(onlyundracc'dentcordistions}(,asapplicable,)byanOPERABLEintegralbypassdevice,~~~inis".ativeac.ion-:-a-.continuouslyby"shehermaloverload'wihin8oursordeclareheaifeeadvalve(s)inogr~DIeandapplYtheap~~eACTIONsaament(s)for-heaiiectedsvstem(s}.SVRYF'rL'HCEREOVIRIEHTSs4.8.4.3.~onehe-...aloverload"roteiofortheabovereouiredvalvesshaii-beveri,iedtobebvpassed(consuously(or)(onlvunderaccidentcond-.iors)(,asapplicable,)byanOPERABLEtaalbypassdevice.by(verifyingthatthe.her.->>aIoverloadprotectionisby-asdfor".osetiermaloverloadswhicharecontnuouslybypassedande.",porarilplacedinorceonlywnenhevalvemoorsareundergoingperiodi.corrainterce+est;ng)(and)(or)(heperformanceofaCHANNELFUHCTIONALTESToftheypasscq,ruiry,orhosethermaloverloadswhicharenormallyinorcedur'plantorationandbypassedunderacŽidenconditions}:Atleastonceper(18monthsorhosthermaloverloadswhicharecaninuouslybssedand"emporarilyacedinforceonlywnenhevalvemotorsaeundergoingperiodicor,intenar.-tasting)(and)(or)(atleaonceper)(92daysforthos.hermaioverloadswhicharano-..a11in,orcduringplantoperati,'bvpas-adonlyunderaccientconditions).Followimainenancaonthemotorsarer.(4.8.4.3.2Thehermaioverloadprotecionfor.heabovereiredvalveswhicharecontinuouslybypassedandtemporarilyplacdinoronlywhenthe-valse-motor"sundergoingperiodicormaintenancetesingshall+averiiedtobebypassafollow',ngpar;odico-,r;aintenancatasinodurinowbic.tbetaenia'I-eve~adro.ec.ionwasem"orarilyplacedinforce.)NlP-UNIT2Tc(igRd)3/48-2"=a

3/4.9REFUELINGOPERATIONS3/4.9.1REA~iRMOOESWITCHLIHITIHGCOHOITIOHFOROPERATION3.9.1ThereactormodeswitchshallbeOPERABLEandlockedintheShutdownorRefuelposition.Whenthereactormodes~itchislockedintheRefuelposition:a.AcontrolrodshallnotbewithdrawnunlesstheRefuelpositionone-rodmutinterlockisOPERABLE.b.COREALTcCATIOHSshallnotbeperformedusingequipmentassociatedwithaRefuelpositioninterlockunlessatleastthefollowingassoci-atedRefuelpositioninterlocksareOPERABLEforsuchequipment.AT7rodsin.2Refuelplatformposition.3;Refuelplatformhoistsfuel"loaded.4.Fuelgrappleposition.5.Serviceplatformhoistfuel-loaded.~-Sorrel-range-aio~~ountvate~APPLICABIL~i:OPTIONALCOHOZiION~k.ACTEN:ia.WiththereactormodeswitchnotlockedintheShutdownorRefuelpositionasspecified,suspendCOREALTERATIONSandlockthereac.ormodeswitchintheShutdownorRefuelposition.bWiththeone"rod-outinterlockinoperablelockthereactormodeswitcherintheShutdownpositionc.WithanyoftheaboverequiredRefuelpositionequipmentinterlocksinoperable,suspendCOREAL1~WTIONSwithequipment.associatedwiththeinoperableRefuelpositionequipmentinterlock."SeeSpeciales-exceptions3.10.1and3.10.3.hereactorshallbemaintainedinOPERATIONALCOHOITIOH5wheneverfuelisinthereactorvesselwiththevesselheadclosureboltslessthanullytensionedorwiththeheadremoved.-.go~on-oesthe-switch-interlock-fu~ds-ar-Ub'IT2GE-STS(SWR/5)3/49-I r REFUELINGOPERATIONSSURVEILLANCEREUIREHENTS'.9.l.1ThereactormodeswitchshallbeverifiedtobelockedintheShutdownorRefuelpositionasspecified:a.Mithin2hourspriorto:1.BeginningCOREALTERATIOHS,and2.ResumingCOREALTERATIONSwhenthereactormodeswitchhasbeenunlocked.b.Atleastonceper12hours.4.9.l.2EachoftheaboverequiredreactormodeswitchRefuelpositioninterlocks"shallbedemonstratedOPERABLEbyperformanceofaCHANHELFUNCTIONAL,TESTwithin24hoursprioitothestartofandatleastonceper7daysduringcontrolrodwithdrawalorCOREALTERATIONS,asapplicable.4.9.1.3EachoftheaboverequiredreactormodeswitchRefuelpositioninterlocks"thatisaffectedshallbedemonstratedOPERABLEbyperformanceofaCHANHELFUNCTIONALTESTpriortoresumingcontrolrodwithdrawalorCOREALTERATIOHS,asapplicable,followingrepair,maintenanceorreplacementofanycomponentthatcouldaffecttheRefuelpositioninterlock.ThereactarmadesmitchmaybeplacedintheRunorStartup/Hot5tandbypositiontotesttheswitchinterlockfunctionsprovidedthatallcontrolrodsareverifiedtoremainfullyinsertedbyasecondlicensedoperatororothertechnicallyqualifiedmemberoftheunittechnicalstaff.%P-UNIT2-GE-STS(BMR/&3.3/49-2

REFUELIHGOPERATIONS3l4.9..2INSTRUM-HTATIOHLIMITIHGCONDITIONFOROPERATION4tL~-X92Atleas'sourcerangemonitor"(SRM)channelsshallbeOPERABLEandinsertedtohenormaloperatinglevelwith:a.Continuousvisualindicationinthecontrolroom,AurkbkeinckcatLoninCheCo~okRoomc.OneoftherequiredSRMdetectorslocatedinthequadrantwhereCOREALTERATIOHSarebeingperformedandtheotherrequiredSRMdetectorlocatedinanadjacentquadrant,andd.'he"shortinglinks"removedfromtheRPScircuitrypriorto~%&awry-and-shutdownmargindemonstrations.APPLICABILITY:OPERATIOHALCONDITION5.ACi10N:Withtherequirementsoftheabovespecificationnotsatisfied,immediatelysuspendalloperationsinvolvingCOREALTERATIOHS""andinsertallinsertablecontrolrods.SURVEILLANCEREQUIREMENTSacoeaboverequir.edSR<channelsshallbedemonstratedOPERABLEby:a.Atleastonceper12hours:1.PerformanceofaCHANNELCHECK,2.Verifyingthedetectorsareinsertedtothenormaloperatinglevel.,and3.DuringCOREALTERATIOHS,verifyingthatthe'detectorofanOPERABLE-SRM-channeli'slocatedinthecorequadrantwhereCOREALTERATIOHSarebeingperformedandanotherislocatedinanadjacentquadrant."heuseofspecialmovabledetectorsduringCOREALTERATIOHSinplaceofthenormalSRMnucleardetectorsispermissibleaslongasthesespecialdetecorsareconnectedtothenormalSRMcircuits.""ExceptmovementofIRM,SRMorspecialmovabledetectors.HotrequiredforcontrolrodsremovedperSpecification3.9.10.1and3..10.2.NMF-UNIT2GE-STS-gMRj5)3/49-3

RERJELIHGOPERATIOHSSURVEILLAHCEREOOIRB/EHTSContinuedb.PerformanceofaCHAHHELFUHCTIOHALTEST:,1.Within24haurspriartathestartofCOREALTERATIOHS,and2.Atleastanceper7days.c.Verifyingthatthechannelcauntrateisatlees3cps:Priortacantralrodwithdrawal,2.Priortaandatleastonceper12hoursduringCOREALTERATIOHS,and3.Atleastanceper24haurs.d.Verifying,within8hourspriortoandatleastonceper12haursduring(,arl.WShutdownmargindemanstrationsi,~Ne,RPS~au~"aho~ng~>"have,6een~enoved.NP-ililIT2GE"STS(aWR/Sy'/49-4'0~~I

~=UEL'NGCP~RATIQNS93CONTROLRQOPOSITIONLIHITIXGCONDITIONFQROPERATIQH3.9.3Allcontrolrodsshallbeinserted."APPLICABILITY-.OP"=aA<~ONALCONOITIQN5,duringCOP~ALTERATIOHS.~ACiNOH:'dihallcontrol'adsnotinserted,suspendallotherCOREALTFRATIOHS,Satonecant-.alrodmay.bewihdrawnundercontrolofhereactarmodeRefuelpos".'onone-rad-outinerlock.excepswit"hSURYEILLAXC"R"=OUIRucH-54.4.3Allcanralrodsshallbeverifiedtobeinserted,exceptasabovesaecified:a.'4l"",inZhoursamorta:T.dnastarofCORLALTEWTZOHS.2Thewi~hdrawaiofanecantralrodunderhecontrolofherea~mrmodeswit"0Refuelposi-ionone-rad-au'nterlock.Atlees"onceper12hours."mcaptcontrolrodsremovedperSoeclfica-'on3.9.10.'r3.9.10.2.SeespecialTes-Excepion3.10.3.iViP-UNIT.2G"--STS(BQRF5).~/49-:

REFUEL:NGOPERATIONSI3/<.9.<DECAYTINE--Li..ITING-CQNOITIONFOROPERATION3.9.4Thereacorshallbesubcriticalforat.leas4hours.APPLZCABIL:~Y:OPERATIONALCQNO&iON5,duringmovementofirradiatedfuelintnereac:orpressurevessel.ACTIGN:Withhereac.orsubcriticalorlessinvolvincmove.entofirradiatedfuelhan24'>hours,suspendalloperationsinthereac:orpressurevessel.SURVE:LLANCEREOUIREHEMY-'..9.>>Thereac"orshallbedeterminedtohavebeensubcriicalforatlees+24+oursbyveri,icationoftheCateandtneofsubcrticalitypriortomovinofirradiatedfuelintheracwrpressurevessel.

RE-."UEL:HGOPERATIONS3/-'.9.9C",".<LiHIC'IQNSL'HITINGCQHOIT'QHiOROPRATION3.9.5Oirec.communicationrefueling(pl~~~iioorPAPPLICABITY.OPRATIONALALijON:shallbemaintainedbetweenthecantrolroomand!personnel.CQMOIiiON=,duringCOREALicRAi~QNS.~CWhendirec=communicationbe"~eenthecant",alroomandrefueling~~~-,ioarfpersonnelcannotbemain-ained,immediatelysuspendCOREALicPATIQHS."SURVE:LLA~NC:-REQUIR~BTS4.9.SOirec=communicationbeweenthecantroiroomandrefueling~~$"oar/persannelshallbedemons-mtedwithinonehourpr.'ortathes.ar=ofanda-leesonceper12hoursduringCOREALi=RATIOHS.~"""captmovementofincareinsrur.entatianandcontrolrodswiththeirnormaldrivesysem.Re-UNIT2Gi":-STS(BWR/~)-/49"7

REiUELINGOPERATIONS3/4.9.6REi"UELINGPLATFORMLIMITINGCONDITIONFOROPERATION-'::3.9.6-TherefuelingplatformshallbeOPERABLEandusedforhandlingfuelassembliesorcontrolrodswithinthereac.arpressuievessel.APPLICABILITY:Duringhandlingoffuelassembliesorcontrolrodswithinthereac:arpressurevessel.ACTION:liththerequirmentsforrefuelingplatformOPERABILITYnotsatis,ied,suspenduseofanyinoperablerefuelingplatformequipmentfromoperationsinvolvingthehandlingofcontrolrodsandfuelassemblieswithinthereactarpressurevesselafterplacingtheloadinasafecondition.SURVEILLANCEREOUIR&ENTS4.9.6EachrefuelingplatformcraneorhoistusedforhandlingofcontrolrodsaifuelassemblieswithinthereactorpressurevesselshallbedemonstratedOP&ABLEwithin7dayspriortothestartofsuchoperationswiththatcranearhaistby:a.b.cisZoiumManoceouaZd.e.rOemanstratingaperationofNeoverloadcutoffonthemainhoistwhentheloadexceeds$~200~50)-pounds.Demonstratingoperatianoftheoverloadcutofantheframemauntedandmonorailhoistswhentheloadexceds~50'ounds.mauktedaun'Luutij1000mainmidaun.UmyhomkDemonstratingoperationoftheuptravelw~he~MstopzaeCa.pRataoiun~a,fu.Demonstratingoperationofhedowntravelmechanicalcutafanthemainhoistwhengrapolehookdowntravelreachesf4)-inchesbelowfuelassemblyhandle.Oemanstratingaperationoftheslackcablecutoffonthemainhoistwhentheloadislessthan45010$pounds.Demonstratingaperatianoftheloadedinterlackanthemainhoistwhentheloadexceeds448550)-paunds.Oemanstratingoperationaftheredundanlaadedinterlockonthemainhoistwhentheloadexceeds455050$pounds.NMP-UNIT2GE-STS(BLURT~3/49-8

REFUELIHGOPERATIONS3/4.9.7"CRANETRAVEL-SPENTFUE'TORAGEPOOLLIHITIHGCOHOITIOHFOROPERATIONt1503.9.7Loadsinexcessof+HO~poundsshallbeprohibited=romtravelover:uelassembliesinthespentfuelstoragepoolracks.APPLICABILITY;.Withfuelassembliesinthespentfuelstoragepoolracks.ACTTQH:Withtherequirementsoftheabovespecificationnotsatisfied,placethecraneloadinasafecondition.TheprovisionsorSpecification3.0.3arenotapplicable.SURVEILLANCEREOUIREHENTS71504.9.7Crane~~interlocksandphysicalstopswhichpreventcranetravelwithloadsinexcessor~6+poundsoverfuelassembliesinthespentfuelstoragepoolracksshallbedemonstratedOPERABLEwithin7dayspriortoandatleastonceper7daysduringcraneoperation.NHP-UNIT2GE-STSl;BMib'~).3/49-9

REFUELINGOPERATIONS3/4.9.8MATERLPiEL-REACTORVESSELLIHITIHGCOHOITIOHFOROPERATION22'3"3.9.8Atleast~~ofwatershallbemaintainedoverthetopofthereactorpressurevesselflange.APPLICABILITY:OuringhandlingoffuelassembliesorcontrolrodswithinthereactorpressurevesselwhileinOPERATIONALCONOITION5whenthefuelassembliesbeinghandledareirradiatedorthefuelassembliesseatedwithinthereactorvesselareirradiated.ACTEON:Miththerequirementsoftheabovespecificationnotsatisfied,suspendalloperationsinvolvinghandlingoffuelassembliesorcontrolrodswithinthereactorpressurevesselafterplacingallfuelassembliesandcontrolrodsinasafecondition.SURVEILLANCEREQUIREMENTS4.9.8Thereactorvesselwaterlevelshallbedeterminedtobeatleastitsminimumrequireddepthwithin2hourspriortothestartofandatleastonceper24hoursduringhandlingoffuelassembliesorcontrolrodswithinthereactorpressurevessel.%P-UNIT2-GE-STS(Shib'~3/49-IO il RE.UELNGOPERATIONS3/4.9.9WATERLP/EL-SPENTFUELSTORAGEPOOLLIMITINGCONOITIONFOROPERATIONggl~~IT3.9.9Atleast~feetofwatershallbemaintainedoverthetopofirradiatedfuelassembliesseatedinthespentfuelstoragepoolracks.APPLICABILITY:WheneverirradiatedfuelassembliesareinthespentfuelstorageACTION:Withtherequirementsoftheabovespecificationnotsatisfied,suspendallmovementoffuelassembliesandcraneoperationswithloadsinthespentfuelstoragepoolareaafterplacingthefuelassembliesandcraneloadinasafecondition.'TheprovisionsofSpecification3.0.3arenot,applicable.SURVEILLANCEREUIREMENTS4.9.9Thewaterlevelinthespentfuelstoragepoolshallbedeterminedtobe'tleastatitsminimumrequireddepthatleastonceper7days.%P-UHZT2,GE"STS(BWRfPj3/49"11

RE.=UE'NGOP:-RATEONS3/>.9.10CONTROLRQOREHQVALSENGL"i"NTROLRODREMOVALNETENGCONOETEON;OROPERATEON3.9.10.1Onecontrolrodand/ortheassociatedcontrolroddrivemechanismmayberemovedfromthecoreand/orreactorpressurevesselprovidedthatatleastthe,ollowingrequirementsaresatisfieduntilacontrolrodandassoci-atedcontrolroddrivemechanismarereinsalledandhecontrolrodisfullyinse.tdin.hecore.a.ThereactormodeswitchisOPERABLEandlockedinheShutdownpositionorintheRefuelpositionperTable1.2andSpecification3.9.1.b.Thesourcerangemonitors(SRM)areOPERABLEperSoecificaticn3.9.2.c.TheSHUTDOWNNARGENrequirementsofSpecificaion3.1.1aresatisfied,excepthatthecontrolrodse~ecedtoberemoved;Maybeassumedtobethehighestwor.hcontrolrcdrequiredtobeassumedtobe,uiivwihdrawnbytheSHUT00'RNNARGEHtest,andicednotbeassumedtobeimmovableorun-ripoable.d.Allothercontrolrodsinafive-by"fivearravcenta.edonthecontrolrodbeingremovedareinser.edandelecricailyorhycraulicallydisarmedorhefouruelassembliessurroundinghecanroirodcrcontrolrodd"..ivemechanismt"beremoved,romhecoreand/orreac.orvesselareremovedfromthecorecali.Alloherconrolrodsareinserted.APPLECABELETY:OPERATEONALCONOETEONS4andS.ACiiOM:Withtherequirementsoftheabovespecificationnotsatisfied,suspend".emovalofheconrolrcdand/orassociatedcontrolroddrivemechanismr"mtnecoreand/crreacorpressurevesselandiniiateaciontosatisfytheabove!requrements.'.PP-UNIT2GE-STS-~V+a/gcrg

SUR"EI'"'CER""CUIR."1ENTS4.9.10.1within4hourspriortothestartofremovalo,ac:n-roirodand/or'heassociatedcontrolroddrivemechanismfrom.hecoreand/orreacorpressurevesselandatleastonceper24hoursthereafteruntilacontrolrodandassoci-atedcontrolroddrivemechanismarereinsailedandhecontrolrodisinsertedinthecore',verifythat:a.d.ThereacormodeswitchisOPERASLEandlockedinheShutdownpositionorintheReuelpositionwihthe"onerodout"RefuelpositioninterlockOPERABL=perSoecification3.9.l.TheSRHchannelsareOPERABLEperSpecification3.9.2.TheSHUTQQMNNARGiHrequirementsofSpecification3.1.1a.esat-;sf-.edperSpeci,ication3.9.iO.i.c.Allohercontrolrodsinafive-by-.ivearraycenteredonthecontrolrodbeingremovedareinsetedandelecricallyorhydraulicallydisarmedortheourfuelassembliessurrourdinothecontrolrodorcontrolroddrivemechanismtoberemoved.",";,.thecoreand/orreactorvesselareremovedfromhec"racell.e.Allohercontrolrodsareinsered.i~i-UNIT2GE-STS(P.'n'RP-j-3/49-i3

R"""."'J""L:NGOP=RATIONSCULT<PL=CCllTROL";OOREKOYAL:r1:T.:iGCllGiT:"'iiPOROP=.=.ATi".il3.9.10<<2Anvnumberofcantralrodsand/orcontrolraddrivemechanismsmayberemoved'romthecoreand/orreactorpressurevesselprovidedthatatleeshefallowingrequirementsarsatisieduntilallcontrolradsandcamralddrivemechanismsarereinsm1ledandailcontrolraisareinsertedinthecare.cTnereac.armodeswitchisQPVJBli.andlockedintheShut"cwnposiionorintheRefuelpositicnoerSoecificaion3.9.1,~wcaptthattheRefuelpositicn"one-rcd-aut"interlockmaybebypassed,asrecuired,forthosecanrolrodsand/orcantralraddrivemechanismstaberemoved,afarthefuelassemblieshavebeenremovedasspecifiedbelcw.Thesour"arangemonitors(SRM).arQPERABL"perSpecificicn3.9.2.The8:-:UiiG'~'hNRGiHrequirementsaf5oecifica=ion".1.1aresatisied.d'Al1othercnt.a1rodsaeeitherinsertedcrhavethesuraundingfourfuelassembliesremavedframhecarec11.Thefour,uelasse...aliassurraundingeachcantmlradcrcorralroddrivemechanismtaberemovedfram.hecareandlcrreacorvesselareIremoved.,ramthecarecell.)APPLr"'""iL~if:OP""RATiOHALCOHOITEON5.ACi:QN:<<Withtherequirementscf.heabovespecificationnotsatisfied,suspendremovalafcan".alrodsand/orcan".olrcddrive,mechanismsrramthecoreand/crreac.arpressurevesselandinitiateactiontasatisfytheabavereguiements.magee'AMP-UNIT2Cc.-~i5-@ma'~~/gc~,4,

RE;UEL:NGCPERATIONSSURVE."Nr.=.";=:UrP~HEHTS4'.9.TKZ.T'ithin4hourspriortothesart."fremovalofcontrolrodsand/orcontrolroddrivemehianismsfromthecoreand/orreacorpressurevesselandatleesonceper24hoursthereaferuntilallcontrolrodsandcontrolroddrivemechanismsarereinsmlled'andallcontrolrodsareinsertedinthecore,verifythat:a.Thereac.ormodeswi.chisOPERAS'andlockedintheShutdownpositionor.intheRefuelpositionperSpecification3.9.1.b.TheSRHchannelsareOPERABL-".perSpecification3.9.2.c.TheS;-.'UTOOWNHARGLNrequirementsofSoecification"-.l.1aresatisfied.d.Allothercon.rolrodsareeitherinsertedorhave:hesurroundingfourfuelasses+liesremovedfromthecorec11.e.ineiour,uelassembliessurroundingeachcontrolrodand/orcontrolroddrivemechanismtoberemovedfromthecoreand/orreacorvesselareremovedfromthecoreca'll..ALLfuelloadingop~oneahaLLbe.appended.4.9.10.2.2;allowingreplacemenofallcontrolrodsand/orcontro'lroddrivemechanis.sremovedinac"ordanca.withhisspecificion,performarunc=ionaltesofthe"one-rod-out"Refuelpositioninterlock,if~hisfuncionhadbenbypassed.

REFUELINGOPERAT:OHS3/4.9.11RESIOUALHEATRLHOVALANDCOOLANTCIRCULATIONHICH'.<ATERLEVEL'HITINGCOHOITIONFOROPERATION3.9.11.1Atleastoneshutdowncoolingmodeloopoftheresidualheatremoval(RHR)sys.emshallbeOPERABLEandinoperation'ithatleast:Ia.OneOPERABLERHRpump,andb.OneOPERABLERHRheatexchanger.APPLICABILITY:OPERATIONALCONOITIOH5,whenirradiatedfuelisinthereactorvesselandthewaterlevelisgreaterthanorequalto~feetabovethetooofthereactorpressunevesself1ange.22'9"ACTION:MithnoRHRshutdowncoolingmodeloopOPERABLE,withinonehourandatleastonceper24hoursthereafter,demonstratetheoperabilityofatleastonealternatemethodofdecayheatremoval.Otherwisa,suspendalloperationsinvolv'inganincreaseinthereactordecayheatloadandestablishSFCONOARYCOHTAINMEHTINTEGRITYwithin4hours.MithnoRHRshutdowncoolingmodeloopinoperation,withinonehourestablishreactorcoolantcirculationbyanalternatemethodandmonito~reactorcoolanttemperatureatleastonceperhour.SURVE>LLAHCEREQUIREMENTS4.9.11.1AtleastoneshutdowncoolingmodeloopoftheresidualheatremovalsystemoralternatemethodshallbeverifiedtobeinoperationandcirculatingreactorcoolantatleastonceperV.hours.Theshutdowncoolingpumpberemovedfromoperationforupto2hoursper8-hourperiod.NAAP-UNIT2-GE-STS(BIRCH+3/49-16

!l".OPER<<lOHSl9'~'AT"->L=VE>L:!~IT'HGCQHOITIOHFOROPERATIOH..::--3;.M~TwoshutdowncoolingmodelocpsoftheresicuaIheatremoval(RHR)systemshallbeOPERABLEandatleastoneloopshallbeinoperation,"witheachloopconsistingofatleast:a;OneOPERABL"-RHRpump,andb.OneOPERABLERHRheatexchanger.APPLCABILITY-QPERATIOHALCOHDITIQH5whenirradiatedfuelisinthereactorvessalana-.newaarIe.elisIessthan~~~abovethetopofthereactorp'ssurevessel712nce.ggIaltACTQH:.~~'>lithlessthantheabcvereauiredshutdowncoolingmodoIocpscftheRHRsystemOPPABL,withinonehourandatleastoncepe>>Z4hoursthereafter,demons".a.aheoperabilityofatleastoneaterlativemethodcapableofQecayheatre.",.ovalforeachinoperableRHRshutccnc'col',ngmodeloop.WithnoRHRshudowncoolingmodeloopincpe.aion,wi.hinonehcurestablishreac:crcoolantc-circulationbyar,alternativeme'dandmonitorreactorccoianitemperaureatleesonceperhour.SURVEILLAHCREQUIREMENTS~.91'T.ZAtleesoneshutdowncoolingmodeloopoftheresidualheatremovalsystem,oralternatemethodshallbeverifiedtobeinoperationandcircuIatingreactorcoolanta"leasoncepe.lZhours.lnesnuzccwncool>ngpumpmaybe".=movedfromo'perationfcruotcZ:-.cursper8-hourperiod.

3/-'.0SPECiALTESTEXCEPTEOHS3/4.10.IPRIORYCQ!iTAiNMEHTiHTEGRSTY'ZMITZHGCONOiiiOHFOROP%AD(OH3.10.1TheprovisionsofSpecifica+ians3.6.1.1,3.6.1.3and3.9.IandTable1.2maybesuspendedtapermi'hereac:orpressurevesselclosureheadandthedrywellheadaberemovedandtheprimarycontainmentairlockdoorsabeopenwhenthereacarmodeswi.chisintheStar.uopositionaur.'nglowpowerPHYSiCSTESTSwi.hTHERMALPGWERlesshanQI)XofRATEDTH%~PLPOWERandreac-torcoolanttemperaturelessthan200F.lAPPUMBLrTY:OPERATiOHALCOHDiTiOH2,duringIcwpowerPHYSiCSTESTS.ACiIGNrWirTH=PPALPOWERgreaterhancreouaita(l)~afRAIDTH=",PALPGWFRorwiththereactorcaolanttemaeraturegreaterthanorequalto200'.,immediatelyplacethereactormaa'eswichintheShutdownpasiion.SURVE:LLANC:-REOUERWEHTS4.10.1TheTHERMALPOWERandreac.arcoolanttarn"eraturesnailbeverified.abewihinthelimitsatieas-onceperhcurdur'.nglowpowerPHYiCSTESTS.

eSPEALTESTEXCEPTIONS"!<.'IO.ZROOSEOUENCECONTROLSYSTEM"SMITINGCCNOITIQIVFOROPERATION3.10.2Thesequenceconstraintsimoosedpncontrolrodgroupsbytherodsequencecontrolsystem(RSCS)perSpecif',cation3.1.4.2maybesuspendedbymeansofbypassswitches=ortheollowingtestsprovidedthattherod~orthminimizerisOPERABLEoerSpecifications3.1.4.1:Shutdownmargindemonsrations,Specification<.l.l.Controlrodscram,Soecification4.1.3.2.Controlrodfrictionmeasurements.Star.uoTestProgramwiththeTHERMALPOWERlessthan+20),~ofRATEDTHERMALPOWERPPiICABILITY'PERATIONALCOiVOITIOiVS1andZ.eACTION:Withtherequirementsoftheabovespec=icationnotsatisfied,verifythattheRSCSisOPERABL=perSpecification3.1.4.2.cURYE;LLANCc'1EQUIREME%'S<.10.2WhenthesequenceconstraintsimposedoncontrolrodgroupsbytheRSCSarbypassed,verify:a.WithinBhourspriortobypassinganysequenceconsraintandatleesonceper~Uhourswnileanysequenceconstraintisbypassed:ThattherodworthminimizerisOPERABLEperSoecification3.l.4.1,75Z.ThatmovementofcontrolrodsromPM+ROOOENSITYotneRSCSlimitedtoheaoprovedcontrolrodwitndrawai~sequence'uringscramandfriciontests>.Conformancewiththisspecificationandtes-procaauresbvasecondlicensedoperatororothertechnicallyqualifedmemberoftneuni-technicalstaff.e(Vh(P-UNIT23/41.0-2

SPECIALTESTEXCEPTIONS3/4.10.3SHUTOOWHHARGIHOEHOHSTRATIOHSLIHITIHGCONOITIONFOROPERATION3.10.3TheprovisionsofSpeciffcatfan3.9.1,Specification3.9.3andTable1.2maybesuspendedtopermitthereactormodeswitchtobeintheStarwppositionandtoallowmarethananecantrolrodtobewithdrawnforshutdownmargindemanstratian,providedthatatleastthefollowingrequirementsaresatisfied.a.ThesourcerangemanitorsareOPBMBLEwiththeRPScircuitry"shortinglinks"removedperSpecfffcation3.9.2.b.TheradworNminimizerisOPERABL"-perSpecificatian3.1.4.1andispragrammedfartheshutdawnmargindemonstration,orconformancewiththeshutdownmargindemanstracionpracedureisverifiedbyasecandlicensedoperatororothertechnicallyqualifiedmemberoftheunittechnicalstaff.c.The~ontinuausrodwiNdrawal"gcontrol[.shallnotbeusedduringout-of"sequencemovementafthecontrolrods.d.HootherCOREALTERATIONSareinprogress.APPLICABILXTY:OPTIONALCOHOITIOH5,duringshutdownmargindemonstrations.ACTION:AWfththerequirementsoftheabovespecificationnotsatisfied,fmmedfatelyplacethereactormadeswitchintheShutdownorRefuelpasition.SURVEILLANCEREOUIREHEHTS4.10.3Within30minutespriortoandatleasonceper~Mhoursduringtheperformanceofashutdownmargindemonstration,verifythat;b.cThesourerangemonitorsareOPERABI=perSpecificacion3.9.2,tentMeRPScitt~p.shoMaeing&nfl)removed.TherodworNminimizerisOPERABlawiththerequiredprogramperSpecificatian3.1.4.1orasecondlicensedaoeratararothertechni-callyqualifiedmemberoftheunittechnicalstaffispresentandverifiescompliancewiththeshutdowndemonsratfanprocedures,andNootherCOREALTERATIOHSareinprogress.1AP-UNIT2GE-SI5(BMR~3/410"3

SPECALTES=ACCEPT'ONS3/4.10.-'.RECIRCULAT:ONLOOPSL'>>'NGCONCITIONFOROP=RATION3.10.4Therequire..en'sofSpecificationsrecirculationloopsbeinoperationmaybetheperormanceof:3.%.1.1and3.4.1..3thatIsuspendedorupo24hoursfora.PHYSICSTESTS,provided~hatTHERMALPOMERdoesnotexceed+3}ofRATEDTHERMALPONER,orb.The5artu"TestProgram.APPLICAQILitY:OPERATIONALCQNOITONS1afid2,duringPHYSiC5TESTSardtheStar.upTesProgram.ACTEGH:Withheabavespecifiedtimelimitexceeded,'.nserallcontrolrods.PithheabovespecifiedTESTS,immed'.a.alyplacepasitian.THRMALPOVER1imiexceededduringPHYSiCStheraacormodeswitchinheShutdownSUR'lE:>LANG~REOUIRB'ANTS4.10.4.1Thetimeduringwhichtheabovespecifiedrequiremenhasbeensuspendedshallbeverifiedtobelesshan24hoursatleastonceperhourduringPHYSICSTESTSandhe5artupTestProgram.->--"HOMALPOWERshallbedeterminedobelessihYn+poii=ui.~".-POMERatleesanceperhou"duringPHYSiCSTESTS.NMP-UNIT2GE-575(""QR~3/4IO-4

SPECIALTESTEXCEPT:QHS3/-"..10.5OXYGFH.ONC:-HiRATIQNO'M:TINGC"NDITICNFOROPERATION3.10.5TheprovisionsofSpecificaion3.6.6.4maybesuspendedduring.heperfor,anceoftheStartupTesProgramuntileithertherequired100~oiRATEDTHERMALPO'HERtriptestshavebeencompletedorhereac-.orhasooeraadfor120EffectiveFullPo~erDays.APPLICBILI(Y:OP""RATIONALCQHD&(CH1.ACi:QNAl1.herequ',rementsof<eabovespecificationnotsat'.s,iedbeinatleastIARTJPw<.liin6hours.SuRVEIL'-'.NCEREDVIR~".EH5-"..10.:"The-"fec"iveFullPowerDaysooperationshallbeveriiedtobeless:han120,bvcalculation,atieasonceper7daysdur.'ngheStartupTesProgra.%P-UNIT2GE-575-(">>MRSj-3/410-6

SPECIALTEST=i(CEPTIONS3/<.10.6TRAININGSTARTUPSTMIT>>'(GCQNQITIONPOROPCRATION---3rlO.S.TheprovisionsofSpecification3.5.1maybe'suspendediapermitonRHRsubsysemtobealignedintheshutdowncooIingmodeduringtrainings"artupsprovidedthatthereac.orvesselisnotpressurized,THERMALPO'AERislessthanorequa1to1~ofRATEDTHERMALPOWERandreac:"rc"o1anttemperatureislessthan200F.IAPPL::CABTLriI:OPERATLOllAL"OOOITTOM2,duringruiningnr-unnACTrgn:M'th.herecuirementsotheabovspeciicationnosat:s,ied,immed-atelyplace".hereac.ormodeswi"hintheShu:downposiion.SURYE:LLANCEREOUIRWENTS-'..10.6Therearorvesselsha'flbeveriiedobeuncressuri=edandthe.":ER!WPO4'ERandreac-orcoolan-temperat'reshaHbeverifiedtobewithinthelimi:sa"leesonceperhourdurng".",ainings-ar.ups.'HP-UNIT2GE-SiS(BBL~)-3/00-o

3/4.11RAOIOACiIVEEFFLUEHTS3/4.11.1LIOUIDEFFLUEHTSCONCENTRATIONLIMITIHGCONOITIONFOROPERATION5.t-.'.11.l.1Theconcentrationoftradioacivematerialreleasedinliquideffluen>>stoUNRESTRICTEDAREAS(seeFigure~)shallbelimitedtotheconcentrationsspecifiedin10CFRPart20,AppendixB,TableII,Column2forradionuclidesotherthandissolvedorentrainednoblegases.Fordissolvedorentrainednoblegases,theconcentrationshallbelimitedto2x10-~microcuries/mltotalacivity.APPLICABILITY:Atalltimes.ACTI0II:a.NththeconcentrationofradfoacivematerialreleasedinliquideffluentstoUNRESTRICTEDAREASexceedingtheabovelimits,withoutdelayrestoretheconcentrationtowithintheabovelimits.b.b.l.a~TheprovisionsofSpecification~-.B-.barenotapplicable.SURVEILLAHCEREOUIRBlEHTS4.11.1.1.1RadioacfveliquidwastesshallbesampledandanalyzedaccordingtothesamplingandanalysisprogramofTable4.3X-L4.11.1.1.2Theresultsoftheradioacivityanalysesshallbeusedinaccordanewiththemethodologyandparametersinthe00&toassurethattheconcentrationsatthepoint,ofreleasearemaintainedwithinthelimitsofSpecification3.11.1.1.N(P-UNIT23/41i<<'i97<<~>> 0 TABLE4.11-1RAOIOACTIVELIOUIDWASTESAMPLIHGANOANALYSISPROGRAMLiquidReleaseTypeSamplingFrequencyMinimumAnalysisFrequencyTypeofAcfvityAnalysisLowerLimitofOetection(LLO)(pCi/ml)A.BatchWasteReleaseTanksPP-7EachBatchEachBatchPrincipajGamma5xlOEmittersPOneBatch/MI"131OissolvedandEntrainedGases(GammaEmitters)lx10Ix10PMdH3EachBatchCompositeGrossAlpha1xl01x10PEachBatchSr89,Sr90CompositeFe-555xlOlxlOLContinuous-ReleasesSzevaccMatet,E5QuentService,0latmEfQuentCooingToute@,HoedownA8Compe.~eI-131OissolvedandEntrainedGases(GammaEmiters)1x101xlOPrincfpafGaama5xl0EmittersH"3GrossAlphaSr89,Sr90Fe-55lxl0lxl05xlOlxl0

TABLE4.11-1ContinuedTABLENOTATIONTheLLOisdefined,forpurposesofthesespecifications,asthesmallestconcentrationofradioactivematerialinasamplethatwillyieldanetcount,abovesystembackground,thatwillbedetecedwith9~probabilitywithonly5Xprobabilityoffalselyconcludingthatablankobservationrepresentsa"real"signal.Foraparticularmeasurementsystem,whichmayincluderadiochemicalseparation:4e66sbLLO->>E~V~2.22x10'Y~exp,("Alt)Where:LLOisthe"apriori"lowerlimitofdetectionasdefinedabove,asmicrocuriesperunitmassorvolume,sisthestandarddeviationofthebackgroundcountingrateorof8ecountingrateofablanksampleasappropriate,ascountsperminute,Eisthecountingefficiency,ascountsperdisintegration,Visthesamplesizeinunitsofmassorvolume,2.22x10~fsthenumberofdisintegrationsperminutepermicrocurie,Yisthe.fractionalradiochemicalyield,whenapplicable,A.istheradioactivedecayconstantfortheparticularradionuclide,andhtforplanteffluentsistheelapsedtimebetweenthemidpointofsamplecollectionandtimeofcounting.TypicalvaluesofE,V,Y,andhtshouldbeusedinthecalculation.ItshouidberecognisedthatthaLLOisdei'inedasanaoriori(beforethefact)limitrepresentingthecapabilityoyameasurementsystemsndnatasanagestariori(attertheiac)'licitiaraparticularmeasurement.bAbatchreleaseisthedischargeofliquidwastesofadiscretevolume.Priortosamplingforanalyses,eachbatchshallbeisolated,andthenthoroughlymixedtoassurerepresentativesampling.NMP-UNIT23/411-3

