ML17325A921

Proposed Tech Specs Deleting Footnotes Re Surveillance Interval Extensions

ML17325A921
Person / Time
Site:	Cook
Issue date:	09/15/1988
From:	INDIANA MICHIGAN POWER CO. (FORMERLY INDIANA & MICHIG
To:
Shared Package
ML17325A922	List: ML17325A921 ML17334B228
References
NUDOCS 8809230206
Download: ML17325A921 (103)

Text

3/4'APPLICABILITY SURVEILLANCE REQUIREMENTS b.Surveillance intervals specified inSectionXloftheASMEBoilerandPressureVesselCodeandapplicable Addendafortheinservice inspection andtestingactivities requiredbytheASMEBoilerandPressureVesselCodeandapplicable Addendashallbeapplicable asfollowsintheseTechnical Specifications:

ASMEBoilerandPressureVesselCodeandapplicable Addendaterminology forinservice insectionandtestincriteriaRequiredfrequencies forperforming inservice inspec-tionandtestinactivities WeeklyMonthlyQuarterly orevery3monthsSemiannually orevery6monthsYearlyorannuallyAtleastonceper7daysAtleastonceper31daysAtleastonceper92daysAtleastonceper184daysAtleastonceper366daysC.Theprovisions ofSpecification

4.0. 2areapplicable

totheaboverequiredfrequencies forperforming inservice inspection andtestingactivities.

Performance oftheaboveinservice inspection andtestingactivities shallbeinadditiontootherspecified Surveillance Requirements.

NothingintheASMEBoilerandPressureVesselCodeshallbeconstrued tosupersede therequirements ofanyTechnical Specification.

4.0. 6Amendments

100,107and108grantedextensions forcertainsurveillances requiredtobeperformed onorbeforeJuly31,1987,untiltheendoftheCycle9-10refueling outage.Forthesespecificsurveillances underthissection,thespecified timeintervals requiredbySpecification

4.0. 2willbedetermined

withthenewinitiation dateestablished bythesurveillance dateduringtheUni.t11987refueling outage.r,os>"oo>>',Oggg02C)~

P50PggpingPDonaldC.Cook-Unit13/40-3Amendment No.

v3/4.3INSTRUMENTATION 3431REACTORRIP'5YST~INSTRUMENTATION LIMITINGCONOITION FOROPERATION saminimum,thereactortripsysteminstrumentation channelsandinterlocks ofTable3.3-1shallbeOPERABLEwithRESPONSETIMESasshowninTable3.3-2.Appl.ICABIl.ITY:

AsshowninTable3.3-1.ACTION:AsshowninTable3.3-1.SURVEILLANCE RECUIRB",ENTS 4,3.1.1.1 Eachreactortripsysteminstrumentation channelshallbedemonstra:ed OPERABLEbytheperformanceoftheCHANNELCHECK,CHANNEl.CALIBRATION andCHANNELFUNCTIONAL TESToperations fortheNODESandatthefreouenc'es showninTable4.3-1.4.3.1.1.2 helogicfortheinterlocks snailbedemonstra:ed OP=o~SLK.

prior'oeachreac:orstar.upunlessper".rmedduringtnepreceding92days.Thetotalinterlock functionshallzedemonstrated OPERABLEatleastonceper18monthsduringCHANNELC'LIBRATION testingofeachchannelaffec:edbyinterlock operation.

4.3.1.1.3 TheREACTORTRIPSYSTEMRESPONSETIMEofeachreac.or.riofunctionshallbedemonstrated tobewithini:slimitatleast:nce oer18months.Eachtestshallincludeatleas:onelogictrainsuchthatbothlogictrainsaretestedatleastonceper36monthsandonechannel"erfunctionsucnthatallchannelsaretestedatleastonceeveryNtimes18monthswhereNisthe.otalnumberofredundant channelsinaspecificreactortripfvnc:ionasshowninthe"TotalNo.ofChannels" column.ofTable3.3-1.D.-C.COOK-UtiTIT13/43-1Amendment No.

CI8OIFUNCTIONAL UNIT1.ManualReactorTripA.ShuntTripFunctionB.Undervoltage TripFunctionCHANNELCHECKN.A.N.A.N.A.N.A.S/U(1)(10)S/U(1)(10)CHANNELCHANNELFUNCTIONAL CALIBRATION TESTMODESINWHICHSURVEIL~MHCE le0s3*e4+e5*

2.PowerRange,NeutronFlux3.,1'ow~rR.>f1(Ju, NeutronFlux,Highk'ositive Rate4.PowerRange,NeutronFlux,HighNegativeRateSN.A.N.A.D(2,8),M(3,8)

MandS/U(l)andQ(6,8)R(6)R(6)1,2and+1,21,25.Intermediate Range,NeutronFluxR(6,8)S/U(1)2and*6.SourceRange,NeutronFlux7.Overtemperature AT8.Overpower hT9.Pressurizer Pressure-Low10.Pressurizer Pressure-High11.Pressurizer WaterLevel--High o12.LossofPlow-Single LoopSR(6,16)R(9)R(9)R(8)M(14)andS/U(1)M(7)3(7)4and51,21,21,21,21,2

TABLE4.3-1Continued REACTORTRIPSYSTEMINSTRUMENTATION SURVEILLANCE REUIREMENTS AOOIFUNCTIONAL UNIT13.LossofFlow-TwoLoops14.SteamGenerator WaterLevel-Low-LowCHANNELCHECKCHANNELCALIBRATIONR(8)CHANNELFUNCTIONAL TESTN.A.MODESINWHICHSURVEILHlNCE REUIRED1,215.Steam/Feedwater FlowMismatchandSLowSteamGenerator WaterLevel1,216.Undervoltage-Reactor CoolantPumps17.Underfrequency-Reactor CoolantPumps18.TurbineTripA.LowFluidOilPressureB.TurbineStopValveClosure19.SafetyInjection InputfromESF20.ReactorCoolantPumpBreakerPositionTrip21.ReactorTripBreakerA.ShuntTripFunctionB.Undervoltage TripFunctionN.A.N.A.N.A.N.A.N.A.N.A.N.A.N.A.,RN.A.N.A.N.A.N.A.N.A.N.A.S/U(1)S/U(1)M(4)M(5)(ll)andS/U(l)(11)M(5)(ll)andS/U(l){ll)1/21,21,2N.A.3*4*5*3*4*5*Q22.Automatic TripLogic23.ReactorTripBypassBreakerN.A.N.A.N.A.M(5)N.A.M(12)andS/U(l)(13)3*4*~5*123*4*5*

INSTRUMENTATION 3/4.3.2ENGINEERED SAFKTYFEATUREACTUATION SYSTEMINSTRUMENTATION LIMITINGCONOITION FOROPERATION 3.3.2.1TheEngineeredSafetyFeatureActuation Sp'stsn(ESFAS)insttionchannelsandinterlocks showninTable3.33shall~OPE~BLEwiththeir'riP setPoints setconsistent withthevaluesshowninthe.TripSetpointcolumnofTable3.3-4andwithRESPONSKTl?IKSasshowninTable3.3-5.APPLICABILITY:

AsshowninTable3.33.ACT10N:ila,WithanESFASinstrumentation channeltripsetpointlessconservativethanthevalueshownintheAllowable, ValuescolumnofTable3.3-4,decla.-'e

'.hechannelinoperable andapplytheapplicable AcTIGNrcouirement ofTable3.3-3untilthechannelisrestoredtoGpER'BLEsta.uswiththetripsetpointad)ustedconsistent with".theTrip:Setpointva1ue.b,WithansS~ASins.rumentation channelinoperable.,

taketheACTIONshown>naoie3.3-3.SUR'IsILLANCKR(QUIRc~sNTS4.3.2.1.1 EachESFASinstrumentation channelshallbedemonstrated OPERASLEbytheperformance oftheCHANHKLCHECK,CHANNELCALIBRATION andCHANNELFUNCTIONAL TESToperations forthe.'tODESandatthefrequenciesshowninTab1e4,3-2.4.3.2.1,2 Thelogicfortheinterlockssha11bedemonstrated OPERABLEduringtheautomatic actuation logictest.Thetotalinterlock functionshallbedemonstrated OPERABI.E atleastonceper18monthsduringCHANNELCALIBRATION testingofeachchannelaffectedbyinterlock operation.

4.3.2.1,3 TheENGINEERED SAFETYFKATURKSRKSPONSKTIMEofeachKSFASfunctionshallbedemonstrated tobewithinthelimitatleastonceper18months.Eachtestshallincludeatleastonelogictrainsuchthatbothlogictrainsaretestedatleastonceper36monthsandonechannelperfunctionsuchthatallchannelsaretestedatleastonceperNtimes18mon.hSwhereNiSthe.tOtalnumberOfredundant ChannelSinaSpeCifiCESFASfunctionasshowninthe"TotalNo.ofChannels" ColumnofTabIe3.3-3.O.C.COOK-UNIT 13/43-1Shzaendmeat No.

ENGINEERED SAFETYFEATUREACTUATION SYSTEMINSTRUMENTATION SURVEILLANCE REUIREMENTS noOIgFUNCTIONAL UNITCHANNELCHECK1SAFETYINJECTION ITURBINETRIP~FEEDWATER ISOLATION, ANDMOTORDRIVENAUXILIARY FEEDWATER PUMPSCHANNELCALIBRATION CHANNELFUNCTIONAL TESTMODESINWHICHSURVEILLANCE REUIREDa.ManualInitiation b.Automatic Actuation Logicc.Containment Pressure-High d.Pressurizer Pressure-Lowe.Differential PressureBetweenSteamLines-Highf.SteamFlowinTwoSteamLines-HighCoincident withT-LoworSteamLinePNRsure-LowN.A.N.A.N.A.N.A.M(1)M(2)M(3)1,2,3,41,2,3,41,2,31;2,31,2,31,2,32.CONTAINMENT SPRAYOa.ManualInitiation b.Automatic Actuation Logicc.Containment Pressure-High-HighN.A.N.A.SNA.N.A.M(1)M(2)M(3)1,2,3,41,2,3,41,2,3 TABLE4.3-2Continued EtiGIHEERED SAFETYfEATUREACTUATIOtt SYSTEHINSTRUHENTATION

~5IIEELLEENEIIIENINIEFUNCTIONAL UNIT3.COHTAINHEHTISOLATIONa.Phase"A"Isolation 1)-HanuaI2)FranSafetyInjection Automatic Actuation Logicb.Phase"0"Isolation

~j)Hanua12)Automatic Actuation Logic3)Containment Pressure--

High-Highc.PurgeandExhaustIsolation 1}Hanual2)Containment Radio-activity-tligh CHANNELCHECKN.A.N.A.N.A.tI.A.N.A.CHANNELCALIBRATIOHN.A.H.A.N.A.N.A.N.A.CHANNELFUNCTIONAI.

TESTtt{1)ti(2)tt{1)ti(2)ti(3)V(I)INDESIHMHICBSURVEILLAHCENEILIE1,2,3,41,2,3,41,2,3,41,2,3,4-1,2,31,2,3,41,2,3,4

O00IUzg.0TABLE4.3-2Continued ENGINEERED SAFETYFEATUREACTUATION SYSTEMINSTRUMNTATIONSURVEILLANCE REUIREMENTS CHANNELFUNCTIONAL TESTCHANNELCHECKCHANNELCALIBRATION FUNCTIONAL UNIT4.STEAMLINEISOLATION M(l)N.A.a.ManualN.A.b.Automatic Actuation LogicN.A.N.A.M(2)c.Containment Pressure-SHigh-High M(3)d.SteamFlowinTwoSteamLines-HighCoincident withT-Low-LowPBRsure-Low5.TURBINETRIPANDFEEDWATER ISOLATION Ma.SteamGenerator WaterLevel-High-High 6.MOTORDRIVENAUXILIARY FEEDWATER PUMPSa.SteamGenerator WaterLevel-Low-Lowb.4kvBusLossofVoltagec.SafetyInjection d.LossofMainFeedPumpsM(2)N.A.N.A.N.A.N.A.MODESINWHICHSURVEILuiNCE REOUIRED1/2,31/2l/2/1/2,3I/2/32,3112(3l/2 nAO0IRHTABLE4.3-2Continued ENGINEERED SAFETYFEATUREACTUATION SYSTEMINSTRUMENTATION SURVEILLANCE REUIREMENTS FUNCTIONAL UNITCHANNELCHECKCHANNELCALIBRATION CHANNEIMODESXNWHICHFUNCTIONAL "URVEILLANCE T1.'REUIRED7.TURBINEDRXVENAUXILIARY FEEDWATER PUMPSa.SteamGenerator WaterLevel-Low-LowMl,2,3b.ReactorCoolantPumpBusUndervoltage 8.LOSSOFPOWERa.4kvBusLossofVoltageb.4kvBusDegradedVoltageN.A.SM1,2,3I,2,3,41,2,3,40

.TABLE4.3-4SEISMICMONITORItlGItISTRUMENTATIO ISURVEILLANCE REnulREMENTSINSTRUMCthT CIIAt<NCL 1.STRONGMOTIONTRIAXIALACCELEROGRAPIIS a.ReactorPitFloor1.TimeHistoryRecorder2.SeismicTriggerb.TopofCraneWall1.TimeHistoryRecorderc.FreeField1.TimeHistoryRecorder2.SeismicTrigger2.PEAKRECORDING ACCELEROGRAPIIS a.=-Containment SpringLineb.DieselGenerator RoomFloorc.Sp'entfuelPoolCHANNELCHECKMI'lAMM.NAtlANANACHANNELCALIBINTIOtl.R-RCHANNELfUNCTIONAL TEST=MtlAMtlANAflA TABLE4.3-6BEHOlfSHUTOOWNHOHITORIHGIHSTRUHEHTATION YuuiPiKDNi.'Hi[

fKANKIHSfR<NEHf I.ReactorfrlpBreakerlndlcationPresswi.l verPressurePress<<>iverlevel4.SteamGenerator Level5.SteamGenerator PressureCllAHHELCllECKH.A.QIAHHELCALIGRATIONH.A.

ThBLE4.3-7POST-hCCIDENT HONITORINC UNENThTION SURVEILlhNCE RUIREMENTS AINSTRUMENT A81.Containaent Pressure2.ReactorCoolantOutletTeaperature

-T(MideRange).HOT3.ReactorCoolantInletTeaperature

-T(MidaRange)COLDI4.Reactor'oolant Pressure-MideRange5.Pressurizer MaterLevel6.SteaaLinePressureCHhmlELCHECKCllhNNELChLIBRhTION 7.8.SteaaGenerator MaterLevel-Narra@RangeRMSTMaterLevel,Hw9.lo:Iu~11.Ch12.13.14.15.16.17.18;I'1)(2)(3)BorichcidTankSolutionLevelhuxiliary Feeduater FloeRateReactorCoolantSysteaSubcooling HarginHonitorPORVPositionIndi'cator

-LiaitSwitchesPORVBlockValvePositionIndicator

-Liat.tSMitchesSafety'Valve PositionIndicator

-hcousticHoni.torZncoreTheraocouples (CoreExitTheraocouplos)

ReactorCoolantInventory TrackingSystea(ReactorVesselLevelIndication)

Containaent SuapLevel~Containaent MaterLevel**H(2}R(l)R(3)Partialrangechannelcalibration forsensortobeperforaed bolo+P-12inHODE3.QithonetrainofReactorVesselLevelIndication inoporabl SbliHinoporao,ucoongarginIndication andCoraExitTheraocouples aaybeusedtoperforaaCHhNNELCHECKoifOPERhBLE.

toverythereaaining ReactorVesselIndicatontrainCoapletion ofchannelcalibration forsensorstobeperforaed baloMP-12inMODE3**Therequireaents fortheseinstruaents villbecoaeeffifh11replacedandbecoaeoperational.

Thescheduleforaodificatio ecoaeeactveafterteovaltransaitters areaodified0eorintlmSaies.eoraoicationorreplaceaent.of thetransmitters isdescribed ACTORCOOLANTSYSTEM3/4.4.6REACTORCOOLP~TSYSDfLEAKAGELEAXACEDETECTION SY~SLQQTWGCONDITION 7OROP~MTIONJ3.4.6,1Thefoll~gReactorCoolantSystemleakagedetection systemsshaIlbeOP~~L--:

a.Oneofthecontainment atosphereparticulate radioactvitymonitozing channels(ERS-130L ozERS-1401),

b.Thecontai=cnt sumplevelandfloemonitozing system,andwc.Eitherthecontainment humiditymonitororoneofthecontainment atmosphere gaseousradioactivity monitoring channels(ERS-1305 orERS-l405)

.AP.ICASILITY:

NODES1,2,3and4.ACTINO'M:

Pithonlyteroftheaboverequiredleakagedetection systemsOPHASLE,operation maycontinuefozupto30daysprovidedgrabsamplesofthecontainment at=ospheze areobtainedandanalyzedatleastenceper24hoursvhentherequiredgaseousand/ozparticulate radioactivity mon'or'ng chatnelsareinoperable; othea<se, bematleastHOT=STA%)SYa~thinthenext6hours<andinCOLDSHUTTER".i vithmthefollcnMg30hours.SURVEILLANCE RECUI3.~aS4.4.6.1Theleakagedetection systemsshallbedemonstrated OP~LEby:b.CoContainment a~sphereparticulate andgaseous(ifbei"gused)monitoring system-performance ofCMNELMCK>CHANNELCALZBRATIONandCBANNELFUNCTIONAL TESTatthefrequencies specified inTable4,3-3,nContainment sumplevelandflovmonitoring system-pezformance ofCKQiNELCALZ3RATZON at,leastoncepez18months,Containment humiditymonitor(ifbeingused)perfoz=>>ce oCP~N~iCALI3RATIOH atleastoncepez18months.D..CoCOOK-CN:13I44-14Amendment Ho.

REC0COOTSYSTLIMITINGCONDTIONFOROPERATION Continued 2.Withtwoormoreblockvalvesinoperable, C.within1houreither(1)restoreatotalofatleasttwoblockvalvestoOPERABLEstatus,or,(2)closetheblockvalvesandremovepowerfromtheblockvalves,or(3)closetheassociated PORVsandremovepowerfromtheirassociated solenoidvalves;andapplytheportionsofACTIONa.2ora.3aboveforinoperable PORVs,relatingtoOPERATIONAL MODE,asappropriate.

• WithPORVsandblockvalvesnotinthesamelineinoperable, within1houreither(1)restoreor(2)closeandde-energize theApplytheportionsofACTIONa.2OPERATIONAL MODE,asappropriate unavailable.

thevalvestoOPERAB'statusothervalveineachline.ora.3above,relatingtofortwoorthree+ne~d.Theprovisions ofSpecification 3.0.4arenotapplicable.

SURVEILLANCE REUIREMETS4.4.11.1EachofthethreePORVsshallbedemonstrated OPERABLE:

a.Atleastonceper31daysbyperformance, ofaCHANNELFUNCTIONAL TEST,excluding valveoperation, andb.A'tleastonceper18monthsbyperformance ofaCHANNELCALIBRATION.

4.4.11.2Eachofthethreeblockvalvesshallbedemonstrated OPERABLEatleastonceper92daysbyoperating thevalvethroughonecompletecycleoffulltravel.Theblockvalve(s)donothavetobetestedwhenACTION3.4.ll.aor3.4.11'isapplied.4.4.11.3Theemergency powersupplyforthePORVsandblockvalvesshallbedemonstrated OPERABLEatleastonceper18monthsbyoperating thevalvesthroughacompletecycleoffulltravelwhiletheemergency busesareenergized bytheonsitedieselgenerators andonsiteplantbatteries.

Thistestingcanbeperformed inconjunction withtherequirements ofSpecifications 4.8.1.1.2.b and4,8.2.3.2.d.

• PORVsisolatedtolimitRCSleakagethroughtheirseatsandtheblockvalvesshuttoisolatethisleakagearenotconsidered inoperable.

D.C.COOK-UNIT13/44-36AMENDMENT NO~

5URVEILLA 1CKRKQUfR-""~"T5 (Cntinued)b.Atles-.onc".er31daysandwithin6hoursaftereacnsolutionvolumei,".-,"seor~1'"oft'ni<volumebyverifying theboronconcntra:i"no...".ac".,"..ulator solution.

c.Atlest"n"."er.'1dayswhentheRCSpressureisabove2000psig,byverify'ng:hat "owertotheisolation valveoperatorisdisconrec:ed byremovalofthebreakerfromthecircuit.d.'lerifying a.1as::nceper18monthsthateachaccumulator isolation valveope..sautoratically upcnreceiptofasafetyinjection:

stsignal.0~C.Cv'OKU!eiT3/45-2Amendmenc Vo.

g~GDCYCDRECDOLIlf6SYSTEMSSURY<)t.LANCE RK"UIRQ.IStCert<<ued)

At1ustonceper18monthsby:1.Verifying auto..atc fsolation andfnterlock acfcnoi'heRHRsystemfromtheReectorCoolantSysN~hentheReactorC"olantSys:cnpressureisaNve600psig.2.Avfsualfns".ec..cn ofthecontafnent Sumpandver'.fy',ng

'thatthesubsystea suctioninle.sare.tetrestrfc:ad bydebr(sandthatthesumocceponents (trashracks.screens,ea.)shoenoevidenceofstructural dfstressorabnormalcos'n~Atleastonce.'per 18months,duringshutdownby:1,Ye.iyingthateachautomatic valvefnthefloepathactuatestoitscorrectpas;t.'cnonaSafetytnjectlon tsts;gr~l.2.'er"..ping thateacho.thef:jl~~.:ng pumpsstartau.omatically u""nrece'.'pt ofasafetyinjectior.

tests'goal:a)Centrifugal chargingpumpb)Safetyfnjectfon pumpc)Resfdualheatremovalpump8yverifying thateachofthefollowing pumpsdevelopsthefndfcaced discharge pressureonrecirculation flow~hentastedpursuanttoSpecii'fcation 4.0.5a"Leos=onceper31<<YsonaSTEEREDTESTBhS:S;1.Cen.-.ffugal c."urging ptas>24CSpsig2.Safetylnjecf.".on pumpi1445psig3.Resfdualheat".c",.ovalpump+195psfgg.Pyver..'y<<g thecorrectpositincfeachmechanical stopforththefollo~irg Eme.gency CcreCoolingSystemthrottlevalves:Qfthfn4h".ursfollowing completion cfeachvalvestro">n9ot:erat:Qn

".r,"aintenance cnthevalve~henthegC{',Ssub-sysiCesarereq>rediobe.GPEVBLE.

hwgeau~eyoalfoOoCoC<C.(i<>fŽg3/45-5 EqERQf'HCY CORECOOL?MQSYSTEMSSURVEILLANCE RE'IRE.".EATS 4.5,3.1TheE;.CSsubsystem sna11bedemonstrated QpERABL=pertheapplicable Survei1lanceRequi'rementsof4.S.2.4.S.3.2Allchargingpumosandsafetyinjection pumps,excepttheaboverequiredOPERABLEcha.gingpumo,shallbedemonstrated inoperable, byverifying thatthemotOrCirCuitbreakerShaveCeerr'emovedfromtheirelectrical po~ersupplycircuits, atleastonceoer'..2hourswheneverthetemperature ofoneormoreoftheRCScoldlegsislessthanoredualto170'Fasdetermined atleastonceperhour~henanyRCScoldlegtemperature isbetween170FandZOO~F.9~C~COOKUNIT13/45-8Amendment No

CQHTAIHMKHT SYSTFHS3/.6.2oEHSURIZATEOH ANOCOOLINGSYSTEMSCON'AIHHBT SPINYSYS-pLEHITTHGCONOITTOH FQgOp@PAT,OH

""en-s"raysystamsshallbeOPeyBLgwitheachspraysystemcapableoftakingsuctionfrantncRMSTandtransferr ingsuctionto".necontainment sump.APPLICABILITY:

MOORS1,2,3and4,ACTION:MIChonecontainmntspraysysteminooerable, restoretheinoperable spraysystenCoOP"=RABLK stat"s<<,thin72hcursorbeina.leas-HOTSAHOBYwithinthenext6hcurs;res:"r:he incpe.ablespraysystarrtoOPGRABL:-

statuswithnt.".enex-48hoursorbeinC"LQSHUTOOMHwi:ninthefollcwing30hcurs.SL'RVE'NKRE@'IFK."ANTS

<.6.2.1a.Eachc"ntainmer.t spraysystenshallbeda"..cnstrated 0?KRABLE:

Atleastonceper31daysbyver.'!ying thateachvalve(manual,powercperatedcrautomatc)intheflowpathtnatisnotlocked,sealed.orotherwise secredin-csi:ian, isinitscarrect,osi:-n.

C.d.Byverify'.'ng, thatanrecirculation flow,eachpumpdevelopsadischarge prssureof~-2psigata.lcwof~700gpm,whenteStedpurSuantCOSpeCifiCatiOn 4.0~5a"'eastonceoer31days0iAuv<<d3T8<~At1eastonce:cr18monthsduringshutdcwn, by:I.Verifying:.-at eachautomatic valveintheflowpathactuatestoi:scorrectposi:ioncnaContairmen-

?reSSure--ri'."h-High teSCSignal.2.Yeriy>"",:.".at eachs"raypumastartsautomaicallyonaConCainment

?ressure-HighHighestsignal.Atleast,oncet;c5yearsbyperforming anairorsmokeflotestChraughea=.".scrzyheaderandverifying eachsp~aynozzleisuncbs=.-.ct c.D.C.Cock-Unit13/46-10Amendment No.

CQVTA>>i+I:NT SYST"uS5,.~'iCl)r.I~c.Atleastonceoe.18monthsdur'.'ngshutdown, by:1.Cyclinoeachooweroperated(evcluaing automatic}

valveinthef.cwpat.".t.".atisnottestao',e curiingplantoperaton,through1gsri'srs~qg.~tairisa'It4~tcwv~alia~wwjw~aGliulitrcvel2.Verifying thateachautomatic valveintheflowpathactuatestoitscorrec-oosItiononaContainment Pressure--High-Hign 51gi1aI.d.Atleastonceper5yearsbyverifyingawaterflowrateoatleast20gpm(>20opm)butnottoexceed50gpm(<50gpm)fromthesprayadditivetankteptlinetoeachcntainment spraysys'emwiththespraypumpoperaingorrecirculation withapumpdischarge pressure>255ps'g.3/~6"13AmendmenHo.

COi')TAIill'.ELIT<<v5~~1ISSURVEILLAi<C" REO<l;~"-'J="

S(Cntinue")valveoritsassocatdac.uator, con:ro1orpowercircu.'.byperformance ofthecyclingtest,above,andverification ofisolation time.4.6.3.1.2 Echisolaton'alvesoecified inTable3.6-1shallhede...on-stratedOPEiMBLduringtheCOLOS'OUTDO'Jig orREFUE'HGMOOEatlestonceper18monthsby:a..b.Verifying thatonaPhaseAcontainment isolation tes.signal,eachPhaseAisolation valveactuatestoitsisolation position.

\Verifying thatonaPhase8containment isolation testsianal,eachPhase8-isolation valveactuatestoitsiso)ation position.

c,Verifying thatonaContainment PurgeandExhaustisolation-signal,eachPurgeandExhaust,valveactuatestofts,isolation position.

4.6.3.1.3 Thef.so'atf.on t'=eofeachpovetope"atesotautomt1cvalveor.Table3.6-Es;"sU.bedetenf.".ed tobevi"hieitsl&~tvhentesteCpu"suanttoSpec'=~cat'cn 4.0.5.O.C.CCOY-"!lIT 12/46-15P.ec"-e..t

'V~io~

CONSURVLCUREMENTSContinued shallbeconstituted ofonebaske"eachfromRadialRows1,2,4,6,8and9(orfromthesamerowofanadjacentbayifabasketfromadesignated row,cannot beobtainedforweighing) withineachbay.Ifanybasketisfoundtocontainlessthan1220poundsofice,arepresentative sampleof20additional basketsfromthesamebayshallbeweighed.Theminimumaverageweightoficefromthe20additional basketsandthediscrepant basketshallnotbelessthan1220pounds/basketata95%levelof.confidence.

Theicecondenser shallalsobesubdivided into,3groupsofbaskets,asfollows:Group1-bays1through8,Group2bays9through16,andGroup3-bays17through24.Theminimumaverage-iceweight'of thesamplebasketsfromRadialRows1,2,4,6,8and9ineachgroupshallnotbelessthan1220pounds/basket ata95%levelofconfidence.

Theminimumtotalicecondenser iceweightata95%levelofconfidence shallbecalculated usingallicebasketweightsdetermined duringthisweighingprogramandshallnot.belessthan2,371,450 pounds.Uerifying, byavisualinspection ofatleasttwoflowpassagespericecondenser bay,thattheaccumulation offrostoriceonflowpassagesbetweenicebaskets,pastlatticeframes,throughtheintermediate andtopdeckfloorgrating,orpastthelowerinletplenumsupportstructures andturningvanesisrestricted toanominalthickness of3/8inches.Ifoneflowpassageperbayisfoundtohaveanaccumulation offrostoricegreaterthanthisthickness, arepresentative sampleof20additional flowpassagesfromthesamebayshallbevisuallyinspected.