TABLE4.11-1ContinuedTABLENOTATIONTheprincipalgammaemittersforwhichtheLLQspecificationappliesexclusivelyarethefollowingradionuclides:Mn-54,Fe-59,Co-58,Co-60,Zn-65,Mo-99,Cs-134,Cs-137,Ce-141,andCe-144.Thislistdoesnotmeanthatonlythesenuclidesaretobeconsidered.Othergammapeaksthatareidentifiable,togetherwiththoseoftheabovenuclides,shallalsobeanalyzedandreportedintheSemiannualRadioactiveEffluentReleaseReportpursuanttoSpecification6.9.L.I2.dAcompositesampleisoneinwhichthequantityofliquidsampledisproportionaltothequantityofliquidwastedischargedandinwhichthemethodofsamplingemployedresultsinaspecimenthatisrepresentativeoftheliquidsreleased.Wontinuous"release-is-thedischargeof-Hquid-wastes-ofa-nond-hcrete--volume,+~-from-+vAme-of-a-system-that-has-an--input-.Row-during-the-.continuousreleaseToberepresentative.of,.the.quantitiesand-concaampi~haR-be-ca+lee".ed-continuously-in-proportiontothe.rate-of--flow~heeffluent-s~~~r-to.analyses,ailsamples-takenforthe-coa~sitewha11-be.thoroughlymixedinorder.forthecomposite-sample-to-bw~resentatfve-of-the-effluent.re'leaseI)WeadamaMpo~ato$4iee(/Rueetmoeu.'on,asdinedbg~hemethodpneaeMed~n~he000(,~exceeded,We(.teouencuo$campingahaLL6e~mewed~odampm~Aecon~onnoLongme~N.Frequencyo5anafuamahaLLbeineteasedCockuZcgJoepenn'.paLgamma~euandan~identcompoaMefoeH-3,gmaaalpha,St-89,Se-90andFe-55.N<!P-UNIT23/4jl-4'9&v'82

RAOIOA~iIVE="."FLUEHTSOOSELIMITINGCONDITIONFOROPERATION3.11.1.2ThedoseordosecommitmenttoaMBSEROFidEPUBLICfromradio-acivematerialsinliquideffluentsreleased,fromeachreactoruni,UNR~iICTEDAREAS(seeFigure5.I-[,)shallbelimited:a.Ouringanycalendarquar.ertolessthanorequalto1.5mremstothetotalbodyandtolessthanorequalto5mremstoanyorgan,andb.Ouringanycalendaryeartolessthanorequalto3mremstothetotalbodyandtolessthanorequalto10mremstoanyorgan.APPLICABIL~i.Atalltimes.ACTION:a.34Mfththecalculateddosefromthereleaseofyadioacivematerialsinliquideffluentsexceedinganyoftheabogelimits,inlieuofaLicenseeEventReport,prepareandsubmit~to'theCommissionwithin30days,pursuanttoSpecification6.9M~aSpecialReportthatidentifiesthecause(s)forexceedingthelimit{s)anddefinesthecorreciveacionsthathavebeentakentoreducethereleasesandtheproposedcorreciveacionstobetakentoassurethatsubsequent~ofthedrinkingwatersource-and-(2)-the-radiologicalimpaconed-drinking-water-supp%em'oirenentsb.TheprovisionsofSpecifications3.0.+and3.0.Parenotapplicable.45SURVEILLANCEREOUIREMEHTS4.11.1.2Cumulativedosecontributionsfromliquideffluentsforthecurrentcalendarquarterandthecu~ntcalendaryearshallbedeterminedinaccordancewiththemethodologyandparametersintheOOQIat%~asone~34dayspm'oexchzeLeue.o$ix6Mcho$~~uxu~a.4edy-within-3-mikes-of~h~entMischerge-.~he~mfdriversited.~Iants-this-is-3-mi~-downstream-wnlyMi(P-UNIT23/43Z-5

IQQiPPRADIOACTIVE=FPLUEHTSLIOUIDRADWASie,TRc&iliENTSY~icLIMITINGCONDITIONFOROPERATION3.11.1.3Theliquidradwastatreatmentsystemshallbeusedtoreducetheradioacivematerialsinliquid~astespriortotheirdischarge~~he.~geeed-doses-due-to-theliquid-effhentfrom-each-reac~niMto-eed-0;06-mrem-m-th~4a4-W(tao~em~o$open.)ication3.ll.l.APPLICABILITY:At,alltimes.ACi1akikcoer.goSpcccec~on3.ii.i.2-a.-~Withradioacive0iquid-waste-berg-d4sche~ed-w'ess-of-theMove-Hm&,'-Repo~,prepareand-submit-to-the-Coamhs4an-vhiChQ-@Hays-pursuante~-Explanation-of-why-liquhi-radwaste-was-bei~ischarg~~hout-atment;-identiicationof-any-inoperable-equipment-on~stems-,and-the-repemtH-1-i4y;.2.-.Action(s)Mken'to~s~~ednoperableequipment~.<PERASM'status,endsenarydesar-ipeiaerafmc&an(ai-dakenca.pr-erect-erecarre-nce:he-prtvpFSions-oui-Sp'..~~-,~~~pplcs&e:SURVEILLANCEREOUIREHEHTS4.11.1.3Dosesduetoliquidre'leasesfromeachreactorunittoUHRESiRICTEDAREASshallbeprojectedeysinaccordancewithDemethodo1ogyandparametersintheDDT.pnioaoeachdaochanaeoiahacciso$Lc.amdumbra

RADIOACTIVEEFFLUEHTSLIUIDHOLDUPTANKS"LIMITINGCONDITIONFOROPERATIONIONSandSURVEILLAHGE-'easonab1e-assurance-thManuncontrolledreleaseofthetanks'ontents,.theresul-ing-concentrationswauldbe-less-than-thelimitsof10CFRPart20,'Appendix-Q~~4-,Column-2;.-at,-the-nearest,potablewatersupplyandthe-neares~~Wee-<<atersupplyfnanUNRESTRICTEDAREA.)3.11.1.4Thequantityofradioacivematerialcontainedineachofthefollowingunpratec.edautdaortanksshallbelimitedtolessthanorequalto10curies,excludingtritiumanddissolvedorentrainednoblegases.a4b.c.d.-~Outsidetempo-rary~APPLICABILITY:Ata11times.ACTI0M:a.b.Nththequantityofradioactivematerialinanyaftheabovelistedtanksexceedingtheabovelimit,immediatelysuspendalladditionsofradiaactivematerfaltothetank,wfthfn48haursreducethetankcontentstowithinthelimit,anddescribetheeventsleadfngtothiscandftionfnthenextSemfannualRadioactiveEffluentReleaseReport.45TheprovisionsofSpecifications3.0.4and3.0./arenatapplicable.ISURVEILLANCEREOUIREIEHTS4.11.1.4Thequantityafradioactivematerialcontainedineachoftheabovelistedtanksshallbedeterminedtobewithintheabovelimitbyanalyzingarepresentativesampleofthetank'scontentsatleastdayswhenradfaacivematerialsarebeingaddedtothetank.eeekZy9%AN3/4I3.-7Tanksincludedinthisspecificationarethoseautdaortanksthatarenotsurroundedbyliners,dikes,arwallscapableofholdingthetankcontentsandthatdonothavetankoverf1awsandsurroundingareadrainsconnec.edtatheliquidradwasetreatmentsystem.iVMP-UNIT2M~S=

RAOIOACTIVEEFFLUENTS3/4.11.2GASEOUSEFFLUEHTSOOSERATELIMITIHQCOHOITIOHFOROPERATION3.11.2.1ThedaserateduetaradioactivematerialsreleasedingaseouseffluentsfromthesitetoareasatandbeyondtheSITESOUNOARY(seeFigure5.1-3)shallbelimitedtathefollowing:a.b.Fornablegases:Lessthanorequalto500mrems/yrtathetotalbodyandlessthanorequalto3000mrems/yrtotheskin,andmdine-133Fatiodine-X31,+fortritium,andforallradfanuclidesfnparticulateformwithhalffivesgreaterthan8days:Lessthanorequalto'500mrems/yraanyargan.APPLICABILITY:Atalltimes.ACTION:a.Wfththedaserate(s)exceedingtheabovelimits,~ithoutdelayrestorethereleaseratetowithintheabovelimit(s).b.b.l.aSURVEILLANCEREQUIREMENTS4.11.2.1.1ThedaserateduetanablegasesingaseouseffluentsshallbedeterminedtobewithintheabovelfmftsfnaccordancewiththemethadolagyandparametersintheOGQI.tiodine-1394.11.2.1.2Thedaserateduetofodfne-i31,+tritium,andallradianuclidesinparticulateformwithhalflivesgreaterthan8daysingaseouseffluentsshallbedeterminedtobewithintheabavelimitsinaccordancewiththemethadologyandparametersintheQQCH.Ml{P-U>VIT23/411-8

TABLE4.11-2RAOIOACTIVEGASEOUSWASTESAHPLIHGAHDAHALYSISPROGRAHHnimumSamplingAnalysisGaseousReleaseTyeFreuencFreuenc0k<-PA.WasteGasfitorageEach-'Fank.-Each-'Fank-SiJhtern-Grabhl'l-fiamleTypoofActivitAnalsisPrincipalGammaEmittersbLowerLmtofOetection(LLO)1xl0C.(ListotherreleaseH'sdse-pointswheregas-Grab.eouseffiueeas.aee~saepledischargedfrom-thefacilithlPrincipalGammaEmit.tersbll-3'P-B.ContainmentPURGEEachPURGE-EachPURGEPrincipalGammaEmittersGrabPatois4oeeteabeSamleEachPurgell-3,P<c)mipaLGmmnaEmcttewlxlOlxlg,lXl01x10lxlOO.."AllRelease--TypesaslistedinA,0,-Cabove.hlacnStacitReactor/Padiuu.te8(CCtdClipVeJltContinuousCharcoalSamleContinuousParticulateSamleContinuousHCompositeParticulateSamloContinuousCompositeParticulateSampleContinuousHobleGas'%eHonitorI-131PrincipalGammaEmittersb(1-131,Others)GrossAlphaSr-89,Sr"90HobleGasesGrossBetaorGamma1xlO"12lxlO-11lxlOll1xlOlxlO

TABLE4.11-2ContinuedTABLENOTATIONTheLLOisdefined,forpurposesofthesespecifications,asthesmallestconcentrationofradioactivematerialinasamplethatwillyieldanetcount,abovesystembackground,thatwillbedetectedwith9~~probabilitywithonly5probabilityoffalselyconcludingthatablankobservationrepresentsa"real"signal.ForaparticuIarmeasurementsystem,whichmayincluderadiochemicalseparation:4s66SbLLO=E~V~2.22x10e~Y~exp(-Qt)Where:LLOisthe"apriori"Iowerlimitofdetectionasdefinedabove,asmicrocuriesperunitmassorvolume,sfsthestandarddeviationofthebackgroundcountingrateorof8ecountingrateofablanksampleasappropriate,ascountsperminute,Eisthecountingefficiency,ascountsperdisintegration,Visthesamplesizeinunitsofmassorvolume,2.22x10misthenumberofdisintegrationsperminutepermicrocurie,Yisthefractionalradiochemicalyield,whenapplicable,A,istheradioactivedecayconstantfortheparticularradionuclide,andhtforplanteffluentsistheelapsedtimebetweenthemidpointofsamplecollecionandtimeofcounting.TypicalvaluesofE,V,Y,and4tshouldbeusedinthecalculation.ItshouldharecognisedthattheLLOisdaiinedasanaoriori(heiorethefact)limitrepresentingthecapahilityopameasurementsystemandnerasan.agostanari(atterthefact)limitioraparticuiarmeasurement.sVhlP-UNIT2Rf~5=3/411-XO

TABLE4.11-2CantinuedTABLEHOTATIONbTheprincipalgammaemfttersfarwhichtheLLQspecificationappliesexclusivelyarethefollowingradfonuclides:Kr87,Kr-88,Xe"133,Xe-133m,Xe-135,andXe-138fargaseousemissionsandMn"54,Fe-59,Co-58,Co-60,Zn-65,Mo-99,Cs-134,Cs-L37,Ce-L41andCe"L44forparticulateemissions.Thislistdoesnotmeanthatanlythesenuclidesaretobeconsidered.Othergannnapeaksthatareidentifiable,togetherwiththaseoftheabovenuclides,shallalsobeanalyzedandreportedfntheSemiannualRadfaacfveEffluentReleaseReportpursuanttoSpecification6.9.L.~-SampI-fng-and-analysfs-shall-a~-be-performed-fo~~oraTHERMAL.POWER-change-exceecHng-15-percent:-@~TED-THERMAL-POWER.wfthfn-anehour-unlessgl)-analysis-shows-that-the-OOSE-E(UIVALEN1-131cancentr'ation-4n-the-pw'mary-coolanthas-not-increased-mare-than-a-factor.of-3;.and-(2)-the-noNe-gas-act&r~monftar-shows-that-effluentact&rity"has-not-fncreased-by-more-than-a-factor-ar.3;irftfum-grab-sampIes-shall-be-taken-a0-+east-once-per-24-hours-when-<he-refueI4ng-c-Trftium-grab-samples-shal4-be-taken-at-leastonceper7daysframthe-ventilatian-exhaust-from-the-spent-fuel-pool--area,'heneverspentfuelfsin-the-spent-fuel-paoI;+~rat'fa-of-the-sample-f'Iow-rate--tothesampled.streamflaw-rate-shaII-4e-known-farthe-timeperiod-covered-byeachdoseor-doseratecalculation.~de-fn-accordance-with-SpeciffceHans3;-Ll;2.1,-3.Ll.2;2and'3.Ll.2.3:+Samples-shaII-be-changed"at-least-ance-per-7-days-and.analysesshallbecompletedwithfn-4$-hoursafterchanging;-or-after-removal-franrsampler.SamplfngshaLI-also-beperformed-atleast-ance-per-24-hoursforat.least.~7daysfollowingeachshutdown;startuparTHERMALPOWERchangeexceedingL5percent-of-RATED-THERMAL--POWER-fn-onehour-and-analysesshallbe.~Ietad-wftMn-48-hours-ofchanging.Whensatnplescollectedfor24hoursare-analyzed,thecorresponding-LLQsmaybeincreasedbyafac.orof10:.-Thisrequirementdaesnotapply-ff(1)analysisshowsthattheQOSE.ZgULVALENTI-L31concentrationfntheprimarycaolanthasnotincreased-more'han-a-@actor-oC-3;-and-{2+the-nabie-gasmonitor-showsthateffluent-acfvfty-has..are-than-a-Wcorof3.NAP-UNIT23/41L-LL

TABLE4.11-2(CoetinuedjTABLENOTATION,c.IrtChehku'.nSkxchorr,Roc,torr./RadrvahfebmZdingwoNpicmonitorr.~noCoperrobZe,rhampMngandanaLyrhmrhhaLLaQobeperr)orrmed$o&orrringrhMdorvn,a~-uporr,rvhenCremeManalex'GwnonNeo((gabpneAAeatttrentmoeitorr..d.TertiumgexbaampferhrhhaLLbe,Whenrveekly$rrom4heReactorr./Radu'asideve~WondyaCemrvhentI'tueLmo$goaded~a&ble~~umrr,eLeueleveLscanbedemomC~ed.The.marcoo$Nesamplegout.uu.'eCo<hesampledrmeamgorvrrateshaLLbe,Ifznorvn(orr,Ae~ecovmedbyeachdosereecaLcufationmade,inaccordanceopen'.Pcatiom3.11.2.1,3.11.2.2and3.11.2.3.0lhenMerreLemerrateo$Che,~(ainSkagor'eactorr./Raduxu~ebniZcKngexceeda(~alanaetpoiM.Ne<o&neand~mbu.'edevicerhlmLLbe,rr.emovedandanaLyzedmdeterurrineWeechangersanaoNneand~curate~TheanaLyrhmrhhaLLbe,doneCkuZyunti24~err.cleavenoLongerr,exceeDDieaPcvunretpet.NhenaampZerhcoMec.tedforr,24ho~merztutkyzed,WecorrrrerhponcKngLLG'6maybe.~nctteasedbyafactorr.o$10.iVh[P-UNIT23/411-1la

RAOIOACTIVEEFFLUENTSOOSE-NOBLEGASESLINITINGCQHOITIONFOROPERATION3.11.2.2Theairdoseduetonoblegasesreleasedingaseouseffluents,fromeachreactorunit,toareasat,andbeyondtheSITEBOUHOARY(seeFigure6-.shallbelimitedtothefollowing:5.1-1a.Ourfnganycalendarquarter:LessthanorequaltoSmradsforgammaradiationandlessthanorequalto10mradsforbetaradiationand,b.Ouringanycalendaryear:Lessthanorequalto10mradsforgammaradiationandlessthanorequalto20mradsforbetaradiation.APPLICABILITY:Atalltimes.ACTIONb.3Withthecalculatedafrdosefromrdfoactivenoblegasesingaseouseffluentsexceedinganyoftheabelfmfts,inlieuofaLicenseeEventReport,prepareandsubmittheCommission~ithin30days,pursuanttoSpecification6.9.g,aSpecialReportthatidentifiesthecause(s)forexceedingthelimit(s)anddefinesthecorrectiveactionsthathavebeentakentoreducethereleasesandtheproposedcorrectiveactfonstobetakentoassurethatsubsequentreleaseswillbeincompliancewithMeaboveIfmfts.45TheprovisionsofSpecifications3.0Pand3.0Parenotapplicable.SURVEILLANCEREOUIRBfENTS4.11.2.2Cumulativedosecontributionsforthecurrentcalendarquarterandcurrentcalendaryearfornoblegasesshallbedeterminedinaccordancewith'~monthly.IVlHP-UNIT23/4U.-X29&>'e&

Q0QQiPPRADIOACTIVEEFFLUEHTS1<~DIVE133DOSE-IODINE-131PTRITIUH.ANDRADIONUCLIDESINPARTICULATEFORMLIHITINGCONDITIOHFOROPERATIONiodine-133,theSITEBOUNDARY(seeFigure~)shallbelimitedtothefollowing:5.1-1a.Duringanycalendarquarter:Lessthanarequalto7.5mremstoanyorganand,b.Duringanycalendaryear:Lessthanorequalto15mremstoanyorgan.APPLICABILITY:Atalltimes.ACTION:.I/ioNna-133,Withthecalculateddoseframthereleaseofiodine-,331,>tritium,andradionuclfdesinparticulateformwithhalflivesgreaterthan8days,ingaseouseffluentsexceedinganyoftheabovelimits,inlieuofaLicenseeEventReport,prepareandsubmittotheCommissionwithin30days,pursuanttoSpecification6.9.g,aSpecfalReportthatfdentfffesthecause(s)forexceedingthelimitanddefinesthecorrectiveactiansthathavebeentakentoreducethereleasesandtheproposedcorrectiveactionstabetakentoassurethatsubsequentreleaseswi11beincompliancewiththeabovelfmfts.5TheprovisfansofSpecfffcatfans3.0+and3.0.+arenotapplicable.SURVEILLANCEREOUIREMBPS~oN.ne,-133,4.11.2.3Cumulativedosecontributions/forthecurrentcalendarquarterandcurrentcalendaryearforfadfne-Hi~tritium,andradionuclfdesinparticulateformwithhalflivesgreaterthan8daysshallbedeterminedinaccordancewiththemethodologyandparametersfntheODC!fet-lee&;-once-per--31days-moni.'Mu.iVh{P-UNIT23/4Q-3.3

RAOIOACTIVEEFFLUEHTSGASEOUSRAOWASTETREATMENTSYSTEMLIMITIHGCOHOITIONFOROPERATION3.11,2.4TheGASEOUSRAOWASTETREATMEHTSYSiEMandtheVENTILATIONEXHAUSTTREATMENTSYSTBIshallbeusedtoreduceradioactivematerialsingaseouswastepriortotheirdischargewhentheprojectedgaseousefft-uent-a4+-dosesCue-togaseous-eff1uent-releases-,-from-each-reac".or-unit-,-to-areas--at-and-beyondtheSiTEBOUHOARY(seeFigure5.1-3)-'wouldexceed0.2mradforgamma-4EH~dioeot4ve-materi-~i.nhe-projecteddoses-due-to-gaseous.to'areasat.and"beyond-t>>e-SITK--5-..1-3)-would"exceed-0.3mremto.any.-organ.ina33-@ay~d.mnicehaurijCome,MZhaeeqacn,enetC60(6peci,)~caftan>.ii.c.APPLICABILITY:Atalltimes.ACTION:Ra5en,CoSpmig~on3.11.2.7.harged-w4thout~reatment-and-in~xcess-Licensee-%vent-Report-,-prepare.ntto-Specif-ica-iation.nofwhygaseousradwaste.wasbeingdischargedwithout:rility~-Actoretheinoperableequipment-toOPERABIc.)-taken-topreventarecurrence.nsofSpecifications"3.0.3and3.0.4arenotapp15~SURVEILLANCEREOUIREMENTS4.11.2.4.1Oasesduetogaseousreleasesfromeachreac.orunittoareasatp~andbeyondtheSITEBOUNOARYshallbeprojectedinaccordancewiththemethodologyandparametersintheOOCM.monthlyNEIP-UNIT2RR~~3/411"14WM6&

RADIOACTIVEEFFLUENTSEXPLOSIVEGASHIXTUREto-withstand-a-hydrogen-~plamon)LIMITINQCONDITIONFOROPERATION3.11.2.5'Theconcentrationofhydrogenoroxygeninthewastegasholdupsystemshallbelimitedtolessthanorequalto4byvolume.APPlICABILITY:Atalltimes.ACTION:ia.b.Nthheconcentrationofhydrogenoroxygeninthewastegasholdupsystemexceedingthelimit,restoretheconcentrationtowithinthelimitwithin48hours.5TheprovisionsofSpecifications3.0.gand3.0.A'arenotapplicable.SURVEILLANCEREQUIREMENTS4.11.2.5TheconcentrationofhydrogenoroxygeninthewastegasholdupsystemshallbedeterminedtobewithintheabovelimitsbycontinuouslymonitoringthewastegasesinthewastegasholdupsystemwiththehydrogenoroxygenmonitorsrequiredOPERABLEbyTable3.3-13ofSpecification3.3.3.11.VWP-UNIT2M~53/41,1~g5

RA89%QTIVE-EFFtUBfF5-o-withstand-e-hydrogen-explosive+RATiON\the-.west~gas-ho%dup-ed-to-lessthanorequalte-2byvolumeBH.eneentration-ot'-hydrogen"and/oroxygen-in~he-waste-gas-erthan2byvol'umebutlessthanorequalto4~-&hydrogen.anger-oxygento-w44tHn-the-Hmit-w4tMn-48.ihours..o4-hydrogenand/oroxygentolessthanorequalto2byvolume-out-dray~The-provisions-ot'-5'pecifications3.0;.3and3.0.4arenotapplicable;~AVELANCE-REOUERBIEHTS-.2;SATheconcentrations-o~rogen-and/~xyg~n-t!~waste-gas-4oldupsystemshallbedetermined-to-be-within-the-above-Rimits-by-conthewaste.gasesin-the-waste-gas-holdu~ystem-w+th-the--Speci-'fication3.3.31-'4OELETEONi({P-UNIT2Rf~~3/4Ll-16'963v6&

FLUEHTS-hydrogenexp)osion)systems-=notdesignecf-to-withstandalIHITIHGCOHDITIOH.FOROPERATIOH-3~.2.5BTheconcentrationofoxygenintheLimitedtolessthanor.equalto2byvo'lumecern~ation-exceeds-4'y-voWma.APPHCABILITY:-At-aAtimes'6RQH:wastegasholdupsystemshallbewheneverthehydrogen.With-the-concentrationof.oxygeninthewastegasholdupsystemgreeterthan2byvolumebutlessthanorequalto4~byvolume,~etheoxygenconcentrationtothe.above.limitswithin-~urs/~-Withthe-concentration-ofoxygen"in-thewastegasholdupsystem-~er-than-4by-volume-and-the-hydrogen-concenMet~reeterreduce-the-concentra1ess-than-e-7he-provfsions-of-Specifications-3;0-.8-and-3-.OA-are-not-applicaQe/sys4es~ml1be-determined-eo-be-+Hhin-trove-1+nHs-by-continuously-s~~ng-the-waste-gases-ice-Ne-waste-ges-ho&up-system-wi-th-the-hydrogen-/OELETED>VlHP-UNIT2RR~~3/421-17

OOKEDas-Xe"Q3).AEVBNWHcab1e.garage~~et..ence-per-etanfaOELETEO3/411"18

RAOIOACTIVEEFFLUENTS<HAINCOMOENSERLIh(ITINGCONDITIONFOROPERATION3.11.2.6ThegnoaamdioacCivMrj(beCaand/ongamma,)rta.eo(noblegasesmeasuredaCChececomMnmdischargeahaEZbe.~edCoCessChanoeequalCo500,000rrCi/sec.TkQ~canbe.~edCo1Cc/sec.Joeapeu'.odnoCCoexceed60days~ov~dedCheo$rrgasWeaCmenCarjaCemm~noptation.APPLICABILITVrACaKCimes.ACTIOMr0I~Chegcoaamdr'.oacCr.vugg(beCaand/oegamma.)~eo(r'obLegasesaCChercecomb~nndischarge'xceedingChe,aboveDm~;euCoceChegcoaamdioacCrvMrj~eCore'Chr'.n~~rrritkin72horrorsocbe~aZeasCHoCShuCdownrrriChinChe.nexC12ho~.SURVEILLANCEREQUIRB(EMTS4.11.2.6.14.11.2.6.2ThenudioacCivMrjrun.'eo$noblegasesaChe,.recombine,dLschcvtgeahaQ'.be'ontinuouslymonu.'onedLnaccordancerrrithTable3.6.14-2.The,gcoaartacKoacCiv~(beCaand/ocgarmna)~eo(noblegasesstan,omCher'ecomMnan,dQcageaha6'.bedeerminedCoberrriChinCheLvniCso$Spews+.~n3.6.15aChe$oMorrringgceauenciesbupm$oencnganmoCopc.canaLjamo$aceprcese~vesampleo$gases~tenaCChe,cecomM.nun.cledc~era.,r(onChly.b.01Mu'.n4ho~$oZZorcinganxnc<r.easeonChe,cecomtu.nor.cKbduurgemonitoro$gneaCer.Chan50>,(acto~ouCincreasesdue.Cochanges~nCheunaLporomLevyandNZ~n$Lorvchanges.>N(P-UNIT23/411-18

RADIOACTIVEEFFLUENTS,HARK5alt,IICONTAINhlEMTQ~~a6j-LIWITIMGCOMOITIONFOROPERATION3.11.2.7IVENTINGocPURGINGo)he,containment(b'av~ahaQ,be4&oughCheStandbyGabTrte~entSyaiem,~uhspeci)ication3.11.2.l.a.andbcanbemeterontuseo)NeStandbyGasTreatmentSystem.APPLICABILITY:NhenevmChechyve6'.mveMedon,paged.ACTION:a.NMhCheceo~emeetso)theabovespeci+cationnoChatQ+ed,suspendaU.VENTINGandPURGINGo)Chebr.yued,.5b.Thepnovw~omo)Speci)~cation3.0.gand3.0.&meno~applicable.SURVEILLANCEREOUIREMEMTS4.11.2.7The.containmentAyv~ahaLLbe.deteuninedCobe,aLigned)on,VENTINGocPURGINGClnoughChe'StandbyGabTrceatmentSgaiem~hin4ho~pru'.ocCoa~o)andatLeutonce,pan,12ho~~ngVENTINGoePURGIMGo)CheNgweXC.3/411-18aMMP-UNIT2

RADIOACTIVEEFFLVENTS3/4.11.3SOLIDRADIOACTIVEWASTELIMITIHGCONDITIONFOROPERATION3.11.3Thesolidradwastesystemsha11beusedinaccordancewithaPROCESSCONTROLPROGRAMtopracesswetradioactivewastestameetshippingandburialgroundrequirements.APPLICASILITY:Atalltimes.ACTION:a.b.WiththeprovisionsofthePROCESSCONTROLPROGRAMnotsatisfied,suspendshipmentsof"defecivelyprocessedordefectivelypackagedsalidradioactivewastesfromthesite.5TheprovisionsofSpecifications3.0+,3.0.g',and6.9.1.9.barenotapplicable.SURVEILLANCEREQUIREMENTS4.11.3THEPROCESSCONTROLPROGRAMsha11beusedtoverffytheSOLIDIFICATIONofatleastonerepresentativetest,specimenfromatleasteverytenthbatchofeachtypeofwet,radfoacfvewaste(e.g.,filtersludges,spentresins,evaporatorbottoms,baricacidsolutions,andsodiumsulfatesolutfons).aoIfanytistspecimenfailstoverifySOUDIFICATION,theSOLIDIFICATIONofthebatchundertest,shallbesuspendedunti1suchtimeasaddi-tionaltestspecimenscanbeobtained,alternativeSOLIDIFICATIONparameterscanbedeterminedinaccardancewiththePROCESSCONTROLPROGRAM,andasubsequenttestverifiesSOLIDIFICATION.SOLIDIFI-CATIONofthebatchmaythenberesumedusingthealternativeSOUDIFICATIQHparametersdeterminedbythePROCESSCONTROLPROGRAM.b.IftheinftialtestspecimenfromabatchofwastefailstoverifySOLIDIFICATION,thePROCESSCONTROLPROGRAMshallprovideforthecollecianandtestingofrepresentatfvetestspecimensframeachcansecutfvebatchofthesametypeofwetwasteuntilatleast3consecutiveinitialtestspecimensdemanstrateSOLIDIFICATION.ThePROCESSCONTROLPROGRAMshallbemadifiedasrequired,asprovidedinSpeciffcatian6.13,toassureSOUDIFICATIOHofsubsequentbatchesofwaste.IViltP-OMIT2-PRES-I-3/411-19

RAOIOACTIVEEFFLUEHTS3/4.11.4TOTALOOSELIMITIHGCOHDITIOHFOROPERATIOH3.11.4Theannual(calendaryear)doseordosecommitmenttoanyMEMBEROFTHEPUBLICduetoreleasesafradioacivityandtoradiationframuraniumfuelcyclesourcesshallbelimitedtolessthanorequalto25mremstothetotalbodyoranyorgan,exceptthethyroid,whichshallbelimitedtolessthanorequalto75mrems.APPLICABILITY:Atalltimes.ACTION:a.b.Wfththecalculateddosesfromthereleaseofradioactivematerialsinliquidor.gaseouseffluentsexceedingtwicethelimitsafSpecifica-tion~4-.8-.a;3.11.1.2.b,+-H-;8-.8:a-,3.11.2.2.b,8-.H.'~ar3.11.2.3.b,calculationsshouldbemadeincludingdfrecradiationcantributiansframthereactorunitsandframoutsidestoragetankstodeterminewhethertheabavelimitscfSpecification3.11.4havebeenexceeded.IfsuchisthecasefnlieuofaLicenseeEventReport,prepareandsubmittatheCommissionwithin30days,pursuanttoSpecification6.9.2,aSpecfalReportthatdefinesthecorrectiveactiontobetakentoreducesubsequentreleasesto,preventrecurrenceofexceedingtheaboveIfmftsandincludesthescheduleforachievingconformancewiththeabaveIfmits.ThisSpecialReport,asdefinedin10CFRPart20.405c,shallfncludeananalysisthatestimatestheradiatfcnexposure(dase)toaMEMBEROFTHEPUBLICframuraniumfuelcyclesources,includfngalleffluent,pathwaysanddirectradiation,forthecalendaryearthatincludestherelease(s)coveredbythisreportItshallalsodescrfbelevelsofradfatianandcancantratiansofradfoactfvematerialinvolved,andthecauseoftheexposurelevelsorcancantratfcns.Iftheestimateddose(s)exceedstheabovelfmits,andifthereleasecanditionresultinginviolationof40CFRPart190hasnotalreadybeencorrected,theSpecialReportshallincludearequestforavarianceinaccordancewiththeprovisionsof40CFR'Part190.Submittalofthereportisconsideredatimelyrequest,andavarianceisgranteduntilstaffac-ianantherequestiscomplete.4.5TheprovisiansofSpecificatians3.0Pand3.0.Parenotapplicable.SVRVEILLAHCEREOUIREMEHTS4.11.4.1Cumulativedosecontributionsfromliquidandgaseouseffluentsshallbedeterminedinaccordancewithan~~ccardance-withthemethadolagyandparametersintheOOCM.4.11.4.2Cumulativedose'contributionsframdfrecradiationframthereac.orunitsandframradwastestoragetanksshallbedeterminedinaccordancewiththemethodologyandparametersintheOOCM.ThisrequirementisapplicableonlyundercanditionssetforthinSpecificatian3.11.4.a.IV<IP-UNIT23/411-20

3/4.12RAOIOLOGICALEHVIROHMEHTALMONITORING3/4.12.IMONITORINGPROGRAMLIMITINGCOHOITIONFOROPERATION'.12.1TheradiologicalenvironmentalmonitoringprogramshallbeconductedasspecifiedinTable3.12"1.APPLICABILITY:Atalltimes.ACTION:a.b.WiththeradiologicalenvironmentalmonitoringprogramnotbeingconducedasspecifiedinTable3.12-1,inlieuofaLicenseeEventReport,prepareandsubmittotheCommission,intheAnnualRadfo"logicalEnvironmentalOperatingReportrequiredbySpecification6.9.1.?1,adescriptionofthereasonsfornot-conducingtheprogramasrequiredandtheplansforpreventingarecurrence.WiththelevelofradioactivityastheresultofplanteffluentsinanenvironmentalsamplingmediumataspecifiedlocationexceedingthereportinglevelsofTable3.12-2whenaveragedoveranycalendarquarter,fnlieuofaLicenseeEventReport,prepareandsubmittotheConafssfonwithin30days,pursuanttoSpecification6.9.2,aSpecialReportthatidentifiesthecause(s)forexceedingthelimit(s)anddefinesthecorrectiveacfonstobetakentoreduceradioactiveeffluentssothatthepotentialannualdose"toAMEMBEROFTHEPUBLICfslessthanthecalendaryearlimitsofSpecifications3.11.1.2,3.11.2.2,and3.11.2.3.WhenmorethanoneoftheradionuclfdesinTable3.12-2aredetectedinthesamplingmedium,thisreportshallbesubmittedff:creportinglevel(I)reportinglevel(2)WhenradfonuclfdesotherthanthosefnTable3.12-2aredetec.edandaretheresultofplanteffluents,thisreportshallbesubmittedifthepotentialannualdose"toAMETEROFTHEPUBLICisequaltoorgreaterthanthecalendaryearlimitsofSpecifications3.11.1..2,3.11.22and3.11.2.3.Thisreportisnotrequiredifthemeasuredlevelofradfoacivitywasnottheresultofplanteffluents;however,insuchanevent,theconditionshallbereportedanddescribedintheAnnualRadiologicalEnvironmentalOperatingReport.WithmilkorfreshleafyvegetablesamplesunavailablefromoneormoreofthesamplelocationsrequiredbyTable3.12-1,identifylocationsforobtainingreplacementsamplesandaddthemtotheradio-logicalenvironmentalmonitoringprogramwithin30days.Thespecific"Themethodologyandparametersusedto'estimatethepotentialannualdosetoaMEMBEROFTHEPUBLICshallbeindicatedinthisreport.NIP-UNIT2-R4R~iV&43/412-1

tAd~naLPamgmphCo3.12.l.ajOev~nbmepen~edfh.omNe,cequirMdsample,schedule,a)aamQumeunob~nabZedue,Cohazmdocuconan,aoneunavaiZahMity,Chef',uncooper~vercu~dmts,on.ComaL(urno$a~meticaampGngequipment.InChe,Quento5Me,~m,everye.(5'haKbemadeCocomplycorot,ectivea~npu'.oaCoCheendo$Ae,ne,MaampP.ngpvu.od.3/412-1aNi(P-UNIT2

RAOIOLOGICALENVIRONMENTALMONITORIHG6.9.1locationsfromwhichsampleswereunavailablemaythenbedeletedfromthemonitoringprogram.InlieuofaLicenseeEventReportandpursuanttoSpecification<i-.9-.:~,identifythecauseoftheunavail-abilityofsamplesandidentifythepewlocation(s)forobtainingreplacementsamplesinthenextSemiannualRadioactiveEffluentReleaseReportandalsoincludeinthereportarevisedfigure(s)andtablefortheOOCMref1ecingthenewlocation(s).5d.TheprovisionsofSpecifications3.0$and3.0/arenotapplicable.SURVEILLANCEREOUIREMEHTS4.12.1TheradiologicalenvironmentalmonitoringsamplesshallbecollectedpursuanttoTable3.12-1fromthespecificlocationsgiveninthetableandfigure(s)intheOOCM,andshallbeanalyzedpursuanttotherequirementsofTable3.U-1andthedetectioncapabilitiesrequiredbyTable4.12-1.iVi<lP-UNIT2RR~~3/4I2-2

DAHLIA.RABIBLBGIBA~NVIRORHftlTALHOHITORIHGPROGRAH----5awplIn'-and-~ypa-and-Fe~ueaeyCollectionFreuenc-ofAnalsis-Gamma-dose-quarter4y;-guarteH-tlumbep-of4oprosontative-ExposurePathway-Samplesanda1.DIRECT-RADIATIOH40routinemonitoringstationsb-(ORi-OR40)eitherwith.two-ormora-dosimeters-or-with-one.instrumentfor'-measuring.andrecording.dose.rate-continuously,-placedasfollows'.-an-innerringofstations,-ono-in-eachmeteorologicalsector-in=thegonadalareaof.the.SITEOOUHDARY-QORl=DR16);-an-eute~ngofstations,onein.~-each-meteorologicalsectorin.-the-6~o-0-km-rangefromthe.s4te-(ORlZ=DR32)rthebalanceofthestations(DRAB-DR40)-to"beplacedinspecialinterestareassuch.as-populationcenters,nearby.~+es4dences,schools;and-in&or2areastoserveascontrol.fatations.umber-,meda-,frequency,andlocationofsamplesmayvaryfromsitetosite.Thistable-presents-anacseptable-minimum-programforasiteatwhicheachentryisapplicable.Localsitecharacteristics.~ustbe-examinedtodetermineifpathwaysnotcoveredbythistablemaysignificantlycontributeto-an.Indlvidualts-dose-and-shouldbeincludedinthesamplingprogram.Thecodelettersinparentheses,e.g.OR1-,Al-,-provide-one-way-of-defininggenericsamplelocationsinthisspecificationthatcanbeusedto.~ldentlfy-thespecificlocationsinthemap(s)andtableintheODCH;OELETEO-Rcpfaccdioi.tha.ttachcdpages

TAB%-3-.424-ContinueRAMOk86$CALfHVIRONNEHTAL-tlOHlTORIHGPROfiRAHExposurePathway.~nd/orSamlo~2.A1RBORHENumber.of-RepresentativeSamplesandSaaileLocationsSampling-and-.-Type-and-Frequency-CollectionFreuencofAnalsls-.Radioiodineand+articulatesX-sample-(A4)frowthevicinity-~-coauaunltyhavingthehighest-cakculatedannualaverageground=--Oev~D/ll.-4-sample(A5)frowacontrol-sleeatlon,asforexample15=30km--dlstantandlntheleastprova=-leantwinddirection.Saaiplesfrow-5-locations-(A1AS)t-Continuous.sampler--RadioiodineCannister..operationwithsample-1-131analysisweekly;4-samples(AlA3)frowclose-.eolleetlon-weekly;-or-to.the351TEBOtjHBARYlocations,---more-frequently-lf-4n-dlfferent-sectors.;of-the---.requiredbydust----particulate-Samlen;44ha~alculatedannualaverage-loading.Gross-beta-radloaeHvt-ty-Broundlevel-D/g.--analyals-fol1ogl-ng4A~~ha,-Gamma-isotopic-analys)s->>of-compos-ite-fby-1ocation)~uartarlyWATERBORNE.Surface1sampleupstream(Mal)1-sample-downstream(Ma2)~-bMround.-Samplesfrom1or2sources~-Q&1T-Wbg)-,onlyiflikelytobe-+Heated.Compositesamp)eover1-monthperiodquarterlyGammaisotopicanalysis-monthly:Compositefortrit.iumanalysisquarterly.Gammaisotopicandtrltium-analysisquarterly-.-c-.Orinking1sampleofeachof1to3(Mcl"Ace)-of-thenearestwatersuppliesthatcouldbea@ectedbyitsdischarge.1-sample-frow-acontrolleeatlon(Mc4).Compositesample1"131analysis-oneaeh-over2-weekperiod~composite-when-thedose-when1-131analysis--calculatedfortheoonsump-lsperformed,monthlytlonofthewaterls-Iereatercompositeotherwise.than-1mremperyear.-Cowpositeforgrossbetaagd--gamma-isotopic-analyses-~enthly.Composite-foe~iliumanalysisquarterly,DELETED-Replacedwi.thattacl~edpalm

TAOL~.12-1ContinuedRABIOkOGIOALENVIROHHEHTAI.HOHITORIHCiPROGRAH-~odimentshovaHrro--4-.IHGESTION.1samplefromdownstreamarearecreationalvalue(Mdl).-Number-ofRepresentatjve-Exposure-Pathway-".----Samples-and--SamplingandCollectionFreuencSemiannuallyTypeandFrequencyofAnalsis-Ciammaisotopic.analysls-scmlannuallyi.~~jlkSamplesfrommilkinganimalsjn-3-loeaWons-(Ial-Ia3)within~&4m-djstancehavingthehighestdose-potential.Iftherearemone-;then,1-sample"frommilkingSemimonthlywhenanimalsareonpasture,monthlyatothertimesGammaisotopic-and.1-131-analysissemimonthlywhen-anlmalsareonpasturel-monthlyat-other-tjmesi-~bFishand-Inverte-brates,oEood-Products~arrjmalsIneachof3areas(Ial--Ia3)between5toBkmdlstant-wheredosesarecalculated>tobe-.Or.eaterthan1mremperyr-1sample-frowmilkinganjmals-a&controllocation--(la4)-,~16-30kwdistantandinthe-Ieast-prevalentwinddirection.1sampleofeachcommerclally-andrecreatlonallyimportantspeciesInvicinityofplantdischargearea.(Ibl--=Ib-);lmampleofsamespecieslnareas-'rotinfluencedbyplantdis-charge(Iblg-Ib-);1sampleofeachprincipalclass-offoodproductsfromanyareathat-4sirrlgatedbywater-lrrrrhjchliquidplant-wastes-havebeendischarged-(Icl--Ie-);AttimeofharvestGammaisotopicanalyses--on-edibleportioni-Samplelnseason;--or-=.Gamma-isotopic-analysls-semlannuallyIftheyonedible-port;lons-.-arenot-seasonal-DELETED-Replacedrui.tha.ttaeherlpalm.