Iftheseadditional flowpassagesarefoundacceptable, thesurveillance programmayproceedconsidering thesingledeficiency asuniqueandacceptable.

Morethanonerestricted flowpassageperbayisevidence=

ofabnormaldegradation oftheicecondenser.

c~,Atleastonceper40monthsbyliftingandvisuallyinspecting theaccessible portionsofatleast'woicebasketsfromeach1/3oftheicecondenser andverifying thattheicebasketsarefreeofdetrimental structural wear,cracks,corrosion orotherdamage.Theicebasketsshallberaisedatleast12feetforthisinspection.

D.C.COOK-UNIT1~~3/46-27Amendment Ho~

@OSOwe'3.6.5.3Theicecondenser inletdoors,intermediate deckdoors,andtopdeckdoorsshallbeclosedandOPE~LE.U&SliilX:

d5ZIM:Michoneormoreicecondenser doorsopenorothervf.se inoperable, PQ'~ZROPEBhTION maycontinueforupto14daysprovidedthei.ce.bedtemperature ismonitored atleastonceper4hoursandthemaximumicebedtemperature ismaintained

<27F;otherwise, restorethedoorstotheir'closed0positions orOPERhBLEstatus(asapplicabl.a) vithin48hoursorbeinatleastHOTSTANDBYvichinthenext6hoursandinCOLDSHUTDOWNMich'.nthe.following 30hours.4.6.5.3.1 InletDoors-Icecondenser inletdoorsshallbe:a.Continuously monitored anddetermined closedbytheinletdoorpositionmonitoring system.andb.Demonstrated OPERhBLEduringshutdownatleastonceper9monthsby:I1.Verifying thatthetorquerequiredtoinitially openeachdoorisg6?5inchpounds.2.Verifying thatopeningofeachdoorisnotimpairedbyice,frostordebris.3.Testingasampleofatleast50%ofthedoorsandverifying thatthetorquerequiredtoopeneachdoorislessthan195inch-pounds whenthedooris40degreesopen.Thistorqueisdefinedasthe"dooropeningtorque"andisequaltothenominaldoortorqueplusafrictiona1 D.C.COOK~UNIT13(46-30Amendment No~

II~~I~I]I~I~~I~~~~~~~I~~)~~~~~~gol~~~~~~4~~~I~I~~~~~~~~~~~~~~~I~III0g~~~0~~I~~~~~~~~~~~~~~~0~~~~~~~~~

PCAgAT~I~~Itl~SYSOIVI".SARRIER?c..SO.",,"cl RC=5OQO?S.<"u'UI"!='iT'.'ALIHITI'IG CONOITTQN FOR0?c~A,ION3.6.5.5Tnepersonnel accessdoorsandeauioment hatchesbetweenthe,containment's uoperandlowercompartments shallbeOPRABi'ndclosed,APPLICABILITY:

IiOQESI,2,3and4.ACTION:Withapersonnel accessdoororequioment hatchinooerable oropenexceotforpersonnel transitentryandT>200'F,restorethedoororhatchtoOPEP~BLEstatusortoitsclose33osition(asaoolicable) withinIhourorbeinatleastHOTSTANOBYwithinthenext6hoursandinCOLOSHUTOOMNwithinthefollowing 30hours.SURVEILLANCE REQUIRcllE!iTS

'4.6.5.5.1 Thepersonnel accessdoorsandeau.'oment hatchesbetweenthec"ntainment's upperandlowercomoartments shallbedetermined closedbyisualinsoection priortoincreasina theRactorCoolantSyst~~Tabove200'Fandaftereachoersonnel transitentrywhentheReactor,CoolantSvstemlavisabove200'F<.6.5.5.2 Thepersonnel ac"essdoorsandequipment hatchesbetweenthecontainment's uppe.andlowercompartments snailbedetrminedOPEPABLEbvvisually.inspec"ing thesealsandsealinasuracesofthesepenetra-tionsandverifyira nodetrimental misaIign~ents, cracksordefectsinthesealingsurfacs,oraoparentdeterioration o,thesealmaterial:

a.Priortofinalclosureofthepenetration eachtimeithas.beenooened,andb.Atleastenceoer10years-"orpenetrations containing sealsfabrica.e=

-.ro~resilient materials.

AKssasl.3/46-34Amendment No..

DIVIDERBARRIERSEALLIMITINGCONDITION

.=OROPERATION 3.6.i.9ThedividerbarriersealshallbeOP%ABLE.APPLICABIL.ITY:

NODESI,2,3and4.ACTON:Mfththedividerbarriersealinooerable, rcs.orethesealtoOPBABLEstatuspriorto',ncrcsingtneReactorCoolantSystememoerature above200'F.StlRVEILDNCE REOUIRK".~."4.5.6.9Thedividerbarriersealshallbedete~incd OPEQELK,at Icas.onceper18monthsduringshutoownby:a.Removing-.mdivide.barriersealtestcouoonsandveriying..hatthconysicalproperties o,'thetestcouoonsarewithintheacceotaole rangeofvaluesshow'ninaole3.6-2,b.Visuallyinsoecting atIcas96percento.theseal'sentirelengthand:Ycrifying

>atthesealandsealmountngboltsarcpro-oerlyinsuIIcd, and2.Verifyingthatthesealmateria1showsnovisualcvioenceofdeterioration duewholes,ruoturcs, chemicalattack,abrasion, radiat'.on carnage,orchangesinpnysicalaooearanc s.0~C~CQOK<NITI3/4638Amendment No.

PLANTSYSTEHSSURVEZ~CE REUIREMNTS(Continued>

3,verifying thateachnon>>automatic valveinthelowpathat'snotLocked,sealed,orotjcrwisesecuredin"-s"'cnisinitscorrectposition.

4~verify'ng thateachautomatic valveintheflowpathisin"heullyopenpos'tionwhenevertheauxiliary feedwater systemisplacedinautomatic controlorwhenaboveL01RATEDTHEPMALPOWER.Thisrequirement isnotapplicable

=""thosepor"ionsoftheAuxiliary

~eedwater Systembeingusedintermitert'ytomaintainsteamgenerator level.b.At'eastcsee"erl8monthsdur'ngshutdownby:':e'<<yingthateachautcmatic valveintheflowpathac"uaestcitscorrect-os'ionuponreceiptofthea"prcor'=e encineered safes"featuresactuation tests=nalrecuired"ySpec'ication3/4.3.2.SC~yinetthateachauxiary feedwater pumpstartsas"s'onedautcmaical'yupor.receiptoftheappropriate e.",g'neered saevfea"uresa""uatior.

testsignal,required.'y Specification 3/4.3.2.D.C.CQQKUNIT13/476Amendment No

PLANTSYSTEM34.7,3COMPONENT CCOLINGMATERSYS-iLIH[TINGCONOITION FOROPERATION 3.7.3.1Atleasttwoindependen.

component coolingwaterloopsshallbeQPEAPPLICABILITY:

HOOES1,2,3and4.ACTION:Withonlyonecomoonent coolingwaterlocoOPERABLE, restoreatleast..twoloopstoOPERABLEstatuswithin72hoursorbeinatleastHOTSTANQSYwithinthenext6hoursand:inCOLOSHUTGOWNwithinthefo11ow-ing30hours.SURVEILLANCE REQUIR..9iS4.7.3.1Atleasttwccampcnent coolingwaterloopsshallbedemonstrated OPERABLE:

a..Atleastonceper31daysbyverifying thateachvalve(manual,poweraperatedcrautomatic) servicing safetyrelatedequip-mentthatisnotlocked,sealed,orotherwise securedinposition, isinits-correctposition.b.Atleastonceper18nanthsduringshutdown, byverifying thateachautcmatic vaiveservicing safetyre1acedequipment actuates'oitscorrectpasitfanonaSafetyInjection testsignal.C.Atleastonce"er31davsonaSTg~GZp"0

-..==-.gASZS,byverifying thateachpumpdevelopsa='east93liofthedischarge

=ressurefortheaPplicable lo>rateasde=rmnedfromthemanu"acturer's pumaperformance Curve.0.C.COOK-UNITL~~3/4715AmendmenNo PLANTSYSTEHS3/4.7.4ESSENTIAL SERVICEMATER5YSTLINITINGCONOITIQN FOROPERATION 3.7.4,1Atleasttwoindependent essential servicewaterloopsshallbeOPERABLE.

APPLECABE'TY:

MOCES1,2,3and4.ACTION:NthonlyoneservicewaterloopOPERABLE, restoreatleasttwoToopstoOPERABLEstatuswi:hin72hourscrbeinatleastHOTSTANDBYwithinthenext6hoursancinCOLOSHUTGO'AN withinthefollowing 30hours.SURVE.'LL.'NCE o=""-U:"-.=.

=.'(.4.7.4.1A:leasttNoessential servicewaterloopsshallbedemonstrated OPERABLE:

a.Atleastonceper31daysbyv'erify'.ng thateachvalve(manual,poweroperatedorautomat.c) servie'ngsafetyrelatedequip-ment,thatisnotlocked,sealed,orotherwise securedinposition, isinitscorrectposition.

b.Atleastonceper18monthsduringshutdown, byverifying thateachautomatic valveservicing safetyrelatedequipment actuatestoitscorrect,positiononaSafetyInjection testsignal.c.Atleastonc-"er3ldaysonaSTA~EBEO.ESTBASIS,hyverifying thateachpumpdevelopsa=least93'fthedischarge pressurefortheappli<<leflowrateas=e"ew..edfromthemanufacturer's pumpperformance Cu>e~.C.COOK-UNET13)47-17Amendment No.

e PL.-'.LTSYST""!iSSURVEILLANCE RE"UIREHE

.'TS(Continued) e.At1eastonceper18monthsby:l.Verifying thatthepressuredrooacrossthecombinedHEPAfiltersandcharcoaladsorberbanksis(6inchesWaterGaugewhileoperating theventilation systemataflowrateof6000cfm+10.':..2.Verifying thatonaSafetyInjection SignalfromeitherUnit1orUnit2,oronacontainment phaseAisolation signal,thesystemautomatically divertsitsinletflowthroughtheHLPAfiltersandcharcoaladsorberbankandthateitherfancanthenbemanuallystartedinthere-circulation mode.I3.Verifying thatthesystemmaintains thecontrolroomatapositivepressureof>1/16inchW.G.relativetotheoutsideatmosphere atasystemflowrateof6000cfm+10':.f.Aftereachcompletorpartalreplacement ofaHEPAfilterbankbvverifying thattheHEPAfilterbanksremove>99:oftheCCPwhentheyaretestedin-placeinaccordance withANSIll510-1975 whileoperatirg theventilation systemataflowrateof6000cfm+10;;.g.Aftereachcomoleteorpartialreolacement ofacharcoaladsorberbankbyverifying thatthecharcoaladsorbers remove.-99"cfahalogenated hydrocarbon refrigerant testgaswhentheyaretestedin-placeinaccordance withAllSIN510-1975 whiIeoperating theventilation systemata.flowrateof6000cn+10"..0.C.CCOi<-UllIT 13/47-22Amendment No.

~~<7vg<<~~I<<<e<~~SU"'<<L'"",CE

."-=J'-"=""-"<

='r-iruea')c,.;",ptyina alongitudinal samolefromanadsorbertray,mixingtheadsoroent thoroughly, andobrainirg samplesazlees-rwoirchesindiameterandwithalengthequaltothethickness orthebed.Subsequent toreinstalling theadsorbertrayusedforobraining thecarbonsample,thesystemshallbedemonstrated OPERABLEbyalso:a)Verifying thatthecharcoaladsorbers remove>99;.;ofahalogenazed hydrocarbon refrigerant testgaswhentheyaretestedin-placeinaccordance withANSIi!510-1975 whileooeratinc theventilation systemataflowrateof25,000cfm+10"andb)Verirying thattheHEPAfilterbanksremove>99:;ofthe00Pwhentheyaretestedin-placeinaccordance withAt!SI<1510-1975whileooerating theventi<ation systemataflowrateor25,000crm+10:;.d.Atleastonceper18monthsby:1.Veriryina thatthepressuredropaccrossthecombinedHEPAfiltersandcharcoaladsorberbanksis<6inches':laterGaugewhileoperatina theventilation systemataflowraceof25,000c-.m.10';,2.Verifying thattheairflowdistribution isuniformwithin20";:accrossHEPAiltersandharcoaladsorbers whentest-edinaccordance withA<'SI<!510-1975.Ver.'fyira thatthestandbyfanstartsautomatic'lly onaContainm<ent Pressure--High-High SigralanddivertsitsexhaustflowthroughtheHERAfiltersandcharcoaladsorberbanksonaContainment Pressure-High-High SignaI.IAftereachc..:.oieeoroar:aireplacement ofHEPAfilterbandbyverify',na h-ttheHERAf..iterbanksre-:.ove>99"of.theGO?whentheyaretestedin-pi:ceinac=ordance witnAt!SI!510-1.,=.whileooe.a-...-

=..'.evenciiarion systemaaflowrateof2"0"cI~C<~,Char.<~~---<riin"8A<<<<<<~~p~5H>~A~4in-~'c-"C."<~'eteorpartialre~lacemen:

ofachare"al<

adsoroer-".<<=r.i+cn<a1aaIaaso4~s<-"~'4>'<r+croonerrige.anttes-.gaswhenihe<'1=.".ac"".rdance with"SI<'"10-1975 wnileoo.a--=:"nsys-;=-.-.,

a-.aio':rateof.25,003cfm-D.C.COO'r'flI

<I3/"'7-".5Amendment No.

4 PLANTSVST+S34.7.8SNUBBERSLIMITINGCONOITIOH FOROPERATION 3.7.8AllsnubberslistedinTable3.7-4shallbeOPERABLEAPPLICABILITY:

HQQES1.2,3and4.(MOOES5and6forsnubberslocatedonsystemsrequiredOPERABLEinthoseHOOES).ACTION:Withoneormoresnubbersinoperable, within72hoursreplaceorrestoretheinoperable snubber(s) toOPERABLEstatusandperformanengineering evaluation perSpecification 4.7.8.conthesupported ccmponent ordeclarethesupported systeminoperable andfollowtheappropriate ACTIONstatement forthatsystem.SURVEILLANCE REUIREMENTS 4,7.8Eachsnubbe~".hallbeCemcnstrated OPERABLEbyperformance ofthefollowing augmented inservice inspection programandtherequirements ofSpeci5ication 4.Q.5.a.VisualInsoec:.cns fThefirstinservice visualinspection ofsnuobersshallbeperformed afterfourmon'.hsbutwithin10monthscfcc-..mencing POMEROPERATION andshall'ncluCeallsnubberslistedinTatle3.7-4.Iflessthantwo(2)snubbersarefoundinoperable duringthefirstinservice visualinspection, thesecondinservice visualinspection shallbeperformed 12mon:hs+25fromthedateofthefirstinspection.