@ABLE-SAR~GontinuedRAMOLOGICALENVIRONHENTAL-.HONITORINGPROGRAH-exposure-PathwayandCov-5amlecEood-Products-pont'd)4umbev-of-RepresentativeSamplesand--Samplesof3differentkindsofbroad1eafvegetationgrownnearesteachoftwodifferentc4fsito.-locations-of-highest.-predicted-annualaverageground-level-0/g-if-mHk-sampling-ks-notpeHermed-(Iclg-Icl3):---.Samplingand-------Type-and-Frequency-CollectionFreuencofAnalsis-HonthlywhenGammaisotopic-and++3Pavailable--analysis.-+sampleofeachof-the-..similar----Honthlywhen---.---Gamma-isotopic-and-I-Bl-beoadleafvegetation.grown-----.-available---~nalys4s-.46-30km.distant-intheleast-prevalent-wind-direction"if.milk-samp44ng-is-not-performed.~0--Ic23j.DELETED-Reptacert<ui.thattaclredpages. l~ &BEE3.12-1"Continued-TABLE-HOTATIOHSpecificparametersofdistance.and-direction-sectorfromthecenterlineof-one-reactor-,-and-additional-descrlptlonwherepertinent,shallbeprovided-for-each-and-everysample-locationlnTable3.-%2"X-ln-a-@able-and-Agurefs)-ln-the-DOCH.--RefertoRUREG-0133,"PreparationofRadiological-Effluent-7echnical-4peoIAoa@ens-forHuelear-Power-plants-,4-October-197S-,and-to-RadiologicalAssessmentOranch-Technical--poslOen-,RevMen&-,Hovember6979;--Deviations-are-permittedfromtherequiredsampling.schedule.if-speoimens-are-unobtajnable-due-to-hazardous-eendlLions-,seasonal-unavailabiIity,malfunctionofautomaticumping-equlpmantandother--1egitlmate-reasons,--If-specimens-are-unobtainable-dueto-samplingequipmentm&function~vrrry-oEfortshallbemadetocompletecorrectiveactionpriortotheendofthenextsampling-'er4od~ll-deviationsfromthesamplingscheduleshallbedocumentedintheAnnualRadiologicalEnviron-mentalDperatingReportpursuanttoSpecification6.9.1.11.Itis-recognizedthat.,-at,-times;-lt-may-not-be--possibleorpracticabletocontinuetoobtainsamplesofthemediaofchoiceatthemostdesiredlocation-o-4i~rr-these-instancessuitablealternativemedia-andlocations-may-bechosen.for-the-particular~pathway-irr-questionandappropriatesubstitutionsmadewithin30daysintheradiologicalenvironmental-'onitoring-programs--In;-lieu-of-a-licenseeEventReportandpursuant'toSpecification6.9.1.12,identify~-the-cause-of-the-unavailabilityofsamplesforthatpathwayandidentify-thenewlocation(s)forobtainingreplaeementmamples-ln-the-next-5emlannual-RadioactiveEffluentReleaseReportandalsoincludeinthe.=.reportarevised.figure(s):-.and-tabla-fortha-OOCH-reflecting-4.he-new-location+)..b-Oneor-more-instruments;such-as.-a-pressurized-ion-chamber-;for-measurlng-and-recording-dose-ratecontinuouslymaybeusedinplaceof,or-inaddition-to-,integrating-doslmeters-.For-the-purposes-of-this<abler-a=thermolrrmlnescentdosimeter(TLD)isconsidered-tobeonephosphor'woormorephosphors-4n-a-@acket-aw-considered-as-twoormoredosimeters.Filmbadgesshallnotbeusedasdosimeters-formeasuring--direct-radiation-The40-stations-4s-not-an-absolute-number-.The-number-of-direct-radlaHon-monitoringstations-may-brr-reducedaccording.togeographlca'1limitations;-e.g.,at-anocean*site,some.sectorswill.ba-over-water-so-that-the"number-of.doslmeters.may-be-reducedaccordingly;--The-freqeney-of-analysis-or-~readout-for-TLD-systems-will-depend-upon-%he-characteristics-of-the-specific-systemusedandshouldbe-~electedtoobtainoptimumdoseinformationwithminimal-fadirrg.The-purpose-ef-this-sample-is-toobtainbackgroundinformation;--If-it.-ls-not-practical-to-estaQ4sh-lQe<ontrol-locations-ln-accordance-with.thedistanceandwind-directioncriteria.,-othersites-that-providevalddbackgrounddatamaybesubstituted.OELElE0-RepQeedror.tirattachedpaqea.

IlZI-TABLE-3.12-1ContinuedTABLE-NOTATION.Airborne-particulatesamplefiltersshallbeanalyzedforgrossbeta-radioactivity-24-hours-or-more-after--samplingtoallow-fovradonandthovon-daughter.decay.-If-gross-beta-activity-in-aiv-particulate-samples4s-gvaatar-than-ten.timesthe-yearlymeanofcontrolsamples,gammaisotopicanalysisshallbeperformed--on-tha-individualsamples.'Gamma<sotopic-analysis-means-the-Identification-and-quantaf4cation-of-gamma=amitting-radionuclidos-that-maybeattributable-to-the-effluents-from-the-faei1ity-.-Qie-"<<pstveamsamplo'-'-shall-be"takenat'adistancebeyondsignificant-influenceofthedlschargeWhe"downstream'-'-sample-shall-be-taken-in-an-area.beyond.but-near-the-mixing-zone-."Upstvoam-"samples-in.'an-estuar~must-be-taken-fav-enough-upstreamtobebeyondtheplantinfluence.Saltwatershall-be~sampledonlywhenthereceivingwaterisutilizedforrecreational.activities~-Acomposite.sampleisone-inwhich-thequantity(aliquot)ofliquidsampledisproportionaltothequan&Ay-of-flowing-liquid-and-in-which-the-method-of-samplingemployed-results-ina-specimenthatis.representativeof.the-liquidflow.-In-this-program-composite.sample-aliquots-shallbe-collected-at-time-intervalsthatare-vovy-short-(a.g.,hourly)relativetothacompositingperiod(e.g.,monthly)inordevto.assure-obtaining-'-representative-sample.h.Groundwatersamples-shall-betakenwhenthis.souvce-is-tapped-fov-drinking-ov.irrigationpurposes-4n-areas-'where-the-hydraulicgradientorrechargepropertiesarosuitableforcontaminatiop.-Q>a-dose-shall-be-calculatedforthemaximumorganandagegroup,.usingthe-methodology-and-pavametevs4n--the<06H:+IE-harvestoccursmorethanonceayear,samplingshallbepevformedduringeachdiscreteharvest.If-.-.Aamest-occurs-continuously,samplingshallbemonthly.Attentionshallbepaidtoincludingsamplesof-tubeveus-and-root.-foodproducts.DELETED-Repfncecfi@<.thnttnchcclpngu.~~

ExposurePatluuaig~l/Radioiodine8Pan.ticata'ampE.ehfinom5locations:1)3samplefirromofifi-aWeXocatiomindififimentae&oeaofi>helr,ighukcalculatedaWeave@age0/0(bwedonaQ.dateLicensedrceactorta)Con&nuorahampden.operationupwithdamptecoMecfionrveeRryoecunegatedbykas4Loading,rvhichevdh.Mmokefinerluent2)1samplefirrom4hevicinityofianasktb&shedyearr.moundcorynughtr1havingXhehighwaycaFcutateddataaverrage0/0(bmedonatLdLtelicensees(eeactom)3)1samplefirromacon&oflocation10-17minimd4Wn4andinalentprr.evaeentroindducecti.on(d)TaMe3.12-1OPERATIONALRADIOLOGICALENVIRONh(ENTALh(ONITORINGPROGRAllLcm~.nCon~nojr.0arationNumbers.ofiSampfwSampU.ngandCq&eckionandLocati.orbFrteuency(Type,ofiAnatrya.uandFn.euencrRadioiodineCan.est~anayzeonceroeeos.I-131.P~icutateSamplerscosanao-acfivLtiJfioHo<j~ggLterr,change,~compohWe(byLoca-4ion)fio4gammamoXopicanalysis(once,pal3montlldr(aaarrunimum)3/412-3

ExpobrvrePatlrrrragarrd/os.SamteOieectRadiationNrrmberr.osSampleandLocation32dta4iorerrrith4rroon.morredodime.t~4obeplacedm)oHorrrsraninnerningosh,taWonbinXhegenehaLareaor%.the,sLteboundaryandano<<terr.ru.ngi.nthe44o5miXenange(CornSheateruithaarationineachlandbmedseWorr..'hebalanceor%thed.ta4iorrddhoufdbe,placedinspecialinterrupt,ahemsuchmpopufaWoncerrtena,nearbynm.ulencm,achoo4andin2oa3mewtoderivea6conteot,actions.SampLingandCqffection~Feeuencg~~'ncepM.3morrtlHTypeo1%AnalysisandFwequerrcrGanrrnadoseoncepen3mon.f4(UATERBORNESrvrface~1)1bampfeupstream2)1sample)cornXhesite'ddorvrwAeamcooLingroa.terr.intakecompositesampleover1monthperriodlg)GammaLeoiopicanai.'re~Ic)once/moetlr.Composite(ononce,pen3months4n,i'.urnanatgam.Sediment(romShoeeUne14ampte$rromadorrresWcamTruicepen.yeanarearrrithex,<stingoepoten&atnecrreationat.vatueGammamotqpicanal'.u"AtXh4d<a.tance,8rrrindnode.sectorrareovenLake.Ontanio.3/412-4

ExpohtvtePailuuarJand/oeSamCeINGESTIONAiCkNtrrnbert.ofiSampCMandLocations1)SampCufirtommiCkAampCing.Cocoonsin3Coca&ortrr,tuithin3.5miCerrd4Wncehavingthehighw,tcaCcuCatedaLteaverage0/tl.IfiXhertean.enone,Chen1dampCefirrommiCkaampCeavocationsineachofi3artery3.5-5.0miCetdQ&ntIraving.the.IrigirerrtcaLcuCatedwiteave@ageO/tl(bmedonaM.site.CicereedaeaMom)SampCirrgandCpCCeckionFnequencr(arTtuice,peamoult,AUX-Oecembm(zampCmtuiCCbecoHe&edinJanucuty-h(archi.fiI-131LbdetectedinNovemberandOecembertofiXheptecedingrJea4)TgpeofiAnalystGammaLsotopicandI-131anaCtJsidjuicepmmonthwhenarum'weonpablume(Ap4M-Oecembm);once/monthato4herttime(Jant~y-hhuccft)i.filletitMJied2)1dampCe.finomiCkdampCinglocationatacon&oClocation(9-20miCeadistantandinaXeabtprtev(3Cfnttutntfdirtecfion)Id}F.irr,lr1)2aampCeaoficommertciaCCrjort,aeeteakionaCCtJimpotentspecieinXhevici.nitty0fiahitetliachangepoint2)1dampCeeachofiSheaameapect.et(os.ofiadpeciejtuithaimiCarr.fieedinghabitat)finomanarteaa4LeastQiCmdistantfirtomXhea.ite.Tluice.pert,(JelULGammamq4ppicanaftJdmteronediblepo~onzjuicep~rhea@3/412-5

ExpoaiutePatluuagand/oeSampleFoqdPi(oduc&Number,o$Samples(a)andLoca.tions1)6bamptesXo4rL(akim.z~.ngatLead42dec4onb)oI%$niu4sand/onveg&abt.esiaLH.becoECected)cornavai&bCeo$$-hWe.locationso)highestcaCcufa.tcdaWeaverageP/0(baaedonaLLLice>+edanteneaclona)SampLKngandCqktectionFrequency(Once,pMgeartduringharvestbeardonTreeofiAnafgs~andfrequencyGammamoXopicana.fiJbiho(edibLeponWons(Lbo4opicXo~.ncEudel-131)Once,heingtheharvestkeadon2)1sampleo$eacho$d~miLaevegetationgnown9-20miResdistant.inafesspnevaLent~uindd4ec.tion3/412-6~~

NOTESFORTA8LE3.12-1(a)ItemsnecognizedChat,athermes,Ltmaynotbe,possibleonpnacticaL4oobtainsamplesofiShemeNuofichoiceatShemoatdesined,Coca<iononMne.Intheseinstances,suitableaLtennativemertiaandLocatiorrs'aybechoserrfion,thepanticr~tanpailuvaginqrresWonandmarybedubs~uted.ActrraLLocations(d4Wnceanddinectionrs)finomCiredLteshaLCbepnoviried.inCheAnnualRadiologicalEnuinorrmen&t,OpenatingRepo&.IfighestD/0LocatiorrsanebasedonIristonicaCmeteonologicaLdatafion.aH.dWeLicensednea&ons.(b)PanticrrtatedamptefiiLtensdhorrLdbeanalyzedfiongnorsrsbeta24horrnson.mone,afitendamp',ng4oaLLorvfion.nadonandXlrononrlarrglrten.decay.IfiXhegnomesbetaactive@inainitsgnea4enChan10~esaIristonicaLgeant/meanoficontnoC,samples,gammamotopicanatgsLaalraLLbepenfionmedonSheinNviduaL6ampLes.(c)GarenaisotopicarrabgsmrnearrsXheidentr.fiicationandqrrarrtifiicationofigammaemittingnadionucLidesChaimaybeattnibutedtoXheefifiCuentsfinomXhefiaciLitg.(d)Theprrnposeofithesesamplesis4oobtainbackgnoundinfionmaWon.IfiLtisnotpnacticaLXoes&bLiahcontnoLLocationsinaccondanceruiththedistanceandruinddinection~ecru'a,othensites,suchasI~LbtonicatcontnoC,LocationsrvhichpnouidevaLidbackgnoundda.tamaybe.wuba~ated.(e)Oneonmone,ins&runents,suchasapnessruuzedionchamben,fion.measurungandnecondingdosenateconkinuorraLgmaybe,rrsed.inpalaceofi,on.inadditionXo,in4egnatingdoaimet~.Fon.theprrnpoaeofiXfrisXabte,aXhenmoQuninescentdosimetenmaybeconsirlened.tobeonephodphonand4voonmone.phosphonsin,apack&maybecorrsidenedas4voon.monedodhmetens.FihnbadgesshatLnotberrsedfion.measrrningrknectnadiaWon.(fi)The,"upstneamsample"shouldbe..takena4adistancebeyondaignifiicantinfiLuenceofiXhedischange.The."dorvrrstnearrrsample"dhorrtdbe.takeninananeabeyondbutneanthemixingzone,ifiporsrsibte.(g)CompositesamplesdhoutdbecoUectedruitheqrripment(oneqrrivaCent)rvhichiscapableoficoLte~nganaLiquotat.timeintenvaQrvlrichanevenriwho&(e.g.horvrtg)neLativeXoShecomposLtingperuod(e.g.montfrLrj)inondentoasduneobhurringanepnesentativesarnpCe.(h)InSheeventcomrnenciaLon.necneationaLknpontantspeciesanenotauaitabteasanesuLtofiXlrneeattempts,Xherrothen.speciesmarybe.rrtiEizedasauai&bLe.3/412-7

TABLE3.12"2REPORTINGLEVELSFORRAOIOACTIVITYCONCENTRATIONSINENVIRONMENTALSAMPLESReportingLevelsMaterAnalysis(pCI/i)AirborneParticulateorGases(pCI/ms)Fish(pCi/kg,wet)Milk(pCI/R)FoodProducts(pCi/kg,wet)N-3Hn-54Fe-59Co-50Co-60Ln-652r-Nb-951-131Cs-134Cs-137Oa-La-140MtMBB~30,0001,0004001>00030030040030502000.9102030,00010,00030,00010,00020,0001,0002,00060703001001,0002,000WoiMelnking-watersamples.Thisis40CFRPart141value.Ifnodrinkingwaterpathwayexists,-a"value-of-30;.000-pGUS-may-be-used;

TABLE4.12"1OETECTIOHCAPABILITIESFOREttVIROttHEttTALSAHPLEAttALYSISb-e-'Ce)ILOMERLIHITOFDETECTION(LLD)'aterAnalysIs(pCI/I)grossbetaIl-33000AtrbornePartIculateorGas(pCI/sLa)0.01FIshHIlk(pCI/kg,wet)(pCI/E)FoodProducts(pCI/kg,wet)Sedtment(pCI/kg,dry)fin-54Fe-59Co-58,602n-65Lr-tlb-951-131Cs-134Cs-137Oa-La-1401530151515150.070.050.061302601302601301501515606080150180~I.f-nodrtnktngwaterpathwayextsts,avalueof3000pCI/1maybeused;

TABLE4.12-1ContfnuedTABLENOTATIONThislistdoesnotmeanthatanlythesenuclidesaretabeconsidered.Otherpeaksthatareidentifiable,togetherwiththoseoftheabovenuclides,shallalsobeanalyzedandrepartedintheAnnualRadiologicalEnvironmentalOperatingReportpursuanttoSpecification6.9.1.~/RequireddetecfoncapabfIftfesforthermoluminescentdasimetersusedfarenvironmentalmeasurementsareaivenin'.ANSIN.545(1975),we~on4.~.~oeabZeexcepMowCoANSIH.545aveco~ned~Ae0)/aMeOozeCafe~an<<kmuaL(HC<<(J."TheLLDfsdefined,farpurpasesofthesespecifications,asthesmallestconcentrationofradioactivematerialinasamplethatwillyieldanetcount,abovesystembackground,thatwillbedetectedwith95>>prababiliywithonly~~probabilityaffalselyconcludingthatablankobservationrepresentsa"real"signaI.Faraparticularmeasurementsystem,whichmayincluderadiochemical.separation:4.66sbE~V~2.22-Y~exp(-Adt)Where:LLDfsthe"apriori"lowerlimitofdetectionasdefinedabove,aspfcacurfesperunitmassorvolume,sfsthestandarddeviatfanofthebackgroundcountingratearofQecountingrateafablanksampleasappropriate,ascountsperminute,Eisthecountingefficiency,ascountsperdisintegration,Visthesamplesizeinunitsofmassorvolume,2.22isthenumberofdisfntegratiansperminuteperpicocurie,Yisthefractianalradiochemicalyield,whenapplicable,A,istheradiaacivedecayconstantfortheparticularradfanuclide,and.htfarenvironmentalsamplesistheelapsedtimebetweensamplecoIIectian,arendofthesamplecollectionperiod,andtimeofcountingTypicalvaluesafE,V,Y,and5shouldbeusedinthecalculation.iVMP-UNIT23/4~M"U.

TABLE4.12"1ContinuedTABLENOTATIONItshouidharecognizedthatthaLLOisdefinedasanapriori(heforathefact)1imitrepresentingthecapabilityofameasurementsystemandnotasanaposteriori(afterthetact)liimtforaperticu1armeasuremant.AnalysesshallbeperformedinsuchamannerthatthestatedLLDswillbeachievedunderroutineconditions.Occasionallybackgroundfluctuations,unavoidablesmallsamplesizes,thepresenceofinterferingnuclides,orotheruncontrollablecircumstancesmayrendertheseLLOsunachievable.Insuchcases,thecontributingfactorsshallbeidentifiedanddescribedintheAnnualRadiologicalEnvironmentalOperatingReportpursuanttoSpecification6.9.L.~.LLDfordrinkingwatersamples.~e-44nkiegwaterpathway-e~.~e-na+~ay~aedNobu.nfu.ngmatexpeti'usageexQwatChahLina<%Le,Po~etaMaundmnoenaZoperc~gcon~eddue4.'oAaduMeWonand~Wnce,o)input,nexus,ehCch,err'u,ng~ex~etaha.These,)one.,Sic,LLOo$the,gamma~otopieanal'~maybe,reed.iVlHP-UNIT2~R~~3/4L?"X2

RAOIOLOGICALENVIRONMENTALMONITORING3/4.12.2LANOUSECEHSUSLIMITIHGCOHOITIONFOROPERATION3.12;2Alandusecensusshallbeconducedandshallidentifywithinadistanceof'5milesfthelocationineachofthe16meteorologicalsectorsomilkw~&,.thenearestresidence.ge4eH-of-greet@Ben-59-~+~fts)-producing-broad-Ieei'-vegeeetion-.(For--aleva4ed-releasesasdefined.in-Regulatory-Guide-l-.Ill;-Revision-6-Mu+-I9%,'~andusecensusshallalso-identifywithin.a.distance'of-6km(3mile~%~rationsin-eachofthe16meteorelogicalwectors-ofall.milkanima]s-andardens-o~reatep-4han-5O-m~oduc~road-Ieaf~egetation..)-En~<uoh.<g~~c"ccnhuh,span.g~~ons(ocvegeiZcionlampinganAPPLICA8ILITY:Atalltimes.Tabjc312-1h~ge.go&orveg,inctu~ganagyh~o5uppaop~eco~oA.0/0vayua.Withalandusecensusidentifyingalocation(s)thatyieldsacalcu-lated.cotmeitm~greaterthanthevaluescurrentlybeingcaculatedfnSpecification4.11.2.3,inlieuofaLicenseeEventReport,identifythenewlocation(s)inthenextSemiannualRadioaciveEffluentReleaseReport,pursuanttoSpecification6.9.1.~b.Withalandusecensusidentifyingalocation(s)thatyieldsagyp~r-dose-cermi-tment(ithamexpsuepthay)OMpercentgreaterthanatalocationfromwhichsamplesarecurrentlybeingobtainedinaccordancewithSpecification3.12.1,addthenewlocation(s)totheradiologicalenvironmentalmonitoringprogramwithin30days.Thesamplinglocation(s),excludingthe/thismonitoringprogramafterctober3Q-oftheyearinwhichthislandusecensuswasconduc".ed.InlieuofaLicenseeEventReportandpursuanttoSpecification6.9.I.M,identifythenewlocation(s)inthenextSemiannualRadioactiveEffluentRe'leaseReportandalsoincludeinthereportarevisedfigure(s)andtableforthe00CMreflectingthenewlocation(s).c.TheprovisionsofSpecifications3.0.gand3.0~arenotapplicable.SURVEILLANCEREOUIRBfEHTS4.12.2Thelandusecensusshallbeconductedduringthegrowingseasonatleastonceper12monthsusingthatinformationthatwillprovidethebestresults,suchasbyadoorto-doorsurvey,aerialsurvey,orbyconsultinglocalagricultureauthorities.TheresultsofthelandusecensusshallbeincludedintheAnnual.RadiologicalEnvironmentalOperatingReportpursuanttoSpecification6.9.1.~~afvegetationsamplingofatleastthreedifferentkindsofvegetation-ndaryineachoftwodifferentdirectionsecors~hhe-h4ilhestpredicted-O/qsinlieuofthegardencensus.Specificationsbroadleaf-vegetationsamplinginTab}e3.12-1;4cshallbefollowed;antraI-samples:M(tP-UMET23/412-13

N+(n~l+j'AOIOLOGICALENVIRONMENTALMONITORING3/4.12.3INTERLASORATORYCOMPARISONPROGRAMLIMITINGCONOITIONFOROPERATION3.12.3AnalysesshallbeperformedanradioactivematerialssuppliedaspartofanInterlaboratoryComparisonProgramthathasbeenapprovedbytheCammissian.Pan'in'patrooninted&pnogmmahaLLinc&de.meNufort(((hichenvmonmcntat!sampleme,rco~nel(((co&cMeotand)or>.(((hichietencomp~onAPPLICABILITY:Atal1times.aampt!csme.availabLc.ACTION:a.b.Withanalysesnotbeingperformedasrequiredabove,reportthecarrectiveactianstakentopreventarecurrencetotheCommissionintheAnnualRadialogfcalEnvironmentalOperatingRepartpursuanttoSpecificatian6.9.1.~45TheprovisionsofSpecificatians3.0.gand3.0.A'arenotapplicable.SURVEILLANCEREUIREMEHTS4.12.3TheInterlaboratoryComparisonProgramshallbedescribedintheOOCM.AsummaryoftheresultsobtainedaspartoftheaboverequiredInterlabaratoryComparisonProgramshallbeincludedfntheAnnualRadiolagicalEnvironmentalOperatingReportpursuanttoSpecification6.9.1-~P~c<pamin<he,EPACeo'heck,Pj(.ageismmapprovideNcCPAmog(uxmcode,damnation~nMcu,o$~vLding.".cs~.IVMP-UMI(23/4~M"'4 H BAS"=SiQR5"vixQHSZ.OAHO4.0LIHITLHGCONOIDfQHSFQRGPPA!'QH;HOSURYA:LAC=REEQUIP,=FATS&iP-UNIT2

NOTEThe="ASESconainedinsucceedingpaoessur:.",arizethereasons-,or.heSoecificat'.onsinSec-ion3.0and4.0,butinaccordancewith10Cr2:0.36arenotpartoitheseTechnicalSoeciiicatons.

3/4.0APPL>>ABTL'7fga(~aanvThespeci-,icationsofthissectionprovidethegeneralraquir'ementsapplicableoeachofheLimitingConditions;orOperaionandSurveillanceRequirementswithinSecton3/4.3.0.1Thisspeci>icationstatesthaapplicabilityofeachspecificationintamsOTdefinecGPERAT<GNALCONGEST.ONorotherspecifiedapplicabilitycanditionandis"rcvidedtodelineatespec>ically'Wheneachspeci>icat'cnisapp1icabia.3.0.2Th':sspeci>ica.;cnde>ineshosecondiionsnecessarytocans>utecomp'1iancawith..",earmsafanindividualLimi.ingCanditonforOperationandassoc-'.atadAC::GNrquiremnt.3.0.47hiss"e"li-'ntnnne1ine=-tas.,',aneasurstnte'.=-knfnrnosecircmsancasnotciractlypravided>a'rin.heACT:QNstatementsandwhoseoc""rrancawouldviolate-'...eintanofhespeci>ication.,=orex@ale,Saeciication3.7.2requires>.>aiocarltrairacmamergency>iltrationsubsysamstobeOPERABLKandprovidesexplicitACT:GNrequir~mentsifcnesubsystemisinoperable.Under=herequirementsofSoei>i"ation3.0.3,ifbotho>.hereouiradsubsystemsaraiioperwle,withinanehourmeasuresmsbei>niiatad:aolacaheunitinatieasSTARTUPwithinthenextohours,inatleesHOTSHUTGGMHwitihinthefariowing=hoursandinCGLOSHUTOG'vl'Nwit>~>nthesubsequent24hours.Asa>urther~ra.".aiba."-peci>icati>on3.8.6.1requiros~opr;marycan~inmenthvdracenrecombnersysemstabeGP""."-ASL=andpravidesax"licitACi>GN>>aquiremanwi>onerecam>binersystemisincperable.Underthare~uira-entsofSoecii>caion3.Q.3,i>bothoftherequiredsysamsareinoperable,withinonahourmeasuresmus~beinitiatedtoplacehauniinaleasSTARTUPwihinthanext6.haursand;natlaasHGTSHUTDG'rH(withinhefallowing6hours.3.0.5Thisspecifiic~tionpravi>desthatentryintoanOPL.""ATiQNALCGNOiiiQ>4mustbemadewih(a}thefullcomplementofrequiredsysta"rsBquipmanorcomponentsOPERABL"-and(b}alloth>erparam>etarsasspecifiedin.heLmit";ngCanaitionsorOperationbe.'nametwii>autregardforallcwabledev-iationsandoutofservicepravisionscontainedintheACTTONstatements.',heintentof:hispravisioniswensurethatunitoper=-.'onisnotinlti>atadwitheitErrequl'dequipantorsvs.amsincpe>>=-blacrotherlimi.s"eingexceeded."="captonstathispravisianhavebeenspec-'fiica~icnswhens-=r:pwith;nape.ablesafatv.Theseexcptionsaresatdinthes"eci>ications.provided=ora1,":tadnuŽbarofequipmentwouldnotaTTec=piantNMP-UNIT2.Gc,-STS.(BR'~3/d.01

3/4.0APPLICABILITYBASES3.0.3TkQspeci+~ondePriebCtodecon~osnecmaurttCodevalueaaip~em,dubay6Cem,Stion,componentoede,vacua,openabZe.(oc~~ndiv~duaLsuperi.P.cLCOqebenanemergencyoenoenaLpoult,aotvtce,become~nopenabke.TkQpcue~MunnecusutyauttveiLEnaceanda~oneceq~edm~nNviduaLspecig~oest~dne.pole@.wotvtce,~nopembZe.NaP-UNIT2 rg APPL:CASTLrTYBSc.54.0.i.Tbipeci-ica-ionprovidestbatsurvei11anc=.'"viice.n'ec~sary.....-ensura'naLiai-inpCone'i-.ionaforOperationaraaetandwi1'IbenarrowedduringtheOPRATiONALCOHORT>OHSorotherconditionsforwhichtheLimit-ingConditionsforOoerationareapplicable.ProvisionsforadditionalsurveillanceacivitiestabeperformedwitIloutregardtotheapplicableOPERATIONALCONOE-TIONSorotherconditionsareprovidedintheindividualSurveillanceRequire"ments.SurveillancRequirementsforSoeciaiTesExceptonsneedonlybeperformedwhenheSoeciaiTesExceptionisbeinguii!izedasanexcap:1ontoanindividualsoecification.4.0.2Thpravisionsofhisspecifictianprovideallowableole.ancesfarperformingsurveillanceacivimesbeyondhoses"ecifiedinthenominalsurveillanceintervaI.Tnesetalerancasarenecessarytaoravideoperaionalflexibilitybecauseofschedulingandperformanceconsiderations.Thephrase"atleast"associatedwihasurveillancefreauencydoesno-.negatethisallowabletolerance;instead,itpermitsthemorefrequentperformanceofsurvei'iancaac-iviies.onea!erancvalues,akenei.he.individuallyorc"rsautve!yoverasintervals,aresuffiiciefltiyrestricivetoensure"hatthereIiaolltyassaciaadwithhesurveiliancaciviyisnotsignificantlycearacedbeyondthatobtainediramhenominalspeciiiedinterval.4.0.3ineprovisionsofthissoecif1cationsetor.",'hecr'..aria=ordeterminationofcmpliancawiththeOPBRABI'~i.reauirementsaftheLimitingCandiions=orGperaiian.Underthiscri.aria,aqui"men,sys.emsorc"=onentsassumedabe0.WBL'iftheassociatedsurveiI'anceaiviiieshavebensatisiacorilyperformedwihinthesDeciiiedtimeinterval.Nothinginhissrovisionisobeconstruedasdefiningequiomient,sysamsorcomponentsCP=.""ABL=,wnensuchiitemsarefoundorknowntobeincperablealthough.stii1~---meetingiheSu-,hei!!anceRequiremenz.4.0.4.ThisspecificationensuresthaisurveillanceacivitiesassociatedwithaLimiingConditionsfor0perationhavebeenDerformedwithinthespec1iiiedtimeintervalpriortoent~iritaanapplicableGPBRATTONALCGNQiT"OsNorothersoeciifiedaoplicabiliitycondition.Theintentofthisprov1slonistoersuretllatsurveillanceac-ivitieshavebeensatisiacDrilydemonsratedonacurrentbasisasrequiredomeettheOP":RASELrTYrequirementsoftheLimitingCnditianfarOperation.Under.he.armsof.hissoecii1caion,forexample,duringinitialplantsartuDorfollowingexndedplantauiage,.heaDDiicablesurveillanceac=iiv-lties-usLepe.faredwithinthestatedsurveillanceintarra1"riorto~Iac-ingorreturningthesystemorequipmantintoGP~.";ABL~status.NMP-U".lIT2aB-STS(BWR/B)-BS/40-C

APPLICABILITYBASES4.0.5T~apecr'.+cationensueChat~verrv~ceinspectiono$ASMECodeCLasa1,2and3componentsandinsrrtviceCesWngo)ASSAI(ECodeCaus1,2and3pumpsandvaLves'uLLbeprrtjoened~nacco~nce~aperu.ocKcaLLyupdatedvisiono$SectionXIo(4reASi~{EBo&rrt.andPrtesaulreVesd&Code.andAddendaaseequirtedby10CFR50,Section50.55aR~e))roomanyo5Neabove,cequirtementshasbeenprovidedwrreu'.tingbytireComm@sionandwno4apa+".o$HebeTed'.caLSpec-i+.cate,ops.TkQopen.gcatr'onin~desacZcvu.+cationo$thegnequencieso$perr$o~ngAreLebrrtvice~pecker'onand~MWngactiv~escequr'rtedbySectionXIo$CheASllEBorden,andPnesdurceVesselsCodeandapplicableAddenda.T~c6uu'.@cation.ispeovMedCoeerieconsmCency~naurrveiXEmceinteevaQ~oughoatCreeTech'.cdSperPcatio>vand~oremoveanyamMguities<eaveCoChe$cequencimJoepert(oc-rw'.ng.theeequr'rtediesrrtviceinnpectionandCes~gactiv~UndecClrCennao$Ckuspecification,Chemone,cesMictive.xeqcurt.ementso(CheTechnieaESpen'.pcationbWiveptcecedenceovertNeAS)ltEBo&rrt.andsesameVMaMCodeandapplicableAddenda.Foeexample,Chezequr'rtementso$Sperigcation4.0.4~oper,JoenauttveiLPanceactiv~esprus4oentrty~ntoanOPERATIONALCOMOITIONoeotlrejr.speci+edapp&caMLL+con~on~esprecedenceover.4~eASl!(EBo&err.andPcesameVest&Code,pmvmionflu.chaLLowspumpsCobeNestedupCoone@reelsaft'~mCononmaLoprrtation.And)on.example,CheTechnical'pen'.,ji~ondefinitiono(OPERABLEdoesnodgmntageepeu.odbe(oweadeviceMatwnoCcapable,o$perr$o~ng~speci+ed(unctionmde~edanopetabZeandCriesprecedenceovez.theASMEHo&err.andsesameVessel'.pcovmionNlu'.chaLLororsaval!ve~obeincapableo$pe'$onming~superi.5iedfunction(on,up4o24ho~be(orlebeingde~ed~nopebble.%P-UNZT283/40-3

3/-".iREACTIVITYCONTROLSYST"-MS~--.""Ac"v-3/4.I~iSHUTOQrOi!ARGINAsufficientSHUTOQWMARGINnsuresthatI)thereac.orcanbemadesubcriicalfromallopei'atingconditions,2)tfereactivitytransientsassc-caxedwithposuiatadaccidentconditionsarecantrcliablewithinacceptablelimits,ana3)thereactorwillbemaintainedsufiicientlysubcriical.oprecludeinadver.an-'riticaiiyintheshutdcwncondition.SinecarereaciviyvalueswiIIvarythrauahcarelifeasafunc"ionof~fueldepletionandpoisonburnup,hedemonstrationofSHUTOGMNMARGINwillbeperformedinthecold,xenon"frecancitionandshallsncw.hecareobesubcriticaibyat'leasiR+g0.38zXdel-.ak/korR+40.28)Xdeltak/k,asaporcoriaa.ThevalueoiRinunit-cr~deiak/kishedifferencebetweenaecalculatedvalueoimaximumcarereaciviydurinatheoperatingcycleandhecalculatedbeginning-of-lifecarereac:ivi-y.ThevalueofRmus.bepcsiiveorzeroandmusbedeterminedoreachfuelloadingcycle.TwodiifarentvaluesaresuppliedintheLimitingConc;ian=orOperation:oprovideforthedifa.enme-:lodsofdemcnsrattanciheSHUTOQ'rlNK4RGIN.Thehigheswor0rodmaybedeterminedaralyicallyor,by.s-.TheSHUTOQFiIMARGINisdemons".atedby(an',nsequence)controlrodwithdrawa1atthebegin-ningoflifefuelcyclecandiions,and,iinecessary,aanyi.uture.meinthecvcleiithefirstdemonsrationindicateshatthere"uiredmar"incauldbe,"ducdasa,unctionofexpasuroObservationofsubcriticalityinthiscandiionassuressubcÃticali-.ywihhemasreacivecanmiradiullywi-'",drawn.Thisreacivitycharaceristic.hasbeenabasicassumotion'intheanalysisofplant,periormanceandcanbebesdemonstra.edatNetimeoffuelleading,butthemarginmustaisobedeterminedanytimeacantralrodisincapableofinser.ion.3/4.1.2REA~iVITYANON(LIESSincetheSHUTOGMNWRGINrequirementfarthereactorissmail,acarefulcheckanac.uaiconditionsahepredicedconditionsisnecessary,andthechangesinreactiv'iycanbeinferrediramthesecomparisonsofrodpaterns.Since.hecar:oarisansareeasilydone,frequentchecksarenotanimocslticnonnormaloperations.A+Ichangeislaraerthanisaxoecedforno~aiooera-icnsoachangeofhismagniudeshouldbehoraughlvevaluaed.AchangeaslaraeasI~~auldnotxceed.hedesigncandiionsoftherectorandisonthesaicsideofthepostutedtransients.B3/41-1

REACTIYITYCONTROLSYSTcHSBASiS3/4.l.3CONTROLRODSThespecTficatianofthissectionensurethat(I)heminimumSHUTDOWNMARGINismaintained,(2)thecontrolradinsertiontimesareconsistentwiththoseusedihtheaccidentanalysis,and(3)limitthepotentialeffectoftheraddropaccident.TheACTIONstatementspermitvariatiansfromthebasic~requirementsbutatthesametimeimposemoreresrictivecriteriaforcontinuedoperation.Alimitation"oninoperablerodsissetsuchthattheresultanteffec.ontotalrodworthandscramshapewillbekepttoaminimum.Therequirementsforthevariousscramtimemeasurementsensurethatanyindicationofsystematicproblemswithraddriveswillbeinvestigatedonatimelybasis.Damagewithinthecontrolroddrivemechanismcouldbeagenericproblem,thereforewithacontrolradimmovablebecauseofexcessivefrictionormechanicalinterference,operationafthereactorislimitedtoatimeperiodwhichisreasanabletodeterminethecauseoftheinoperabilityandatthesametimepreventoperationwithalargenumberofinoperablecontrolrods.Cantralradsthatareinoperableforotherreasonsarepermitedtobetakenoutofservicepravidedthatthoseinthenonfully-insertedpositionareconsistentwiththeSHUTDOWNMARGIHrequirements.Thenumberafcontrolrodspermitedtabeinoperablecouldbemorethantheeightallowedbythespecification,but.heoccurrenceofeightinaperablerodscouldbeindicativeofagenericproblemandthereac.armusbeshutdownforinvestigatianandresolutianaftheprabIem.Thecantralradsystemisdesignedtabringthereactorsubcritical'taratefastennughtnpreventtheMCPRframheeemfnglessthan(1.06).duringthe"limitingpowertransientanalyzedinSection(IS.~)aftheFSAR.Thisanalysisshows'hatthenegativereactivityratesresultingframthescramwiththe~averagerespanseofallthedrivesasgiveninthespecificatians,providetherequiredprotectionandMCPRremainsgreaterthan(1.06).Theoccurrenceof.scramtimeslongerthenthosespecifiedshouldbeviewedasanindicationofaayd~enatie<M~problemwiththeraddrivesandthereforethesurveillanceintervalisreducedinordertapreventoperationofthereactorforlongperiodsoftimewithapotentiallyseriousproblem.ThescramdischargevolumeisrequiredtobeOPERABI~sothatitwillbeavailablewhenneededtoacceptdischargewaterframthecontrolrodsduringareactorscramandwillisolatethereactorcoolantsysemfromthecontainment'henrequired.CantroLrodswithinoperableaccumulatorsaredeclaredinoperableandSpecif'icatian3.1.3.lthenapplies.Thispreventsapatternofinoperableaccumulatorsthatwouldresultinlessreacivityinsertionona.scramthanhasbeenanalyzedeventhoughcontrolrodswithinoperableaccumulatorsmaystillbeinsertedwithnormaldrivewaterpressure.Operabilityoftheaccumulatorensuresthatthereisameansavailabletoinser.hecontrolrodsevenunderthemos-unfavorabledepressurizatianofthereac=ar.NMP-UNIT2Gc.-5~MR/5):!B3/41-2

REACiiVITYCOHTROLSY~ie.COHTROLRODS(Continued)ControlrodcouplingintegrityisrequiredtoensurecompliancewiththeanalysisoftheroddropaccidentintheFSAR.TheovertravelpositionfeatureprovidestheonlypositivemeansofdeterminingthatarodisproperlycoupledandthereforethischeckmustbeperformedpriortoachievingcriticalityaftercompletingCOREALTERATIOHSthatcouldhaveaffectedthecontrolrodcouplingintegrity.Thesubsequentcheckisperformedasabackuptotheinitialdemon"stration.Inordertoensurethatthecontrolrodpatternscanbefollowedandthere"forethatotherparametersarewithintheirlimits,thecontrolrodpositionindicationsystemmustbeOPERABLE.Thecontrolrodhousingsupportrestrictstheoutwardmovementofacontrolrodtolessthan(3)inchesintheeventofahousingfailure.Theamountofrodreacivitywhichcouldbeaddedbythissmallamountofrodwithdrawalislessthananormalwithdrawalincrementandwillnotcontributetoanydamagetotheprimarycoolantsystem.Thesupportisnotrequiredwhenthereisnopressuretoactasadrivingforcetorapidlyejecadrivehousing.TherequiredsurveillanceintervalsareadequatetodeterminethattherodsareOPERABI~andnotsofrequentastocauseexcessivewearonthesystemcomponents.3/4.1.4CONTROLRODPROGRAMCOHTROLSControlrodwithdrawaland,insertionsequencesareesablishedtoassure~thatthemaximuminsequenceindividualcontrolrodorcontrolrodsegmentswhicharewithdrawnatanytimeduringthefuelcyclecouldnotbeworthenoughtaresultinapeakfuelenthalpygreaterthan280cal/gmintheeventofacontroroddropaccident.Thespecifiedsequencesarecharacterizedbyhomogeneous,.scatteredpatternsofcontrolrodwithdrawal.WhenTHF9MALPOWERisgreaterthan(20)ofRATEDTHERMALPOWER,thereisnopossiblerodworthwhich,ifdroppedatthedesignrateofthevelocitylimiter,couldresultinapeak.enthalpyof280cal/gm.ThusrequiringtheRSCSandRWM'tobeOPERABI~whenTHERNLPOWERislessthanorequalto:(20)~ofRATED-iTHERMAL.POWERprovi'des.adequatecontrol.TheRSCSandRWprovideautomaticsupervisiontoassurethatout"of-sequencerodswillnotbewithdrawnorinserted.TheanalysisoftheroddropaccidentispresentedinSec.ion(15.d)oftheFSARandthetechniquesoftheanalysisarepresentedinatopicalrepor.,Reference1,andtwosupplements,References2and3..TbeRBMisdesignedtoautomaticallypreventfueldamageintheeventoferroneousrodwithdrawalfromlocationsofhighpowerdensityduring.highpoweroperation.Twochannelsareprovided.Trippingoneofthechannelswillblockerroneousrodwithdrawa1soonenoughtopreventfuel.damage.Thissystembacksuothewritensequenceusedbytheoperatorforwithdrawalafcontrol.rods.i&P-UNIT2GE-SiS(BWR/5)-83/41-3

REACTIVITYCONTROLSYSTE'htS3/4.1.5STAN08YLIQUIOCOhlTROLSYSTEMThe,standby,squidcoetrcolayaCemprovidesabackupcapablyJoebringingAezeqctoa)cornfu6!power.Coacold,Xenon-faceshutdown,assuming~~DewMubuuvncot~imN>remainaxedinWercafedpowmp~ems.Tome&~objectiveMisnece6huryCoinjectaq~~o~<bomnwhichpmduceAaconcen-~ono$660ppm~inWeceasecozeando4ien,pipingdyoCemsconnectedCoAerceaMozvessel.Toa6!ow)on,potentialleakage"andimperfectmixing,4~concen-~onmincreasedby255.Thezeq~edconceM~onisachievedbyhavingaminimumavailablequantityo$4700gaQomo$sodium-pe+tableevolutioncontainingaminumumo$5680lb'.o$sodium-pentabonate.ThQquantityo(evolutionisanetamountwhichisaboveDepumpauction.thusallowing(on,theportionwhichcannoCbeinjected.The,minimumpumping~eo$41.2gpmpeapumpprovidesanegative4eactivMyinoeAtionhateovalsWepe~bablepentabohate.solutionvolumemangewhichadequatelycompemate6JocthepositiverceactivMyeffectsdueCoCempecatutceandXenondcuu'.ngb/letdown.TheCemperuu'.ulccvousconceM~onceq~ementwnecuamyCoammaMat<hesodium-pentabo~enemacwinsolution.>ithrcedundantpumpsandexplosiveinjectionvalvesandeM<ahighly<enableco~icodaeuunsystem,opertationo(4~eneaMozispe~ed~ocontinueyon,shoMpeniocho$~ewith4~esysteminopenableoeJoelonger'oocho(~ewM<oneo$Weredundantcomponentsinoperable.SmveiLLxnce.teq~eme~meesMb~hedona$ceouency~hatasaunesahighxekiub~yoJShesystem.OnceDiesolutionisesmbL4hed,bononconceptionnoCveryuniusmmebononocwater.isadded,thusa.checkontheCemp~uceandvolumeonce,each24hour+maplesChatChesolutionisavailableJoeuse.Replaceme&o$Cheexplosive'cagesinthevalvesat.xeg~intenvaQuuXLassize~Mescvalvesuu'Llno4)acLbecauseo5deteruo~ono54techarcgeb.1.C.J.Paone,R.C.StirmandJ.A.Moolley,"RodOrlopAccidentAnalywmJoeLmgeBMR'4,"G.E.TopicalReport.'VEDO-10527,hitch19722.C.J.Paone,R.C.S~andR.W.Young,Supplement1CoMEOO-10527,July19723.J.A.Haun,C.J.PaoneandR.C.S~n,Addendum2,"ExposedCones,"Supplement24oiVEOO-10527,Sandy1973%P-MiiT283/41-4

3/4.2POWEROISTRIBUTIONLIMITSBASESThespecificationsofthissec.ionassurethatthepeakcladdingtemper-aturefollowingthepostulateddesignbasisloss-of-oolantaccidentwillnotexceedthe2200Flimitspecifiedin10CFR50.46.3/4.2.1AVERAGEPLANARLINEARHEATGFNERATIONRATEThisspecificationassuresthatthepeakcladdingtemperaturefollowingthepostulateddesignbasisloss-of-coolantaccidentwillnotexceedthelimitspecifiedin10CFR50.46.Thepeakcladdingtemperature(PCT)followingaposulatedloss-of-coolantaccidentisprimarilyafunctionoftheaverageheatgenerationrateofalltherodsofafuelassemblyatanyaxiallocationandisdependentonlysecondarilyontherodtorodpowerdistributionwithinanassembly.ThepeakcladtemperatureiscalculatedassumingaLHGRforthehighestpoweredrodwhichisequaltoorlessthanthedesignLHGRcorrectedfordensification.ThisLHGRtimes(1.02)isusedintheheatupcodealongwiththeexposuredependentsteadystategapconductanceandrod-to-rodlocalpeakingfac.or.TheTechnicalSpecificationAVERAGEPLANARLINEARHEATGENERATIONRATE(APLHGR)isthisLHGRofthehighespoweredroddividedbyitslocalpeakingfactor.ThelimitngvaluesforAPLHGRa,xemshowninFigures3.2.1-1.ThecalculationalprocedureusedtoestablishtheAPLHGRshownonFigure>E3.2.I-I,...."isbasedonaloss-of-coolantaccidentanalysis.TheanalysiswasperformedusingGeneralElecric(GE)calculationalmodelswhichareconsistentwiththerequirementsofAppendixKto10CFR50.AcompletediscussionofeachcodeemployedintheanalysisispresentedinReference1.Oifferencesinthisanalysiscomparedtopreviousanalysescanbebrokendownasfollows.InoutChances1.CorrectedYapoiizationCalculation-CoefficientsinthevaporizationcorrelationusedintheREFLOOOcodewerecorrec.ed.2.Incorporatedmoreac"uratebypassareas-TFeeypassare~s.inthetopguide,wererecalculatedusingamoreaccuratetechnique.3.'orrectedguidetubethermaliesistance.4.Correcheatcapacityofreacorinternalsheatnodes.%P-UNIT2Gc-STS(BWR/5)"B3/42-1

9ASESAYERAGEPLAHARLHEARH"=ITCFHERATiQH.RATE(Continued)b.NodalChance1.CoreCC."-Lpressuredifferential"1psi-incorporate.heassumptiontha~flowromthebvpasstolowerplenummustover""mea1psipressuredropinc"re.IncaporateNRCpressure.rans,arassumption-Theassump-onsedintheSAFE-RE.=LCGOpressurtansfe.wnen~",epressureisincreasinaAfawofthechangesaffac-theac=icentcac!ationirrespecivecfCC."-L.7nesecharcesare1',stadbelow.a.nounsChanceorakAreas-TheOBAbreakareawascalculatedmoreacc'a-eiy.5.HoceiChanaeimprovedRad-ationandCndu~on'CalculationInc~rparathionofCHASi-Oaforhea-ocalcu'ation.Alisofhesianificantplan.inputparamete.s-"theicss-of-=aolamac=idenanalysisis."resentedin'asesTableB3.2.1-1.3/4.2.2APK".S:"iPOiHTSRiefuelcladdingintegritySafetyLimitsofSpecif,caion2.1werebasedona"".."~e(8-x.kg-'ueg-(power.distr'butionwhichwouldyieldthe+ion~DCR.7=g~aPOWERS.Theftw-5;a~mulatd.hermalpcwe-sera",>.gP'wbiasedsimulatedhermalpower-upscalecontrolrodblock-...'.mus-beadjus.adtoensurethat,theHC'PRdoesnotbec"meless",",an.05orthe~>>~piasics".aindiesno~occurinthedegradedsiuation.Thescram~=-'androd:block'.'eadjustedinac""r"ancewiththeformulain~M~ecif-."-'"--+~.";.GR-~t~than-(2-.4"Q.(hiche~peakedpower~~~ans-ientwould-not-beincreasedin.hei.on.,ine...e.,Wszd-~~i."zthe.desianTPFshallbe~ar~d's&ito'&891IIe'theNTF)"3.2.2,mhenevm~mknown~ice~tee~Wngpower~~b~onu,oulde~e4iedM~gitLHGRCobeexceededMRA7EOTHERMALPAVER.'i&P-UNIT2GE-STS(BQR~8"./42-2 0 POWEROISTRIBUTIONLIMITSBasesTable83.2.1-1SIGNIFICANTINPUTPARAMETERSTOTHELOSS-OF"COOLANTACCIDENTAHALYSISPlantParameters;CoreTHERMALPOWER.VesselSteamOutput3463Mwt"whichcorrespondsto(105)~ofratedsteamflow155~x10ibm/hrwhichcorrespondsto4105)CofratedsteamflowVesselSteamOomePressure..............$10553-psiaOesignBasisRecirculationLineBreakAreafor:F1a..LargeBreaks~ft0.09b.SmallBreaks~ftFuelParameters:FUELTYPEInitialCoreFUELBUNOLEGFOMETRY8x8PEAKTECHNICALSPECIFICATIONLINEAR'EATGENERATIONRATE(Q/ft)13.4DESIGNAXIALPEAKIHGFACTOR1.4INITIALMINIMUMCRITICALPOWERRATIO4moredetailedlisingofinputofeachmodelanditssourceispresented.:inSec-ionIIofReference1andsubsection~~oftheFSAR,6.3.3"ThispowerleveImeetstheAppendixrequirementof10'Thecoreheatupcalculationassumesabundlepowerconsistentwithoperationofthehighestpoweredrodat4102fÃofitsTechnicalSpecificationLIHEARHEATGEHERATIONRATElimit.-UNIT2GE;STS(BWR/5)83/42-3

POWEROISTRIBUTIONLIMITSaASES3/4.2.3MINIMUMCRITICALPOWERRATIOTherequiredoperatinglimitHCPRsatsteadystateoperatingconditionsasspecifiedinSpecification3.2.3arederivedfromtheesablishedfuelcladding.integritySafetyLimitMCPRof41.06)-,andananalysisofabnormaloperationaltransients.Foranyabnormaloperatingtransientanalysisevalua-tionwiththeinitialconditionofthereacorbeingatthesteadystateoperatinglimit,itisrequiredthattheresultingMCPRdoesnotdecreasebelowtheSafetyLimitMC?R'atanytimeduringthetransientassuminginsrumenttripsettinggiveninSpecification2.2.ToassurethatthefuelcladdingintegritySafetyLimitisnotexceededduringanyanticipatedabnormaloperationaltransient,themostlimitingtran-sientshavebeenanalyzedtodeterminewhichresultinthelargestreducioninCRITICALPOWERRATIO(CPR).Thetypeoftransientsevaluatedwerelossofflow,increaseinpressureandpower,positivereactivityinsertion,andcoolanttemperaturedecrease.ThelimitingtransientyieldsthelargesdeltaHCPR.WhenaddedtotheSafetyLimitHCPRof41.06$,therequiredminimumoperatinglimitHCPRofSpecification3.2.3isobtainedpandpresentedinFigure3.2.3-jf.J5.0-.3Thaevaluationofagivenntransientbeginsviththesys~initieiparametersshowninFSARTable+2~thatareinputtoaGc-coredynamicbehaviortransientcomputerprogram"ThecodeusedtoevaluatepressurizationeventsisdescribedinNE00-243542andtheprayamusedinnon-pressurizationeventsisdescribedinNE00-10802~.TheoutputsofthisprogramalongwiththeinitialHCPRforatheinputforfurtheranalysesofthethermallylimitingbundlewitht)a~singlechanneltransientthensaihydrae'licTASCcodedescribedinNEDE-25149".Theprincipalresultofthisevaluationisthereduc.ioninMCPRcausedbythetransient.ThepurposeoftheKfactorofFigure3.2.3+1~istodefineoperatinglimitsatotherthanratedcoreflowconditions.Atlessthan100"ofratedflowtherequiredMCPRistheproducoftheMCPRandtheKfactor.TheKfactorsassurethattheSafetyLimitMCPRwillnotbeviolated.TheKfacorswerederived'usingTHERMALPOWERandcoreflowcorrespondingtE41059ofratedsteamflow.TheK<factorswerecalculatedsuchthatforthemaximumcoreflowrateandthecor~respondingTHERMALPOWERalongthe$105)~ofratedsearnflowcontrolline,thelimitingbundle'srelativepowerwasadjuseduntiltheHC?RwasslightlyabovetheSafetyLimit.Usingthisrelativebundlepower,theHC?Rswerecalculatedatdifferentpointsalongthe$105/Ãofratedsteamflowcontrolinecorrespondingtodifferentcoreflows.TheratiooftheMCPRcalculatedatagivenpointofcoreflow,dividedbytheoperatinglimitHCPR,determinestheKf.-UNIT2Gc,"STS(BWR/5)"53/42-4

="'r'=R0:STRI""UTIONLi'MITSSASESH:NLHUHCRrTICALaOWERRATIO(Caninued)~~~~~aeRe.+e-de.ivationofKf.:20operating+4miHCPR-ushertheAtTHERMALPOWFRlevelslesstiianoreaualta(25)~~ofRATEDTHERMALPOWFR,thereac.orwillbeoperatingatmininunrecircurationpumpspeedandhemoaeratorvoidcontentwillbevervsnail.Foralldesignatedcontrolrad.patternswhichmaybeemployedatthispoint,aperatngplantexperienceindi-cates.hatheresultingHC?Rvalueisinexcssof."aqui".ementsbyaconsideralemargin.Ourinainitialstar.-uotestingai.heplant,*aHiCPRevalua'onwill5e;,adea-42=f~aRATEDTH"RMALPOWER,levelwi:hminimumrecirculat'.onpum"speed.TheHC?Rmarginwillthusbecemonstratedsuch.hatutreHC?Revaiuatcneiowth.spowerlevelwillbeshowntabeunnecessary.Thedailyrequirementfo.calculatingHCPRwnen7;:ERMALPOWERisgreaterthanoreauaito(2=)~afRAicD7riER."ALPOWERissuf,icientsincepowerdistwbut-.'onsniftsareveryslowwhentherehavenotbeensigni,icantaowerorcanrairadchanges.The.requir-men"forcalculatingHC?R'whenalirritingcanthiradpatemisaaproachedensuresthatHC?Rvillbe.knownolicwiaga.chanceirrTHERNLPOWERorpowersnape,regardless.ofmagni'e,thaitcauld.placeoperatonata"hermallimit.3/<.2.<LINEARH~<'T~~ERA<<ONRATEThisspecifica~iarrassuresthatthe'inearHeatGenerationRate(L'-:GR)inradis1essthanthedesianHnearheatgenerat'.onevenifuelaerietdensiifiicaticnispaselated.+rh~m.AtVIV~i'VRefe.ences:.;e~y.ncreing-vari--'on-i.-(~:)~@HiedIrz.tGeneral"=;ectricCompanyAnalyticalModel,orCbss-a,.-CoolantAnalysisinAccordancewith10CFR=0,AapendixK,NEDE-20566,November,ic7E.R.B.Linford,AnaiyicalHethodsafPlantTransientEvaluationsartheGESWR,February1973(NEDQ"10802).3gualificaionof'heOneDimensionalCoreTr'ansientModel.For=ailingWaterReacvars,NEDO-241:-4,Occber278.4.TASC01-AComputerProgramForTheTransiiertAnalvsisofaSirgleCQnnelfTechnicalDescr'.ption,NEDE-2E'L4oJanuarySO.NNP-UNIT2GAA.STS-(QQ/~)-E3/>>2-6

3/-".3.IR""ACTORPROT"CTiOHSYSTEMrilSTRUMEhiATIONonereac-crprotecionsystemautcmaticailyinitiaesareac=crsc.amta:Preserveheintegriyofheueic'~adding.o.Preservtheintgrityafhereac"rcoolantsys-em.c.Minimi"eheener~whichmustbeadsc"edfallowing=-loss-of-coolantac1cefii>andd.Preveninadver.an-cri.'.cality.Tni55ec,icaticnovidestheImiirgconditiansroroperationnecassarv-.apreserve:he'=-biiityof:hesys.~~taperformisin:endedfunctionevenduringperiodswheninstrumenc;,annelsmaybeautoiservicebecauseofmain-:anance.Shennecessary,onechannelmaybemadeincperableforbriefintervalstac"nduc=reauiredsurveillance.Thereactorprotacionsysamismadeupoftwoindependent.ripsysams.Tnereareusuallyfourchannelswmonioreachparameterwithtwoc,"iannelsineachtriosys.am.Theou-putsafhechannelsinatripsys.emarecombinedinalogicsathatei.herchannelwill.ripthatripsystem.Tnerippinoafbathtripsvstamswillproduceareactcrscraa.onesystemmeetsheintentof::-=:=279,ornuclearocwe.planproteconsysems.Thebasesrarthe-",ipsatinosoftheRPSarediscussedinthebasesforSoecification2.2.l.Themeasurementcfresponsetimeatthespecfiedfreouencesprovidesassurance".ha~.heprotac=ivefunctionsassociatedwi.heachchar:nelarecom-pletedwi.hinthe.imelimitassumedintheac"identana~~-.-Nocreditwastakenrcr.hasechannelswi.hresponsetimesindicatedasnotapplicaoie.Resoonsatimemaybedemonstratedbyanyser'.esofsaauential,ove.laoping'rotalcharnelestmeasurement,providedsuchtssdemons-ratehetotalcharnelresponsetimeasderined.Sensorresoonsetimeverifica-ionmaybedemons~ratedbyeither(1',irplaca,onsiteorofsitatestmeasurements,or{2)utiizingreplacementsensorswithcar=i='.edresponseiimes.NNP-UNIT2G"=-STS(BUR/:-)93/43-

iHSTRUM"-NTATiOHBAS:-S3/4~32iSOLAT:QHACTUATiONiHSTRUH"HTATiOHThisspeciflcaiionensurestheeffectivenessoftheins~antationusedtomitigateheconsaquencsofaccidentsbyprescribingtheOPERABiLiTYtripsetpointsandresponsetimesforisolaionoftherac.orsyst~.Mennecessary,onechannelmaybeinoperableforbr'iefintervalstoconductrequiredsurveH1anca.Someof.hetripsettingsmayIavetolerancesexplicilysm.edwhereboththehighand1'owvaluesarecriticalandmayhaveasubsantialeffecionsafety..Thesat-pointsofotherinsrumentaiion,wnereonlythehighorlowendofiheset-inghaveadirc.bearingonsafetyareestabiishedatalevelawayfromihenor~icaera<ngrangeopreventinadver.antacuaionofhesystemsinvo1ved.="captfor.heHSiYs..hesafatvanalysisdoesnoiaddressindividtaisensor~espolsai~mesciheesponsamesofhe1ogicsvsamstaMhlc'IthesensorsIareconrected.~V8A4,~1Jh40~)4'~%Rotor'si---Ln-~-pkaiaigvto-ihe-pipe-break;=-thai-lureaf-+J~9C.cper~~~d';-hus-~re-s4g~-deiay-(sensor-res"onse)-4s-concurren-wi~rThesafetyanalysisconsidemanallowableinven'torylossineachcasawnichinturndate.runeihevalvespeedinconjunc-tionwiihhe$13)sac"nddelay.itfollowsthaicheckingthevalvespeedsandtho$13~secondimeforemar"encypowerestabiishmentwillesMlishthe-.h~mon~rinsrumen.cha.neiresponse;merends,theisola-tionactua:ioninsirumanationresponse-meshallbemeasuredandrecordedasapar-of+he'SOICTiOH'SYST"=8RESPOHSTiK-.Joe4ree&bkuhjneato(eni~eircuported.Qoeraionwiha"riase+lessconservativeihani=-TripSeointbutwiihiniisspecifiednl'owableValueisacceptableonihebasisihatiheaIiowanceassuneofaretc'.r~i~in-the-safetyin=-iyses.';.'naLZorvance.~ocim~ent'tu.(<apeci<~caMuoed:(oi:each'.Cup.jn.Ne:q~~;q.an~uq~.The,TmpS~po~ntand~olaokevs,ueciao-:co~naP(lctcona4inata~n3/4.3.3c~~RGBCYCQPCOOLHGSYST>c.ACTUATiONiNSiRVMRFA~iONaccruracuand.eaEi.brcaCi.cncapaoi6<.ulTheemergencycorecoolingsysamac.uationinsrumen~ion1spromaed.oiniiataacionsomi+igataiheconsaauencasofaccidents~ratarebeyond'reabilityofheoperatorocontrol.Thisspecificationpovldesthe'PHABIL'TYreouiremans,ripsa+pointsandresponsetimes.hatwillansur.efaivenessofihesysams'ioprovidethedesignprotection.Althoughtheinstrumentsarelisedbysysiem,insomecasesthesameinsrr=ntmaybeusedtosand.heactuationsignaitor;,orethanonesysamatresarime.'"'-Operationwiha.,ipsatlessconservativethanitsTripSipoin"but,~wiihiniisspecifiedAllowable'Valueisaccap't~'eonthebas.sthatihedifferencebetweeneachTripSe+pointand.heAllowaaleValueis~l-~o-or-owaIca'assumedforeachi.ipirricesafe.yanalysesana6'.outancefoeiru4~eMdry.$Cspeci.gcaLPuaLCocWed$o.xeaclrCwpinUreheT~pSepaQocontainad~onaC~g~n(on,.uu~xunieetaccurracrjand~jbr~o>rcapabM~r.

IHSTRUMENTATZONBASES3/4.3.3.10RADIOACTIVELIOUIQEFFLUEHTMONITORINGINSTRUMENTATIONTheradioaciveliquideffluentinstrumentationisprovidedtomonitorandcontrol,asapplicable,thereleasesofradioacivematerialsinliquideffluentsduringactua'1orpotentialreleasesofliquideffluents.Thealarm/tripsetpointsfortheseinstrumentsshallbecalculatedandadjustedinaccordancewiththemethodologyandparametersintheODCMtoensurethatthealarm/tripwilloccurpriortoexceedingthelimitsof10CFRPartZO.TheOPERABILITYanduseofthisinstrumentationisconsistentwiththerequirementsofGeneralDesignCriteria60,63and64ofAppendixAto10CFRPartSO.ThepurposeoftanklevelindicatingdevicesistoassurethedetectionandcontrolofleaksthatifnotcontioiledcouldpotentiallyresultinthetransportofradioactivematerialstoUNRESTRICTEDAREAS.3/4.3.3.11RADIOACTIVEGASEOUSEFFLUEHTMONITORINGINSTRUMEHTATIONTheradioactivegaseouseffluentinstrumentationisprovidedtomonitorandcontrol,asapplicable,thereleasesofradioacivematerialsingaseouseffluentsduringacual,orpotentialreleasesofgaseouseffluents.Thealarm/tripsetpointsfortheseinstrumentsshallbecalculatedandadjustedinaccordancewiththemethodologyandparametersintheOQMtoensurethatthealarm/tripwilloccurpriortoexceedingthelimitsof10CFRPart20.Thisinstrumentationalsoincludesprovisionsformonitoring(andcontrolling)theconcentrationsofpotentiallyexplosivegasmixturesinthewastegasholdupsystem.TheOPERABILTlYanduseofthisinstrumentationisconsistentwiththerequirementsofGeneraIDesignCriteria60,63and64ofAppendixAto10CFRPartSO.B3/43"5-&/3-N--

IHSTRUMEHTATIOHHASES3/4.3.4RECIRCULATIOHPUMPTRIPACTUATIOHIHSTRUMEHTATIONTheanticipatedtransientwithoutscram(ASS)recirculationpumptripsystemprovidesameansoflimitingtheconsequencesoftheunlikelyoccurrenceofafailuretoscramduringananticipatedtransient.TheresponseoftheplanttothispostulatedeventfallswithintheenvelopeofstudyeventsinGeneralElectricCompanyTopicalReportHED0-10349,datedMarch1971,HE00-24222,datedDecemberI979,and-AppeRd4x-(-~oftheFSAR.Section15.8~Theend-of-cyclerecirculationpumptrip(EOC-RPT)systemisapartoftheReac.orProtectionSystemandisanessentialsafetysupplementtothereactortrip..ThepurposeoftheEOC-RPTistorecoverthelossofthermalmarginwhichoccursattheend-of-cycle.Thephysicalphenomenoninvo1vedisthatthevoidreactivityfeedbackduetoapressurizationtransientcanaddpositivereactivitytothereactorsystematafasterratethanthecontrolrodsaddnegativesc".amreactivity.EachEOC-RPTsystemtripsbothrecirculationpumps,reducingcoolantflowinordertoreducethevoidcollapseinthecoreduringtwnofthemostlimitingpressurizationevents.ThetwoeventsforwhichtheEQC-RPT.protectivefeaturewillfunctionareclosureoftheturbinestopvalvesas'astclosureoftheturbinecontrolvalves.Afastclosuresensorfromeachoftwourbinecontro1valvesprovidesinputtotheEOC-RPTsystem;afastclosuresensorfromeachoftheothertwoturbinecontrolvaIvesprovidesinputtothesecondEOC-RPTsystem.Similarly,a(positionswitchfforeachoftwoturbinestopvalvesprovidesinputtooneEOC-RPTsysem;a(positionswitch)-fromeachoftheothertwostopvalvesprovidesinputtotheotherEOC-RPTsystem.ForeachEOC-.RPTsys~e,thesensorrelaycontactsarearrangedtoforma2-out-of-2logicforthefast,closureofturbinecontrolvalvesanda2"out-of-2logicfortheturbinestopvalves.TheoperationofeitherlogicwillactuatetheEOC-RPTsystemandtripbothrecirculationpumps.EachEOC-RPTsystemmaybemanuallybypassedbyuseofakeyswitchwhichisadministrativelycontrolled.ThemanualbypassesandtheautomaticOperatingHypassatlessthaq430)ÃofRATED.THERMALPOWERareannunciatedinthecontrolroomTheEOC-RPTsystemresponsetimeisthe/timeassumedintheanalysisbetweeninitiationofvalvemotionandcompletesuppressionoftheelecric4'arc,c.e.,s~.4s-test-results,i.e.,(83)ms,andplantOperationwithatripsetlessconserve:ivethanitsTf'ipSetpointbutwithin-itsspecifiedA71owabIeValueis.acceptableonthe'basisthat'he'N4I'anaLLocvance(oz~ns~entcpu.(4specigcaLLyaLLoicae~,each~p.in.the,aa(e@anaLcyea.The,i.wpS&pointandALLocecbleVaLPe~containadditionaLmma~n<ocZns~entaccuracyand'caLibciatc'.oncapably.4c-STSQNR/5)93/4.3-3IncLuded~n~~~eate:Die~eframi'.tiaLvaLvemovemeg.to.xeackinaViehap.se,tpo~M,Vieresponse~eo$Criesensor,dieresponse,tuneo$zhe.sij54emLog~aandDie~eaLLoWedfoebceafzen,acicsuppnesd~on.

TheTru.pS&po~andAUouebZeValueaQocoetcu'.nadcKtionaI!mmgmJoeI~iu4~enaccuracyandcaLR~oncapabXi+.INSTRUMENTATIONBASES3/-".3.=R"=ACTORCOREISOLATIONCOOLINGSYST""8ACTUATICNINSTRUMENTATIONTheraac"".coreisolaioncoolingsysemaciuationins.ruman.ationisprovidedtointiateactionstoassureadqua.ecorecoolinginheeventoireacorisolationfrowitsprimaryheatsinkandthelossoffeedwaterflowtocoolingequipment.Operationwi.hatripsailessconserveiveihanitsTrip'SetpointbutwihinitsspecifiedAllowableValueisac"apableonthebasis<ha<>4n(odi=ferencabetweeneachTripSe'pointandtheAllowableValueis,.'es~than-'he~i'.e~~~iWforeachir-;oinihesafetyanalyses.~~v~uunenzbu".Jzspan.~gM'oca=ed~/<.3.:"CONTROLROOBLOCKINSTPUMENTATIONand3/4.3Ies&ume~onTneconroirodblockfunc=ionsareprovicedconsign.-~with.herequir.an:sof.thespeific'at-',onsinSection3/4.1.4,fControlRodProgramControlsandSec"on3/4.2PowerDisiribu.ionLimits.<The.r',plogicisarrangedso."atatripinanyoneoftheinputswillresul.inaconrolrodblock.0eraionwiihaipsa1assconservativeihan-'sTripSetpointbut'with<nitsspecifiedAllowableValueisac"aptabieonihebasis<j)adife.encebetweeneachTripSetpointandtfeAllowableValueis'-;oreachtripinhasaatyanalyses.~eYsuunentchal'.5~apen.5~caLLyaLQcated~/<"-7MGSiTQR'Y'NSiO'MEHTATYC't3/4.3.7.1RAOIATIOHMONITORINGINSTRUM%'ATIOHTheOPERABILITYoftherad-'ationmonitoringinstrumentationensuresthat;(1):haradia-',onlevelsarecontinuallymesuredinthe'aresservedbytheindividualchannels;(2)thealarmorautomaticacionisiniiatadwheniheradiaionlevel"ripsatpoinisexcaded;and(3)sufficientinformationlsavailableonsalem.adplantparameterstomoniorandassesshasevariablesfollowinganaccident.Thiscaabilityisconsisentwih...$=~~~srW&n&~u"',rema~i~,-Hovmbe.~M3-.-MCFRP~50,'Append.xA.GenenaLOm~gnC.u.t~t9,4lb0,,bl,63am4.3.43.7.2SEISMICMONITORING~'i'STRUMHTATIONTheOPERABILI:Yofheseismicmonior.'nq'.ns".mentationensuresihatsuffic'.encapabiliyisavailable',"romptlydaiermine"",amagnitudeof.aseismicevenandevaluateheresponseofhosefeaturesimportanttosafety.This.capabiliyisrequiredtopermitc"mparisonofihemeasuredresponseio.:hatusedinhedesignbasisfortheunit.(This',nstrumentationisconsisantwihtharecordndationsofRegulatoryGuide1.12,"Insrumentati'onforEarthquakes,"April174.)The,3ru'p.Setpo~and~ouubZeValueaQocontainad~onaIlma~anfoe~iQ~entacnutacyandcaLib~oncapably.