Otherwise, subsequet tvisualinspections shallbeperformed inaccordance with:hefo1lowingschedule:

No.InoperableSnubbersernsoection PeriodSubsequent VisualInspection Period*t0I25,5,78ormore18month"'.2months6months124days62days31days25~=25~.25~~25m~25~"25>Thesnubbersmaybecategorized intotwogroups:Thoseaccessible andthoseinaccessible duringreactoroperation.

Eachgroupmaybeinspected independently inaccordance withtheaboveschedule.

Theinspection intervalshallnotbelengthened morethanonestepatatime.4Theprovisions ofSpecification 4.0.2arenotapplicable.

D-C-CcokUnit13/47-28Anendnent No'.

P~~SYS~SSURVEILLANCE REOQI~~VtS

~Co.b.htleastonceper18none&:Byper-orming a.system>functional castvhichincludesxMulacedautomatic aouationofthesystem,and:a)Verifying thattheautomatic valvesincheflcvpathaocuacatotheircornetpositions onatescsigna',andb)CycLingeachvalveiachafLo~pachchatianottesmbleduringplantoperation throughacLeastonacompLececycleoffullccaveL.X"Byinspection ofdeLugeandpreaction typesystemsoraybeadeis'toverifytheirincagn.ty.

3.Byinspection o!etchopenheaddeLugenotabletoverifynobLochage.

c.ht1castonceper3yearsbyperforming an,airfLo~castthrougheachopenheaddelugeheaderandver'fying aaohopenheaddelugenozzleisunobstructed.

9CCOORUNIT13/47-4$gg~ndment No ELECTRICAL P6RERSY5i:.">ILLANCcREIRIS(Continued)

Verifying CA@Pue1levelinNafuelstoragecan%,Vorffying chalasa&leofdieseltuel~~,hafqI1s~'ra<+tankis~jtNin">>heacepbioIimfuspec<ied$nTable1ofATTN0975-68whenchecked'orviscosity, water'andsedigqn,4.Yerif'ying Ne'ue1transferpeiocanbe.starters fry@qcontwlpanelandruns,efuelfrigo~iesoragesystgg<Nedayink,5.Yerifying

-Nedieselstartsfromambientcondition, 6.'erf.ying thegenerator, issynzj;rnixed>loadedto~1756hv,andoperatesfor~60minutes,and17.Yeri.ying

.hedieselgenera-.or isa1ignedwprovideszncaypowertotheassociated em.gencybusses.At1castonce"r18-=nths4ringshutdownby:Eub'e~t:n:.

thediesel-"an'nsper-.fon inaccordance withproceaur>>s preparecinc."n'unction wi'.".i+amanufacturer's r>>c."rn:en at.'onsfortrisc',assofstandbyservic>>,2.c)Ye.'yi.thegne.ato,"caoabi1'ytorepee-.aloadofQQr.wwt.".ou.trp",Illg,ESi~u'ia",'rg alosso,cf.s':owe,".

'.nconjunc-ion xi"5asaftyn.'.i-nsigr.al,and:a)Yerifyfngde-ence",:at-'.on o-..heemergency

.assesandloadsneodinjf~~-.heesiergncy.usses.Yerifying

.hediesels:ar.sfreeambiencondi.ionon:heauto-sMrt signal,nergizes-'ieemergency busseswithpewa~en:yconnect>>4 loads,ene".git>>s

~~eauto-connected eeryn"yloads'irugntoeloa'4sequencer andope.atsfor~Sainutmwhileitsgenerator

'.sloa44with".heemergency loads..Verifynqthatan4:eselgenerator trip,theleadsareragt.",>>emaJ-,ency bi:sesand..".Ofesa)r>>startson..;eaut.-s:art si,nalfallowirgmanual."setting.",=-theoieseltrio'icckourelay,tne~~er,-ency buses'areenergie4withoernanently con-".etedloads,theauto-ccnnecte4 emergency loadsare".!r"'tee tnrauantneloadseouencer an4-hedieselsocratesfo.)6minuteswnileitsgenerator isic"4withtheomergercy loads.'.C.C60Y.-UH[T3/48-3Anendment Ho.

EECTRICLOWRSTEMSSHt>TDOMg L'IITINGCONDIT0FOROPERATION 3.8.1.2:Asaminimum,thefollowing A.C.electrical powersourcesshallbe'PERABLE:

a0Onecircuitbetweentheoffsitetransmission networkandtheonsiteClass1Edistribution system,andb.Onedieselgenerator with:l.Adaytankcontaining aminimumof70gallonsoffuel,2.Afuelstoragesystemcontaining aminimumof42,000gallonsoffuel,and3.Afueltransfer.

pump.APPLICABILITY:

MODES5and6.ACTION:WithlessthantheaboveminimumrequiredA.C.electrical powersourcesOPERABLE, suspendalloperations involving COREALTERATIONS orpositivereactivity changes*untiltheminimumrequiredA.C.electrical powersourcesarerestoredtoOPERABLEstatus.SURVEILLANCE REUIEMENTS4.8.1.2TheaboverequiredA.C.electrical powersourcesshallbedemonstrated OPERABLEbytheperformance ofeachoftheSurveillance Requirements of4.8.1.1.1 and4.8.1.1.2 exceptforrequirement 4.8.1.1.2.a.6.

Forpurposesofthisspecification, additionofwaterfromtheRWSTdoesnotconstitute apositivereactivity additionprovidedtheboronconcentration intheRWSTisgreaterthantheminimumrequiredbySpecification 3.1.2.7.b.2.

D.C.COOK-UNIT13/48-5AMENDMENT NO.

eE~ECTRrC~POWER8YSEu>SURVEZLLANCE REUIREMEVTS (Cort'nued) o2..hepilotcellsoecificgravity,ccrrected to77Fand=ullelectrolyte level(f'uidatthebottomcthenaxnum'e'dicat'cn nark),is1.200,3.Thepilo"ceilvoltageis32.10volts,and4.Theoverall"attez'yvoltageis~250volts.b.At'eastonceoer92daysbyveriyingthat:1.Thevc':ageofeachccnnected cellisK2.10voltsunder."oatchargeardhasnotdecreased morethan0.05voltsromthevaluecbsezvedduzingtheoriginalacceptance test,and:hescec'graviy;corrected to77="andfullelec=roly-.e'evel (fluidatthebcttomofthemaximum'evelnd'=a".onnark),ofeachconnected ceis'.200and".srotdecreased merethan0.03fzomtheva'ueobservedduringtheprevioustest,,and3.Theelec""c.vte

'eve'feachconnected cell'sbetween'.e".cp"-="heminimumlevelindicat'on markandthebottc...c=-hemaximum'evelindicatŽn mark.c.At'eastenceper18non"hsbyver'irgthat:.hecel's,cellplatesarebattevzacksshownovisualindicat'on ofphysicaldamaaecrabnormaldeterioration.

.hecell-to-cell ardtemzralconnections azecleant'cht,freeofccrzosion ardcoatedwithanti-corrosion mater'l.3.Thebatterychagerwillsupplyatleast140ampezesat250vc'"sforatleast4hours.d.A"leastonce."="18months,duz'ngsnutdown(MODES5or6),"yveri.fy.".=.thatthebatterycapacityisadequatetosu"plyarenan=ainznCPERABLEstatustheemeraency loads=orthetnessoecif'ed inTable4.8-1Awiththebatterycharcerdisccnnected.

Thebatteryterminalvoltaaeshallbemantained-:'oltsthroughout thebatteryservicetest.e.Atleastcreepe60morths,duzingshutdown(MODES5or6),byveriy'nctha"thebatterycapacityisatleast'04ofthema..uacturer's ratingwhensubjected toaperformance dischazce test.Th'spezfornance discharge testshallbepe"ormedinp'a=eofthebatteryservicetest.D.C.Cook-Unit13/48-9Amendment No.

vvELECTRICAL PO'+ERSYST=MSO.C.DISTRISUTIQ.'l

-S:-'UT~C'~"l

[qT~r~~rvaviv~sarvTypalgrepa~gI~rpssL3.8.2.4Asaminimum,the'ollowingO.C.elecricalequipment andbusshallbeenergized andC?ERASLE:

1-250-voltO.C.bus,and1-250-voltbatterybankandchargerassociated withtheaboveO.C.bus.APPLICABILITY:

MODES5and6.ACTiON:Mithlessthantleabovecomple...ent ofO.C.equipment andbusOPERABL:-,

eStabliShCONTAINME!T'T ItG'EGRITY within8hOurS.SURVEILLA "CEREQUIREMENTS4.8.2.4.1Theaboverequired250-voltO.C;busshallbedeter-.ined OPERASLEandenergized atleastonceper7daysbyverifying correctbreaker-alignment andindicated poweravailability.

4.8.2.4.2 Theabovrequired250-voltbat.erybankandctargershallbedemonstrated OPER'BLEperSurveillance Requirerwnt 4.3.2.3.2.

00C~C"GK-U'lI.13/48-12'Amendment No.

ELECTRICAL POWERSYSŽEMSSURVEILLANCE REUIREMEbS(Continued)

~~".heoilotce'1specificgravity,corrected to77Fando=ullelectrolyte level(fluidatthebottomcfthe.-.,zxmumlevelindicat'cn mark),isK1.200,3..hepilotce'1vc'"aceis~2.10volts,and4..heoverallbatteryvoltageis?250volts.b.Ateastonceper82daysbvverifying that:.hevc'"agecfeachccnnected cellisK'2.3.0voltsunder=catchageandhasnotdecreased morethan0.05voltsr"m"hevaluecbservedduringtheor'ginalacceptance "es",and~~...es"ec'='c=rav"y,corrected to77"-andfulllevel(fluidatthebottomofthemaximum';."'ca=icn mak),o'achconnected cell'stand..".asnctde"easedmerethan0.03fromthe".='e=bser"edduring=heprevioustest,and.;".eele""=cvte'eve'.ea"hconnected cell'sbetween="."-"=".".em'nmumleve:indicaticn markandthe=.".emax'mu.,'ve'dicaticn mark.c.At'eas"=::cepe"16monthsbv.ver'ingthat:.hece's,cellplatesandbatteryracksshownovisualindica"onoiphys-aldamageorabnormaldeterioration.

.hecell-to-cel1ardrermi..alconnections areclean,"ight,reeo:ccrrosion andcoatedwithanti-corrosion mater'a.3.'hebatterychagerwillsupplvatleast10amperesat250vcltsforatleast4hours.At'eastoncepe18mcnths,dur'ngshutdown(MODES5or6),'=,ver='y'ngthatthebatterycapacityisadequatetosu".='".andnaxntaininCPERA8LEstatustheemergency loads:"==:".etmessoec'f'dxnTable4.8-2withthebatteryc:":==srdisccnnected.

Thebatteryterminalvoltageshallbe=a-'net-"10voltsthroughout thebatteryservicetest.e.At'eastonceper60months,duringshutdown(MODES5or6)-":verifying that,thebatterycapacityisatleast80%o"'.".emanufacturer's ratingwhensubjected toaperformance disc.-.arce test.+hisperformance discharge testshallbepe"c.-...edinplaceofthebatteryservicetest.D.C.COOKUNIT13/4814.Amendment No.

e3/4.0APPLICABILITY SURVEILLANCE REQUIREMENTS b.Surveillance intervals sperified inSectionZIoftheASHEBoilerandPressureVesselCodeandapplicable Addendafortheinservi.ce inspection andtestingactivities requiredbytheASMEBoilerandPressureVesselCodeandapplicable Addendashallbeapplirable asfollowsintheseTechnical Specifications:

ASMEBoilerandPressureVesselCodeandapplicable Addendaterminology forinservice

~ineectionaniteetincriteriaRequiredfrequencies forperforming

'nservice inspec-"SWeeklyMonthlyQuarterly orevery3monthsSemiannually orevery6monthsYearlyorannuallyAtleastAtleastAtleastAtleastAt,leastonceper.onceperonceper.onceperonceper7days31days92days184days366daysTheprovisions ofSpecification

4.0. 2areapplicable

totheaboverequiredfrequencies forperforming inservice inspection andtestingactivities.

Performance oftheaboveinservice inspection andtestingactivities shallbeinadditiontootherspecified Surveillance Requirements.

NothingintheASMEBoilerandPressureVesselCodeshallbeconstrued tosupersede therequirements ofanyTechnical Specification.

4.0. 6Amendment

78grantedextensions forcertainsurveillances requiredtobeperformed onorbeforeMarch31,1986,until"theendoftheCycle5-6refueling outage.Forthesespecificsurveillances underthissection,thespecified timeintervals requiredbySpecification

4.0. 2willbedetermined

withthenewinitiation dateestablished bythesurveillance dateduringtheUnit21986refueling outage.4.0.7Amendments 97and99grantedextensions forcertainsurveillances requiredtobeperformed onorbeforeJuly1,1988,untiltheendoftheCycle6-7refueling outage.Forthesespecificsurveillances underthissection,thespecified timeintervals requiredbySpecification

4.0. 2willbedetermined

withthenewinitiation dateestablished bythesurveillance dateduringtheUnit21988refueli.ng outage.DonaldC.Cook-Unit23/40-3Amendment No.

REACTIUITY CONTROLSYSTEMSPOSITIONINDICATOR CHANNELS-SHUTDOWN LIMITINGCONDITION FOROPERATION 3.1.3,3'Atleastonerodpositionindicator channel(excluding demandpositionindication) shallbeOPERABLEforeachshutdownorcontrolrodnotfullyinserted.

APPLICABILITY:

MODES3x¹,4x-and5*=ACTION:Pithlessthantheaboverequiredpositionindicator channe'1(s)

OPERABLE, immediately openthereactortripsystembreakers.

SURVEILLANCE P,EUIR~it~"TS 4.1.3.3Eachoftheaboverequiredrodpositionindicator channel(s) shallbedetermined tobeOPERABLEbyperformance ofaCHANNELFUNCTIONAL TESTatleastonceper18months.*Withthereactortripsystembreakersintheclosedposition.