BASESMONITOR:HGIHSTRUMEHTATIOH(Continued)3/<."..7.3METEQPOLOGICALMQHIORINGINSTRUMHTATIQHThe0?ERABILITYofthemeteorologicalionitoringinsrumentation..suresatsuf~ic-,'entmeteorologicaldataisavailableforesimat',ncpotentialradiatondosestothepublicasar~uitofroutineoiaccidentalreleaseofradioacivematerialstoheatmosphere.Thiscapabilityisreouiredoevaluatehene"forinitiatingprotecivemeasurestoprotacthehealthandsafetyofthepublic.(Thisinsrumentationisconsisentwiththerec=;...",.endationsoiRegulatoryGuide1.23"Onsi.aMeeorologicalPrograms,"Fe>."ar;,1972.)3/4.3.7i'-REMOTESHUTDOWNMONITORINGIHSTRUME'STATIONThe0?ERABILITYofheremoteshudownmonitornginstrumentationensuresatsucientcapabiliyisavailableopermitshu=downancmainenancaof:":OTSiiUTDZr/Hotheunitfromlocationsouts-ideofthecontrol""cm.;hisca-aoil-',-visreouiredir.heeven=c"ntroir"omhabi.abiliyislest(and',sc"nsiis=ar.=withGe.eralDesignCriaria19of10CFR50.)3/4.3.7.5ACCIDEHTMOHITOPIHGIHSTRUMEHTATIOHTne0?ERABILZTYoftheac"identmonitoringinsrumeniationensuresthatsuf,icieninformationisavailableonselecedplantparameterstomonitorandassessimportantvariablesfollowinganac"ident.(ThiscapabiiiyisconsistentwiththerecommendationsoiRegulatoryGuide1.97,"Insruman-ationorLighh'aerCooledHuciearPowerPlantstoAssessPlan-CondiionsDuringandFollowinganAcc.den=,"December1975andNUREG-0578,"MI-2LessonsLearnedTaskForceSatusReoorandShort-TermRecordndations").3/4.3.7.6SQURCŽRANG:-MOHITQRSThesource",angemonitorsprovide-heoperatorwiihina-...ationof-he-s-atusoftheneuronlevelinhec"reaverylowpowerlevelsduringsar.upandshudown.Atthesepowerlevels,reacivi:yadditionssnouldnotemadewihoutthisfluxlevelin.ormationavailableto.heope.ator.%henheintrmediaterangemonitorsareonscaleacequaeinforationisavailablewibouttheSRMsandheycanberetracted.3/4'77TRAVERSINGIHCQRePROBESYSTWCITheOPERABZ~iofheraversingin-careprobesysemwith.hespecifiedminimumcomplementofequipmentensures."atthemeaoo-'museofhiseouiomentaccuratelyrepresenthespatialneutroniluxdisributionofhereactorcore.3/4.3.7.8CHLQ!?ZNE(ANOAMKNIA')OETECTIOHSYSiEM(Ootional)The'PRABILITYthechlorine(andammonia)datec',onsysame..su".estatanaccidanalchlorine(aorammonia)releasewillbe.detected-ro.,plyand:henecessaryproteciveact~i'oas.willbeauioIaticallyini:iatadtoprovide'.proac-ionorcontrolroompersonnel.Uoondetectionofahichconcan-ra-ionofchlorine(and/orar..",onion),.hecontrolroomemeroencyventilationsystemwillauomaticallybep)acedinthe(isolation)modeof.operationoprovideherequiredprotac~on.(Thedetec-ionsysems,requiredbyhisspeciicationareconsis-entwi~Yt>erecommendationsofRegulaoryGuide1.95"PrctaconofNuclear?owePlantControlRoomOperatorsagainsar,Acccen-alChlorineRelease",(FMr"ary1975)(Revisioni,January,1977).GE=S-rS-g"-AR/5)B3/43

IHSTRUMEHTATIONBASHMONITORINGIHSTRUMEHTATIQH(Continued)isa-&e-consequenaes-of-sucC44>>~i43/4.3.7.10FIREOEiECTIONIHSTRUMEHTATIOHOPERABILITYofthefiredetectioninstrumentationensureshatadeauatewarningcapabilityisavailableforhepromot.detec=ionoffires.Thiscaoa-bilityisrequiredinordertodetac.andlocate,-;resinheirearlystaoes.Promptaetec=ionoffireswillreducethepotentia1fordamagetosafety-".eIatedequipmentandisanintegralelementintheoverallacilityfireprotectionprogram.Intheeventthat,aportionofthefiredetecioninstrumentationisinoperable,increasingthefrequencyoffirewatchpatrolsintheaffec:edareasisrequiredtoprovidedetecioncapabilityuntiltheinoperableinstrumentationisrestoredtoOPERABILITY.3/4.3.7.11LOOSE-PARTOETECTIONSY~iTheOPERABILITYoftheloose-partdetecionsystemensuresthatsufficientcapabilityisavailabletodetecloosemetallicpartsintheprimarysystemandavoidormitigatedamagetoprimarysystemcomponents.(Theallowableout-of-servicetimesandsurveillancerequirementsareconsistentwiththerecommendationsofRegulatoryGuideI?33,"Loose-PartOetectionProgramforthePrimarySystemofLight-WaterCooledReactors,"May1981.)3/4.3.BTURBINEOVERSPE:OPROTECTIONSYSTBIThisspecificationisprovidedtoensurethattheturbineoverspeedprotectionsysteminstrumentationandtheturbinespeedcontrolvalvesareOPERABLE.andwillprotactheturbinefromexcessiveoverspeed.Protectionfromturbineexcessiveoverspeedisrequiredsinceexcessiveoverspeedoftheturbinecouldgeneratepotentiallydamagingmissileswhichcouldimpacanddamagesafetyrelatedcomponents,equipmentorstrucures.3/4.3.9PLANTSYSTEMSACTUATIONINSiRUMEHTATIONTheplantsysemsacuationinstrumentationisprovidedoinitiateac>>ionofthesuppressionpool(anddrywell)spraysysemandthefeedwatersystem/mainturbinetripsystemintheeventofAeedivaeccont'wolfe/c<aiZutceHMP-WiIT2GE-STS(BWRB3/4".-5

NINE81ILEPT2WATERI.EVELNOMENCLATURE753650vESSPsI.ANQE6480MAINSTEAMLINEIBI17>l4}I3)12)IIIiQHTABOVEVESSEI.ZEROIihI583568559540489.53985REA0ING202.318731783'I5931088178600BOTTOMOFSEPARATORSKIRT514FEED493.2500WATER4505857IBI583I7I56814155913154012l489.5CORE47925SPRAYSCALERANOE<<205<<145<81202.3RCIC6HPCSTRIPS~12I108.8INITIATERCIC5HPCS.TRIPAECIRCPUMA5.171187.3HIALARM(4I178.3LOALARM131'159.3RFACTORSCRAh1400350Ill398.5380.7INSTZEAO366,305Ill178INITIATERHRCSSTARTDIESEL.CONTRIBUTETOA.O.S.ANOCLOSEMSIV'SACTIVEFUEL250200RECIRCOUTLET~I72.5NOZZLE150216.3AECIRC\81INLET'OZZLE100500NOTE:OIMENSIONSININCHES'RELATIVETOVESSEL8aSeSFi'pure8343l.RearSOrVeSSel1VaterLe:el-UNIT283r431

3/4.4.REACTORCOOLANTSYSTEM3/4.4.2SAFETY/RELIEFVALVES($~Cpuuxgnnphunder.above)The,safety/rceLie5valvesoperatedkuu'.ngaposedAT0/SeveatCopreventNeneactoecoolantayaCenbeingpjkesa~zedaboveadesignaMowabZevalueo$1375paiginaccordance~CheASMECode.ACo~o$17OPERABLEaa(et'/ceLie(vaLves~zeq~edCo~Zocat'cesauneatactivecomponentsCowithinASWEIIIaLEokvabledesignvalues(SluiceLev&A).ALLoaken.appmp~eASMEIIIMnu".smeaLsoboundedby~eeqautement.NMP-UNIT2B3/44-la

3/4.4REACTORCOOLANTSYSTEM8ASES3/4.4.IRECIRCULATIONSYSTEMOperationwithonereactorcorecoolantrecircuIationloopinoperableisprohibiteduntilanevaluationoftheperformanceoftheECCSduringoneloopoperationhasbeenperformed,evaluatedanddeterminedtobeacceptable.Aninoperablejetpumpisnot,initself,asufficientreasontodeclarearecirculationloopinoperable,butitdoes,incaseofadesign-basis-accident,increasetheblowdownareaandreducethecapabilityofrefloodingthe.core;thus,therequirementforshutdownofthefacilitywithajetpumpinoperable.Jetpumpfailurecanbedetecedbymonitoringjetpumpperformanceonaprescribedscheduleforsignificantdegradation.Recirculationloopflowmismatchlimitsareincompliancewith,theECCSLOCAanalysisdesigncriteria.(ThelimitswillensureanadequatecoreflowcoastdownfromeitherrecirculationcoopfollowingaLOCA.PInordertopreventunduestressonthevesselnozzlesandbottomheadregion,therecirculationlooptemperaturesshallbewithin$50)'Fofeachotherprio~tostartupofanidleloop.Thelooptemperaturemustalsobewithin$50$'Fofthereactorpressurevesselcoolanttemperaturetopreventthermalshacktotherecirculationpumpandrecirculationnozzles.Sincethecoolantinthebottomofthevesselisatalowertemperaturethanthecoolantintheupperregionsofthecore,unduestressonthevesselwouldresultifthetemperaturedifferencewasgreaterthan~PF.3/4.4.2SAFTY/RELIEFVALYES100t-sys~-rom-bekng-pressurizedabove.theSafetyLimitof-e-A&E-Cade-.cM~~wab4e-values-@or-the-worst-case-ups~mnrfent~~ombination-of-4$l4RW"<~Oemonstrationofthesafety"reliefvalveliftsettingswilloccuronly[duringshutdownandwillbeperformedinaccordancewiththeprovisionsof'pecification4.0.5.I~~I~4~seeo~I6~o-open--~6&~he-deskgn-basks.-PifIT2GE"STS-(BWR/5)'3/44-i

REACTORCOOLANTSYSTBIBASES3/4.4.3REACTORCOOLANTSYSTEMLEAKAGE3/4.4.3.I~~KAGEQETECTIONSYSTEMSTheRCSleakagedetectionsystemsrequiredbythisspecificationareprovidedtomonitoranddetec.leakagefromthereactorcoolantpressureboundary.(ThesedetectionsystemsareconsistentwiththerecommendationsofRegulatoryGuidel.45,"ReactorCoolantPressureBoundaryLeakageQetectionSystems",May1973.)3/4.4.3.2OPERATIONALLEAKAGETheallowableleakageratesfromthereacorcoolantsysemhavebeenbasedonthepredictedandexperimentallyobservedbehaviorofcracksinpipes.Thenormallyexpectedbackgroundleakageduetoequipmentdesignandthedetecioncapabiliyoftheinstrumentationfordeterminingsystemleakagewasalsocon-sidered.Theevidenceobtainedfromexperimentssuggeststhatforleakagesome~hatgreaterthanthatspecifiedforUNIDENTIFIEDLAKAGEtheprobabilityissmallthattheimperfec.ionorcrackassociatedwithsuchleakagewouldgrowrapidly.However,inallcases,iftheleakageratesexceedthevaluesspec,iedortheleakageislocatedandknowntobePRESSUREBOUNQARYLAKAGE,thereactorlantsystem.Type-."04isRess-steH--stagnant~ntermittent-,or-how-few-fluids-,requires-addibien~urveHIanee-mnd"Ieakage-limit~TheSurveillanceRequirementsforRCSpressureisolationvalvesprovideaddedassuranceofvalveintegritytherebyreducingtheprobabilityofgrossvalvefailureandconsequentintersysemLOCA.Message-~m~e-RGS-pressureI%Ht.3/4.4.4CHBlI~iYThewaterchemistrylimitsofthereactorcoolantsystemarees~lished..to'reventdamagetothereactormaterialsincontactwith.thecoolant.Chloride'imitsarespecifiedtopreventstresscorrosioncrackingofthestainlessseel.Theeffecofchlorideisnotasgreatwhentheoxygenconcentrationinthecoolantislow,thusthe0.2ppmlimitonchloridesispermitedduringPOWEROPRATION.Quringshutdownandrefuelingoperations,thetemperaturenecessaryforstresscorrosiontooccurisnot,present.soa0.5ppmconcentrationofchloridesisnotconsideredharmfulduringtheseperiods.Conducivitymeasurementsarerequiredonacontinuousbasissince.changesinDisparameterareanindicationofabnormalconditions.Whentheconduc-.ivityiswithinlimits,thepH,chloridesandotherimpuritiesaffectingconducivitymus-alsobewithintheiracceptablelimits.Wi>theconduc-ivitymeterinoperable,additionalsamplesmusbeanaIyzedtoensure.thatthechloridesare.'otexceedingthelimits.The.surveillancerequirementsprovideadequateassurancehatconcentrationsinexcessofthelimitswillbedetec.edinsufficienttime:to'akecorrec=iveacion.SpenaCsamplingprcovmioivme,pzov~ded(onunmuaLoutageconN.MommadeGE-SiS(BWR/S3B3/442nacadmusbycomplexmainyu.'enhanceoc.tmWng.~VVP-UNIT2

REACTORCOOLANTSY~ESASES.::3/4.4.5SPECIFICACTIVITYThelimitationsonthespecificactivityoftheprimarycoolantensurethatthe2hourthyroidandwholebodydosesresultingfromamainsteamlinefailureoutsidethecontainment.duringsteadysateoperationwillnotexceedsmallfractionsofthedoseguidelinesof10CFR100.ThevaluesforthelimitsonspecificactivityrepresentinterimlimitsbaseduponaparametricevaluationbytheHRCoftypicalsitelocations.Thesevaluesareconservativeinthatspecificsiteparameters,suchassiteboundarylocationandmeteorologicalconditions,werenotconsideredinthisevaluation.TheACTIONstatementpermittingPOWEROPERATIONtocontinueforlimitedtimeperiodswiththeprimarycoolant'sspecificac.ivitygreaterthanO.ZmicrocuriespergramOOSEE(UIVAIRTI-I31,butlessthanorequalto4.0micro-ccr1espergramUQEEEEUEVALEHT1-13'I,acommo-dacespossibieodinesi~k1nphenomenonwhichmayoccurperationwith'~'pecificactivitylevelsexceeding0.2microcuriespergramOOSEE(UIVALEHTI-131butlessthanorequalto4.0microcuriespergramOOScEgUIVALPI"131<<<<<<<smustberestrictedtonomorethan800hoursperyear,approximately10percentoftheunit'syearlyoperatingtime,sincetheseacivitylevelsincreasethe2hourthyroiddoseatthesitaboundarybyafactorofuptoQZOQfollowingapostulated(steamlinerupture),Thereportingofcumulativeoperatingtimeover500hoursinany6monthconsecutiveperiodwithgreate~than0.2mic~-curiespergram00SEEgUIVAI~I-131willallowsufficienttimeforCommissionevaluationofthecircumstancespriortoreachingthe800hourlimit.ofj-QRhsQring-wilI-beusedto-assesshe9'sotopicanalysisfollowingpo~erclranges"'.'.y~~<<m++a~~<n<ncnecoeoto(EEcoca.cocoameeccngsaencco.".emceeiodine.-span',+~on,andpmv~dz(ono)ii-gas.motorsce=caLib~on:;Cl'osingthemainsteamTineisolatsonvalvespreventsthereleaseofactivitytotheenvironsshouldasteamlineruptureoccuroutsidecontainment.Thesurveillancerequirementsprovideadequateassurancethatexcessivespecificacivitylevelsinthereac:orcoolantwillbedetected.insufficienttimetotakecorrec.iveacion.~a%P-UifI-T2GE-SiS(BWR/5)-83/44-3

REACTORCOOLAMTSYSTEMBASES3/4.4.6PRESSURE/TEMPERATURELIMITSALLcomponentsinAerceactoccooLantdyd4emmeduignedCoutMvkzndtheeffectso5cycLicLombdue4.'osystem4empe~eandpeesdmechanges.ThesecycG,cLoadsmeiatAoducedbynoenaLLoad4mnsients,<eacto<~pa,anaa~-upandshutdownoptions.The,vvu.ouscategorieso$LoadcycLesused5'esignpurposesmeprovidedinSection3.9o$theFSAR.Ocuu'nga~upandaliutdoivn,Ae.~eso$Cemp~ivieandpressurechangesatone~edzoMat4iemaximumopen.+edheatupandcooLdown~esaxeconsistent<~thedesignasdumpWonsands~$yViesWesaMnits)oncycLicopeuu".ion.TheopeiatingLitiiitcurveso$Figure3.4.6.1-1mede.ved)cornChe$~ct~eCoughnesacequucementso(lOCFR50AppendixGandASh(ECode,SectionIII,AppendixG.The,cutiesmebasedontheRT<OTandobeseintensityfactocLn$oenation(orediereactorvesseLcomponents.FrhctivietoughnessLuiiitsanddiebasmo(compW-ance,memone,)uLLydiscussedinFSARChaplet,5,pcvmgmph5.3.1.5"F~tmeTough-nesa".The~eacto<vesseLmateuaLshavebeenNestedCodetuneCh~initiaLRTNOTThe,ms~o$dime,CesNmeshowninTabLe83/4.4.6-1.Reactor,op~onandcesuLtant(as~ne~on,EgeeateAMan1hfeV,~idionisiscauseanincreasein4ieRT~.Thetefone,anadjusted.xeJwenceCempencu'.urce,baseduponDieJLuencephoApho~contentandcoppen,conteno$diemateuMinouesWon,canbe,predictedusingBasesFigure83/4.4.6-1andFigure83/4.4.6-2.Thep<esaurce/~empercativieLunichive,Figure3.4.6.1-1,cavesA',8'ndC',incLudeanassumedahi)~inRTNOT)ocVieend-ofLife+uence.TheactuaLahiJCinRTTo$WevesaeLmateeiMioGXbe.eskzb~hedperu.od-icaLLydutu.ngop~onbyremovingandevaL~ng,inacco~nceuiithASThlE185-73,~dialedfauxroutesinsurednettheinsideNaLLo(Checeac.towvesaeLin~ecocegaea.SinceDene~onape~atNefaux+utesandvesaeLinside'iadius"weeesaentiaLLyidenticaL,Wei~aed)Lux~escanbe,usedivy.thcong.d-ence,inp~edictingrceactonvesaeLmateiM~ns~onCempeAa~eaalu'.s~.TheopemtuigLunchciviveso$Figure3.4.6.1-1zhaLLbeadjusted,as.wearied,ondiebasmo$WefauxiurcedataandBasesFigivie83/4.4.6-2.NMP-UNIT283/44-4

R~~C:OP.COOL'NTSYST~e~5c5~',~PR="SSURF/7"-".P=a(TURELrHITS(Can.inued)Dcbleiso'.ationvalvesareprvidedoneachoihmainstem~linsiaminimize=hepoteniiaiieakagepaihsframthecanairmentincaseofalinebreak.Onlyonevalveineachlineiseauirediain~Yrheini.ag.ityofthecania."ment.Thesurveillancerequirementsarebase~cntheoporainghistoryofibis'ypevalveThemaxipiIumcosueiimehasaceansela~edcan-ainiissionproductsanctaensureihecareisrot.un="veredfollowing'Tsarabraala.The,nu.su'mumclosure~emconAm~eet~<he~aumpWoes~ntheaa$Myanat!iaMCop/t.eve&u/Emhcuteamgea.3/i.~.8S-PUCE.sPJILihi=:-RITYThepressure-temperaturelimi-linesshowninFigures3.4.6.1-1;curvesC,andC',andAandA',forreactorcriticalityandforiaserviceTeakandhydrostaticesiinghavebenprovidedtoassurecompliancewiththeminimumtemperaturerequiremenisofAppendix6to10C-RPart."0forreactorcriticalityandforinserviceleakandhydrosatictesng./3/4.4.7hhA:liSi-heiL'NESSOLAT:QNYALYES,iheinspec-'iionproc~msforASHcCadeClass1,2and-3ca"...ponentsmsure"a=hies".ucuralintagtvafihesecomponentswii"sbe=int~inedaanacBptab.elvel..ughou+.eiiieofihepiant.Camonensofthereac-'orcaoi'ansvs.amwara"e-,itinsarvicainsec-.ionsinac"or"'ancewithandPressureVesselCade(.)="it-'onandAd"endadesiicnedtoprovideac"assSect-onX:ofiheASHEBailer.-hrough()...ThainsarvicainspecionprogramforASM"=CadeClass1,2and3componentwi11beaeriaiield'na"-ar"'ancewi'1~~c=.onXiofheA~SI-:iciierand?".essureVassalCoceandapplicableaddendaasraauiredby10C.=RP~-.-=0.5aa(g)e"capt.wheres-aciiicwritanreliefhasbeengran.edbytneNPhCpursuant~10CFR.Par-=0.:""a(g)(6)(i).S~SiouAt:"."'TR:"ioVALAsingleshudowncooiihamodeloopprovidessufficingheatremovalmwi1ityfor".emovingcareaecayheatandmixingiaassuwac"uratetempera-..w"eindicaion,however,singlefailureconsidersionsremirehat.woloops~GPERABI-o""iaialarnatemethodscapableofdecayhearemovalbed-"ionstaiadand.hatanaitarnaiemethodofcoolantmixingbein,operaion.~~h7henumbe/T.o$rceaMo/T.vuaecMu'i~onau/EveiLcancecapiozea'aiid'ziRfczqiKitc7ea""-'-"$oz/Lenov~ng.and~using<~especimen/si>rX~capsule/aislep/EoAde8.<'.nTable4.4.b:I."..~omournecomp&ance~Mezeq~emen6o$Ap~gn&xHgo10CFg$0,.'UN'.2E=--STS(PAR/)~~~~

Ignil/s4'LUfrOtunttEtttICOHPtthfERIALC(ll)E'YPEllhSESlhltI.Fll3IO.C.Ci-tttEhCTOttVESSELlnttuttttt;SSCUPIITXXf.rJOfI'-Itl/3!iHltt.UPI'EttSill:IIIIILIEtllt:IIIIIOfI:I-Ltt1Alh1Jhhlls"f..11))llewll(AIIS~~

2.0IIIII~.1.0O4RIII0.00102030SERVICELIFE(Years*)40FASTNEUTRONFLUENCE(E71Mev)AT1/4TASAFUNCTIONOFSERVICELIFE*FIGUREB3.4.6-f**ATofRATEDTHERMALPDHERAHD90"AVAILABILITYe.gpicalfigure;tobemodifiedperSpecification4.4.6.1.4-UNIT283/44-7

t4h~lIOIICOOIXCue.adlI5000IXI'.OOblkf/IOIXF&.0120351LCOQOXCu0,25mC0.2OXCu0,15XCu0,IOXCuEN'FfALIMITHOTEIOASIIEOLLNEsnfrnfsfHTafIIECOMMENOEOEXTAAI'OLATIOH4'To20OFFonownol'EnhrloH.r~rrLOWEALIMIrXcuO.ONV'O.OOH2HIO4~bIO24b~10I~FLUENcf,n/cmIf)IMev)2bbIOIbbFOACattfnANOFIICK'IIOAUSCONTENTSOTIIEATIIAtITIIOSfI'LOTTFO,UsfTllfEXFAESSIONFOAAGIVEtlOtlTIIEIIGUIIFXCuWEIGIITFEACEHTOFCOPPEAXI-wrlnllrFEACEHTOFFIIOSFIIOAUSPredlctellAilJustnentofReferenceTemperntureyA~assFunctionofFluencesndCopperContentperNRCRegulatoryGuidel.99(AdJ<<sttdentn<50OF<<re.SbounintlllsFig<<rcbyExtrnpolntlngtbeR<<pulatoryCuldel.99CurvestoAccountforLoMerIIIII(Fliiellces)~IFe')Ltre8'3/6..4.C-2.~~

3/-'.:="!ERGENCYCORECOGLsNGSYSTcfyl:-AS=53/4.=.Iand3/4.5.2ECCS-GPERATiHQandSHUTOCWNECCSdivisionIconsistsofthelowpressurecorespraysystemandlowpressurecoolantirrJectionsubsystem"A"oftheRHP.systemandtheautomaticdepressurizationsvsBm(AOS)asac=uatedbyAOS:".ipsystem"A".ECCS"ivision2consis.soflowpressurecoolantin.'ec"ionsubsvs.ems"9"and"C"oftheRHRsvstamand:heautamaticcepressuri=ationsvs.amasac=uatedbyAQStripsvstem"B".fneIowpressurec"respray('CS)svsBmlsorovidedtoassure-.hatthecoe15adeaumtefvoledfoffowliig=lossoiQoIcntacicenaAdlvicesadequatecorecoolisngcaoaciiyforallbreaksi=esuptoandinclud'.'na:hedoublfe-encedreac=orrecirculationlinebreak,andforsmallerbreaksfclfowinacep.essurizat~oflbytheAOS.~eLorSisaprmarysourceoremergen=)corecooling=-,.ar.hereacorvesselisdapressurizedandasourcefcrsiocdiingof.hecoreincasaosac"icn"Icraining.esurveillncerequir~qentsprovideadequaBassurancetheatneIOCSsvsBmwiiIbeOPERABLEwhenreauired.Althcugnafiac:ivecomocnentsaretBS&0IeandsulIfIOWCMed~&OAStatadbyi'BCi1ulatiOA1rcugtlaBSIccpduringreac~raeration,acomoletefunc.ionals'requiresreac=orShutOWn.fnepumdiSCharepipirIgiSmaintainedfulltOpreVentWaterh~=.e.damaaeopipinaandtos~r.c"aiinaattheearlies.moment.fnefowpressurec"olaninje~-i'on(roCi')modeo,.heE-:Rsys-Bmisov~Bdtoassureheatthecoreisadequa:Blycooledsalecwingaloss-of-coolantac"ident.fnrsubsysa..s,eachwithanepump,proviceadequatecore,icodingforaliabreaksi=es'otoandincludina".e.double-endedreac-.oz'ecirculationlinebreak,andsars-,sailbreaksfoliawingdeoressuri=ationby"eAOS.fresurveillance",aqui".BmentsprovideadeuataassurancethattheLJ'CisvsamwillbeGPEPABL"whenreauirad.Alroughallaciveccwonentsarestaoleandfullflawcanbedemons",atad5yreci",culation.."'ouahateslaooduringreac-"rooeration,acompleteuncionaItas.requiresreac=cr--shutdo~n.fnepumpdischargepipingismaintinedfullap".evenwarha~wardamaae.opipingandtas~rtcoolingatthearliestmoment.ECCSdivision3consistscfthehighpressu.ecoresor'aysvsBmfnsehighpressurecorespray(HPCS)systemisprovid~edtoassurethatthe",eacTorcoreisadecuatelvcooledtalimitfuelclad..BraturintheeventcfasmaIlbrakin.hereac=orcoolantsysamandlosscfaolantwhichdcesnotresultinraoiddepressurizat-onofthereac.orvessel.TfheHPCSsysBmpe~itsthereaC='"rtO"eShutdcWnWhilemasntainingSuisicieAteCCVBSSBIWata.IeVelinven-nrvsnail:havesseTiseenressuri-d.iheHPCSsu~easer-.esoyerararaeOf(110)pSid,difsaafltialpreSSure.BtWeenreaCtarVeSSaiandHPCSsue=-',onsour=,to(0)psid.GE"STS(HWR/c)'8ViiP-UNIT2

CH"rts=.sClCurt=COOL."s7-'s5l-8OASe,S:-CCS"OP=RATiNQardSHUTOCMN(Caninued)516/1550/6350onecapacityoshesys.am'.sselectedtoprovide.he~cuiredcarecaaitng.TheHPCSpmpis"esignedtadelivergreaterthanorequalt"~..".::s~~gpmadifferenialpressuresof$1160/1130/200/psig.initially,waterfram.hecondensa.a'storage:ankisusedinsteadofinjectingwaterfromhesuppressionpoolintathereactor,gbunocreditistakeninhesaetyanalysesfcrthec"ndensatas"ragetankwater).Mih.heHPCSsyseminoper"'e,adeouatacarecoolsng',sassuredbv.>>eGP=RABiLiTvos.heredundantanddiversifiedauam='.cdapressurizaticnsys-amandbat!itheLPCSandL.C:sysms.inaddi'on,thereacarcareisoiat'oncaolinc(RCiC)system,(asys-amfcrwhichnocrediis:akeninhesafetyanalysis),willasJtmaticaliyprovideakeUpa~ecroperancp~essUes0:lareac:o",lowwate.ieveicandiiicn.TheHPCSc-.-Of-sarvi"aperodof"=".-aysisbasedO1ltheaemonsratedOP=BABEL:rYofreduncantanc"ive.sified'lcw"ressurecoracoolingsvstams.Thesurveillancereauirementsprovideadequateassuran=e.hattheiiPCSsvs:omwillbeOP=KOBL:-whenrecuired.Alhoughailac=isvecampollentsar'testzbieandsulll'lowcanbedemcnstratadbyrecirculaticnthroughatas-.lcopduringreac-oroperation,acample.efunc=ional-aswithreaccrvesselisn'leciscnrequiresreac"crshutdcwn.TnePumPdischargePiPingismainainedfulltapreven=waterha~ercarnageandta"rovidaecoltnga.:heearlies~.mamen.Opanasiureofthe.'-,'PCSsvsassta=n=tionproperiyafterassuali-break1OSS"O-.-COOiantaCCident,teaUulaicCaPaSS"isatora.Sysam(AOS)aUua-ticai'.ycausesselectedsafe"-v-relief-valvesacaers,depressuri"ing:hereaarso.ha:flew-,".amthelowressurecarecoolingsvst~msca..en".r1ecarein.t-;matalimitsuelcladdingamperaturealess:.",an2200~F.AQSisconserva-tive'ly",'ecui".eceebeOP=RABLvheeeve-.re-ceb.-vesaisrsrax"cecs$100)-,sc,Iu~v~\~~~vNIIV.~T~P<<~~e<hu<q~ueetEyLoro.Cha(~W~gnefogjgQgjge:'cozeeookr'.ngagaC~canpjrov~deadeouateconecooing<oi:<venga<cod'xiqgA'OS.AOSautamaticaiiycan",ais{seven)seiec.adsaset~j-".elie7valvesal,.a'ri.esaeyanaiysisonlyakescredi.for(six)vaives.I'.'is=heraforeaPPr0iaeOCermiCneVaIVeabeOutOfSaVicesOrUPto14daVSW'lQUmatariallv".'educingsysam".elaoility.POOL.~/<.S.3MPPRaS><ON~8&.$00Thesuppressiona-abc.isrecuiredtcbeOP=RABL~aspart.of<<".e=CS-aensurethaasufsisciensupplyoswaterisavai1ableto.he-HPCQQCS'and'.'PCisysems',ntheeventofa'OCAaThis'limitonsuppress-,ondt=..wminimumwatarvolumeensuresthatsussic.entwaerisavailableopermrecirculationCaaiingflCWtOheCOre.TaleOPCRABILilYOftileSUPPreSSiOn~~.in.OPRATiOHALCONOiTiONS1,2or3isrequirebv.Specisicat,on".5.2.1.ssP-UHTT2G"-STS-(o'ARES)B3/-;=-2

3/4.6CONTAINhtENTSYSTB53/4.6.1.2Theleakage~e6open.(~ed)on.4mmun6~earnLine.volationvalve6,Aemu,nabeambeau'.nLine,~optionvaRve6,anddiepo6~-acn,dent6ampLing6y6temga6sampleand.x~nLineKochvalve6meu6ed~oqucu~$y4iemagnumamounto$prummycontainmentatmo6phweMatcouldbypa666econdanycontainmentandleafy~ectly~odmenvironmentaft'de6~gnba6+Roz6-o$-coolanacudent.Tk@datamu6edWdMenmineDiem&olog~caRcon6equence6o(41macct.derandendureMatCherce6uLtantdo6e6arseeu".hi.n,theL~6o)AeGenenaLDeignC~euu19and10CFR100.NaiPUN'

3/"..5CQNTA'iMINTSYSTEMS."AS=>PRIMARYCQNTAINMEHT3/4.5.1.1PRIMARYCONTAINMEHTINTEGRITY40.0iha1ir>>i-=--ion'Ionpri-aI,non-=-i;r>>ann!a=iaga(;-asansurana":ho-.!COntainm!sent:BakaCBVOlumeWillnoi.BXBBQ,'leVclue~assumadiflheCC"1GBn.allalysasatthBpeakcc1QBntrassul'aOf{4~MSig,P,ASaficQQadConSarVZ-tism,themeasuredoveralliinitaora-adleakagera=a,isfartherlimitBdtolessti"anoleouaio0.7:-L,duringpefformancaoftheperiodicteststo.ac"oun.IOl'OSSiD1eQBgada.ionOfthe-Oncirment1eakaGBbarr'ierSbe=Weenleakageasts.the(Iiainsta=viline~isolationvcivshasoccasiorial:yocc'rredintheleaktightnessofalraauiramanifortasting=hasevalves.QDBra>>inoexperience'w1tillnQlcBdiricYGagsaGatsofliias.hevalves;hereforahespecii~The-surveillance.asinG:he".Quire.antsofApoendix"Jtions"rantediormainsteam'.sa-riocxsa-,='areachooenina.pOrmeaSuringieakaGBrctBSisCOnSlsantWi<<"of10C,=RPar-"0withthe4axcapt;onofaxe.i,"-01cYonvaiveleaktastingandiBstisinghe3/4.5.1.3PRIMiARYCONTAINMEHTAIRLQCKS-PRIMARYCONTAIHMEHTINTEGRITYensuresthatthereleaseofradioactivemate-rialsfromthecontainmentatmospherewillberes-ric.edtothosBleakaoepathsandassociatedleakratesassumedinheaccidentanalyses.7nisres.ricion,inconjunctionwiththeleakaoa",cte1-;mi.ation,willlimit.hes',teboundaryaQla.Oncosestowih1nthelimitsof,l0C.=RPart100durir,Qaciden=conditions.GenemL0@S<gnC~euu19and3/-".-5.1.2PRMARYCDHTAa<t!EHTL="AKAGEThelimitationsonclosureandleakra.aiortileprimarycontainmenairlocksare",aqui",BdtomeettheresrlcionsonPRIMARYCONTAINMENTINTEGRITYandtheprimarycon.ainmentIeaka"erataGiveninSpeciilcations3.6.1.1and3.6.1.2.Tnespeciiicaision>>akBsallowaflcsiorhefac.tha-'haramaybeionaperiodsoftimewheniheairlockswillbeinaclosedandsecuredDosi"tionduringreac.oroperation.Onlyonecloseddoorineachairlockisrequired:omaint-in.heintagr1tyofthec"ntainment.CMIIC>>vI4Ia1IJVO>>I>>>>>>vs~IIsI~I~II>>~'v>>444I~>>>>~~~>>>>I>>V~I~Is>>I~~~Vg~MC~ifi8'Flc~imiiIVvvsI~I>>ICIIIvss~IIaIIvsII>>Iv~~V>>\I1a++>>Vs~IC"I>>IvcN>P-UNIT2Go-STS"(=-W53-g3/45-1

COHTAIHMEHTSYSTEMS3/4.6.1e5PRIMARYCOHTAIHMEHTSTRUCTURALIHTEGRITYeMTarceaconcretecoma>nment.Thislimitationensuresthatthejstructuralintegrity.ofthe.containmentwillbemaintainedcomparabletothe/originaldesignstandardsforthelifeoftheunit..Structuralintegrityis'requiredtoensurethatthe.containmentwillwithstandtheea4eum-pressureof~psigintheeventofa(LOCAL~earn-Uae."~~9"-tweak-aecRenQ.AvisualinspectioninconjunctionwithTypeAleakagetestsissufficienttodemanstratethiscapability.a-%as->imitationensures-thaSWe-sructura~egri-y-of-'the-co~ment-<6'-be-~Mi-ned-comparable-to-th~Hginal-des-'i-fe-of-the-facil-sty-;-Structural-integrityis'equiredtoensurethatthecontainmentvent-of-a-LOCAihe'.'+~M~hoi~M'~l--~h",-ere-muftiwRt-aRo-be-subjec"ed-to-stress-cycl-ingtestsandtothtdA-piwo-'~~~~ide+;o~nseooioMusoeAlancefoU-gn-noudaeTndo-onis~oneness-eu[:.'6.~"-'/4.6.1.6ORNELLAHOSUPPRESSIOHCHAMEERIHTERHALPRESSURE'775.Thelimitationsondrywellandsuppressionchamber'internalpressure~ensurethatthecontainmentpeakpressureofQ~~pssgdoesnotexceedthedesignpressureof~psigduringELOCA)-+~earn-Pine-hea+conditionsor"50'hattheexternalpressuredifferentialdoesnotexceedthedesin'aximumexternalpressuredifferentialof$4.7).psid.Thelimitol'.."sigforinitialpositivecontainmentpressurewilllimitthetotalpressure-0.75ap~~<~A+psig.whichislessthanthedesignpressureandisconsistentwiththe40--"safety-analysis.'/4.6.1.7ORWELLAVERAGEAIRTEMPERATUREThelimitationondrywe'llaverageairtemperatureensuresthatthecontainmentpeakairtemperaturedoesnotexceed.thedesigntemperatureof4340)'Fdurinq/LOCA)-(steam-line-break)conditionsandisconsistentwiththesafetyanalysts,pRDIARyCCN7AIN~~E~3/4.6.1.8*SYfK~e(~,s~~sed-duopera~ns-ensures-hat-exaesmve-quan~+e~~adioac+ive-m~reh~Hot-be-released.-via-the-purge-.syste~~rovid~ssuranc~tkatMhe-(2~ck-valises.cannothe-inadvertency-opened-,ikey-are-se8ed-dosed-in-accordancewith.~ndar&Revi~a~~~hm~Rude~echanica~evices-td-seal-or-lock-the.-valve-olosed-or-pieven~ower-fram-betn~upp+ie~o-eke-v&'re-'operato~'simp-tJViIT2Gc-.STS-(BMR/5')B3/46-2 0 CONTAINh(ENTSVSTBS3/4.6.l.7Inad~on,WcmaxunumchgwcLL,av~gz~CenpercatmemaQoNeLintiingini.tiaLcon~onused4odMaenc,neSee,maximumnegate.veA$$~e~peuscvcea~gon4mcVcyve6!andauppcuaionchambert.goLLoeinginadv~eMa~atcono$4mcoetainmeetapery'.iiiP-UNZT283/46-2a 0 3/4.6.1.8The14"and12"p>timeycornme>Mp~eduppyandexh~C~om~cmoZationvafm6meceaaucedCobeclosedd~ngpNntoperation.TheWohachsupplymu'.opticMo~onvalveused(on.in~ngaMaQorceq~edCobe,clodeddutu'.ngp6uMop~on.MaintainingHuevaLvMcloseddufu'.ngp&etop~ox<ensued~excuaavequaet~mo$rmdioa~vematefuaQ~ciXLnoCberceZeahedvmsSeeptutgeayaCem.Enaccordance~dieS&ndmdRevue>vpGtn,6.2.4,oneLnboaMaromaticmoronvaLveandoneoMbouufmu."o~cmo~onvivemepcov~dedoneachpurgeline,Mat'emt~eNep>>immycoetainmeetunlit.The,meo(Aeplumplycoetainmeetp~e~ude.ngp6uMoperationrcm~MedCoNe(oLLo>eing>Ope>u'.ngNe2inch~okationvalveComanuallyadd~ogenCoMegummyco~nmeetCo~hennuu'.atmanpnimanycoetainmeetpj>usmcuu.Sun4mangeo$-.5W.75phagorat.ComaintainDeoxygenconcen~c.on~a4volumepe>ueatocLMh.b.OpeningNe14inchand12inchexhaubCmo~onvalveJoe~namecoeVcol.o(WechyveH,atmoaphe~e.Ve~go)NeWy>va6'.~oapheteJoepancakecombos+ALLbe,accomp~hedbyexhmsWng~oughp~p~ng~oNeStandbyGasTceatmeMSystem(SGTS)~vhMeMpramOvcough4~eSGTSPXt'euandMm<<easedfmmMemainhWck~oWeenv~nmeet.The,~om~cvalveuu'LL~m~caLEyclueCpu'.ngoneo$~hefoMo>>>ingcon&MomaoStato$$aMeruzcKationdodmmemainyu.nedbMoivaUowabkevalue>>:a.LOCAb.Ra~onl,eveo$SGTSe$gue>wMChemainarizexceed.ngapnedMe~nedvalue.NiiP-UHTT2B3/4

eCONTAINMENTSYSTEMSBASESPRIMARYCOMTAINMEhfT~PNPNIMINNNIIBB",YEINIdd,d)Iair-vieWr4-X00-woad-rro4-be-ax'-valee~ea~egzq'N~a@4-Purging-GuH{Leakageintegritytestswithamaximumallowableleakagerateforpurgesupplyandexhaustiso1ationvalveswillprovideearlyindicationofresilientmaterialsealdegradationandwilla1lowtheopportunityforraoairbeforegrossleakagefailuredevelops.The0.60Lleakagelimitshallnotbe.exceededwhentheleakageratesdetermined3ytheleakageintagrBytestsofthosevalvesareaddedtothepreviouslydeterminedtotalforallvalvesandpenetratiorissubjecttoTypeBand.Ctests.)TIrep~~eo~nrrr~p~zzzdueuhedknFSARSe~on9..4.2.NBYN~BBNNPBIBKNBNPNNINP~on0,!~.cident-anaIyses-.(The-SurveillanceReuirementsfor'BPPPN)PPPI~'&~'MIBNNIN)-3/4.6.2.OEPRESSURIZATIONSY~rSThespecificationsofthissectionensurethattheprimarycontainmentpressurewillriotexceedthedesignpressureof(&)psigduringprimarysystem.blowdownfromfulloperatingpressure.Thesuppressionchamberwaterprovidestheheatsinkforthereactorcoolantsystemenergyreleasefollowingapostulatedruptureofthesystem.The'suppres-.-sionchamberwatervolumemustabsorbtheassociateddecayand'tructural.]040sensibleheatreleasedduringreactorcoolant.systemblowdown.from(1020)psig.~Sinceallofthegases.inthedrywallarapurgedihtothesuppressionchamberairspace'uringalosso'fcoolantaccident,the'pressureoftheliquid-must.notexceede'z+ppig,othesuppressionchambermaximumpressure.rhiaKes)gn~vo.umeor.he'suppressionchamber,waterandair,wasobtainedbyconsidering'hatthetotaivolumeofreactorcoolantandtobeconsideredisdischargedtothe.suppressionchamberandthat,thedrywallvolumeispurged.tothe'suppressionChambera...,.'5~ts0arcontainmentpressureduringthedesignbasis>cczdentisapproximately(49)40psi'whichis.belowthadesignpressureofpsig.'aximumwatervolumeof154;794f=,fthm'esultsinadowncomersubmergencaof~"+and.the'inimumvolume(duB;udti"II""*>>"I!WINIIadequate..-Themaximumtemperature-attheendof-the-Hew-~~te+.during-the-Humbehft-Ba~nd-Sogeda-Say-~nsd~atively-taken-to-be-the-1imitfortomph.te.cohdensat&m-ofthereac.".er-coolant-,-ad.thoughcondensationwouldoccurfortemperaturesabove170F;-'E-57~WRf5jB3/46-3NHP-WiIT2