¹SeeSpecialTestException 3.10.5.D.C.COOK.-UNTT23/41-22Amendment No.

3/4.3INSTRUMENTATION 3/4,3.1REACTQRTRIPSYSTEMINSTRUMENTATION LIMITINGCQNOITION FOROPERATION 3.3.1.1Asaminimum,thereactortripsysteminstrumentation channelsandinterlocks ofTable3.3-1shallbeOPERABLEwithRESPONSETIME5asshowninTable3.3-2.APPLICABILITY:

AsshowninTable3.3-1.ACTION:AsshowninTable3.3-1.SURVEILLANCE REQUIREMENTS 4.3.1.1.1 Eachreactortripsysteminstrumentation channelshallbedemonstrated OPERABLEbytheperformance of'heCHANNELCHECK,CHANNELCALIBRATION andCHANNELFUNCTIONAL TESToperations fortheMOOESandatthefrequencies sho~ninTable4.3-1;~4.3-1.1.2 Thelogicfortheinterlocks shallbedemonstrated OPERABLEpriortoeachreacto~startupunlessperformed duringthepreceding 92days.Thetotalinterlock functionshallbedemonstrated OPERABLEatleastonceper18monthsduringCHANNELCALIBRATION testingofeachchannelaffectedbyinterlock operatio'n, 4.3.1.1.3 TheREACTORTRIPSYSTEMRESPONSETIMEofeach.reactortripfunctionshallbedemonstrated tobewithinitslimitatleastonceper18months.Eachtestshallincludeatleastonelogictrainsuchthatbothlogictrainsaretestedatleastonceper36monthsandonechannelperfunctionsuchthatallchannelsaretestedatleastonceeveryNtimes18monthswhereNisthetotalnumberofredundant channelsinaspecificreactortripfunctionasshowninthe"TotalNo.ofChannels" columnofTable3.3-1,0.C.COOK-UNI72'3/43-1hmendmenc Ho.

l' INSTRUMENTATION 3)4.3.2ENGINEEREO SAFETYFEATUREACTUATION SYSTENINSTRUMENTATION LIMITINGCONOITION fOROPERATION 3.3.2.1TheEngineered SafetyFeatureActuation System(ESFAS)instrumenta-tionchannelsandinterlocks showninTable3,3-3shallbeOPERABLEwitntheirtripsetpoints setconsistent withthevaluesshownintheTripSet-pointcolumnofTable3.3-4andwithRESPONSETIMESasshowninTable3.3-5,APPLICABILITY:

Asshownin.Table3.3-3.ACTION:'a~b.WithanESFASinstrumentation channeltripsetpointlessconserva-tivethanthevalueshownintheAllowable ValuescolumnofTable3.3-4,declarethechannelinoperable andapplytheapplicable ACTIONrequirement ofTable.3.3-3untilthechanneIi'srestoredtoOPERABLEstatuswiththetripsetpointadjustedconsistent withtheTripSetpoint.value.WithanESFASinstrumentation channelinoperable, taketheACTIONshowninTable3.3-3.SURVEILLANCE REUIREMENTS 4.3.2.1.1 EachESFASinstrumentation channelshallbedemonstrated OPERABLEbytheperformance oftheCHANNELCHECK,.CHANNEL CALIBRATION andCHANNELFUNCTIONAL TESToperations for-theMOOESandatthefrequencies showninTable4.3-2;4.3.2.1.2 Thelogicfortheinterlocks shallbedemonstrated OPERABLEduringtheautomatic actuation logictest.Thetotalinterlock functionshallbedemonstrated OPERABLEatleas'tonceper18monthsduringCHANNELCALIBRATION testingofeachchannelaffectedbyinterlock operation.

I4.3.2.1.3 TheENGINEEREO SAFETYFEATURESRESPONSETIMEofeachESFASfunctionshallbedemonstrated tobewithinthelimitatleastonceper18months.Eachtestshallincludeatleastonelogictrainsuchthatbothlogictrainsaretestedatleastonceper36monthsandonechannelperfunctionsuchthatallchannelsaretestedatleastoncepeiNtimes18monthswhereNisthetotalnumberofredundant channelsinaspecificESFASfunctionasshown,inthe"TotalNo.ofChannels" columnofTable3.3-3;0.C.COOK-UNIT23/43-14Amendment No.

n~<<<<R~~'-'<<<<<<

-<<<<sm<<<<<<<<<<<<r

<<<<<<J<<<<<<i<<<<qiRsiir n8IXQHCrLgKh~)i~

CHhNNELMHLCKCNhNNELCilhNNELFUNCTZONhL C&4IDMSO~KQTHODESINWIIICIISURYEILDLNCE

~KQHREDOoContainaent Pressure-High-High 4.GTEAHLINEISOLhTION a.Hanualb.hutoaatio hctuation LogicH.h.H.hN.h.N.h.H(1)H(2)H(3)le2e31,2,3l,2,3d,SteaaPlovinTwoSteaaLines-'-SNighCoincident withT-Los-Lowavgl~--2~3~.SteaaLinePressure-Los 5~TURBINETRIPhHDMEDMhTERISOLhTION a.SteaaGenerator MaterLevel-High-High 6MOTORDRIVENhUXILIhRY FEEDWhTER PUHPSlt2e31,2,3and4a.Ib.c<<d.SteaaGenerator MaterLevel-Low-Low4kvBusLossofVoltageSafetyIn)ection LossofHainPeedPuapsN.h.N.h.N.h.N.h.H(2)2e31~2,31,2,31~2-TABLE4-3-10POST-ACCIOfNT MONITORING INSTRUHENTATION SURVEILLANCC REUIREHENTS

.INSTRUHENT CllANNELClifCKCEIANNEL,CALIBRATIOrl 17.18.Containment SumpLevel*Containment MaterLevel*1.Containment Pressure2.ReactorCoolantOutletTemperature

-TlrOT(MideRange)3.ReactorCoolantInletTemperature

-TCOLOWideRange)4.ReactorCoolantPressure-WideRange5.Pressurizer MaterLevel6.SteamLinePressure7.SteamGenerator WaterLevel-NarrowRange8.RWSTWaterLevel9.BoricAcidTankSolutionLevel10.Auxiliary Feedkater FlowRatell.ReactorCoolantSystemSubcooling HarginMonitor12.PORVPositionIndicator

-LimitSwitches13.PORVBlockValvePositionIndicator

-LimitSwitches14.SafetyValvePositionIndicator

-Acous~lcMonitor15.IncoreThermocouples (CoreExitThermocouples)

(4)16.ReactorCoolantIn'ventory TrackingSystem(ReactorVesselLevelIndication)

H~iHHHMMMHMMMMHM(2)RRRRRRR'RRRRRRr(1)R(a)RR(1)(2)3)(4)Partialrangechannelcalibration forsensortobeperformed belowP-12inMOOE3.Mith=onetrainofReactorVesselLevelIndication inoperable, Subcooling MarginIndication andCoreExitThermocouples maybeusedtoperformaCHANNELCllECKtoverifytheremaining ReactorVesselIndication trainOPERABLE.

Completion ofchannelcalibration forsensorstobeperformed belowP-.12inHOOE'3.'he'coreexitthermocouples willnotbeinstalled untilthe1988refueling outage;therefore, surveil-lanceswillnot'erequireduntilthattime.Seelicenseamendment datedApril10,1907.Therequirements fortheseinstruments willbecomeeffective aftertheleveltransmitters aremodifiedorreplacedandbecomeoperational.

Thescheduleformodification orreplacement ofthetransmitters is-described intheBases.I

REACTORCOOLANTSYSTEM3/4.46REACTORCOOLANTSYSTEMLEAKAGELEAKAGEDETECTION SYSTEMSLIMITINGCONDITION EOROPERATION 3.4~6~1Thefollowing ReactorCoolantSystemleakagedetection systemsshallbeOPERABLE:

a.Oneofthecontainment atmosphere particulate radioactivity monitoring channels(ERS-2301 or.ERS-2401),

b.Thecontainment sumplevelandflowmonitoring system,andc.Eitherthecontainment humiditymonitororoneofthecontainment atmosphere gaseousradioactivity monitoring channels(ERS-2305 orERS-2405)

.APPLICABILITY:

MODES1,2,3and4.ACTION:Withonlytwooftheaboverequiredleakagedetection systemsOPERABLE, operation maycontinueforupto30daysprovidedŽrabsamplesofthecontainment atmosphere areobtainedandanalyzed=-=leastonceper24hourswhentherequiredgaseousand/orparticulate radicctivitymonitoring channelsareinoperable>

otherwise, beinatleastHOTSTAi'"BYwithinthenext6hoursandinCOLDSHUTDOWNwithinthefollowing 30hours,SURVEILLANCE REUZREMENTS 4.4.6.1Theleakagedetection systemsshallbedemonstrated OPERABLEby:a~Containment atmosphere particulate andgaseous(ifbeingused)monitoring system-performance ofCHANNELCHECK,CHANNELCALIBRATION andCHANNELPUNCTZONAL TESTatthefrequencies specified inTable4.3-3,b.Containment sumplevelandflowmonitoring system-performance ofCHANNELCALIBRATION atleastonceper18months,c~Containment humiditymonitor(ifbeingused)-performance ofCHANNELCALIBRATION atleastonceper18months.D.C.COOK-UNIT23/44-14Amendment No.

0 REACTORCOOLANTSYSTEMLIMITINGCONG!TION FOROPERATION Continued 2.Withtwoormoreblockvalvesinoperable, within1houreither.(1)'restoreatotalofatleasttwoblockvalvestoOPERABLEstatus;or(2)closetheblock'alvesandremovepowerfromtheblockvalves,or(3)closetheassociated PORVsandremovepowerfromtheirassociated solenoidvalves;andapplytheportionsofACTIONa.2ora.3abovefor.inoperable PORVs,relatingtoOPERATIONAL MOOE,asappropriate.

c.WithPORVsandblockvalves'notinthesamelineinoperable,~

within1houreither(1)restoreor(2)closeandde-energize theApplytheportionsofACTIONa.2OPERATIONAL MOOE,asappropriate unavailable.

thevalvesto.OPERABLE statusothervalveineachline.ora.3above,relating.to fortwoorthreelinesd.Theprovisions ofSpecification 3.0.4arenotapplicable.

SURVEILLANCE REUIREMENTS 4.4.11.1EachofthethreePORVsshallbedemonstrated OPERABLE:

a.Atleastonceper31daysbyperformance ofaCHANNELFUNCTIONAL TEST,excluding valveoperation, andrb.Atleastonceper18monthsbyperformance ofaCHANNELCALIBRATION.

4.4.11.2Eachofthethreeblockvalvesshallbedemonstrated OPERABLEatleastonceper92daysbyoperating thevalvethroughonecompletecycleoffulltravel.Theblockvalve(s)donothavetobetestedwhenACTION3.4.ll.aor3.4.ll.cisapplied.4.4.11.3Theemergency powersupplyforthePORVsandblockvalvesshallbedemonstrated OPERABLEatleastonceper18monthsbyoperating thevalvesthroughacompletecycleoffulltravelwhiletheemergency busesareenergized bytheonsitedieselgenerators andonsiteplantbatteries.

Thistestingcanbeperformed inconjunction withtherequirements ofSpecifications 4.8.1.1.2.c and4.8.2.3.2.d.

~PORVsiso1atedtolimitRCSleakagethroughtheirseatsandtheblockvalvesshuttoisolatethisleakagearenotconsidered inoperable.

0.C.COOK-UNIT23/-4-4-33 Amendment No.

~~~~~~e~~~~~~~~~~~I~~~~~.III~~I~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

r EMERGENCY CORECOOLINGSYSTEMSSURVEZLI~CE REUZREMENTS 4.5.2EachECCSsubsystem shallbedemonstrated OPERABLE:

a.Atleastonceper12hoursbyverifying thatthefollowing valvesareintheindicated positions withpowertothevalveoperators removed:ValveNumberValveFunctionValvePositiona.IMO-390b.ZMO-315aRWSTtoRHRa.Openb..LowheadSZb.ClosedtoHotLegc.IMO-325c.LowheadSZc.ClosedtoHotLegd.IMO-262>>d.Miniflow'lined.Opene.ZMO-263*e.Miniflowlinee.Openf.ZMO-261*f.SISuctionf.Openg.ZCM-305*g.Sumplineg.ClosedZCM-,306*

h;Sumplineh.Closedb.Atleastonceper31daysbyverifying thateachvalve(manual,poweroperatedorautomatic) intheflowpaththatisnotlocked,sealed,or...otherwise securedinposition, isinitscorrectposition.

c.Byavisualinspection whichverifiesthatnoloosedebris(rags,trash,clothing, etc.)ispresentinthecontainment whichcouldbetransported tothecontainment sumpandcuserestriction ofthepumpsuctionsduringLOCAconditions.'his viualinspection shallbeperformed:

1.Forallaccessible areasofthecontainment priortoestablishing CONTAINMENT INTEGRITY, and2.Of-theareasaffectedwithincontainment atthecompletion ofeachcontainment entrywhenCONTAINMENT INTEGRITY isestablished.

• Thesevalvesmustchangepositionduringtheswitchover, frominjection torecirculation flowfollowing LOCA.D.C'OOK-UNIT23/45-4tAmendment No.'

EMERGENCY CORECOOLINGSYSTEMSSVRVEELLAiVCE RECEREMENTS Continued)

Atleastonceper18monthsby:1.Verifying automat'c isolation andinterlock actionoftheRHRsvstemfromtheReactorCoo)ant,SystemwhentheReactorCoolantSystempressureisabove600psig.2.Avisualinspection ofthecbntainmenc sumpandverifying thatthesubsystem suctioninletsa.enotrestricted bydebrisandthatthesumpcomponents (t-ashracks,screens,etc.)shownoev'denceofstructural distressorcorrosion.e.Atleastonceper18months,duringshutdown, by:1.Veri.fying thateachautomatic valveintheflowpathactuatestoitscorrect,positionqnaSafetyInjection testsignal.2.Verifying thateachofthefollowing pumpsstartautomatically uponreceiptofasafetydnjection testsignal:a)Centrifugal chargingpumpb)Safetyinjec"ionpumpc)Residualheatremovalpumpf.Byverifying thateachofthefollowing pumpsdevelopstheindicated discharge pressureonrecirculation flowwhentestedpursuanttoSpecification 4.0.5:1.Centrifugal chargingpump>24G5psig2.SafetyInjectionpump>1445psig3.Residualheatremovalpump>195psigByveri."";ng thecorrectpositionofeachmechanical stopforthefollowing Emergency CoreCoolingSystemthrottlevalves:l.'i=hin4hoursfollowing completion ofeachvalvestrokingoperation ormaintenance onthevalvewhentheECCSsubsystems arerequiredtobeOPERABLE.

D.C.COOK-UNIT23/45-5Amendment No.

,1 EMERCENCY CORECOOLINGSYSTEMSSURVEILLANCE REUIREMENTS 4.5.3.1TheECCSsubsystem shallbedemonstrated OPERABLEpertheapplicable Surveillance Requirements of4.5.2.4.5.3.2Allchargingpumpsandsafetyinfection pumps,excepttheaboverequiredOPERABLEchargingpump,shallbedemonstrated inoperable, byverifying thatthemotorcircuitbreakershavebeenremovedfromtheire'lectrical po~ersupplycircuits, atleastonceper12hours~h'enever thetemperature ofoneormoreoftheRCScoldlegsislessthanorequalto152'Fasdetermined atleastonceperhourwhenanyRCScoldlegtemperature isbetween152'Fand200'F.COOK".UNIT23/45-8Amendment Ho.

CONTAI'lfiENT SYSTEMS34.6.2OEPRESSURIZAT'ION ANDCOOLINGSYSTEMSCONTAINMENT SPRAYSYSTEMLIMITINGCONDITION FOROPERATION 3.6.2.1Twoindependent con:ainment sp~aysystemsshallbeOPERABLEwitheachspraysyste,.capableoftakingsuctionfromtheRWSTandtransferring suctiontothecontainment sump.APPLICABILITY:

MODES1,2,3and4.ACTION:Withonecontainment spraysysteminoperable, restoretheinoperable spray'~stem toOPERABLEstatuswithin72hoursorbeinatleastHOTSTANDBYwithinthenext6hours;restoretheinoperable spraysystemtoOPERABLEstatuswithinthenext48hoursorbeinCOLDSHUTDOWNwithinthefollowing 30hours.SURVEILLANCE REUIREMENTS 4.6.2.1a.b.Cod.Eachcontainment spraysystemshallbedemonstrated OPERABLE:

Atleastonceper31daysbyverifyinthateachvalve(manual,poweroperatedorautomatic) intheflowpaththatisnotlockedsealed,orotherwise securedinposition, isinitscorrectposition.

Byverifying, thatonrecirculation flow,eachpumpdevelopsadischarge pressureof>255psigataflowof>700gpm,whentestedpursuant'o Specification 4.0.5.Atleastonceper18monthsduringshutdown, by:1.Verifying thateachautomatic valveintheflowpathactuatestoitscorrectpositiononaContainment Pressure--High-High testsignal.2.Verifying that.eachspraypumpstartsautomatically onaContainment, Pressure-High-High testsignaI.Atleastonceper5yearsbyperforming anairorsmokeflowtestthrougheachsprayheaderandverifying eachspraynozzleisunobstructed.

D.C.COOK-UNIT23146-10Amendment No.

CONTAINMENT SYSTEMSSURVEILLANCE REUIREMENTS Continued C.d.Atleastonceoer18monthsduringshutdown, byverifying thateachautomatic valveintheflowpathactuatestoitscorrectpositiononaContainment Pressure--High-Hiqh testsignal,Atleastonceper5yearsbyverifying awaterflowrateofatleast20gpm(>20gpm)butnottoexceed50gpm(<50gpm)fromthesprayadditivetanktestlinetoeachcontainment spraysystemwiththespraypumpoperating onrecirculation withapumpdischarge pressure>255psig.0.C.COOK-UNIT23/46-12Amendment No.

'ONTAINMENT SYSTEMSSURVEILLANCE REUIREMENTS Continu~ed 4.6.3.1.2 Eachisolation valvespecified inTable3.6-1shallbedemonstrated OPERABLEduringtheCOLDSHUTDOWNorREFUELING

'lODEatleastonceper18montnsby:a.VerifyingthatonaPha'eAcontainment isolation testsignal,eachPhaseAisolation valveactuatestoitsisoiation position.

b.Verifying thatonaPhaseBcontainment isolation testsignal,eachPhase8isolation valveactuatestoitsisolation position.

c.Verifying thatonaContainment PurgeandExhaustisolation testsignal,eachPurgeandExhaustvalveactuatestoitsisolation position.

4.6.3.1.3 Theisolation timeofeachpoweroperatedorautomatic valveofTable3.6-1shallbedetermined tobewithinitslimitwhentestedpursuanttoSpecification 4.0.5.D.C.COOK-UNIT23/46-14Amendment No.

CONTAINMENT SYSTEMSDIVIDERBARRIERSEALLXMITZNGCONDITION FOROPERATION 3'.5.9ThedividerbariersealshallbeOPERABLE.

APPLICABILITY:

MODES1,2,3and4.ACT"O.'I:Withthedividerbarriersealinoperable, restorethesealtoOPERABLEstatus,priortoincreasing theReactorCoolantSystemtemperature above200F.'SURVEILLANCE REUXREMENTS a4.6.5.9'he dividerbarrier'sealshallbedetermined OPERABLEatleast,onceper18monthsduringshutdownby:a~b.Removingtwodividerbarriersealtestc=uponsandverifying thatthephysicalproperties ofthetestcouponsarewithintheacceptable rangeofvaluesshowninTable3.6-2.Visuallyinspecting atleast95percentoftheseal'sentirelengthand:1.Verifying thatthesealandsealmountingboltsareproperlyinstalled, and2.Verifying thatthesealmaterialshowsnovisualevidenceofdeterioration duetoholes,ruptures, chemicalattack,abrasion, radiation damage,orchangesinphysicalappearances.

D.C.COOK-UNIT23/46-47.Amendment No.

PLANTSYSTEMS.SURVEILLANCE REUIREMENTS Continued 3.Verifying thateachnon-automatic.

valveintheflowpaththatis~otlocked,sealed,orotherwise securedinpositionisinitscorrectpositon.4.Verifyina thateachautomatic valveintheflowpathisinthefullyopenpositionwhenevertheauxiliary feedwater systemisplacedinautomatic controlorwhenabove10,.RATEOTHERMALPOWER.Thisrequirement isnotapplicable forthoseportionsoftheAuxiliary Feedwater Systembeingusedintermittently tomaintainsteamgenerator level.,b.Atleastonceper18monthsduringshutdownby:l.Verifyino thateachautomatic valveinthefl'owpathactuatestoitscoreectpositionuponreceiptoftheappropriate engi-neeredsafetyfeaturesactuation testsignalrequiredbySpecification 3/4.3.2.2.Verifying thateachauxiliary feedwater pumpstartsasdesignedautomatically uponreceiptoftheappropriate engineered safetyfeaturesactuation test'signalrequiredbySpecification 3/4.3.2.'l 4i0.C.COOK-UNIT23/47-6Amendment No.

PLANTSYSTEMS3/4.7.3COMPONENT COOLINGWATERSYSTEMLIMITINGCONOITION

."QROPERATION 3.7.3.1Atleasttwoindependent component coolingwaterloopsshallbeOPERABLE.

APPLICA8ILITY:

MOOES1,2,3and4.ACTION:Withonlyonecomponent coolingwaterloopOPERABLE, restoreatleasttwoloopstoOPERA8LEstatuswithin72hoursorbeinatleastHOTSTANOBYwithinthenext6hoursandinCOLOSHUTQOWNwithinthefollow-'ng 30hours.SURVEILLANCE REUIREMENTS 4.7.3.1.Atleasttwocomponent coolingwaterloopsshallbedemonstrated OPERABLE:

a.Atleastonceper31daysbyverifying thateachvalve(manual,power.operatedorautomatic) servicing safetyrelatedequip-mentthatisnotlocked,sealed,orotherwise securedinposition, isinitscorrectposition.

b.Atleastonceper18monthsduringshutdown, byverifying thateachautomatic valveservicing safetyrelatedequipment actuatestoitscorrectpositiononaSafetyInjection testsignal.0,C.COOK-UNIT23/47-12Amendment No.

PLANTSYSTEMS3/4.7.4ESSENTIAL SE.'-."ICE WATERSYSTEMLIMITINGCONOITION FORQ>ERATION 3.7.4,1Atleasttwoindependent essential servicewaterloopsshallbeOPERABLE, APPLICABILITY:

MOOES1,2,3and4.ACTION:WithonlyoneservicewaterloopOPERABLE, restoreatleasttwo"loopstoOBERABLEstatuswithin72hoursorbeinatleastHOTSTANOSYwithinthenext6hoursandinCOLOSHUTOOWNwithinthefollowing 30hours.SURVEILLANCE REQUIREMENTS 4.7.4.1Atleasttwoessential servicewaterloopsshallbedemonstrated, OPERABLE:

a.Atleastonceper31daysbyverifying thateachvalve(manual,poweroperatedorautomatic) servicing safetyrelatedequip-mentthatisnotlocked,sealed,orotherwise securedinposition, isinitscorrectposition.

b.Atleastonceper18monthsduringshutdown, byverifying thateachautomatic valveservicing safetyrelatedequipment actuatestoitscorrectpositiononaSafetyInjection testsignal.O.C.COOK-UNIT23/47-13,Amendment No.

PLANTSYSTEMSSURVEILLANCE REQUIRENeN,S~Con~tinued e.Atleastonceper18monthsby:2.Verifying that:thepressuredropacrossthecombinedHEPAfilersandcharcoaladsorberbanksis~6inchesWaterGaugewhileoperating theventilation systemataflowrateof6000cfm+10>>.Verifying thatonaSafetyInjection SignalfromeitherUnit1orUnit2,oronacontainment phaseAisolation signal,thesystemautomatically divertsitsinletFlowthroughtheHEPAfiltersandcharcoaladsorberbankandthateitherfancanthenbemanuallystartedinthere-circulation mode.3.Verifying thatthesystemmaintains thecontrolroomatapositivepressureof>1/16inchW.G.relativetotheoutsideatmosphere atasystemflowrateof6000cfm+10".f.Aftereachcompleteorpartialrepla.mentofaHEPAfilterbankbyverifying thattheHEPAfilterbanksremove>99"oftheOOPwhentheyaretestedin-placeinaccordance withANSIN510-1975 whileoperating theventilation systemataflowrateof6000cfm+10".g.Aftereachcompleteorpartialreplacement ofacharcoaladsorberbankbyverifying thatthecharcoal.adsorbers remove~99"ofahalogenated hydrocarbon refrigerant testgaswhenBeyaretestedin-placeinaccordance withANSIN510-1975

-whileoperating theventilation systemataflowrateof6000cfm+10".0.C.COOK-UNIT23/47-16aAmendment No.

PLANTSYSTE.ISSURVEILLANCE REUIREHENTS Contnuede.3.Verifying thatthestandbyfanstartsautomatically onaContainment Pressure--High-High SignalanddivertsitsexhaustflowthroughtheHEPAfiltersandcharcoaladsoroerbanksonaContainment pressure--High-High Signal.Aftereachcompleteorpartialreplacement ofHEPAfilterbankbyverifying thattheHEPAfilterbanksremove>99>>oftheOOPwhentheyaretestedin-placeinaccordance withANSIN510-1975 whileoperating theventilation systemataflowrateof25,000cfm+10"...Aftereachcompleteorpartialreplacement ofacharcoaladsorberbankbyverifying thatthecharcoaladsorbers remove>99Kofahalogenated hydrocarbon refrigerant testgaswhentheyaretestedin-placeinaccordance withANSIN510-1975 whileoperating theventilation systemataflowrateof25,000cfm+10>>.0.C.COOK-UNIT23/47-19aAmendment No.

PUQITSYSTEHS3/4,7.7SHUSSKRSLIHITIN6CO~OITtaN FQQOPRA,IONAllsnubberslistedinTae37-9hAPPLICABLITY:

HOOKS1,2,3and4(HOOES5and6forsnubberslocatedonsystemsrcauiredOPERABLEinthoseHOOKS):ACTION:lithoneormoresnubbersinoperable, within72hoursreplaceorrestoretheinoperable snubber(s) toOPERABLEstatusandperformanenginee~ing evaluation perSpecification 4.7.7.1.c onthesupported component ordeclarethe'uppor tedsysteminoperable andfollowtheappropriate ACTIONst'atement forthatsystem.SLIRVKILLANCE REOUIREHENTS 4.7.7.1Eachscrubbershallbedemonstrated OPERABLKbyperformance ofthefollowii'g augmented inser'vice inspection programandtherequirements ofSpecification 4.0.5.a.VisualInsoec:".nThefirstinservicc visualinspecionofsnubbersshallbeperfor...ed af;erfourmon:hsoutwrthin1Ononthsofccmmencing POQKROPERATION ardshallincludeallsnuboerslistedin~<<ble3.7-9.Iflessthantwo(2)snubeesarefoundinoperable duringthefirstinservice visualinsoeccn,-.hesecondinservice vis.alinspection shallbeperformed 12cnthS-25"fromthedaeofthefirstinspection.