COHTAIHMEHTSYSTiHS~~~OEPRESSURIZATIONSY~iS(Continued)Shoulditbenecessarytomakethesuppressionchamberinoperable,thisshallonlybedoneasspecifiedinSpecification3.5.3.MZne~~0Np.M~,poo4~Seawatertemperatureof$90pFresultsinawatertemperatureofaporox"imatel"'FimmediatelyfollowingblowdownwhichisbeIowthe$200PFused;orcompletecondensationviagT-qoencherg(ramshe@Qdevices.Atthistemoera-tureandatmosphericpressure,theavailableNPSHexceedsthatrequiredbyboththeRHRandcorespraypumps,thus'.hereisnodependencyoncontainmentoverpressureduringtheaccidentinjecionphase.IfbothRHRloopsareusedforcontainmentcooling,thereisnodependencyoncontainmentoverpressureforpos-LOCAoperations.Experimentaldataindicatesthatexcessivesteamcondensingloadscanbeavoidedifthepeakbulktemperatureofthesuppressionpoolismaintainedbelow$200$'Fduringanyperiodofreliefvalveoperationwithsonicconditionsat,thedischargeexitforQT-quencher).~eshea+devices.Specificationshavebeenplacedontheenvelopeofrac.oroperatingconditionssothatthereac-.orcanbedepressurizedinatimelymannertoavoidtheregimeofpotentiallyhighsuppressionchamberloadings.Hecauseofthelargevolumeandthermalcapacityofthesuopressionpool,thevolumeandtemperaturenormallychangesveryslowlyandmonitoringtheseparametersdailyissufficienttoestablishanytemperaturetrends.Syrequiringthesuppressionpooltemperaturetobefrequentlyrecordedduringperiodsofsignificantheataddition,thetemperaturetrendswillbecloselyfollowedsothatappropriateac.ioncanbetaken.Therequirementforanexternalvisualexaminationfollowinganyeventwherepotentiallyhighloadingscouldoccurprovidesassurancethatnosignificantdamage'wasencountered.(Par.icularattentionshouldbefocusedonstruc.uraldiscontinuitiesinthevicinityofthereliefvalvedischargesincetheseareexpec.edtobethepointsofhighes-stress.)En.additiontothelimitsontemperatureofthesuppressionchamberpool.'ater,operatingproceduresdefinetheactiontobetakeninthe.eventasafety-relief.valveinadvertentlyopensorsicksopen.Asaminimumthisac.ionshal'Tinclude:(I)useofallavailablemeanstoclosethevalve,(2)initiatesuppres-sionpoolwatercooling,(3)initiatereac.orshutdown,and(4)ifothersafety-reliefvalvesareusedtodepressurizethereactor,theirdischargeshallbeseparatedfromthatofthesuck"opensafetyreliervalvetoassuremixinganduniformityofenergyinsertiontohepool.(In-conjunc-ion-w-th.he-Mark-I-Contamment-Short-T-unique-analysiswas-performed-(seVermont-Yankee-+et'..er~d-Septeab~,1976)which-demonsrated-a-factor-of-sarety-of-at-keas(wo-ov-~4e-weakese4eaen~Imaintenance-of-a-dryvei&uppression-chamber-dhifereneial-pressure-of(1.7)~mevg'ence-range-of-)W9)-to-(4-.%)-Set-wi-l.l-assure-mhe-i.ntegriy-or-"he-suooression-chamber-when-subjected-topost"LOCA-suppression--pool.-hydrodynamic~-foices-.)-NK'-UN'GE-STS(8MRC)'3/46-4

COHTAIHMEHTSYSTEMSBASES3/4.6.3PRIMARYCOHTAIHMEHTISOLATIOHVALVESTheOPE~ILITYoftheprimarycontainmentisolation,valvesensuresthatthecontainmentatmaspherewillbeisolatedframtheoutsideenvironmentintheevent,ofareleaseofradioactivematerialtothecontainmentatmospherear'ressurizationofthecontainment(andisconsistentwiththerequirementsofGDC54thraugh57ofAppendixAto10CFR0).ContainmentisolationwithinthetimelimitsspecifiedensuresforthoseisolationvalvesdesignedtocloseautomaticaIlythatthereleaseofradiaactivematerialtotheenvironmentwillbeconsistentwiththeassumptionsusedintheanalysesforaLOCA.3/4.6.4VACUUMRELIEFVacuumreliefbreakersareprovidedtoequalizethepressurebetweenthesuppressianchamberanddrywellandbetweentheReactorBuildingandsuppressianchamber.Thissystemwillmaintainthestructuralintegrityofheprimarycontainmentunderconditionsoflargedifferentialpressures.Thevacuumbreakersbetweenthesuppressionchamberandthedrywellmustnotbeinaperableintheopenpasitiansincethiswouldallowbypassingofthesuppressionpoolincaseafanaccident.Thereare(fourpairs)ofvalvestaprovideredundancysothatoperationmaycontinuefarupto72hourswithnomorethanonepairofvacuumbreakersinoperableintheclosedposition.3/4.6.5~REACTORBUILDING.The,ReaocuLLcLin~isdesignedtominimizeanygroundlevelreleaseofradioacivematerialwhichmayresultframanaccident.TheReactorBuildingprovidessecondarycontainmentduringnormaloperationwhenthedrywell'ssealedandinservice.'WhenthereactorisinCOLOSHUTGOWHorREFUELIHG,the-drywellmaybeopenandtheReactorBuildingthenbecomestheonlycantainment.sub-a4noapheu'.a.con'on~p~"gEstablishingandmaintaining~@mum-i+thereactor.buildingwiththestandbygastreatment,systemonceper~oaths.,alongwiththesurveillanceofthedaors,hatches,dampersandvalves,isadequatetoensurethat.therearenoviolationsof.theintegrityafthe.'tea~46~4)tg.".-'.TheOPERABILITY'fthesandbygastreatmentsystem%ensuresthat]sufficientiadineremovalcapabilitywillbeavailablein.theeventofaLOCA.Thereducianincantainmentiadineinventoryreducestheresultingsiteboun-daryradiatiandasesassociatedwithcontainmentleakage.The.operatianofthissystemandresultantiodineremovalcapacityareconsisent'iththeassumptionsusedintheLOCAanalyses.CumulativeoperationofthesystemwiththeheatersOPERABLEfor10hoursavera31dayperiod'ssufficienttoreducethebuildupofmoistureontheadsorbersandHEPA.filters.aaiP-UN1T2Gi"STS(BW~B3/46-5

."Oti74:t<,EHTSYSTEMS="ASES2/-"..5.5?.,i!~AH".COilTA!lHENTA~i,",OS?HERECONTROLTneOPERABELT~i.ofthesystemsreouiredforthedetectionandcontralof'ydrogen-gasensuresthatthesesystemswillbeavailabletomaintainthehvdragenconcentrationwithintheprimarycontainmentbelowitsf1~-,cablelimiduringpost-I.OCAconditians3I~~~drywellandsuppressionchamberhydrogenrecombiner(~~du~W-and-suppression.chamberatmospherodilutionsystem)systemiscapao1eofcontra11ingtheexoec.edhydrogenzginerationassocia'edwith(1)zirconium-waterreactons,(2)radiolyticQecomoositionofwaterand',"-)corrosionofmetalswithincontainment.(Thed-,eeli(andsuppression~a"oer)hydrogenmixingsvstemsarepravicedtoensureadequaanixngoftheIlcontainmentatmospherefol'.owingalOCA.ThismixingacionwillpreventNcaizedaccumulaionsofhvd.acenfromexaeding1efiammablelimit)(Thehvcrocencon~o1systemisons5anwith""erecommenaationsofReulatoryGuide1.7,"ControlofCombustibleGasConcntratiansinConiainmen-Fallowing'hCAEviatc1i1071andoxcgge,n¹iP-UifiT2Gc,-STS(BiR/E)'*9"./4o-a

3/<.7P~>NTSYSTFHSBASES3/4.7.1SERVICEMATER.SYSTEMSTheOPERABILITYoftheservicewatersystemsensureshat-sufficientcoolingcapacityisavailableforcontinuedoperationofsaety-relatedequipmentduringnormalandaccidentconditians.Theredundancoolingcapacityofhesesystems,assumingasinglefailure,isconsisantwiththeassumptionsusedintheaccidentcondiionswihinacceptable'limits.gUTpggRAIRSPECIALFILTERTRAIN3/4.7.2CONTROLROOMEMERGENCYoMdooe~aperiuLaEt'<.nTheOPERABILITYofthecontrol".can"'-'"svsemensuresthatQ"M-a~continuous-duty-ratingfortheequipmentandinst.umentationcooledbythis-duringandioHcwingalldesignbasisacc-identconditions.Cumulaivecpera'.onafthesysemwiththehe=-tersOPERABLE=or10hoursovera31daypericdissufficienttaredcethebuildupofmaisureontheadsarbersandHERAfiltrs.TheQPERABELITYofthissyseminconiuncionwithcont",olroomdesignprovi-sionsisbasedanlimitingtheradiationexposuretopersonnelcccuoyingthecontrolraamtogB$remorlesswholebody,ori.sequivalent.Thislimita"ioniscansisentwiththerequirementsofGeneralOesignCriteria19ofAppendix"A",'lOCPRParBO.3/4.7.3.FLOQOPROTEC:OH(Opionai)Therequirementforfloodprotecionensurestha,aciliyprotectveacionswillbetakenandoperationwillbearminatedinheeventofflocdcanditions.Thelimiafelevaian()MeanSea'velisbasedonthemaxi"umelevatianatwhichfaciliyloadcontrolmeasuresprcvideprota"ion.asafetyreia.edequipment.3/4.7.4REACTORCOREISOLATIONCOOLINGSYSTEM)Thereacarcoreisolatiioncooling(RCIC)sysemisprovidedoassureadequatecorecoolingintheeventafreac-arisalatianframi.sprimaryheatsinkaridthelossoffeedaaterflowtahereacarvesselwithcutrequir'ngacuationofanyoftheEmergencyCareCoolingSysameuipment.ThaRCECsystemisccnserva-=ivelyreauiredtobeOPERABLEwheneverreacarpressureJ5g~c+eiirt)++as'<4iIT4~-'ei~>>~~t74sr>TheRCECsystemspeci,icationsareapol-;cabledurinQPERAT"ONALCQNOETEQNS1,2and3wnenreacarvesselpressureexceeds+Fr'~sagbecauseRCECisheprimary/non-ECCSjsourceofemergencycarecoolingwnenhereac-arispressuri=ed.MithheRCICsyseminoaerable,acequatecorecoolingisassuredbvtheQPRABELITYoftheHPCSsvsemardjustifiesthespecified14dayout-cf-serviceperiod.Thasurve'ilancarecuirementsoravideadequateassurance'.hatRCECSwiiibeOPERABLEwnenrequired.Althaugnallactivecomponentsare-.astableandfuHflowcanbe"e.,onsratedbyrecirculatondur',rgreacoraceraicnacompleteuncionaitestrequ'resreacarshtdcwn.:he"ornadischar"epipingismaintained;uiltopreven-waterhammerdamaceia..'~g+~00-UNIT2B3/47-EThisp<esamem.su$$~ci.eetEirCow.ikatcozecooing(on.eve~ceotuaitg.'~tieRCICsystem.Che-RCICsiwCemcanprovideadeoua.<e

3/4.7.1The.Ii~hedeicingheatexspeci.+~on~~oensueadequateavcuXabZeWAeaetviceeaten,zgz4em.InoemCopnove~WeayaCem~supplyingadequateheat4odiebmmd',apo~Meammeter.ahaU,be.wed4ocheckWe(uLLloaduutnento$Seeheat~.Theccuuteetshouldbe,checkedonaeedzLybm~.CunnzntahaMbemeasured(oceachphaseateacho$Ae)out,moron.co~LcentecLocation.I(amajocdev~on)mm~edcurrent~dated,'j~winvuWgation~aequitedCodetertnu'.nei(anopen~cuLte~Nin4hein&.viduaLbeaten,cAAc~ThedemiannuaEcheckero$eachheatweiXLve~$y&atNemeekly'ave,beenadequate.The.annualchedzo$~cuLtmeggyceadingaeiXLchedzagaimCCongteemdegex~ono(riircuLties~oes.VIP-MilT283/47-la 0 PLANTSYSTEMSBASES53/4.7.SNUBBERSSnubbersareprovidedtoensurethatthestructuralintegrityofthereactorcoolantsystemandallothersafetyrelatedsystemsismaintainedduringandfollowingaseismicorotherevent.initiatingdynamicloads.Thevisualinspectionfrequencyisbaseduponmaintainingaconstantlevelofsnubberprotectiontosystems.Therefore,therequiredinspectionintervalvariesinverselywiththeobservedsnubberfailuresandisdeterminedbythenumberofinoperablesnubbersfoundduringaninspection.Inspectionsperformedbeforethatintervalhaselapsedmaybeusedasanewreferencepointtodeterminethenextinspection.However,theresultsofsuchearlyinspectionsperformedbeforetheoriginalrequiredtimeintervalhaselapsed(nominaltimeless'5K)maynotbeusedtolengthentherequiredinspectioninterval.Anyinspectionwhoseresultsrequireashorterinspectionintervalwilloverridethepreviousschedule;Whenthecauseoftherejectionofasnubberisclearlyestablishedandremedied'forthatsnubberandforanyothersnubbersthatmaybegenericallysusceptible,andverifiedbyinservicefunctionaltesting,thatsnubbermaybeexemptedfrombeingcountedasinoperable.Genericallysusceptiblesnubbers'arethosewhichareofaspecificmakeormodelandhavethesamedesignfeaturesdirectlyrelatedtorejectionofthesnubberbyvisualinspection,oraresimilarlylocatedorexposedtothesameenvironmentalconditionssuchastemp'erature,radiation,andvibration.Whenasnubberisfoundinoperable,anengineeringevaluationisperformed,inadditiontothedeterminationofthesnubbermodeoffailure,inordertodetermineifanysafety"relatedcomponentorsystemhasbeenadverslyaffec.edbytheino'perabilityofthesnubber.Theengineeringevaluationshalldeterminewhetherornotthesnubbermodeoffailurehasimpartedasignificantefectordegradationonthesupportedcomponentorsystem.Toprovideassuranceofsnubberfunctionalreliability,arepresentativesampleoftheinstalledsnubberswillbefunctionallytestedduringplantshutdownsat18monthintervals.Selectionofarepresentativesampleaccordingtotheexpression35(1+-)providesaconfidencelevelofc2approximately95Kthat90Ãto100KofthesnubbersintheplantwillbeOPERA8LEwithinacceptancelimits.Observedfailuresofthesesamplesnubbersshallrequirefunctionaltestingofadditionalunits.Hydraulicsnubbersandmechanicalsnubbersmayeachbetreatedasadifferententityfortheabovesurveillanceprograms.iPiP-UNIT283/47+

PLAHTSYST+RSBASES3/4.7.6SEALEDSOURCECOHTAHIHATiOHThelimitaiiansonremovablecontaminationforsourcesrequiringleaktasing,includingalphaemi-ers,isbasedon10CFR70.3(c)limisforpluonium..Thislimiationwillensurethatleakagefrombypraduc,sourc,'ndspecialnuclearmar',alsourceswillnoexceedallowableintakevalues.Sealedsourcesareclassifiedintathreegraupsaccordingtotheirusa,wihsurveillancerequirementscommensuratewithiheprobabilityof.damaae0asourceinhatgraua.Thesesaurceswhicharefrequenlyhandledarerequirediobe<<as=edmoraofenthanthosewhicharenot.Sealedsourcaswhicharecont;nuousiyenclosedwithinashiaiaedmechanism,i.e.,sealedscarcswihinradiaiionmaniaringorboronmeasuringdevices,arecansidere"iobestared.ar;dneednotbeasadunlessihey.areremovedfrcmheshieldedmechanism.3/-"7.7FRESUPPRESSiOHSYSTŽ>>STheOPERABiLiTYofthefiresuapressionsystemsensuresthatadequa:8fifesuppressioAcapabilityisavaiilable.a,canfineandaxt'inauishfiresoccurringinanypor=ionaf.hefacili.ywheresa,etyreIatadequipment,islocated.Thefiresuppressionsystemcansissofthewatersysam,sprayand/orsprinkle.s,COsysams,Halonsystemsandfirehasestat;ons.Thecollec=ivecaaabifiiy0T18iresuppressionsysamsisadequateiominimi=epo.antialdamage0safetvf'e'.2edequicmaniandisamajcrelementinhefaci'fiiyfirepl'Qiacionprogram.Tfltheeve'lthatpoliofl5ofhefi8supcr85sionsvsa~sarencperabi2,ai.ernaiebackupfirefichtngequiamentisreauired0bemadeavailableiniheaffectedareasuntilheinaae".ableequipme1-isrestarod0service.Whentheinc"erabiefireigAt~caquipme1tlslA81ded0~UsaasabackUpmea"5cffiresu"pression,aIoncar.per;adcime',sallowediaprov.'danal:rhaaears0~-cl~igh-'la'l-1.'einane,bla~cu.8~,s<<8ar.-rlve0fTireSuaaressiaAThesurveifiancarequiro.,ensOTthefiensueinga.suifiCiefltthe(weignandpressueiherau.L.or.-~.".equiremenis=ravideassurancesihatiheminimumO?ER'.BiLi>Yresu""ressionsys.amsareme-.Ana',lcwancaismadeforvolumeOTP.Ioflilli,'leHalan5cracea{lhs"vve.lfyiAgre)(Ievef}ofheanks.(Levelmeasurementsaremadebyapprovedmethod.)suppressioncaaabiiityoftheplant.:hereuiromentfcrawenty-fourhcurrepor"tatheCammiss-ionpravidesfcrpromptevaluaOAOTheacapaaliiofhecorrec=ivemeasurestoprovideadeauatafiresuporessioncapabiliiyforthecontinuedpratec-icncf.henucIear'lant.inheeven-iheriresuppressicnwatersystembec"mes-Aoperable,immediatecarrec=ivemeasuresmusibeiakensincethissysemprovidesthemajorfire%P-UNIT2GE-STS(BUR/E)/>>I3

PLANTSYSTEMSBASES3/4.7.8FIRERATEDASSEMBLIESTheOPERABILITYofthefirebarriersandbarrierpenetrationsensure~thatfiredamagewillbelimited.Thesedesignfeaturesminimizethepossibilityofasinglefireinvolvingmorethanonefireareapriorto'etectionandextinguishment.Thefirebarriers,firebarrierpenetrationsforconduits,cabletraysandpiping,firewindows,firedampers,andfiredoorsareperiodicallyinspectedtoverifytheirOPERABILITY.3/4.7.9AREATEMPERATUREMONITORING(Optional)Theareatemperaturelimitationsensurethatsafety-relatedequipmentwillnotbesubjectedtotemperaturesinexcessoftheirenvironmentalqualificationtemperatures.ExposuretoexcessivetemperaturesmaydegradeequipmentandcancauselossofitsOPERABILITY.Thetemperaturelimitsincludeallowanceforaninstrumenterrorof()oF.3/4.7.10HAINTURBINEBYPASSSYSTEMThemainturbinebypasssystemisrequiredtobeOPERABLEconsistentwiththeassumptionsofthegfeedwatercontro'lierfailur~analysisofFSARChapter15.-UNIT2GE"STSQBMR/5)~B3/47-4

3/~a.8ELECTRICALPOMERSYS&ISHACD3/4.8.1.3/4.8.2and3/4.8-3A.C.SOURCES.O.C.SOURCESandONSITEPOWERxSiw'iIONYSiASTheOPERABILITYoftheA.C.andO.C.powersourcesandassociateddisributionsysemsduringaoerationensuresthaisuffic'.entpowerwillbeavailableiosuoolythesafetyrelatedequipmenirequiredfor(I)thesafeshudownofthefaci1ityand(2)themitigationandcontrolofaccidentconditionswithinthefacility.(TheminimumspeciiiedindependentandredundantA.C.and0.C.po~ersaurcesanddis-rioutionsystemssatisfvi'ilerequiremensofGeneralQesignCritera17ofAopencix"A"io10CFR""0.);neAC:IONreauirementsspeciiiedfcrthelevelsofdegrada7ionoflepowersourcesprovideresiric-ionUponcontinuediaci1iiyooera=iancommensuratewiil'eIeveIofdegradation.TheOPERABIL~TYofhepowersourcesarecan-sis-aniwi.h.heiniiaiconditionassumptionsofiheaccidentanalysesandarbasedpenmaintainingatleasDivisioniar2oftheansiA.C.andQ.C.powersourcesandassocia7addistributionsystemsOPERABLEduringaccdentconditiansc"incidentwithanassumedlassofcfisi.apowerandsinglefailureaf:heache.Ons-ieA.C.source.Oivision3suoolies.hiehighpressurec"resorav(HPCS)svstamonly.EDG-1(0<vI)EDG-1(NvI)EDG-3(NvII)ineA.C.and0.C.sour"aallowableout-oi-se.YictimesarebasedonRecuiaoJGuidei.93,'Avai.liabilitycfEie=ricIPcwe.Sources",Oecmacrio74.Whendieselge..er=or~ar~isincoeraole,-'.he.isanacdiionalACTIONrequirement-.overifythatallreauirod=-~stems,subsystems"ra'.'ns,component~anddevices,thiaideoendcntheremainingOPERABl~cieseigeneratorar~aea<<sureso-eee."cecalpcwer,areaisaOpeRAB'=".ibis,c'Jre-~ien15ina.,dedtaproviideassurancehairIassaof5aowere'lenwlII,0.e5UIinacmoietalossoisafetyfunciicnofcrit;calsysamsdurinc.hepericdciasaigeneraior~orisincperabIeTnetermver',fyasusedinhiscon:mmeansi~"ac.",inis-raivel.Chec!<b'Yex~1i;ninglocsoriniormaiiionto"e-.ermineii/car~inccmcanen-.sarecut.-of-se~ric~fo"maiin-anancaora'therreasons.Itdoe%atmeantoperformihesurveillancerequirementsneedediode.Onsiraie-.he/OPERABIL(af;hecomponent.EDG-3(tvII)EDG-1(NvI)EDG-3(NvII)TheOPRABIL:TYofiheminimumsoec'!fiedA.C.andD.CcowersoucasandassociateddisU7ionsystemsdur.inghuicownandrefuelingensuresthat{1)ihefacil',-:.:rcanbemaintainedintheshuidownorrefuelingconditionfarexendedimeperiodsand(2)suf-,icientinstrumentatianandcomroIcapabilityisavailableiormanioringaridmaintainingthieUni-'ias.Decent<1979inesurv.'ilarcarequirementsordemonsratinghe"PERABILTYoi.hedieseligeneraicrsareinac"ordancawihtherec"mmendaiicnsoi(Regulatoi.rGuideI.~"Selec=ioncfOiesalGenera=-'rSeiCaoac'4'~iortancbvPwerSuoplies",March',0,1071,ReguiatryGuide1.108,"Per-cd"cTes-.'naoiOieselGeneratorUni--UsedasQnsi-:a"<ec".icPcwe.=rs-=-mis=--:Nuc';earPowerPlants"RevisionIAuci5-'o77andRegulatoryGu.'ce'=:";.eiOil5~ms;cr5-'andbvOiesaiGener=--cr-",Rerisicn,Qc="beric7.)8~/-'

ELECTRiCALPOWERSYSTB!S"'c~'cBASES.cA.C.SOURC"=S.O.C.OURC:-5nndOHSITBoOM=ROISTRIBUTIOUSIST:"ccS(Continund):::':.rThesurveillancerequirementsforde.onstraingheOPERABILITYoithe--.unitbariesareinaccordancewiththerecommendationsof'RegulatoryGuade.;.-1.129"MaintenanceTestingandReplacementofLargeLeadStorageBatteriesfor-HuclearPowerPlants",February1978,andiEEEStd450-198D,"EEEERecommendedPracicerorNaintenanca,Tesing,andReplacementofLarge,LeadStoragBatteriesforGeneratingStationsandSubsations.")~~=~Yer'fyingaverageelecrolytetemperaureaboveiheminimumforwhichhebaterywassized,totalbateryierminalvoliageonfloatcharac,connectionresisancevaluesandtheperormanceofb-.eryserviceanddischargeeswensuresheeffecivenessofthechargingsystem,theabi1ityuhandlehiah.aischargeratesandcompares.hebaterycapaciiyaithattimevie%iheratedcapaciy.Table4.8.2.~=1specifiesihenormalIimiisforeachd~wi~~dpilotcellandeachconne~iadcellIorele~wlytelevel,=loatvoltageandspecific'ravity.TheIimizforhedesiignatedpilotcallsfloatvo'Itaaandspeciicgraviy,greater.han2.'3volisand.015belowhemanufacurer'sfullchargespecificaravityorabatiarychargercurrentthathadsMilizedataIawvalue,ischaracerisicofachargedcallwiihadeauaempaci~ig.ThenormalIimi~foreachconnecadcailforfloatvoliaaeand'spewficgraviy,greaierthan2.~3volsandnotmorehan.020belowhemanufac+wwrIsfu11chargespecieicaraviivwithanaveragespecicicgr~vityofailNeconn~iedcellsnetmoreihan.0~0belowhemanuf=cture".'scullcnar"especi<icaravity,ensurosiheOPERABiLiTYandcapabiliiyofhebattery.Opera'onwithabarycall'sparame+e.outsidehanormallimitLutwiihinheallowablevaluespeciifiedinTable4.8.2.1'-~ispermitiedcorupo7dav.Ourcng.h-;s7dayperiod:(:I,'heallcwablevaluAcorelecIctalevele..suresnophysical"'maceiotheplatswithanadecuatelec.rontransferca"abili-.y;(2)iheallowablevalueforheave.acespeicica.av~i'ocailthecai-is,noimorehan.020below.hecanucaJrez.'recopcecedful.l.chargespecificcravityensureshaithedecreasein,ratingwill.belesst."canthesaf'ymarginprovidedinsiczina;(3)theallowableva1ueforanindividua'lcell'sspecificgraviiy,ensuresihatanindividualceil'sspecificgravitywillnotbemorehan.040below.hemanucacturer'sfullurgespecificgravityand.haiheoverilcapabilityofihebat.erywillberminwinedwithinanac"epaoleIimi;and(4)theallowablevalueoraninaividuaIcaII's1oavolaae,greaterthan2.07volts,ensuresihebaiery'.s.~abilitytoperfora-iwdes-cicnfunciion.~<<4~I4~cIc~jg

LCTRCALPOMERSYSTEHS8ASES3/4.S.4ELECTRICALEOUIPll:-HTPROTECTIVEOEVICESPrimarycontainmntelec-ricalpenetraiionsandpenetrationconductorsareprotec.edbyeihe.de"energizingcircuitsnotrequiredduringreacoroper~ationordemonsratingtheOPRABILI~l,ofpr'.ma~andbackupovercurrentorotec.ioncircuitbreakersbvperiodicsurveillance.Thesurveillancerequire.,entsapolicabletolowervoltagecircuitbreakersandfusesprovidesassuranceofbreakerandfusereliabilitybvtestingailesonerepreseniaiivesampleoTeachmanUTacUre.sblandOTcircuitbreakerand/orfuse.Eachmanufacturer'smoldedcaseandmetalcasecircuitbreakersand/orfusesareorouoedintorepresantatvesamoleswhicharethantastedonarotatingbasistoensurethaiallbreakersand/olfusesaretested.ITawidevarietyexistswiihinanymanufaciuer'sbrandofcircuitbreake.sand/orTUsas,'itisnecessarytodividethaimanufaciure.'sbreakersand/or-,usesintogroupsandtreateacngroupasaseparatetyoeofbreakerorfusesTorsurveiilancepurposes:tltyt;it)h~.ttoverloadorotec-ion(continuously).(or)('duric-identcond%'iensj-(byintegraloypassdevfces)ensures,;Ha'".,ermaloverloadprotection(duringaccioenic"nditions)will.notp.,~safetyrelatedvalvesfromperformingtheirfunction.TnesurvAcareuirements-,ordemons~atighe(bypassng)(or)(GPRABIJ~m~,ethermaloverloadprotacioA$ont~inucl'Sly)-+an~I=-.-t--~t':,.)'t;t.)tt"ThermalrloadProtectionforE.ecir',cRotorsonNotorOperatedValves",R'on1,l~arcn1977.~

-.3/-"..9R.""UE'HGOPRATIONSBASES3/4.'9.IREACTORMQOESMITCHLockingtheOPERABLEreactormodeswitchintheShutdownorRefuelposiion,asspeciiied,ensuresthatherestriciansancantroiradwithdrawalandrefuelingplatformmovementduringthereiuelingooerationsarearoperlyacivated.Theseconditionsreinrorcathereiuelingproceduresandreduce.heprobabilityofinadvertentcriticality,damagetoreac.orinternalsorruelassemblies,andexposureofpersonneltoexcessiveradiaacivity.3/4.9.2:NSRL'PENTAIONTheOPHABILMiafatleestwasourceranae.moni-orsensuresthatredundantmonitorinacapabilityis.availabletodeta~changesinthereactivityconditionarthecore.3/<.9.3CONTROLRODPQS>iIQHTherequirement.hatallcortroirodsbeinsar.adduringoherCOREALTERATIONSensuresthatfuelwillnotbeIoaaedintoacliwinautacontrolrad.3/-',9.0OE'-"AY7"'HETheminimumrequirementforreac=orsubcrtjcalitypar'oueiavemenensures.hasufficienttimiehaselaosadoallowtheradiaac-ivedecayaf:heshortlivedfissionprodu~~.Thisdecayt.'meiscons1sianwihtheassu.-..--iansusedin.heac"identanalyses.3/-'5COP"UNICAT:QNSTherequire...entforcom..unicatianscapaoilityensurstha+refuelingsa-onpersonnelcanbepram"tlynfor,adorsignificantchancesnthefac-'Ii-'.is=-usarcorereacivityconditanduring~ovementaf,uelwithinthereacorpressurevessel.'.PiP-UNIT2~\I~

REFUELINGOPERATIONSBASES3/4.9.6REFUErLiHG?LAFORMTheOPERABILITYrequirementsensurethat(I)therefuelingplatformwill~-beusedforhand1ingcontrolrodsandfuelassemblieswithinthereactorpressurevessel,(2)eachcraneandhoisthassufficientloadcapacityforhandlingfuel,asse...bliesandcontrolrods,and(3)thecoreinernaisandpressurevesselareprotectedframexcessiveliftingforceintheeventtheyareinadvertentlyengacedduringliftingoperations.3/4.9.7CRAiiETRAVELSPENTFUE-STORAGEPOOLTheresrictiononmovementofloadsinexcessofthenominalweichtafafuelassemblyoverotherfuelassembliesinthesaragepoole..sures'.liatintheventthisloadisdrcpped1)theacivityreleasewillbelimiedothatcon-tainedinasinglefuelassembly,and2)anypossibledistorticnofrueiinthescracerackswillnotresultinacriticalarray.Thisassumptionisconsistentwiththeac'iv'ityreleaseassumedinthesafetyanalyses.3/4.9.Sand3/<.9.9MATERLEVEL-REACTORV'ESSELandMATERLPJEL"SPENTFUELSTORAGEPOOLTheresrictionsanminimumwate.levelensurethatsufiicientwaterdepthisavaiiabiatoremove(99)Xofheassumed(IO)~iodinegapacivityreleasedframtheruptur'eafanirradia.edfuelassembly.Thisminimumwaterdepthiscans-'stentwiththeassumptionsoftheaccidentanalysis..3/4.9.10CONTROLRODREMOVALThesespeificaticnsensurethatmaintenancecrrepairafcontrolrodsorcan+".oiroddriveswiiibepe".formedunde.conditions.hatI'.mittheprcbabiriyofinadverentcriticality.Therequirementsforsimultaneousremovalafmore.hananecant".oirodaremorestringents',ncaheSHUTDOWNMARGINspec'.ficationprovidesforthecoretoremainsubcriticaIwithonly~-con".airodfullywihdrawn.3/4.9.11RESiDUALH-"4RE.".OVALAhOCOOLANTCiRCULATIONTherequirementthatatIeasoneresiduaiheatre...ovallocobeOPERABLEcrthaianalterna2methodcapableaidecayheatremovalbede.cns~atedandthatanalernatemethodofcoolantmixingbeinaaeraionensuresthatI)suficientcooling'apacityisavai1abletarmovedecayheaandmaHitainhewa~arinhereactorpressurevesselbeicw1404Fa~mrh.ed-durng-RFUELrNG,and2)sufficientcoolantcircuiatanwouldbeavaiiabiehrauanhereacorcaretoassureac"ureteemperatureindicationand.odis."-'buteandpreventstratificationof.hepoisonintheeventitbec"mesnecessaryta'ac.ua.ethestandbyliquidconrolsysem.22'-9"Therequireme~ttohavewcshutdowncoolingmodeloopsOPERASL=whenhereislessthanfeetofwaterabovethereacarvesselflangeensures"atasngIeial1uleafheoperatingIaapw'r11riotresultinacarnaletlossofresid-ualheatremovalcaabiliv.Mihhereacorvesselheadremovedanc~~feetafwaterabcve"hereacarvesselflange,alargeheatsinkisavailablefor22'arecooling.Thus,in.heeventafailureofthecperat.'ngRHRioap,adeq'ateimeisprovidedta-'rritiateai.ernatemethodscapableofdecayi"eatremiovaiaremeraer,cy"".ocedurest"caoit"ecre.NMP-UHIT2B3/49-2

3/4.10SPECiALTESTEXCEPTIONS8ASES3/4.10.1PRIMARYCONTAINMENTINTEGRITYTherecuirementorPRIMARYCOHTAIHHEHTINTEGRITYisnotapplicableduringtheperiodwhenopenvesseltestsarebeingperformedduringthelowpowerPHYSICSTESTS.3/4.10.2ROOSFOUENCECONTROLSYSTBlInordertoperformthetestsrequiredin.hetechnicalspec-'ificationsitisnecessarytobypassthesequencrestraintsoncontrolr"omovemen-.Theaddiionalsurveillanceraquirmentsensurethatthespeciilcaionsonheatgenerationra.asandsnutdownmarginrequirementsarenotexŽaededdur.'ngtheperiodwhenNesetes.sarebeingper,ormed'andthatindividualrodwor:hsdonotexcd.hevaluesasumedinthesaicyanalysis.3/4.10.3SHlfiiOMHNRGINOc~QNSTRATIONSPerfcr..anceofsnut"ownmargindemonsrationswithlevesseiheadremovedrequiresaddi-'ional'es.r',cionsinordertoensurethatcriticaligdoesnotoccur.Theseaddiicnaires~".ictonsarespeciiiedinthisLCO.3/4.10.4RECIRCiJLCTIONLOOPSThisspecialasexcptionpermitreacorcr-',ticalitrundernoflowcollditicnsandisrequiredoperform-carwinsartupandPHYICSicSiSwni1ealow7ri=."-5)LPOWERlevels.3/'.."'0.:"OXYG="NCONCENTRATIONReliefircmtheoxygenc"ncantraionsoeciiicationsisnecessaryiinordertoprovideac"ss-ohepr'ma~con-ainmen-duringheiniialstar.upandtas.ingphaseoicperat;onMiicu.hisaccess.hesar.upandtastprocamcouldberes-rictadanddelayed.3/4.10.oTRAIHiNGSTARTUPSThisspecialtesexceptionpermitstrainingstartupstcbeperformedwiththereac.crvesseldepressuri=edatlcwTHECALPOSERandamperaturewhileconroilingRCSemperaturewi.honeRHRsubsysamalicnedinhe.shutdowncoolingmicdeinordertominimizec"ntamiinatedwaterdischargeotheradioac=ivewasedisposalsysam.83/-'-

3/4.11RADIOACTIVEEFFLUEHTSBASES3/4.11.ILIOUIDEFFLUEHTS3/4.11.1.ICONCENTRATIONThisspecificatianisprovidedtoensurethattheconcentrationofradioactivematerialsreleasedinliquidwasteeffluentstoUNRESTRICTEDAREASwillbelessthantheconcentrationlevelsspecifiedfn10CFRPart20,Appen"dixB,Tab'IeII,Column2.ThislimitationprovidesadditionalassurancethatthelevelsofradioactivematerialsfnbodiesofwaterfnUNRESTRICTEDAREASwillresultfnexposureswithin(I)theSectionII.AdesignobjectivesofAppen-dixI10CFRPart50,toaMEMBEROFTHEPUBLICand(2)thelimitsof10CFRPart20.106(e)tothepapulation.TheconcentrationlimitfardissolvedorentrainednoblegasesisbasedupontheassumptionthatXe-135isthecontrol-lingradioisotopeanditsMPCinair(submersion)wasconvertedtoanequivalentconcentrationfnwaterusingthemethadsdescribedinInternationalCommissiononRadiologicalProtection(ICRP)Publication2.Thisspecificationappliestothereleaseofliquideffluentsfromallreactorsatthesita.Therequireddetectioncapabilitiesforradioactivematerialsinliquidwastesamplesaretabulatedintermsofthelowerlimitsofdetection(LLDs).DetaileddiscussionoftheLLD,andotherdetectionlfmitscanbefaundinHASLPrncaduresManua1,HASL300-(revisedannuaffy),Currfe,L.A.,"Lfnftsfurffuafftatfve0atactfenand0uantftatfve0eterafnatfnn-AppffcatfentnRadiochemist~,"Anal.Chem.40,586-93(1968),andHartwell,J.K.,"DetectionLimitsforRadfoanalyticalCauntingTechniques,"AtlanticRichfieldHanfordCompanyReportARHSA-215(June1975).3/4.11.I.2DOSEThisspecificatia'nfsprovidedtoimplementtherequirementsofSectiansII.A,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingConditionforOperationfmplementstheguidessetforthfnSectionII.AofAppendixI.TheACTIOHstatements.providetherequiredoperatingflexibilityandatthesametimeimplementtheguidessetforthinSecionIV.AofAppen-dixItaassurethat,thereleasesofradioacivematerialinliquideffluentstoUNRESTRICTEDAREASwillbekept"asIawasisreasanablyachievable."ALsov,there.isreasonable-assurance-that--the-epe~Noo-~h~ecf1ity-wil~~ttH.f~cHanucIM~ancentra&on~n-~fe&hed-Cag-waterhat-are-fn-excess-af-<he-req~nent~~8-6FR-Part-bR;ThedosecalculationmethadolagyandparametersfntheODCMimplementtherequire"mentsinSectionII1.AofAppendixIthatcanformancewiththeguidesafAppendixIbeshownbycalculationalproceduresbasedonmodelsanddata,suchthattheacualexposureofaMEMBEROFTHEPUBLICthroughappropriatepathwaysisunlikelytobesubsantiallyunderestimated.TheequatiansspecifiedintheODCMforcalculatingthedosesduetotheactualreleaseratesofradioac-ivematerialsinliquideffluentsareqonsfstentwiththemethodologyprovidedinNil(PUNIT2genug83/411-1.fBF82Thee,menocpu'.niu'.ngeater>auppZimChatcanbepoCeetiaMya$$ecCedbyplantop~os.