Otherwise, subseq.en'isual ir.spections shallbeperformed inac"ordanc wcn:refollcw..ng schedu'e:

No.Inoo.a'.eSrubbers".err.n'soecticn

."-.'.odSubseouent V':sual,<

Ins"ec.ionP.iod0123,BThcsnubbersmaythoseinaccessibl independently

.'n18months=25412months-=25~6months-25'24days25%62days25~31days"ectegorized intotwogroups:Thoseaccessible andccuringreactoroperation.

Eachgroupmaybeinspected actor."ance withtheaboveschedule.

g>>Ig.ggggggg~Theprovisions ofSpecification 4.0,2arenotapplicable.

D.C.CookUnit'3/47<<20Amendment No.

PLANTSYSTEMSSURVEILLANCE REQUlREHENTS (Contfnuedb.Visualinspection Acceptance CriteriaVisualinspections shallverify(l)thattherearenovisibleindications ofdamageorimpairedOPERABlLlTY,-"(2) attachments tothefoundatfon orsupportfng structure aresecure,and(3}fnthoselocations

~heresnubbermovementcanbemanuallyinducedwithautdfsconnectfng thesnubber,ChatChesnubberhasfreedomofmovementandisnotfrozenu'p.Snubberswhichappearinoperable asaresultofvisualinspections maybedetermined OPERABLEforthepurposeofestablishing thenextvisualinspection

interval, providing that(1)thecauseoftherejection isclearlyestablished andremediedforthaCparticular snubberandforothersnubbersthatmaybegenerically susceptible; and(2)theaffectedsnubberisfunctionally testedintheasfoundcondition anddetermined OPERABLEperSpecification 4.7,7.l.dasapplicable.

Ho~ever,whenthefluidportofahydraulic snubberisfoundtobeuncovered, the:nubbershallbedetermined inoperable andcannotbedetermined OPERABLEviafunctfanal testingforthepurposeofestablishing thenextvisualinspection interval.

Allsnubbersconnected toaninoperable commonhydraulic fluidreservoir shallbecountedasinoperable snubbers.

c.Functi'anal TestsAtleastonceper24monChsduringshutdown, arepresentative sample(14'b)orthetotalofeachtypeofsnubberinuseintheplant:shal1befunctionally testedeitherinplaceorinabenchtest.Foreachsnubberthatdoesnotmeetthefunctional testacceptance criteriaofSpecifica ion4.7.7.l.danadditional 10-'fChattypeofsnubbershallbefunctionally tested.Therepresentative sampleselectedforfunctional testingshallincludethevariousconfigurations, operating environments andtherangeofsizeandcapacityofsnubbers.

Atleast25"ofthesnubbersintherepresenCatfve sampleshallincludesnubbersfromthefollowing threecategories:

l.2.3.ThefirstsnubberawayfromeachreactorvesselnozzleSnubberswithin5feetofheavyequipment (valve,pump,turbine,motor,etc.)SnubberswithinLOfeetofthedischarge fromasafetyreliervalveAmendment Ho.3/47-21Snubbersfdentified inTable3.7-9as"Especially Oifficult toRemove"orin"HighRadiation lanesOurfngShutdown" shallalsobeincludedintherepresentative sample.+Permanent orotherexemptions rromunctional testfngforindfvfdual snubbersfnthesecategorfes maybegrantedbytheCommfssfan anlyifajustfffable basisforexemptfon ispresented and/orsnubberlifedestructive testingwasperformed taqualifysnubberoperability foralldesfgncondftfons ateitherthecompletion ofthefrfabrication oratasubsequent date.0.C.COOK-UNlT2

PLANTSYSTEMSSURVEI)~CE REUIREHENTS (Continued) b.Atleastonceoer'Bmonth-:1.Byperforming asystemfunctional testwhichincludessimulated automatic actuation ofthesystem,and:a)Verifying thattheautomatic valvesintheflowpathactuatetotheircorrectpositions onatestsignalandb)Cyclingeachvalveintheflowpaththatisnottestableduringplantoperation

-hroughatleas"oneccmpletecycleoffulltravel.2.Byinspection ofdelugeandpreaction systemsprayheaderstoverifytheirintegrity.

,3.Byinspection ofeachopenheaddelugenozzletoverifynoblockage.

Ic.Atleast'nce per3yearsbyperforming anairflowtestthrougheachopenheaddelugeheaderandverifying eachopenheaddelugenozzleisunobstructed.

DoC.COOK-UNIT23/47-40Amendment No.

ESECTRZCSS POWERSYSTEMSACTION(Continued)

WithtwooftheaboverequiredoffsiteA.C.circuitsinoperable, demonstrate theOPERABILITY oftwodieselgenerators byperforming Surveillance Requirement 4.8.1.1.2.a.4withinonehourandatleastonceper8hoursthereafter, unlessthedies1generators arealreadyoperating; restoreat,leastoneoftheinoperable offsitesourcestoOPERABLEstatuswithin24hoursorbeinatleastHOTSTANDBYwithinthenext,6hours.withonlyoneoffsitesourcerestored, restoreatlea'sttwooffsitecircuitstoOPERABLEstatuswithin72hoursfromtimeqfinitial'ossozbeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwithinthefollowing 30hours.d.Withtwooftheaboverequireddieselgenerators inoperable, demonstrate theOPERABILITY oftwooffsiteA.C.circuitsbyperforming Surveillance Reauirement 4.8.l.l.l.a withinonehourandatleastonceper8hoursthereafter; restoreatleastoneoftheinoperable dieselgenerators toOPERABLEstatuswithin2hoursorbeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwithinthefollowing 30hours.Restoreatleasttwodieselgenerators toOPERABLE.

status'within'2

'hoursfromtimeofinitia1lossozbe.inleastHOTSTANDBY'ithin thenext6hoursandinCOLDSHUTDOWNwithinthefollowing 30hours.SURVEILLANCE REUIREMENTS 4.8.1;1.1 Eachoftheaboverequiredindependent

=ircuitsbetweentheoffsitetransmission networkandtheonsiteClass1Edistrbutionsystemshallbea.Determined OPERABLEatleastonceper7daysbyverifying correctbreakeralignments, indicated poweravailability, andb.Demonstzated OPERABLEatleastonceper18monthsbytransferring theunitpowersourceautomatically fromthenormalauxiliary sourcetothepreferred reservesourceandbytransferring manuallytothealternate reservesource.4.8.1.1.2 Eachdieselgenerator shallbedemonstrated OPERABLEa.Inaccordance withthefze'quency specified inTable4.8-1onaSTAGGERED TESTBASISby:1.Verifying thefuellevelinthedayfueltank.2.Verifying thefuellevelinthefuelstoragetank.D.C.COOK-UNIT23/48-2Amendment No.

ELECTRICAL POWERSYSTEMSSURVEILLANCE REUIREMFNTS Continued 3.Verifying thefueltransferpumpcanbestarted,andtrans,ers fuelfromthestoragesystet'".,

to.thedaytank.4.Verifying thedieselstartsfromambientcondition andaccelerates toatleast514rpmin(10seconds.'.

Verifying thegenerator isloadedto>1750kw,andoperatesfor)60minutesandverifyirg thatthegenerator outputbreakertotheemergency busisOPERABLE.

6.Verifying thedieselgenerator isalignedtoprovidestandbypowertotheassociated emergency busses.Atleastonceper92daysbyverifying thatasampleofdieselfuelfromthefuelstoragetankobtainedinaccordance withASTM-0270-65 iswithintheacceptable limitsspecified inTable1ofASTM-0975-74 whencheckedforviscosity, waterandsediment.

C.Atleastonceper18monthsduringshutdownby:1.Subjecting thedieseltoaninspection inaccordance withprocedures preparedinconjunction withitsmanufacturer's recomnendations forthisclassofstandbyservice.2.Verifying that,theautomatic sequencetimingrelaysareOPERABLEwitheachloadsequencetimewithin+5ofitsrequiredvalueandthateachloadissequenced onwithinthedesignallowable timelimit..3.Verifying thegenerator capability torejectaloadof'600kwwhilemaintaining voltageat4160+420voltsandfrequency at60+1.2Hz.4.Verifying thegenerator capability torejectaloadof3500kwwithoutexceeding 75"ofthedifferencebetweennominalspeedandtheoverspeed tripsetpoint.

5.Simulating alossofoffsitepowerbyitself,and:a)Verifying de-energization oftheemergency bussesandloadsheddingfromtheemergency busses.0.C.COOK-UNIT23/48-3Amendment No.

0 ELCCPOWESYSTEMSSSHULDDOLIMIIGCONDIIONFOROPERATON3.8,1.2Asaminimum,thefollowing A.C.electrical powersourcesshallbeOPERABLE:

a~b.EOnecircuitbetweentheoffsitetransmission networkandtheonsiteClasslEdistribution sys'em,andOnedieselgenerator with:1,-Adayfueltankcontaining aminimumvolumeof20gallonsoffuel,2.3.Afuelstoragesystemcontaining aminimumvolumeof42,000gallonsoffuel,and'tAfueltransferpump.APPLICABILITY:

MODES5and6.~CTTON:WithlessthantheaboveminimumrequiredA.C.electrical powersourcesOPERABLE, suspendalloperations involving COREALTERATIONS orpositivereactivity changes*.

SURVEILLANC REUIREMENTS 4.8.1.2TheaboverequiredA.C.electrical powersourcesshallbedemonstrated OPERABLEbytheperformance ofeach.oftheSurveillance Requirements of4.8.1.1.1 and4.8.1.1.2 exceptforRequirement 4.8.1.1.2.a.5.

• Forpurposesofthis'specification, additionofwaterfromtheRWSTdoesnotconstitute apositivereactivi.ty additionprovidedtheboronconcentration intheRWSTisgreaterthantheminimumrequiredbySpecification 3,1.2.7,b.2.

D.C.COOK-UNIT23/48-5AMENDMENT NO.

ELECTRICAL POWERSYSTEMSD.C.DISTRIBUTION

-OPERATING LIMITINGCONDITION FOROPERATION 3.3Thefollowing D.C.bustrainsshallbeenergized andOPERABLEwithtiebreakersbetweenbustrainsopen:TRAINABconsisting of250-voltD.C.busAB,250-voltD.C.batterybankNo.2AB,andafullcapacitycharger.TRAINCDconsisting of250-voltD.C..busCD,'50-volt D.C.batterybankNo.2CD,andafullcapacitycharger.APPLICABILITY:

MODES1,2,3and4.ACTION:a.Withone250-voltD.C.businoperable, restoretheinoperable bustoOPERABLE.

statuswithin2hoursorbeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwithin'he following 30hours.b.Withone250-voltD.C.batteryand/oritscharger'inoperable, restoretheinoperable batteryand/orchargertoCPERABLEstatuswithin2hoursorbeinatleastHOTSTANDBYwithinthe.".~xt6hoursandinCOLDSHUTDOWNwithinthefollowing 30hours.SURVEILLANCE REUIREMENTS 4.8.2.3.1 EachD.C.bustrainshallbedetermined OPERABLEandenergized withthebreakersopenatleastonceper7daysbyverifying correctbreakeralignment andindicated poweravailability.

4.8.2.3.2 Each250-voltbatterybankandchargershallbedemonstrated OPERABLE:<

a.Atleastonceper7daysbyverifying that:1.Theelectrolyte levelofeachpilotcellisbetweentheminimumandmaximumlevelindication marks,D.C.COOK-UNIT23/48-8Amendment No.

ELECTRICAL POWERSYSTFBBD.C.DISTRIBUTION

-SHUTDOWNLIMITINGCONDITION FOROPERATION 3,8.2'Asaminimum,thefol'owing D.C.electrical equipment andbusshallbeenergized andOPERABLE:

1-250voltD.C.bus,and1-250voltbatterybankare.'harger associated withtheaboveD.C.bus.APPLICABILITY:

MODES5and6.ACTION:Withlessthantheabovecomplement ofD.C.equipment andbusOPERABLE, establish CONTAINMENT INTEGRITY within8hours.SURVEILLANCE REUIREMENTS 4.8.2.4.1 Theaboverequired250voltD.C.busshallbedetermined OPERABLEandenergized atleastonceper7daysbyverifying correctbreakeralignment andindicated poweravailability.

4.8.2.4.2 Theaboverequired250voltbatterybankandchargershallbedemonstrated OPERABLEperSurveillance Requirement 4.8.2.3.2.

D.C.COOK-UNIT23/48-11Amendment No.

REFUELING OPERATIONS CONTAINMENT BUILDINGPENETRATIONS LIMITINGCONDITION FOROPERATION 3.9,4Thecontainment buildingpenetrations shallbeinthefollowing status;a.Iheequipment doorclosedandheldinplacebyaminimumoffourboltsb.Aminimumofonedoorineachairlockisclosed,andc.Eachpenetration providing directaccessfromthecontainment atmosphere totheoutsideatmosphere shallbeeither:1.Closedbyanisolation valve,blindflange,ormanualvalve,or2.BecapableofheingclosedbyanOPERABLEautomatic Con-tainmentPurgeandExhaustisolation valve.APPLICABILITY:

DuringCOREALTERATIONS ormovementofirradiated fuelwithinthecontainment.

ACTION:Miththerequirements oftheabovespecification not,satisfied, immediately suspendalloperations involving COREALTERATIONS ormovementofirradiated fuelinthecontainment bui'ing.Theprovisions ofSpecification 3.0.3arenotapplicable.

SURVEILLANCE REUIREMENTS 4.9.4Eachoftheaboverequiredcontainment buildingpenetrations shallbedetermined tobeeitherinitsclosed/isolated condition orcapableofbeingclosedbyanOPERABLEautomatic Containment PurgeandExhaustisolation valvewithin100hourspriortothestartofandatleastonceper7daysduringCOREALTERATIONS ormovementofirradiated fuelinthecontainment buildingby:a.Verifying thepenetrations areintheirclosed/isolated condi-tion,orb.TestingtheContainment PurgeandExhaustisolation valvespertheapplicabl portionsofSpecification 4.6.3.1.2.

D.C.COOK-UNIT23/49-4Amendment No.