RADIOACTIVEEFFLUENTSBASESRegulatoryGuide1.109,4CalculatfanofAnnualOasestoManframRoutineReleasesofReactorEffluentsforthePurposeofEvaluatingCompliancewith10CFRPart50,AppendixI,".RevisionI,October1977andRegulatoryGuide1.113,"EstimatingAquaticOfspersianofEffluentsframAccidentalandRoutineReactorReleasesforthePurposeofImplementingAppendfxI,"April1977.e-cf--l.fquM-eNuent+-from-eeeh-re~~:-thesite.Fcrunitswf4hsharedmadwas~treatment.-systems;the-i~3/4.11.1.3LIOUIDRAOWASTETREATMENTSYSTEMTherequirementthattheappropriateportionsafthissystembeused,whenspecified,providesassurancethatthereleasesofradioactivematerialsinliquideffluentswillbekept"aslowasisreasonablyachievable".Thisspecificationimplementstherequirementsof10CFRPart50.36a,GeneralOesfgnCriterion60ofAppendixAto10CFRPart50andthedesfgnobjectivegiveninSectionII.DofAppendixIto10CFRPart50.ThespecifiedlimitsgoverningtheuseofappropriatepartiansoftheliquidradwastetreatmentsystemwerespecifiedasasuitablefractionofthedosedesignobjectivessetforthinSectionII.AofAppendixI,10CFRPart50,forliquideffluents.Iff1uents-from-each~sfts-withered-radwaste-treatment-systems~.3/4.11.1.4LIOUIDHOLDUPTANKSThetankslistedfnthisSpecfffcatianincludeallthoseoutdoortanksthatarenotsurroundedbyliners,dikes,orwallscapableofholdingthetankcontentsandthatdonothavetankoverflowsandsurroundingareadrainsconnectedtotheliquidradwastetreatmentsys~.Restrictfngthequantityofradioactivematerialcantainedinthespecifiedtanksprovidesassurancethatfntheeventofanuncontrolledreleaseofthetanks'ontents,theresultingconcentrationswouldbelessthanthelimitsof10CFRPart20,AppendixB,TableII,Column2,atthenearestpotablewatersupplyandthenearestsurfacewatersupplyfnanUNRESTRICTEDAREA.'/4.11.2GASEOUSEFFLUENTS3/4.11.2.IDOSERATEThisspecificationispravidedtoensurethatthedaseatanytimeatandbeyondtheSITEBOUNDARYfromgaseouseffluentsfromallunitsonthesitewillbewithintheannualdoselimitsof10CFRPart20taUNRESTRICTEDAREAS.TheannualdoselimitsareQedasesassociatedwiththeconcentratiansof10CFRPart20,AppendixB,TableII,ColumnI.TheselimitsprovidereasonableN<<(P-UNIT2B3/4Il-.2

RADIOACTIVEEFFLUENTSBASESassurancethatradioactivematerialdischargedingaseouseffluentswillnotresultintheexposureofaMEMBEROFTHEPUBLICfnanUNRESTRICTEDAREA,eitherwithinaroutsidetheSITEBOUNDARY,toannualaverageconcentrationsexceedingthelimitsspecifiedinAppendixB,TableIIof10CFRPart20(10CFRPart20.106(b)).ForMEMBERSOFTHEPUBLICwhomayattimesbewithintheSITEBOUNDARY,theaccupancyofthatMBSEROFTHEPUBLICwillusuallybesufficientlyIowtacompensatefaranyincreaseintheatmosphericdiffusionfactorabovethatfortheSITEBOUNDARY.hC4he-686M.Thespecifiedreleaseratelimitsrestrict,at'alltimes,thecorrespondinggammaandbetadoseratesabovebackgroundtoaMEMBEROFTHEPUBLICatorbeyondtheSITEBOUNDARYtolessthanorequalto500mrems/yeartathetotalbodyortolessthanorequalto3000mrems/yeartotheskin.Thesereleaseratalimitsalsarestrict,atalltimes,thecorrespondfngthyroiddoserateabovebackgroundtoachildviatheinhalatfonpathwaytolessthanorequalto'l500mrems/year.Therequireddetectioncapabilitiesfarradfaacivematerialsingaseouswastesamplesaretabulatedintermsofthelowerlimitsofdetection(LLOs).DetaileddfscussfonoftheLLD,andotherdetectionlimitscanbefoundfnHASLProceduresManual,HASL-300(revisedannually),Currie,L.A.,"LimitsforgualftatfveDetectionandguantftatfveOeterminatian-ApplicationtaRadio-chemistry,"Anal.Chem.'0,586-93(K~68),andHartwell,J.K.,"DetectionLimitsforRadfaanalytfcalCountingTechniques,"AtlanticRichfieldHanfordCompanyRepartARH-SA-215(June1975).3/4.11.2.2DOSE-NOBLEGASESThisspecificatfo'nisprovidedtofmplementtherequirementsofSectionsII.B,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingConditionforOperatfanimplementstheguidessetforthfnSectionII.BofAppendixI.TheACTIONstatementsprovidetherequiredoperatingflexibilityandatthesametimeimplementtheguidessetforthinSectianIV.AofAppendixIto'assurethatthereleasesofradioactivematerialingaseouseffluentstoUNRESTRICTEDAREASwillbekept"aslowasisreasonablyachievable."TheSurveillanceRequir'ementsimplementtherequirementsinSectionIII.AofAppendixIthatconformancewiththeguidesofAppendixIbeshownbycalculationalpr'ace-duresbasedonmodelsanddatasuchthattheactualexposureofaMEMBEROF,THEPUBLICthroughappropriatepathwaysisunlikelytobesubstantiallyunderestimated.ThedosecalculatianmethodologyandparametersestablishedintheOOCMforcalculatfngthedosesduetatheactualreleaseratesofradioacivenablegasesingaseouseffluentsareconsistentwiththemethodologyprovidedinRegulataryGuide1.109,+CalculationofAnnualOasestoManframRoutineReleasesofReactorEffluentsfarthePurposeofEvaluatingCampliancewih10CFRPart50,AppendixI,"RevisionI,October1977andRegulatoryGuidel.111,"MethodsforEstimatingAtmosphericTransportandOispersianafGaseausEffluentsinRoutineReleasesfromLight-WaterCaoledReacors,"RevisianI,July1977.MAP-UNIT2PWl~~B3/4U.-.3

RADIOACTIVEEFFLUEHTSBASESTheOOCMequatiansprovidedfordeterminingtheairdosesatandbeyondtheSITEBOUNDARYarebaseduponthehistoricalaverageatmosphericconditions.~etcet-the-site;--For-units-with-sharedradwastetreatment-systems-;4he-IOOIME1353/4.11.2.3DOSE"IODIHE-131TRITIUM.ANORADIONUCLIDESIHPARTICULATEFORMThisspecificationisprovidedtoimplementtherequirementsofSectionsII.C,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingConditionsforOperationaretheguidessetfarthinSectionII;CofAppendixI.'heACTIONstatementsprovidetherequiredaperatingflexibilityandatthesametimeimplementtheguidessetforthinSectionIV.AofAppendixItoassurethatthereleasesofradioactivematerialsingaseouseffluentstaUNRESTRICTEDAREASwillbekept4aslawasisreasonablyachievable."TheOOCMcalcblationalmethodsspecifiedintheSurveillanceRequfrementsimplementtherequirementsinSectionIII.AofAppendixIthatconformancewiththeguidesofAppendixIbeshownbycalculatianalproceduresbasedonmodelsanddata,suchthattheactualexposureafaMEMBEROFTHEPUBLICthraughappraprfatepathwaysisunlikelytobesubstantiallyunderestimated.TheODCM'alculatianalmethodologyandparametersforcalculatingthedosesduetotheactualreleaseratesofthesubjectmaterfalsarecansistentwiththemethadolagyprovidedinRegulataryGuide1.109,"CalculatfanofAnnualOasestoManframRautineReleasesof'eactorEffluentsforthePurposeofEvaluatingCompliancewith10CFRPart50,AppendixI,"RevisionI,October1977andRegulatoryGuideI.Ill,"MethodsforEstfmatfngAtmosphericTranspartandDispersionofGaseousEffluentsinRoutineReleasesframLfght"WaterCooledReactars,"RevfsianI,July1977.Theseequa-tiansalsoprovidefordeterminingtheactualdosesbaseduponthehistoricalaverageatmosphericconditions.Thereleaseratespeciffcatiansforiadine-131,tritium,andradfonuclfdesinparticulateformwithhalflivesgreaterthan8daysaredependentupontheexistfngradianuclidepathwaystoman,intheareasatandbeyondtheSITEBOUNDARY.Thepathwaysthatwereexaminedinthedevelopmentofthesecalculationswere:I)individualinhalationofairborneradianuclides,2)depositionofradionuclidesontogreenleafyvegetationwithsubsequentconsumptionbyman,3)'depositionontograssyareaswheremilkanimalsandmeatproducinganimalsgrazewithconsumptionafthemilkandmeatbyman,and4)depositionanthegroundwithsubsequentexposureofman.~ocKne-Ig864CVr3/4.II.2.4GASEOUSRAbWASTETREATMENTSYSTEMTherequirementthattheapprapriateportionsafthesesystemsbeused,whenspecified,providesreasonableassurancethatthereleasesofradioactivematerialsingaseouseffluentswillbekept"aslowasisreasonablyachievable".>VhlP-UMIT2-PWR~~B3/411-4

RADIOACTIVEEFFLUEHTSBASESThisspecificationimplementstherequirementsof10CFRPart50.36a,GeneralOesignCriterion60ofAppendixAto10CFRPart50,andthedesignobjectivesgiveninSectionII.DofAppendixIto10CFRPart50.ThespecifiedlimitsgoverningtheuseofappropriateportionsofthesystemswerespecifiedasasuitablefractionofthedosedesignobjectivessetforthinSectionsII.BandII.CofAppendixI,10CFRPart50,forgaseouseffluents.TMs-specification-appliestothe-release-gaseous-eff~s-$ren~eh~c~-at.the.site.Forunitswith-shared-radwaste-treatmentsystems,thed"system-are-propoMls3/4.11.2.5EXPLOSIVEGASMIXTUREThisspecificationisprovidedtoensurethattheconcentrationofpotentfallyexplosivegasmixturescontainedinthewastegasholdupsystemfsmaintainedbelowtheflammabilitylimitsofhydrogenandoxygen.(Automaticcontrolfeaturesareincludedinthesystemtopreventthehydrogenandoxygenconcentrationsfromreachingtheseflammabilitylimits.Theseautomaticcontrolfeaturesincludeisolationof.thesourceofhydrogenand/oroxygen,automaticdiversiontorecombiners,orinjectionofdilutantstoreducetheconcentrationbelowtheflammabilityIfmfts.)MaintainingtheconcentrationofhydrogenandoxygenbelowtheirflammabilitylimitsprovidesassurancethatthereleasesofradioactivematerialswillbecontrolledfnconformancewiththerequirementsofGeneralDesignCriterion60ofAppendfxAto10CFRPart50.v~~-hourwe-4hety-eenCafned-4n-each-gas-s-orage-3/4.11.3SOLIDRADIOACTIVEWASTEB3/411'-5Thisspecificationimplementstherequirementsof10CFRPart50.36aandGeneralDesignCriterion60ofAppendixAto10CFRPart50.TheprocessparametersincludedinestablishingthePROCESSCONTROLPROGRAMmayinclude,butarenotlimitedtowastetype,wasepH,wase/liquid/solidificationagent/catalystratios,wasteoilcontent,waseprincipalchemicalconstituents,andmixingandcuringtimes.NWP-UNIT2~82-

RADIOACTIVEEFFLUENTS(Coru.".)BASES(Com.)3/4.11.2.bWINCONDENSERRn~ctingMegmaaeukoactivMy<cateo$noblegrusJmmAemaincondense~p<oviduceasonabLemaununce4~NeW~bodyexposure4oan~ncKviduaLatWeexeQuiongaeaboundaryeiLLnoCexceeda.smaLEjm~ono$AeL~o$10CFRP~100~nNeevent~effluent~~nadveMe~y~caged~e~yCoNeenvironmenteithoutWeatment.Thingopen.+cation~pZeme~Checeq~eme~o$Gene~Oh~gnC~eru'a60andb4o$AppendixA4o10CFRPa+".50.3/4.11.2.7,NRKIICONTAINMENTTkQopen.+cationpMv~dmcemona64emacuuwceMatceLeasugeomChuprelZpcutg~ngopermtioes~eiLLnoCe,xce,e,dWeannualdodeLcn~o510CFRPEA.20$o<m&e6~ctedaxeM.Ni<tP-UNIT2B3/411-5a

RAOIOACTIVEEFFLUENTSBASES3/4.11.4TOTALOOSEThisspecificationisprovidedtomeetthedoselimitationsof40CFRPartI90thathavebeenincorporatedinto10CFRPart20by46FR18525.ThespecificationrequiresthepreparationandsubmittalofaSpecialReport.wheneverthecalculateddosesfromplantgeneratedradioactiveeffluentsanddirectradiationexceed25mremstothetotalbodyoranyorgan,exceptthethyroid,whichshallbelimitedtolessthanorequalto75mrems.Forsitescontainingupto4reactors,it,ishighlyunlikelythattheresultantdosetoaMEMBEROFTHEPUBLICwillexceedthedoselimitsof40CFRPart190iftheindividualreactorsremainwithintwicethedosedesignobjectivesofAppendixI,andifdi'rectradiation.dosesfromthereactorunitsandoutsidestoragetanksarekeptsmall.TheSpecialReportwilldescribeacourseofactionthatshouldresultinthelimitationoftheannualdosetoaMEMBEROFTHEPUBLICtowithinthe40CFRPart190limits.ForthepurposesoftheSpecialReport,itmaybeassumedthatthedosecommitmenttotheMEMBEROFTHEPUBLlCfromotheruraniumfuelcyclesourcesisnegligible,withtheexceptionthatdosecontributionsfmothernuclearfuelcyclefacilitiesatthesamesiteorwithinaradiuso'ustbeconsidered.IfthedosetoanyMEMBEROFTHEPUBLICisestimatedtoexceedtherequirementsof40CFRPart190,theSpecialReportwitharequestforavariance(providedthereleaseconditionsresultinginviolationof40CFRPart,X90havenotalreadybeencorrected),inaccordancewiththeprovisionsof40CFRPart190.X1and10CFRPart20.405c,isconsideredtobeatimelyrequestandfulfi11stherequirementsof40CFRPart190untilNRCstaffactioniscompleted.Thevarianceonlyrelatestothelimitsof40CFRPartHO,anddoesnotapplyinanywaytotheotherrequirementsfordoselimitationof10CFRPart20,asaddressedinSpecifications3.71.1.1and3.U2.1.AnindividualisnotconsideredaMEMBEROFTHEPUBLICduringanyperiodinwhichhe/sheisengagedincarryingoutanyoperationthatispartofthenuclearfuelcycle.N)P-UiVIT2B3/411-6

e3/4.12RAOIOLOGICALENVIRONMENTALMONITORINGBASES3/4.12.3.MONITORINGPROGRAMTheradiologicalenvironmentalmonitoringprogramrequiredbythisspecificationprovidesrepresentativemeasurementsofradiationandofradio-activematerialsinthoseexposurepathwaysandforthoseradionuclidesthatleadtohehighest,potentialradiationexposuresofMEMBERSOFTHEPUBLICresultingfromthestationaperation.ThismonitoringprogramimplementsSec.ianIV.B.2ofAppendixIta10CFRPart,50andtherebysupplementsheradiologicaleffluentmonitoringprogrambyverifyingthathemeasuraaleconcentratiansafradioactivematerialsandlevelsafradiationarenothignerthanexpec.edonthebasisoftheeffluentmeasurementsandthemodelingoftheenvironmentalexposurepathways.GuidanceforthismonitoringprogramisprovidedbytheRadiologicalAssessmentBranchTechnicalPositiononEnviran-mentalMonitoring.Theinitiallyspecifiedmonitoringprogramwillbeeffec:iveforatleastthefirstthreeyearsofcommercialoperation.Followingthisperiad,programchangesmaybeinitiatedbasedanoperatianalexperience.Therequireddetectioncapabilitiesforenvironmentalsampleanalysesaretabulatedintermsofthelowerlimitsofdetecian(LLQs).TheLLOsrequiredbyTable4.12"1areconsideredoptimumforroutineenviranmentalmeasurementsinindustriallaboratories.Itshouldberecagni"edthattheLLOisdefinedasma+a+(beforethefact)limitrepresentingthecapa-bilityofameasurementsystemandnotasan(afterthefac)limitforaparticularmeasurement.OetaileddiscussionaftheLLO,andotherdetectianlimits,canbefaunainHASLProceduresManual,HASL-300(revisedannually),Currie,L.A.,"LimitsfcrQualitativeQetactionandquantitativeOetermination-ApplicationtoRadiochemistry,"Anal.Chem.40,M6-93(1968),andHartwell,J.K.,"Oetec-ionLimitsforRadicanalytfcalCountingTechniques,"AtlanticRichfieldHanfordCompanyReportARH-SA-215(June1975).PWR-STS"IB3/412-19/3/82

3/4.12RAOIOLQGICALEHVIROHMEHTALMOHITORIHGBASES3/4.12.2LAHOUSECEHSUSThisspeciffcationisprovidedtoensurethatchangesintheuseofareasatandbeyondtheSITEBOUHOARYareidentifiedandthatmodfficationstotheradiologicalenvironmentalmonitoringprogramaremadeifrequiredbytheresultsofthiscensus.Thebestinformation&romthedoorto-doorsurvey,"~romaerialsurveyorcromconsultingwithiocalagriculturalauthoritiesshel"Ibeused.ThiscensussatisfiestherequirementsofSecionIV.B.3ofAppen-dixIto10CFRPart50.reategthan-3/4.12/3IHTERLABORATORYCOMPARISOHPROGRAMTherequirementforparticipationinanapprovedInterlaboratoryComparisonProgramisprovidedtoensurethatindependentchecksontheprecisionandaccu-racyofthemeasurementsofradioactivematerialinenvironmentalsamplematricesareperformedaspartofthequalityassuranceprogramforenviron-mentalmonftoringinordertodemonstratethattheresultsarevalidforthepurposesofSectionIV.B.2ofAppendixIto10CFRPart50.InLieuo(agarcdencemm,Ches~gru.Pcanceo(CheexpoaLizevmCrazegmden~hwaycanbeev~edbyChecampingo$veg~moncuspeci.P.edLnTabLe3.12-1.AmiL1zsamplingLocation,mdefinedrinSecern1,.xeqavcuC4u."aCLeu~10nkE1zingcoumaizepn,egestMadmagnatedmd%aampLeLocation.IChew'been(ound)cornpackexp'.ence,andasacmubt:o(con(@vying~h,LocaL(arzm~,~hataminimumo$10izingcousLsnecuaa/zyCogucuuzMeeanadeouatewuppLyo$nuke%~cepan,mothfoeanaZy&caLpcuzpoam.Locationsebt1zLineaChan10mMu'.ngcowmeucuaLZy~red)on,bceedingpu/zpoammfu.ch~nahuma~&bLeauppLyo(miL1z)on,sampLee'sacasaLto(auc~ngcaZvmandpeu.oNrvhenAea~anunaAan,echy.NAP-UNIT283/412-2

eSANCTION"".0OES"GHF=RTUPeeeRK'-UHZT2

5.OOESiGNFEATURES5.1~e.The.Nna542ePo~etNremS~onandJamesA.FMzpatnickVucgean.PoemPlantaMacom~~ngap~oximategy1500ames,~LocatedonAe,phoneso(Lake,O~o,abo&sevenmiZesno~easCo$Ostvego,NetvVo&.Anexct'.us~oncledMnce.o(neanZg4000$eW~pcov~dedb~eenChe.S~onand~he,n~esCsLtebounden.pCoAcewer,amme,CoChe.boundcvcyonNe.east,andamise,anda,had)CoCheaoutherussMeboundary.FLgute,5.1-1ma~e8oundarcyMapo$one,$4ZePo~ntchickavowChe,ide~Pcaciono$gaseousand&quidunuse,)releasepoints.F<gme,5.1-1aQodefinesCke.unnm~cted+tea~tu'.nChesLte,boundaryC~accessible(exceptJoefencedaxeasjComembero)Che,pubic.CONFIGURATION5.2.1Theprimary.containmentisa(steellinedpost-tensionedconcretestructureconsistingofadrywel1andsuppressionchamber.Thedwellisasteel-linedprestressedconcretevesselintheshapeoiatruncatedconeontopofawaterfilledsuppressionchamberandisattachedtothesuopressionchamoerthroughaseriesofdowncomervents.Thedrywel1hasaminimumfreeairvolumeof284,>20&i~~cubicfeet.Thesuppressionchamberhasahairregionor~%cubicfeetanda~waterregionof~~cubicfeet.~.~~~flLCum145,O'15OESiGNTEMPERATUREANOPRESSURE5.2.2Theprimarycontainmentisdesignedandshallbemaintainedfor:a.b.C.d.Maximuminternalpressureg45jpsig.Maximuminternaltemperature:drywell$340)-'F.suppressionpool~~duunbM270'.Maximumexternalpressure~psig.Maximumfloordifferentialpressure:425)-psid,downward.psi'd,uoward.10SECONOARYCONTAiNMENTdnon.thandsout1i9'*"-'"IMI4'+feet.~3,876,630NMP-UNIT25I

ELEnge~infora:ationCenter()MeteoroiogicalTover(m)UNITI~-(e)UNITEI(rlIIV5'I5(h)(f)',9-(k)'~(1)(c)AOAorRIIglooLokevtewNINEIJILEPOINTSITEJANES*PITEPATRICKSITE(g)050NIAGARAllOHAWKPOWERCORPPROPERTYLINE'g)LycomlrIIIROAONewYorkPowerAuthorityPropertyLine.WAAI<co+wl0I'IIIleIcIeIIIIIINorthScribe505000104I04TowLNcr5005rkrKwFIGURE5I~EBOIJI.vDARIESNIAGARAMOHAWKPOWERCORPORATiONNINENILEPOINTSITZM(IP-UNIT2

NOTESTOFIGURE5.1-1(a)NMP1Stack(heightis550')(b)NMP2Stack(heightis450)cJAFNPPStackheihtis385')(g)(d)NMP1RadioactiveLiquidDischarge(LakeOntario,bottom)(m)SiteMeteorologicalTowerAdditiona1Information:(e)NMP2RadioactiveLiquidDischarge(LakeOntario,bottom)(f)JAFNPPRadioactiveLiquidDischarge(LakeOntario,bottom)(g)SiteBoundary(h)LakeOntarioShoreline(i)EnergyInformationCenter(opentothepublic)(j)NMP2ReactorBuildingVent(k)JAFNPPTurbineandRadwasteBuildingVents(1)JAFNPPReactorBuildingVentNMP2ReactorBuildingVentis-located187feetabovegroundlevelJAFNPPReactorBuildingandTurbineBuildingVentsarelocated175feetabovegroundlevelJAFNPPRadwasteBuildingventis112feetabovegroundleveliVh(P-UNIT2

Thisfigureshallconsisofamapofthesitearea.andprovideatamnimum;theinformationdescribedinSec.ion(2.1.2)oftheI-SARandaeteoralgicaltowerlocation.

Thisfiguresha11consisofamapofthesitaareashowingtheLowPopuIa"ionZoneboundar.i.Fea-uressuchast"wns,roadsandrecreationaIareassha11beindicatedinsuficient,de~~iltoaIlowidentificationofsignificwzshiftsinpopuIationdisributionwithintheL~L

OESIGiVFEATURES5.3REACTORCOREFUELASSEMBLIES5.3.1Theceasecozeshaftscoetain764JulmdembMm~heach(uMmaembfgcon-~au'.ng62fueLeoNandWouxu."en,cod(a)~d~cLtkDrccaLog-2.Each)uM)codahaLLhave,anonu.naLa~ve(uQ.geng&o$150~nchm.The~eitiMcozeZoaAngahaU.havea,maxunumaverageennichmento$1.88iud&percentU-235.Reload)uMdhaLLbeamMm~nphyi~caLdminWWe~~~+Kcone,ZoaChng.CONTROLROOASSEMBLIES5.3.2The,ceaMon.cocaahaLLcontain185corurcoZmdmsembkim,eachcorumWngo$a,czar.Joanuvutgo$aCainlmaa~eeLWbucontaining143inch'$ho<oncrvcMde,BC,powderacvutoundedbya,~ri.JoanshapedadaieLmaakeeI'.sheath.4'.4REACTORCOOLANTSVSTENOESIGiVPRESSUREANOTEi<1PERATURE5.4.1The,cease'ooLm<ayaCemmdm~ngedandshakebemu.etained:a)Inaccordanceurv."hChecode,zeq~emeetbopen,+ed~nSe~on5.2o$NeFSAR,neith+Romance)on,nonmaLdegradationpiquantCoAeapplicableSmveiLLxnceReq~emeetb,b)Focapc~g~eo):l.1250(ajaronCneau~ony~'de.o$Aece~onpump.2.1650pzza)cornsheme~&'onpump~cageCoaibaoutI'.M.sideo(thecKhch~e4~~o)$va1've.3.1550pang)cornWecKsch~eshutoffvaLve,.to4~ejetpumps.c)Fon,aCempemtwteo).575F.VOLUME5.4.2TheCo~latin,anda4eamvolumeo5We>reactorvmseg.andtenxcuZationzyzCemmappmximaMy22,000cubic5e&atanomGMTo5533'F.NMP-UNIT2

gESIGNFE'ATURES5.5METEOROLOGICALTONERLOCATION5.5.1ThemWeocoZogicat'ownshaQ,be,LocMedasshownonFigure5.1.)-l.5.6FUELSTORAGECRITICALITY5.6.1The,spent(uMs~orcagenacfumedesignedandbhaMbemaintained~a.Ak,equivaEmtComesaWanoeequaLCo0.95when)~oodedeu'.hunbSQeduxu."en.inct'.mkngaLLcaLcu6u'.iona'nc~etiesandbiasesasdes.bedinSe~on4.3o$AeFSAR.b.AnominaL6.18inchcmtm-4o-ceetmMinceb~een)uWassembLiespalacedinAesConagemete.5.6.1.2Thek)on,Menew$ueZfoeNe(~CconeLoadingatonedchyinCheopcnC)ueZox.'okgcnachnshaKnonexceedO.98mhcnacucouofoammodcnatoonxnassumed,ozpmcedunaLco~oDmeempLouedCoprecludeop~urnmode~on.ORAINAGE5.6.2TheapeMJulaComgepoolmdesignedandahaLLbemai~~nedCopeevedinadv~nbuu'.ningo$MepoolbelowDevotion329'7".CAPACITY5.6.3The,aped$uet'.pWmgepoolisdesignedandahaLLbemu'.chained~vMia.aConugecapacity~edConomone~n4050'-Julassembles.57COP(PONENTCYCLICORTRANSIENTLIh{IT5.7.1Thecompon~ide~PedinTable5.7.1-1medesignedandaha%bemaintainedteMu,nAecg~coc~nsieMLu~~o$Table5.7.1-1.

IHCQQhCOttPOttEHTReactorCYCLIC-OR-TRAt(SIEHT-LIHIT<uroDESIGNCYCLEOltTRANSIEttTCONDITIONS565$70$FtoQGFto$70)FTABLE5.7.1-1COMPONENT.GYCLIG-OR-TRANSIENT-H8IT&COttPONENTOESTGNCYCLES.Is$80)stepchangecycles198+180)reactortripcyclesI)hydroststlcpressureeudleaktestsLossoffeedwaterheaters$100)%to$0)%ofRATEDTllERHALPOMERPressurizedto>$930)psigand<$1250)-ps%0ElsIQh

6.OAIIHIIIISIIIAIIVfCOIIllNLS6.Igest)onsibIIItv~4Ilf).I.I6.I.2TheGeneralS>>peri>>ten<lent-tbiclearGeneratinnsl)alllierespniisiblefnroverallfacilitynl))'.rf>tli)>>anilsliallilelegaii!Inwritingtliesuccessiontntlilsresp()>>sibllllyiliirlngl)lsalisence.li)eStationSl)lftSupervisor-lb)clear(nrif>>ringI)isahser)cefromtliecontrolroo))),aifi.sigiiateilInillviib)al)slialilieresponsiblefortl)econtrolroomcn)))))andfiuictlnn.Aniai)ageme>>tiiliecllvelothiseffect,slgni!dbyll)eVicePreslilent-lb)clearGenerationsl)allhere-issiieillostatin>>personnelona>>a>>iiiialbasis.C).2Orga>>IzationOffslie6.2.Illieoffsiteorga>>izationforfacilityi>>anagementa>>dleclinicalsiipportsl)allheassliowni>>)Figiire6.2-l.facill~lSlaff6.2.2Iliefacilllyorga>>izationsliallheasshow>>oiiFigure6.2-2and:a.Ead)on-ibityslilftsl)allbeco)))I)ose)lofatleasttlieminimumslilftcrewco>>ipnsitloi)sliowiiInlal)le6.2-1.h.At,leastoiieliceiiseilOperatorshallhelnthecnntrolroomwiienfuellsI>>lliereartor.l>urlngreact))roperalln>>,tlilslice>>se)loperatorsiiallbepresentaltliecontrolsi)ftliefacility.Atleasttwiilicense)IOperatorssliallhepresentintliecontrolri)o)))iliiringreactorslartllp,scl)eiliileilre,)ctorsl)utdownanildurl))grecoveryfromreactortriiis.Aniniiiviiiualq<<allfleilInraillatinnprntectlo>>proceiluressliallbeonsitewlienf<<elisI>>thereactor.ll)eOa)llalii)nProteci.ionqiialitii!'illnillvlilualaiiilFireOrlgailecoo)positin>>mayhelessilia>>lheml>>limmiI'i')IIIII'el)le>>lsfi)raperioiloftiiliei)nttoexci!eiltwoI)niirsInor)terloacco>>n)nilatei>>)expecteilal)sr>>c)'.,lii'iiviileili>>)m>>iiaieactloiiistakentnfilltl)ereq<<lreilposltloiis.

FacilityStaff(Cont'd)e.AlicenseilSenlnrIIeactorOperatorshallbereqiiireilintheControlAnomihirii)gpnwei'peralio>>sai)ilwhenlliee)uerge>>cyplanisactivate)I.ThismayIieIlieSt.atin>>SlilftSllpervlsor-II<<clearortheAssistani.StatinnShift.Supervisor-Ihiclearib>>.l>>!Ipow).roperatln>>s.Illienllieemerge>>cyplanisacl.ivateil,tlieAssistantStationSliiftSi)pervisor-tbiciearbeen<<)esllieSI)lftlech>>icalAiivisuraiiiltheStationSI)iflSiipervisnr-lb)CIL~arisreslricteilt<)tl)ecnotrolroix>>i)utila>>additionallicensedSeiilorAeartorOperatnrarrives.lAlicensedS<<ninrAeactorOperatorsliailIieresponsiblefnrailmove>>)e>>tnfoew<<>>ilIrraiiiateilfiieiwithintiiesilehniuiilary.Allcorealterationsshalllieillrecl.lysiiiierviseilbyalice>>siuiseniorreacturoperatnrwlioliasnnotiierconc<<rre>>tresp>>>>sliiililiesihiriiigtliisoperalio>>.AI.icei)sedOperatorwillhereq<<ire)llomanipuiateIliecniitroisnfallf<<eiI)anilll>>geipiipmentexceptunveu)entofnewf<<QIfrou)receipttliroiigl)dryslorage.Allfiieiuioveswill)i>>thecoresliallIiedirectlyuionlloreilbyamemberoftliereactnra>>alystgro<<p.AFireIIriga)leoffive(5)u)eu)hersshallheuial>>taioeilnnsiteasiiefiiieilIiy5.lal.alltIiues~IA)hul>>lstrativeproceii<<ressl)allIieileveinpeiianilimplementeiltollu)itliiewoikl>>gI)i)iirsoffacilllysla(fwlioperformsafely-relate)ifiinct,ious;e.g.,lice))scilSei)iorOperalois,llcei)si.ilOpiirators,liealtl)i)I)yslcists,aiixiilaryoperaiorsanilkeymaiiiteoaiicepersi)i>>)el.Aileq<<alesiiiftcoveragesl)allbemaintaliieilwitlioi)trnutlneheavyusenfovertiu)Q.Theoh]ectiveshallbeloi)avenperati>>gpi.rsn>>nelworkanormal8-houriiay,40-ho<<rwii'i'.kwliiletliefacilityIsnperatii)g.Ilowever,lnti)eeventtliatunforeseenprohieuisreqiilresiihsla>>tial.uuo<<>>tsnfoverllu)etoIieuse)i,nr)luringexlenileilperioilsnfshlltllownforref>>eliog,u))ji)rmalntef)a>>ceora)ajn)'la>>tmnillficatlonsnnatempniarybasis,lhefollnwiiiggiii)leiliiesslialIliefollnweii:II)eAa)liatin>>Protectin>>qiialifieilIniiiviiliialanilFireIlrlgailecompositionmayheIi'.sstlia>>ti)emliiimiuuiLiilli)Qux'.<<tsfoiilpellolloftilueI))ittoQxceeiifoll)Ill)llisll)or)IQ)loilccollluoliale))>>expect)'.llabseilcL',Ill'ovliieiliuou.cliateaetio)iIstakenlnfIlltiiereqiiireilpnsitioiis.

FacIIIlyStaff(Cont'il)l)AnInilivlilualslinuldnotl)eperioltteiltownrkmorelllanl6lioursstralglit(excliiiliiigslilftliirnnvertloie).2)Anlnillvidualshnuliliioi.bepermltteilloworkmorethanl6IiniirsInaiiy24-liniirperlnil,normorotlian24Iioiirsinaiiy40-hourperloil,normoretlian72hn<<rslnany7ilayperlnil(allexcludingsliiftturnovertiiiie).3)Abreaknfatleast8-liourssliouldbeallnweilbetweenworklierloils(iiicliiilingslilftturiiovertlaic).4)Exceptilurlngextenileilsliulilownperloils,tlieuseofnvertloieslinulillieconsiilereiliiiianIndivliliialbasisandnotfortlieenl.lrestaffonashift.AnydeviationfromlliealiovegulilelinessliallbeautliorlzeilhytlieGeneralSiiperinlenilent-IluclearGeneratlo>>ordesignee,orhlglierlevelsnfoianagement,Inaccorilaiicewithesl.aliilslieilproceduresanilwil.lidocumentationoftliebasisforgrantingtlieilevlat,ion.ConlrnlsslialIlieIncluiledIntliepriiceihiressuclitliatInillvlilualnvertimesliallberevieweilmnntlilyhyllieSlatloiiSuperlntenilent-thiclearGenerallnq.nrileslgiieetoassurethatexcessivelioiirsliavenotlieriiasslgneil.AoutlneilevlatlonfromllieaiinvegiililelinesIsnotautliorlzeiI.