Attachment 3toAEP:NRC:1072 ModifiedPagesfromAEP:NRC:0967L Submittal 3/4.0APPLICABILITY SURVEILLANCE REQUIREMENTS b.Surveillance intervals specified inSectionXIoftheASMEBoilerand'ressure VesselCodeandapplicable Addendafortheinservice inspection andtestingactivities requiredbytheASMEBoilerandPressureVesselCodeandapplicable Addendashallbeapplicable asfollowsintheseTechnical Specifications:

ASMEBoilerandPressureVesselCodeandapplicable Addendaterminology forinservice insectionandtestincriteriaRequiredfrequencies forperforming inservice inspec-tionandtestinactivities WeeklyMonthlyQuarterly orevery3monthsSemiannually orevery6monthsYearlyorannuallyAtleastonceper7daysAtleastonceper31daysAtleastonceper92daysAtleastonceper184daysAtleastonceper366daysTheprovisions ofSpecification

4.0. 2areapplicable

totheaboverequiredfrequencies forperforming inservice inspection andtestingactivities.

Performance oftheaboveinservice inspection andtestingactivities shallbeinadditiontootherspecified Surveillance Requirements.

NothingintheASMEBoilerandPressureVesselCodeshallbeconstrued tosupersede therequirements ofanyTechnical Specification.

4.0. 6Amendments

100,107and108grantedextensions forcertainsurveillances requiredtobeperformed onorbeforeJuly31,1987,anduntiltheendoftheCycle9-10refueling outage.Forthesespecificsurveillances underthissection,thespecified timeintervals requiredbySpecification

4.0. 2willbedetermined

withthenewinitiation dateestablished bythesurveillance dateduringtheUnit11987refueling outage.4.0.7Amendment grantedextensions forcertainsurveillances requiredtobeperformed onorbeforeApril1,1989,untiltheendoftheCycle10-11refueling outage.Forthesespecificsurveillances underthisextension, thespecified timeintervals requiredbySpecification

4.0. 2willbedetermined

withthenewinitiation dateestablished bythesurveillance dateduringtheUnit11989refueling outage.DonaldC.Cook-Unit13/40-3Amendment No.

34.3INSTRUMENTATION 34.3.1REACTORTRIPSYSTBIINSTRUMENTATIOM LINITIHgCONOITION FOROPERATION 3.1.1Asaminimum,thereactortripsysteminstrumenta~

channelsandinterlocks ofTable3.3-1shallbeOPERABLEwithRESPONSETIMESasshowninTable3.3-2.APPLICA81LITY:

AssnowninTable3.3-1.ACTION:AsshowninTable3.3-1~SURVEILLANCE RECUIR~ENTS4.3.1.1.1 EaChreaCtartripSySteminStrumentatiOn ChannelShallbedemonstra:ed GPEMLEbytheperformance of'heCHANNELCHECK,CHANNELCAL[3RATION andCHANNELFUNCTIONAL TESToperations fortheNODESandatthefreouencies snowninTable4.3-1.4.3.1.1.2 helogicfortheinterlocks s."allbedemonstra:ed OP=o~9LEprior.oeachreactorstartupunlessper".rmedduringtnepreceding g2days.Thetotalinterlock functionsnailaedemonstrated OPERA8LEatleastonceper13monthsduringCHANNELC'LIBRATION testingofeachchannelarfeccedbyinterlock operation.

4.3.1.1.3 TheREACTORTRIPSYSTEMRESPONSETIMEofeachreactor.riofunctionshallbedemonstrated tobewithini:slimitatleas.nceoer18months.Eachtestshallincludeatleastonelogictrainsuchthatbothlogictrainsaretestedatleastonceper3Smonthsandonechannel"erfunctionsucnthatallchannelsaretestedatleasonceeveryNlmes18monthswhereNisthetotalnumberofredundant cnanneisinaSPeCifiCreaCtOrtripfunCtiOnaSShOwninthe"TOtalNO.OfChannelS" columnof'able3.3-1.3.C.C"CX-~:-3/43-1Amendment No.

TABLE4.3-1nnC)oFUNCTIONAL UNITCHANNELCHECKCHANNELCALIBRATION CHANNELMODESINWHICHFUNCTIONAL SURVEILLANCE TEST1.ManualReactorTripA.ShuntTripFunctionB.Undervoltage TripFunctionN.A.N.A.N.A.N.A.S/U(l)(lo)

S/U(1)(10)1$2$3*$4*$5*23*4*5*2.PowerRange,NeutronFluxD(2,8),M(3,8)

MandS/U(l)1,2and*andQ(6,8)3.PowerRange,NeutronFlux,HighPositiveRate4.PowerRange,NeutronFlux,HighNegativeRate5.Intermediate Range,NeutronFluxN.A.N.A.R(6)R(6)R(6,8)S/U(1)1,21$21$2andaR6.SourceRange,NeutronFlux7.Overtemperature hT8.Overpower hT9.Pressurizer Pressure-Low10.Pressurizer Pressure-Highll.Pressurizer WaterLevel-High12.LossofFlow-Single LoopR(6,8)R(9)R(9)RR(8)M(8)andS/U(1)2(7),-3(7),4and51$21$21$21,21$2 INSTWWEHTATIOH 3/4.3.2EHQIHEERE9 SAFETYFEATUREACTUATION SYSTEMINSTRNENTATIQH L!M!TINGCOHO!TIOH FOROPERATION 3.3.2.1TheEngineered SafetyFeatureACtuatiOn SyStgp(ESFAS~itionchannelsandinter1ocks showninTable3.33shallbeOPERABLEw)ththeirtripsetpoints setconsistent withthevaluesSheeinthTripSetpointcolumngfTable3.34and>ithRESPONSETI~ESinTab1e3.3-5.APPLICABILITY; AsshokninTable3ACTION:.a.kithanESFAS,instrumentation channeltripsetpointlessconsetivethanthevalueshownintheAllowable ValuescolumnofTable3.3-4,decia.-ethechanne1inoperable andapplytheapplicable ACTIONreouirement ofTable3.3-3untilthechannelisrestoredtoGpERASLEstatuswiththetripsetpointadjustedconsistent with'..tneTrip'Setpoint value.b.QithanES~ASinstrumentation channelinoperab1e, taketheACTIONsnore~naoie3.3-3.SURVEILLANCE RQQUIR<A'EHTS"4.3.2.1.1 EachESFASinstrumentation channelshallbedemonstrated OPERABLEbytheperformance oftheCHANNELCHECX,CHANNELCALIBRATIOH andCHANNELFUNCTIONAL TESToperations fortheNODESandatthefrequencies sheeninTab1e4,3-2.4.3.2.1.2 Thelogicfortheinterlocks shallbedemonstrated OPERABLEduri~gtheautomatic actuation logictest.Thetotalinterlock functionshallbedemonstrated OPERABLEatleastonceper18monthsduringCHANNELCAI.IBRATION testingofeachchannelaffectedbyinterlock operation.

4.3.2.1.3 TheEHGINEEREO SAFETYFEATURESRESPONSKTIMEofeachESFASfunctionshallbedemonstrated tobewithinthelimitatleastonceper18months.=.~".htestshallincludeatleastonelogictrainsuchthatbothlogictrainsaretestedatleastonceper36monthsandonechannelperfunctioni~.nthatallchannelsaretestedatleastonceperHtimes38months~I'e"sistnetotalnumberofredundant channelsinaspecificESFASfun@::."n asshowninthe"TotalHo.ofChannels" ColumnofTable3.3-3.It0.C.COOK-UNIT I~endmaatIIo.

ENGINEERED SAFETYFEATUREACTUATION SYSTEMXNSTRUMENTPTXON SURVEILLANCE REUXREMENTS oOPCIFUNCTIONAL UITCHANNELCHECK1.SAFETYINJECTIONS TURBINETRIP,FEEDWATER ISOLATION, ANDMOTORDRIVENAUXILIARY FEEDWATER PUMPSCHANNELCALIBRATION CHANNELFUNCTIONAL TESTMODESINWHICHSURVEXLLANCE a.ManualInitiation b.Automatic Actuation Logicc.Containment Pressure-High d.Pressurizer Pressure-Lowe.Differential PressureBetweenSteamLines-Highf.SteamFlowinTwoSteamLines-HighCoincident withT-Low;LoworSteamLinePNNsure-LowN.A.N.A.N.A.N.A.M(1)M(2)M(3)1,2,3,.41,2,3,'41,2,31,2,31,2,31,2,32-CONTAINMENT SPRAYa.ManualInitiation N.A.b.Automatic Actuation LogicN.A.c.Containment Pressure--High-SHighN.A.N.A.M(1)M(2)M(3)1(2(3(41,2,3,4;1,2,3 r

TABLE4.3-2'ontinued ENGINEERED SAFETYFEATUREACTUATION SYSTEMINSTRUMENTATION SURVEILLANCE REUIREMENTS FUNCIONALUN4.STEAMLINEISOLATION CHANNELCHECKCHANNELCALIBRATION CHANNELFUNCTIONAL MODESINWHICHSURVEILLANCE a.Manualb.Automatic Actuation LogicN.AN.A.N.A.N.A.M(1)l,2,3M(2)l,2,3c.Containment Pressure-High-High'.

SteamFlowinTwoSteamLines-HighCoincident withT-Low-LowPPKRsure-LowM(3)le2e3le2e35.TURBINETRIPANDFEEDWATER ISOLATION a.SteamGenerator WaterLevel-High-High 6.MOTORDRIVENAUXILIARY FEEDWATER PUMPSl,2,3Oa.SteamGenerator Water.Level-Low-Lowb.4kvBusLossofVoltagec.SafetyInjection d.LossofMainFeedPumpsSN.A.N-A.N.A.N.A.M(2)Rl,2,3l,*2 0

eItlSTRUt1ENT4T IONPOST-ACCIDENTIt)STRUtfEN TATIONLIHITItiG CONOITIOt)

FOROPERATION 3,3.3.8Thepostaccidentmonitorin'nstrumentatfon channelsshownfnTable3.3-11shallbeOPERABLE.

APPLICABILITY:

NODES1,2,and3.ACTION:a.MiththenumberofOPERABLEpost-accident monitorfno channelslessthanrequiredbyTa'ble3.3-11,eitherrestoretheinoperable channeltoOPERABLEstatuswithin30days,orbeinHOTSHUTGQHNwithinthenext12hours.b.Theprovfsfons ofSpecification 3.0:4arenotapplfcable.

SURVEILLAt,CEREOUIRE;.IEtlTS 4.3.3.8Eachpost-accident monitoring instrumentatfon channelshallbedemonstrated OPERABLEbyperformance of'heCHANNELCHECKandCHAt/t/EL CALIBRATION operations atthefrequencies shownfnTable4.3-7.e+Qllr)'<<(~3/43-54Amendment No.

POST-hCGIDEHT HOHITORINC STRUHEHTATIOH SURVEILIAHCE R1RENEHTS;nINSTRUHENT n81.ContelnaencPressureI2~Q3.5,RoactorCoolantOutletToaporature

-T(MldeRange).HOTReactorCoolantInletTeaparaturo

-T~~(MldoRange)Reactor'oolant Pressure-MidaRangePressurizer MaterLovel'.ScoaaLinePressureScoaaGenerator MaterLevel-HarrowRangeRMSTlisterLevel5uclchcidTa>>kSolutionLovelhuxlilary Feedvacer FlowRaceReactorCoolant.SysceaSubcooling HarglnHonlcorPORVPositionIndicator

-LlaitSwitchesar.15.16.SafetyValvoPositionIndicator

-hcousticHonitorIncoroThoraocouples (CoreBeltThoraocouples)

ReactorCoolantInventory TrackingSystea(ReactorVesselLevelIndication)

Contalnaent SuapLevels>>Containaenc MaterLevel**13.PORVblockValvePositionIndicator

-LlaitSwitchesCHECKHH(2)CHhNHELChLIDRhTIOHR(1)R(3}tlII(1)'artialrangechannelcalibration forsensorcobePerforodbelowP-12lnNODE3.(2)MichonatrainofReactorVesselLevolIndication inoparabla, Subcoollng, HarglnIndication andCoroExitg'horaocouples asybeusedcoperforaaQlhNHELCHECKtoverifythereaainlng ReactorVesselindication traineOPERhbLE.

(3}Coapletlon ofchannelcallbraclon forsensorscobeperforaad belowp-12inNODE3.I-*+Thorequlreaancs forchesolnscruaencs willbocoaoeffective afterthelovelcranssmlccers areaodlfiadorroplacadandbacoaeoporacional.

ThescheduleforaodlfIcationorraplaceaenc ofchecransalccara lsdescribed InchaSssas.

~CO.~gH~RXRK sv~~ITSr~tinuedshalLbeconstituted ofonebasketeachfromRadialRows2,4,6,8and9(orfrom,thesamerowofan,ad]acentbayifabasketfromadesignated rowcannot,beobtainedforweighing) withinearthbay.Ifanybaskotisfoundtocontainlessthan1220poundsofice,arepresentative samplecf20additional basketsfromthesamebayshallbeweighed.Theminimumaverageweightoficefromthe20additional basketsandthediscrepant basketshallnotbelessthan1220pounds/basketata954levelofconfidence, Theicecondenser shallalsobesubdivided into3groupsofbaskets,asfollows:Group1-bays1through8,Group2bays9through16,andGroup3-bays17through24,TheminimumaverageiceweightofthesamplebasketsfromRadialRows1,2;4,6,8and9ineachgroupshallnotbelessthan1220pounds/basket ata95%levelofconfidence.

rTheminimumtotalicecondenser iceweightata958levelofconfidence shallbecalculated usingallicebasketweightsdetermined duringthisweighingprogramandshallnotbelessthan2,371,450 pounds.3.Verifying, byavisualinspection ofatLeasttwoflowpassagespericecondenser bay,thattheaccumulation offrostoriceonflowpassagesbetweenicebaskets,pastlatticeframes,throughtheintermediate andtopdeckfloorgrating,orpastthelowerinletplenumsupportstructures andturningvanesisrestricted toanominalthickness of3/8inches.Ifoneflowpassageperbayisfoundtohaveanaccumulation offrostoricegreaterthanthisthickness, arepresentative sampleof20additional flowpassagesfromthesamebayshallbevisuallyinspected, Iftheseadditional flowpassagesarefoundacceptable, thesurveillance program.-

mayproceedconsidering, thesingledeficiency asuniqueand.acceptable.

Morethanonerestricted flowpassageperbayisevidenceofabnormaldegradation oftheicecondenser.

c,Atleastonceper40monthsby1;iftingandvisuallyinspecting theaccessible portionsofatleasttwoicebasketsfromeach1/3oftheicecondense".

andverifying thattheicebasketsarefreeofdetrimental st".uc"ural wear,cracks,corrosion orotherdamage.Theicebasketsshallberaisedatleast12feetforthisinspection.

D.'C.COOK-UNIT1~~3/46-27Amendment No.

tyCOi0t<<-.~'iGCON-'0~.OP3.6.5.3,Theicecondenser inletdoors,intermediate deckdoors,andtopdeckdoorsshallbeclosedandOPE~lUaULIXXMODES1,2,3and4.SVJ.QE:Withoneormoreicecondenser doorsopenorotherwise inoperable, PQ'~'ZROPERATION maycontinueforupto14daysprovidedtheice.bedtemperature ismonitored atleastonceper4hoursandthemaximumicebedtemperature

~ismaintained

<27F;otherwise,.restore thedoorstotheir'closed0positions orOPERABLEstatus(asapplicable}

within48hoursorbeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwith'nthe.-'following 30hours.4.6.5.3.1 InletDoors-Icecondenser inletdoorsshallbe:a.Continuously monitored anddetermined closedbytheinletdoorpositionmonitoring system,andb.Demonstrated OPERABLEduringshutdownetleastonceper9monthsbyeIUerifying thatthetorquerequiredtoinitially openeachdoorisg675inchpounds.2.Verifying thatopening'f'ach doorisnotimpairedbyice.frostordebris.V3,Testingasampleofatleast50%ofthedoorsandverifying thatthetorquerequiredtoopeneachdoorislessthan195inch-pounds whenthedooris40degreesopen.Thistorqueisdefinedasthe"dooropeningtorque"andisequaltothenominaldoortorqueplusafrictional D.C.COOK-MiTT13g46-30Amendment No.,

SIS~~II~~~~~~I~~~~~~~~II~~~~~~~~~~-~-'II'~~~~~~~~~~~~~I~I'~~~~~~~~~~~~~~~~~~~I~~I~~~~'~~~~~~0~~~~~~~~~~~~~

tIl