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hlterriales6.5.1.3IleetlngFrergne~ncAlternaliuieinliersshallbeappoliileillnwrit.lnghytlieSOACClialruia>>tnserveiiiiateinporaiyliasls;Iinwever,iiowiretliantwoallernatesshallIiarlicipateinSOACactivlllr:sal.a>>yonetluie.6.5.1-4TtieSOACsliallneatatleastoncepercalenilarinonlliandascooveneilIiyl,lieSOACCliairuiaii.I)iir)i'run6.5.1.5ArioorrunoftlieSOACstiallconsislnftheClialnnananilfouruienilierslncliiillngalteriiales.AespoiislbI1Itles6.5.1.6TlieSileOiieratlnnsAevlewCouinltteeshallIierespnnsllilefnr:I'.AevlinedofallAEPOAfhOI.EEVEIITS.b.Aevlewnffacilityoperationstoiletectpotenl.lalsafelyIiazarrls.c.I'erforniaiiceofspecialreviewsinvestigationsnranalysesanilreportsllieriioiiasreiliiesledbyllieClialrinanoftlieSafel.yAevlewanilAodllOoaril.il.Invisllgationyfviolationsofthe.TeclinlralSpecifical.lniisanilsliallprr.liareaiiilforiardareporlciiverliigeval<<ationanilrecon~nenrlatlorislnprevent.iecorieiii:eI,ollieVicePresiileot,-IhrciearCriiiierationaniltotlieCliairuia>>ofllieSafelyAi.'vli.wanilhiirlltOoaril.

h<<thorItvAecorils6.5.I.7llieSiteOperatlnnsAeviewCo)))))ltteeslialI:a.Ae>>ilerdeter)ulnatio>>slnwrlti>>gwill>regariltnwlietl)erornntearl>lie<<)co>>siih!)eil.i<<iili!r6.5.I.6(a)llirniigli()I)alioveconstitutesanunri!vi<<weilsafi!tyqiiesllnn.h.PriivliteI)))))ediatewrittennotificationtotlieVicePresldeot-il))clearGeneralin>>a>>ilCl)air>>ianoftl)eSafetyAeviewandAu)lltOoardnfdisagreementlietweentlieSOACa>>iltl)eGeneralSiiperlntenilenl-thiclearGeneratlo>>:Iinwever,tlieGe>>eralSllpel'llltellllellt-lb)clearGenerationsl)allliavetlierespn>>slliiIilyforri!snliiti>>nofsiii:lidlsagreementspiirsllalltto6.I.Iabove.6.5.I.O6.5.2Teclu)icalActivitlesTlieSlli!OperationsAeviewCo>>raltteeshall<<)ai>>tainwrItten<<ilnutesnfeacl)))i<<eli>>iiandcopies.'.IiallbeprnvlileiltnllieVicePreslilent-thiclearGe>>eratlo>>aiiilCl)airi<<alii)ftheSafetyl(<<vlewa>>ilAi<<llllloard.Aeviewa<<ilCnntrol6.5.2.I6.5.2.2Eachpriii:ed<<reandprogra<<)rerpilreilbySpecIfication6.0a>>ilotlierliroceilureswliicliaffectiuiclearsafety,ai)ilclio>>gestliereto,sl)alIbepreliareilhyaqiiaIIfieill>>dlvld<<al/orga<<iiation.Eacli-siicliprnceilure,a>>dcl)a>>gestlierelo,sl)allIierevieweilliyai)inilivlil<<al/grnupoiliertliaiitlieinillviiliial/groupwl)lcl)Iireliareiltlieproce)h>>e,iirclia>>gestliereln,bulwlio>>iayliefro<<itliesameorga>>izationastliei>>illvliliial/gri>>ipwliicliprepareiltlieproceiliire,nrcliaiigestllel'etn.Apprnvaiofprnceiliiresanilprngia<<isaiiilcl)angesllieretoaniltlielrsafelyeval<<atin>>s,sl)alIbecoiilrolle)iIiya)hninistrativi.proceili>>i!s~Prnpnseili:lia<<gestntl)eTech>>ical.Specificati>>>>sslialIlieprri)are)lliyaqi)aIIfieill>>)llvl)b)~)I/orga>>I?allo>>.1lielireliarationofeacl)propnseil1ech>>lealSpecifiratin>>sel)angesliilIherevleweilliyai)i>>illvii)>>al/gr(<<)potlierthai)tliel))illvlili)aI/i)ri<<iliwl)lrhpreparei)theproposeilcl)ai)ge,lii)twliomaybefroioll)esa<<ie<<rga>>I?allo>>asllii!I))illviil<<iI/gro>>pwlilcliprepareiltlieprop<<soilcl)ange.I'roposeilcl)aiigi.slotliefecb>>lealSliecifli:.i).lansslialllieailprnveilbytlieGeneralSuperinte>>ilent-tl))clearGo>>i!ratin>>.

hctlvitLes(Cant'il)6.5.2.36.5.2.46.5.2.56.5.2.66.5.2.76.5.2.8Proposeduadiflcatlonsto<<nitstructures,systemsandcompl)lieiltstllataffectnuclearsafety-liallbeileslgnedbyaqiiallfleilIndlviilual/organization.Eachsiiclimnillficalionsliallhorevleweilbyaiilndlvlilual/graupotherthantheinillvlilual/griuipwhlcliileslijnedllieuioillflcallan,butwliomayliefraniiliasaineorganizationastlieInillvldiial/graiipwlilchileslgneililianxidification.Propaseilniadif(catlanstostruclures,sysleuisandcoinponenlsaniltliesafelyevalual,lansshallheapprovedpriortalinpleinentatlnnbytlieGiuieralSuperlnlanilenl-HuclearGeneration;ortlieStationSiiperintenilent-fluelearGe>>erat.Ion:oriliaTecluilcalSiiperlntendcnt-HucleacGeneratianasprevloiislyileslgnateilbytheGeneralSuperlnlii>>dent-HuclearGeiieralion.lndlvliliialsrespansiblefarreviewsperformedInaccorilancewltliSpecifications6.5.2.I,6.5.2.2and6.5.2.3shallbeinemhcrsoflhestations>>pervlsorystaff,prevlaiislyileslgnalrilbytlieGeneralSuperintendent-HuclearGenerationtoperforiusiiclireviews.EachsuclireviewsliallIncliideadeteruilnatlanofwlietherarnotaihlltlonal,cross-illsclpllnary,reviewIsnecessary.lfileemeilnecessarysuclireviewslialllieperfarui'dbyllieappropriateileslgrialedslatlanreviewpersonnel.IPrapaseillastsandexperluientswlilcliaffectstationnuclearsafetyanilarenataihlresseillniliaf.'IigorTeclinlcalSpecificationsandtlielrsafetyevaluationsshal)IierevleweilhyllieCieneralSuperintendent-HuclrarGeneration;orbytheStationSuperintendent-HuclearGeneralli>>i,ortlieTeclinicalSuperlntenilent-HuclearGenerationaspreviouslyileslgnateilbylhe(~i>>eralSuperintendent-HuclearGerieration'lieGenei.alSuperintendent-NuclearGeiieratianshallassurellieperfarmanceofspecialreviews.uulinvestigations,andlliepreparationandsulnnlttalafreportstlierron,asrequesteilbytlieVice'President-.HuclearGeneration.Tliefacilitysecurityprogram,andimplementingprocedures,shallbereviewedatleastevery12montis.RecommendedchangesshallbeapprovedbytheGeneralSuperintendent-HuclearGenerationandtransmittedtotheVicePresident-.HuclearGeneration,andtotheChairmanoftheSafetyReviewandAuditBoard.Thefacilityemergencyplan,andimplementingproceduresshallbereviewedatleasteveryl2months.Recommendedchangesshallbeapprovi;dbytheGeneralSuperintendent-HuclearGenerationandtransmittedtotheVicePresident-HuclearGenerationandtotlieChairmanoftheSafetyReviewandAuditBoard. J Activities(Contad)6.5.3Function6,5.2.9TheGeneralSuperintendent-NuclearGeneration.aquail'fiedIndlvidal/ron.shallassuretheperformanceofareviewbynvuaorganizationofchangestotheRadiologIcalHasteTreatmentsystems.I6.5.2.10Reviewofanaccidentalyn1,unplanned,oruncontrolledradioactiv~releaseIncludingt,hecorrectiveactiontorevetpreparation.ofreportscoveringevaluation,.recooeendatlonsanddiItifnsposonothePipvenrecurrenceandtheforwardingofthesereportstotheViceresdent-.HuclearGeneration.:andtntheSafetyReviewandAuditBoard.6.5.2.11RevieeviwofchangestotheProcessControlProgramandtheOffsiteOoseCaApprovalofanychangessha)lbemadebtmaeyheGeneralSuperintendent-HuclearGenerationrsesgneeeoreimplementationofsuchchanges.6.5.2.12ReportsIdocumentingeach.oftheact652i.g-.activitiesperformedunderSpecifications652.1thh...g)shallbemaintained.Copiesshall;herovidrougGenerationandthSft'eaeyevewandAuditBoard..eprovedtotheYicePresident-NuclearSaf~etReuieuaod.auditBoardSRAB6.5.3.1TheSafety-ReyiewandAuditBoardshallfunctiontoroopovideInlepenentreviewandaud'tIa.nuclearpowerplant,operationsb.nuclearenginperingc.chemistryandvadtochemistryld.metallurgye.Instrumentationandcontrolf.radiologicalsafetyg.mechanical:andelectricalengineeringh.ualityassurance.practicespowerplant)otherappropriat'efieldsassociatedwiththeuniquecharacteristicfti1'o.<e'nucear:~ 0 t'maposition6.5.3a2TheSafelyReviewandAuditOoardshallbecoIIIPnsednfthe:AlternatesChairman:Hember:Hember:Hember:Hember:Heiiiber:StaffEngineerorHanagerorVicePresidentGeneralSuperintendent-NuclearGerierationStaffEngineer-thic)earStaffEngineer-HechanicalorElectricalStaffEngineer-EnvironmentalConsultant(See6.5.3;0)6.5.3.3Consultarits6.5.3.46.5.3.5AlternatenIembersshallbeappointedinwritingbytheSHADChairnianloserveona..temporarybasis;however,nomorethantwoalternatesshallparticipate,inSARAactivitiesatanyonetinie.Consullanissha'I'IbeutilizedasdeterminedbytbeSnailChatramntoprovideexportailvlcetjttotheSllnll.It)I'ITheSRAOshallmeetatleastoncepersixIIIonths.uOIIN6.5.3.6IAquorqiIIofSRAGshallconsistoftheChairmanorhisdesignatedalternateanilaIIiajorityofSltAiIiiimiibersincludingalternates.HomorethanaminorityofthequorumshallIIayelineresl'luIsihilityforoperationofthefacility. 0 Review6.5.3.7ITheSRABshall'review:'.Thesafetyevaluationsfor1}changestoprocedures,equipmentorsystemsand2}testsorexperimentscompletedunder.the.provisi'onofSection.50.59,10CFRto.verifythatsuchactions"did.notconstituteanunreviewedsafetyquestion.b.Proposedchangestoprocedures,equipmentorsystemswhich1nvolveanunreviewedsafetyquestionasdefinedihSection50.59,10CFR.c.Proposedt'estsorexperij'entswhichinvolveanunreviewedsafetyquestionasdefinedinSect1on.50.59,10CFR;:Proposedchanges1nTechqicalSpecificationsoroperatinglicense.e.'iolationsofapplicable.statutes,codes,regulations,orders,Technicalpecifications,licenser'equirements,orofinternalproceduresorinstructionshavingnuclearsafetysign.ificance.f.SignificantoperatingabnormalitiesordeviationsfromnormalandexpectedI;4performanceofplantequipmentthataffectnuclearsafety.g.AilREPORTABLEEVENTS.th.Anyindicationofanunanticipateddeficiencyinsomeaspectofdesignoroperationofsafetyrelatedstructur'es,systems,orcomponents.Reportsandme'etingminutesof,theSite.OperationsReviewCommittee.

Audits6.5.3.8.3.Auditsoffacilityactiv1tiesshallbeperformedunderthecognizanceof'theSRAB.Theseauditsshallencompass:a.Theconformanceoffac1)ityoperationtoallprovisionscontainedwithintheTechnica)-Spec)ficationsandapplicablelicenseronditionsatleastonceperyear.b.Theperformance,train)'ngandqua)1ficationsoftheentirefacilitystaffatleastonceper.year.*c.Theresultsofa))actionstakentocorrectdeficienciesoccuringinfacilitequpment,structures,systemsormethodofoperationthataffectnuclearsafetyatleastoncepersixmonths.e.TheperformathecriteriaTheFaci).itymonths.f.TheFacilityTheFacilitytw'oyears.ceofallactivitiesrequ)redbythei)ua))tyAssuranceProgramto.meetofAppend)x"S",)0CFR50,atleastoncepertwoyears.EmergencyP)anandimplementingproceduresatleastonceevery)2tSecorityPlanandimplementingproceduresatleastonceevery12months.Fire.Prote'ctionProgramandImplementingproceduresat)eastonce'per!fbih.Anyotherareaof.fac1)ityoperationconsideredappropriatebytheSRAB,theVicePresident'Huc)earGenerationorthe.VicePresident-Huc)earEngineeringand,iLicensing'.The,radio)ogicalenvironmenta)monitor)ngprogramandtheresultsthereofatleastonceper12months.TheOffsiteDoseCalculationManualandimplementingproceduresatleastonce'er24months.eperk.TheProcessControlProgramandimplementingproceduresforprocessingandpackagingofradioactivewastesatleastonceper24months.II,~'I

~AuthorttcensIngopthoseareasofresponsibility.specifiedfpgineeringinSection.6.5.'3.7and6.5.3.8;6.5.3.gTheSRAG'hallrerttpoandadvisetheVicePres,ident-HuclearGenerationandVicePresident-Huclear'ndLIRecords6.5.3.10RecordsofSRNactivities.s'he'llbeprepared,'approvedanddistributedasindicatedbelow-'.HinutesofeachSRAOmeetingshallbeprepared,approvedandforwardedto.theVice,President-HuclearGenerationandVicePresident-Huclear'EngineeringandLicenslng,within30days.followingeachmeeting..b.Reportsof.reviewsencompassedbySect'ion6.5.3.7e,f,gandhabove,shallbe.prepared,approvedandforwardedtotheVicePresident-HuclearGeneatidViPr'esident-'ucleaferaonancethereview.rngineeringandLicensing-within14daysfollowingcompletio.feon.oc.AuditreportsencompassedhySection6.5;3.6aboveshallbeforaddtthViPresident'-HuculearGenerationandVicePresident-HuclearEngineeringandLicensingwithin90.daysfollowingcompletionoftherevie~.-'I't'ferevew.

6.6ReportableEventAction-6.6.la.ThefollowingactionsshallbetakenforREPORTABLEEVEHTS:b.TheCeanissionshallbenotifiedandareportsubmittedpursuantto.therequirementsofSection50.72and50.73to10CFRPart50,andEachREPORTABLEEVENTshallbereviewedbytheSORCandtheresults.ofthisreviewsubmittedtotheSRABandtheVicePresident-NuclearGeneration.6.7SafetyLimitViolation6;7.1Thefollowingactionsshe'llbetakenintheeventaSafetyLimitisviolated:a.Theproyisionsof10CFR50.36(c)(l)(i)shallbecompliedwithimmediately.b..TheSafetyLimitviolationshallbereportedtotheComnission,theVicePresident-.NuclearGenerationandtotheSRABimmediately.Ic.ASafetyLimitViolationReportshallbeprepared'.ThereportshallbereviewedbytheSORC.Thisreportshalldescribe(1)applicablecircumstancesprecedingtheviolation,.(2)effectsoftheviolationuponfacilitycomponents,sy'stemsorstructures,and(3)correctiveacti'o(.takentopreventrecurrence.d.TheSafetyLirqitViolationReportshal.lbesubmittedtotheConxnission,theSRABandthe'VicePresident-'uclearGenerationwithin10daysof.theviolation.6.8ProceduresF6.8.lWrittenproceduresandadministrativepoliciesshallbeestablishe~l,implementedandmaintainedthatmeetorexceedttierequirementsandrecommendationsofSections5.1and5.3ofANSIN18.7;-1972andAppendix"A"ofUSAfCRegulatoryGuide1.33exceptasprovidedin6.8.2and6.8.3below.6.8.2Eachprocedureandadministrativepolicyof6.8.1above,-andchangesthereto,shallbereviewedandapprovedbytheGeneralSuperintendent-NuclearGenerationordesigneepriortoimplementation-an'dperiodicallyas~ptforthineachdocument.4'\a

'.8I't6.9Procedures(Continued)6.8.3Temporarychangestoproceduresof6.8.1abovemaybemadeprovided:a.Theintentoftheorlgiqalprocedureisnotaltered.b.Thechangelsapprovedbytwomembersoftheplantmanagementstaff,atleastoneofwhomholdsaSentorReactorOperator'slLicenseonthe-unitaffected.c.Thechangeisdocumented,revlewe'd.andapprovedbytheGeneralSuperintendent-NuclearGenerationordesigneewithin14daysofimplementation.Re~ortIa~Reu1rementsaidentifiedreortsshallbeulnadditiontotheapplicablereporting'requirements.ofTit'le,10,CodeoffederalRegulationsthfllpsbrpittedtotheOlrectorofinspectionandEnforcementRegionalOffice1.:.Kinuons,eoowngoPrussia,Pennsylvania19406,unlessotherwise:noted.ce,~'.ng~'-Ia.StartuRe~ort.Asumaaryreportofplantstartupandpowerescalationtestingshall<beAI;submittedMoowing('freceiptofanoperatinglicense,(2L>mendmefttto-tbe"1'1'censeinvolvingaplannedincreasepowerlevel,(3)'installationoffuelthathasadifferent'des',ignorhasbeenmanufacturedbyadifferentfuelsupplier,and(4)modlficationsthatmayhave':shalladdssignificantlyalteredthenuclear,thermal,orhydraulicperforaceftt1tTmno>epan.he.reportresseachofthetestsidentifiedintheFSARandshallingee1i1dnrancueaphemeasuredvaluesoftheoperatingconditionsorcharacteristicsobtained.duringthetestprogramandacofnparisonofthesevalueswithdesignpredictionsandspecifications~.AnycorrectiveactionsthatwererequiredtoobtainsatisfactoryoperatIon.shallalsobedescribed.Anyadditionalspecificdetailsrequiredinlicenseconditions.basedonotherconrnltmentsshallbeincludedinthisreport.Ihp~rsI,

6.9.1Booti~netieorts((ont'd)tStartuprepuitssliallbesubmitte<Iwithin(1)90ilaysfollowingco>>ipietion'oftliestartiiptestprograiii,(2)ti0daysfollowingresiimptionorcomme>>cementofcommercialIiowerolieratlnii,,or(3)9nantlisfollowinginitialcriticality,whiciieverIsearliest.IftlieStartuiiAeportiloesnotcoveralltlireeevents(I.exsInitialcriticality,coinp1etionofstart<<ptestprograiii,anilresumptionoicon~oencementofconnierciaIpoweroperation),supplementaryreiinrtsslialIbesubmittedatleasteverytiireeniontlisuntila11tlireeeventshavebee>>couipleteii.b.AnnualOccuL)atlona)fxosureAeort.AtabulationshallbesubmitteiionanannualIiasiswliichexposuresgreatertha>>IO(Imrem/yrandtheirassociatedmanreniexposureaccordinqLoworkandjobfunctio>>s,1/e.g.,reactoroperationsandsurveillance,i>>serviceinsiiectinri,routliIemaintenance,siiecialmaintenance(describeniaintenance),wasteprocessi>>g,anilrefueling.'liedoseassignmiiittovariousdiityfiinctionsmaybeestimateshaseilonpiicketiloslmeter,Tl.l),orfilmbadgenvasureinents.Smallexposurestotalinglessthan20Koftlieiniiividiialtotaldoseneednot,beaccountedfor.Intheaggregate,atleastQOXoftlietotalwlioleIioilyilosereceivedfromexternalsourcesshallbe,assignedtospecificmajorworkfiinclloris.iic.Honthl0eratinReort.Aoutinereportsofoperatingstatisticsanilsliutilownexlierienre;ncuingn<<iimentatonofchallengestothesafetyreliefvalvesorsafetyvalves,shallIiesubmittedonamonthlybasis,whichwiiiIncludeanarrative'Fopnratinhexperioncn,tnI[(nDirector,OfiticeofHa>>agementInformationandProgramControl,U.S.NuclearAegiilatoryCommission,Washington,O.C.20555,withacopytotheRegin>>alOfficeofILf,nolitertli'anthe15tiiofii.iclimo>>thfoliowingtliecalendarnx)ntlicoveredbytlierepnrt.aI/Tliistabulationsupplementstherequirementsof20.407of10CFAPart20.

IRouttno~Aeorts(Contlnuntt)Itliepreviouscalendaryearshallbesubmittedpr.iortoHay1ofeachyear.Theinitiali'reportshallbesubmittedpriortoHayl,1905.I.plTheAnnualRadiologicalEnvironmentalOpeiating.Reportsshallincludesiuimaries,1nterpretations,andananalysis'oftrendsoftheresultsoftheradiologicalerivironmentalsurveilla~Feactivitiesforthereportperiod,.includingacomparisonwithoperational>controlsas,appropriate,andwithenvironriIentalsurveillancereportsfromthepreious5yers,andan'assessmentoftheobservedimpactsoftheplantoperationontheenvironmept.avusThereportsshallalsoincludetheresultsoflandusecensusesrequiredbySpecification3.6.22.TheAnnual'RadiologicalEnvironmental'perating'ReportsshallincludetheresultsofanalysisofallradiologicalenvironmentalsafhplesandofallenvironmentalradiationmeasurementstakenduringtheperiodpursuanttothelocatioqsspecifiedintheTableandFiguresin'-theOffsiteDojeCalculationHanual,aswellassumoarizedandtabulatedresultsofthesea'n'gysespandmeasurementsintheformatofthetableintheRadiologicalAssessmentBranchTecini'osition,Revision1,tlovember1979;.intheeventthatsomeindividualresultsarenot,sj1available'forinclusionwiththereport,thereportshallbesubmittednotingandexpla)nngtliereasonsforthemissingresults.-Themissirigdatashallbesubmittedassoonaspossibleinasupplementaryreport.Thereportsshallalsoincludethefollowing:asummarydescriptionoftheradiological'nvironmentalmonitoringprogram;atleasttwolegiblemaps**coveringallsamplinglocationskeyedtoa'.tablegivingdistancesanddirectionsfromthecenterlineofonereactor;theresultsoflicenseeparticipationinthelnterlaboratoryComparisonProgram,requiredh,Specification3.6.21;d1scussionof.alldev1ationsfromthesamplingscheduleofTable,rury,3.6.20-1;aqddiscussionofallanalysesinwhichtheLLDreq<<iredinTable4.6.20-lwasno<achievable.*Asinglesubmittalmaybemadeforam<<ltipleunitstation.**Onemapshallcoverstationsnearthesiteboundary;asecondshallincl<<dethemorjdistantstations.lItrsI~'~"

RoutineReports(cont'd)e.SemiannualRadioactiveEffluentReleaseReortRoutineRadioactiveEffluentReleaseReportscoveringtheoperationoftheunitduringtheprevious.6monthsofoperationshallbe:submittedwithin60daysafterJanuary1-andJuly1ofeachyear.Theperiodofthefirstreportshallbeginon.lanuary1,1905.TheRadioactiveEffluentlReleaseReportsshallincludeasummaryofthequantitiesofradioactiveliquidandgaseouseffluents.andsolidwastereleasedfromthe<<nitasoutlinedinRegulatoryGuide'.21,"Measuring,Evaluat'ing,andReportingRadioactivityinSol'id'WastesandReleasesofRadioactivepaterialsinLiquidandGaseousEffluentsfromLight-Water-CooledNuclearPowerPlants,"Revision1,June1974,withdatasummarize!Ionaquarterlybasisfollowingtheformatof;Appendix0thereof.TheRadioactiveEffluentReleaseReporttnbesubmittedwit)>ln60daysafterJanuaryIofeachyearshallincludeaqaqnualsurrearyof.hourlymeteorologicaldatacollectedover.'hepreviousyear.Thisannualsummarymaybeeitherintheformofanhour-hy-hourlistingonmagnetic!tapeofwindspeed,win!)direction,atmosphericstability,andprecipitation(ifmeasure')),:,orintheformof)ointfrequency!Ilstrlbutionsofwindspeed;wind!Iirectinn,andatmosphe'jicstability.Thissamereport-shallincludeanassessmentoftheradiationdosesfromIIj.radioactiveliquidandgaseouseffluentstomembersofthepublicduetotheiractivltleP~'nsidethesiteboundary(FIgure5.1-1)duringthereportperiod.Allassumptionsusedinmakingtheseassessments,I:e.,specific'activity,exposuretimeandlocation,shallheincludedinthesereports.-Theassessmentofradiationdosesshall*beperforme!I'inaccordapcewiththe'methodologyandparametersinLheOffsiteDoseCalculationManual.TheRadioactiveEffluentReleaseReporttobesubmitted60daysafterJanuary1ofeachyearshallalsoincludeanassessmentofradiationdosestothelikelymostexposedmemberofthepublicfromreactorreleasesandothernearbyuraniumfuelcyclesources,includingdoses'.fromprimaryeffluentpathwaysanddirectradiation,.forthepreviouscalendaryeartoshowconformancewithROCFRPart190,EnvironmentalRadiationProtectionStandardsfortluclearPowerOperation.AcceptablemethodsforcalculatingthedosecontributionfromliquidandgaseouseffluentsaregivenintheOffsiteDoseCalculationManual.

lIRoutineReports(cont'd)TheRadioactiveEffluentReleaseReportsshallincludethefollowinginformationforeachclassofsolidwaste(ajdefinedby10CFRPart6l)shippedoffsiteduringthereportperiod

.}la.Con'tainervolume,Ib.Totalcuriequantity(specifywhetherdeterminedbymeasurementorestimate),c.Principalradionuclides(specifywhetherdeterminedbymeasurementorestimate),d.Sourceofwasteandprocessingemployed(e.g.,dewateredspent-resin,compacteddrywaste,evaporatorbottoms),e.Typeofcontainer(e.g.,LSA,TypeA,TypeB,Largeguantity),and,f.Solidifcationagentorabsorbent(e.g.,cement)TheRadioactiveEffluentReleaseReports.shallincludeanychangesmadeduringthereportingperiodtotheProcessControlProgram(PCP)andtotheOffsiteDoseCalculationHanual(00CH),aswelIl>.asalistingofpewlocationsfordosecalculationsand/orenvironmentalmonitoringidentifiedbg:.<thelandusecensuspursuanttoSpecification3.6.20.~I.J'I,ChangestotheProcessControlProgram(PCP)shallbereportedtotheCon~nissionintheSemiannualRadioactiveEffluentReleaseReportfortheperiodn.whichthechange(s)wasmade.Thissubmittalshallcontain:a~Sufficientlydetailedinformationtototallysupporttherationaleforthechangewithoutbenefitofadditionalorsupplementalinformation:Adeterminationthatthechangedidnotreducetheoverallconformanceof'thesolidifiedwasteproducttoexistingcriteriaforsolidwastes:andc~Documentationofthefactthatthechangehasbeenreviewedandfoundacceptable.

5IROuLI~ABReoils(g0Ag'(])IChangestotheOffs,iteDoseSemiannualRadioactiveEffleffective.Thissubmittal.CalculationHanual(ODCH):ShallbereportedtotheCoranissionintheentReleaseReportforthe.periodinwhichthechange(s)wasmadehallcontain:a.b.C,ofapackageofthosepagesoftheOffsiteDoseCalculationHanualtobechaned.toetherwithaoecange;g.ppr'oAdeterminationthcalculationsorse'tpriateanalysesorevaluations.Justifyingthechange(s);tthechangewillnotreducetheaccuracyor.reliability.ofdosepointdeterminations;andefactthatthechangehasbeenreviewedandfoundacceptable.DocumentationoftSufficientlydetailedinformationtototally..supporttherationaleforthechangewithou'tbenefitofadditiopalorsupplementalinformation.InformationsubmittedshouldconsistFireProtectionProgramRepoa.SubmitaspecialreportINotifytheDirectoConfirmbytelegradayfollowingtheFollow-upinwritioftheinoperabilistatus.tsItotheappropriateRegional'fficeasfollows:~koftheappropriateRegionalOfficehytelephonewithin21hours.I(",h,mailgramorfacsimile.transmissionnolaterthanthefirstworkingvent,andrsworgg.within14daysaftertheeventoutliningtheactiontaken,thecauseyandtheplansandscheduleforrestoringthesystemtoanoperableb.theeventnutlininthelaSubmitaspecialreporttoteDirectoroftheappropriateRegionalOfficewithi30dcewnaysfollowingoperablestatus.ngeplanand,procedurestobeusedtorestoretheInoperableequipmettuienoan

SpecialReportsSpecialreportsshallbetietimeperiodsecifiedfoaisubmittedtotheDirectorofRegulatoryOperationsRegionalOffitiiicew>nacvtiesidentifiedbelowuuprechreport.Thesereportsshallbesubmittedcovering,theprsanttotherequIremejtsoftheapplicablereferencespecification:a.ReactorVessel.HaterialSurveillanceSpecimenExamination/aSpecification4.4.6.1'4(12months)b.SafetyClasslInserviceInspection,Specification(:3.4...g.aIT(hreemonths)ac.SafetyClass2fnserviceInspections,Specification('(T34gb<Threemonths)d.SafetyClass3InserviceInspections;Specification(.3.4.8.o4612abce.PrimaryContainmentLeakageTesting,Specification-(Threemonths)f.c4.6.5.1.e.SecondaryContainm'ntLeakageTesting,Specification(Threemonths)g.SealedSourceLeakageInExcessOfLimits,Specification4.7.6.3(Threemonths)n.CalculateDosefromLiquidEffluent'nExcessofLimits,Specification5.it.t2:u(ad:,tja'sfromtheendoftheaffectedcalendarquarter).i.Calculate'AirDosefromNobleGasesEffluentinExcessofLimits,Specification(30daysfromtheendoftheaffectedcalendarquarter).CalculateDosefromI-l3lI-l33I-thaneiitdi-3andRadioactiveParticulateswithhalf1ivesgreatertaneghtdaysinExcessofLimits,Specification3..11.23.(30dasftheaffectedcalendarq'uarter).aysromtheendofk.CalculatedDosesfromUraIrniumFuelCycleSourceinExcessofLimits.Specification3.11.4g'(30daysfromtheendoftheaffectedcalendar.year).~~~l.InoperableGaseousRadwasteTreatment.System,Specification3.11.2.4(30rlaysfromthe/m.EnvironnentalRadinloicalReluents,nanenalReorts..Withthelevelofradioactivity(asthe'resultnfIt/nnvronmentasamplingmediumexceedingthereportinglevelofTablepan6.9a3-1,whenaveragedoveranycalendarquarter,.inlieuofaLicenseeEventReport,.prepareandsubmittotheCommissionwithinthirty(30)daysfromtheendofthecalendarqatpyngthecause(s)forexceeIlingthelimits,anddefinethecorrectivurer:aactiontobetaken.ve/s~d'x'a

Table:6.9.3-1REPORTIHGLEVELFORRAOlaACTlVITYCOHCEHTRATlaHSlHENVlRotNENTALSAHPLESREPORTINGLEVELS~Analsicll-3'-Hn-54fe-59-Co-5SCo-60ln-65lr/Nb-951-131Cs-134Cs-137Da/La-140Mater~Ci~/13a,ooa1,0001,0003050AirborneParticulateorGasesCi/m30.910.020.0~Fish'Ci/kwet)30,00010,00030,000la,ooo20,0001,0002,0OQHi1k.~(cigar)70.300FoodProducts~f'1001,OOO2,000

6.10Aec<)rdAetent.l6.10.1Thea.C.onfollowingrecordsshallberetainedforatleastfiveyears:.1Recordsar}dlugsoffacilityoperationcoveringtimeintervalateachpowerlevel.Recordsandlogsofprincipalmaintenanceactivities,inspections,repairandreplacementofprincipal,it<<usofequipmentrelatedtonuclearsafety.REPOATAGLG.EVI'.HTREPTS.9~RecordsossurveilianeSpecificaio>>s.Recordsofreactortetsandexperiments..toOperatingProcedures.RecordsofchangesmaeIRecordsofrailioactivshIpments.activities,iqspectionsandcalibrationsrequireiihytheseTechn'icalh.Accordsofse.iledsouRecordsofannualphys6.I0.2ThefollowingrecniilsshallRecordanddrawingchaequipmentdesci'ibedIna.b.Accordsofnewandirreleaktestsandresults.Icalinventoryofallsourcematerialofrecord.IpberetainedforthedurationoftheFacilityOperatingLirense:IIIgesreflectingfacilitydesignmodificationsma~letosystemsand.theFinalSafelyAnalysisAeport.I'diatedfuelInventory,fueltransfersandassemblyburnuphlstori'es.C.Recordsoffacilityraiationandcontaminationsurveys.d.Recordsofradiationeposureforallindividualsenteringradiationcontrolareas.

(Continued)~6.10RecordRetentionC~lh4f.JRecordsofgaseousandliquidradioactivematerialreleasedtotheenvirons.Recordsoftransientoroperational.cyclesforthosefacilitycomponentsilesignedfnralimitednumberoftransientsorcycles.g.Recordsoftrainingandqualificationforcurrentmembersoftheplantst~ff.h.Recordsofln-serviceinspectionsperformedpursuanttotheseleclinlcaiSpecifications.i.RecordsofQualityAssuranceactivitiesrequiredbytheQAHanual.j.Records'ofreviewsperformedforchangesmadetoproceduresorequlpinentorreviewsoftestsandeiiperlmentspursuantto10CFR50.59.RecordsofmeetingsoftheSORCandtheSRAO.Recordsofanalysesrequiredhytheradiologicalenvironmentalnenitoringprogramthatwouldpermitevaluationofthea'ccuracyoftheanalysisatalaterdate.'hisshouldincludeprocedureseffectiveatspecifiedtimes.anilQualityAssurancerecordssliowingthatthese'~ia.procedureswerefollowed.6.iiLiadiraainnPrnaaCLi~anPrpramProceduresforpersonnelradiationpPart20andshallheapproved,maintexposul"e.atectionshallbepreparedconsistentwithtliereqiiirementsof10CFRinedandaiilieredtnforalloperatinnsinvolvingpersonnelradiation6.12IliiIhRailiationArea6.12.1Inlieuothe"controldeveachI>ighradiationareanogreaterthan100~mrem/hr~'ostedaslahighradiationAailiationHorkPermitInacIndiviiiualsperiIiittedtoenthefollowIndi:ce"or"alarmsignal"requiredbyParagraph20.203(c)(2).of10CFR20,mallyaccessible*bypersonnelinwhichthe'intensityofradiationisutlessthan1000mrem/hr'*sliallbeharricaiiedandconspicuously...reaandentrancetlieretoshalllieco>>trolledbyrequiringissuanceofaordancewitlisIteapprovedprocedures.Anyindividualorgroupofersuchareasslialllieprovideiiwithoraccompaiiieiibyonenrmoreof

6.12~IIIIhAa)iiationArea(Conti))ur)I)/Ia.Aradiationo)u)ltorinIb..Aradiatioqux)nltorlngandalarms'wl<<u)apresmonltoring'(devicemay6.12.2devicewhichcontinuouslyindicatestheradiationdoserateI>>thearea.devicewhichcontinuouslyIntegratestheradiation<loserateinI.'I)eareaetIntegrated)toselsreceived.Entryintosuchareaswiththisemadeafterthedoserateslntheareahavebeenestablisheda>>)lpersonnelIlavr.beenmaeknowledgeableofthem.Ic.'nIndividualqualifiedlnradlatlnnprntection,witharadiationdoseratemonitoring~lovlcewhoisrespo>>siblefoprovidingpositivecontrolovertheactivitieswllhlnthearea'andshallperformperlo)llcradiation'surveillanceatthefrequencyspecific)lbytheAadiatlnnPn)tectionSupervisor)ordestnnatlnlbekaulatlonllorkPenalt.inadditiontotherequirementsof6.12.1areasaccessibletopersonnelwithradiation1evelss))chthata)))a)orpoqtl<)nofthebodyco))1)lreceivelnonehoura<losegreaterthan1000mre)n~'hallbeprovl)ledwithlockvldoorsopreventuna))thorlzedentryan)ithehardkesoraccess)rovldeilb\yIymagnetickeycar$shallbemaintainedun)lerthea)tministrativecontroloftheStationShiftS)ipervlsorordesignateond<<tyand/ortheAa)llatlonProtectionSupervisorordesignate.0))orsshall)e)))alnlockedexceptduringperiodsofaccessbypersonnelun)leranapprovedAHPwhichshallspecify,.lnaccordancewlth,sIteapprove)lp)uced))res,thedoseratelevelslntheInw)e)lialewI'LareaandthemaximumallowablestaytimeforI))dlvi)lualslnthatarea.lnlieuofthestaytimespecificationoftheRWP,continuo))ss))rvelllance,directorremote,suchas))seofclosedcli')ltTVca)))eras,maybe,n)adebypersonnelqualifiedinradiation.protectionprocedurestoprovidepositiveexposurecontrolnvertheactivitieswithinthearea.Forindividualareasaccessibletopersonnelwithradiationlevelssuchthatamajorportionofthebodycouldreceiveinonehn))ra)It)seI)iexcessof1000mrrl))'~thatarelocatedwithinlargeareas,suchasthe)Irywell,wherenoenr.insureexistsforpurposesoflocking,andnnenclosurecanbereasonablyconstructetlaroundtheIndivid>>alareas,thenthata)eashallheropedoff,conspicuouslypostedandaflashinglightshallbeactivatedasajar)IIngdevice.iIbyaccessiblepassageandpermant.>>tlyfixedlad~lorsmeasurement)))adeat10"fromsourceofradioactivity

6.13.)Anindependentfireprotectionandlosspreventioninspectionanf)auf)ltshal)heperformedannuallyul))zingeitheri)ua))fiedoff-sitelicenseepersonneloran"outsidefireprotectionfirui.I6.)3.2Aninspectiona'ndaud)tbyianoutsidequalifiedfireconsultantsha)1heperforroedatintervalsnogreaterthan3years.6.)4Systems)nte~r)tProcef)ureshallbeestab)ishe~),implementedandmaintainedtomeetorexceedtherequirementsandrecoeeieeeattoeaofSecttoIt?.1.6.aofUUGEG06fG.6.15iodineHonltor~fnprocei)uresshallbeestablished,implementedandmainta)nedtomeetorexceedtherequirementsan<),recommeni)ationsofSectionP.).Q.coft)UAEG0570. .0}}